View source for KONINKLIJKE PHILIPS N.V. patent applications on January 2nd, 2025

=Patent Applications by KONINKLIJKE PHILIPS N.V. on January 2nd, 2025=



[[:Category:KONINKLIJKE PHILIPS N.V.|KONINKLIJKE PHILIPS N.V.]]: 19 patent applications[[Category:KONINKLIJKE PHILIPS N.V.]]

KONINKLIJKE PHILIPS N.V. has applied for patents in the areas of [[:Category:G06T7/00|G06T7/00]] (4), [[:Category:A61M16/10|A61M16/10]] (2), [[:Category:G16H40/40|G16H40/40]] (2), [[:Category:A61B18/00|A61B18/00]] (2), [[:Category:A61B18/22|A61B18/22]] (2)
[[:Category:CPC_A61N5/0616|A61N5/0616]] (2), [[:Category:CPC_G06T7/0012|G06T7/0012]] (2), [[:Category:CPC_G16H40/40|G16H40/40]] (2), [[:Category:CPC_A61B8/06|A61B8/06]] (1), [[:Category:CPC_A61B17/22|A61B17/22]] (1)

With keywords such as: device, medical, image, passage, flow, configured, valve, based, treatment, and position in patent application abstracts.




====Patent Applications by KONINKLIJKE PHILIPS N.V.====


[[20250000481. IMPROVEMENTS IN ULTRASOUND BASED BLOOD FLOW VELOCITY MEASUREMENTS_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Maarten Petrus Joseph KUENEN of VELDHOVEN  (NL) for koninklijke philips n.v., Brian Brand Antonius Johannes BLOEMENDAL of HELENAVEEN  (NL) for koninklijke philips n.v., Lucas Hendrikus Gerardus TAN of VOSSELAAR  (BE) for koninklijke philips n.v., Patrick Wilhelmus VAN KAAM of BEST  (NL) for koninklijke philips n.v., Johan Thomas OOSTVEEN of EINDHOVEN  (NL) for koninklijke philips n.v., Peter Alexander BARENDSE of HELMOND  (NL) for koninklijke philips n.v., Franciscus Paulus Maria BUDZELAAR of EINDHOVEN  (NL) for koninklijke philips n.v.

IPC Code(s): A61B8/06, A61B8/00, A61B8/08

CPC Code(s): A61B8/06




Abstract: improvements in ultrasound based blood flow velocity measurements are disclosed, including: suppressing interference components from the doppler spectrum, in order to prevent them from affecting the flow measurements.[[Category:A61B8/06]][[Category:A61B8/00]][[Category:A61B8/08]][[Category:CPC_A61B8/06]][[Category:koninklijke philips n.v.]]



[[20250000529. FLOW CONTROL SWITCH WITH VARIABLE FLOW RATE CONTROL AND WITH CONSISTENT CLOG-FREE INNER DIAMETER_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Richard Charles GUNDERSON of SAINT PAUL MN (US) for koninklijke philips n.v.

IPC Code(s): A61B17/22

CPC Code(s): A61B17/22




Abstract: a thrombectomy device () includes a hemostasis valve y connector () including a distal end () configured to rotatably connect with an associated aspiration catheter (); and a y connector () connecting the distal end with a first branch () terminating in a hemostasis valve () and a second branch () configured to connect with an associated vacuum tube () of an associated aspiration pump (). an adjustable valve () is integrated into the hemostasis valve y connector or configured to connect in-line with the associated vacuum tube. the adjustable valve is configured to adjust a flow rate of fluid drawn by the associated aspiration pump and having a closed position with zero flow rate, a maximum open position with a maximum flow rate, and at least one intermediate position with a flow rate intermediate between zero flow rate and the maximum flow rate.[[Category:A61B17/22]][[Category:CPC_A61B17/22]][[Category:koninklijke philips n.v.]]



[[20250000579. PHOTIMECHANICAL VASCULAR THERAPY_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Cedar Decker of ALBERTVILLE MN (US) for koninklijke philips n.v., Sooneon Bae of MAPLE GROVE MN (US) for koninklijke philips n.v., Andy Scherer of MAPLE GROVE MN (US) for koninklijke philips n.v.

