mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication device comprising: a radiation conductor base material including a radiation conductor and having a principal surface on which at least a portion of the radiation conductor is formed; a radio frequency integrated circuit, RFIC, element having a principal surface on which a terminal electrode is formed; and a seal , characterized in that the seal has an adhesive surface on a flexible seal base material , the adhesive surface being of a size larger than that of the principal surface of the RFIC element , the RFIC element is disposed on the principal surface of the radiation conductor base material such that the terminal electrode directly and slidably or indirectly and slidably contacts with the portion of the radiation conductor , and the seal is affixed with the adhesive surface to the radiation conductor base material to cover at least a portion of the RFIC element so as to fix the RFIC element to the radiation conductor base material . a radiation conductor base material including a radiation conductor and having a principal surface on which at least a portion of the radiation conductor is formed; a radio frequency integrated circuit, RFIC, element having a principal surface on which a terminal electrode is formed; and a seal , characterized in that the seal has an adhesive surface on a flexible seal base material , the adhesive surface being of a size larger than that of the principal surface of the RFIC element , the RFIC element is disposed on the principal surface of the radiation conductor base material such that the terminal electrode directly and slidably or indirectly and slidably contacts with the portion of the radiation conductor , and the seal is affixed with the adhesive surface to the radiation conductor base material to cover at least a portion of the RFIC element so as to fix the RFIC element to the radiation conductor base material .
A method performed by a user equipment (UE) in a communication system, the method comprising: receiving (S2740) a handover command message from a base station, the handover command message including information on a normal resource pool; in case that the handover command message includes information on an exceptional resource pool, randomly selecting a resource, for transmitting data, from the exceptional resource pool; transmitting (S2750) the data based on the selected resource from the exceptional resource pool; selecting a resource for transmitting data from the normal resource pool based on a sensing result on the normal resource pool; and transmitting (S2760) the data based on the selected resource from the normal resource pool. receiving (S2740) a handover command message from a base station, the handover command message including information on a normal resource pool; in case that the handover command message includes information on an exceptional resource pool, randomly selecting a resource, for transmitting data, from the exceptional resource pool; transmitting (S2750) the data based on the selected resource from the exceptional resource pool; selecting a resource for transmitting data from the normal resource pool based on a sensing result on the normal resource pool; and transmitting (S2760) the data based on the selected resource from the normal resource pool.
A system for determining battery characteristics based on differential current monitoring, the system comprising: a first battery ; a second battery , the second battery being connected in parallel with the first battery ; and a differential current measurement module comprising at least one current measuring device , the differential current measurement module being configured to determine a differential current associated with the parallel connected first battery and the second battery ; characterised in that the differential current measurement module is configured to use the differential current associated with the parallel connected first battery and the second battery to: a) determine a net flow of charge from one battery to the other battery over the course of one or more complete charge/discharge cycles in order to monitor battery health; or b) determine the average value of the differential current over a predetermined period of time wherein a shift in magnitude of the average differential current away from zero indicates the presence of an internal short circuit. a first battery ; a second battery , the second battery being connected in parallel with the first battery ; and a differential current measurement module comprising at least one current measuring device , the differential current measurement module being configured to determine a differential current associated with the parallel connected first battery and the second battery ; characterised in that the differential current measurement module is configured to use the differential current associated with the parallel connected first battery and the second battery to: a) determine a net flow of charge from one battery to the other battery over the course of one or more complete charge/discharge cycles in order to monitor battery health; or b) determine the average value of the differential current over a predetermined period of time wherein a shift in magnitude of the average differential current away from zero indicates the presence of an internal short circuit. a) determine a net flow of charge from one battery to the other battery over the course of one or more complete charge/discharge cycles in order to monitor battery health; or b) determine the average value of the differential current over a predetermined period of time wherein a shift in magnitude of the average differential current away from zero indicates the presence of an internal short circuit.
