mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage system , comprising: a plurality of energy storage units ; a plurality of buses ; and a control system configured to receive one or more signals indicative of a voltage associated with each energy storage unit of the plurality of energy storage units , wherein the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses based at least on the voltage associated with the energy storage unit , characterized in that the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses such that energy storage units with substantially similar voltages are coupled to the same bus . a plurality of energy storage units ; a plurality of buses ; and a control system configured to receive one or more signals indicative of a voltage associated with each energy storage unit of the plurality of energy storage units , wherein the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses based at least on the voltage associated with the energy storage unit , characterized in that the control system is configured to send one or more command signals to selectively couple each energy storage unit to one of the plurality of buses such that energy storage units with substantially similar voltages are coupled to the same bus .
Assembly for an aircraft turbine engine, the assembly comprising a fan , a speed reducer driving the fan and located downstream thereof, an intermediate casing including an inner annular structure internally delimiting a cavity at least partially housing the reducer, the latter comprising an epicyclic gear train equipped with a planetary carrier , one ring of which is fixed to the inner annular structure of the intermediate casing, by means of a main retaining device , characterised in that the assembly includes a secondary retaining device of the ring of the planetary carrier relative to the inner annular structure of the intermediate casing, the secondary retaining device comprising: - first projections projecting radially inwardly from the inner annular structure of the intermediate casing, the first projections being spaced apart circumferentially from one another about a longitudinal axis of the turbine engine, each first projection having a recess open radially inwardly, open axially downstream, and open circumferentially in a first circumferential direction, and delimited by three faces, respectively an axial retaining face , a radial retaining face , as well as a circumferential retaining face ; - second projections projecting radially outwardly from the ring of the planetary carrier, the second projections being spaced apart circumferentially from one another about the longitudinal axis of the turbine engine, and cooperating in pairs with the first projections in such a way that each second projection is partly housed in the recess of its associated first projection, downstream thereof. - first projections projecting radially inwardly from the inner annular structure of the intermediate casing, the first projections being spaced apart circumferentially from one another about a longitudinal axis of the turbine engine, each first projection having a recess open radially inwardly, open axially downstream, and open circumferentially in a first circumferential direction, and delimited by three faces, respectively an axial retaining face , a radial retaining face , as well as a circumferential retaining face ; - second projections projecting radially outwardly from the ring of the planetary carrier, the second projections being spaced apart circumferentially from one another about the longitudinal axis of the turbine engine, and cooperating in pairs with the first projections in such a way that each second projection is partly housed in the recess of its associated first projection, downstream thereof.
A display device, comprising: a base substrate , an insulation layer disposed on the base substrate , an organic light emitting component disposed on the insulation layer , and an encapsulation layer configured for sealing the organic light emitting component , wherein the insulation layer comprises an encapsulation region (A), the insulation layer and the encapsulation layer are in contact with each other in the encapsulation region (A), and at least one cutting groove is formed in a contact region; wherein the insulation layer further comprises a cutting region (B), the encapsulation region (A) surrounds a periphery of the organic light emitting component , the cutting region (B) surrounds a periphery of the encapsulation region (A); wherein the cutting region (B) comprises at least one first cutting groove whose depth is same as a thickness of the insulation layer , and the encapsulation layer is extended into the cutting region (B); wherein the cutting region (B) and the encapsulation layer are adjacent to each other; characterized in that the cutting region (B) further comprises at least one second cutting groove whose depth is smaller than the thickness of the insulation layer , the at least one second cutting groove is disposed at a boundary between the encapsulation region (A) and a cutting region (B) of the insulation layer , and the encapsulation layer is extended laterally and is terminated in the at least one second cutting groove . a base substrate , an insulation layer disposed on the base substrate , an organic light emitting component disposed on the insulation layer , and an encapsulation layer configured for sealing the organic light emitting component , wherein the insulation layer comprises an encapsulation region (A), the insulation layer and the encapsulation layer are in contact with each other in the encapsulation region (A), and at least one cutting groove is formed in a contact region; wherein the insulation layer further comprises a cutting region (B), the encapsulation region (A) surrounds a periphery of the organic light emitting component , the cutting region (B) surrounds a periphery of the encapsulation region (A); wherein the cutting region (B) comprises at least one first cutting groove whose depth is same as a thickness of the insulation layer , and the encapsulation layer is extended into the cutting region (B); wherein the cutting region (B) and the encapsulation layer are adjacent to each other; characterized in that the cutting region (B) further comprises at least one second cutting groove whose depth is smaller than the thickness of the insulation layer , the at least one second cutting groove is disposed at a boundary between the encapsulation region (A) and a cutting region (B) of the insulation layer , and the encapsulation layer is extended laterally and is terminated in the at least one second cutting groove .
