mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a seating device of a motor vehicle when a virtual reality application is operated by a user arranged in a motor vehicle during a movement or acceleration of the motor vehicle , wherein the seating device comprises at least one seating unit , at least one drive for moving the seating unit and at least one control apparatus , which is or can be functionally assigned to a sensor unit of the motor vehicle , and wherein the seating device is linked to the virtual reality application , which comprises at least one computing unit , including the steps of: a. Detecting at least one real ACTUAL value of the movement or acceleration of the motor vehicle by the sensor unit functionally assigned to the control apparatus and transmitting the real ACTUAL value of the movement or acceleration of the motor vehicle to the control apparatus , b. Detecting and/or calculating a simulated virtual ACTUAL value of at least one movement or acceleration within the virtual reality application by the computing unit and transmitting the virtual ACTUAL value of the movement or acceleration within the virtual reality application to the control apparatus , c. Calculating a real SETPOINT value of a correction movement or correction acceleration by the seating unit depending on the real ACTUAL value of the movement or acceleration of the motor vehicle , such that the superimposition of correction movement or correction acceleration by the seating unit and movement or acceleration of the motor vehicle substantially corresponds in terms of magnitude and direction to the virtual ACTUAL value of the movement or acceleration within the virtual reality application , d. Actuating the drive of the seating unit by the control apparatus depending at least on the SETPOINT value to perform the correction movement or correction acceleration by the seating unit . a. Detecting at least one real ACTUAL value of the movement or acceleration of the motor vehicle by the sensor unit functionally assigned to the control apparatus and transmitting the real ACTUAL value of the movement or acceleration of the motor vehicle to the control apparatus , b. Detecting and/or calculating a simulated virtual ACTUAL value of at least one movement or acceleration within the virtual reality application by the computing unit and transmitting the virtual ACTUAL value of the movement or acceleration within the virtual reality application to the control apparatus , c. Calculating a real SETPOINT value of a correction movement or correction acceleration by the seating unit depending on the real ACTUAL value of the movement or acceleration of the motor vehicle , such that the superimposition of correction movement or correction acceleration by the seating unit and movement or acceleration of the motor vehicle substantially corresponds in terms of magnitude and direction to the virtual ACTUAL value of the movement or acceleration within the virtual reality application , d. Actuating the drive of the seating unit by the control apparatus depending at least on the SETPOINT value to perform the correction movement or correction acceleration by the seating unit .
A communication method to allocate a resource for wireless transmission between a base station and a terminal, comprising: determining, by the base station based on a first measurement report (S201), a first resource set usable for wireless transmission between the base station and the terminal served by the base station, wherein the first measurement report is a measurement report reported by the terminal; the method characterized by determining, by the base station based on a second measurement report (S202), a second resource set usable for wireless transmission between the base station and the terminal, wherein the second measurement report is a measurement report reported by the terminal; determining, by the base station (S203), a third resource set based on the first resource set and the second resource set, usable for wireless transmission between the base station and the terminal, wherein the third resource set is some or all of resources of a union set of the first resource set and the second resource set; and sending, by the base station (S204), first downlink indicator information to the terminal, wherein the first downlink indicator information indicates at least one resource in the third resource set. determining, by the base station based on a first measurement report (S201), a first resource set usable for wireless transmission between the base station and the terminal served by the base station, wherein the first measurement report is a measurement report reported by the terminal; the method characterized by determining, by the base station based on a second measurement report (S202), a second resource set usable for wireless transmission between the base station and the terminal, wherein the second measurement report is a measurement report reported by the terminal; determining, by the base station (S203), a third resource set based on the first resource set and the second resource set, usable for wireless transmission between the base station and the terminal, wherein the third resource set is some or all of resources of a union set of the first resource set and the second resource set; and sending, by the base station (S204), first downlink indicator information to the terminal, wherein the first downlink indicator information indicates at least one resource in the third resource set.
A method of forming a consumable for use in a smoking substitute device , the method including: providing a machine readable component (S200) which stores information associated with the consumable; and characterised in that the method further includes: overmoulding the machine readable component (S210) with an overmoulding material to coat at least part of the machine readable component with the overmoulding material; and including the overmoulded machine readable component in the consumable (S220), wherein the overmoulded machine readable component is shaped as an outer casing of the consumable. providing a machine readable component (S200) which stores information associated with the consumable; and characterised in that the method further includes: overmoulding the machine readable component (S210) with an overmoulding material to coat at least part of the machine readable component with the overmoulding material; and including the overmoulded machine readable component in the consumable (S220), wherein the overmoulded machine readable component is shaped as an outer casing of the consumable. overmoulding the machine readable component (S210) with an overmoulding material to coat at least part of the machine readable component with the overmoulding material; and including the overmoulded machine readable component in the consumable (S220), wherein the overmoulded machine readable component is shaped as an outer casing of the consumable.
