mhurhangee/patent-ind-claim-en huggingface dataset:
Traction battery charging arrangement for charging a traction battery of a motor vehicle, having a charging station , which has a charging plug for producing an electrical charging connection to the traction battery of the motor vehicle, a supply unit , which is formed separately from the charging station and which is connected to the charging station by means of an electrical charging-current line , an electrical safety loop , which has a loop-current source , at least one actuable loop break contact (601-605) and at least one loop-current sensor , and a charging-current control means , which switches off the charging current when the loop-current sensor does not detect a loop current, characterized in that the safety loop runs through both the supply unit and the charging station , and wherein the supply unit and the charging station each have at least one loop-current sensor and a respective charging-current control means associated therewith. a charging station , which has a charging plug for producing an electrical charging connection to the traction battery of the motor vehicle, a supply unit , which is formed separately from the charging station and which is connected to the charging station by means of an electrical charging-current line , an electrical safety loop , which has a loop-current source , at least one actuable loop break contact (601-605) and at least one loop-current sensor , and a charging-current control means , which switches off the charging current when the loop-current sensor does not detect a loop current, characterized in that the safety loop runs through both the supply unit and the charging station , and wherein the supply unit and the charging station each have at least one loop-current sensor and a respective charging-current control means associated therewith.
A refrigeration appliance, comprising a case body and a door , an embedded handle being provided on the door , the door including a front panel , and the embedded handle having a handle slot to be operated, characterized in that : a heating element is disposed on at least one wall of the walls forming the handle slot , wherein the heating element is disposed on the wall , towards a direction of the front panel , of the walls forming the handle slot .
A controller device configured to control an operation of a transport refrigeration unit , wherein the controller device is configured to operate the compressor of the transport refrigeration unit to have a variable refrigeration capacity, characterized in that when a temperature setpoint inside a transport unit is reached, the controller is configured to control the compressor to operate at a lowest speed, after reaching the temperature setpoint, the controller device is configured to determine whether the temperature inside the transport unit is drifting away from the temperature setpoint and determine a direction of temperature drift from the temperature setpoint, when the controller device determines that the direction of the temperature drift is in a same direction used by the transport refrigeration unit to reach the temperature setpoint, the controller device is configured to close an electronic throttling valve (ETV) of the transport refrigeration unit for modulating a variable refrigeration capacity of the transport unit, and when the controller device determines that the direction of the temperature drift is in an opposite direction used by the transport refrigeration unit to reach the temperature setpoint and the ETV is 100% open, the controller device is configured to control the compressor speed for modulating the variable refrigeration capacity of the transport unit.
A liquid-tight layer assembly for surfaces of constructions, comprising: a first conductive layer , and a second non-conductive layer , wherein the first layer in the assembled state is disposed between a surface to be tightened and the second layer , characterised in that a surface resistance of the first layer according to DIN EN 61340-4-1 VDE 0300-4-1:2016-04 is less than or equal to 10 5 Ω or less than or equal to 5 × 10 4 Ω, a volume resistance of the second layer according to DIN EN 61340-4-1 VDE 0300-4-1:2016-04 is greater than or equal to 10 8 Ω or greater than or equal to 10 9 Ω, and a water impact class of which according to DIN 18534-1 - 2017-07 is W1-I to W3-I, and both the first layer and the second layer are formed on the basis of cement. a first conductive layer , and a second non-conductive layer , wherein the first layer in the assembled state is disposed between a surface to be tightened and the second layer , characterised in that a surface resistance of the first layer according to DIN EN 61340-4-1 VDE 0300-4-1:2016-04 is less than or equal to 10 5 Ω or less than or equal to 5 × 10 4 Ω, a volume resistance of the second layer according to DIN EN 61340-4-1 VDE 0300-4-1:2016-04 is greater than or equal to 10 8 Ω or greater than or equal to 10 9 Ω, and a water impact class of which according to DIN 18534-1 - 2017-07 is W1-I to W3-I, and both the first layer and the second layer are formed on the basis of cement.
