KONINKLIJKE PHILIPS N.V. patent applications on December 26th, 2024
Patent Applications by KONINKLIJKE PHILIPS N.V. on December 26th, 2024
KONINKLIJKE PHILIPS N.V.: 19 patent applications
KONINKLIJKE PHILIPS N.V. has applied for patents in the areas of A61B8/00 (3), G16H30/20 (3), A61M16/00 (2), G16H30/40 (2), A61B8/08 (2) A61B6/54 (1), G01R33/34084 (1), G16H40/67 (1), G16H40/40 (1), G16H30/40 (1)
With keywords such as: data, image, device, imaging, configured, medical, patient, therapy, driving, and cutting in patent application abstracts.
Patent Applications by KONINKLIJKE PHILIPS N.V.
Inventor(s): Thomas Koehler of Hamburg (DE) for koninklijke philips n.v., Roberto Buizza of Eindhoven (NL) for koninklijke philips n.v., Rafael Wiemker of Hamburg (DE) for koninklijke philips n.v., Cornelis Petrus Hendriks of Eindhoven (NL) for koninklijke philips n.v., Joerg Sabczynski of Hamburg (DE) for koninklijke philips n.v., Jaap Roger Haartsen of Best (NL) for koninklijke philips n.v., Nataly Wieberneit of Hamburg (DE) for koninklijke philips n.v., Michael Polkey of London (GB) for koninklijke philips n.v.
IPC Code(s): A61B6/00, A61B6/02, A61B6/40, A61B6/50
CPC Code(s): A61B6/54
Abstract: x-ray sources emit x-rays into an examination region along different projection views. an x-ray detector array detects the x-rays emitted by the x-ray sources after passing through the examination region. x-ray imaging data are acquired by cycling through the x-ray sources with each step of the cycle including: switching an active x ray source on to emit x-rays and the other x ray sources off to not emit x rays, and acquiring x ray imaging data along the projection view corresponding to the active x-ray source that is switched on. tomosynthesis image reconstruction is performed on the x ray imaging data to generate at least one volumetric image. a time sequence of spatially aligned images is produced from the time sequence of volumetric images. a perfusion image and/or a ventilation image is generated based on voxel intensity variation over time of the time sequence of spatially aligned images.
Inventor(s): Shyam Bharat of Arlington MA (US) for koninklijke philips n.v., Jonathan Thomas Sutton of Boston MA (US) for koninklijke philips n.v., Martha Gail Grewe Wilson of Andover MA (US) for koninklijke philips n.v.
IPC Code(s): A61B8/08, A61B8/00, G06V10/74, G16H30/20
CPC Code(s): A61B8/085
Abstract: a computer-implemented method is provided for facilitating the acquisition of ultrasound imaging data over an extended period of time. with improved consistency in the image view which is captured. a first set of ultrasound imaging data, comprising one or more images representing one or more views of the anatomy of a patient, is acquired and stored in a datastore. this image data is then used as reference data for subsequent image acquisition, wherein subsequent image data is compared in real time with the reference image data to obtain a measure of a degree of correspondence between the views depicted. this can be used to guide the acquisition of the new image data so that it is consistent with the previous image data. for example. when the view represented in the newly acquired image data sufficiently matches that in the reference data. an alert message can be issued to the user.
Inventor(s): David GOODMAN of SAN DIEGO CA (US) for koninklijke philips n.v.
IPC Code(s): A61B8/08, A61B8/00, A61B8/12, A61B8/14
CPC Code(s): A61B8/0891
Abstract: a method for evaluating deep vein thrombosis (dvt) caused by a blood clot formed in a deep vein of a patient is provided. the method includes receiving, at a computing device in communication with an ultrasound imaging device, an ultrasound signal representative of an ultrasound echo reflected from the blood clot, wherein the ultrasound echo is associated with an ultrasound pulse transmitted by the ultrasound imaging device; determining, by the computing device, an acuteness of the blood clot based on a strength of the ultrasound signal; and outputting, to a display in communication with the computing device, a graphical indication of the determined acuteness. in some embodiments, the method further includes transmitting, by use of the ultrasound imaging device, the ultrasound pulse into the deep vein where the blood clot is positioned.
