mhurhangee/patent-ind-claim-en huggingface dataset:
A method for exchanging information, comprising: receiving (S110, S210, S310), from a sharing party, a sharing request for sharing a target mail; and creating (S120, S220, S320), in response to the sharing request, an instant messaging IM group comprising the sharing party and a shared party at a display interface of an IM end, displaying (S120, S220, S320) a discussion interface corresponding to the IM group at a display interface of a mail end, and sharing (S120, S240, S330) the target mail with the shared party, to enable information exchange between the sharing party and the shared party in the IM group and/or in the discussion interface based on the target mail, wherein after creating the IM group comprising the sharing party and the shared party at the display interface of the IM end and displaying the discussion interface corresponding to the IM group at the display interface of the mail end, the method further comprises: acquiring (S230) a message indicating update of a state of the IM group, and updating (S230), in response to the message indicating update of the state of the IM group, a display state of the discussion interface, to synchronize the display state of the discussion interface with the state of the IM group. receiving (S110, S210, S310), from a sharing party, a sharing request for sharing a target mail; and creating (S120, S220, S320), in response to the sharing request, an instant messaging IM group comprising the sharing party and a shared party at a display interface of an IM end, displaying (S120, S220, S320) a discussion interface corresponding to the IM group at a display interface of a mail end, and sharing (S120, S240, S330) the target mail with the shared party, to enable information exchange between the sharing party and the shared party in the IM group and/or in the discussion interface based on the target mail, wherein after creating the IM group comprising the sharing party and the shared party at the display interface of the IM end and displaying the discussion interface corresponding to the IM group at the display interface of the mail end, the method further comprises: acquiring (S230) a message indicating update of a state of the IM group, and updating (S230), in response to the message indicating update of the state of the IM group, a display state of the discussion interface, to synchronize the display state of the discussion interface with the state of the IM group. acquiring (S230) a message indicating update of a state of the IM group, and updating (S230), in response to the message indicating update of the state of the IM group, a display state of the discussion interface, to synchronize the display state of the discussion interface with the state of the IM group.
Test device for testing electrical components , comprising: - a housing , wherein the housing comprises a cylindrical cavity ; - contacting means arranged on the housing for electrically contacting a component to be tested; and - a component-holding unit , which comprises a first portion and a second portion , wherein the first portion is cylindrical and is arranged in the cavity in the housing at least in part, wherein the second portion of the component-holding unit is configured for placing on the component to be tested, wherein the component-holding unit is configured to be movable relative to the housing and is in contact with a pressure chamber, which is arranged in the housing and is formed by the cavity , and wherein, when generating a negative pressure in the pressure chamber , the component-holding unit is movable into a test position, in which the component to be tested contacts the contacting means . - a housing , wherein the housing comprises a cylindrical cavity ; - contacting means arranged on the housing for electrically contacting a component to be tested; and - a component-holding unit , which comprises a first portion and a second portion , wherein the first portion is cylindrical and is arranged in the cavity in the housing at least in part, wherein the second portion of the component-holding unit is configured for placing on the component to be tested, wherein the component-holding unit is configured to be movable relative to the housing and is in contact with a pressure chamber, which is arranged in the housing and is formed by the cavity , and wherein, when generating a negative pressure in the pressure chamber , the component-holding unit is movable into a test position, in which the component to be tested contacts the contacting means .
A method of wireless communication executed by a user equipment, UE, comprising: receiving a configuration from a base station comprising a sequence of predetermined configuration parameters for discontinuous reception, DRX, operation based on predetermined changes of the location of the UE relative to the base station, wherein the DRX operation comprises a plurality of DRX cycles; and monitoring for communication from the base station based on the sequence of predetermined configuration parameters for the DRX operation, wherein the sequence of predetermined configuration parameters comprises time intervals between adjacent wake up signal, WUS, occasions or adjacent DRX ON durations comprised in the plurality of DRX cycles, wherein the time intervals are non-uniform or at least a subset of the time intervals are uniform. receiving a configuration from a base station comprising a sequence of predetermined configuration parameters for discontinuous reception, DRX, operation based on predetermined changes of the location of the UE relative to the base station, wherein the DRX operation comprises a plurality of DRX cycles; and monitoring for communication from the base station based on the sequence of predetermined configuration parameters for the DRX operation, wherein the sequence of predetermined configuration parameters comprises time intervals between adjacent wake up signal, WUS, occasions or adjacent DRX ON durations comprised in the plurality of DRX cycles, wherein the time intervals are non-uniform or at least a subset of the time intervals are uniform.
