mhurhangee/patent-ind-claim-en huggingface dataset:
A device for supporting and operating a cable drum, equipped with a rectangular main frame and a locking-release mechanism, characterised in that a sliding carriage equipped with tensioning (11a and 11b) is mounted on the main frame , wherein said sliding carriage is in the shape of a rectangle, open on one side, which is the front part of a sliding carriage , in addition, the main frame is equipped with a locking-release mechanism mounted on both sides of the main frame on its longitudinal sides; in the centre of the front transverse part of the main frame there is a winch connected to a drive; in the longitudinal part, the main frame consists of two parallel to each other semi-closed channels mounted upwards with the open part of the channel, and in the centre of each semi-closed channel of the longitudinal part of the main frame there are support rollers , which are attached to the sliding carriage mounted on the main frame ; a triangular boom with swivel arms is mounted in the front, open part of the sliding carriage by means of bolts; in the upper part of each of the swivel arms of the triangular boom , clamping yokes are mounted, equipped with quadruple bearing sleeves and mounting a support bar secured with threaded cranks constituting the closing mechanism of the clamping yokes ; the winch is connected via a cable successively to a first tensioning roller located in the rear transverse part of the main frame , a second tensioning roller located in the rear part of the sliding carriage and to a third tensioning roller located on the triangular boom .
A computer-implemented method performed by a data processing apparatus , the method comprising: receiving a signal from a sensor ; determining, based on the signal, a concept for a computing device ; detecting, based on the concept, a current usage pattern for the computing device ; determining whether the current usage pattern matches a stored usage pattern among a plurality of stored usage patterns; and in response to determining that the current usage pattern matches the stored usage pattern: determining a security preference associated with the stored usage pattern that overrides a security outcome to be implemented, wherein the security outcome to be implemented is associated with the stored usage pattern, and granting access to the computing device by overriding the security outcome to be implemented using a security outcome specified in the security preference. receiving a signal from a sensor ; determining, based on the signal, a concept for a computing device ; detecting, based on the concept, a current usage pattern for the computing device ; determining whether the current usage pattern matches a stored usage pattern among a plurality of stored usage patterns; and in response to determining that the current usage pattern matches the stored usage pattern: determining a security preference associated with the stored usage pattern that overrides a security outcome to be implemented, wherein the security outcome to be implemented is associated with the stored usage pattern, and granting access to the computing device by overriding the security outcome to be implemented using a security outcome specified in the security preference. determining a security preference associated with the stored usage pattern that overrides a security outcome to be implemented, wherein the security outcome to be implemented is associated with the stored usage pattern, and granting access to the computing device by overriding the security outcome to be implemented using a security outcome specified in the security preference.
A method of wireless communication by a user equipment, UE, in a wireless communication system comprising the user equipment, UE and at least one other UE in a distributed vehicle-to-everything, V2X environment, comprising: determining a multi-frequency transmission schedule comprising a schedule for transmissions on multiple transmission frequencies from different wireless technologies available in the V2X environment based at least in part on a determination at the UE of a number of users on a subchannel, wherein the multi-frequency transmission schedule comprises assignments of one or more subchannels to specific applications at the UE for communication with the at least one other UE, wherein determining the number of users on the subchannel is based in part on one or more of a received demodulation reference signal, a received power during a predetermined time period, and a number of packets successfully decoded; transmitting the multi-frequency transmission schedule to the at least one other UE ; and transmitting a transport block of data to the at least one other UE based on the determined multi-frequency transmission schedule. determining a multi-frequency transmission schedule comprising a schedule for transmissions on multiple transmission frequencies from different wireless technologies available in the V2X environment based at least in part on a determination at the UE of a number of users on a subchannel, wherein the multi-frequency transmission schedule comprises assignments of one or more subchannels to specific applications at the UE for communication with the at least one other UE, wherein determining the number of users on the subchannel is based in part on one or more of a received demodulation reference signal, a received power during a predetermined time period, and a number of packets successfully decoded; transmitting the multi-frequency transmission schedule to the at least one other UE ; and transmitting a transport block of data to the at least one other UE based on the determined multi-frequency transmission schedule.
