Hewlett-Packard Development Company, L.P. patent applications published on December 14th, 2023

Patent applications for Hewlett-Packard Development Company, L.P. on December 14th, 2023

THREE-DIMENSIONAL PRINTING WITH MICROBE-INHIBITING AGENTS (18033542)

Main Inventor

JARRID ALEXANDER WITTKOPF

Brief explanation

The abstract describes a patent application related to three-dimensional printing. The application discusses a printing kit that includes a fusing agent and a microbe-inhibiting agent. The fusing agent contains water and an electromagnetic radiation absorber that converts radiation energy to heat. The microbe-inhibiting agent consists of a liquid vehicle and a metal bis(dithiolene) complex. The application also outlines methods of three-dimensional printing using a metal-containing microbe-inhibiting material.

• The patent application is related to three-dimensional printing technology.
• The printing kit includes a fusing agent and a microbe-inhibiting agent.
• The fusing agent contains water and an electromagnetic radiation absorber.
• The microbe-inhibiting agent consists of a liquid vehicle and a metal bis(dithiolene) complex.
• The patent application describes methods of three-dimensional printing using a metal-containing microbe-inhibiting material.

Potential Applications

• Three-dimensional printing in various industries such as manufacturing, healthcare, and aerospace.
• Creating complex and customized objects with enhanced durability and resistance to microbial growth.

Problems Solved

• Addressing the issue of microbial growth on printed objects.
• Improving the efficiency and quality of three-dimensional printing processes.
• Enhancing the durability and functionality of printed objects.

Benefits

• Increased resistance to microbial growth, making printed objects more hygienic and long-lasting.
• Improved printing efficiency and quality due to the use of a fusing agent and microbe-inhibiting agent.
• Enables the creation of complex and customized objects with enhanced durability and functionality.

Abstract

The present disclosure describes materials, methods, and systems for three-dimensional printing. In one example, a three-dimensional printing kit can include a fusing agent and a microbe-inhibiting agent. The fusing agent can include water and an electromagnetic radiation absorber. The electromagnetic radiation absorber can absorb radiation and convert the radiation energy to heat. The microbe-inhibiting agent can include a liquid vehicle and a metal bis(dithiolene) complex. The disclosure also describes methods of three-dimensional printing that utilize a metal-containing microbe-inhibiting material, which can be a metal bis(dithiolene) complex or other materials.

THREE-DIMENSIONAL PRINTING (18033685)

Main Inventor

EMRE HIRO DISCEKICI

Brief explanation

The abstract describes a multi-fluid kit for 3D printing that includes a fusing agent and a surface treating agent. The fusing agent contains an electromagnetic radiation absorber and a first aqueous vehicle, while the surface treating agent contains a second aqueous vehicle, a surfactant, and benzyl alcohol dissolved in the second aqueous vehicle.

• The multi-fluid kit is designed for 3D printing.
• It includes a fusing agent and a surface treating agent.
• The fusing agent contains an electromagnetic radiation absorber and a first aqueous vehicle.
• The surface treating agent contains a second aqueous vehicle, a surfactant, and benzyl alcohol dissolved in the second aqueous vehicle.

Potential Applications

• 3D printing of complex structures
• Prototyping and manufacturing of customized products
• Medical applications such as tissue engineering and prosthetics

Problems Solved

• Improved adhesion between printed layers
• Enhanced surface finish and quality
• Compatibility with different materials and substrates

Benefits

• Enables the printing of intricate and complex designs
• Enhances the strength and durability of printed objects
• Provides better control over surface properties and aesthetics
• Offers versatility in material selection and compatibility

Abstract

An example of a multi-fluid kit for three-dimensional (3D) printing includes a fusing agent and a surface treating agent. The fusing agent includes an electromagnetic radiation absorber and a first aqueous vehicle. The surface treating agent includes a second aqueous vehicle, a surfactant, and benzyl alcohol dissolved in the second aqueous vehicle.

