mhurhangee/ep-ind-claims huggingface dataset:
A signal strength measurement method, comprising: receiving, by a terminal device (30, 50, 1101, 1201), first indication information sent by a network device (40, 60, 800, 1000, 1102, 1202), wherein the first indication information comprises first sub-information, second sub-information, and third sub-information, the first sub-information is used to indicate a measurement period for measurement, the measurement period comprises at least one second time unit, the second time unit comprises at least two first time units, the third sub-information is used to indicate an offset of a start position of a second time unit for measurement relative to a start position of the measurement period, and the second sub-information is used to indicate an offset of a start position of a first time unit for measurement in the measurement period relative to the start position of the second time unit for measurement; determining, by the terminal device (30, 50, 1101, 1201), a measurement resource based on the first indication information, wherein the measurement resource is determined in the measurement period based on the start position of the first time unit and the start position of the second time unit; performing, by the terminal device (30, 50, 1101, 1201), signal strength measurement on a signal on the measurement resource, to obtain a measurement result; and sending, by the terminal device (30, 50, 1101, 1201), the measurement result to the network device (40, 60, 800, 1000, 1102, 1202). receiving, by a terminal device (30, 50, 1101, 1201), first indication information sent by a network device (40, 60, 800, 1000, 1102, 1202), wherein the first indication information comprises first sub-information, second sub-information, and third sub-information, the first sub-information is used to indicate a measurement period for measurement, the measurement period comprises at least one second time unit, the second time unit comprises at least two first time units, the third sub-information is used to indicate an offset of a start position of a second time unit for measurement relative to a start position of the measurement period, and the second sub-information is used to indicate an offset of a start position of a first time unit for measurement in the measurement period relative to the start position of the second time unit for measurement; determining, by the terminal device (30, 50, 1101, 1201), a measurement resource based on the first indication information, wherein the measurement resource is determined in the measurement period based on the start position of the first time unit and the start position of the second time unit; performing, by the terminal device (30, 50, 1101, 1201), signal strength measurement on a signal on the measurement resource, to obtain a measurement result; and sending, by the terminal device (30, 50, 1101, 1201), the measurement result to the network device (40, 60, 800, 1000, 1102, 1202).
A cylinder lock comprising first and second housing sides, an actuator which is positioned in a space between the first and second housing sides, and a connecting portion which extends completely across the space and connects the first and second housing sides; wherein, the connecting portion is fixed with respect to the first and second housing sides and the actuator is rotatably mounted on the connecting portion in order to cause operation of locking means.
A method comprising: removing heat from a refrigerant using a high side heat exchanger; storing the refrigerant using a flash tank; sending the refrigerant from the flash tank to a tube of an integrated subcooler and accumulator, the integrated subcooler and accumulator comprising a chamber defined by an exterior housing and configured to operate as an accumulator, the tube positioned within the chamber, wherein heat is removed from the refrigerant from the flash tank and in the tube; using the refrigerant from the tube to remove heat from a space proximate a low temperature load; using the refrigerant from the flash tank to remove heat from a second space proximate a medium temperature load; sending the refrigerant from the low temperature load into the chamber between the exterior housing and the tube to accumulate liquid refrigerant in the chamber; and sending the refrigerant from the chamber between the exterior housing and the tube to a low temperature compressor, the low temperature compressor configured to compress the refrigerant; and sending the refrigerant from the medium temperature load to a medium temperature compressor through an accumulator. removing heat from a refrigerant using a high side heat exchanger; storing the refrigerant using a flash tank; sending the refrigerant from the flash tank to a tube of an integrated subcooler and accumulator, the integrated subcooler and accumulator comprising a chamber defined by an exterior housing and configured to operate as an accumulator, the tube positioned within the chamber, wherein heat is removed from the refrigerant from the flash tank and in the tube; using the refrigerant from the tube to remove heat from a space proximate a low temperature load; using the refrigerant from the flash tank to remove heat from a second space proximate a medium temperature load; sending the refrigerant from the low temperature load into the chamber between the exterior housing and the tube to accumulate liquid refrigerant in the chamber; and sending the refrigerant from the chamber between the exterior housing and the tube to a low temperature compressor, the low temperature compressor configured to compress the refrigerant; and sending the refrigerant from the medium temperature load to a medium temperature compressor through an accumulator.