Elevator assembly, which comprises an elevator car ; which elevator car is suspended in the elevator hoistway with suspension means ; and which elevator assembly comprises a hoisting machine for moving the elevator car along a guide rail fixed to a wall part of the elevator hoistway; the stationary structure of which hoisting machine comprises a stator ; and the rotating structure of which hoisting machine comprises a rotor and also a traction sheave ; which traction sheave comprises a traction surface for receiving the aforementioned suspension means ; which suspension means are rotatably supported with the aforementioned traction surface ; and which stator , rotor and traction sheave are fitted concentrically onto the axis of rotation of the hoisting machine; and which hoisting machine is fitted into connection with the aforementioned guide rail fixed to a wall part of the elevator hoistway apart from the wall surface such that the suspension means arriving at the traction surface and/or leaving from the traction surface of the traction sheave travel closer to the wall part of the elevator hoistway than the rear part of the guide rail; and the rotating structure of which hoisting machine is supported on the stationary structure of the hoisting machine via one or more bearings ; and the stationary structure of which hoisting machine is further supported on the aforementioned guide rail fixed to a wall part of the elevator hoistway such that the guide rail bears the force exerted on the traction surface via the suspension means ; characterized in that the stator of the hoisting machine comprises a concentrated fractional-slot winding, the slot number q of which is 0.3 or the slot number q of which, when the rotor is magnetized with permanent magnets, such that permanent magnets are fixed into a ring-like rim onto the surface of the rotating structure of the hoisting machine, is 0.4; and in that the distance of the rear surface of the aforementioned guide rail fixed to a wall part of the elevator hoistway from the aforementioned wall part of the elevator hoistway is selected to be: a) at least 120 millimeters and at most 170 millimeters when the nominal load of the elevator car is at most 480 kg; b) at least 128 millimeters and at most 170 millimeters when the nominal load of the elevator car is greater than 480 kg and smaller than, or equal to, 680 kg; c) at least 150 millimeters and at most 195 millimeters when the nominal load of the elevator car is greater than 680 kg and smaller than 1155 kg. a) at least 120 millimeters and at most 170 millimeters when the nominal load of the elevator car is at most 480 kg; b) at least 128 millimeters and at most 170 millimeters when the nominal load of the elevator car is greater than 480 kg and smaller than, or equal to, 680 kg; c) at least 150 millimeters and at most 195 millimeters when the nominal load of the elevator car is greater than 680 kg and smaller than 1155 kg.
An apparatus comprising: a body comprising a proximal portion , a distal portion , and a main portion formed between the proximal portion and distal portion; at least one ultrasound transducer arranged at the distal portion of the body and configured to scan a region extending away from the main portion of the body; and a signal processing unit comprising at least one processor and memory storing instructions; characterised in that : the apparatus is configured for distinguishing nerve tissue from surrounding tissue, and in that said instructions, when executed by said at least one processor, cause the at least one processor to: generate, based on a signal received from the at least one ultrasound transducer , a b-mode scan line; determine, based on statistical information of received RF data and an envelope associated with the b-mode scan line, features for use in classifying the b-mode scan line; using the determined features and a multivariate classification algorithm, classify the b-mode scan line; and based on the classification, determine a presence or an absence of the nerve tissue. a body comprising a proximal portion , a distal portion , and a main portion formed between the proximal portion and distal portion; at least one ultrasound transducer arranged at the distal portion of the body and configured to scan a region extending away from the main portion of the body; and a signal processing unit comprising at least one processor and memory storing instructions; generate, based on a signal received from the at least one ultrasound transducer , a b-mode scan line; determine, based on statistical information of received RF data and an envelope associated with the b-mode scan line, features for use in classifying the b-mode scan line; using the determined features and a multivariate classification algorithm, classify the b-mode scan line; and based on the classification, determine a presence or an absence of the nerve tissue.