A channel reservation method , comprising: generating , by a first device, a first indication frame, wherein the first indication frame is used for indicating a moment at which each device of a plurality of second devices send a first channel reservation frame at the same time, and the first channel reservation frame is used for reserving a channel to be used when the first device sends data to a second device of the plurality of second devices; sending , by the first device, the first indication frame to the plurality of second devices; receiving, by the first device, a first channel reservation frame from each device of the plurality of second devices, wherein each first channel reservation frame is sent by each device of the plurality of second devices at the moment indicated by the first indication frame; and receiving, by the first device, a second channel reservation frame from a third device, wherein, in response to determining by the first device that the third device is a device coordinated with the first device and the plurality of second devices, receiving the second channel reservation frame does not prevent the first device from sending data to a second device and does not cause the first device to modify a setting of a network allocation vector, NAV, wherein determining that the third device is a device coordinated with the first device and the plurality of second devices comprises determining that a receiver address domain in the second channel reservation frame indicates a network address of an access point from a list of coordinated access points. generating , by a first device, a first indication frame, wherein the first indication frame is used for indicating a moment at which each device of a plurality of second devices send a first channel reservation frame at the same time, and the first channel reservation frame is used for reserving a channel to be used when the first device sends data to a second device of the plurality of second devices; sending , by the first device, the first indication frame to the plurality of second devices; receiving, by the first device, a first channel reservation frame from each device of the plurality of second devices, wherein each first channel reservation frame is sent by each device of the plurality of second devices at the moment indicated by the first indication frame; and receiving, by the first device, a second channel reservation frame from a third device, wherein, in response to determining by the first device that the third device is a device coordinated with the first device and the plurality of second devices, receiving the second channel reservation frame does not prevent the first device from sending data to a second device and does not cause the first device to modify a setting of a network allocation vector, NAV, wherein determining that the third device is a device coordinated with the first device and the plurality of second devices comprises determining that a receiver address domain in the second channel reservation frame indicates a network address of an access point from a list of coordinated access points.
A biopsy tool for removing a tissue sample, the biopsy tool being configured to be altered between an incision state and a severing state, the biopsy tool comprising: an elongated outer tubular member extending longitudinally between a proximal end and a distal end , wherein the outer tubular member comprises a first circumferential wall and wherein the distal end of the outer tubular member comprises a cutting edge ; an elongated inner tubular member arranged inside the outer tubular member , wherein the inner tubular member comprises a proximal end , a distal end and a second circumferential wall ; and a cutting wire , wherein the outer and inner tubular members are rotatable in relation to each other around a rotational axis (R); wherein the outer tubular member comprises a first aperture in the first circumferential wall and the inner tubular member comprises a second aperture in the second circumferential wall , wherein the first and second apertures extend in a direction perpendicular to the rotational axis (R), wherein the cutting wire is spring biased and is configured to be arranged in association with the first aperture of the outer tubular member , wherein the biopsy tool is configured to obtain the severing state by rotational movement of the outer tubular member and/or the inner tubular member , so that the first aperture and the second aperture overlap, whereby the cutting wire is displaced perpendicularly to the rotational axis (R) by means of spring force. an elongated outer tubular member extending longitudinally between a proximal end and a distal end , wherein the outer tubular member comprises a first circumferential wall and wherein the distal end of the outer tubular member comprises a cutting edge ; an elongated inner tubular member arranged inside the outer tubular member , wherein the inner tubular member comprises a proximal end , a distal end and a second circumferential wall ; and a cutting wire , wherein the outer and inner tubular members are rotatable in relation to each other around a rotational axis (R); wherein the outer tubular member comprises a first aperture in the first circumferential wall and the inner tubular member comprises a second aperture in the second circumferential wall , wherein the first and second apertures extend in a direction perpendicular to the rotational axis (R), wherein the cutting wire is spring biased and is configured to be arranged in association with the first aperture of the outer tubular member , wherein the biopsy tool is configured to obtain the severing state by rotational movement of the outer tubular member and/or the inner tubular member , so that the first aperture and the second aperture overlap, whereby the cutting wire is displaced perpendicularly to the rotational axis (R) by means of spring force.
