mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a cabinet having a storage compartment; a main door pivotably mounted to the cabinet to allow access to the storage compartment, the main door having an opening for an auxiliary storage compartment within the main door; a sub door pivotably mounted to the main door to enable access to the auxiliary storage compartment; a support shelf having at least one rotating shaft (230, 240) pivotably mounted at a lower vicinity of the opening of the main door; characterized by a case (410, 420) mounted in a recess formed in the main door, the case having an opening through which a slider is configured to slide forward and rearward, and a rotating gear provided with a pinion at a circumferential surface and coupled to the at least one rotating shaft (230, 240) of the support shelf; and a guide pin secured to the case in a front-and rear direction and mounted to penetrate the slider so as to guide movement of the slider, wherein the slider includes a rack engaged with the pinion such that a movement of the sub door to close the auxiliary storage compartment rotates the support shelf to a vertical position, and a movement of the sub door to open the auxiliary storage compartment rotates the support shelf to a horizontal position. a cabinet having a storage compartment; a main door pivotably mounted to the cabinet to allow access to the storage compartment, the main door having an opening for an auxiliary storage compartment within the main door; a sub door pivotably mounted to the main door to enable access to the auxiliary storage compartment; a support shelf having at least one rotating shaft (230, 240) pivotably mounted at a lower vicinity of the opening of the main door; characterized by a case (410, 420) mounted in a recess formed in the main door, the case having an opening through which a slider is configured to slide forward and rearward, and a rotating gear provided with a pinion at a circumferential surface and coupled to the at least one rotating shaft (230, 240) of the support shelf; and a guide pin secured to the case in a front-and rear direction and mounted to penetrate the slider so as to guide movement of the slider, wherein the slider includes a rack engaged with the pinion such that a movement of the sub door to close the auxiliary storage compartment rotates the support shelf to a vertical position, and a movement of the sub door to open the auxiliary storage compartment rotates the support shelf to a horizontal position.
A solid composition for oral administration comprising semaglutide and a salt of N-(8-(2-hydroxybenzoyl)amino)caprylic acid, wherein said composition comprises at least 60% (w/w) of said salt of N-(8-(2-hydroxybenzoyl)-amino)caprylic acid.
Method for operating a track system, which comprises two or more line sections (SA1-SA5) which form a route to a destination and which would be traversed in order to reach the destination, characterised in that - the line sections (SA1-SA5) are each managed by assigned trackside equipment (SE1-SE5), which permits or prohibits traversal of the respective line section (SA1-SA5), - a vehicle, which hopes to reach the destination on the track system, sends a permission to proceed request specifying at least the destination to the trackside equipment (SE1-SE5), subsequently referred to as first trackside equipment (SE1-SE5), of the next line section (SA1-SA5) to be traversed and - the first trackside equipment (SE1-SE5), after consulting with all other trackside equipment (SE1-SE5), the assigned line sections (SA1-SA5) thereof would likewise be traversed in order to reach the destination, subsequently referred to as relevant trackside equipment (SE1-SE5), - sends a response back to the vehicle, with which, in the event that the destination can be reached according to a result of the consultation, the entry into the first line section (SA1-SA5) and moreover the traversal of all line sections (SA1-SA5) of the route is permitted and in the event that the destination cannot be reached according to the result of the consultation, an entry into the first line section (SA1-SA5) is prohibited. - the line sections (SA1-SA5) are each managed by assigned trackside equipment (SE1-SE5), which permits or prohibits traversal of the respective line section (SA1-SA5), - a vehicle, which hopes to reach the destination on the track system, sends a permission to proceed request specifying at least the destination to the trackside equipment (SE1-SE5), subsequently referred to as first trackside equipment (SE1-SE5), of the next line section (SA1-SA5) to be traversed and - the first trackside equipment (SE1-SE5), after consulting with all other trackside equipment (SE1-SE5), the assigned line sections (SA1-SA5) thereof would likewise be traversed in order to reach the destination, subsequently referred to as relevant trackside equipment (SE1-SE5), - sends a response back to the vehicle, with which, in the event that the destination can be reached according to a result of the consultation, the entry into the first line section (SA1-SA5) and moreover the traversal of all line sections (SA1-SA5) of the route is permitted and in the event that the destination cannot be reached according to the result of the consultation, an entry into the first line section (SA1-SA5) is prohibited.