An apparatus (V), preferably for a motor vehicle, in particular a utility vehicle, with an internal combustion engine , an expansion machine and a generator , it being possible for the expansion machine and the generator to be operatively connected both among one another and in each case to the internal combustion engine via a transmission , in order to make a selectively electric use and mechanical use of the energy of the expansion machine possible; the generator being connected to a system , and the system having an energy store which can be charged by means of the generator for the storage of electric energy, at least one electric consumer of a motor vehicle, a DC/DC converter for the supply of an on-board electric system of a motor vehicle, and a control device for controlling the generator ; and in a generator mode, the generator acting as a generator, and, despite a missing or low heat input from the internal combustion engine , the expansion machine still generating utilizable energy on account of the thermal inertia of the waste heat recovery system, the generator generating electric energy from the utilizable energy of the expansion machine and from the mechanical energy of the internal combustion engine , and the electric energy being made available to the system ; and, in an expander mode, the waste heat recovery system converting waste heat of the internal combustion engine into utilizable energy, the expansion machine generating mechanical energy from the utilizable energy, and the mechanical energy being made available to the internal combustion engine via the transmission , and the generator generating electric energy from the utilizable energy, and the electric energy being made available to the system ; and in a motor mode, the generator acting as a motor or an electric motor of the system acting as a motor, and converting electric energy which comes from the energy store into mechanical energy, and making it available to the internal combustion engine via the transmission .
Charging device for inductive charging of an electronic device, for example a mobile phone, in particular a smartphone, a tablet computer or the like, comprising: a back layer , a front layer joined to the back layer so as to form a pocket for receiving the electronic device, and a charging element arranged to charge the electronic device arranged in the pocket, the charging element being configured for inductive charging of the electronic device, wherein the back layer and/or the front layer is elastically deformable, characterized in that a silver fabric layer is arranged at a side of the charging element opposite to the back layer , or a silver fabric layer is arranged between the charging element and the back layer . a back layer , a front layer joined to the back layer so as to form a pocket for receiving the electronic device, and a charging element arranged to charge the electronic device arranged in the pocket, the charging element being configured for inductive charging of the electronic device, wherein the back layer and/or the front layer is elastically deformable, characterized in that a silver fabric layer is arranged at a side of the charging element opposite to the back layer , or a silver fabric layer is arranged between the charging element and the back layer .
Method, implemented by computer means, for processing a video stream, the video stream being capable of comprising film grain, the method comprising: - measuring a film grain intensity in the video stream and obtaining at least one encoding bitrate information item associated with the video stream, in order to determine a pair of respective values for the grain intensity and encoding bitrate; - comparing the values of said pair with predetermined respective threshold values in order to categorize the video stream with respect to predetermined pairs of values for the grain intensity and bitrate; - choosing a film grain management strategy among at least four possibilities resulting from the categorization of the video stream; and - encoding the video stream using the chosen film grain management strategy. - measuring a film grain intensity in the video stream and obtaining at least one encoding bitrate information item associated with the video stream, in order to determine a pair of respective values for the grain intensity and encoding bitrate; - comparing the values of said pair with predetermined respective threshold values in order to categorize the video stream with respect to predetermined pairs of values for the grain intensity and bitrate; - choosing a film grain management strategy among at least four possibilities resulting from the categorization of the video stream; and - encoding the video stream using the chosen film grain management strategy.
A lubricating device to supply a lubricating oil to a plurality of journal bearings , including a housing which has a hollow shape and the plurality of journal bearings which rotatably support a rotary shaft disposed inside the housing at at least two locations in an axial direction, the lubricating device further comprising: a plurality of outer peripheral portion lubricating oil supply passages through which a lubricating oil is supplied to outer peripheral surfaces of the plurality of journal bearings ; an intermediate portion lubricating oil supply passage through which the lubricating oil is supplied to a space portion between the plurality of journal bearings ; and a guide portion which supplies the lubricating oil, which is supplied from the intermediate portion lubricating oil supply passage to the space portion , to inner peripheral surfaces of the plurality of journal bearings , wherein the lubricating device supplies the lubricating oil to the outer peripheral surfaces and the inner peripheral surfaces of the plurality of journal bearings that do not communicate with each other, and each of the plurality of journal bearings is rotatably supported between the outer peripheral surface and an inner surface of a bearing accommodating portion of the housing and rotatably supports the rotary shaft between the inner peripheral surface and an outer peripheral surface of the rotary shaft . a plurality of outer peripheral portion lubricating oil supply passages through which a lubricating oil is supplied to outer peripheral surfaces of the plurality of journal bearings ; an intermediate portion lubricating oil supply passage through which the lubricating oil is supplied to a space portion between the plurality of journal bearings ; and a guide portion which supplies the lubricating oil, which is supplied from the intermediate portion lubricating oil supply passage to the space portion , to inner peripheral surfaces of the plurality of journal bearings , wherein the lubricating device supplies the lubricating oil to the outer peripheral surfaces and the inner peripheral surfaces of the plurality of journal bearings that do not communicate with each other, and each of the plurality of journal bearings is rotatably supported between the outer peripheral surface and an inner surface of a bearing accommodating portion of the housing and rotatably supports the rotary shaft between the inner peripheral surface and an outer peripheral surface of the rotary shaft .