IPC Code(s): A61B18/24, A61B17/00, A61B17/221, A61B18/00, A61B18/22

CPC Code(s): A61B18/245




Abstract: a thrombectomy or atherectomy device () includes a catheter (); a capture device () disposed at a distal end of the catheter; and a laser aperture () disposed proximate to the capture device and configured to ablate material of a clot (c) in a blood vessel (v) of a patient that is captured by the capture device.[[Category:A61B18/24]][[Category:A61B17/00]][[Category:A61B17/221]][[Category:A61B18/00]][[Category:A61B18/22]][[Category:CPC_A61B18/245]][[Category:koninklijke philips n.v.]]



[[20250000581. COMBINED LASER ATHERECTOMY AND PRESSURE WAVE DEVICE_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): James David CEZO of COLORADO SPRINGS CO (US) for koninklijke philips n.v., Bernardus Hendrikus Wilhelmus HENDRIKS of EINDHOVEN  (NL) for koninklijke philips n.v., Jarich Willem SPLIETHOFF of UTRECHT  (NL) for koninklijke philips n.v., Marco LAI of EINDHOVEN  (NL) for koninklijke philips n.v., Gerhardus Wilhelmus LUCASSEN of EINDHOVEN  (NL) for koninklijke philips n.v., Joanneke Gerrigje GROEN of VELDHOVEN  (NL) for koninklijke philips n.v., Charles Frederik SIO of EINDHOVEN  (NL) for koninklijke philips n.v.

IPC Code(s): A61B18/26, A61B18/00, A61B18/20, A61B18/22, A61B90/00

CPC Code(s): A61B18/26




Abstract: an intraluminal device for delivering laser light and pressure waves includes a flexible elongate member positionable within a body lumen. the member includes an outer sheath; a laser catheter attached within the sheath; a sealed lens assembly located at the sheath's distal end; and a fluid chamber within the sheath, distal of the laser catheter and proximal of the lens assembly. the outer sheath includes a sealed acoustic window radially outward from the fluid chamber. when the chamber is filled with a fluid, a laser beam emitted by the laser catheter causes the photoreactive fluid to generate a pressure wave. when the chamber is filled with the fluid, a second laser beam emitted by the laser catheter exits via the transparent fluid and the sealed lens assembly. the sealed acoustic window and sealed lens assembly prevent the fluid from entering the body lumen.[[Category:A61B18/26]][[Category:A61B18/00]][[Category:A61B18/20]][[Category:A61B18/22]][[Category:A61B90/00]][[Category:CPC_A61B18/26]][[Category:koninklijke philips n.v.]]



[[20250000585. IDENTIFYING A VASCULAR ACCESS SITE_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): AYUSHI SINHA of BALTIMORE MD (US) for koninklijke philips n.v., MOLLY LARA FLEXMAN of MELROSE MA (US) for koninklijke philips n.v., ATUL GUPTA of BALA CYNWYD PA (US) for koninklijke philips n.v., ASHISH SATTYAVRAT PANSE of BURLINGTON MA (US) for koninklijke philips n.v., LEILI SALEHI of WALTHAM MA (US) for koninklijke philips n.v., GRZEGORZ ANDRZEJ TOPOREK of CAMBRIDGE MA (US) for koninklijke philips n.v., RAMON QUIDO ERKAMP of SWAMPSCOTT MA (US) for koninklijke philips n.v.

IPC Code(s): A61B34/10

CPC Code(s): A61B34/10




Abstract: a computer-implemented method of identifying a vascular access site for inserting an interventional device in order to reach a target site in a vasculature, is provided. the method includes computing a success metric for multiple potential vascular access sites. the success metric represents an ease of navigating the interventional device from the vascular access site to the target site via the vasculature, and is computed based on image data. a vascular access site is identified based on the computed success metrics.[[Category:A61B34/10]][[Category:CPC_A61B34/10]][[Category:koninklijke philips n.v.]]