A gel composition for use in a stent graft, wherein said gel composition is added to said stent graft in an in vivo environment, wherein said gel composition during addition to said stent graft is a pre-cure gel composition comprising monomer components that are hydrophilic and biocompatible, said pre-cure composition being a flowable solution that can be delivered through a delivery tube, wherein said pre-cure composition is fluid in order to travel through the delivery tube into the stent graft, wherein after the addition of the gel composition into said stent graft, the graft remains initially less rigid, so that the filled graft material adjusts and conforms to the morphology of a vessel or lumen space, wherein said gel composition exhibits a volume change upon curing between about 0 to 30 percent and wherein the monomer components comprise a diamine compound in which each nitrogen atom is independently either an amino or an alkylamino group, and is sterically free to react with an epoxide moiety on a polyglycidyl ether.
A needleless injection device comprising a chamber containing a pyrotechnic material, wherein the chamber has at least one membrane at a discharge opening and the membrane leads into the chamber and the combustion chamber thereof, wherein the membrane is provided with a particle application , wherein at least a part of the particles is larger than the rest of the particles, characterized in that the larger particles do not contain an active agent and the smaller particles contain an active agent.
A color- and light-mixing convergent optical system, in particular as a pixel capable of full color for imaging display boards outdoors, for spotlights or signaling, consisting of an LED light source, and also a light guide rod arranged in front thereof, and a convergent lens, the LED light source contains a plurality of LED crystals (R, G, B), the light entrance surface of the light guide rod is arranged in front of the light exit surface of the LED light source and captures light from each LED crystal, the light guide rod extends perpendicularly to the entrance surface , and its cross section is constant or gradually increases, characterized in that the light exit of the light guide rod is situated in the region of the focus (F) of the convergent lens , which bundles the light emitted from the center point (F) parallel to the axis and the light emitted from a point (P) sideways from the center point (F) on the light exit parallel into a corresponding direction (p), in that the generated surface of light guide rod consists of optically smoothly polished with a mirror finish planes, which adjoin one another in a sharp-edged fashion and, consequently, each cross section has the form of a polygon and its material is free of light-scattering components and in that the light exit of the light guide rod in terms of its contour already largely corresponds to the required light distribution turned upside-down and the light passing through is emitted by the convergent lens disposed ahead, according to the optical projection law, in the form of the upright contour.
An oil-in-water macroemulsion composition comprising: an aqueous phase that comprises, by total weight of the composition: 30% to 70% of water; 4.5% to 18.5% of acrylates/VA copolymer; 0.25% to 1.0% of acrylates copolymer; one or more materials that are able to plasticize acrylates/VA copolymer, wherein the ratio of acrylates/VA copolymer to total plasticizer ranges from 1:1 to 10:1; an oil phase that comprises 3% to 30% of aromatic ingredients by total weight of the composition; and no more than 3% of surfactants and/or emulsifiers. an aqueous phase that comprises, by total weight of the composition: 30% to 70% of water; 4.5% to 18.5% of acrylates/VA copolymer; 0.25% to 1.0% of acrylates copolymer; one or more materials that are able to plasticize acrylates/VA copolymer, wherein the ratio of acrylates/VA copolymer to total plasticizer ranges from 1:1 to 10:1; 30% to 70% of water; 4.5% to 18.5% of acrylates/VA copolymer; 0.25% to 1.0% of acrylates copolymer; one or more materials that are able to plasticize acrylates/VA copolymer, wherein the ratio of acrylates/VA copolymer to total plasticizer ranges from 1:1 to 10:1; an oil phase that comprises 3% to 30% of aromatic ingredients by total weight of the composition; and no more than 3% of surfactants and/or emulsifiers.
A method of wireless communication at a user equipment, LTE, comprising: receiving a downlink control channel scheduling a downlink data channel, wherein the downlink control channel comprises an indication of a zero-power channel state information-reference signal, ZP CSI-RS, configuration from a base station , wherein the ZP CSI-RS configuration corresponds to resources associated with an aperiodic tracking reference signal; receiving the downlink data channel, wherein the downlink data channel is rate matched around CSI-RS resources indicated in the ZP CSI-RS configuration ; decoding the downlink data channel based on the indication of the ZP CSI-RS configuration received from the base station ; receiving a second indication indicating whether the rate matching is symbol level rate matching or resource element level rate matching ; and selecting a type of the rate matching on which the decoding is based, based on the second indication. receiving a downlink control channel scheduling a downlink data channel, wherein the downlink control channel comprises an indication of a zero-power channel state information-reference signal, ZP CSI-RS, configuration from a base station , wherein the ZP CSI-RS configuration corresponds to resources associated with an aperiodic tracking reference signal; receiving the downlink data channel, wherein the downlink data channel is rate matched around CSI-RS resources indicated in the ZP CSI-RS configuration ; decoding the downlink data channel based on the indication of the ZP CSI-RS configuration received from the base station ; receiving a second indication indicating whether the rate matching is symbol level rate matching or resource element level rate matching ; and selecting a type of the rate matching on which the decoding is based, based on the second indication.