An apparatus, comprising: a capacitor comprising: a first terminal disposed on a first dielectric layer, wherein the first terminal is electrically connected to a source of a first voltage potential; a first set of fingers disposed on the first dielectric layer, wherein the first set of fingers are electrically coupled to the first terminal by way of an electrically conductive trace disposed on a second dielectric layer; a second terminal disposed on the first dielectric layer, wherein the second capacitor terminal is electrically connected to a source of a second voltage potential; and a second set of fingers disposed on the first dielectric layer, wherein the second set of fingers are electrically coupled directly to the second terminal, the second set of fingers having no other electrical connection, and wherein at least some of the fingers of the second set are each situated between adjacent pairs of fingers of the first set and extend parallel therewith. a first terminal disposed on a first dielectric layer, wherein the first terminal is electrically connected to a source of a first voltage potential; a first set of fingers disposed on the first dielectric layer, wherein the first set of fingers are electrically coupled to the first terminal by way of an electrically conductive trace disposed on a second dielectric layer; a second terminal disposed on the first dielectric layer, wherein the second capacitor terminal is electrically connected to a source of a second voltage potential; and a second set of fingers disposed on the first dielectric layer, wherein the second set of fingers are electrically coupled directly to the second terminal, the second set of fingers having no other electrical connection, and wherein at least some of the fingers of the second set are each situated between adjacent pairs of fingers of the first set and extend parallel therewith.
A method comprising: in a messaging system that provides a messaging client, configuring an augmented reality component to detect anchor points assigned to segments of a human body image; causing to load the augmented reality component in a camera view user interface of the messaging client at a client device, the camera view user interface including output of a digital image sensor of a camera of the client device, the loading comprising commencing detecting of anchor points assigned to respective segments of a person image in the camera view user interface; determining that the detected anchor points include a full body indicator set of anchor points; and in response to the determining, causing displaying in the camera view user interface a touchless user selectable element configured to trigger an action in the messaging system in response to collision of the touchless user selectable element with a trigger segment from the person image. in a messaging system that provides a messaging client, configuring an augmented reality component to detect anchor points assigned to segments of a human body image; causing to load the augmented reality component in a camera view user interface of the messaging client at a client device, the camera view user interface including output of a digital image sensor of a camera of the client device, the loading comprising commencing detecting of anchor points assigned to respective segments of a person image in the camera view user interface; determining that the detected anchor points include a full body indicator set of anchor points; and in response to the determining, causing displaying in the camera view user interface a touchless user selectable element configured to trigger an action in the messaging system in response to collision of the touchless user selectable element with a trigger segment from the person image.
A method of producing a quartz glass optical component, the method comprising: providing a cylindrical quartz glass body comprised of core rod glass and cladding glass surrounding the core rod glass , the cylindrical quartz glass body having a first end (22a; 22a') having a first outer diameter (OD 22 ; OD 22a' ), an opposing second end , and a longitudinal axis (L 22 ) extending between the opposing first and second ends (22a; 22b); providing a glass handle in the form of an optical fiber preform having the same types of core rod and cladding glasses as the core rod and cladding glasses of the glass body, the glass handle having a first end and an opposing second end having a second outer diameter (OD 24 ); attaching the second end of the glass handle to the first end (22a; 22a') of the quartz glass body to define an interface ; and using the glass handle to guide the quartz glass body through a draw furnace to heat the core rod glass and the cladding glass of the quartz glass body to produce a quartz glass optical component (28; 28'), wherein the first end (22a; 22a') of the quartz glass body as well as the second end of the glass handle both are square cut, the second outer diameter (OD 24 ) is between 50% and 110% of the first outer diameter (OD 22 ; OD 22a' ) and a distortion in a clad-to-core ratio proximate the interface is less than 5%. providing a cylindrical quartz glass body comprised of core rod glass and cladding glass surrounding the core rod glass , the cylindrical quartz glass body having a first end (22a; 22a') having a first outer diameter (OD 22 ; OD 22a' ), an opposing second end , and a longitudinal axis (L 22 ) extending between the opposing first and second ends (22a; 22b); providing a glass handle in the form of an optical fiber preform having the same types of core rod and cladding glasses as the core rod and cladding glasses of the glass body, the glass handle having a first end and an opposing second end having a second outer diameter (OD 24 ); attaching the second end of the glass handle to the first end (22a; 22a') of the quartz glass body to define an interface ; and using the glass handle to guide the quartz glass body through a draw furnace to heat the core rod glass and the cladding glass of the quartz glass body to produce a quartz glass optical component (28; 28'), wherein the first end (22a; 22a') of the quartz glass body as well as the second end of the glass handle both are square cut, the second outer diameter (OD 24 ) is between 50% and 110% of the first outer diameter (OD 22 ; OD 22a' ) and a distortion in a clad-to-core ratio proximate the interface is less than 5%.
