mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an ultrasound-on-a-chip comprising a top surface and a bottom surface; an interposer layer comprising a top surface and a bottom surface; and a redistribution layer; wherein: the top surface of the ultrasound-on-a-chip device is coupled to the redistribution layer; the bottom surface of the ultrasound-on-a chip device is coupled to the top surface of the interposer layer; and the interposer layer provides a heatsink for the ultrasound-on-a-chip. an ultrasound-on-a-chip comprising a top surface and a bottom surface; an interposer layer comprising a top surface and a bottom surface; and a redistribution layer; wherein: the top surface of the ultrasound-on-a-chip device is coupled to the redistribution layer; the bottom surface of the ultrasound-on-a chip device is coupled to the top surface of the interposer layer; and the interposer layer provides a heatsink for the ultrasound-on-a-chip. the top surface of the ultrasound-on-a-chip device is coupled to the redistribution layer; the bottom surface of the ultrasound-on-a chip device is coupled to the top surface of the interposer layer; and the interposer layer provides a heatsink for the ultrasound-on-a-chip.
An electrochemical cell comprising a cathode and an anode disposed in a housing, an active surface area of the anode being greater than a surface area of an internal surface of the housing, and an active surface area of the cathode being greater than a surface area of an internal surface of the housing, wherein the cathode includes a plurality of cathodes and the anode includes a plurality of anodes, wherein each of the plurality of cathodes and each of the plurality of anodes extends radially outward from a region proximate from a solid core extending along a central axis of the housing, with a fluid passageway defined between each adjacent cathode and anode, the fluid channels extending substantially parallel to the central axis,, wherein each of the cathodes and the anodes is a planar structure having a substantially same thickness along its radial extent, the cathodes and the anodes alternating in a circular path defined about the solid core in a plane perpendicular to a flow axis through the electrochemical cell.
A vertical cavity surface emitting laser device, comprising a vertical cavity surface emitting laser with a monolithically integrated photodiode arranged to measure an intensity of light emitted by said laser, wherein said photodiode is formed of a layer sequence of a first n-doped region, a p-doped region, an intrinsic region (8, 14) and a second n-doped region of a semiconductor material, said photodiode and said laser sharing a common electrode, which is realized as an Ohmic n-contact at said first n-doped region, and comprising a first layer structure including an active region being embedded between a first DBR and a second DBR, said first n-doped region, said p-doped region, said intrinsic region and said second n-doped region of said photodiode being integrated in said second DBR, wherein said first n-doped region of said photodiode is formed of a first n-doped portion of said second DBR, said p-doped region of said photodiode is formed of a second p-doped portion of said second DBR and said second n-doped region of said photodiode is formed of a third n-doped portion of said second DBR, said intrinsic region of said photodiode being arranged between said second and third portion of said second DBR.
Method for unwinding web materials (N1, N2) from two corresponding parent reels (1, 2), wherein a first parent reel in a depletion phase is replaced by a second parent reel which takes the place of the first parent reel at the end of the replacement, wherein during said replacement a first and a second web material (N1, N2) are unwound from both parent reels, characterized in that, before the completion of said replacement the first web material is joined to the second web material and then it is cut, the joining of said web materials (N1, N2) is preceded by a step of inserting the second web material in an area where the two web materials (N1, N2) are joined, and during the step of inserting the second web material in said joining area the second web material is guided on a guide surface (41, 44) which guides it towards said joining area, and in said insertion step, the second web material adheres pneumatically to said guide surface.
An apparatus to provide an indication of at least one refractive error of an eye of a subject, the apparatus comprising: means for displaying of at least one target image over a display area; at least one processor comprising means for receiving feedback of the subject for each displayed target image indicating that the subject is positioned at a maximum distance of best acuity, MDBA, from the target image out of multiple distances experienced by the subject when viewing the target image with one eye thereof, said MDBA being the maximum distance at which said subject is to clearly recognize one or more visual elements of said target image using said eye; at least one sensor for acquiring data representing an actual distance between the eye of the subject and said target image corresponding to the subjective MDBA; the at least one processor further comprising a distance estimation and calibration module for estimating the MDBA according to said acquired data, and a feedback module, and it is configured to calculate at least one parameter associated with the refractive error of the eye, the at least one calculated parameter is based on said target image and the estimated MDBA. means for displaying of at least one target image over a display area; at least one processor comprising means for receiving feedback of the subject for each displayed target image indicating that the subject is positioned at a maximum distance of best acuity, MDBA, from the target image out of multiple distances experienced by the subject when viewing the target image with one eye thereof, said MDBA being the maximum distance at which said subject is to clearly recognize one or more visual elements of said target image using said eye; at least one sensor for acquiring data representing an actual distance between the eye of the subject and said target image corresponding to the subjective MDBA; the at least one processor further comprising a distance estimation and calibration module for estimating the MDBA according to said acquired data, and a feedback module, and it is configured to calculate at least one parameter associated with the refractive error of the eye, the at least one calculated parameter is based on said target image and the estimated MDBA.