MEDIA HOLDERS (18250447)

Main Inventor

Victor LORENTE TEJERO

Brief explanation

The abstract describes an apparatus that includes a carriage, a scan beam, a mechanism to move the scan beam vertically, and a media holder. The media holder has a central portion to hold media, a first end couplable to a platen, and a second end couplable to the scan beam.

• The apparatus is designed to move laterally in a scanning direction over a platen.
• The scan beam supports the carriage over the platen.
• The mechanism allows for vertical movement of the scan beam.
• The media holder holds media on the platen.
• The first end of the media holder can be attached to the platen at a specific position.
• The second end of the media holder can be attached to the scan beam, allowing it to move vertically along with the scan beam.

Potential Applications

• Scanning devices
• Printing devices
• Photocopying machines

Problems Solved

• Provides a stable and adjustable platform for scanning or printing media.
• Allows for precise vertical movement of the media holder along with the scan beam.

Benefits

• Improved accuracy and precision in scanning or printing.
• Easy adjustment of the media holder position.
• Enhanced stability and support for the carriage during scanning or printing.

Abstract

An apparatus is disclosed herein. The apparatus comprises a carriage to move laterally in a scanning direction over a platen, a scan beam to support the carriage over the platen, a mechanism to move the scan beam vertically, and a media holder. The media holder comprises a central portion to hold a media on the platen, a first end couplable to the platen at a coupling position, and a second end couplable to the scan beam such that the second end moves vertically along with the scan beam.

NOISE CANCELLATION BASED ON AIRFLOW GENERATOR OPERATIONAL SPEED (17805996)

Main Inventor

Chao-Wen Cheng

Brief explanation

The patent application describes an electronic device that includes an audio output device, an airflow generator, and a system controller. The device also includes an audio controller that generates a noise cancellation audio output based on the operational speed of the airflow generator, as indicated by the system controller. This noise cancellation audio output is then sent to the audio output device to reduce the noise produced by the airflow generator.

• The electronic device has an audio output device, airflow generator, system controller, and audio controller.
• The airflow generator generates an airflow, and the system controller controls its operational speed.
• The audio controller generates a noise cancellation audio output based on the operational speed of the airflow generator.
• The noise cancellation audio output is sent to the audio output device to mitigate the noise produced by the airflow generator.

Potential Applications

• This technology can be applied in electronic devices that have airflow generators, such as cooling fans in computers or air conditioning units.
• It can be used in audio equipment to reduce the noise generated by internal fans or other airflow mechanisms.

Problems Solved

• The technology solves the problem of noise generated by airflow generators in electronic devices, which can be distracting or annoying to users.
• It addresses the need for noise cancellation in devices where airflow is necessary but can cause unwanted noise.

Benefits

• The noise cancellation audio output helps to mitigate the noise produced by the airflow generator, providing a quieter and more pleasant user experience.
• Users can enjoy the benefits of airflow in electronic devices without the accompanying noise disturbance.
• The technology improves the overall quality and usability of electronic devices by reducing unwanted noise.

Abstract

In some examples, an electronic device includes an audio output device, an airflow generator to generate an airflow, and a system controller to control an operational speed of the airflow generator. The electronic device further includes an audio controller to generate a noise cancellation audio output based on an indicator of the operational speed of the airflow generator provided from the system controller to the audio controller, and send the noise cancellation audio output to the audio output device to mitigate noise produced by the airflow generator.

SCANNING SYSTEMS (18033294)

Main Inventor

GUY De WARRENNE BRUCE ADAMS

Brief explanation

The abstract describes a scanning system that includes a reference structure with multiple fiducial objects and a scanner to scan an object on a platform within the imaging volume of the system. The scan data generated includes a reference component representing the position of the fiducial objects.

• The scanning system includes a reference structure with multiple fiducial objects.
• A scanner is used to scan an object on a platform within the imaging volume of the system.
• The scan data generated includes a reference component representing the position of the fiducial objects.

Potential Applications

• Medical imaging: The scanning system can be used in medical imaging to accurately capture the position and shape of objects within the imaging volume.
• Industrial inspection: The system can be applied in industrial settings to scan and analyze objects for quality control and inspection purposes.
• 3D modeling: The scan data generated by the system can be used to create detailed 3D models of objects for various applications such as virtual reality, animation, and product design.