[[20250001119. VARIABLE RESISTANCE HEAT AND MOISTURE EXCHANGER_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): THEODOOR STOLK of LANGEZWAAG  (DE) for koninklijke philips n.v., BERNARD F. HETE of KITTANNING PA (US) for koninklijke philips n.v., HENDRIK KLAAS LOUWSMA of DRACHTSTERCOMPAGNIE  (NL) for koninklijke philips n.v., KLAAS KOOIJKER of DRACHTEN  (DE) for koninklijke philips n.v.

IPC Code(s): A61M16/10, A61M16/06, A61M16/20

CPC Code(s): A61M16/1045




Abstract: an hme for use in providing a flow of breathing gas to a patient includes a housing defining a main passage for conveying the flow of breathing gas therethrough as well as an hme element and a number of valve arrangements positioned within the main passage. each valve arrangement includes a valve passage and a valve member moveable among a first position wherein the passage of gases through the valve passage is prevented and thus flow in the main passage is required to pass through the hme element, and a second position in which the passage of gases through the valve passage is permitted and thus flow in the main passage can bypass the hme element. the positioning of the valve member of each valve arrangement among the first position and the second position is dependent on a flow of gas through the main passage.[[Category:A61M16/10]][[Category:A61M16/06]][[Category:A61M16/20]][[Category:CPC_A61M16/1045]][[Category:koninklijke philips n.v.]]



[[20250001120. CLEANABLE AND RE-USEABLE HEAT AND MOISTURE EXCHANGER_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): HENDRIK KLAAS LOUWSMA of DRACHTSTERCOMPAGNIE  (DE) for koninklijke philips n.v., THEODOOR STOLK of LANGEZWAAG  (DE) for koninklijke philips n.v.

IPC Code(s): A61M16/10

CPC Code(s): A61M16/1095




Abstract: an hme element for use in an hme arrangement. the hme element includes a body defining a number of passages therethrough, each passage extending between a first face of the body and a second face of the body opposite the first face. each passage of the number of passages has a width in the range of 0.3 mm to 2.0 mm. a portion of the body defining each passage has a thickness, normal to the passage, of at least 0.2 mm.[[Category:A61M16/10]][[Category:CPC_A61M16/1095]][[Category:koninklijke philips n.v.]]



[[20250001199. SKIN TREATMENT DEVICE WITH AN IMAGING UNIT, AND METHOD THEREOF_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): BOAMFA MARIUS IOSIF of VELDHOVEN  (NL) for koninklijke philips n.v., FRANK ANTON VAN ABEELEN of EINDHOVEN  (NL) for koninklijke philips n.v., RIEKO VERHAGEN of VUGHT  (NL) for koninklijke philips n.v., KIRAN KUMAR THUMMA of EINDHOVEN  (NL) for koninklijke philips n.v.

IPC Code(s): A61N5/06, G06T7/00

CPC Code(s): A61N5/0616




Abstract: provided is a method and device thereof, for determining whether to perform skin treatment by a device. the method comprises obtaining an image frame of a skin area to be treated, sensing a displacement of the device during a processing period of the captured image frame and determining whether to perform the skin treatment based on the sensed displacement. the device comprises an image capturing unit configured to capture an image frame of a skin area to be treated, a motion/position sensor configured to sense a displacement of the device on the skin area, and a control means configured to process the captured image frame during a processing period, receive, from the motion sensor, a displacement of the device during the processing period, and determine whether to perform treatment based on the received displacement.[[Category:A61N5/06]][[Category:G06T7/00]][[Category:CPC_A61N5/0616]][[Category:koninklijke philips n.v.]]



[[20250001200. AN APPARATUS FOR USER GUIDANCE DURING SKIN TREATMENT AND METHOD THEREOF_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): SIMON GEORGE ABERNETHY of EINDHOVEN  (NL) for koninklijke philips n.v.

IPC Code(s): A61N5/06

CPC Code(s): A61N5/0616




Abstract: an apparatus for guiding a user during a skin treatment process is provided, and a method thereof. the apparatus comprises a treatment applier, a mapping unit which is configured to obtain a map of a skin area to be treated and a reference position on a boundary of the map, and a processor which is configured to divide an area of the obtained map into a plurality of compartments based on at least an area of the treatment applier, register contact of the treatment applier at the reference position and guide the user, via a user interface unit, through the compartments in the map based on displacement of the treatment applier relative to the reference position.[[Category:A61N5/06]][[Category:CPC_A61N5/0616]][[Category:koninklijke philips n.v.]]