Blower unit for a portable, handheld blower apparatus, having a housing section and a tubular receiving space , formed in the housing section , with a first axial end and a second axial end and with a longitudinal center axis , and having an axial blower for generating a blower air flow , the axial blower being driven by a drive motor and the axial blower being arranged in the receiving space of the housing section , and having a central blower hub of the axial blower , said blower hub being aligned with the longitudinal center axis of the receiving space , the receiving space having an intake opening at its first axial end and a discharge opening at its second axial end , characterized in that an air guide plate is arranged at an axial distance (a) in front of the intake opening , the air guide plate has external dimensions that are greater than the external dimensions of the intake opening , and a gap that supplies intake air is formed between the air guide plate and an outer periphery of the housing section . an air guide plate is arranged at an axial distance (a) in front of the intake opening , the air guide plate has external dimensions that are greater than the external dimensions of the intake opening , and a gap that supplies intake air is formed between the air guide plate and an outer periphery of the housing section .
A surgical stapler comprising: a first jaw including an anvil ; a second jaw including a cartridge retainer and a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the staple pushers being actuatable to eject the staples from the staple pockets through interaction with a set of fins on a slider moving longitudinally within the cartridge , the first jaw movable towards and away from the second jaw ; characterised by a first cartridge lift extending along a first side of the cartridge between the cartridge and the second jaw ; and a second cartridge lift extending along a second side of the cartridge between the cartridge and the second jaw ; wherein each cartridge lift comprises a plurality of slots along the sides thereof, wherein one of the cartridge retainer and the cartridge comprises a plurality of protrusions extending into engagement with the plurality of slots to move the cartridge vertically within the second jaw towards the anvil upon longitudinal movement of the first and second cartridge lifts . a first jaw including an anvil ; a second jaw including a cartridge retainer and a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the staple pushers being actuatable to eject the staples from the staple pockets through interaction with a set of fins on a slider moving longitudinally within the cartridge , the first jaw movable towards and away from the second jaw ; characterised by a first cartridge lift extending along a first side of the cartridge between the cartridge and the second jaw ; and a second cartridge lift extending along a second side of the cartridge between the cartridge and the second jaw ; wherein each cartridge lift comprises a plurality of slots along the sides thereof, wherein one of the cartridge retainer and the cartridge comprises a plurality of protrusions extending into engagement with the plurality of slots to move the cartridge vertically within the second jaw towards the anvil upon longitudinal movement of the first and second cartridge lifts .
Hot-forming tool for producing glass containers, comprising a forming roller with a forming surface , a holder for receiving the forming roller and a heat sink directly or indirectly connected to the holder , wherein the forming roller is rotatably mounted on the holder , wherein the forming roller is in thermal contact with the heat sink and the heat sink has means for internal cooling, so that process heat can be transferred from the forming roller to the heat sink .
A spectroscopic analyzer for measuring a concentration of a predetermined component contained in sample gas, the spectroscopic analyzer comprising: a measurement cell configured to contain the sample gas; a suction pump connected to the measurement cell and configured to reduce a pressure in the measurement cell to a reduced pressure state lower than atmospheric pressure; and a pressure sensor configured to measure a pressure within the measurement cell ; wherein the spectroscopic analyzer is configured to measure absorbance of the predetermined component contained in the sample gas in the reduced pressure state, to calculate the concentration of the predetermined component with use of a calibration curve indicating a relationship between absorbance of the predetermined component and concentration of the predetermined component, and to perform pressure correction of the calculated concentration by using a relational expression between the pressure of the sample gas measured within the measurement cell at a time of the measurement of the absorbance and the calculated concentration of the predetermined component, wherein in a graph that indicates on one axis the measured pressure and on the other axis the calculated concentration, the relational expression has an intersection point other than zero with the axis indicating the measured pressure, and the relational expression is obtained for the predetermined component by measuring concentrations of calibration samples of the predetermined component having different concentrations while changing the pressure. a measurement cell configured to contain the sample gas; a suction pump connected to the measurement cell and configured to reduce a pressure in the measurement cell to a reduced pressure state lower than atmospheric pressure; and a pressure sensor configured to measure a pressure within the measurement cell ; wherein the spectroscopic analyzer is configured to measure absorbance of the predetermined component contained in the sample gas in the reduced pressure state, to calculate the concentration of the predetermined component with use of a calibration curve indicating a relationship between absorbance of the predetermined component and concentration of the predetermined component, and to perform pressure correction of the calculated concentration by using a relational expression between the pressure of the sample gas measured within the measurement cell at a time of the measurement of the absorbance and the calculated concentration of the predetermined component, wherein in a graph that indicates on one axis the measured pressure and on the other axis the calculated concentration, the relational expression has an intersection point other than zero with the axis indicating the measured pressure, and the relational expression is obtained for the predetermined component by measuring concentrations of calibration samples of the predetermined component having different concentrations while changing the pressure.