Problems Solved

• Accurate positioning: The reference structure with fiducial objects allows for precise positioning of the scanned object within the imaging volume, ensuring accurate scan data.
• Object recognition: The fiducial objects serve as reference points for the scanner, aiding in the recognition and tracking of the scanned object.
• Data consistency: The reference component in the scan data helps maintain consistency and alignment between multiple scans of the same object.

Benefits

• Improved accuracy: The use of fiducial objects and the reference component in the scan data enhance the accuracy of the scanning system, resulting in more reliable and precise measurements.
• Time-saving: The system allows for efficient scanning and data collection, reducing the time required for scanning and analysis processes.
• Versatility: The scanning system can be used in various fields and applications, providing a flexible solution for different imaging and scanning needs.

Abstract

In some examples, a scanning system comprises a reference structure comprising multiple fiducial objects arranged within an imaging volume of the scanning system, and a scanner to scan an object on a platform within the imaging volume of the scanning system to generate scan data, the scan data comprising a reference component representing the position of the multiple fiducial objects.

DEVELOPER ROLLER (18249088)

Main Inventor

Jeffrey ZAMPELL

Brief explanation

The abstract describes a developer roller that has two sections: a first section with an electrically-conductive exterior surface and a second section with a non-electrically-conductive exterior surface. The second section is located at one end of the first section.

• The developer roller has two sections: one with an electrically-conductive exterior surface and one with a non-electrically-conductive exterior surface.
• The two sections are aligned axially, with the non-electrically-conductive section located at one end of the roller.
• The purpose of the electrically-conductive section is not specified in the abstract.
• The purpose of the non-electrically-conductive section is not specified in the abstract.

Potential Applications

• The developer roller could be used in printing or copying machines.
• It could be used in the development process of images or text on paper or other surfaces.

Problems Solved

• The combination of electrically-conductive and non-electrically-conductive sections may solve a specific problem in the development process.
• The abstract does not provide information on the specific problems solved by this technology.

Benefits

• The use of two sections with different electrical properties may provide improved performance or functionality in the development process.
• The abstract does not provide specific benefits of this technology.

Abstract

Disclosed is a developer roller comprising a first section comprising a first exterior surface, wherein the first exterior surface comprises an electrically-conductive material; and a second section comprising a second exterior surface, wherein the second exterior surface is non-electrically-conductive. The second section is axially aligned with the first section and provided at a first longitudinal end of the first section.

GENERATING CONFORMAL STRUCTURES FOR 3D OBJECT MODELS (18032289)

Main Inventor

Nicholas SAUNDERS

Brief explanation

The patent application describes a method for generating a conformal structure using seed points and spherical cells. The method involves creating a bottom and top surface for the structure, placing seed points on either surface, and expanding these points into spherical cells. The cell boundaries form walls that are perpendicular to the surfaces and intersect with neighboring cells. The walls are then intersected with the top and bottom surfaces as the cells expand vertically. The resulting conformal structure can be applied to a 3D object model for fabrication using additive manufacturing.

• Method involves generating a conformal structure using seed points and spherical cells.
• Seed points are positioned on a seed surface (bottom or top surface).
• Seed points expand into spherical cells with walls perpendicular to the surfaces.
• Walls intersect with neighboring cell boundaries.
• Walls are intersected with the top and bottom surfaces as cells expand vertically.
• Conformal structure can be applied to a 3D object model for fabrication using additive manufacturing.

Potential Applications

• Additive manufacturing
• Fabrication of complex structures
• Customized product design

Problems Solved

• Generating conformal structures efficiently
• Creating complex structures with additive manufacturing
• Customizing product design for individual needs

Benefits

• Efficient and precise generation of conformal structures
• Ability to fabricate complex structures using additive manufacturing
• Customization of product design for specific requirements

Abstract

In an example implementation, a method of generating a conformal structure, includes generating a bottom surface and a top surface of a conformal structure, positioning seed points on a seed surface, where the seed surface comprises the bottom surface or the top surface, and expanding the seed points as spherical cells whose cell boundaries form walls perpendicular to the surfaces as the cell boundaries intersect with cell boundaries of neighboring spherical cells. The method includes intersecting the walls with the top surface as the cells expand vertically upward from the seed surface and intersecting the walls with the bottom surface as the cells expand vertically downward from the seed surface, and applying the conformal structure to a 3D object model for fabrication in an additive manufacturing device.

