mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system comprising a communication apparatus and a terminal apparatus, wherein the communication apparatus comprises: a receiver configured to receive a transport block over a physical uplink shared channel (PUSCH) of a first component carrier which belongs to a first timing advance group (TAG), and receives a random access preamble transmitted over a physical random access channel (PRACH) of a second component carrier which belongs to a second TAG, the second TAG being different from the first TAG, wherein power for the PUSCH transmission is determined for each subframe at the terminal apparatus, and wherein when a total transmission power exceeds a maximum output power configured for the terminal apparatus PMAX, the power for the PUSCH transmission is scaled at the terminal apparatus so that the adjusted total transmission power does not exceed PMAX within a transmission time interval where simultaneous uplink transmission on the PUSCH and on the PRACH occurs; and a transmitter configured to transmit a random access response in response to the random access preamble. a receiver configured to receive a transport block over a physical uplink shared channel (PUSCH) of a first component carrier which belongs to a first timing advance group (TAG), and receives a random access preamble transmitted over a physical random access channel (PRACH) of a second component carrier which belongs to a second TAG, the second TAG being different from the first TAG, wherein power for the PUSCH transmission is determined for each subframe at the terminal apparatus, and wherein when a total transmission power exceeds a maximum output power configured for the terminal apparatus PMAX, the power for the PUSCH transmission is scaled at the terminal apparatus so that the adjusted total transmission power does not exceed PMAX within a transmission time interval where simultaneous uplink transmission on the PUSCH and on the PRACH occurs; and a transmitter configured to transmit a random access response in response to the random access preamble.
A method of allocating a routing identifier to a subscription, the method comprising: sending , by a server to a database application, a request for allocating a routing identifier, the request comprising a subscription identifier of a device; selecting , by the database application, a routing identifier on the basis of the request, the routing identifier being allocated by the database application for a time period; using, by the database application, the request to create an association between the selected routing identifier and the subscription identifier in a subscription database; sending , by the database application to the server, a message comprising the subscription identifier and the routing identifier to notify the server that the routing identifier has been allocated; sending , by the server, one or more messages to the device; de-allocating , by the database application, the selected routing identifier, after lapse of the time period; and notifying , by the database application, the server about said de-allocation. sending , by a server to a database application, a request for allocating a routing identifier, the request comprising a subscription identifier of a device; selecting , by the database application, a routing identifier on the basis of the request, the routing identifier being allocated by the database application for a time period; using, by the database application, the request to create an association between the selected routing identifier and the subscription identifier in a subscription database; sending , by the database application to the server, a message comprising the subscription identifier and the routing identifier to notify the server that the routing identifier has been allocated; sending , by the server, one or more messages to the device; de-allocating , by the database application, the selected routing identifier, after lapse of the time period; and notifying , by the database application, the server about said de-allocation.
Graphene transistor system for measuring electrophysiological signals, comprising: a. a processing unit, and b. at least one graphene transistor (gSGFET) comprising graphene as channel material contacted by two terminals, being the device characterized by comprising connected to the graphene transistor (gSGFET): a. a tunable voltage source connected at the drain and source terminals of the graphene transistor (gSGFET) referred to the gate voltage, and b. at least one filter configured to acquire and split a signal from the graphene transistor into at least two frequency bands, a low frequency band and a high frequency band, to provide a first low frequency signal and a second high frequency signal, wherein the first low frequency signal and the second high frequency signal are respectively amplified with a gain value. a. a processing unit, and b. at least one graphene transistor (gSGFET) comprising graphene as channel material contacted by two terminals, a. a tunable voltage source connected at the drain and source terminals of the graphene transistor (gSGFET) referred to the gate voltage, and b. at least one filter configured to acquire and split a signal from the graphene transistor into at least two frequency bands, a low frequency band and a high frequency band, to provide a first low frequency signal and a second high frequency signal, wherein the first low frequency signal and the second high frequency signal are respectively amplified with a gain value.
