mhurhangee/ep-ind-claims huggingface dataset:
Drive assembly, in particular for driving a flap, comprising an actuator element, a drive having a first drive shaft defining a drive axis for driving the actuator element, a coupling arrangement for coupling the first drive shaft of the drive with the actuator element, wherein the coupling arrangement comprises a first coupling element coupled with the first drive shaft of the drive, a second coupling element coupled with the actuator element, a preload element, wherein the preload element preloads the first coupling element towards the second coupling element, and a braking arrangement for braking a movement of the actuator element, wherein the braking arrangement comprises a first braking element, characterised in that the preload element preloads the first braking element to contact the coupling arrangement. an actuator element, a drive having a first drive shaft defining a drive axis for driving the actuator element, a coupling arrangement for coupling the first drive shaft of the drive with the actuator element, wherein the coupling arrangement comprises a first coupling element coupled with the first drive shaft of the drive, a second coupling element coupled with the actuator element, a preload element, wherein the preload element preloads the first coupling element towards the second coupling element, and a braking arrangement for braking a movement of the actuator element, wherein the braking arrangement comprises a first braking element, characterised in that the preload element preloads the first braking element to contact the coupling arrangement.
Electropneumatic parking brake module, comprising a supply connection for connecting a compressed air supply, at least one spring brake connection for connecting at least one spring-loaded brake cylinder, an inlet-outlet valve unit which can assume at least a first switching position and a second switching position, and an electropneumatic pilot control unit for controlling at least a first control pressure at the inlet-outlet valve unit, in the first switching position of the inlet-outlet valve unit the spring brake connection being connected to the supply connection in order to control a spring-loaded brake pressure (pF), and in the second switching position of the inlet-outlet valve unit the spring brake connection being connected to a vent connection (14.3) of the inlet-outlet valve unit, the inlet-outlet valve unit being in the second switching position when the first control pressure is below a first limit value, characterized in that the electropneumatic parking brake module has a release control connection, at which a release control pressure (pL) can be controlled by an external unit, which pressure causes the inlet-outlet valve unit to switch to the first switching position. a supply connection for connecting a compressed air supply, at least one spring brake connection for connecting at least one spring-loaded brake cylinder, an inlet-outlet valve unit which can assume at least a first switching position and a second switching position, and an electropneumatic pilot control unit for controlling at least a first control pressure at the inlet-outlet valve unit, in the first switching position of the inlet-outlet valve unit the spring brake connection being connected to the supply connection in order to control a spring-loaded brake pressure (pF), and in the second switching position of the inlet-outlet valve unit the spring brake connection being connected to a vent connection (14.3) of the inlet-outlet valve unit, the inlet-outlet valve unit being in the second switching position when the first control pressure is below a first limit value, characterized in that the electropneumatic parking brake module has a release control connection, at which a release control pressure (pL) can be controlled by an external unit, which pressure causes the inlet-outlet valve unit to switch to the first switching position.
A method for controlling at least one piece of equipment of a home automation installation found in a current state and which may undergo state changes of variable amplitude between the current state and at least one extreme state, applied by means of a remote control including an interface allowing detection of at least one amplitude A or one displacement speed V of a finger of a user, characterized in that - when a so-called « long-term control » condition is fulfilled, this condition depending at least on the amplitude A or on the displacement speed V of the finger, the piece of equipment changes state until it attains an extreme state, or changes state with an amplitude B depending on the detected amplitude A and an amplitude ratio R=B/A strictly greater than a given amplification threshold R S; - when the long-term control condition is not fulfilled, the piece of equipment changes state with an amplitude B depending on the detected amplitude A and an amplitude ratio R=B/A strictly less than or equal to the amplification threshold R S. - when a so-called « long-term control » condition is fulfilled, this condition depending at least on the amplitude A or on the displacement speed V of the finger, the piece of equipment changes state until it attains an extreme state, or changes state with an amplitude B depending on the detected amplitude A and an amplitude ratio R=B/A strictly greater than a given amplification threshold R S; - when the long-term control condition is not fulfilled, the piece of equipment changes state with an amplitude B depending on the detected amplitude A and an amplitude ratio R=B/A strictly less than or equal to the amplification threshold R S.
