mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a grafted polysulfone membrane, comprising: a) contacting the polysulfone membrane with an alcohol solution comprising benzophenone; b) contacting the polysulfone membrane with an aqueous exchange solution; c) contacting the polysulfone membrane with an aqueous grafting solution comprising: i) an anionic or cationic monomer; ii) sodium sulfate; and iii) sodium persulfate; and d) exposing the polysulfone membrane to electromagnetic radiation, thereby resulting in a grafted polysulfone membrane. a) contacting the polysulfone membrane with an alcohol solution comprising benzophenone; b) contacting the polysulfone membrane with an aqueous exchange solution; c) contacting the polysulfone membrane with an aqueous grafting solution comprising: i) an anionic or cationic monomer; ii) sodium sulfate; and iii) sodium persulfate; and i) an anionic or cationic monomer; ii) sodium sulfate; and iii) sodium persulfate; and d) exposing the polysulfone membrane to electromagnetic radiation, thereby resulting in a grafted polysulfone membrane.
A method for controlling a thermal printhead of a printer , the printhead comprising an array of printing elements , the method comprising: performing a plurality of printing operations, each printing operation comprising energisation of one or more printing elements; determining, for each printing element, a respective energisation value based upon energisations of that printing element during said printing operations; generating a printhead control signal for the printhead for a subsequent printing operation based upon the energisation values of a predetermined subset of the printing elements, the printhead control signal affecting energisation of a plurality of printing elements in the subsequent printing operation in the same way, said generating the printhead control signal comprising generating a plurality of timing signals controlling a respective plurality of times for which printing elements are energised in said subsequent printing operation; and for each of a plurality of printing elements to be energised, determining a printing element control signal, said determining comprising determining a time for which the printing element is to be energised in the subsequent printing operation by selecting one of said plurality of times. performing a plurality of printing operations, each printing operation comprising energisation of one or more printing elements; determining, for each printing element, a respective energisation value based upon energisations of that printing element during said printing operations; generating a printhead control signal for the printhead for a subsequent printing operation based upon the energisation values of a predetermined subset of the printing elements, the printhead control signal affecting energisation of a plurality of printing elements in the subsequent printing operation in the same way, said generating the printhead control signal comprising generating a plurality of timing signals controlling a respective plurality of times for which printing elements are energised in said subsequent printing operation; and for each of a plurality of printing elements to be energised, determining a printing element control signal, said determining comprising determining a time for which the printing element is to be energised in the subsequent printing operation by selecting one of said plurality of times.
A method for manufacturing an electronic device, the method comprising: a step (A) of preparing a structure provided with an electronic component and an adhesive film attached to the electronic component; and a step (B) of dicing the electronic component with a dicing blade in a state of being attached to the adhesive film, wherein the adhesive film is provided with a base material layer, an intermediate layer, and an adhesive resin layer in this order, and when a thickness of the base material layer is X 1 and a thickness of the intermediate layer is X 2 , a relationship of X 2 > X 1 is satisfied, wherein a tip of the dicing blade has a tapered shape, and wherein, when a tip diameter of the dicing blade is R, a relationship of X 2 > R is satisfied. a step (A) of preparing a structure provided with an electronic component and an adhesive film attached to the electronic component; and a step (B) of dicing the electronic component with a dicing blade in a state of being attached to the adhesive film, wherein the adhesive film is provided with a base material layer, an intermediate layer, and an adhesive resin layer in this order, and when a thickness of the base material layer is X 1 and a thickness of the intermediate layer is X 2 , a relationship of X 2 > X 1 is satisfied, wherein a tip of the dicing blade has a tapered shape, and wherein, when a tip diameter of the dicing blade is R, a relationship of X 2 > R is satisfied.
