mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a cabinet that defines an upper storage space and a lower storage space; a front panel door configured to open and close the lower storage space; a drawer coupled to the front panel door and configured to insert into and withdraw from the lower storage space, the drawer comprising an accommodation portion; a driving device located in the front panel door and configured to generate power; and an elevation device located in the drawer outside the front panel door and configured to elevate, relative to the drawer, at least part of the accommodation portion of the drawer, wherein the driving device in the front panel door is configured to couple to the elevation device in the drawer through a rear surface of the front panel door and through a front surface of the drawer that faces the rear surface of the front panel door, and wherein the driving device is further configured to, in a state of being coupled to the elevation device, provide the power for operation of the elevation device, and wherein the driving device comprises: a motor assembly configured to provide a driving force; a screw assembly configured to perform an elevation operation based on the driving force from the motor assembly; and a lever that connects the screw assembly to the elevation device and that is configured to rotate based on the elevation operation of the screw assembly. a cabinet that defines an upper storage space and a lower storage space; a front panel door configured to open and close the lower storage space; a drawer coupled to the front panel door and configured to insert into and withdraw from the lower storage space, the drawer comprising an accommodation portion; a driving device located in the front panel door and configured to generate power; and an elevation device located in the drawer outside the front panel door and configured to elevate, relative to the drawer, at least part of the accommodation portion of the drawer, wherein the driving device in the front panel door is configured to couple to the elevation device in the drawer through a rear surface of the front panel door and through a front surface of the drawer that faces the rear surface of the front panel door, and wherein the driving device is further configured to, in a state of being coupled to the elevation device, provide the power for operation of the elevation device, and wherein the driving device comprises: a motor assembly configured to provide a driving force; a screw assembly configured to perform an elevation operation based on the driving force from the motor assembly; and a lever that connects the screw assembly to the elevation device and that is configured to rotate based on the elevation operation of the screw assembly. a motor assembly configured to provide a driving force; a screw assembly configured to perform an elevation operation based on the driving force from the motor assembly; and a lever that connects the screw assembly to the elevation device and that is configured to rotate based on the elevation operation of the screw assembly.
A connector comprising: a first connector part; a second connector part; a detent for securing the first connector part and the second connector part together; a slide moveable relative to the first connector part and/or the second connector part between: a secured position in which the detent is substantially inhibited from moving and releasing the first connector part from the second connector part; and a free position in which the detent is able to move to release the first connector part from the second connector part; and a biasing means for urging the slide towards the secured position; characterized in that the biasing means comprises a pair of resilient legs, or more than two resilient legs, wherein said legs: a) move away from each other as the slide moves towards the free position, or b) move towards each other as the slide moves towards the free position. a first connector part; a second connector part; a detent for securing the first connector part and the second connector part together; a slide moveable relative to the first connector part and/or the second connector part between: a secured position in which the detent is substantially inhibited from moving and releasing the first connector part from the second connector part; and a free position in which the detent is able to move to release the first connector part from the second connector part; and a secured position in which the detent is substantially inhibited from moving and releasing the first connector part from the second connector part; and a free position in which the detent is able to move to release the first connector part from the second connector part; and a biasing means for urging the slide towards the secured position; a) move away from each other as the slide moves towards the free position, or b) move towards each other as the slide moves towards the free position.
A human or humanized antibody or fragment thereof containing an antigen-binding region which specifically binds to an epitope of CD38, wherein the epitope comprises one or more amino acid residues comprised in one or more of the amino acid stretches taken from the list of amino acid stretches 44-66, 82-94, 142-154, 148-164, 158-170, or 192-206 of CD38 (SEQ ID NO: 22).
Aerator for aerating water that comprises a distribution system for distributing air below the water surface and a compressor with an air inlet and at least one air outlet, whereby the compressor is configured to be placed below the water surface by this compressor being provided with a housing that prevents the infiltration of water into the compressor, whereby the infiltration of water at the air inlet is prevented by an intake pipe being provided of which one open end is above the water surface and the other open end has a watertight connection to the compressor, whereby the infiltration of water at the air outlet is prevented because the distribution system has a watertight connection to the air outlet and, due to its nature or by at least one valve, can hold back water and whereby the housing is in thermal contact with the water to cool the compressor, characterised in that the compressor is a centrifugal compressor that comprises an impeller that is driven by a shaft that is mounted on air bearings, magnetic bearings or both.
