mhurhangee/ep-ind-claims huggingface dataset:
An entanglement-build-path switch (80; 110; 130) for selective routing of entanglement building, the switch comprising: physical hardware arranged to support a group of interface qubits and at least one intermediate qubit with an associated light-field emission and measurement arrangement (2, 3); a selective state-capture arrangement for capturing the state of a selected one of the interface qubits by interaction with a light field; an optical merge arrangement for enabling a said light field that has interacted with any one of the interface qubits, to further interact with a said intermediate qubit and be measured whereby to entangle that intermediate qubit with the interface qubit; and a switch control for controlling the selective state-capture arrangement to separately entangle a first and a second interface qubit (qbA, qbB) of said group with said at least one intermediate qubit and for causing the intermediate-qubit light-field emitter and measurement arrangement (2, 3) to entangle intermediate qubits (84A, 84B) with each other where there are multiple such qubits, and to remove any involved intermediate qubit from an entanglement. physical hardware arranged to support a group of interface qubits and at least one intermediate qubit with an associated light-field emission and measurement arrangement (2, 3); a selective state-capture arrangement for capturing the state of a selected one of the interface qubits by interaction with a light field; an optical merge arrangement for enabling a said light field that has interacted with any one of the interface qubits, to further interact with a said intermediate qubit and be measured whereby to entangle that intermediate qubit with the interface qubit; and a switch control for controlling the selective state-capture arrangement to separately entangle a first and a second interface qubit (qbA, qbB) of said group with said at least one intermediate qubit and for causing the intermediate-qubit light-field emitter and measurement arrangement (2, 3) to entangle intermediate qubits (84A, 84B) with each other where there are multiple such qubits, and to remove any involved intermediate qubit from an entanglement.
A ratchet tool (10, 10', 510) comprising: a handle housing (14, 14') including a generally tubular surface having a grip, the handle housing defining a longitudinal axis (A, C); a ratchet assembly including a pawl and an output shaft, wherein the pawl is moveable between a first position in which the pawl is operatively coupled to drive the output shaft in a first direction and a second position in which the pawl is operatively coupled to drive the output shaft in a second direction opposite the first direction; a switch (138, 514) in the handle housing having an external actuation surface for engagement with an operator's hand; a rotatable gear (162, 598) having at least one tooth (462, 602), the rotatable gear operatively coupled to the pawl such that rotation of the rotatable gear effectuates movement of the pawl between the first and second positions; a linkage (170, 538) operatively coupled to the rotatable gear to effectuate rotation of the rotatable gear by actuation of the switch; and wherein the rotatable gear (162, 598) is coupled to a shaft, wherein a spring-biased member configured to engage the pawl extends from an aperture in the shaft, characterised in that the ratchet tool also comprises means (458,418) for isolating the rotatable gear from the output shaft such that the rotatable gear is not driven during operation of the output shaft. a handle housing (14, 14') including a generally tubular surface having a grip, the handle housing defining a longitudinal axis (A, C); a ratchet assembly including a pawl and an output shaft, wherein the pawl is moveable between a first position in which the pawl is operatively coupled to drive the output shaft in a first direction and a second position in which the pawl is operatively coupled to drive the output shaft in a second direction opposite the first direction; a switch (138, 514) in the handle housing having an external actuation surface for engagement with an operator's hand; a rotatable gear (162, 598) having at least one tooth (462, 602), the rotatable gear operatively coupled to the pawl such that rotation of the rotatable gear effectuates movement of the pawl between the first and second positions; a linkage (170, 538) operatively coupled to the rotatable gear to effectuate rotation of the rotatable gear by actuation of the switch; and wherein the rotatable gear (162, 598) is coupled to a shaft, wherein a spring-biased member configured to engage the pawl extends from an aperture in the shaft, characterised in that the ratchet tool also comprises means (458,418) for isolating the rotatable gear from the output shaft such that the rotatable gear is not driven during operation of the output shaft.