A method for executing call branch and return branch instructions in a processor, the method comprising: setting a counter to an initial value each time the processor decodes any instruction, other than a call branch instruction, that writes to a link register; pushing an address of a next instruction onto a link register stack and incrementing the counter by a constant in response to the processor decoding a call branch instruction; and decrementing the counter by the constant in response to the processor decoding a return branch instruction; and in response to a conjunction of the processor decoding the return branch instruction and the counter being not equal to the initial value, popping from the link register stack a target address for the return branch instruction, and completing execution of the return branch instruction without checking the target address for correctness . setting a counter to an initial value each time the processor decodes any instruction, other than a call branch instruction, that writes to a link register; pushing an address of a next instruction onto a link register stack and incrementing the counter by a constant in response to the processor decoding a call branch instruction; and decrementing the counter by the constant in response to the processor decoding a return branch instruction; and in response to a conjunction of the processor decoding the return branch instruction and the counter being not equal to the initial value, popping from the link register stack a target address for the return branch instruction, and completing execution of the return branch instruction without checking the target address for correctness . popping from the link register stack a target address for the return branch instruction, and completing execution of the return branch instruction without checking the target address for correctness .
Dispensing device for holding, presenting and removing baked bakery goods , with at least one dispensing tray , wherein the at least one dispensing tray comprises: - a supply section which allows the supply of the at least one dispensing tray with bakery goods , - a removal section for removing the bakery goods , - a transport surface arranged between the supply section and the removal section on which the bakery goods arrive from the supply section at the removal section , and - a measuring device , wherein the bakery goods pass the measuring device on their way from the supply section to the removal section , wherein the measuring device registers the presence of these bakery goods and/or the absence of bakery goods and generates corresponding electrical signals, characterized in that the measuring device comprises a measuring surface in the region of the transport surface and a force transducer , in particular a force sensor, coupled to the measuring surface , wherein the bakery goods , on their way from the supply section to the removal section, temporarily rest on the measuring surface or slide over the measuring surface , wherein the force transducer generates said electrical signals. - a supply section which allows the supply of the at least one dispensing tray with bakery goods , - a removal section for removing the bakery goods , - a transport surface arranged between the supply section and the removal section on which the bakery goods arrive from the supply section at the removal section , and - a measuring device , wherein the bakery goods pass the measuring device on their way from the supply section to the removal section , wherein the measuring device registers the presence of these bakery goods and/or the absence of bakery goods and generates corresponding electrical signals, characterized in that the measuring device comprises a measuring surface in the region of the transport surface and a force transducer , in particular a force sensor, coupled to the measuring surface , wherein the bakery goods , on their way from the supply section to the removal section, temporarily rest on the measuring surface or slide over the measuring surface , wherein the force transducer generates said electrical signals.
A method performed by a user equipment, UE , for performing link measurements in a wireless communication network, the method comprising: detecting fulfillment of a condition under which the UE is permitted to refrain from performing neighbor link measurements, wherein the condition is defined as Srxlev of a serving link being greater than SIntraSearchP; determining a snapshot value of the serving link signal received quality at the time of the detection of the condition; and responsive to detecting, while the UE is permitted to refrain from performing neighbor link measurement, that signal received quality of the serving link has dropped by at least a threshold amount below the snapshot value since detecting the fulfillment of the condition, performing neighbor link measurements. detecting fulfillment of a condition under which the UE is permitted to refrain from performing neighbor link measurements, wherein the condition is defined as Srxlev of a serving link being greater than SIntraSearchP; determining a snapshot value of the serving link signal received quality at the time of the detection of the condition; and responsive to detecting, while the UE is permitted to refrain from performing neighbor link measurement, that signal received quality of the serving link has dropped by at least a threshold amount below the snapshot value since detecting the fulfillment of the condition, performing neighbor link measurements.