CABLE GUIDES (18250968)

Main Inventor

Tien Liang CHUNG

Brief explanation

The abstract of the patent application describes an apparatus that includes a latch and a cable guide. The latch has a hook that interfaces with a housing, while the cable guide has a flange that interfaces with the latch. When the cable guide is in a disengaged position, the cable flange is secured in the housing. When the cable guide is in an engaged position, the cable flange and the housing form a pathway.

• The apparatus includes a latch with a hook that interfaces with a housing.
• The apparatus also includes a cable guide with a flange that interfaces with the latch.
• The cable flange is secured in the housing when the cable guide is in a disengaged position.
• When the cable guide is in an engaged position, the cable flange and the housing form a pathway.

Potential Applications

• This apparatus can be used in various types of latches and cable guides, such as those used in automotive, aerospace, or industrial applications.
• It can be applied in situations where a secure connection between a latch and a cable guide is required.

Problems Solved

• The apparatus solves the problem of securely connecting a latch and a cable guide.
• It provides a reliable pathway for cables when the cable guide is engaged.

Benefits

• The apparatus ensures a secure and stable connection between the latch and the cable guide.
• It allows for easy engagement and disengagement of the cable guide.
• The pathway formed by the cable flange and the housing provides a clear and organized route for cables.

Abstract

In some examples, an apparatus can include a latch including a latch flange, where the latch flange includes a hook to interface with a housing, and a cable guide including a cable flange to interface with the latch, where the cable flange is secured in the housing when the cable guide is in a disengaged position, and the cable flange and the housing are to form a pathway when the cable guide is in an engaged position.

IP KVM DEVICES (18249294)

Main Inventor

DOUGLAS A. REYNOLDS

Brief explanation

The abstract describes an internet protocol (IP) keyboard, video, mouse (KVM) device that includes various components such as USB port, display port, network port, Bluetooth transceiver, processor, and memory. The device is designed to be connected to a host device and a network, and it can establish a Bluetooth connection with a client device. The memory stores a unique identifier that is transmitted to the client device via Bluetooth, allowing the client device to establish a remote connection with the IP KVM device.

• The IP KVM device includes a USB port, display port, network port, Bluetooth transceiver, processor, and memory.
• It can be connected to a host device and a network.
• The device can establish a Bluetooth connection with a client device.
• The memory stores a unique identifier that is transmitted to the client device via Bluetooth.
• The unique identifier is used by the client device to establish a remote connection with the IP KVM device.

Potential Applications

• Remote management and control of computers and servers.
• Remote troubleshooting and maintenance of computer systems.
• Remote access to computer systems for telecommuting or remote work.
• Centralized control and management of multiple computer systems.

Problems Solved

• Simplifies remote access and control of computer systems.
• Eliminates the need for physical presence or direct connection to the computer system.
• Provides flexibility and convenience in managing and accessing computer systems remotely.

Benefits

• Enables efficient and convenient remote management of computer systems.
• Reduces the need for on-site visits and physical access to computer systems.
• Increases productivity by allowing remote work and troubleshooting.
• Provides centralized control and management of multiple computer systems.

Abstract

One example of an internet protocol (IP) keyboard, video, mouse (KVM) device includes a universal serial bus (USB) port, a display port, a network port, a Bluetooth transceiver, a processor, and a memory. The USB port is to be communicatively coupled to a host device. The display port is to be communicatively coupled to the host device. The network port is to be communicatively coupled to a network. The processor is communicatively coupled to the USB port, the display port, the network port, and the Bluetooth transceiver. The memory stores a unique identifier to be transmitted to a client device via Bluetooth in response to establishing a Bluetooth connection between the client device and the IP KVM device. The unique identifier is used by the client device to establish a remote connection to the IP KVM device.