Vehicle sensor device, comprising at least one sensor for detecting the yaw rate of a vehicle, at least one sensor for detecting the lateral acceleration of a vehicle, at least one computing unit and at least one interface of a data bus, especially CAN or FlexRay, via which the sensor signals or sensor data derived therefrom can be transmitted to at least one electronic control device, characterized in that a relative steering angle sensor is only connected to the vehicle sensor device and is especially integrated with the other sensors in a housing, and the computing unit carries out a calibration of the relative steering angle signals at least using the data or signals of the yaw rate sensor and/or of the lateral acceleration sensor, and that absolute steering angle data are provided via the at least one data bus interface.
Pedal drive system for generating electrical power from muscle power of a user with at least - one pedal; - an electric generator, connected mechanically with said at least one pedal; and - a control unit for controlling a feedback torque, applied at said pedal; characterized in that - the control unit comprises a haptic renderer, configured for control of said feedback torque based on at least one predefined pedal reference trajectory, wherein the control unit further comprises an inertia modeler, configured to iteratively adapt the at least one pedal reference trajectory, which adapted pedal reference trajectory is provided to the haptic renderer for control of said feedback torque. - one pedal; - an electric generator, connected mechanically with said at least one pedal; and - a control unit for controlling a feedback torque, applied at said pedal; characterized in that - the control unit comprises a haptic renderer, configured for control of said feedback torque based on at least one predefined pedal reference trajectory, wherein the control unit further comprises an inertia modeler, configured to iteratively adapt the at least one pedal reference trajectory, which adapted pedal reference trajectory is provided to the haptic renderer for control of said feedback torque.
A conditional handover method performed by a terminal, comprising: receiving configuration information; wherein the configuration information comprises at least one of the following: a trigger event; an index of a trigger event; that a trigger event is associated with a first message; or that that a trigger event is associated with a PCell identifier or SpCell identifier in a first message; and determining, based on a measurement result of a first cell, whether a trigger condition is met; and handing over to the first cell in a case that the trigger condition is met, wherein the first cell is associated with the trigger condition, the association manner comprises the first cell being in one-to-one correspondence to the trigger condition, wherein the first cell is a primary cell, PCell, associated with the trigger condition; or the first cell is a special cell, SpCell, associated with the trigger condition. receiving configuration information; wherein the configuration information comprises at least one of the following: a trigger event; an index of a trigger event; that a trigger event is associated with a first message; or that that a trigger event is associated with a PCell identifier or SpCell identifier in a first message; and determining, based on a measurement result of a first cell, whether a trigger condition is met; and handing over to the first cell in a case that the trigger condition is met, wherein the first cell is associated with the trigger condition, the association manner comprises the first cell being in one-to-one correspondence to the trigger condition, wherein the first cell is a primary cell, PCell, associated with the trigger condition; or the first cell is a special cell, SpCell, associated with the trigger condition.
An apparatus comprising means for performing: - receiving a cryptographic proof of use indicative of decoding of a first media content element by a user device, - receiving a cryptographic first expected proof of use value, - controlling access to an encrypted second media content element associated with the first media content element on the basis of verification of the received cryptographic proof of use and the first expected proof of use value, and - the apparatus being characterised by means for performing - receiving a first signed digital resource transaction associated with the second media content element from a first media content element provider, and - in response to the received cryptographic proof of use matching with the first expected proof of use value sending, for publication in a distributed ledger, the first signed digital resource transaction to a media service provider or a second media content element provider. - receiving a cryptographic proof of use indicative of decoding of a first media content element by a user device, - receiving a cryptographic first expected proof of use value, - controlling access to an encrypted second media content element associated with the first media content element on the basis of verification of the received cryptographic proof of use and the first expected proof of use value, and - the apparatus being characterised by means for performing - receiving a first signed digital resource transaction associated with the second media content element from a first media content element provider, and - in response to the received cryptographic proof of use matching with the first expected proof of use value sending, for publication in a distributed ledger, the first signed digital resource transaction to a media service provider or a second media content element provider.