Engaging relay for a starting apparatus, having a housing part which is preferably magnetically conductive, the said housing part having a beaded rim, having a switch cover which has a beaded bulge, the beaded bulge being engaged around in a positively locking manner by the beaded rim, the switch cover consisting of a thermoplastic, characterized in that the beaded rim is provided on its inner side with a contour which makes a positively locking connection possible.
A seal for a gas turbine engine comprising: a housing; and a coating having at least two layers with a bond layer to be positioned between a housing and a second erosion resistant layer, said second erosion resistant layer having a hardness greater than a hardness of said bond layer, characterised in that said bond layer having a bond strength greater than or equal to 200 psi (1380 kPa) and less than or equal to 2000 psi (13800 kPa), wherein the bond strength is a cohesive bond strength defined in a direction perpendicular to the axis of rotation of an engine in which the seal is to be deposited. a housing; and a coating having at least two layers with a bond layer to be positioned between a housing and a second erosion resistant layer, said second erosion resistant layer having a hardness greater than a hardness of said bond layer, characterised in that said bond layer having a bond strength greater than or equal to 200 psi (1380 kPa) and less than or equal to 2000 psi (13800 kPa), wherein the bond strength is a cohesive bond strength defined in a direction perpendicular to the axis of rotation of an engine in which the seal is to be deposited.
A method for use in a wireless transmit/receive unit, WTRU, for generating a radio link control, RLC, protocol data unit, PDU, the method comprising: receiving a data request for a logical channel as part of an enhanced dedicated channel, E-DCH, transport format combination, E-TFC, selection procedure in a medium access control, MAC; determining a data field size for the RLC PDU, wherein the data field size is determined such that an RLC PDU size is equivalent to the data requested for the logical channel by a current E-TFC selection, and wherein the RLC PDU size is less than or equal to a configured maximum RLC PDU size when data to be transmitted is larger than the configured maximum RLC PDU size, and wherein the RLC PDU size is less than a configured minimum RLC PDU size when the data to be transmitted is insufficient to generate the RLC PDU of the configured minimum RLC PDU size, and wherein the RLC PDU size of the RLC PDU is greater than or equal to the configured minimum RLC PDU size when the data to be transmitted is sufficient to generate the RLC PDU of the configured minimum RLC PDU size or greater; and generating the RLC PDU based on the determined data field size for transmitting in a current transmission time interval, TTI. receiving a data request for a logical channel as part of an enhanced dedicated channel, E-DCH, transport format combination, E-TFC, selection procedure in a medium access control, MAC; determining a data field size for the RLC PDU, wherein the data field size is determined such that an RLC PDU size is equivalent to the data requested for the logical channel by a current E-TFC selection, and wherein the RLC PDU size is less than or equal to a configured maximum RLC PDU size when data to be transmitted is larger than the configured maximum RLC PDU size, and wherein the RLC PDU size is less than a configured minimum RLC PDU size when the data to be transmitted is insufficient to generate the RLC PDU of the configured minimum RLC PDU size, and wherein the RLC PDU size of the RLC PDU is greater than or equal to the configured minimum RLC PDU size when the data to be transmitted is sufficient to generate the RLC PDU of the configured minimum RLC PDU size or greater; and generating the RLC PDU based on the determined data field size for transmitting in a current transmission time interval, TTI.
Anamorelin for use in a method of treating fatigue resulting from cancer cachexia in a human cancer patient, said cachexia being defined as a body mass index less than 20 Kg/m 2, wherein said method comprises administering anamorelin to said patient on a daily basis for a therapeutically effective period of time.