A sensor control device configured to be mounted in a mobile object (C) capable of acquiring a current location and an orientation of the mobile object (C) and configured to control a sensor having an emitting unit configured to emit light toward a predetermined region and a light receiving unit configured to receive reflected light of the emitted light, the sensor control device comprising: a map information acquiring unit configured to acquire map information corresponding to the current location and the orientation of the mobile object (C); characterized by an adjustment unit configured to adjust a light receiving level of a light receiving signal of the light receiving unit , wherein the adjustment unit is configured to determine, based on the map information , a region which is estimated to be a road surface (R) for which the light receiving level with respect to the light receiving signal is to be adjusted. a map information acquiring unit configured to acquire map information corresponding to the current location and the orientation of the mobile object (C); characterized by an adjustment unit configured to adjust a light receiving level of a light receiving signal of the light receiving unit , wherein the adjustment unit is configured to determine, based on the map information , a region which is estimated to be a road surface (R) for which the light receiving level with respect to the light receiving signal is to be adjusted.
A Prostaglandin E Receptor 3 (PTGER3) inhibitor for use in a method of reducing viability of TTFields-resistant cancer cells in a subject or preventing cancer cells of a subject from developing resistance to alternating electric fields, the method comprising administering the Prostaglandin E Receptor 3 (PTGER3) inhibitor to the subject and applying an alternating electric field to the cancer cells of the subject, the alternating electric field having a frequency between 100 and 500 kHz.
Lifting gear for opening and closing a workstation of a packaging machine, wherein the lifting gear includes a stationarily mounted base , a lifting platform mounted to be height adjustable with respect to the base along a lifting axis (H) for supporting a lower tool part of the workstation, and an adjusting mechanism comprising a drive unit and a toggle means on which the lifting platform is mounted, wherein the adjusting mechanism furthermore includes a pressure part coupled with the toggle means and adjustable by means of the drive unit , wherein by the displacement of said pressure part , the toggle means is actuatable for a height adjustment of the lifting platform along the lifting axis (H), characterized in that the toggle means includes at least three separate toggle joints (39a to 39d) which are actuatable together by means of a displacement of the pressure part .
An encoded microcarrier , comprising: (a) a substantially transparent polymer layer having a first surface and a second surface, the first and the second surfaces being parallel to each other; (b) a substantially non-transparent polymer layer , wherein the substantially non-transparent polymer layer is affixed to the first surface of the substantially transparent polymer layer; and (c) a capture agent for capturing an analyte , wherein the capture agent is coupled to at least one of the first surface and the second surface of the substantially transparent polymer layer in at least a center portion of the substantially transparent polymer layer; characterized in that the substantially non-transparent polymer layer surrounds the center portion of the substantially transparent polymer layer, and wherein the substantially non-transparent polymer layer comprises a two-dimensional shape representing a 2-dimensional analog code. (a) a substantially transparent polymer layer having a first surface and a second surface, the first and the second surfaces being parallel to each other; (b) a substantially non-transparent polymer layer , wherein the substantially non-transparent polymer layer is affixed to the first surface of the substantially transparent polymer layer; and (c) a capture agent for capturing an analyte , wherein the capture agent is coupled to at least one of the first surface and the second surface of the substantially transparent polymer layer in at least a center portion of the substantially transparent polymer layer;
A linear voltage regulator comprising: a first transistor between a first input terminal , adapted to receive a first voltage (VCC), and an output terminal adapted to provide a regulated voltage (VCC_OUT); a second transistor between a second input terminal , adapted to receive a second voltage (VCC_CL), and said output terminal; an amplifier of the difference between a third voltage (VFB) proportional to the voltage at said output terminal, and a reference voltage (VREF), an output of said amplifier being selectively coupled to respective control terminals of said first and second transistors, said amplifier being supplied by a fourth voltage (VCC_LDO) corresponding to the highest voltage between said first and second voltages, the linear voltage regulator is characterized in that said output of the amplifier is coupled by a first switch to the control terminal of said first transistor and by a second switch to the control terminal of the second transistor , said first and second switches being respectively controlled by first (EN_CNT) and second (EN_CL) control