A liquid injection device, comprising: a conveying mechanism , conveying a battery (B) along a length direction (L); a weighing mechanism , positioned below the conveying mechanism along a height direction (H); and a lifting mechanism , configured to generate relative motion between the conveying mechanism and the weighting mechanism to transfer the battery (B) on the conveying mechanism to the weighing mechanism ; the liquid injection device further comprises a guide mechanism ; the guide mechanism comprises a first guide plate positioned on one side of the battery (B) along a width direction (W), a second guide plate positioned on the other side of the battery (B) along the width direction (W), and a power member fixedly connected to the second guide plate for driving the second guide plate to move relative to the first guide plate along the width direction (W); when the conveying mechanism conveys the battery (B), the second guide plate and the first guide plate are spaced from the battery (B) along the width direction (W); and when the second guide plate and the first guide plate clamp the battery (B) together, the lifting mechanism transfers the battery (B) on the conveying mechanism to the weighing mechanism , and the weighing mechanism supports the battery (B) and weighs the battery (B). a conveying mechanism , conveying a battery (B) along a length direction (L); a weighing mechanism , positioned below the conveying mechanism along a height direction (H); and a lifting mechanism , configured to generate relative motion between the conveying mechanism and the weighting mechanism to transfer the battery (B) on the conveying mechanism to the weighing mechanism ; the liquid injection device further comprises a guide mechanism ; the guide mechanism comprises a first guide plate positioned on one side of the battery (B) along a width direction (W), a second guide plate positioned on the other side of the battery (B) along the width direction (W), and a power member fixedly connected to the second guide plate for driving the second guide plate to move relative to the first guide plate along the width direction (W); when the conveying mechanism conveys the battery (B), the second guide plate and the first guide plate are spaced from the battery (B) along the width direction (W); and when the second guide plate and the first guide plate clamp the battery (B) together, the lifting mechanism transfers the battery (B) on the conveying mechanism to the weighing mechanism , and the weighing mechanism supports the battery (B) and weighs the battery (B).
Press hardening tools made of a composite material having a tool core with a contact layer bonded to the tool core on a tool surface, which is designed to come into contact with a workpiece to be hot formed, wherein the tool core consists of copper or a copper alloy, characterised in that the contact layer is metallurgically bonded to the tool core and contains at least 50 wt. % nickel or chrome, wherein the tool core has a lower wear resistance than the contact layer material and wherein the tool core is attached to a steel tool carrier.
Labelling device for a container treatment device, said labelling device containing a label supply with a transfer drum for supplying individual labels, a rotating vacuum drum with receiving sites for the labels arranged on the periphery, and a vacuum device (28, 36-50; 28, 36, 60-64), said vacuum drum comprising a receiving area for receiving the labels from the label supply , and a dispensing area designed to be arranged in the movement path of a transport device of the container treatment device, in order to transfer the label, in the dispensing area , to the periphery of a container in the transport device , wherein the receiving areas of the vacuum drum are connected to the vacuum device (28, 36-50; 28, 36, 60-64), said vacuum device (28, 36-50; 28, 36, 60-64) being designed to produce a vacuum on the receiving sites over a first section (A) of the vacuum drum , which extends, in the rotational direction of the vacuum drum , from the receiving area as far as the dispensing area of the vacuum drum , wherein the vacuum device (28, 36-50; 28, 36, 60-64) is designed to produce a vacuum on the receiving sites over a second sector (B) of the vacuum drum , which extends, in the rotational direction of the vacuum drum , from the dispensing area as far as the receiving area , characterised in that the label supply of the label device comprises a cutting roller , and can be controlled according to the signal from a container detection device for missing containers . wherein the receiving areas of the vacuum drum are connected to the vacuum device (28, 36-50; 28, 36, 60-64), said vacuum device (28, 36-50; 28, 36, 60-64) being designed to produce a vacuum on the receiving sites over a first section (A) of the vacuum drum , which extends, in the rotational direction of the vacuum drum , from the receiving area as far as the dispensing area of the vacuum drum , wherein the vacuum device (28, 36-50; 28, 36, 60-64) is designed to produce a vacuum on the receiving sites over a second sector (B) of the vacuum drum , which extends, in the rotational direction of the vacuum drum , from the dispensing area as far as the receiving area , characterised in that the label supply of the label device comprises a cutting roller , and can be controlled according to the signal from a container detection device for missing containers .