IMAGE RENDERING BASED ON LOCATION IDENTIFIERS (18453517)

Main Inventor

Manohar Lal Kalwani

Brief explanation

Techniques for providing location identifiers of devices to render image data comprising faces are described in this patent application. The abstract explains that the technology involves detecting a face in image data, obtaining a contact identifier corresponding to the face, and sending a location identifier of a device to render image data to the contact identifier.

• The technology detects faces in image data.
• It obtains a contact identifier corresponding to the detected face.
• It sends a location identifier of a device to render image data to the contact identifier.

Potential Applications

This technology has several potential applications, including:

• Facial recognition systems: The location identifiers can be used to identify the devices where the image data with faces should be rendered, enabling targeted delivery of the data.
• Social media platforms: The technology can be used to tag the location of the device where an image with a face was taken, providing additional context to the users.
• Surveillance systems: By obtaining the location identifier of the device capturing the image data, the technology can enhance the tracking and monitoring capabilities of surveillance systems.

Problems Solved

The technology addresses the following problems:

• Efficient delivery of image data: By providing location identifiers of devices, the technology ensures that image data with faces is rendered on the appropriate devices, improving the efficiency of data delivery.
• Contextual information: The location identifiers add contextual information to the image data, allowing for better understanding and interpretation of the content.
• Targeted delivery: The technology enables targeted delivery of image data to specific devices, ensuring that the intended recipients receive the data.

Benefits

The benefits of this technology include:

• Improved user experience: By rendering image data with faces on the appropriate devices, users can easily access and view the content without the need for manual sorting or forwarding.
• Enhanced privacy: The technology ensures that image data is only sent to the devices associated with the corresponding faces, minimizing the risk of unauthorized access or exposure.
• Efficient data management: By providing location identifiers, the technology optimizes the distribution and storage of image data, reducing unnecessary duplication and improving overall data management.

Abstract

Techniques for providing location identifiers of devices to render image data comprising faces are described. According to an example of the present subject matter, a face present in image data is detected. A contact identifier corresponding to the face is obtained and a location identifier of a device to render image data is sent to the contact identifier.

HOLOGRAM PATTERN CONTENT DECONSTRUCTION (17835287)

Main Inventor

Super Liao

Brief explanation

The wearable extended reality (XR) system described in this patent application is designed to display original content as holograms. It consists of a transceiver to receive hologram patterns from a host computing device, a display unit, and an image director to reflect the decoded content towards the user.

• The wearable XR system receives hologram patterns from a host computing device.
• The display unit includes a pattern lens that displays the hologram pattern in front of an RGB light source.
• The RGB light source emits red, green, and blue light towards the hologram pattern, deconstructing it to present the original content.
• The image director reflects the decoded original content towards the user.

Potential Applications

• Augmented reality experiences
• Virtual reality gaming
• 3D visualization and modeling
• Medical training and simulations
• Architectural and design visualization

Problems Solved

• Enhances the immersive experience by displaying original content as holograms
• Provides a wearable solution for extended reality applications
• Enables the deconstruction and presentation of hologram patterns

Benefits

• Improved user experience with realistic and interactive holographic content
• Portable and convenient wearable XR system
• Versatile applications in various industries such as entertainment, education, and healthcare

Abstract

In an example in accordance with the present disclosure, a wearable extended reality (XR) system is described. The wearable XR system includes a transceiver to receive, from a host computing device, a hologram pattern of original content to be displayed. The wearable XR system also includes a display unit. The display unit includes 1) a pattern lens to display the hologram pattern in front of a red, green, blue (RGB) light source and 2) the RGB light source to emit red, green, and blue light towards the hologram pattern to deconstruct the hologram pattern to present the original content. The wearable XR system also includes an image director to reflect the decoded original content towards a user of the wearable XR system.