[[20250001208. A SYSTEM FOR GENERATING OBJECTIVE FUNCTIONS FOR TREATMENT PLANNING_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): HARALD SEPP HEESE of HAMBURG  (DE) for koninklijke philips n.v., TORBJOERN VIK of HAMBURG  (DE) for koninklijke philips n.v., ALFONSO AGATINO ISOLA of EINDHOVEN  (NL) for koninklijke philips n.v., MARIA LUIZA BONDAR of WAALRE  (NL) for koninklijke philips n.v., TOM BROSCH of HAMBURG  (DE) for koninklijke philips n.v., MATTHIEU FRÉDÉRIC BAL of GELDROP  (NL) for koninklijke philips n.v.

IPC Code(s): A61N5/10, G06N3/0475, G06N3/10, G16H20/40

CPC Code(s): A61N5/103




Abstract: system (ogs) and related method for generating an objective function for use in radiation treatment, rt, planning. the system may include a machine learning model (m) and a training system (ts) for training the model (m) based on training data. the training data may include previous (at least partial) rt plans, and a user awarded ranking thereof. the model, once trained, may be used as the objective function. the system allows a user to turn, in a defined manner, clinical objectives or goals into a computable objective function which can be used for rt planning.[[Category:A61N5/10]][[Category:G06N3/0475]][[Category:G06N3/10]][[Category:G16H20/40]][[Category:CPC_A61N5/103]][[Category:koninklijke philips n.v.]]



[[20250004075. ELECTRICAL CONNECTION FOR USE IN CRYOGENIC APPLICATIONS_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Alexander James Pyne of Latham NY (US) for koninklijke philips n.v., Kevin Grace of Latham NY (US) for koninklijke philips n.v.

IPC Code(s): G01R33/36, G01R33/3815, H01F6/06

CPC Code(s): G01R33/36




Abstract: an apparatus for making an electrical connection between a superconducting component disposed in a cryogenic chamber and an electrical device disposed outside the cryogenic chamber is described. the apparatus includes a coil comprising a plurality of helical loops and disposed in the cryogenic chamber; and an actuator configured to compress and expand the coil between a first state and a second state. in the first state, the coil has a first electrical resistance and a first thermal conductance and in the second state the coil has a second electrical resistance and a second thermal conductance.[[Category:G01R33/36]][[Category:G01R33/3815]][[Category:H01F6/06]][[Category:CPC_G01R33/36]][[Category:koninklijke philips n.v.]]



[[20250005522. DATA QUALITY IMPROVEMENT SYSTEM FOR IMAGING SYSTEM SERVICE WORK ORDERS (SWO)_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Artur SOSSIN of HAMBURG  (DE) for koninklijke philips n.v., Ingmar GRAESSLIN of BOENNINGSTEDT  (DE) for koninklijke philips n.v.

IPC Code(s): G06Q10/10, G06F11/07

CPC Code(s): G06Q10/10




Abstract: a non-transitory computer readable medium () stores instructions executable by at least one electronic processor () to perform a service work order (swo) method (). the method includes via a user interface (ui) (), receiving entry of a swo report (); applying at least one automated analysis to the swo report to detect information missing from the swo report and/or to generate a completeness score () for the swo report; via the ui, providing an indication () of the information missing from the swo report and/or the completeness score for the swo report; and storing the swo report in a swo database ().[[Category:G06Q10/10]][[Category:G06F11/07]][[Category:CPC_G06Q10/10]][[Category:koninklijke philips n.v.]]



[[20250005748. OPTIMIZED 2-D PROJECTION FROM 3-D CT IMAGE DATA_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Axel Saalbach of HAMBURG  (DE) for koninklijke philips n.v., Nicole Schadewaldt of NORDERSTEDT  (DE) for koninklijke philips n.v., Matthias Lenga of MAINZ  (DE) for koninklijke philips n.v., Heinrich Schulz of HAMBURG  (DE) for koninklijke philips n.v.