A component mounting apparatus configured to suck a component and mount the component on a substrate, the apparatus comprising: component supplying means for supplying the component by intermittently feeding an accommodation member, on which a plurality of accommodation sections for accommodating the component are formed, in a predetermined direction; suction position setting means for setting a position that is offset from a reference position (Rp), which is a predetermined position within the accommodation section and reference for suction of the component, in the predetermined direction toward a side to which the component moves due to inertia as a suction position (Sp) based on a difference between a dimension of the accommodation section in the predetermined direction and a dimension of the component accommodated in the accommodation section in the predetermined direction; and component mounting means for sucking the component supplied by the component supplying means at the suction position (Sp) to pick up the component from the accommodation section and mounting the component onto the substrate. component supplying means for supplying the component by intermittently feeding an accommodation member, on which a plurality of accommodation sections for accommodating the component are formed, in a predetermined direction; suction position setting means for setting a position that is offset from a reference position (Rp), which is a predetermined position within the accommodation section and reference for suction of the component, in the predetermined direction toward a side to which the component moves due to inertia as a suction position (Sp) based on a difference between a dimension of the accommodation section in the predetermined direction and a dimension of the component accommodated in the accommodation section in the predetermined direction; and component mounting means for sucking the component supplied by the component supplying means at the suction position (Sp) to pick up the component from the accommodation section and mounting the component onto the substrate.
Data communication network system comprising a plurality of autonomous data communication networks (1, 2, 3, 4, 5, 6), and a common gateway, wherein each autonomous data communication network (1, 2, 3, 4, 5, 6) comprises at least one network node (10, 20, 30, 40, 50, 60), wherein said at least one node (10, 20, 30, 40, 50, 60) of each communication network (1, 2, 3, 4, 5, 6) is connected or connectable to the common gateway wherein said common gateway is designed to selectively connect at least two of said nodes (10, 20, 30, 40, 50, 60) in order to provide intercommunication ability between the related autonomous communication networks (1, 2, 3, 4, 5, 6), wherein said common gateway comprises at least one router element to which said nodes of said autonomous communication networks are selectively connected or connectable, wherein a computer is provided in said gateway to control said router element by means of a computer program running on said computer, the computer program being operable locally at the gateway or remotely via a secure connection by an authenticated and authorised user, wherein said gateway is designed to allow the user, by offering to the user a graphic user interface on a computer display, to individually select and interconnect two or more network nodes from said plurality of autonomous data communication networks (1, 2, 3, 4, 5, 6).
Method for determining the validity of a tyre parameter of a tyre of a vehicle, comprising the following steps: - recording the tyre parameter, the tyre parameter being a reference tyre tread depth, - recording a value of a validity parameter, the validity parameter being a measure of the validity of the tyre parameter, - determining that the recorded tyre parameter is valid if the recorded value of the validity parameter has changed compared to a previous value of the validity parameter, and - using the recorded tyre parameter to calculate an estimated tyre tread depth if it has been determined that the recorded tyre parameter is valid. - recording the tyre parameter, the tyre parameter being a reference tyre tread depth, - recording a value of a validity parameter, the validity parameter being a measure of the validity of the tyre parameter, - determining that the recorded tyre parameter is valid if the recorded value of the validity parameter has changed compared to a previous value of the validity parameter, and - using the recorded tyre parameter to calculate an estimated tyre tread depth if it has been determined that the recorded tyre parameter is valid.
Engine enclosure, characterized in that said enclosure is flexible and contains one or more component parts made of a single-layered rubber mixture, wherein the rubber mixture contains at least one silicone rubber as the sole rubber component and hollow microspheres and wherein the rubber mixture is fully vulcanized.