Inventor(s): Antonio Luigi Perrone of Eindhoven (NL) for koninklijke philips n.v., Faik Can Meral of Mansfield MA (US) for koninklijke philips n.v., William Tao Shi of Wakefield MA (US) for koninklijke philips n.v., Sven Peter Prevrhal of Hamburg (DE) for koninklijke philips n.v., Nicolas Yanez Moreno of Cambridge MA (US) for koninklijke philips n.v., Khaled Salem Abdalleh Younis of Cambridge MA (US) for koninklijke philips n.v.
IPC Code(s): A61B8/00
CPC Code(s): A61B8/4254
Abstract: a system for medical imaging is disclosed. the system includes an ultrasound (us) probe connected by a us cable having a sensor along its length. the sensor is adapted to gather measurement data from the us cable. the system also has a processor and a memory. the memory stores instructions, which when executed by the processor, cause the processor to: input the measurement data to a trained computational model; and apply the trained computational model to the measurement data to predict cable integrity of the us cable based on ground truth data, or to forecast a remaining useful life (rul) of the us cable using ground truth data, or both. a sensor including a flexible textile-like substrate is also described. the sensor is embedded in the substrate and along a length of the us cable.
20240423595. APPARATUSES FOR REMOVAL OF A VALVE CLIP_simplified_abstract_(koninklijke philips n.v.)
Inventor(s): Nathan C FRANCIS of COLORADO SPRINGS CO (US) for koninklijke philips n.v., Michael ANDERSON of COLORADO SPRINGS CO (US) for koninklijke philips n.v.
IPC Code(s): A61B17/00, A61B17/32
CPC Code(s): A61B17/00234
Abstract: systems and apparatuses for valve clip removal that includes a catheter configured with a first lumen, and a second lumen; a cutting sheath configured with a cutting mechanism; wherein the first lumen is used to deploy a first snare that enables securing a first section of a valve clip; wherein the second lumen is used to deploy a second snare that enables securing of a second section of the valve clip; upon securing the first section of the valve clip, the second snare pulls the cutting sheath over part of the second section of the valve clip for the cutting sheath to: capture part of a second section of valve clip and grasp the valve clip in a stable position, and execute a removal action across the part of the second section of valve clip to detach the valve clip from a valve leaflet whilst the valve clip is grasped; and after performing the removal action and liberating the valve clip from the valve leaflet, the cutting sheath and grasped valve clip are removed through the catheter.
Inventor(s): Dave AHLMAN of Bothell WA (US) for koninklijke philips n.v., Jasper C. VOLMER of Eindhoven (NL) for koninklijke philips n.v., David Robert STORCH of Seattle WA (US) for koninklijke philips n.v., Rene Leonardus Jacobus Marie UBACHS of Eindhoven (NL) for koninklijke philips n.v., Marco BARINK of Best (NL) for koninklijke philips n.v., Sungsoo LEE of Bellevue WA (US) for koninklijke philips n.v., Guido Antonius Theodorus ADRIAENSEN of Nuenen (NL) for koninklijke philips n.v., Wolter F. BENNING of Seattle WA (US) for koninklijke philips n.v., Ethan ALBRIGHT of Mill Creek WA (US) for koninklijke philips n.v., Kayleigh WILLIAMS of Eindhoven (NL) for koninklijke philips n.v., Walter Julius WEICHSLER of Kirkland WA (US) for koninklijke philips n.v., Regan Starkey FOSTER of Lynnwood WA (US) for koninklijke philips n.v.
IPC Code(s): A61C17/34
CPC Code(s): A61C17/3418
Abstract: systems and methods of generating sweeping and/or tapping motions in an oral cleaning device such as a power toothbrush device to perform optimally at all target areas of the user's mouth. the systems and methods are configured to periodically move a drivetrain shaft in a first direction about a central axis of the device or along a line that is tangential to a cleaning unit of the device, and periodically drive the drivetrain shaft in a second direction, different from the first direction, so that a set of cleaning elements that are attached to the cleaning unit move in a vertical up-down motion. the systems and methods are further configured to dynamically modify an output of the drivetrain assembly to target different areas of the user's mouth.