IPC Code(s): G06T7/00, G06T11/00

CPC Code(s): G06T7/0012




Abstract: a computing system () includes a memory () with instructions () including a digitally reconstructed radiograph view optimization instruction (), a processor () configured to execute the digitally reconstructed radiograph view optimization instruction to generate a plurality of digitally reconstructed radiographs based on a plurality of different sets of projection parameters and three-dimensional computed tomography image data and to identify an optimal sub-set of the plurality of digitally reconstructed radiographs for reading for the reason for acquiring the three-dimensional computed tomography image data, and an output device () configured to display the identified optimal sub-set of the plurality of digitally reconstructed radiographs for reading.[[Category:G06T7/00]][[Category:G06T11/00]][[Category:CPC_G06T7/0012]][[Category:koninklijke philips n.v.]]



[[20250005753. METHOD FOR POST-SURGERY ASSESSMENT OF RESIDUAL TUMOR BORDER ZONE BASED ON MEDICAL IMAGE OUT-PAINTING_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): GEORGE KOLOKOLNIKOV of HAMBURG  (DE) for koninklijke philips n.v., RENAT KOZODAYEV of EINDHOVEN  (NL) for koninklijke philips n.v.

IPC Code(s): G06T7/00

CPC Code(s): G06T7/0012




Abstract: in one embodiment, a method, comprising: obtaining a correlation between the pre-operative ultrasound images and the post-operative histopathological images based on application of a fused image to a neural network; receiving post-operative ultrasound images; using the correlation to translate the post-operative ultrasound images to synthesized histopathology images; fusing the post-operative ultrasound images with the synthesized histopathology images; out-painting the synthesized histopathology images to a border zone remaining after the surgical procedure, the out-painting performed on a neural network; and displaying the out-painted, synthesized image with the post-operative ultrasound images.[[Category:G06T7/00]][[Category:CPC_G06T7/0012]][[Category:koninklijke philips n.v.]]



[[20250005787. MONITORING AN ENTITY IN A MEDICAL FACILITY_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): ERIK BRESCH of EINDHOVEN  (NL) for koninklijke philips n.v., MARK JACOBUS ROSALIE JOSEPH BOUTS 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.

IPC Code(s): G06T7/73, A61B5/00, A61B5/11, G06V10/44, G06V10/82, G06V20/52, G06V40/10

CPC Code(s): G06T7/73




Abstract: a computer implemented method for use in monitoring a first entity in a medical facility comprises: i) obtaining an image of the medical facility, ii) using a machine learning process to fit a first articulated model to the first entity in the image, wherein the first articulated model comprises keypoints corresponding to joints and affinity fields that indicate links between the keypoints. the method further comprises iii) determining a location or posture of the first entity in the medical facility from relative locations of fitted keypoints of the first articulated model in the image.[[Category:G06T7/73]][[Category:A61B5/00]][[Category:A61B5/11]][[Category:G06V10/44]][[Category:G06V10/82]][[Category:G06V20/52]][[Category:G06V40/10]][[Category:CPC_G06T7/73]][[Category:koninklijke philips n.v.]]



[[20250006343. PROSPECTIVE QUALITY ASSESSMENT FOR IMAGING EXAMINATION PRIOR TO ACQUISITION_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): ANDRÉ GOOSSEN of ELDENA  (DE) for koninklijke philips n.v., STEWART MATTHEW YOUNG of HAMBURG  (DE) for koninklijke philips n.v., SVEN KRÖNKE-HILLE of HAMBURG  (DE) for koninklijke philips n.v., JENS VON BERG of HAMBURG  (DE) for koninklijke philips n.v., TIM PHILIPP HARDER of AHRENSBURG  (DE) for koninklijke philips n.v., HEINER MATTHIAS BRUECK of PINNEBERG  (DE) for koninklijke philips n.v., DANIEL BYSTROV of HAMBURG  (DE) for koninklijke philips n.v.