A method for preparing 2,5-dimethylphenylacetic acid, which comprises the following steps: chloromethylation reaction: the temperature is raised after the raw material p- xylene, the solvent ionic liquid are mixed with paraformaldehyde and concentrated hydrochloric acid, the chloromethylation reaction proceeds when the gas of hydrogen chloride is inflated, the temperature is kept for 0.5h after the reaction is completed, the reaction solution is cooled and stands for layering, the organic layer is rectified under vacuum to give 2,5-dimethylbenzyl chloride; wherein the mole ratio of the said p -xylene, paraformaldehyde and ionic liquid is 1:1.1-5:0.01-1; carbonylation and hydrolyzation reactions: the temperature is raised after the said 2,5-dimethylbenzyl chloride, acid binding agent and solvent are put into the reactor in presence of catalyst, the carbonylation and hydrolyzation reactions proceed when the gas of carbon monoxide is inflated, after the reaction is completed, the reaction solution is cooled, then liquid caustic soda is added under the protection of nitrogen, the reaction solution is stirred for 1 h, stands for layering, 36% hydrochloric acid is added into the water layer until pH=1, then it is kept warm for 1 h, filtered and dried to provide 2,5-dimethylphenylacetic acid. chloromethylation reaction: the temperature is raised after the raw material p- xylene, the solvent ionic liquid are mixed with paraformaldehyde and concentrated hydrochloric acid, the chloromethylation reaction proceeds when the gas of hydrogen chloride is inflated, the temperature is kept for 0.5h after the reaction is completed, the reaction solution is cooled and stands for layering, the organic layer is rectified under vacuum to give 2,5-dimethylbenzyl chloride; wherein the mole ratio of the said p -xylene, paraformaldehyde and ionic liquid is 1:1.1-5:0.01-1; carbonylation and hydrolyzation reactions: the temperature is raised after the said 2,5-dimethylbenzyl chloride, acid binding agent and solvent are put into the reactor in presence of catalyst, the carbonylation and hydrolyzation reactions proceed when the gas of carbon monoxide is inflated, after the reaction is completed, the reaction solution is cooled, then liquid caustic soda is added under the protection of nitrogen, the reaction solution is stirred for 1 h, stands for layering, 36% hydrochloric acid is added into the water layer until pH=1, then it is kept warm for 1 h, filtered and dried to provide 2,5-dimethylphenylacetic acid.
A flexible portal cannula (2,27) for use in conjunction with a cannula driver (1,26), said cannula driver (1,27) comprising a shaft having a distal end and a proximal end and at least one distally extending projection extending from the distal end, said flexible portal cannula (2,27) comprising: a flexible tube having a proximal end and a distal end and a lumen extending from the proximal end to the distal end of said flexible tube, said distal end of said flexible tube being adapted for insertion into a surgical site through a surgical portal, characterized in that, said flexible tube having a proximally facing groove disposed on an inner surface of said flexible tube, proximate the distal end of said flexible tube, said proximally facing groove being sized and dimensioned to receive a distally extending projection of the cannula driver. a flexible tube having a proximal end and a distal end and a lumen extending from the proximal end to the distal end of said flexible tube, said distal end of said flexible tube being adapted for insertion into a surgical site through a surgical portal, characterized in that, said flexible tube having a proximally facing groove disposed on an inner surface of said flexible tube, proximate the distal end of said flexible tube, said proximally facing groove being sized and dimensioned to receive a distally extending projection of the cannula driver.
A headspace extraction and analysis method for volatile compounds, wherein a continuous flow of volatile compounds is forced by applying reduced pressure conditions, said method comprising (i) inserting a needle of a sampling means via a septum into a headspace above a solid or liquid sample contained in a container closed by said septum, wherein said sampling means has a trap filled with at least one sorbent, said trap has a first end and a second end and at its first end is connected to a needle and at its second end is connected with at least one flow channel for connecting the trap to a vacuum source and an inert gas source, (ii) applying a vacuum to the sampling means on the side of the second end of the trap, the distant side, so that volatile compounds in the headspace are sucked out from the container into the trap, (iii) removing the sampling means from the container, (iv) drying the sampling means by flowing a dry inert gas through it from the distant side, (v) inserting the needle into an injector of a gas chromatography apparatus, (vi) desorbing the volatile compounds from the trap by flowing the at least one sorbent with inert gas from the distant side, (vii) analyzing the volatile compounds and (viii) cleaning the trap and needle by flushing with inert gas. (i) inserting a needle of a sampling means via a septum into a headspace above a solid or liquid sample contained in a container closed by said septum, wherein said sampling means has a trap filled with at least one sorbent, said trap has a first end and a second end and at its first end is connected to a needle and at its second end is connected with at least one flow channel for connecting the trap to a vacuum source and an inert gas source, (ii) applying a vacuum to the sampling means on the side of the second end of the trap, the distant side, so that volatile compounds in the headspace are sucked out from the container into the trap, (iii) removing the sampling means from the container, (iv) drying the sampling means by flowing a dry inert gas through it from the distant side, (v) inserting the needle into an injector of a gas chromatography apparatus, (vi) desorbing the volatile compounds from the trap by flowing the at least one sorbent with inert gas from the distant side, (vii) analyzing the volatile compounds and (viii) cleaning the trap and needle by flushing with inert gas.