AUTHORIZATION AUDIT (18250528)

Main Inventor

Paul Michael Anderson

Brief explanation

The patent application describes a system, method, and storage medium that allows a user to authorize access to a subset of their privileged information. Here are the key points:

• The system sends a request to the user for authorization, specifying the limited subset of privileged information.
• The user responds to the request for authorization.
• Upon receiving the response, the system accesses the specified subset of privileged information from a user data repository.
• The system then sends an audit record to an audit system, which includes the request, response, and a summary of the access.
• Finally, the system sends the audit record to the user.

Potential applications of this technology:

• Healthcare: Patients can authorize access to specific medical records for healthcare providers, ensuring privacy and control over sensitive information.
• Financial services: Users can grant limited access to their financial data to third-party apps or services, enhancing security and privacy.
• Government agencies: Citizens can authorize access to specific personal information for government agencies, streamlining processes while maintaining privacy.

Problems solved by this technology:

• Privacy concerns: Users can control and limit access to their privileged information, ensuring that only authorized parties can access specific data.
• Security risks: By limiting access to a subset of privileged information, the system reduces the risk of unauthorized access to sensitive data.
• Compliance requirements: The audit record provides a transparent and accountable trail of access to privileged information, helping organizations meet regulatory requirements.

Benefits of this technology:

• Enhanced privacy: Users have control over which specific information is accessed, ensuring their privacy is protected.
• Improved security: By limiting access to a subset of privileged information, the system reduces the risk of data breaches or unauthorized access.
• Compliance and accountability: The audit record provides a clear record of access to privileged information, helping organizations demonstrate compliance and accountability.

Abstract

In an example implementation according to aspects of the present disclosure, a system, method, and storage medium comprising a processor, memory, and instructions to send a request for authorization to a user wherein the authorization is limited to a subset of privileged information associated with the user, receive a response for authorization from the user. The instructions, responsive to the receipt of the response, access the subset of privileged information from a user data repository. The instructions, responsive to the access, send an audit record to an audit system, wherein the audit record comprises the request, the response, and a summary of the access and send the audit record to the user.

APPLICATION-SPECIFIC INTEGRATED CIRCUIT (ASIC) WITH ONE-TIME PROGRAMMABLE (OTP) BITS (17840182)

Main Inventor

Gary M. Nobel

Brief explanation

Abstract:

The patent application describes a method for programming unprogrammed bits in an application-specific integrated circuit (ASIC) using one-time programmable (OTP) technology. The ASIC contains one or more processors that are initially disabled. The received values are used to program the OTP bits, which determine the executability of instructions in the ASIC. Once the OTP bits are successfully programmed and future reprogramming is disabled, the processors are enabled.

Patent/Innovation Explanation:

• The patent application introduces a method for programming unprogrammed bits in an ASIC using OTP technology.
• The ASIC contains one or more processors that are initially disabled.
• Values are received to program the OTP bits, which control the executability of instructions in the ASIC.
• Once the OTP bits are successfully programmed, future reprogramming of these bits is disabled.
• As a result of successful programming and disabling of future reprogramming, the processors in the ASIC are enabled.

Potential Applications:

• Secure hardware authentication systems
• Embedded systems with restricted instruction sets
• Anti-counterfeiting measures in electronic devices
• Tamper-proof hardware configurations

Problems Solved:

• Ensures the secure and irreversible programming of OTP bits in an ASIC
• Prevents unauthorized modification or tampering of the ASIC's instructions
• Enables the use of restricted instruction sets for specific applications
• Provides a reliable method for hardware authentication and anti-counterfeiting

Benefits:

• Enhanced security and protection against unauthorized access or modification
• Enables the use of OTP technology for programming ASICs
• Simplifies the process of enabling processors in the ASIC after successful programming
• Provides a tamper-proof and irreversible configuration for the ASIC's instructions

Abstract

Values are received for one-time programmable (OTP) bits of an application-specific integrated circuit (ASIC) that are unprogrammed. The ASIC has one or multiple processors that are disabled. The OTP bits of the ASIC are programmed with the received values. The OTP bits after having been programmed govern which and whether instructions are executable by the ASIC. Future reprogramming of the OTP bits of the ASIC is disabled. In response to successful programming of the OTP bits and successful disabling of future reprogramming of the OTP bits, the processors of the ASIC are enabled.