signals, wherein the control terminal of each of the first and second transistors is pulled-up to the fourth voltage (VCC_LDO), and wherein a third and a fourth switches respectively couple the control terminals of the first and second transistors to the fourth voltage (VCC_LDO), the third and fourth switches being controlled by the respective inverses of the first and second control signals. a first transistor between a first input terminal , adapted to receive a first voltage (VCC), and an output terminal adapted to provide a regulated voltage (VCC_OUT); a second transistor between a second input terminal , adapted to receive a second voltage (VCC_CL), and said output terminal; an amplifier of the difference between a third voltage (VFB) proportional to the voltage at said output terminal, and a reference voltage (VREF), an output of said amplifier being selectively coupled to respective control terminals of said first and second transistors, said amplifier being supplied by a fourth voltage (VCC_LDO) corresponding to the highest voltage between said first and second voltages, the linear voltage regulator is characterized in that said output of the amplifier is coupled by a first switch to the control terminal of said first transistor and by a second switch to the control terminal of the second transistor , said first and second switches being respectively controlled by first (EN_CNT) and second (EN_CL) control signals, wherein the control terminal of each of the first and second transistors is pulled-up to the fourth voltage (VCC_LDO), and wherein a third and a fourth switches respectively couple the control terminals of the first and second transistors to the fourth voltage (VCC_LDO), the third and fourth switches being controlled by the respective inverses of the first and second control signals.
An apparatus for stimulating vagus nerve of a user, the apparatus comprising: a magnetic field generation unit generating a magnetic field in a form of pulse, which stimulates a preset area including the vagus nerve of a user by an electric current applied to a coil ; a power supply unit applying the electric current to the coil; a control unit controlling an intensity of the electric current applied to the coil, and a pulse width and a peak interval of the magnetic field; a sensor unit configured to sense a frequency corresponding to the heart and/or the vagus nerve connected to the heart of the user and to transmit the sensed frequency to the control unit, wherein the control unit is configured to set a peak intensity of the magnetic field and configured to set a frequency of the magnetic field to synchronise with the sensed frequency. a magnetic field generation unit generating a magnetic field in a form of pulse, which stimulates a preset area including the vagus nerve of a user by an electric current applied to a coil ; a power supply unit applying the electric current to the coil; a control unit controlling an intensity of the electric current applied to the coil, and a pulse width and a peak interval of the magnetic field; a sensor unit configured to sense a frequency corresponding to the heart and/or the vagus nerve connected to the heart of the user and to transmit the sensed frequency to the control unit, wherein the control unit is configured to set a peak intensity of the magnetic field and configured to set a frequency of the magnetic field to synchronise with the sensed frequency.
A thermal monitoring system for monitoring for vacuum failure in a cryogenic storage container , the thermal monitoring system comprising: a cryogenic storage container comprising an external wall and an internal wall, wherein a cold cryogenic liquid is housed within the internal wall, and wherein a vacuum is formed between the external wall and the internal wall; a thermal imaging camera configured to measure temperatures within a region of interest , wherein the cryogenic storage container is oriented within the region of interest and the thermal imaging camera measures an external temperature of the external wall of the cryogenic storage container , the thermal imaging camera further comprising camera software configured to generate a thermographic video of the external temperature; a display device displaying the thermographic video; and an alarm unit configured to activate an alert when the external temperature of the cryogenic storage container drops below a pre-selected trigger temperature indicative of a vacuum failure of the cryogenic storage container . a cryogenic storage container comprising an external wall and an internal wall, wherein a cold cryogenic liquid is housed within the internal wall, and wherein a vacuum is formed between the external wall and the internal wall; a thermal imaging camera configured to measure temperatures within a region of interest , wherein the cryogenic storage container is oriented within the region of interest and the thermal imaging camera measures an external temperature of the external wall of the cryogenic storage container , the thermal imaging camera further comprising camera software configured to generate a thermographic video of the external temperature; a display device displaying the thermographic video; and an alarm unit configured to activate an alert when the external temperature of the cryogenic storage container drops below a pre-selected trigger temperature indicative of a vacuum failure of the cryogenic storage container .