A method of transmitting a one-time password in an electronic message, the method at least comprising: putting the one-time password in an electronic message (103, 104, 105, 106; 201); and characterized in: identifying a type of mobile electronic device (107, 109, 111, 113; 202, 204; 301a, 301b) of an intended recipient of the one-time password; optimizing a display format (108, 110, 112, 114; 203, 205) of the electronic message to the type of mobile electronic device; transmitting the electronic message to the mobile electronic device; and displaying at least a part of the electronic message in the optimized display format on a screen of the mobile electronic device in a standby or locked mode of the screen. putting the one-time password in an electronic message (103, 104, 105, 106; 201); and characterized in: identifying a type of mobile electronic device (107, 109, 111, 113; 202, 204; 301a, 301b) of an intended recipient of the one-time password; optimizing a display format (108, 110, 112, 114; 203, 205) of the electronic message to the type of mobile electronic device; transmitting the electronic message to the mobile electronic device; and displaying at least a part of the electronic message in the optimized display format on a screen of the mobile electronic device in a standby or locked mode of the screen. identifying a type of mobile electronic device (107, 109, 111, 113; 202, 204; 301a, 301b) of an intended recipient of the one-time password; optimizing a display format (108, 110, 112, 114; 203, 205) of the electronic message to the type of mobile electronic device; transmitting the electronic message to the mobile electronic device; and displaying at least a part of the electronic message in the optimized display format on a screen of the mobile electronic device in a standby or locked mode of the screen.
Bale handling apparatus having: a box frame which retains a bale of material; a conveyor surface provided by a continuous conveyor belt, mounted on the box frame and upon which the bale rests, the conveyor belt being operable to move the bale in a longitudinal direction towards a spreader head that ejects bale material from the apparatus; the conveyor belt extending around at least two rollers (32, 34F) spaced apart in the longitudinal direction; characterised in that: (a) the apparatus further comprises a rectangular frame located on the side of the apparatus by means of which the apparatus may be connected to a loader and a pair of horizontal support struts forming part of the box frame and extending in a lateral direction at the base of the box frame, the support struts providing additional strength for the apparatus to be carried transversely by the loader, and the support struts extending parallel to the rollers (32, 34F) and inside the continuum of the conveyor belt; and (b) a sequence of guide rollers are provided within the continuum of the conveyor belt. a box frame which retains a bale of material; a conveyor surface provided by a continuous conveyor belt, mounted on the box frame and upon which the bale rests, the conveyor belt being operable to move the bale in a longitudinal direction towards a spreader head that ejects bale material from the apparatus; the conveyor belt extending around at least two rollers (32, 34F) spaced apart in the longitudinal direction; (a) the apparatus further comprises a rectangular frame located on the side of the apparatus by means of which the apparatus may be connected to a loader and a pair of horizontal support struts forming part of the box frame and extending in a lateral direction at the base of the box frame, the support struts providing additional strength for the apparatus to be carried transversely by the loader, and the support struts extending parallel to the rollers (32, 34F) and inside the continuum of the conveyor belt; and (b) a sequence of guide rollers are provided within the continuum of the conveyor belt.
Fastening screw, comprising an electrically insulating insulating body and a metal body formed from a metal and having an external thread, wherein the metal body is fastened on the insulating body and has a first axial end and a second axial end opposite the first axial end, wherein the first axial end is remote from a screw head of the fastening screw, and wherein the insulating body, by means of a shaft portion, emerges from the first axial end of the metal body along the longitudinal axis of the metal body, characterized in that the shaft portion emerging from the first axial end of the metal body has an axial first region extending from the first axial end of the metal body, wherein the external diameter (d 1) of the axial first region corresponds to the internal diameter (d 1) of the metal body or is smaller than the internal diameter (d 1) of the metal body.