Inventor(s): CORNELIS PETRUS HENDRIKS of EINDHOVEN (NL) for koninklijke philips n.v., JOACHIM JOHANNES KAHLERT of AACHEN (DE) for koninklijke philips n.v., MARIA ESTRELLA MENA BENITO of EINDHOVEN (NL) for koninklijke philips n.v., JOANNE HENRIĂTTE DESIRĂE MONIQUE WESTERINK of EINDHOVEN (NL) for koninklijke philips n.v., JOYCE VAN ZANTEN of WAALRE (NL) for koninklijke philips n.v., PEDRO MIGUEL FERREIRA DOS SANTOS DA FONSECA of BORGERHOUT (BE) for koninklijke philips n.v., ELSA JOSĂPHINE SUZANNE JUAN of AMSTERDAM (NL) for koninklijke philips n.v., TSVETOMIRA KIROVA TSONEVA of EINDHOVEN (NL) for koninklijke philips n.v., DAAN ANTON VAN DEN ENDE of BREDA (NL) for koninklijke philips n.v., TIM ELISABETH JOSEPH WEIJSEN of MAASTRICHT (NL) for koninklijke philips n.v.
IPC Code(s): A61M16/00, G16H20/40
CPC Code(s): A61M16/026
Abstract: a system and method for determining a correlation between medication intake and sleep disordered breathing, sdb, therapy outcome for a subject taking at least one type of medication and being provided with sdb therapy. the sdb therapy comprises at least positive airway pressure, pap, therapy provided by a pap device. medication information, relating to a medication intake of the subject, and sdb therapy information, relating to a therapy outcome of the sdb therapy, are obtained and correlated.
Inventor(s): James David CEZO of COLORADO SPRINGS CO (US) for koninklijke philips n.v., Arjen VAN DER HORST of TILBURG (NL) for koninklijke philips n.v.
IPC Code(s): A61M60/523, A61M60/104, A61M60/32, A61M60/531
CPC Code(s): A61M60/523
Abstract: a system includes an intravascular reperfusion therapy device configured to be positioned within a coronary vein of a patient to deliver reperfusion therapy to a myocardium of a heart associated with the coronary vein. the intravascular reperfusion therapy device includes a sensor, a pump, and a catheter with a lumen. the intravascular reperfusion therapy device is configured to, using the pump, direct flow of a fluid through the lumen to deliver the reperfusion therapy. the system includes a processor circuit configured to receive, from the sensor, physiological data associated with blood flow through the coronary vein, determine, based on the physiological data, a progression of the reperfusion therapy; and control, based on the progression of the reperfusion therapy, the flow of the fluid through the lumen such that the reperfusion therapy is controlled.
Inventor(s): MARCUS CORNELIS PETRELLI of GRONINGEN (NL) for koninklijke philips n.v., ALWIN DE VRIES of ZUIDLAREN (NL) for koninklijke philips n.v., THEODOOR RENĂ MARIA HIN of EMMEN (NL) for koninklijke philips n.v.
IPC Code(s): B26B19/04, B26B19/06
CPC Code(s): B26B19/048
Abstract: according to an aspect, there is provided a mounting assembly () for a hair cutting appliance (), the mounting assembly comprising: a base () and a head (), the head comprising a body () and a driving bridge () and being configured to receive a cutting unit (), wherein the driving bridge is configured to couple to the cutting unit and to reciprocally move relative to the body; a pivoting mechanism () disposed between the head and the base and configured to permit pivoting movement of the head relative to the base about a primary axis () and a secondary axis (); and a driving unit () comprising a frame () and a driving axle (), wherein the driving axle is rotatable relative to the frame about an elongate axis of the driving axle, and the frame provides a bearing surface () for the driving axle; wherein the frame comprises a body coupling () which is configured to couple to the body of the head to permit pivoting movement of the head relative to the frame about a body pivot axis () which is parallel to the primary pivot axis, and wherein the driving unit comprises a base coupling () which is configured to couple to the base to permit pivoting movement of the frame relative to the base about a base axis () which is parallel to the secondary axis; wherein the driving axle comprises: an eccentric driving pin () at a distal end of the driving axle, the eccentric driving pin configured to interact with the driving bridge to induce reciprocating movement to the driving bridge relative to the body of the head; and a socket () on a proximal end of the axle for engaging with a driving head () on a motor axle () for rotary transmission.
Inventor(s): JONATHAN ALAMBRA PALERO of WAALRE (NL) for koninklijke philips n.v., MATHIVANAN DAMODARAN of 'S-HERTOGENBOSCH (NL) for koninklijke philips n.v., YANNYK PARULIAN JULIAN BOURQUIN of EINDHOVEN (NL) for koninklijke philips n.v., BABU VARGHESE of EINDHOVEN (NL) for koninklijke philips n.v., OEDILIUS JOHANNES BISSCHOP of DRACHTEN (NL) for koninklijke philips n.v., LU WANG of EINDHOVEN (NL) for koninklijke philips n.v., WILLEM AUKE WESTERHOF of DRACHTEN (NL) for koninklijke philips n.v., STEPHANUS JACOB GERARDUS TEMMINGA of PATERSWOLDE (NL) for koninklijke philips n.v.