A glass fiber filled flame retardant polypropylene composition comprising (A) a propylene-based polymer, (B) a first flame retardant in an amount of 15 to 40 wt% of the total composition, wherein the first flame retardant is in the form of particles comprising ammonium polyphosphate and at least one phosphate selected from the group consisting of melamine phosphate, melamine polyphosphate, melamine pyrophosphate, piperazine phosphate, piperazine polyphosphate, piperazine pyrophosphate, 2-methylpiperazine monophosphate, tricresyl phosphate, alkyl phosphates, haloalkyl phosphates, tetraphenyl pyrophosphate, poly(2-hydroxy propylene spirocyclic pentaerythritol bisphosphate) and poly(2,2-dimethylpropylene spirocyclic pentaerythritol bisphosphonate) and (C) a second flame retardant in an amount of 0.1 to 15 wt% of the total composition, wherein the second flame retardant comprises an aromatic phosphate ester and (D) glass fibers in an amount of 5 to 40 wt% of the total composition. (A) a propylene-based polymer, (B) a first flame retardant in an amount of 15 to 40 wt% of the total composition, wherein the first flame retardant is in the form of particles comprising ammonium polyphosphate and at least one phosphate selected from the group consisting of melamine phosphate, melamine polyphosphate, melamine pyrophosphate, piperazine phosphate, piperazine polyphosphate, piperazine pyrophosphate, 2-methylpiperazine monophosphate, tricresyl phosphate, alkyl phosphates, haloalkyl phosphates, tetraphenyl pyrophosphate, poly(2-hydroxy propylene spirocyclic pentaerythritol bisphosphate) and poly(2,2-dimethylpropylene spirocyclic pentaerythritol bisphosphonate) and melamine polyphosphate, melamine pyrophosphate, piperazine phosphate, piperazine polyphosphate, piperazine pyrophosphate, 2-methylpiperazine monophosphate, tricresyl phosphate, alkyl phosphates, haloalkyl phosphates, tetraphenyl pyrophosphate, poly(2-hydroxy propylene spirocyclic pentaerythritol bisphosphate) and poly(2,2-dimethylpropylene spirocyclic pentaerythritol bisphosphonate) and (C) a second flame retardant in an amount of 0.1 to 15 wt% of the total composition, wherein the second flame retardant comprises an aromatic phosphate ester and (D) glass fibers in an amount of 5 to 40 wt% of the total composition.
A writing device that receives a binary signal in accordance with image data, and writes an image based on the signal, comprising: a multiple-value unit that outputs a multiple-value signal based on the received binary signal, the multiple value being an integral multiple of the binary; and a writing unit that writes a binary image having a lager resolution than a resolution of the image data based on the multiple-value signal; characterized in that : the writing unit includes a plurality of writing array units (503_1, 503_2, 503_3) each of that writes an image with a plurality of light sources, and controls a lighting time of each of the light sources, and arranged in such a way that mutual end portions thereof are overlapped in a sub-scanning direction; and the multiple-value unit causes the multiple-value signal corresponding to the light source positioned at a portion where the plurality of writing array units (503_1, 503_2, 503_3) overlaps to be a signal based on a value stored in a storing unit in advance. a multiple-value unit that outputs a multiple-value signal based on the received binary signal, the multiple value being an integral multiple of the binary; and a writing unit that writes a binary image having a lager resolution than a resolution of the image data based on the multiple-value signal; characterized in that : the writing unit includes a plurality of writing array units (503_1, 503_2, 503_3) each of that writes an image with a plurality of light sources, and controls a lighting time of each of the light sources, and arranged in such a way that mutual end portions thereof are overlapped in a sub-scanning direction; and the multiple-value unit causes the multiple-value signal corresponding to the light source positioned at a portion where the plurality of writing array units (503_1, 503_2, 503_3) overlaps to be a signal based on a value stored in a storing unit in advance. the writing unit includes a plurality of writing array units (503_1, 503_2, 503_3) each of that writes an image with a plurality of light sources, and controls a lighting time of each of the light sources, and arranged in such a way that mutual end portions thereof are overlapped in a sub-scanning direction; and the multiple-value unit causes the multiple-value signal corresponding to the light source positioned at a portion where the plurality of writing array units (503_1, 503_2, 503_3) overlaps to be a signal based on a value stored in a storing unit in advance.