IPC Code(s): G16H30/20, A61B6/04, G06T7/00, G16H30/40

CPC Code(s): G16H30/20




Abstract: the present invention relates to medical imaging. in order to reduce repeat images, it is proposed to enable automated prediction of quality metrics prior to image formation by exploiting data from sensors. this may greatly improve the quality of medical image data acquired in the actual imaging examination, thereby leading to fewer retakes, less delayed treatment to patients, shortened workflow, and higher patient rate. in x-ray and ct exams, fewer retakes may also reduce radiation doses for patients.[[Category:G16H30/20]][[Category:A61B6/04]][[Category:G06T7/00]][[Category:G16H30/40]][[Category:CPC_G16H30/20]][[Category:koninklijke philips n.v.]]



[[20250006355. IDENTIFYING THE CAUSE OF A PROBLEM WITH A MEDICAL IMAGING DEVICE_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Meru Adagouda Patil of BANGALORE  (IN) for koninklijke philips n.v., Rithesh Sreenivasan of BENGALURU  (IN) for koninklijke philips n.v., Soubhik Paul of BANGALORE  (IN) for koninklijke philips n.v., Qi Gao of EINDHOVEN  (NL) for koninklijke philips n.v., Mark Thomas Johnson of ARENDONK  (BE) for koninklijke philips n.v.

IPC Code(s): G16H40/40

CPC Code(s): G16H40/40




Abstract: a mechanism for generating a technical description of a fault of a medical imaging device. a questionnaire for a respondent is tailored based on at least a user profile of the respondent. the response of the respondent to the questionnaire is used to identify features of the fault, which is in turn used to generate and output the fault description.[[Category:G16H40/40]][[Category:CPC_G16H40/40]][[Category:koninklijke philips n.v.]]



[[20250006356. POST-SERVICE STATE VALIDATOR FOR MEDICAL DEVICES_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Robert Paul KOSTER of EINDHOVEN  (NL) for koninklijke philips n.v., Ramon Antoine Wiro CLOUT of EINDHOVEN  (NL) for koninklijke philips n.v., Sauvik BHATTACHARYA of EINDHOVEN  (NL) for koninklijke philips n.v.

IPC Code(s): G16H40/40, G16H40/60

CPC Code(s): G16H40/40




Abstract: a non-transitory computer readable medium () stores instructions readable and executable by at least one electronic processor () to provide an operating mode for a medical device () to provide medical diagnostic and/or medical treatment functionality; instructions readable and executable by the at least one electronic processor to provide a service mode for the medical device that provides service functions for servicing the medical device; and instructions readable and executable by the at least one electronic processor to: perform a validation process at an end of a servicing session of the medical device performed using the service mode to determine whether the medical device is in an incorrect operating state; and display, on a display device () operable by a service engineer and in response to determining the medical device is in the incorrect operating state, an indication that the medical device is in the incorrect operating state.[[Category:G16H40/40]][[Category:G16H40/60]][[Category:CPC_G16H40/40]][[Category:koninklijke philips n.v.]]



[[20250008321. A METHOD FOR OPERATING A CELLULAR NETWORK_simplified_abstract_(koninklijke philips n.v.)]]

Inventor(s): Oscar Garcia Morchon of Eindhoven  (NL) for koninklijke philips n.v.

IPC Code(s): H04W12/04

CPC Code(s): H04W12/04




Abstract: the invention relates to a method for operating a communication system including a. a first station preparing a message including a relay service code indicative of the type of service a user needs for relaying combined with a communication key or an indication of a communication key to be used for communication with a relay station: b. the first station generating a keystream by applying a key derivation function on at least a confidentiality key and freshness value, c. the first station ciphering the message with the key stream.[[Category:H04W12/04]][[Category:CPC_H04W12/04]][[Category:koninklijke philips n.v.]]



[[KONINKLIJKE PHILIPS N.V. patent applications on January 2nd, 2025]]



[[Category:KONINKLIJKE PHILIPS N.V.]] [[Category:G06T7/00]] [[Category:A61M16/10]] [[Category:G16H40/40]] [[Category:A61B18/00]] [[Category:A61B18/22]]