Use of a measuring device for checking in situ during operation the extension under strain of an elastomeric hose to be checked by sensors, wherein the device has at least one flexible sensor ring , which, while under radial prestress, has been pulled onto the hose to be checked by sensors such that it can be pulled off again, wherein the sensor ring has a predetermined axial extent and a predetermined inner diameter, wherein the sensor ring is made up of an elastomeric base material , in which a dielectric elastomer sensor is embedded, wherein the dielectric elastomer sensor is formed by two parts spaced apart from each other in the radial direction, wherein in the gap forming as a result a likewise elastomeric material is arranged as a dielectric , wherein, when an electrical voltage is applied, the parts act like the electrodes of a capacitor of variable capacitance in response to deformation of the hose .
Damping system comprising at least three damping and spring arrangements which each comprise two end pieces , which are in the form of elongate strip elements with a longitudinal axis (L), and a wire or cable arrangement having at least one spirally arranged wire or cable piece , wherein the end pieces are connected to each other by means of the wire or cable arrangement , characterized in that the damping and spring arrangements are each prestressed in the direction of their longitudinal axis (L), and the at least three damping and spring arrangements are arranged in such a manner that the longitudinal axes (L) or extensions of the longitudinal axes (L) intersect at an intersecting point (S).
A superconducting AND/OR gate circuit comprising: first, second, third, fourth, and fifth quantizing storage loops (106-1, 106-2, 106-3, 106-4, 106-5); a first logical input (A, ai) configured to provide a first input single flux quantum, SFQ, pulse to the first and second quantizing storage loops (106-1, 106-2); a second logical input (B, bi) configured to provide a second input SFQ pulse to the third and fourth quantizing storage loops (106-3, 106-4); a DC bias input configured to provide an initializing SFQ pulse to the fifth quantizing storage loop (106-5); a first logical decision Josephson junction, JJ, (108-1, b0_1) common to the first, fourth, and fifth quantizing storage loops (106-1, 106-4, 106-5), configured to assert a first logical output based on the first and second logical inputs (A, B, ai, bi) both being asserted and to de-assert the first logical output (AO, ao) based on either or both of the first or second logical inputs (A, ai, B, bi) being de-asserted; a second logical decision JJ (108-2, b0_0) common to the second, third, and fifth quantizing storage loops (106-2, 106-3, 106-5), configured to assert a second logical output based on either or both of the first or second logical inputs (A, B, ai, bi) being asserted and to de-assert the second logical output (OO, oo) based on the first and second logical inputs (A, B, ai, bi) both being de-asserted; and an output stage comprising first and second output Josephson transmission lines, JTLs, configured to amplify the first and second logical outputs (AO, ao, OO, oo), respectively. first, second, third, fourth, and fifth quantizing storage loops (106-1, 106-2, 106-3, 106-4, 106-5); a first logical input (A, ai) configured to provide a first input single flux quantum, SFQ, pulse to the first and second quantizing storage loops (106-1, 106-2); a second logical input (B, bi) configured to provide a second input SFQ pulse to the third and fourth quantizing storage loops (106-3, 106-4); a DC bias input configured to provide an initializing SFQ pulse to the fifth quantizing storage loop (106-5); a first logical decision Josephson junction, JJ, (108-1, b0_1) common to the first, fourth, and fifth quantizing storage loops (106-1, 106-4, 106-5), configured to assert a first logical output based on the first and second logical inputs (A, B, ai, bi) both being asserted and to de-assert the first logical output (AO, ao) based on either or both of the first or second logical inputs (A, ai, B, bi) being de-asserted; a second logical decision JJ (108-2, b0_0) common to the second, third, and fifth quantizing storage loops (106-2, 106-3, 106-5), configured to assert a second logical output based on either or both of the first or second logical inputs (A, B, ai, bi) being asserted and to de-assert the second logical output (OO, oo) based on the first and second logical inputs (A, B, ai, bi) both being de-asserted; and an output stage comprising first and second output Josephson transmission lines, JTLs, configured to amplify the first and second logical outputs (AO, ao, OO, oo), respectively.