A system comprising a first electronic communication device and a second electronic communication device arranged for cooperating via Body Coupled Communication, BCC, and short-range wireless communication, the two devices being configured to be in close proximity to a person's body during use, the first electronic communication device comprising: an audio player; a first BCC antenna; and a control unit with associated processing circuitry configured for control of BCC and short-range wireless communication with the second electronic communication device; the second electronic communication device comprising: a speaker; a second BCC antenna; wherein the second electronic device is configured to wake up and send a BCC signal to the first electronic device responsive to detecting user touch input; wherein the control unit is configured to cause the first electronic communication device to: continuously check if a capacitance belongs to a predefined capacitance interval indicating that the first electronic communication device is in close proximity to the body of the user; initiate BCC, via the first BCC antenna, with the second device in response to the checked capacitance being within the predefined capacitance interval; send, via the first BCC antenna, a BCC signal over the user's body in response to the checked capacitance comprising short-range wireless communication pairing information to the second device; receiving said BCC signal sent from the second electronic device; prepare a short-range wireless communication with the second device; and execute the short-range wireless communication between the first and the second device (20, 30) to stream audio played by the audio player to said speaker. an audio player; a first BCC antenna; and a control unit with associated processing circuitry configured for control of BCC and short-range wireless communication with the second electronic communication device; a speaker; a second BCC antenna; wherein the second electronic device is configured to wake up and send a BCC signal to the first electronic device responsive to detecting user touch input; continuously check if a capacitance belongs to a predefined capacitance interval indicating that the first electronic communication device is in close proximity to the body of the user; initiate BCC, via the first BCC antenna, with the second device in response to the checked capacitance being within the predefined capacitance interval; send, via the first BCC antenna, a BCC signal over the user's body in response to the checked capacitance comprising short-range wireless communication pairing information to the second device; receiving said BCC signal sent from the second electronic device; prepare a short-range wireless communication with the second device; and execute the short-range wireless communication between the first and the second device (20, 30) to stream audio played by the audio player to said speaker.
A lapping material comprising: a knitted fabric constituted by warp knitting or weft knitting; a resin with which the knitted fabric is impregnated, wherein: the knitted fabric has a surface with regular protrusions and depressions, whereby the depressions serve as an abrasive grain holding part, for polishing a workpiece; a surface roughness Ra of the polishing surface is 25 to 70 μm; wherein at least a part of a fiber constituting the knitted fabric is a false twisted yarn, wherein the intermediate structure of the knitted fabric, located between front and rear surfaces of the knitted fabric, comprises the false twisted yarn; wherein the resin comprises a first resin and a second resin different from the first resin, and wherein the second resin is a reaction product of a urethane prepolymer having an NCO equivalent, measured according to JIS K 7301, of 400 or less and a curing agent. a knitted fabric constituted by warp knitting or weft knitting; a resin with which the knitted fabric is impregnated, wherein: the knitted fabric has a surface with regular protrusions and depressions, whereby the depressions serve as an abrasive grain holding part, for polishing a workpiece; a surface roughness Ra of the polishing surface is 25 to 70 μm; wherein at least a part of a fiber constituting the knitted fabric is a false twisted yarn, wherein the intermediate structure of the knitted fabric, located between front and rear surfaces of the knitted fabric, comprises the false twisted yarn; wherein the resin comprises a first resin and a second resin different from the first resin, and wherein the second resin is a reaction product of a urethane prepolymer having an NCO equivalent, measured according to JIS K 7301, of 400 or less and a curing agent. the knitted fabric has a surface with regular protrusions and depressions, whereby the depressions serve as an abrasive grain holding part, for polishing a workpiece; a surface roughness Ra of the polishing surface is 25 to 70 μm; wherein at least a part of a fiber constituting the knitted fabric is a false twisted yarn, wherein the intermediate structure of the knitted fabric, located between front and rear surfaces of the knitted fabric, comprises the false twisted yarn; wherein the resin comprises a first resin and a second resin different from the first resin, and wherein the second resin is a reaction product of a urethane prepolymer having an NCO equivalent, measured according to JIS K 7301, of 400 or less and a curing agent.
A clamping chuck for a machine tool, the clamping chuck being an expansion clamping chuck having a receptacle which is arranged in the body of the clamping chuck and which has a receiving opening for the axial insertion of a shank-type tool, a reducing sleeve arranged at least in sections in the central receptacle, and a clamping device for the at least local reduction of the cross section of the central receptacle, wherein a fixing device is provided which prescribes a defined arrangement of the reducing sleeve relative to the receiving opening both when the clamping chuck is clamped and also when the clamping chuck is not clamped, wherein the fixing device has an anti-twist securing means which limits a twisting motion of the reducing sleeve in the receiving opening, and/or wherein the fixing device has an axial securing means which limits a displacement of the reducing sleeve in the receiving opening, characterized in that the limitation of the twisting or displacement of the reducing sleeve in the receiving opening is realized with elastic action.