Solid polymer electrolyte comprising: - at least one polymer P1 capable of solvating the cations of a lithium salt, - at least one lithium salt, and - at least one copolymer P2 of vinylidene fluoride and of hexafluoropropylene (PVdf-HFP), said electrolyte being characterized in that : • the hexafluoropropylene content in the copolymer P2 is greater than or equal to 19% by weight relative to the total weight of the copolymer P2; • the melting point of said copolymer P2 is greater than or equal to 100°C. - at least one polymer P1 capable of solvating the cations of a lithium salt, - at least one lithium salt, and - at least one copolymer P2 of vinylidene fluoride and of hexafluoropropylene (PVdf-HFP), • the hexafluoropropylene content in the copolymer P2 is greater than or equal to 19% by weight relative to the total weight of the copolymer P2; • the melting point of said copolymer P2 is greater than or equal to 100°C.
A work region estimation device configured to estimate a region in which a worker performs work, comprising: an orientation acquisition unit configured to acquire orientation information of the worker; and a work region calculation unit configured to calculate a region in which a worker operation is forecast on the basis of the orientation information and a worker body model of the worker, the work region estimation device being characterized in that the orientation information includes orientation information of the torso of the worker and orientation information of the head of the worker, that the work region calculation unit is configured to perform weighted evaluation to determine a region with high operability within the work region in which a worker operation is forecast on the basis of the orientation information of the torso and the orientation information of the head, and that a weighted value of a region located on a side in a direction that the head of the worker faces is set to be high, and weighted values of regions located on other sides are set to decrease as the regions farther from the direction that the head of the worker faces. an orientation acquisition unit configured to acquire orientation information of the worker; and a work region calculation unit configured to calculate a region in which a worker operation is forecast on the basis of the orientation information and a worker body model of the worker, the work region estimation device being characterized in that the orientation information includes orientation information of the torso of the worker and orientation information of the head of the worker, that the work region calculation unit is configured to perform weighted evaluation to determine a region with high operability within the work region in which a worker operation is forecast on the basis of the orientation information of the torso and the orientation information of the head, and that a weighted value of a region located on a side in a direction that the head of the worker faces is set to be high, and weighted values of regions located on other sides are set to decrease as the regions farther from the direction that the head of the worker faces.
A method of wireless communications by a user equipment, UE, comprising: communicating with and camping on a next generation node B, gNB, in a 5G new radio, NR, system; initiating a voice call with the gNB ; receiving a 5G NR-to-long term evolution, LTE, handover command in response to initiating the voice call; performing a handover procedure in response to the handover command, the method characterized by : detecting a failure in the handover procedure; and taking one or more actions in response to detecting the failure in the handover procedure, wherein taking one or more actions comprises performing a cell selection or re-selection procedure to determine a new cell to camp on, wherein performing the cell selection or re-selection procedure comprises excluding the gNB from being selected based on an NR-to-LTE voice fallback indicator received in the handover command. communicating with and camping on a next generation node B, gNB, in a 5G new radio, NR, system; initiating a voice call with the gNB ; receiving a 5G NR-to-long term evolution, LTE, handover command in response to initiating the voice call; performing a handover procedure in response to the handover command, the method characterized by : detecting a failure in the handover procedure; and taking one or more actions in response to detecting the failure in the handover procedure, wherein taking one or more actions comprises performing a cell selection or re-selection procedure to determine a new cell to camp on, wherein performing the cell selection or re-selection procedure comprises excluding the gNB from being selected based on an NR-to-LTE voice fallback indicator received in the handover command. detecting a failure in the handover procedure; and taking one or more actions in response to detecting the failure in the handover procedure, wherein taking one or more actions comprises performing a cell selection or re-selection procedure to determine a new cell to camp on, wherein performing the cell selection or re-selection procedure comprises excluding the gNB from being selected based on an NR-to-LTE voice fallback indicator received in the handover command.