A ramp structure , the ramp structure comprising: first and second ramp kerbs, each ramp kerb comprising a first longitudinally extending channel open at an inner transverse edge of the ramp kerb and a second longitudinally extending channel open at the inner transverse edge of the ramp kerb , wherein said first and second longitudinally extending channels are vertically spaced; a ramp surface having transverse edges spaced by an uppermost lateral edge and a lowermost lateral edge, a first of the transverse edges of the ramp surface being received in the first longitudinally extending channel of the first ramp kerb , and a second of the transverse edges of the ramp surface being received in the first longitudinally extending channel of the second ramp kerb ; and a ramp lip extension comprising a lip surface having transverse edges spaced by an uppermost lateral end and a lowermost lateral end, and an attachment portion, said attachment portion comprising a downwardly depending skirt depending from the uppermost lateral end of the lip surface and at least one projection projecting from said skirt away from said lip surface , wherein said at least one projection is vertically spaced below said uppermost lateral end of the lip surface by said skirt , the at least one projection of the ramp lip extension being received in the second longitudinally extending channels of the first and second ramp kerbs, such that the uppermost lateral end of the lip surface is in abutment with the lowermost lateral end of the ramp surface . first and second ramp kerbs, each ramp kerb comprising a first longitudinally extending channel open at an inner transverse edge of the ramp kerb and a second longitudinally extending channel open at the inner transverse edge of the ramp kerb , wherein said first and second longitudinally extending channels are vertically spaced; a ramp surface having transverse edges spaced by an uppermost lateral edge and a lowermost lateral edge, a first of the transverse edges of the ramp surface being received in the first longitudinally extending channel of the first ramp kerb , and a second of the transverse edges of the ramp surface being received in the first longitudinally extending channel of the second ramp kerb ; and a ramp lip extension comprising a lip surface having transverse edges spaced by an uppermost lateral end and a lowermost lateral end, and an attachment portion, said attachment portion comprising a downwardly depending skirt depending from the uppermost lateral end of the lip surface and at least one projection projecting from said skirt away from said lip surface , wherein said at least one projection is vertically spaced below said uppermost lateral end of the lip surface by said skirt , the at least one projection of the ramp lip extension being received in the second longitudinally extending channels of the first and second ramp kerbs, such that the uppermost lateral end of the lip surface is in abutment with the lowermost lateral end of the ramp surface .
A method, comprising: forming a lithium metal film on a current collector, wherein the current collector comprises a copper film; and forming a SEI film stack on the lithium metal film, comprising: exposing the lithium metal film to a gas treatment, the gas treatment comprising exposing the lithium metal film to an SF 6 gas treatment, a plasma oxidation process, or a plasma nitridation process; and forming a chalcogenide film on the lithium metal film, wherein the chalcogenide film is selected from the group of a bismuth chalcogenide film, a copper chalcogenide film, or combinations thereof or forming a SEI film stack on the lithium metal film, comprising: forming a chalcogenide film on the lithium metal film, wherein the chalcogenide film is selected from the group of a bismuth chalcogenide film, a copper chalcogenide film, or combinations thereof; forming an additional lithium metal film on the chalcogenide film; and exposing the additional lithium metal film to a gas treatment, the gas treatment comprising exposing the lithium metal film to an SF 6 gas treatment, a plasma oxidation process, or a plasma nitridation process. forming a lithium metal film on a current collector, wherein the current collector comprises a copper film; and forming a SEI film stack on the lithium metal film, comprising: exposing the lithium metal film to a gas treatment, the gas treatment comprising exposing the lithium metal film to an SF 6 gas treatment, a plasma oxidation process, or a plasma nitridation process; and forming a chalcogenide film on the lithium metal film, wherein the chalcogenide film is selected from the group of a bismuth chalcogenide film, a copper chalcogenide film, or combinations thereof or exposing the lithium metal film to a gas treatment, the gas treatment comprising exposing the lithium metal film to an SF 6 gas treatment, a plasma oxidation process, or a plasma nitridation process; and forming a chalcogenide film on the lithium metal film, wherein the chalcogenide film is selected from the group of a bismuth chalcogenide film, a copper chalcogenide film, or combinations thereof or forming a SEI film stack on the lithium metal film, comprising: forming a chalcogenide film on the lithium metal film, wherein the chalcogenide film is selected from the group of a bismuth chalcogenide film, a copper chalcogenide film, or combinations thereof; forming an additional lithium metal film on the chalcogenide film; and exposing the additional lithium metal film to a gas treatment, the gas treatment comprising exposing the lithium metal film to an SF 6 gas treatment, a plasma oxidation process, or a plasma nitridation process. forming a chalcogenide film on the lithium metal film, wherein the chalcogenide film is selected from the group of a bismuth chalcogenide film, a copper chalcogenide film, or combinations thereof; forming an additional lithium metal film on the chalcogenide film; and exposing the additional lithium metal film to a gas treatment, the gas treatment comprising exposing the lithium metal film to an SF 6 gas treatment, a plasma oxidation process, or a plasma nitridation process.