A method performed by an intermediary device, ID, connected to power sourcing equipment, PSE, over a first data connection, the method comprising: determining an amount of power allocated to the ID by the PSE over the first data connection; determining the amount of power requested by a powered device, PD, connected to the ID over a second data connection; comparing the amount of power requested by the PD to the amount of power allocated by the PSE, and determining that the amount of power requested by the PD is less than the amount of power allocated by the PSE; consuming a particular amount of power supplied by the PSE over the first data connection, the particular amount of power comprising both the amount of power consumed by the ID to operate the ID and the amount of power consumed to power the PD; wherein the ID is configured to operate in a first mode of operation or a second mode of operation, wherein the first mode of operation consumes more power than the second mode of operation, and wherein the method further comprises: computing a value representing the amount by which the power allocated by the PSE is above the power requested by the PD; determining that the value is above a threshold, and in response operating in the first mode of operation. determining an amount of power allocated to the ID by the PSE over the first data connection; determining the amount of power requested by a powered device, PD, connected to the ID over a second data connection; comparing the amount of power requested by the PD to the amount of power allocated by the PSE, and determining that the amount of power requested by the PD is less than the amount of power allocated by the PSE; consuming a particular amount of power supplied by the PSE over the first data connection, the particular amount of power comprising both the amount of power consumed by the ID to operate the ID and the amount of power consumed to power the PD; computing a value representing the amount by which the power allocated by the PSE is above the power requested by the PD; determining that the value is above a threshold, and in response operating in the first mode of operation.
A sheet feeding apparatus comprising: a stacking part on which a sheet is stacked; a feeding part configured to feed the sheet stacked on the stacking part ; a separation part configured to separate the sheet from another sheet while slidingly contacting the sheet fed by the feeding part ; and an abutment part comprising an abutment area against which a leading edge of the sheet stacked on the stacking part abuts, the abutment part being configured to move between a first position and a second position, the first position being a position at which at least a part of the abutment area protrudes from the separation part toward the feeding part , the second position being a position at which the abutment area does not protrude from the separation part toward the feeding part ; characterized by a transmission part comprising a rotary member and configured to transmit driving power from a driving source (M) to the feeding part via the rotary member , the rotary member being configured to be stopped every one rotation; and a moving part configured to move the abutment part in response to rotation of the rotary member such that the abutment part positions at the first position in a case where the rotary member is stopped, and the abutment part moves from the first position to the second position and from the second position to the first position while the rotary member makes one rotation. a stacking part on which a sheet is stacked; a feeding part configured to feed the sheet stacked on the stacking part ; a separation part configured to separate the sheet from another sheet while slidingly contacting the sheet fed by the feeding part ; and an abutment part comprising an abutment area against which a leading edge of the sheet stacked on the stacking part abuts, the abutment part being configured to move between a first position and a second position, the first position being a position at which at least a part of the abutment area protrudes from the separation part toward the feeding part , the second position being a position at which the abutment area does not protrude from the separation part toward the feeding part ; characterized by a transmission part comprising a rotary member and configured to transmit driving power from a driving source (M) to the feeding part via the rotary member , the rotary member being configured to be stopped every one rotation; and a moving part configured to move the abutment part in response to rotation of the rotary member such that the abutment part positions at the first position in a case where the rotary member is stopped, and the abutment part moves from the first position to the second position and from the second position to the first position while the rotary member makes one rotation. the abutment part positions at the first position in a case where the rotary member is stopped, and the abutment part moves from the first position to the second position and from the second position to the first position while the rotary member makes one rotation.