A switching system for use in a cardiac procedure on a subject comprising: a bidirectional line configured for extending from an electrode at the heart of the subject to an external console ; a switch unit for communicating with the bidirectional line , the switch unit comprising a digital to analog signal converter, DAC, in communication with the main line of the bidirectional line , the bidirectional line comprising: a main line , extending through the DAC of the switch unit , for carrying signals comprising acquired signals from the electrode to the external console ; and a bypass line , extending outside of the switch unit for carrying signals comprising pacing signals from the external console to the electrode ; and a first switch and a second switch each in communication with the switch unit , each of the first switch and the second switch in communication with and switching between the main line and the bypass line , the first switch and the second switch changeable between: 1) a first state, where the main line is enabled for carrying the acquired signals, and the bypass line is disabled, and, 2) a second state, where the bypass line is enabled for carrying the pacing signals and the main line is disabled. a bidirectional line configured for extending from an electrode at the heart of the subject to an external console ; a switch unit for communicating with the bidirectional line , the switch unit comprising a digital to analog signal converter, DAC, in communication with the main line of the bidirectional line , the bidirectional line comprising: a main line , extending through the DAC of the switch unit , for carrying signals comprising acquired signals from the electrode to the external console ; and a bypass line , extending outside of the switch unit for carrying signals comprising pacing signals from the external console to the electrode ; and a main line , extending through the DAC of the switch unit , for carrying signals comprising acquired signals from the electrode to the external console ; and a bypass line , extending outside of the switch unit for carrying signals comprising pacing signals from the external console to the electrode ; and a first switch and a second switch each in communication with the switch unit , each of the first switch and the second switch in communication with and switching between the main line and the bypass line , the first switch and the second switch changeable between: 1) a first state, where the main line is enabled for carrying the acquired signals, and the bypass line is disabled, and, 2) a second state, where the bypass line is enabled for carrying the pacing signals and the main line is disabled.
A method for visual inspection of a photovoltaic module, wherein the photovoltaic module comprises a plurality of sets of solar cell strings and a plurality of film strips , the sets of solar cell strings each comprise a plurality of solar cells , the film strips are arranged opposite to cell gaps formed between the solar cells or string gaps formed between the solar cell strings, and lengths of the film strips are less than lengths of the cell gaps or the string gaps , the method comprises: turning on a first light source located above the photovoltaic module, and recording, by an image collector, first coordinates and second coordinates of edge intersections at ends of the film strips ; turning on a second light source located below the photovoltaic module, and recording, by the image collector, third coordinates and fourth coordinates of overlapping points among edges of the solar cells , the ends of the film strips , and the cell gaps or the string gaps ; and analyzing, by the image collector, differences between the first coordinates and the third coordinates and between the second coordinates and the fourth coordinates along width directions of the cell gaps or the string gaps , wherein the differences are overlap spacings between the film strips and the solar cells .
An ultrasonic diagnostic system comprising: a plurality of elements (e1,...,e1024) disposed around a subject (T), the plurality of elements being configured to at least either transmit or receive ultrasonic waves; and a controller configured to control the plurality of elements so that at least some of elements disposed in a first region, among the plurality of elements, transmit ultrasonic waves at a first angle to a diagnosis target in the subject, at least some of elements disposed in a second region, among the plurality of elements, receive reflected waves of the ultrasonic waves, the reflected waves being reflected from the diagnosis target at a second angle, and at least some of elements disposed in a third region, among the plurality of elements, receive reflected waves of the ultrasonic waves, the reflected waves being reflected from the diagnosis target at a third angle distinct from the second angle, characterized in that the system further comprises an operator configured to calculate a velocity vector of the diagnosis target using the reflected waves received by the at least some of the elements disposed in the second region and the reflected waves received by the at least some of the elements disposed in the third region. a plurality of elements (e1,...,e1024) disposed around a subject (T), the plurality of elements being configured to at least either transmit or receive ultrasonic waves; and a controller configured to control the plurality of elements so that at least some of elements disposed in a first region, among the plurality of elements, transmit ultrasonic waves at a first angle to a diagnosis target in the subject, at least some of elements disposed in a second region, among the plurality of elements, receive reflected waves of the ultrasonic waves, the reflected waves being reflected from the diagnosis target at a second angle, and at least some of elements disposed in a third region, among the plurality of elements, receive reflected waves of the ultrasonic waves, the reflected waves being reflected from the diagnosis target at a third angle distinct from the second angle, characterized in that the system further comprises an operator configured to calculate a velocity vector of the diagnosis target using the reflected waves received by the at least some of the elements disposed in the second region and the reflected waves received by the at least some of the elements disposed in the third region.