A user equipment configured for link level communication with a plurality of base stations , the user equipment comprising: at least one hardware processor configured to: after broadcasting a first data message to the plurality of base stations, receive at least one feedback message, corresponding to the first data message, from at least one of the plurality of base stations; and characterized by being adapted to upon receipt of the at least one feedback message indicating acknowledgement of receipt of the first data message at at least one of the plurality of base stations, broadcast an indicator to the plurality of base stations, the indicator providing an indication of at least one of the at least one received positive feedback message.
Control method for controlling aerodynamic means of an aircraft with mechanically decoupled flight control means allowing the aircraft to be controlled by at least two pilots, the aircraft comprising at least two control members (22, 32- 23, 33) which are each intended to be manoeuvred by one of the at least two pilots, respectively, and which each enable control instructions to be generated in order to carry out a movement of the aerodynamic means relative to an incident air flow, the control method comprising a control logic, referred to as the operational logic , the operational logic comprising a dual operating mode where each control member (22, 32- 23, 33) can control the aerodynamic means , in the dual operating mode only one of the at least two control members, referred to as the activated member , controls exclusively, over an entire movement range, the aerodynamic means , the other control member, referred to as the deactivated member being temporarily inoperative on the aerodynamic means , and, in the dual operating mode , it is possible to generate a manual activation of the deactivated member which automatically brings about a deactivation of the activated member , the initially deactivated member being newly activated in order to control the aerodynamic means over the entire movement range, the operational logic comprising at least one single-pilot operating mode , in which: • only one of the at least two control members, referred to as the activated member , enables the aerodynamic means to be controlled exclusively over an entire movement range, the other control member, referred to as the deactivated member being inoperative on the aerodynamic means , and • the activated member always remains activated and the deactivated member always remains deactivated, the operational logic comprising two single-pilot operating modes which correspond to a left single-pilot mode in which the activated member is the one which is arranged on the left of a cockpit of the aircraft and a right single-pilot mode in which the activated member is the one which is arranged on the right of a cockpit of the aircraft , characterised in that the aircraft comprises a commutator which enables the dual operating mode and one or other of the two single-pilot operating modes to be selected manually, and in that , in the dual operating mode, the manual activation of the deactivated member is produced by another means separate from the commutator . • only one of the at least two control members, referred to as the activated member , enables the aerodynamic means to be controlled exclusively over an entire movement range, the other control member, referred to as the deactivated member being inoperative on the aerodynamic means , and • the activated member always remains activated and the deactivated member always remains deactivated,
A method of investigating a specimen (S) using charged particle microscopy, comprising the following steps: - Using a primary source to produce a pulsed beam of charged particles that propagate along a beam path (B'); - Providing a specimen (S) at an irradiation position in said beam path (B'); - Using a secondary source to produce repetitive excitations of the specimen (S); - Using a detector to register charged particles in said beam that traverse the specimen (S) after each said excitation, characterized in that: - Said primary source is configured to produce a train of multiple pulses per excitation by said secondary source ; - Said detector is configured to comprise an integrated array of pixels, each with an individual readout circuit, to register a time-of-arrival of individual particles in said train, wherein the method comprises the step of embodying said detector to have a temporal resolution that is shorter than the period of the primary source . - Using a primary source to produce a pulsed beam of charged particles that propagate along a beam path (B'); - Providing a specimen (S) at an irradiation position in said beam path (B'); - Using a secondary source to produce repetitive excitations of the specimen (S); - Using a detector to register charged particles in said beam that traverse the specimen (S) after each said excitation, - Said primary source is configured to produce a train of multiple pulses per excitation by said secondary source ; - Said detector is configured to comprise an integrated array of pixels, each with an individual readout circuit, to register a time-of-arrival of individual particles in said train, wherein the method comprises the step of embodying said detector to have a temporal resolution that is shorter than the period of the primary source .