A method for measuring the specific absorption rate SAR of a mobile device under test (DUT) enabled for a combined LTE RF and 5G RF transmission, the method comprising the following steps: a.) Providing a mobile device under test (DUT) operable in LTE RF and 5G standard, b.) Setting the DUT in a mode to transmit with maximum power level according to the 5G standard, and at the same time transmitting with lower power level of LTE RF standard, wherein the DUT is made to establish a link in 5G standard with a communication tester base station , wherein all data transfer is conducted in 5G standard, and all non-data transfer, such as signaling and synchronization, is conducted in LTE RF standard, c.) Performing a SAR scan to measure the SAR of the 5G signal, neglecting any contribution from the LTE RF signal, d.) Setting the (DUT) in a mode to transmit with maximum power at maximum power in LTE RF standard, without transmitting according to the 5G standard, e.) Performing a SAR scan to measure the SAR of the LTE RF standard signal, f.) Combining the SAR results of step c.) and e.) thus obtaining a combined SAR value. a.) Providing a mobile device under test (DUT) operable in LTE RF and 5G standard, b.) Setting the DUT in a mode to transmit with maximum power level according to the 5G standard, and at the same time transmitting with lower power level of LTE RF standard, wherein the DUT is made to establish a link in 5G standard with a communication tester base station , wherein all data transfer is conducted in 5G standard, and all non-data transfer, such as signaling and synchronization, is conducted in LTE RF standard, c.) Performing a SAR scan to measure the SAR of the 5G signal, neglecting any contribution from the LTE RF signal, d.) Setting the (DUT) in a mode to transmit with maximum power at maximum power in LTE RF standard, without transmitting according to the 5G standard, e.) Performing a SAR scan to measure the SAR of the LTE RF standard signal, f.) Combining the SAR results of step c.) and e.) thus obtaining a combined SAR value.
A method performed in a target base station to support handover of a terminal in a mobile communication system, the method comprising: receiving , from the terminal , a random access preamble dedicated for the terminal; transmitting , to the terminal , a random access response in response to the receiving of the random access preamble; determining whether a voice-call related packet is present among packets stored for the terminal ; and transmitting to the terminal , when the voice-call related packet is present among the packets stored for the terminal, the packets stored for the terminal in reply to receiving the random access preamble; wherein the transmission of voice-call related stored packets to the terminal is performed before a handover complete message is received from the terminal in response to the random access response, wherein the stored packet is received from a source base station . receiving , from the terminal , a random access preamble dedicated for the terminal; transmitting , to the terminal , a random access response in response to the receiving of the random access preamble; determining whether a voice-call related packet is present among packets stored for the terminal ; and transmitting to the terminal , when the voice-call related packet is present among the packets stored for the terminal, the packets stored for the terminal in reply to receiving the random access preamble; wherein the transmission of voice-call related stored packets to the terminal is performed before a handover complete message is received from the terminal in response to the random access response, wherein the stored packet is received from a source base station .
A urinary catheter assembly comprising: - a urinary catheter , at least a part of which is provided with a hydrophilic coating; - a wetting fluid ; and - a receptacle enclosing the wetting fluid and at least the part of the catheter being provided with the hydrophilic coating; characterized in that the receptacle is in direct contact with the hydrophilic coating of the catheter over essentially the entire length of said part of the catheter being provided with the hydrophilic coating, wherein the direct contact between the hydrophilic coating and the receptacle occurs in a number of contact points being distributed around the circumference of the catheter , said contact points being discrete contact points or contact points being continuously connected, and wherein at least one of the inner surface of the receptacle facing the hydrophilic coating and the outer surface of the hydrophilic coating, facing the receptacle, comprises a surface texture forming channels between the receptacle and the hydrophilic coating, the areas between the channels forming said areas of direct contact between the receptacle and the hydrophilic coating. - a urinary catheter , at least a part of which is provided with a hydrophilic coating; - a wetting fluid ; and - a receptacle enclosing the wetting fluid and at least the part of the catheter being provided with the hydrophilic coating;
A controller of an engine performing a premixed combustion operation and a diffusion combustion operation that are switchable in accordance with a traveling state of a vehicle, the engine controller comprising: a detector detecting a gear position of a transmission mounted in the vehicle; a map storage storing a control map containing a correlation between the travelling state of the vehicle and a combustion state; and a changer changing operational conditions of the premixed combustion operation on the basis of the gear position detected by the detector , characterized in that the changer increases an upper limit of engine speed among the operational conditions as a reduction ratio of the gear position decreases in order that a region of the premixed combustion operation on the control map expands in a direction of an increasing engine speed as the reduction ratio decreases. a detector detecting a gear position of a transmission mounted in the vehicle; a map storage storing a control map containing a correlation between the travelling state of the vehicle and a combustion state; and a changer changing operational conditions of the premixed combustion operation on the basis of the gear position detected by the detector , characterized in that the changer increases an upper limit of engine speed among the operational conditions as a reduction ratio of the gear position decreases in order that a region of the premixed combustion operation on the control map expands in a direction of an increasing engine speed as the reduction ratio decreases.