A method for transmitting a signal to a network by a UE supporting dual connectivity between a first radio access technology, RAT, and a second RAT, the method comprising: reporting, to the network, capability information; receiving a first uplink grant for transmitting a first RAT uplink signal and transmitting the first RAT uplink signal based on the first uplink grant; and receiving a second uplink grant for transmitting a second RAT uplink signal and transmitting the second RAT uplink signal based on the second uplink grant, wherein the capability information includes a first time and a second time, wherein the first time is a time required to transfer scheduling information and power information of the first RAT from a first processor for the first RAT included in the UE to a second processor for the second RAT included in the UE, wherein the second time is a time interval required for the second processor to perform processing for determining a power of the second RAT uplink signal based on the scheduling information and the power information of the first RAT, wherein the first uplink grant and the second uplink grant schedule the first RAT uplink signal and the second RAT uplink signal to be transmitted simultaneously at a delay transmission time after receiving the first uplink grant, and wherein the delay transmission time for a dynamic power allocation to the first RAT uplink signal and the second RAT uplink signal is determined to be equal to or greater than the sum of the first time and the second time based on the capability information. reporting, to the network, capability information; receiving a first uplink grant for transmitting a first RAT uplink signal and transmitting the first RAT uplink signal based on the first uplink grant; and receiving a second uplink grant for transmitting a second RAT uplink signal and transmitting the second RAT uplink signal based on the second uplink grant, wherein the capability information includes a first time and a second time, wherein the first time is a time required to transfer scheduling information and power information of the first RAT from a first processor for the first RAT included in the UE to a second processor for the second RAT included in the UE, wherein the second time is a time interval required for the second processor to perform processing for determining a power of the second RAT uplink signal based on the scheduling information and the power information of the first RAT, wherein the first uplink grant and the second uplink grant schedule the first RAT uplink signal and the second RAT uplink signal to be transmitted simultaneously at a delay transmission time after receiving the first uplink grant, and wherein the delay transmission time for a dynamic power allocation to the first RAT uplink signal and the second RAT uplink signal is determined to be equal to or greater than the sum of the first time and the second time based on the capability information.
Method for controlling the reading of at least one digital object by a user device, said digital object having been distributed in association with an access point identifier and being stored locally by said user device, said method comprising: - a reception of data broadcast by a transmitter device by means of a radio communication channel, said data being broadcast by means of a beacon signal transmitted over said channel, a first datum indicating that a reading service is offered and a second datum bearing an access point identifier, with which said transmitter device is associated; - a reading of the digital object conditioned by the reception of said first datum and by a check that the access point identifier received corresponds to the access point identifier associated with the digital object, a zone within which the reading of the digital object is authorized, called reading zone, being situated within the radio range of said transmitter device. - a reception of data broadcast by a transmitter device by means of a radio communication channel, said data being broadcast by means of a beacon signal transmitted over said channel, a first datum indicating that a reading service is offered and a second datum bearing an access point identifier, with which said transmitter device is associated; - a reading of the digital object conditioned by the reception of said first datum and by a check that the access point identifier received corresponds to the access point identifier associated with the digital object, a zone within which the reading of the digital object is authorized, called reading zone, being situated within the radio range of said transmitter device.
An optical anti-counterfeiting element, whereby that optical anti-counterfeiting element comprises: a substrate comprising a first surface and a second surface opposite to each other; micro-sampling tools formed on the first surface, and one or more micro graphic and text units formed on the second surface, wherein the micro graphic and text unit includes micro graphic and text strokes arranged in a non-periodic and non-fixed-shape manner, and when the second surface is observed through the micro-sampling tools, a stereoscopic animated anti-counterfeiting feature can be seen, characterized in that the micro graphic and text strokes of the micro graphic and text unit are arranged only in a first direction of the micro graphic and text unit in a non-periodic and non-fixed-shape manner. a substrate comprising a first surface and a second surface opposite to each other; micro-sampling tools formed on the first surface, and one or more micro graphic and text units formed on the second surface, wherein the micro graphic and text unit includes micro graphic and text strokes arranged in a non-periodic and non-fixed-shape manner, and when the second surface is observed through the micro-sampling tools, a stereoscopic animated anti-counterfeiting feature can be seen, characterized in that the micro graphic and text strokes of the micro graphic and text unit are arranged only in a first direction of the micro graphic and text unit in a non-periodic and non-fixed-shape manner.