A digital pilot notepad for being utilized in conjunction with a flight deck system of an aircraft, the digital pilot notepad comprising: an avionics interface over which alphanumeric input data is transmitted to the flight deck system; a touchscreen device; and a controller operably coupled to the avionics interface and to the touchscreen device, the controller configured to: digitally capture a handwritten pilot note (72, 142, 170) written on the touchscreen device by a pilot; convert handwritten command data contained within the handwritten pilot note to alphanumeric command data (82, 144) in a format compatible with the flight deck system and specifying the parameters of a navigational procedure to be performed by the aircraft; separate the alphanumeric command data into a plurality of command elements; submit the alphanumeric command data to the flight deck system over the avionics interface; and enter the plurality of command elements into a corresponding plurality of separate data fields (122, 168) of a Graphical User Interface page generated by the flight deck system. an avionics interface over which alphanumeric input data is transmitted to the flight deck system; a touchscreen device; and a controller operably coupled to the avionics interface and to the touchscreen device, the controller configured to: digitally capture a handwritten pilot note (72, 142, 170) written on the touchscreen device by a pilot; convert handwritten command data contained within the handwritten pilot note to alphanumeric command data (82, 144) in a format compatible with the flight deck system and specifying the parameters of a navigational procedure to be performed by the aircraft; separate the alphanumeric command data into a plurality of command elements; submit the alphanumeric command data to the flight deck system over the avionics interface; and enter the plurality of command elements into a corresponding plurality of separate data fields (122, 168) of a Graphical User Interface page generated by the flight deck system. digitally capture a handwritten pilot note (72, 142, 170) written on the touchscreen device by a pilot; convert handwritten command data contained within the handwritten pilot note to alphanumeric command data (82, 144) in a format compatible with the flight deck system and specifying the parameters of a navigational procedure to be performed by the aircraft; separate the alphanumeric command data into a plurality of command elements; submit the alphanumeric command data to the flight deck system over the avionics interface; and enter the plurality of command elements into a corresponding plurality of separate data fields (122, 168) of a Graphical User Interface page generated by the flight deck system.
A sheet of a polylactic acid resin composition, comprising a resin composition primarily including a poly-L-lactic acid having an L-form content of 90 to 100 mol% and a resin composition (d) primarily including a poly-D-lactic acid having a D-form content of 90 to 100 mol%, the resin compositions and (d) being stacked alternately one on another with and (d) each being 0.01 to 2.5 um in a single layer thickness, the ratio of the thickness of the resin layer made of the resin to the thickness of the resin layer made of the resin (d) being from 70/30 to 30/70, and optional additives, which may be added to the layers in an amount of 0 to 10% by weight, wherein a peak of a melting point of the polylactic acid resin composition is observed at 210°C or higher in DSC measurement in accordance with JIS K7122 using a 10 mg sample at a temperature raising rate of 20°C per minute, and an enthalpy of fusion of the polylactic acid resin composition is measured to be 60 J/g or more in accordance with JIS K7122 when the sample is heated to 280°C, held for 3 minutes, then immediately cooled rapidly by immersing in liquid nitrogen for 5 min, and further subjected to DSC measurement at a temperature raising rate of 20°C per minute, and wherein the thickness of the sheet is within the range of 10 to 1000 μm.
A method for processing a scheduling request in a handover scenario, comprising: when a user equipment has just handed over to a new cell, setting an advance time interval for triggering a scheduling request in advance according to a number of a subframe for sending a handover completion message of the user equipment; in the advance time interval, determining a trigger time for triggering the scheduling request in advance according to the number of the subframe for sending uplink data of the user equipment; and triggering the scheduling request in advance according to the trigger time, characterized in that the step of setting an advance time interval for triggering a scheduling request in advance according to a number of a subframe for sending a handover completion message of the user equipment comprises: setting the number of the subframe for sending the handover completion message of the user equipment as a starting time for triggering the scheduling request in advance; and setting a sum of the starting time and a preset retransmission buffer status report timer duration as a termination time of triggering the scheduling request in advance, wherein, an interval between the starting time and the termination time is the advance time interval. when a user equipment has just handed over to a new cell, setting an advance time interval for triggering a scheduling request in advance according to a number of a subframe for sending a handover completion message of the user equipment; in the advance time interval, determining a trigger time for triggering the scheduling request in advance according to the number of the subframe for sending uplink data of the user equipment; and triggering the scheduling request in advance according to the trigger time, characterized in that the step of setting an advance time interval for triggering a scheduling request in advance according to a number of a subframe for sending a handover completion message of the user equipment comprises: setting the number of the subframe for sending the handover completion message of the user equipment as a starting time for triggering the scheduling request in advance; and setting a sum of the starting time and a preset retransmission buffer status report timer duration as a termination time of triggering the scheduling request in advance, wherein, an interval between the starting time and the termination time is the advance time interval. setting the number of the subframe for sending the handover completion message of the user equipment as a starting time for triggering the scheduling request in advance; and setting a sum of the starting time and a preset retransmission buffer status report timer duration as a termination time of triggering the scheduling request in advance, wherein, an interval between the starting time and the termination time is the advance time interval.