A power transmission device of a green tire forming drum apparatus including a carcass drum shaft , left and right forming drums mounted to the carcass drum shaft in a laterally symmetrical manner and being movable laterally in an axial direction of the carcass drum shaft, finger mounting supports for moving left and right turn-up fingers , respectively mounted to the left and right forming drums , up and down, and a driving unit for supplying power required for rotational and lateral movement of the left and right forming drums and up/down movement of the left and right turn-up fingers, wherein power generated by a lower servomotor of the driving unit is transmitted to the left and right forming drums via left and right pull/push plates connected to a ball screw , and power generated by an upper servomotor of the driving unit is transmitted to the left and right turn-up fingers via left and right pull/push plates connected to another ball screw ; and wherein slide keyway bodies are mounted inside the carcass drum shaft in a contact manner, and four linear guide shafts are mounted inside one of the slide keyway bodies and are arranged equiangular to each other about a center of the slide keyway body.
An electric power steering apparatus having independent turning mechanisms for respective four wheels of a vehicle , wherein a turning motor of each of the turning mechanisms has a redundant configuration, wherein the turning motor is configured as three-phase duplexing motors of a first and second system each having a three-phase winding and an inverter driving the three-phase winding for separately driving the three-phase windings , and wherein, when the three-phase duplexing motor of the first system fails, the three-phase duplexing motor of the first system is stopped from being driven and a turning angle of a wheel that is turned by the three-phase duplexing motor of the first system, is returned to and fixed at a neutral position by the three-phase duplexing motor of the second system. a turning motor of each of the turning mechanisms has a redundant configuration, wherein the turning motor is configured as three-phase duplexing motors of a first and second system each having a three-phase winding and an inverter driving the three-phase winding for separately driving the three-phase windings , and wherein, when the three-phase duplexing motor of the first system fails, the three-phase duplexing motor of the first system is stopped from being driven and a turning angle of a wheel that is turned by the three-phase duplexing motor of the first system, is returned to and fixed at a neutral position by the three-phase duplexing motor of the second system.
An electrode for electrolysis comprising: an electrically conductive substrate at least a surface of which comprises nickel or a nickel-based alloy; an intermediate layer formed on the surface of the electrically conductive substrate and comprising a lithium-containing nickel oxide represented by composition formula Li x Ni 2-x O 2 with 0.02≤x≤0.5; and a catalyst layer formed on a surface of the intermediate layer, wherein the intermediate layer has a layer average density of 5.1 g/cm 3 or more and 6.67 g/cm 3 or less and the thickness of the intermediate layer is 0.01 μm or more and 100 μm or less, and wherein the catalyst layer comprises at least one catalyst selected from the group consisting of a nickel cobalt spinel oxide, a lanthanide nickel cobalt perovskite oxide, an iridium oxide, a ruthenium oxide, and a lithium nickel cobalt oxide. an electrically conductive substrate at least a surface of which comprises nickel or a nickel-based alloy; an intermediate layer formed on the surface of the electrically conductive substrate and comprising a lithium-containing nickel oxide represented by composition formula Li x Ni 2-x O 2 with 0.02≤x≤0.5; and a catalyst layer formed on a surface of the intermediate layer,
Wearable device , comprising: a power source ; a position sensor electrically connected to the power source , for sensing a position of a wearer of the wearable device and generating a position signal; a signal transceiver electrically connected to the power source , for receiving the position signal, sending the position signal to a monitoring apparatus , and receiving an indication signal from the monitoring apparatus ; and wherein a body of the wearable device comprises a first part and a second part , and a relative position of a moveable end of the first part and a moveable end of the second part can switch between a first relative position and a second relative position , and characterized in that the switching of the relative position between the first relative position and the second relative position can turn the power source on or off, and wherein a movement of the movable ends of the first part and the second part from the first relative position to the second relative position causes the wearable device to be worn on at least one of neck, wrist, head and ankle of a wearer. a power source ; a position sensor electrically connected to the power source , for sensing a position of a wearer of the wearable device and generating a position signal; a signal transceiver electrically connected to the power source , for receiving the position signal, sending the position signal to a monitoring apparatus , and receiving an indication signal from the monitoring apparatus ; and wherein a body of the wearable device comprises a first part and a second part , and a relative position of a moveable end of the first part and a moveable end of the second part can switch between a first relative position and a second relative position , and characterized in that the switching of the relative position between the first relative position and the second relative position can turn the power source on or off, and wherein a movement of the movable ends of the first part and the second part from the first relative position to the second relative position causes the wearable device to be worn on at least one of neck, wrist, head and ankle of a wearer.