A laminated polyester film comprising: a polyester film and a coating layer formed on one surface of the polyester film which is obtainable by applying a coating solution comprising a hydroxyl group-containing polycarbonate compound, and an oxazoline compound onto the surface of the polyester film, wherein the hydroxyl group-containing polycarbonate compound is produced by reacting a polyhydric alcohol and a carbonate compound. a polyester film and a coating layer formed on one surface of the polyester film which is obtainable by applying a coating solution comprising a hydroxyl group-containing polycarbonate compound, and an oxazoline compound onto the surface of the polyester film, wherein the hydroxyl group-containing polycarbonate compound is produced by reacting a polyhydric alcohol and a carbonate compound.
A coupler for releasably coupling to a provided article of wear , the coupler comprising: a base plate , the base plate comprising a center region , a first portion , and a second portion , the center region includes a mount interface couplable with a provided portable device; characterized in that the coupler further comprises a buckle , the buckle comprising a first part , a second part , a first joint , and a lock, the first part comprises a first structure, the second part comprises a second structure, the first joint movably couples the first part with the second part ; wherein: in an unlocked state, the lock enables movement of the first part relative to the second part ; and in a locked state, the first structure engages the first portion of the base plate , the second structure engages the second portion of the base plate , and the lock prevents the first structure from moving relative to the second structure to secure the buckle to the base plate over the provided article of wear . a base plate , the base plate comprising a center region , a first portion , and a second portion , the center region includes a mount interface couplable with a provided portable device; characterized in that the coupler further comprises a buckle , the buckle comprising a first part , a second part , a first joint , and a lock, the first part comprises a first structure, the second part comprises a second structure, the first joint movably couples the first part with the second part ; in an unlocked state, the lock enables movement of the first part relative to the second part ; and in a locked state, the first structure engages the first portion of the base plate , the second structure engages the second portion of the base plate , and the lock prevents the first structure from moving relative to the second structure to secure the buckle to the base plate over the provided article of wear .
A method of producing a tantalum sputtering target, comprising the following steps performed sequentially: melting a tantalum raw material; casting the molten tantalum into an ingot or billet; annealing the ingot or billet at a temperature of 1373K to 1673K; cold forging the ingot or billet; recrystallization annealing the ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold forging the ingot or billet again; recrystallization annealing the ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet; recrystallization annealing the rolled ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet again; recrystallization annealing the rolled ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; and finish processing to form the target. melting a tantalum raw material; casting the molten tantalum into an ingot or billet; annealing the ingot or billet at a temperature of 1373K to 1673K; cold forging the ingot or billet; recrystallization annealing the ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold forging the ingot or billet again; recrystallization annealing the ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet; recrystallization annealing the rolled ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet again; recrystallization annealing the rolled ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; and finish processing to form the target.
A current sensor comprising: - an integrated circuit for sensing electric currents comprising an active side , the active side comprising at least one sensing element and at least one contact pad , - a housing comprising material embedding the integrated circuit arranged for allowing electric connection to the at least one contact pad of the active side of the integrated circuit , wherein the housing comprises at least one conductive via comprising a dielectric via substrate embedding conductive material, the conductive via embedded in the material of the housing disposed outside the integrated circuit and connected to the at least one contact pad , for distributing signals from the at least one contact pad through the housing away from the active side of the integrated circuit . - an integrated circuit for sensing electric currents comprising an active side , the active side comprising at least one sensing element and at least one contact pad , - a housing comprising material embedding the integrated circuit arranged for allowing electric connection to the at least one contact pad of the active side of the integrated circuit ,