A vehicle lamp unit that is mounted on a vehicle, the lamp unit comprising: a light source; a movable shade that is capable of being pivoted about a pivot shaft and switches a shielded amount of light emitted from the light source in accordance with a pivot amount; an actuator having an output shaft that can be axially moved; a link member that is connected to the output shaft and displaced in conjunction with a movement of the output shaft; a first sliding contact member provided on the movable shade; and a second sliding contact member that is provided on the link member and abutted against the first sliding contact member, wherein the movable shade is configured to be pivoted about the pivot shaft when the first sliding contact member slides on the second sliding contact member in accordance with a displacement of the link member, and a surface of one of the first sliding contact member and the second sliding contact member is formed as a curved surface, characterized in that the other of the first sliding contact member and the second sliding contact member has a plane in contact with the curved surface, and the first sliding contact member and the second sliding contact member are always in point-contact with each other. a light source; a movable shade that is capable of being pivoted about a pivot shaft and switches a shielded amount of light emitted from the light source in accordance with a pivot amount; an actuator having an output shaft that can be axially moved; a link member that is connected to the output shaft and displaced in conjunction with a movement of the output shaft; a first sliding contact member provided on the movable shade; and a second sliding contact member that is provided on the link member and abutted against the first sliding contact member, wherein the movable shade is configured to be pivoted about the pivot shaft when the first sliding contact member slides on the second sliding contact member in accordance with a displacement of the link member, and a surface of one of the first sliding contact member and the second sliding contact member is formed as a curved surface, characterized in that the other of the first sliding contact member and the second sliding contact member has a plane in contact with the curved surface, and the first sliding contact member and the second sliding contact member are always in point-contact with each other.
A mobile communication system having: a portable terminal (101, 102); a base station (103, 104) that performs wireless communication with said portable terminal (101, 102); a gateway device that connects said base station (103, 104) to a core network; and a core network device that is installed in said core network and that performs mobility management of said portable terminal (101, 102), wherein: said portable terminal (101, 102) is configured to transmit to said gateway device information for determining whether or not Selected Internet Protocol, IP, Traffic Offload has been activated; said gateway device is configured to control whether or not to terminate a U-plane based on said information from said portable terminal (101, 102) and an activation determination flag; and when, after said Selected IP Traffic Offload has been activated, the activation of said Selected IP Traffic Offload becomes unnecessary, said portable terminal (101, 102) is configured to, by not setting information for determining whether or not said Selected IP Traffic Offload has been activated in an E-RAB Modify message, inform said gateway device of the cancellation of said Selected IP Traffic Offload. said portable terminal (101, 102) is configured to transmit to said gateway device information for determining whether or not Selected Internet Protocol, IP, Traffic Offload has been activated; said gateway device is configured to control whether or not to terminate a U-plane based on said information from said portable terminal (101, 102) and an activation determination flag; and when, after said Selected IP Traffic Offload has been activated, the activation of said Selected IP Traffic Offload becomes unnecessary, said portable terminal (101, 102) is configured to, by not setting information for determining whether or not said Selected IP Traffic Offload has been activated in an E-RAB Modify message, inform said gateway device of the cancellation of said Selected IP Traffic Offload.