A graphene oxide compound comprising a graphene oxide or a reduced graphene oxide directly bonded to -NH-R-NHCOR' or -CO-NH-R-NHCOR'; wherein R is C 1-20 hydrocarbylene; and R' is C 1-30 hydrocarbyl or C 3-30 heteroaryl. wherein R is C 1-20 hydrocarbylene; and R' is C 1-30 hydrocarbyl or C 3-30 heteroaryl.
A dishwasher comprising a washing chamber, and a wash arm arrangement comprising a wash arm rotatably arranged in the washing chamber, and a satellite spray device arranged on the wash arm, wherein the wash arm arrangement is provided with a plurality of nozzles (9.1, 9.2), wherein the dishwasher comprises a pump fluidically connected to the plurality of nozzles (9.1, 9.2), wherein the pump is configured to pump washing liquid through the plurality of nozzles (9.1, 9.2) into the washing chamber, wherein the dishwasher comprises at least one sensor (13.1, 13.2) configured to sense a rotational position of the wash arm, and wherein the dishwasher further comprises a control unit configured to monitor consecutive sensed rotational positions of the wash arm, the control unit being configured to calculate a rotational speed of the wash arm based on an elapsed time and a rotational distance, between two sensed rotational positions and configured to estimate a current rotational position of the wash arm based on an elapsed time since a previously sensed rotational position and the calculated rotational speed, wherein the control unit is further configured to adapt pumping intensity of the pump based on the estimated current rotational position of the wash arm, wherein the control unit is configured to increase or decrease pumping intensity of the pump when the estimated current rotational position is within at least one selected rotational position interval, characterized in that the dishwasher comprises a user interface for selecting the at least one selected rotational position interval and comprising a first communication unit connected to the control unit, wherein the first communication unit is arranged so as to be able to wirelessly communicate with a second communication unit comprising a user interface for selecting the at least one selected rotational position interval.
A method for gripping leaves and for depositing them together in a stacking device in order to form a stack, in particular for stacking leaves so as to obtain a book block for a book-like document, characterised in that - a gripping device formed with gripping segments is positioned in a gripping position with respect to a table on which leaves cut out from a sheet have been placed, - each of the leaves is picked up individually and consecutively by one respective gripping segment of the gripping device until most of the leaves of the sheet or all leaves of the sheet have been picked up by the gripping device, and - the gripping device is transferred to an unloading position in which the individual leaves are disposed one atop another in the stacking device. - a gripping device formed with gripping segments is positioned in a gripping position with respect to a table on which leaves cut out from a sheet have been placed, - each of the leaves is picked up individually and consecutively by one respective gripping segment of the gripping device until most of the leaves of the sheet or all leaves of the sheet have been picked up by the gripping device, and - the gripping device is transferred to an unloading position in which the individual leaves are disposed one atop another in the stacking device.
A refrigeration system, comprising: a liquid accumulator for a heat exchange system, comprising: a liquid accumulator housing provided with an air inlet, an air outlet, and a liquid inlet; and a cooling heat exchanger disposed in the liquid accumulator housing; wherein the cooling heat exchanger comprises an inlet end, a main body part, and an outlet end in sequence; the inlet end of the cooling heat exchanger is connected to the air inlet on the liquid accumulator housing; and the outlet end of the cooling heat exchanger is arranged to be higher than a working liquid level of a refrigerant in the liquid accumulator; and a compressor, a condenser, a throttling element, and an evaporator that are sequentially connected through a pipeline, wherein an outlet end of the compressor is connected to the air inlet of the liquid accumulator, and is connected to an inlet end of the condenser through the air outlet of the liquid accumulator, while an outlet end of the condenser is separately connected to the throttling element and the liquid inlet of the liquid accumulator. a liquid accumulator for a heat exchange system, comprising: a liquid accumulator housing provided with an air inlet, an air outlet, and a liquid inlet; and a cooling heat exchanger disposed in the liquid accumulator housing; wherein the cooling heat exchanger comprises an inlet end, a main body part, and an outlet end in sequence; the inlet end of the cooling heat exchanger is connected to the air inlet on the liquid accumulator housing; and the outlet end of the cooling heat exchanger is arranged to be higher than a working liquid level of a refrigerant in the liquid accumulator; a liquid accumulator housing provided with an air inlet, an air outlet, and a liquid inlet; and a cooling heat exchanger disposed in the liquid accumulator housing; wherein the cooling heat exchanger comprises an inlet end, a main body part, and an outlet end in sequence; the inlet end of the cooling heat exchanger is connected to the air inlet on the liquid accumulator housing; and the outlet end of the cooling heat exchanger is arranged to be higher than a working liquid level of a refrigerant in the liquid accumulator; and a compressor, a condenser, a throttling element, and an evaporator that are sequentially connected through a pipeline, wherein an outlet end of the compressor is connected to the air inlet of the liquid accumulator, and is connected to an inlet end of the condenser through the air outlet of the liquid accumulator, while an outlet end of the condenser is separately connected to the throttling element and the liquid inlet of the liquid accumulator.