A power semiconductor module arrangement comprising: a base plate suitable to be arranged in a housing; a contact element suitable to be arranged in the housing and configured to, when arranged within the housing, provide an electrical connection between the inside and the outside of the housing, wherein the contact element is formed separately from the housing; and a connecting element configured to connect the contact element to the base plate, wherein the connecting element comprises a first electrically insulating layer, a second electrically insulating layer configured to attach the contact element to the first electrically insulating layer, and a third electrically insulating layer configured to attach the first electrically insulating layer to the base plate. a base plate suitable to be arranged in a housing; a contact element suitable to be arranged in the housing and configured to, when arranged within the housing, provide an electrical connection between the inside and the outside of the housing, wherein the contact element is formed separately from the housing; and a connecting element configured to connect the contact element to the base plate, wherein the connecting element comprises a first electrically insulating layer,
An access port for enabling passage of a conduit through a partition wall, said port comprising three portions, a sleeve portion surrounding an aperture for receiving a conduit there through, a flange portion for attachment to the partition wall, said flange portion encircles the sleeve portion and has a greater diameter than the sleeve portion, and a membrane portion connecting the flange portion and the sleeve portion, wherein the sleeve portion comprises an upper lip extending upwards and a lower lip extending downwards with respect to the point where the membrane portion and the sleeve portion connects, characterized in that at least one of the sleeve lips (10,11) are capable of turning inside out during use.
Ammunition cartridge comprising a rigid casing including a tubular sleeve and a base closing an end of the casing, a projectile mounted at another end of the casing, a propellant charge contained inside the casing, and an ignition device, the projectile comprising a solid material body having a volume V1 extending between a tip to a trailing end, wherein the projectile further comprises a cavity that extends into the body from the trailing end, characterised in that, a volume V2 of the cavity being at least fifteen percent (15%) of a combined volume V1 + V2 of the projectile solid material and cavity: V2 > 0,15 × (V1 + V2), and wherein the projectile comprises a flight destabilizing device comprising a consumable material mounted in the cavity and configured to deplete as the projectile flies thus offsetting a centre of gravity of the projectile from a centre longitudinal axis of the projectile.
A process for producing a titanium or titanium alloy load-bearing structure, which process comprises cold-gas dynamic spraying of titanium or titanium alloy particles on to a support member to form the load-bearing structure as a unitary construction thereby avoiding the need to make and join together individual components, wherein the load-bearing structure is a frame for an aerospace vessel, nautical vessel, motor vehicle, bicycle, motorcycle, motor scooter, wheelchair, hang glider or luggage, wherein the shape and configuration of the support member reflects the intended shape and configuration of the load-bearing structure to be produced, and wherein after cold-gas dynamic spraying has been completed the support member is removed to produce the titanium or titanium alloy load-bearing structure.
Clutch assembly for a driveline of a motor vehicle, comprising: a wet running friction plate clutch having an inner plate carrier to which inner plates are connected in a rotationally fixed and axially movable way, and having an outer plate carrier to which outer plates are connected in a rotationally fixed and axially movable way, wherein the inner plates and the outer plates jointly form a plate package, wherein the inner plate carrier comprises at least one bore in an axial overlapping region with the plate package, through which bore oil can flow to the plate package, a supporting plate against which the plate package is axially supported, an axially movable pressure plate for axially loading the plate package, an operating device for operating the friction plate clutch by axially moving the pressure plate, a flow controller for controlling an oil volume flow rate through the at least one bore of the inner plate carrier, wherein the flow controller comprises a setting member which is operable by the operating device for the friction plate clutch, wherein the setting member comprises a cover portion for covering an opening region of the at least one bore, characterised in that the setting member is connected to the inner plate carrier in a rotationally fixed and axially movable way. a wet running friction plate clutch having an inner plate carrier to which inner plates are connected in a rotationally fixed and axially movable way, and having an outer plate carrier to which outer plates are connected in a rotationally fixed and axially movable way, wherein the inner plates and the outer plates jointly form a plate package, wherein the inner plate carrier comprises at least one bore in an axial overlapping region with the plate package, through which bore oil can flow to the plate package, a supporting plate against which the plate package is axially supported, an axially movable pressure plate for axially loading the plate package, an operating device for operating the friction plate clutch by axially moving the pressure plate, a flow controller for controlling an oil volume flow rate through the at least one bore of the inner plate carrier, wherein the flow controller comprises a setting member which is operable by the operating device for the friction plate clutch, wherein the setting member comprises a cover portion for covering an opening region of the at least one bore, characterised in that the setting member is connected to the inner plate carrier in a rotationally fixed and axially movable way.