Energy exchange station for a battery of at least one electric vehicle, comprising: - at least one power output for a vehicle; - a plurality of power supplies, comprising ∘ at least one AC power supply; and ∘ at least one DC power supply; - a controller, for controlling the power supplied from the AC power supply and/or DC power supply to the at least one power output, characterized by - at least one data communication port for communication with the electric vehicle and that determines whether a vehicle is able to be charged with an AC voltage and/or a DC voltage; - at least one controllable switch, for coupling the at least one power output to any of the power supplies; - and wherein the controller controls the switch at least based on the determination, wherein the controller is coupled to at least one data communication port for communication with the electric vehicle. - at least one power output for a vehicle; - a plurality of power supplies, comprising ∘ at least one AC power supply; and ∘ at least one DC power supply; ∘ at least one AC power supply; and ∘ at least one DC power supply; - a controller, for controlling the power supplied from the AC power supply and/or DC power supply to the at least one power output, - at least one data communication port for communication with the electric vehicle and that determines whether a vehicle is able to be charged with an AC voltage and/or a DC voltage; - at least one controllable switch, for coupling the at least one power output to any of the power supplies; - and wherein the controller controls the switch at least based on the determination, wherein the controller is coupled to at least one data communication port for communication with the electric vehicle.
A computer-implemented method, comprising: receiving, at an electronic device, a set of binary software code to be loaded onto the electronic device; disassembling, by the electronic device, the set of binary software code into a set of assembly code; determining, by the electronic device, a number of occurrences of an assembly instruction in the set of assembly code; and determining, by the electronic device, a location of each occurrence of the assembly instruction in the set of assembly code, determining, by the electronic device, a compiler that was used to compile the source code version of the set of binary software code, and comparing, by the electronic device, the number of occurrences and the locations of the determined assembly instructions with an expected range of number of occurrences and with corresponding expected locations associated with the compiler, to determine whether the set of binary software code has a security risk. receiving, at an electronic device, a set of binary software code to be loaded onto the electronic device; disassembling, by the electronic device, the set of binary software code into a set of assembly code; determining, by the electronic device, a number of occurrences of an assembly instruction in the set of assembly code; and determining, by the electronic device, a location of each occurrence of the assembly instruction in the set of assembly code, determining, by the electronic device, a compiler that was used to compile the source code version of the set of binary software code, and comparing, by the electronic device, the number of occurrences and the locations of the determined assembly instructions with an expected range of number of occurrences and with corresponding expected locations associated with the compiler, to determine whether the set of binary software code has a security risk.
A flow cell unit to be docked against a flat lid surface to form a closed flow cell arrangement, the flow cell unit comprising a top surface with protruding walls of elastic material defining three or more adjacent elongated flow channels, each flow channel comprises a first fluid port and a second fluid port, wherein the walls separating adjacent flow channels comprises a valve section of reduced height, thereby allowing selective opening and closing of a flow path transverse to the elongated flow channels by controlling the docking force between flow cell and the lid surface to an open docking state and a closed docking state respectively.
A wireless charging apparatus comprising: a charging element for wirelessly charging a remote device, and a controller for controlling transmitted power provided by the charging element; wherein the controller is configured to request a charging voltage from a varying-voltage power source capable of providing varying voltages, and to control the power level transmitted by the charging element by controlling the charging voltage requested from said varying-voltage power source; characterized in that: said varying-voltage power source is an external power source and the wireless charging apparatus comprises a cable comprising a connector, being detachably connectable to the external power source, or a connector port, wherein the connector port or cable provides a power interface for receiving the charging voltage from the external power source and a control interface for communicating with the external power source, and wherein the controller is configured to perform said request and control of the charging voltage via said control interface as provided by said connector port or cable. a charging element for wirelessly charging a remote device, and a controller for controlling transmitted power provided by the charging element; wherein the controller is configured to request a charging voltage from a varying-voltage power source capable of providing varying voltages, and to control the power level transmitted by the charging element by controlling the charging voltage requested from said varying-voltage power source; characterized in that: said varying-voltage power source is an external power source and the wireless charging apparatus comprises a cable comprising a connector, being detachably connectable to the external power source, or a connector port, wherein the connector port or cable provides a power interface for receiving the charging voltage from the external power source and a control interface for communicating with the external power source, and wherein the controller is configured to perform said request and control of the charging voltage via said control interface as provided by said connector port or cable.