A toilet apparatus, comprising: a toilet bowl; a base plate provided on a rear part of the toilet bowl, a washing function part washing a private part of a human body being mounted on the base plate; a cover plate provided on the base plate, the cover plate covering the washing function part from upward; and a toilet seat provided on the toilet bowl, the toilet seat being rotatable to the toilet bowl, wherein a heater is provided inside the toilet seat, in a state of the toilet seat lowered, the toilet seat is positioned in a projection range where the toilet bowl projected upward, and covering the cover plate from upward, a toilet lid rotatable to the toilet bowl is provided on the toilet seat, a rear end of the toilet seat is pivotally supported to the toilet bowl by a first pivotally supporting part, a rear end of the toilet lid is pivotally supported to the toilet bowl by a second pivotally supporting part, the first pivotally supporting part is provided backward the cover plate, the second pivotally supporting part is provided backward the first pivotally supporting part and positioned downward the first pivotally supporting part, in the state of the toilet seat lowered, the rear end of the toilet seat is bent downward, goes around backward the cover plate and is connected to the first pivotally supporting part, and in a state of the toilet lid closed, the rear end of the toilet lid is bent downward, goes around the cover plate and the first pivotally supporting part and is connected to the second pivotally supporting part. a toilet bowl; a base plate provided on a rear part of the toilet bowl, a washing function part washing a private part of a human body being mounted on the base plate; a cover plate provided on the base plate, the cover plate covering the washing function part from upward; and a toilet seat provided on the toilet bowl, the toilet seat being rotatable to the toilet bowl, wherein a heater is provided inside the toilet seat, in a state of the toilet seat lowered, the toilet seat is positioned in a projection range where the toilet bowl projected upward, and covering the cover plate from upward, a toilet lid rotatable to the toilet bowl is provided on the toilet seat, a rear end of the toilet seat is pivotally supported to the toilet bowl by a first pivotally supporting part, a rear end of the toilet lid is pivotally supported to the toilet bowl by a second pivotally supporting part, the first pivotally supporting part is provided backward the cover plate, the second pivotally supporting part is provided backward the first pivotally supporting part and positioned downward the first pivotally supporting part, in the state of the toilet seat lowered, the rear end of the toilet seat is bent downward, goes around backward the cover plate and is connected to the first pivotally supporting part, and in a state of the toilet lid closed, the rear end of the toilet lid is bent downward, goes around the cover plate and the first pivotally supporting part and is connected to the second pivotally supporting part.
Arrangement for controlling a system, comprising a control and/or data transfer module comprising a microprocessor to be snapped onto a mounting bar and a plurality of I/O plug-in modules, wherein each I/O plug-in module comprises a plurality of clip contacts for connecting the system; each I/O plug-in module comprises a plurality of plug contacts for plugging onto the control and/or data transfer module such that in the plugged-on state an electrical connection is established between the I/O plug-in module and the control and/or data transfer module, characterized in that at least one I/O plug-in module comprises an electrical circuit element, wherein the electrical circuit element is disposed in the current path between at least one clip contact and at least one plug contact, the control and/or data transfer module is configurable by the microprocessor in terms of the pluggable I/O plug-in modules and the I/O plug-in modules are configured such that, when a first I/O plug-in module is removed from the control and/or data transfer module and a second I/O plug-in module is plugged onto the control and/or data transfer module, it is not necessary to change the configuration of the control and/or data transfer module, the I/O plug-in module comprises a housing and the electrical circuit element, if the I/O plug-in module is plugged onto the control and/or data transfer module, can be plugged onto a clip contact arranged at the housing from outside of the housing. each I/O plug-in module comprises a plurality of clip contacts for connecting the system; each I/O plug-in module comprises a plurality of plug contacts for plugging onto the control and/or data transfer module such that in the plugged-on state an electrical connection is established between the I/O plug-in module and the control and/or data transfer module, at least one I/O plug-in module comprises an electrical circuit element, wherein the electrical circuit element is disposed in the current path between at least one clip contact and at least one plug contact, the control and/or data transfer module is configurable by the microprocessor in terms of the pluggable I/O plug-in modules and the I/O plug-in modules are configured such that, when a first I/O plug-in module is removed from the control and/or data transfer module and a second I/O plug-in module is plugged onto the control and/or data transfer module, it is not necessary to change the configuration of the control and/or data transfer module, the I/O plug-in module comprises a housing and the electrical circuit element, if the I/O plug-in module is plugged onto the control and/or data transfer module, can be plugged onto a clip contact arranged at the housing from outside of the housing.