A dispenser-container assembly for containing a substance and delivering it in a spray form in a target area, the assembly comprising: a container and a pump associated to said container to suck an amount of substance from said container and deliver it towards an outlet nozzle; a button to actuate said pump, said button comprising a button lateral surface; a body associable to the container and enclosing at least a portion of said button lateral surface; and a dispensing cannula configured to assume a rest configuration and a configuration of use; characterized in that the assembly further comprises a cannula housing within which substantially the full length of the cannula can be held in a secured way when the assembly is in its rest configuration, and in that said body is configured to retain and guide said button in an essentially translational movement, said body comprises a member which projects upwardly from said container, wherein an inner surface of said member directly faces a corresponding portion of the button lateral surface, and said button has a non-circular shape identified by a cross-section with a minor axis and a major axis of a length greater than the length of said minor axis. a container and a pump associated to said container to suck an amount of substance from said container and deliver it towards an outlet nozzle; a button to actuate said pump, said button comprising a button lateral surface; a body associable to the container and enclosing at least a portion of said button lateral surface; and a dispensing cannula configured to assume a rest configuration and a configuration of use; characterized in that the assembly further comprises a cannula housing within which substantially the full length of the cannula can be held in a secured way when the assembly is in its rest configuration, and in that said body is configured to retain and guide said button in an essentially translational movement, said body comprises a member which projects upwardly from said container, wherein an inner surface of said member directly faces a corresponding portion of the button lateral surface, and said button has a non-circular shape identified by a cross-section with a minor axis and a major axis of a length greater than the length of said minor axis.
A surface fastener: comprising a hook surface fastener which comprises hook fastener elements comprising monofilaments on a surface of a base fabric, and a loop surface fastener which comprises loop fastener elements capable of engaging with the hook fastener elements and comprising multifilaments on a surface of a base fabric; or comprising a mixed surface fastener which comprises hook fastener elements comprising monofilaments and loop fastener elements comprising multifilaments both on a same surface of a base fabric; wherein the surface fastener is characterized in that the monofilaments comprise a polyethylene terephthalate-based polyester resin, and the multifilaments comprise a polybutylene terephthalate-based polyester resin. comprising a hook surface fastener which comprises hook fastener elements comprising monofilaments on a surface of a base fabric, and a loop surface fastener which comprises loop fastener elements capable of engaging with the hook fastener elements and comprising multifilaments on a surface of a base fabric; or comprising a mixed surface fastener which comprises hook fastener elements comprising monofilaments and loop fastener elements comprising multifilaments both on a same surface of a base fabric; wherein the surface fastener is characterized in that the monofilaments comprise a polyethylene terephthalate-based polyester resin, and the multifilaments comprise a polybutylene terephthalate-based polyester resin.
A feedforward control method, comprising: determining, according to a difference between an input voltage reference value and an input voltage measurement value acquired by a high-speed low-precision analog-to-digital converter by means of periodical sampling, whether the input voltage rapidly changes or slowly changes; when it is determined that the input voltage rapidly changes, determining, from an information table, a first feedforward gain coefficient corresponding to the difference according to a difference between the input voltage reference value and a first input voltage measurement value acquired by the high-speed low-precision analog-to-digital converter in a current sampling period; when it is determined that the input voltage slowly changes, determining a ratio of the input voltage reference value to a second input voltage measurement value acquired by a low-speed high-precision analog-to-digital converter in the current sampling period as a second feedforward gain coefficient; and using the first feedforward gain coefficient or the second feedforward gain coefficient as a feedforward gain coefficient of a current input voltage, multiplying the feedforward gain coefficient of the current input voltage by an output value of a feedback loop of an output voltage to acquire a multiplication result, and converting the multiplication result to a control signal to control stable output of the output voltage. determining, according to a difference between an input voltage reference value and an input voltage measurement value acquired by a high-speed low-precision analog-to-digital converter by means of periodical sampling, whether the input voltage rapidly changes or slowly changes; when it is determined that the input voltage rapidly changes, determining, from an information table, a first feedforward gain coefficient corresponding to the difference according to a difference between the input voltage reference value and a first input voltage measurement value acquired by the high-speed low-precision analog-to-digital converter in a current sampling period; when it is determined that the input voltage slowly changes, determining a ratio of the input voltage reference value to a second input voltage measurement value acquired by a low-speed high-precision analog-to-digital converter in the current sampling period as a second feedforward gain coefficient; and using the first feedforward gain coefficient or the second feedforward gain coefficient as a feedforward gain coefficient of a current input voltage, multiplying the feedforward gain coefficient of the current input voltage by an output value of a feedback loop of an output voltage to acquire a multiplication result, and converting the multiplication result to a control signal to control stable output of the output voltage.