OBJECT PACKING GENETIC PROCEDURES (18036586)

Main Inventor

JUAN CARLOS CATANA SALAZAR

Brief explanation

The abstract of this patent application describes methods for object packing genetic procedures. These methods involve generating chromosomes that represent the packing of objects in a volume. The method also includes determining a stagnant generation quantity, which indicates the number of generations after a leading generation with a leading chromosome score. The genetic procedure is terminated based on this stagnant generation quantity.

• Genetic procedures are used to pack objects in a volume.
• Chromosomes are generated to represent different packing configurations.
• The method determines a stagnant generation quantity to identify when the genetic procedure should be terminated.
• The stagnant generation quantity is based on the number of generations after a leading generation with a leading chromosome score.

Potential applications of this technology:

• Logistics and supply chain management: Optimizing the packing of objects in containers or trucks to maximize space utilization.
• Warehouse management: Efficiently organizing and arranging items in a warehouse to minimize storage space.
• Shipping and transportation: Ensuring efficient packing of goods in shipping containers to reduce costs and maximize cargo capacity.

Problems solved by this technology:

• Inefficient use of space: The genetic procedures help find optimal packing configurations, reducing wasted space and improving efficiency.
• Manual packing errors: By automating the packing process using genetic procedures, the likelihood of human errors in packing is minimized.
• Time-consuming packing optimization: The methods described in the patent application streamline the process of finding the best packing configurations, saving time and effort.

Benefits of this technology:

• Increased efficiency: Optimized packing configurations result in better space utilization, leading to cost savings and improved productivity.
• Reduced errors: Automating the packing process reduces the chances of mistakes and inconsistencies in packing.
• Time and resource savings: The genetic procedures provide a faster and more efficient way to find optimal packing configurations, saving time and resources.

Abstract

Examples of methods for object packing genetic procedures are described herein. In some examples, a method includes generating chromosomes in a genetic procedure. In some examples, each chromosome indicates a packing of objects in a volume. In some examples, the method includes determining a stagnant generation quantity that indicates an amount of generations subsequent to a leading generation with a leading chromosome score. In some examples, the method includes terminating the genetic procedure based on the stagnant generation quantity.

AGENT MAP GENERATION (18033289)

Main Inventor

SUNIL KOTHARI

Brief explanation

The abstract describes examples of apparatuses for agent map generation. These apparatuses include a memory to store a layer image and a processor coupled to the memory. The processor uses a machine learning model to generate an agent map based on the layer image.

• The apparatus is used for agent map generation.
• It includes a memory to store a layer image.
• The apparatus also includes a processor that is coupled to the memory.
• The processor utilizes a machine learning model to generate an agent map.
• The agent map is based on the layer image stored in the memory.

Potential Applications

• This technology can be used in video game development to generate maps for game agents.
• It can be applied in autonomous vehicle navigation systems to create maps for the vehicle's decision-making.
• The technology can be utilized in robotics to generate maps for robot agents.

Problems Solved

• Traditional map generation methods may be time-consuming and require manual input.
• This technology solves the problem of manual map generation by using a machine learning model.
• It automates the process of generating agent maps, saving time and effort.

Benefits

• The use of a machine learning model allows for efficient and accurate agent map generation.
• The technology eliminates the need for manual map creation, reducing human error.
• It can be easily integrated into existing systems and workflows.

Abstract

Examples of apparatuses for agent map generation are described. In some examples, an apparatus includes a memory to store a layer image. In some examples, the apparatus includes a processor coupled to the memory. In some examples, the processor is to generate, using a machine learning model, an agent map based on the layer image.

NOISE MASKS FOR VIRTUAL REALITY HEADSET COOLING FANS (17748367)

Main Inventor

Kuanlin Li

Brief explanation

The abstract of the patent application describes a virtual reality (VR) head mounted display (HMD) that includes a cooling fan and a noise masking component.