A method for controlling the operation of a directional sensor in a vehicle, the method comprising: obtaining information indicative of a location of a second vehicle; determining a position of the second vehicle relative to the vehicle; based on the second vehicle being within a critical range of the vehicle, receiving driving-related information from the second vehicle; and adjusting an operation of the directional sensor in the vehicle based on the determined position of the second vehicle relative to the vehicle and the received driving-related information from the second vehicle, wherein the received driving-related information from the second vehicle includes a sensor measurement, or information derived from a sensor measurement. obtaining information indicative of a location of a second vehicle; determining a position of the second vehicle relative to the vehicle; based on the second vehicle being within a critical range of the vehicle, receiving driving-related information from the second vehicle; and adjusting an operation of the directional sensor in the vehicle based on the determined position of the second vehicle relative to the vehicle and the received driving-related information from the second vehicle, wherein the received driving-related information from the second vehicle includes a sensor measurement, or information derived from a sensor measurement.
A gonioscopic attachment configured to attach to a gonioscope for use on a subject's eye, the gonioscopic attachment comprising: a generally C-shaped body having an open side, the body configured to receive a gonioscope to removably attach the body to the gonioscope; a first arm positioned on the side of the body opposite the open side, the first arm extending distally from the body by a first distance; one or more first retention elements disposed on the first arm; a second arm positioned on the body at one side of the open side, the second arm extending distally from the body by a second distance that is less than the first distance; one or more second retention elements disposed on the second arm; a third arm positioned on the body at another side of the open side, the third arm extending distally from the body by a third distance that is less than the first distance; and one or more third retention elements disposed on the third arm; wherein the first, second, and third retention elements are configured to engage an eye to retain the gonioscope relative to the eye. a generally C-shaped body having an open side, the body configured to receive a gonioscope to removably attach the body to the gonioscope; a first arm positioned on the side of the body opposite the open side, the first arm extending distally from the body by a first distance; one or more first retention elements disposed on the first arm; a second arm positioned on the body at one side of the open side, the second arm extending distally from the body by a second distance that is less than the first distance; one or more second retention elements disposed on the second arm; a third arm positioned on the body at another side of the open side, the third arm extending distally from the body by a third distance that is less than the first distance; and one or more third retention elements disposed on the third arm; wherein the first, second, and third retention elements are configured to engage an eye to retain the gonioscope relative to the eye.
A display assembly, comprising: a pixel array comprising a plurality of pixel units configured to emit light to realize image display; a photosensitive array comprising a plurality of photosensitive units, wherein at least one of the photosensitive units is disposed in a gap between two adjacent pixel units of the pixel array to detect ambient light; a photosensitive processing circuit characterized in that the photosensitive processing circuit is distributed below the photosensitive array along the gap between the plurality of pixel units in the pixel array, connected to the photosensitive array, and configured to process a first electric signal obtained through sensing the ambient light by the photosensitive array to obtain a second electric signal. a pixel array comprising a plurality of pixel units configured to emit light to realize image display; a photosensitive array comprising a plurality of photosensitive units, wherein at least one of the photosensitive units is disposed in a gap between two adjacent pixel units of the pixel array to detect ambient light; a photosensitive processing circuit characterized in that the photosensitive processing circuit is distributed below the photosensitive array along the gap between the plurality of pixel units in the pixel array, connected to the photosensitive array, and configured to process a first electric signal obtained through sensing the ambient light by the photosensitive array to obtain a second electric signal.
A gripper including a frame and an actuated finger, the finger comprising a first distal phalanx and a second proximal phalanx which is articulated on the frame about a first axis, the first phalanx and the second phalanx being mechanically linked so as to enable a rotation of the first phalanx about a second axis substantially parallel to the first axis so that the finger could switch from an opening configuration into a clamping configuration when the first phalanx and/or the second phalanx performs a rotation in a first way relative to the frame, characterised in that: the second phalanx comprises a first bar comprising a first end linked to the first phalanx and a second end pivotally mounted on the frame about the first axis, and the second phalanx also comprises a linear actuator comprising a third end linked to the first phalanx and a fourth end pivotally mounted on the frame, the first bar and the linear actuator being arranged so as to form a first four-bar linkage wherein a distance separating the third end from the fourth end can be modified. the second phalanx comprises a first bar comprising a first end linked to the first phalanx and a second end pivotally mounted on the frame about the first axis, and the second phalanx also comprises a linear actuator comprising a third end linked to the first phalanx and a fourth end pivotally mounted on the frame, the first bar and the linear actuator being arranged so as to form a first four-bar linkage wherein a distance separating the third end from the fourth end can be modified.