A construction machine comprising a flexible arranging member, the construction machine comprising: an upper frame including a bottom plate and a standing plate standing on the bottom plate; characterized by a bar-like member having a leading end portion, a base end portion opposite to the leading end portion, and a fixed portion (35d, 35g) provided between the leading end portion and the base end portion and fixed to the upper frame; and a binding band for binding the bar-like member and the arranging member together in order to fix the arranging member arranged along the bar-like member, wherein the fixed portion (35d, 35g) of the bar-like member is formed by folding the bar-like member between the base end portion and the leading end portion, and has an outer peripheral surface welded to the upper frame in abutting contact with the upper frame, the leading end portion of the bar-like member is positioned away from the upper frame by welding the outer peripheral surface of the fixed portion (35d, 35g) to the upper frame, and the base end portion of the bar-like member is inserted through an insertion hole formed in the standing plate and is welded to the standing plate, wherein the leading end portion of the bar-like member is located above the standing plate. an upper frame including a bottom plate and a standing plate standing on the bottom plate; characterized by a bar-like member having a leading end portion, a base end portion opposite to the leading end portion, and a fixed portion (35d, 35g) provided between the leading end portion and the base end portion and fixed to the upper frame; and a binding band for binding the bar-like member and the arranging member together in order to fix the arranging member arranged along the bar-like member, wherein the fixed portion (35d, 35g) of the bar-like member is formed by folding the bar-like member between the base end portion and the leading end portion, and has an outer peripheral surface welded to the upper frame in abutting contact with the upper frame, the leading end portion of the bar-like member is positioned away from the upper frame by welding the outer peripheral surface of the fixed portion (35d, 35g) to the upper frame, and the base end portion of the bar-like member is inserted through an insertion hole formed in the standing plate and is welded to the standing plate, wherein the leading end portion of the bar-like member is located above the standing plate.
An elevator car arrangement comprising an elevator car body and an elevator car sling, the elevator car arrangement further comprising a hanging damper arranged to connect the elevator car body and the elevator car sling together for dampening vibrations coming from guide rails through the elevator car sling to the elevator car body, the hanging damper comprises a first part connected to a bottom part of the elevator car body; a second part connected to the elevator car sling; and a damping element arranged to dampen vibrations coming from the second part to the first part, the first part comprises a first rod and a first plate connected together, said first rod having a first end (11a1) connected to the bottom part of the elevator car body and a second end (11a2) connected to the first plate; the second part comprises a second plate and at least one second rod in connection with the second plate; characterized in that the damping element is arranged between the first plate of the first part and the second plate of the second part such that the damping element has a connection with the first plate of the first part and the second plate of the second part such that the connection between the first part and the second part is arranged through the damping element.
An Authentication Server Function, AUSF, comprising: a processor; and a memory coupled to the processor, the processor configured to cause the AUSF to: receive a first authentication request message from a Security Anchor Function, SEAF, that is co-located with an initial Access and Mobility management Function, AMF, the first authentication request message comprising an AMF Slice Capabilities Information Element, IE,; send a data request message to a Unified Data Management function, UDM, the data request message comprising the received AMF Slice Capabilities IE; receive a data response message from the UDM, wherein the data response message includes a Slice compatibility indicator; determine not to send a SEAF key to the SEAF in response to the Slice Compatibility indicator indicating that an AMF slice is not compatible with registration of a User Equipment device, UE,; and send an authentication response message to the SEAF, wherein the authentication response message includes an Authentication Result, a User Subscription Identifier, and the Slice Compatibility indicator. a processor; and a memory coupled to the processor, the processor configured to cause the AUSF to: receive a first authentication request message from a Security Anchor Function, SEAF, that is co-located with an initial Access and Mobility management Function, AMF, the first authentication request message comprising an AMF Slice Capabilities Information Element, IE,; send a data request message to a Unified Data Management function, UDM, the data request message comprising the received AMF Slice Capabilities IE; receive a data response message from the UDM, wherein the data response message includes a Slice compatibility indicator; determine not to send a SEAF key to the SEAF in response to the Slice Compatibility indicator indicating that an AMF slice is not compatible with registration of a User Equipment device, UE,; and send an authentication response message to the SEAF, wherein the authentication response message includes an Authentication Result, a User Subscription Identifier, and the Slice Compatibility indicator.