Apparatus for separation of grain for a plot combine harvester, comprising a deflecting surface for a conveying air stream laden with the granular material, the flow of the conveying air stream taking place substantially tangentially against the deflecting surface, characterised in that the deflecting surface is curved downwards in the flow direction and in that a guiding surface , which is curved in the opposite direction, for a substantially laminar flow diversion adjoins the deflecting surface in the flow direction.
A motion conversion mechanism comprising: a shaft having an external thread; and a cylinder having an internal thread that is screwed with the external thread, wherein the motion conversion mechanism converts rotating motion of one of the shaft and the cylinder into linear motion of the other of the shaft and the cylinder , and wherein the cylinder is provided with two internal thread portions , each having the internal thread, such that a threadless portion having no internal thread is interposed between the two internal thread portions in an axial direction, characterized in that : the threadless portion is longer in axial length than a shorter one, in axial length, of the two internal thread portions . a shaft having an external thread; and a cylinder having an internal thread that is screwed with the external thread, wherein the motion conversion mechanism converts rotating motion of one of the shaft and the cylinder into linear motion of the other of the shaft and the cylinder , and wherein the cylinder is provided with two internal thread portions , each having the internal thread, such that a threadless portion having no internal thread is interposed between the two internal thread portions in an axial direction, characterized in that : the threadless portion is longer in axial length than a shorter one, in axial length, of the two internal thread portions .
An endoscopic electrosurgical device, comprising: an electrosurgical instrument , a feed structure configured to convey electromagnetic energy from a proximal end of the electrosurgical instrument to a region at a distal end of the electrosurgical instrument , a radiating element arranged in the region at the distal end , the radiating element being connected to the feed structure to receive the electromagnetic energy therefrom, the radiating element being configured to radiate the electromagnetic energy into a target area, an image capturing device arranged in the region at the distal end and configured to generate an image of a part of the target area, and an elongated body extending from the proximal end to the distal end , characterized in that at least part of the feed structure is printed on an outer surface of the body . an electrosurgical instrument , a feed structure configured to convey electromagnetic energy from a proximal end of the electrosurgical instrument to a region at a distal end of the electrosurgical instrument , a radiating element arranged in the region at the distal end , the radiating element being connected to the feed structure to receive the electromagnetic energy therefrom, the radiating element being configured to radiate the electromagnetic energy into a target area, an image capturing device arranged in the region at the distal end and configured to generate an image of a part of the target area, and an elongated body extending from the proximal end to the distal end , characterized in that at least part of the feed structure is printed on an outer surface of the body .
Handpiece for spraying on a fluid jet with a handpiece casing in which a nozzle element for forming the jet geometry of the fluid jet is accommodated wherein said nozzle element is fixedly connected to an integrally formed nozzle holder and is fixed relative to said handpiece casing , characterized in that said nozzle holder is formed from plastic material and is connected to said nozzle element by way of overmolding and sealingly abuts against the outer circumferential surface of said nozzle element .
A bearing unit for a football table , wherein the bearing unit has a bearing shell and an inner bearing , which is formed in two parts and has an upper part and a lower part , characterised in that there is an arrangement of openings of the inner bearing inside the bearing shell at various heights (H1, H2) in relation to a playing surface , and when the inner bearing is configured with the upper part and lower part having different heights, a variable height of the opening in the vertical direction of the bearing unit can be selected through a variable vertical arrangement of the inner bearing in the bearing shell by rotation of the inner bearing through 180° on insertion into the bearing shell .
Press assembly for pressing a pressed part from a powdery and/or granular ceramic material to be pressed, wherein the press assembly comprises - a first press molding component , which has a membrane that can be subjected to pressing pressure (p1) on the rear side, - an at least sectionally elastic outer mold which can be inserted or is inserted in the first press molding component , characterized by - a second press molding component (23; 60), which can be arranged as a counter-element for forming a mold cavity between, on the one hand, itself or an inner mold arranged on the second press molding component and, on the other hand, an inner-side mold section of the outer mold . - a first press molding component , which has a membrane that can be subjected to pressing pressure (p1) on the rear side, - an at least sectionally elastic outer mold which can be inserted or is inserted in the first press molding component , - a second press molding component (23; 60), which can be arranged as a counter-element for forming a mold cavity between, on the one hand, itself or an inner mold arranged on the second press molding component and, on the other hand, an inner-side mold section of the outer mold .