IPC Code(s): B26B19/38, B26B21/40
CPC Code(s): B26B19/388
Abstract: according to an aspect, there is provided a system () comprising a hair cutting device () having a cutting element for cutting a subject's hair; a localisation unit () for acquiring location data indicative of a location of the cutting element relative to a body part of the subject; a timer unit () for measuring time data associated with usage of the hair cutting device; and a processing unit () in communication with the hair cutting device, the localisation unit and the timer unit, the processing unit being configured to determine, based on the location data and the time data, an operating parameter to be applied to the hair cutting device.
Inventor(s): Christoph Leussler of Hamburg (DE) for koninklijke philips n.v., Steffen Weiss of Hamburg (DE) for koninklijke philips n.v., Gereon Vogtmeier of Aachen (DE) for koninklijke philips n.v., Mark Thomas Johnson of Arendonk (NL) for koninklijke philips n.v., Daniel Wirtz of Hamburg (DE) for koninklijke philips n.v., Rajendra Singh Sisodia of Bangalore (IN) for koninklijke philips n.v.
IPC Code(s): G01R33/34, A61B5/055, G01R33/54
CPC Code(s): G01R33/34084
Abstract: this disclosure provides a method for adapting at least one coil of an mr imaging device, the method comprising the steps: providing, by means of a processor, shape data of a patient (s); calculating and generating, by means of the processor, a control signal for adapting the at least one coil of the mr imaging device based on the provided shape data of the patient (s), wherein the generated control signal is configured for adapting a position of said coil to a target position and for adapting a shape of said coil to a target shape; adapting, by means of the processor, the position and the shape of said coil based on the generated control signal (s); receiving, by means of the processor, current imaging data of the patient from the mr imaging device using the adapted coil (s); evaluating, by means of the processor, the position and shape of said coil based on the received imaging data and determining an evaluation result (s).
20240428477. TIME-RESOLVED ANGIOGRAPHY_simplified_abstract_(koninklijke philips n.v.)
Inventor(s): LEILI SALEHI of WALTHAM MA (US) for koninklijke philips n.v., AYUSHI SINHA of BALTIMORE MD (US) for koninklijke philips n.v., RAMON QUIDO ERKAMP of SWAMPSCOTT MA (US) for koninklijke philips n.v., GRZEGORZ ANDRZEJ TOPOREK of CAMBRIDGE MA (US) for koninklijke philips n.v., ASHISH SATTYAVRAT PANSE of BURLINGTON MA (US) for koninklijke philips n.v.
IPC Code(s): G06T11/00, G06T7/00
CPC Code(s): G06T11/006
Abstract: a computer-implemented method of providing a temporal sequence of 3d angiographic images () representing a flow of a contrast agent through a region of interest (), is provided. the method includes: inputting (s) volumetric image data (), and a temporal sequence of 2d angiographic images () into a neural network (nn); and generating (s) the predicted temporal sequence of 3d angiographic images () representing the flow of the contrast agent through the region of interest () in response to the inputting.
Inventor(s): Saifeng LIU of CAMBRIDGE MA (US) for koninklijke philips n.v., Xi WANG of BELMONT MA (US) for koninklijke philips n.v., Evan SCHWAB of CAMBRIDGE MA (US) for koninklijke philips n.v., Jonathan RUBIN of CAMBRIDGE MA (US) for koninklijke philips n.v., Sandeep Madhukar DALAL of WINCHESTER MA (US) for koninklijke philips n.v., Eran RUBENS of PALO ALTO CA (US) for koninklijke philips n.v.
IPC Code(s): G16H15/00, G06F40/103, G16H30/40
CPC Code(s): G16H15/00
Abstract: a method () of analyzing a medical report () presenting clinical content determined from one or more images () includes: extracting a text embedding () from the medical report: extracting an image embedding () from the one or more images; determining one or more content feature vectors from the text embedding and the image embedding; determining one or more style feature vectors from the text embedding; and at least one of: extracting one or more clinical findings contained in the medical report using the one or more content feature vectors; scoring the style of the medical report using the one or more style feature vectors; and/or converting the medical report to a target style using the one or more content feature vectors and one or more target style feature vectors different from the determined one or more style feature vectors.