Steam cleaner nozzle, comprising: - a main suction pipe arranged to be connected to suction means of the steam cleaner; - a base comprising a steam diffuser arranged between a front suction channel and a rear suction channel ; - a flow diversion mechanism , arranged to connect either the front suction channel and the rear suction channel to the main suction pipe , and arranged to be connected to a control handle, making it possible for a user to impose a cleaning movement on the nozzle in a forward or backward direction; characterised in that the flow diversion mechanism is arranged to be between the control handle and the nozzle, so as: - to be controlled by a backward movement of the control handle, to connect the rear suction channel to the main suction pipe , and then transmit the backward movement to the nozzle, - to be controlled by a forward movement of the control handle, to connect the front suction channel to the main suction pipe , and then transmit the forward movement to the nozzle. - a main suction pipe arranged to be connected to suction means of the steam cleaner; - a base comprising a steam diffuser arranged between a front suction channel and a rear suction channel ; - a flow diversion mechanism , arranged to connect either the front suction channel and the rear suction channel to the main suction pipe , and arranged to be connected to a control handle, making it possible for a user to impose a cleaning movement on the nozzle in a forward or backward direction; - to be controlled by a backward movement of the control handle, to connect the rear suction channel to the main suction pipe , and then transmit the backward movement to the nozzle, - to be controlled by a forward movement of the control handle, to connect the front suction channel to the main suction pipe , and then transmit the forward movement to the nozzle.
A volumetric pump comprising: - a shaft suitable for rotating about an axis of rotation; - a rotor ; - a means for transmitting torque from the shaft to the rotor ; said rotor comprising a first seat comprising a side wall comprising a first flat portion; the transmission means comprising an annular structure solidly constrained to the shaft and connected to said rotor ; said annular structure in turn comprising at least one first projecting tab that at least in one operating configuration of the pump is engaged in said first seat of the rotor ; said first tab comprising at least one first flat surface ; characterised in that in said operating configuration said first flat surface is a thrust surface and is in contact with said first flat portion of the side wall of the first seat ; said first tab having a larger radial extension component than a tangential extension component, said radial extension being evaluated with respect to the axis of rotation of the shaft , said tangential component being evaluated tangentially to circumferences centred on the axis of rotation of the shaft . - a shaft suitable for rotating about an axis of rotation; - a rotor ; - a means for transmitting torque from the shaft to the rotor ; the transmission means comprising an annular structure solidly constrained to the shaft and connected to said rotor ; said annular structure in turn comprising at least one first projecting tab that at least in one operating configuration of the pump is engaged in said first seat of the rotor ; said first tab comprising at least one first flat surface ; characterised in that in said operating configuration said first flat surface is a thrust surface and is in contact with said first flat portion of the side wall of the first seat ; said first tab having a larger radial extension component than a tangential extension component, said radial extension being evaluated with respect to the axis of rotation of the shaft , said tangential component being evaluated tangentially to circumferences centred on the axis of rotation of the shaft .
Method for the coordinated control of at least two appliances , wherein at least a first appliance , preferably a food processor , and a second appliance are provided, which differ with respect to a respective functionality, characterized in that a global level is provided, to which the devices transmit at least one item of request information and at least one item of response information , so that the functionalities of the devices are used in a complementary manner, wherein at least the following steps being carried out for this purpose: a) generating the request information at the first device , wherein the request information is generated in response to an available functionality and an operation of the first device , b) transfer the request information to the global level , c) receiving the request information by at least the second device , d) evaluating the request information at least at the second device , wherein the request information is compared with the functionality available at the second device , so that the response information is generated in dependence on this comparison, wherein based on the response information , an adjustment of the operation of the first device is performed. a) generating the request information at the first device , wherein the request information is generated in response to an available functionality and an operation of the first device , b) transfer the request information to the global level , c) receiving the request information by at least the second device , d) evaluating the request information at least at the second device , wherein the request information is compared with the functionality available at the second device , so that the response information is generated in dependence on this comparison, wherein based on the response information , an adjustment of the operation of the first device is performed.