A refrigeration system, comprising: a refrigeration loop having an air outlet of a compressor , a condenser , a throttle element , a falling film evaporator , and an air inlet of the compressor which are connected in sequence by pipes, wherein the falling film evaporator comprises a housing , a distributor located at an upper portion inside the housing, and a heat exchange pipeline located below the distributor; an oil return branch having an oil intake point connected to a lower portion of the falling film evaporator and an oil return point connected to the air inlet of the compressor ; and characterized by a bypass branch having a bypass inlet disposed on the distributor and connected to downstream of the throttle element , and a bypass outlet connected to the lower portion of the falling film evaporator and used for introducing part of gas-liquid two-phase refrigerant into the falling film evaporator . a refrigeration loop having an air outlet of a compressor , a condenser , a throttle element , a falling film evaporator , and an air inlet of the compressor which are connected in sequence by pipes, wherein the falling film evaporator comprises a housing , a distributor located at an upper portion inside the housing, and a heat exchange pipeline located below the distributor; an oil return branch having an oil intake point connected to a lower portion of the falling film evaporator and an oil return point connected to the air inlet of the compressor ; and characterized by a bypass branch having a bypass inlet disposed on the distributor and connected to downstream of the throttle element , and a bypass outlet connected to the lower portion of the falling film evaporator and used for introducing part of gas-liquid two-phase refrigerant into the falling film evaporator .
A compound selected from the group consisting of: or a pharmaceutically acceptable salt, tautomer, or stereoisomer thereof.
Control system for a motor vehicle, having a first controller for controlling a first function of the motor vehicle and a second controller for controlling a second function of the motor vehicle, wherein the first and the second controller are each connected in terms of signal transmission to at least one sensor and/or at least one actuator in order to carry out the respective function of the motor vehicle, characterized in that the control system has a third controller for controlling the first function and the second function of the motor vehicle, which third controller is connected in terms of signal transmission to the first and the second controller and to the at least one sensor and/or at least one actuator , corresponding in each case to the first and the second controller , in order to carry out the respective function of the motor vehicle, and the third controller is configurable on the basis of the arrival of a fault signal from the first and/or the second controller at the third controller , such that the first and/or second function of the motor vehicle, corresponding to the faulty controller is controllable solely by way of the third controller . characterized in that the control system has a third controller for controlling the first function and the second function of the motor vehicle, which third controller is connected in terms of signal transmission to the first and the second controller and to the at least one sensor and/or at least one actuator , corresponding in each case to the first and the second controller , in order to carry out the respective function of the motor vehicle, and the third controller is configurable on the basis of the arrival of a fault signal from the first and/or the second controller at the third controller , such that the first and/or second function of the motor vehicle, corresponding to the faulty controller is controllable solely by way of the third controller .
Battery support device for a motor vehicle, comprising a support tray intended to receive a battery , said tray comprising a bottom and at least one wall extending vertically from the bottom ; said device being characterized in that it comprises: - a channel extending, in a horizontal direction, from a peripheral edge of the bottom and comprising a means for fastening to an air filter ; and - a supporting part housed in the channel and fastened to said channel on one side and to the at least one wall of the tray on the other side. - a channel extending, in a horizontal direction, from a peripheral edge of the bottom and comprising a means for fastening to an air filter ; and - a supporting part housed in the channel and fastened to said channel on one side and to the at least one wall of the tray on the other side.
Controller for a converter receiving an input power and providing an output power by a switching operation, the controller comprising: - an input for receiving a feedback signal depending on the output power of the converter; and - an output for providing a control signal to the converter to thereby control the switching operation of the converter , the control signal corresponding to a switching pattern that is updated in response to the feedback signal ; - the control signal including a harmonic compensation signal for reducing higher harmonics in the output power, the higher harmonics originating from a time delay between taking the feedback signal and the updating of the switching pattern; - the controller further comprising - a modulation signal generator for providing a modulation signal ; caracterised by - a compensation generator for generating a harmonic compensation component based on said time delay ; and - the controller being configured for providing the control signal depending on the modulation signal and the harmonic compensation component . - an input for receiving a feedback signal depending on the output power of the converter; and - an output for providing a control signal to the converter to thereby control the switching operation of the converter , the control signal corresponding to a switching pattern that is updated in response to the feedback signal ; - the control signal including a harmonic compensation signal for reducing higher harmonics in the output power, the higher harmonics originating from a time delay between taking the feedback signal and the updating of the switching pattern; - the controller further comprising - a modulation signal generator for providing a modulation signal ; - a compensation generator for generating a harmonic compensation component based on said time delay ; and - the controller being configured for providing the control signal depending on the modulation signal and the harmonic compensation component .