Inventor(s): MARTIJN SPIT of DELFT (NL) for koninklijke philips n.v., JACCO CHRISTOF EERDEN of VLEUTEN (NL) for koninklijke philips n.v., FEI ZUO of EINDHOVEN (NL) for koninklijke philips n.v., ESTHER MARJAN VAN DER HEIDE of 's-Hertogenbosch (NL) for koninklijke philips n.v., THOMAS MARIA FALCK of AACHEN (DE) for koninklijke philips n.v.
IPC Code(s): G16H20/40, A61M16/00, G16H10/40, G16H10/60, G16H40/20, G16H50/30
CPC Code(s): G16H20/40
Abstract: a method for ventilation liberation is provided, including: (1) generating readiness statuses for each of a plurality of patients; (2) generating a risk score for each of the plurality of patients; and (3) generating patient planning data, such as patient assignments for staff members and/or a suggested treatment schedule. the readiness statuses may include sat, sbt and/or extubation readiness statuses. the readiness statuses are based on patient characteristics such as vital sign measurements, ventilator settings, laboratory data, primary diagnosis data, sedation status, and/or patient medication data. the risk score is based on patient risk factors such as vital sign measurements, primary diagnosis data, patient comorbidity data, and/or reintubation risk data. the patient assignments and/or the suggested treatment schedule are based on the readiness statuses of each of the patients, the risk score of each of the patients, and/or staffing data corresponding to each of the staff members.
Inventor(s): Merlijn SEVENSTER of HAARLEM (NL) for koninklijke philips n.v., Sandeep Madhukar DALAL of WINCHESTER MA (US) for koninklijke philips n.v.
IPC Code(s): G16H30/20, G06F16/9032, G16H40/20
CPC Code(s): G16H30/20
Abstract: a system () includes a processor () configured to generate () an unauthorized imaging order () for a patient from a follow-up recommendation for the patient. the unauthorized imaging order comprises a first anatomy, a first modality and/or a time interval. the processor is further configured to receive () an authorized imaging order () for the patient which includes a second anatomy and a second modality, and in response to an imaging examination of the patient according to the authorized imaging order and a determined overlap of the authorized imaging order and the unauthorized imaging order, acknowledge () that the follow-up recommendation has been satisfied by modifying a status of the unauthorized imaging order.
Inventor(s): Marcus SCHRECKENBERG of Freising (DE) for koninklijke philips n.v., Niklas HITSCHRICH of Eindhoven (DE) for koninklijke philips n.v., George SCHUMMERS of Munich (DE) for koninklijke philips n.v.
IPC Code(s): G16H30/40, G06T19/00, G06T19/20, G16H30/20
CPC Code(s): G16H30/40
Abstract: there is provided a method for analysing medical image data () in a virtual multi-user collaboration, wherein the medical image data () is analysed by at least two users (a, n, c, s), each user having his/her own workspace (), wherein the workspace is a vr- and/or ar- and/or mr-workspace, the method including the steps of providing medical image data () including 3d or 4d image information, loading the medical image data () into the workspace () of each user so as to simultaneously display a visualization of the medical image data () to each user, allowing each user to individually and independently from each other change the visualization of the medical image data (), so as to obtain an individual visualization of the medical image data () in each workspace () pertaining to each user, allowing at least one user to execute an analysing process of the medical image data () in his/her workspace, displaying the result of the analysing process in the workspace () in which the analysing process was carried out, and synchronizing the result of the analysing process in real-time with the at least one other workspace () such that each workspace () displays the result of the analysing process in the respective individual visualization of the medical image data (). further, there is provided a computer program relating to the above method. in addition, a user interface and a system used during execution of the above method are provided.
Inventor(s): Ramon Antoine Wiro CLOUT of EINDHOVEN (NL) for koninklijke philips n.v., Johannes Henricus Maria KORST of EINDHOVEN (NL) for koninklijke philips n.v., Mauro BARBIERI of EINDHOVEN (NL) for koninklijke philips n.v.
IPC Code(s): G16H40/40, A61B90/92, A61B90/98, G06K19/06, G06K19/07
CPC Code(s): G16H40/40
Abstract: a medical device (120) includes a component (121); and a service tag (130) to be affixed to the component, the service tag having encoded data (134) disposed thereon about servicing of the component of the medical device. in some embodiments, the encoded data includes a summary of a service report or an entire service report reporting on a prior service call, with information such as date of service, information on symptoms related to a problem addressed by the service call, information on one or more service actions performed during the service call, or so forth. in some embodiments, the encoded data (134) of the service tag (130) comprises one of: a bar code, a quick response (qr) code, and a radiofrequency identification (rfid) code.