A device comprising an input means for providing directional signals, the input means having a plurality of predetermined directional inputs; the device further comprising a controller for determining an actuation of the input means and for determining the direction of said actuation; and a memory for storing a predetermined sequence of direction actuations, wherein the sequence comprises a plurality of direction actuations; wherein the controller further comprises a processor for blocking the directional signals in the device if a series of actuations of the input means do not match the predetermined sequence and wherein the processor is configured to unlock the input means if the series of actuations of the input means match the predetermined sequence and the series of actuations of the input means are performed within a predetermined time period.
A trimer formed from three fusion polypeptides, wherein each fusion polypeptide comprises a PD-1 extracellular domain, a flexible linker, and a trimerization domain, said trimer capable of binding a protein that interacts with the PD-1 extracellular domain, including PD-L1, PD-L2, and CD80.
An electronic device for receiving data via a redundant communication network comprising at least two independent elementary networks, the electronic device being configured to be connected to each elementary network and including: - a receiving module configured to receive, via the redundant communication network, at least one data frame, each frame comprising a frame identifier and a data field, each frame being sent over each of the elementary networks, the frame identifier evolving in a predefined manner for frames sent successively over a same elementary network, characterized in that it includes a verification module configured, for at least one received frame identifier, to calculate a frame check code for each of the elementary networks, then to compare frame check codes between the elementary networks, each frame check code depending on the data field of the frame received via the respective elementary network and, for at least one received frame, to verify that the frame identifier of the new received frame is consistent with the frame identifier of the previous received frame, in light of the temporal deviation between the date of receipt of the previous frame and the date of receipt of the new frame. - a receiving module configured to receive, via the redundant communication network, at least one data frame, each frame comprising a frame identifier and a data field, each frame being sent over each of the elementary networks, the frame identifier evolving in a predefined manner for frames sent successively over a same elementary network,
A vending machine for dispensing of solid products, comprising an outside cabin having at least one vertical drawer situated in said outside cabin, said drawer comprising a plurality of columnar compartments situated longitudinally in said vertical drawer, and being adapted to receive a pile of products stacked up on top of each other; and at least one dispensing station for delivery of a product (P') to a user, the machine further comprises an impeller assembly lying horizontally underneath the vertical drawer for transferring a lowermost product (P') of the pile of products towards the dispensing station, a processor means for producing a control signal based on the electrical signal received from a sensor, and a pushing means adapted to move back and forth depending on the control signal, said pushing means being operable in horizontal direction (z) underneath the compartments wherein, in retracted ready to use position, the pushing means is adapted to be positioned behind the product (P') fallen by gravity from the respective compartment, and in an activated position, being adapted to move along horizontal direction until the product (P') is displaced into the dispensing station; whereas the said pushing means is adapted to move back to a retracted position behind the next product (P') fallen by gravity from the respective compartment where a sensor detects said product (P'), characterized in that said assembly comprises; a plurality of sensors corresponding to each of the compartments for detection of product availability within the compartments and producing an electrical signal pertaining thereto; and two sheets (40, 41) lying in horizontal direction (z) and being in juxtaposition one another, whereby one sheet accommodates the sensors and the other bears the pushing means, and whereby the first sheet being stationary and the other is adapted to be activated and supported by at least two drive shafts actuated by an engine.
Antenna system for ground penetrating radar, where said antenna system comprises two sheet like antenna arrangements, where the first antenna arrangement comprises at least one transmitter antenna and the second antenna arrangement comprises at least one receiver antenna, where said antennas consist of monopoles formed by applying metal structures on an electrical insulating sheet carrier located on one side of a layer of a radar absorbing material, where the other side of the material layer is covered by a metallic ground plane, characterized by that said antenna arrangements are arranged in order to have a sloping position from the feeding points in order for the antenna arrangements to form a V-shaped wedge, where said ground planes are not in electric connection with each other, and where the terminal points of the transmitter antenna are directed towards the terminal points of the receiver antenna.