Power supply device for an electric motor, having: a converter having an input for connecting the converter to a power source (L, N, PE), an inverter for providing an AC voltage for an electric motor and an earth connection connected to a protective earth of the power source (L, N, PE), and a power connection apparatus for connecting the electric motor to the inverter and the earth connection of the converter, wherein the power connection apparatus contains a plurality of motor phase conductors (U, V, W) and a protective earth, and wherein the power connection apparatus has a motor cable that contains at least sections of the plurality of motor phase conductors (U, V, W) and of the protective earth and is provided with a shield, characterized in that the protective earth of the power connection apparatus is provided with a further shield in the region between the shielded motor cable and the electric motor, which further shield is connected to at least one shield terminal (43, 54) of a motor housing of the electric motor. a converter having an input for connecting the converter to a power source (L, N, PE), an inverter for providing an AC voltage for an electric motor and an earth connection connected to a protective earth of the power source (L, N, PE), and a power connection apparatus for connecting the electric motor to the inverter and the earth connection of the converter, wherein the power connection apparatus contains a plurality of motor phase conductors (U, V, W) and a protective earth, and wherein the power connection apparatus has a motor cable that contains at least sections of the plurality of motor phase conductors (U, V, W) and of the protective earth and is provided with a shield, characterized in that the protective earth of the power connection apparatus is provided with a further shield in the region between the shielded motor cable and the electric motor, which further shield is connected to at least one shield terminal (43, 54) of a motor housing of the electric motor.
A stent graft delivery system comprising: a stent graft cover configured to maintain a stent graft in a constricted configuration, and configured to slide relative to the stent graft to enable the stent graft to expand radially outwardly, wherein the stent graft cover extends along a first central axis; and a tapered tip defining an opening therethrough that is configured to track along a guidewire, wherein the opening extends along a second central axis that is offset from the first central axis, wherein the tapered tip defines a second opening therethrough that is configured to track along a second guidewire. a stent graft cover configured to maintain a stent graft in a constricted configuration, and configured to slide relative to the stent graft to enable the stent graft to expand radially outwardly, wherein the stent graft cover extends along a first central axis; and a tapered tip defining an opening therethrough that is configured to track along a guidewire, wherein the opening extends along a second central axis that is offset from the first central axis, wherein the tapered tip defines a second opening therethrough that is configured to track along a second guidewire.
An elastic protein matrix comprising; (a) 50-90% by weight of one or more proteins selected from the group consisting of collagen, denatured collagen, and mixtures thereof; (b) up to 40% by weight of one or more biocompatible polymers selected from the group consisting of polyethylene glycol, poly-L-lysine, alginate, chitosan, hyaluronic acid, chondroitin sulfate, and mixtures thereof; and (c) 0.5-5% by weight of one or more cross-linking agents, wherein said matrix is lyophilized from a solution of components (a) to (c) to result in a matrix that is non-adhesive to wounds, tissues, and organs; and wherein said matrix contains less than 10% moisture content. (a) 50-90% by weight of one or more proteins selected from the group consisting of collagen, denatured collagen, and mixtures thereof; (b) up to 40% by weight of one or more biocompatible polymers selected from the group consisting of polyethylene glycol, poly-L-lysine, alginate, chitosan, hyaluronic acid, chondroitin sulfate, and mixtures thereof; and (c) 0.5-5% by weight of one or more cross-linking agents,
Production method for a pendulum arrangement of a pendulum laser device, having at least - a first method step, in which a universal joint of a pendulum of the pendulum arrangement is produced by means of plastic injection molding, by forming two orthogonal, at least partially microstructured shafts (50a, 50b), - a second method step, in which at least two bearing shells are placed on the at least partially microstructured regions of at least one shaft of the universal joint, - a third method step, in which an optics carrier of the pendulum of the pendulum arrangement is produced integrally with the bearing shells by overmolding, by means of plastic injection molding, at least two bearing shells surrounding a shaft of the universal joint, and is connected to the universal joint such that it can rotate about the one shaft. - a first method step, in which a universal joint of a pendulum of the pendulum arrangement is produced by means of plastic injection molding, by forming two orthogonal, at least partially microstructured shafts (50a, 50b), - a second method step, in which at least two bearing shells are placed on the at least partially microstructured regions of at least one shaft of the universal joint, - a third method step, in which an optics carrier of the pendulum of the pendulum arrangement is produced integrally with the bearing shells by overmolding, by means of plastic injection molding, at least two bearing shells surrounding a shaft of the universal joint, and is connected to the universal joint such that it can rotate about the one shaft.