20240428935. REMOTE MONITORING OF SURGICAL PROCEDURE_simplified_abstract_(koninklijke philips n.v.)
Inventor(s): DAAN KUHLMANN of EINDHOVEN (NL) for koninklijke philips n.v., VINCENTIUS PAULUS BUIL of VELDHOVEN (NL) for koninklijke philips n.v., VICTOR WIJN of EINDHOVEN (NL) for koninklijke philips n.v., MARCIN ARKADIUSZ BALICKI of CAMBRIDGE MA (US) for koninklijke philips n.v., SHAUN VAN OORDE-GRAINGER of EINDHOVEN (NL) for koninklijke philips n.v., REINOUD BOSMAN of EINDHOVEN (NL) for koninklijke philips n.v.
IPC Code(s): G16H40/67, A61B34/35, A61B90/00, G16H80/00
CPC Code(s): G16H40/67
Abstract: in a surgical workspace, a plurality of monitoring devices may be provided to enable a surgical procedure to be remotely monitored using a remote monitoring system. a monitoring control system and a computer-implemented monitoring control methods are provided which are configured to access monitoring data, analyze the monitoring data to determine a current state of the surgical procedure, determine one or more observability requirements for the current state of the surgical procedure, and based thereon, select a subset of the plurality of monitoring devices to be perceptually prioritized by the remote monitoring system. this selection is then conveyed to the remote monitoring system via selection data. thereby, the remote monitoring system may be controlled to enable optimal remote monitoring of the surgical procedure.
Inventor(s): Baris GĂKTEPE of Berlin (DE) for koninklijke philips n.v., Thomas FEHRENBACH of Berlin (DE) for koninklijke philips n.v., Cornelius HELLGE of Berlin (DE) for koninklijke philips n.v., Thomas SCHIERL of Berlin (DE) for koninklijke philips n.v., Thomas WIRTH of Kleinmachnow (DE) for koninklijke philips n.v., Marco BREILING of Erlangen (DE) for koninklijke philips n.v.
IPC Code(s): H04L1/1812, H04L1/1829, H04W72/044
CPC Code(s): H04L1/1816
Abstract: a receiver is described which receives data from a transmitter. the data is included in a data block which includes at least one code block, and the code block has a plurality of parts. a first part of the code block is used for estimating a decodability of the code block at the receiver. the first part of the code block is arranged in the data block ahead of the remaining one or more parts of the code block. the receiver estimates, prior to receiving the entire data block, the decodability of the code block using the first part of the code block.
KONINKLIJKE PHILIPS N.V. patent applications on December 26th, 2024
- KONINKLIJKE PHILIPS N.V.
- A61B6/00
- A61B6/02
- A61B6/40
- A61B6/50
- CPC A61B6/54
- Koninklijke philips n.v.
- A61B8/08
- A61B8/00
- G06V10/74
- G16H30/20
- CPC A61B8/085
- A61B8/12
- A61B8/14
- CPC A61B8/0891
- CPC A61B8/4254
- A61B17/00
- A61B17/32
- CPC A61B17/00234
- A61C17/34
- CPC A61C17/3418
- A61M16/00
- G16H20/40
- CPC A61M16/026
- A61M60/523
- A61M60/104
- A61M60/32
- A61M60/531
- CPC A61M60/523
- B26B19/04
- B26B19/06
- CPC B26B19/048
- B26B19/38
- B26B21/40
- CPC B26B19/388
- G01R33/34
- A61B5/055
- G01R33/54
- CPC G01R33/34084
- G06T11/00
- G06T7/00
- CPC G06T11/006
- G16H15/00
- G06F40/103
- G16H30/40
- CPC G16H15/00
- G16H10/40
- G16H10/60
- G16H40/20
- G16H50/30
- CPC G16H20/40
- G06F16/9032
- CPC G16H30/20
- G06T19/00
- G06T19/20
- CPC G16H30/40
- G16H40/40
- A61B90/92
- A61B90/98
- G06K19/06
- G06K19/07
- CPC G16H40/40
- G16H40/67
- A61B34/35
- A61B90/00
- G16H80/00
- CPC G16H40/67
- H04L1/1812
- H04L1/1829
- H04W72/044
- CPC H04L1/1816