• The VR HMD has a cooling fan that generates air flow to reduce the temperature within the device during its operation.
• The cooling fan helps prevent overheating of the VR HMD, which can improve user comfort and prevent potential damage to the device.
• Additionally, the VR HMD includes a noise masking component that masks the noise generated by the cooling fan.
• The noise masking component helps to minimize the distraction caused by the fan noise, allowing users to have a more immersive VR experience.

Potential Applications

This technology can be applied in various industries and scenarios, including:

• Virtual reality gaming: The cooling fan and noise masking component can enhance the gaming experience by providing a comfortable and immersive VR environment.
• Virtual training and simulations: Industries such as aviation, healthcare, and military can utilize this technology to create realistic training scenarios without distractions from fan noise.
• Virtual meetings and conferences: VR HMDs with improved cooling and noise reduction can enhance the virtual meeting experience, making it more comfortable and immersive for participants.

Problems Solved

The technology addresses the following problems:

• Overheating: The cooling fan helps to reduce the temperature within the VR HMD, preventing overheating and potential damage to the device.
• Distraction from fan noise: The noise masking component minimizes the distraction caused by the cooling fan noise, allowing users to focus on the virtual reality experience.

Benefits

The technology offers the following benefits:

• Improved user comfort: The cooling fan helps to maintain a comfortable temperature within the VR HMD, preventing discomfort caused by overheating.
• Enhanced immersion: The noise masking component reduces distractions from fan noise, allowing users to have a more immersive virtual reality experience.
• Extended device lifespan: By preventing overheating, the technology can potentially extend the lifespan of the VR HMD, reducing the need for frequent repairs or replacements.

Abstract

In example implementations, a virtual reality (VR) head mounted display (HMD) is provided. The VR HMD includes a cooling fan to generate air flow to reduce a temperature within the VR HMD during operation of the VR HMD and a noise masking component to mask noise generated by the cooling fan.

CONVEYING AGGREGATE PSYCHOLOGICAL STATES OF MULTIPLE INDIVIDUALS (18249109)

Main Inventor

Rafael Ballagas

Brief explanation

The patent application describes a method for determining the collective psychological states of multiple individuals using sensor data analysis. Here are the key points:

• Sensor data that reflects the emotional states of multiple individuals is collected and analyzed.
• The analysis results in the grouping of individuals into distinct clusters based on their emotional states.
• The patent application proposes determining the aggregate psychological state of each cluster.
• The data representing the aggregate psychological state is transmitted to a computing device, which can then display the collective emotional state of the individuals in each cluster.

Potential Applications

This technology has potential applications in various fields, including:

• Social research: It can be used to study the emotional dynamics of groups in social settings, such as workplaces or educational institutions.
• Mental health monitoring: The technology can help monitor the emotional well-being of individuals in therapy or support groups.
• Marketing and advertising: By understanding the aggregate emotional state of a target audience, companies can tailor their messaging and campaigns more effectively.

Problems Solved

The technology addresses the following problems:

• Limited understanding of collective emotional states: Traditional methods focus on individual emotions, but this technology provides insights into the emotional states of groups or clusters of individuals.
• Subjective self-reporting biases: By relying on sensor data rather than self-reporting, the technology reduces the potential for biased or inaccurate emotional assessments.

Benefits

The technology offers several benefits:

• Enhanced understanding of group dynamics: By analyzing aggregate emotional states, researchers and professionals can gain insights into the emotional dynamics within a group.
• Real-time monitoring: The technology allows for continuous monitoring of emotional states, providing timely feedback and intervention opportunities.
• Personalized experiences: By tailoring experiences based on the collective emotional state of a group, companies can create more engaging and impactful interactions.

Abstract

Examples are described herein for determining aggregate psychological states of multiple individuals. In various examples, sensor data indicative of affects of multiple individuals may be analyzed. Based on the analyzing, the multiple individuals may be partitioned into multiple distinct clusters of individuals. An aggregate psychological state of the individuals of a given cluster of the multiple distinct clusters of individuals may be determined. Data indicative of the aggregate psychological state may be transmitted to cause a computing device to render output that conveys the aggregate psychological state of the individuals of the cluster.