A method of random access response reception for a network in a wireless communication system comprising: assigning a first preamble for a non contention random access procedure to a first mobile device of the wireless communication system ; configuring a first set of subframes of a random access response window to the first mobile device to receive a first random access response corresponding to the first preamble according to the first set of subframes of the random access response window, wherein the random access response window includes subframes for reception of a random access response ; assigning a second preamble for the non contention random access procedure to a second mobile device of the wireless communication system, wherein the second mobile device and the first mobile device have the same primary cell and the second preamble is the same as the first preamble; and configuring a second set of subframes of the random access response window to the second mobile device to receive a second random access response corresponding to the second preamble according to the second set of subframes, wherein the second set of subframes of the random access response window is different from the first set of subframes of the random access response window. assigning a first preamble for a non contention random access procedure to a first mobile device of the wireless communication system ; configuring a first set of subframes of a random access response window to the first mobile device to receive a first random access response corresponding to the first preamble according to the first set of subframes of the random access response window, wherein the random access response window includes subframes for reception of a random access response ; assigning a second preamble for the non contention random access procedure to a second mobile device of the wireless communication system, wherein the second mobile device and the first mobile device have the same primary cell and the second preamble is the same as the first preamble; and configuring a second set of subframes of the random access response window to the second mobile device to receive a second random access response corresponding to the second preamble according to the second set of subframes, wherein the second set of subframes of the random access response window is different from the first set of subframes of the random access response window.
Outer cap for a child-resistant closure, comprising: - a sidewall , a top wall ; and a plurality of strip-like elastic members ; wherein each strip-like member further comprises - an inclined portion being inclined relative to the top wall and ending at an end ; - a base portion extending generally perpendicularly from the top wall ; characterized in that each strip-like member further comprises - a curved transitional portion connecting the base portion and the inclined portion; and - preferably a reinforcing element arranged between the top wall and the strip-like elastic member connected thereto. - a sidewall , a top wall ; and a plurality of strip-like elastic members ; wherein each strip-like member further comprises - an inclined portion being inclined relative to the top wall and ending at an end ; - a base portion extending generally perpendicularly from the top wall ; characterized in that each strip-like member further comprises - a curved transitional portion connecting the base portion and the inclined portion; and - preferably a reinforcing element arranged between the top wall and the strip-like elastic member connected thereto.
A processor comprising: a controller operable to select a first mode of operation for the processor; a plurality of processing pipelines, each pipeline comprising a first data supply line, a second data supply line, and a processing element having a first input and a second input; wherein at least one pipeline of the plurality of processing pipelines further comprises: first selection logic operable to select a data supply line so that data from the selected data supply line is received at the first input via the first selection logic; second selection logic operable to select a data supply line so that data from the selected data supply line is received at the second input via the second selection logic, wherein, in a first mode of operation and for the at least one pipeline: the first selection logic is configured to select the first data supply line of the pipeline; the second selection logic is configured to select the second data supply line of the pipeline; and the controller is configured to provide the same data on both the first and second data supply lines of the pipeline. a controller operable to select a first mode of operation for the processor; a plurality of processing pipelines, each pipeline comprising a first data supply line, a second data supply line, and a processing element having a first input and a second input; wherein at least one pipeline of the plurality of processing pipelines further comprises: first selection logic operable to select a data supply line so that data from the selected data supply line is received at the first input via the first selection logic; second selection logic operable to select a data supply line so that data from the selected data supply line is received at the second input via the second selection logic, first selection logic operable to select a data supply line so that data from the selected data supply line is received at the first input via the first selection logic; second selection logic operable to select a data supply line so that data from the selected data supply line is received at the second input via the second selection logic, wherein, in a first mode of operation and for the at least one pipeline: the first selection logic is configured to select the first data supply line of the pipeline; the second selection logic is configured to select the second data supply line of the pipeline; and the controller is configured to provide the same data on both the first and second data supply lines of the pipeline. the first selection logic is configured to select the first data supply line of the pipeline; the second selection logic is configured to select the second data supply line of the pipeline; and the controller is configured to provide the same data on both the first and second data supply lines of the pipeline.