mhurhangee/ep-ind-claims huggingface dataset:
A guide element for bicycle drive means, comprising a main bearing pin for fixing a swing arm bearing of a rear wheel swing structure, and a spacer sleeve which is arranged on the main bearing pin for reducing the remaining distance in a gap between a drive ring and a bicycle frame element so as to prevent the drive means from slipping off or being thrown off inwards, wherein the spacer sleeve is fastened to the main bearing pin via a fastening means, and the spacer sleeve (12, 54) is connected to an extension, wherein, in the mounted state, the extension is arranged radially with respect to the drive ring so that the drive means is arranged between the drive ring and the extension, characterized in that the position of the extension is defined by rotating the spacer sleeve. a main bearing pin for fixing a swing arm bearing of a rear wheel swing structure, and a spacer sleeve which is arranged on the main bearing pin for reducing the remaining distance in a gap between a drive ring and a bicycle frame element so as to prevent the drive means from slipping off or being thrown off inwards, wherein the spacer sleeve is fastened to the main bearing pin via a fastening means, and the spacer sleeve (12, 54) is connected to an extension, the spacer sleeve is fastened to the main bearing pin via a fastening means, and the spacer sleeve (12, 54) is connected to an extension, wherein, in the mounted state, the extension is arranged radially with respect to the drive ring so that the drive means is arranged between the drive ring and the extension, characterized in that the position of the extension is defined by rotating the spacer sleeve.
A method, performed by a network, for network slice selection and configuration, comprising the steps of: receiving, by a first Access and Mobility Management Function, AMF, from a [Radio] Access Network, R(AN, an AMF selection request including Requested Network Slice Selection Assistance Information, NSSAI, and a User Equipment, UE, Network Slice Component Identifier, UE-NSCID, the UE-NSCID identifying a UE slice component of a UE slice instance determined at a UE; sending, from the first AMF to a AN-Network Slice Selection Function, AN-NSSF, a AN slice selection request including the Requested NSSAI and the UE-NSCID; receiving, by the first AMF from the AN-NSSF, a AN slice selection response including an Allowed Single-NSSAI, S-NSSAI, and selected AN slice information including a selected AN network slice instance associated with the Allowed S-NSSAI and a selected AN slice component associated with the selected AN NSI; and sending, from the first AMF to the AN, a network slice access confirmation including the Allowed S-NSSAI and the selected AN slice information. receiving, by a first Access and Mobility Management Function, AMF, from a [Radio] Access Network, R(AN, an AMF selection request including Requested Network Slice Selection Assistance Information, NSSAI, and a User Equipment, UE, Network Slice Component Identifier, UE-NSCID, the UE-NSCID identifying a UE slice component of a UE slice instance determined at a UE; sending, from the first AMF to a AN-Network Slice Selection Function, AN-NSSF, a AN slice selection request including the Requested NSSAI and the UE-NSCID; receiving, by the first AMF from the AN-NSSF, a AN slice selection response including an Allowed Single-NSSAI, S-NSSAI, and selected AN slice information including a selected AN network slice instance associated with the Allowed S-NSSAI and a selected AN slice component associated with the selected AN NSI; and sending, from the first AMF to the AN, a network slice access confirmation including the Allowed S-NSSAI and the selected AN slice information.
An interconnection module for integrating a protective device in a safety system, which comprises - at least one test signal path which is arranged between a test signal input for an incoming test signal and a test signal output for an outgoing test signal of the interconnection module; - a first and a second pair of a respective signal input and a respective signal output, wherein the signal input and the signal output of a pair are respectively configured for the integration of an electric switching path into the test signal path; and - a test circuit for the two switching paths; characterized in that the test circuit comprises a controlled current source, a controlled current sink and a current direction element; wherein the test signal input of the interconnection module is connected to a control input of the controlled current source or of the controlled current sink in such a way that the controlled current source or current sink can be controlled by the incoming test signal or by a signal (U 110) derived therefrom and wherein a controlled output of the same from the current source and the current sink is connected to the signal output of the first pair of signal output and signal input in order to transmit a current via the first switching path; wherein the signal input of the first pair of signal input and signal output is connected to the control input of the respective other one of the controlled current source and of the controlled current sink in such a way that the controlled current source or current sink can be controlled through the current signal (I 112) transmitted via the first switching path or through a signal (U 116) derived therefrom; wherein a controlled output of the other one of the controlled current source and current sink is connected to the signal output of the second pair of signal input and signal output in order to transmit a current via the second switching path; wherein the signal input of the second pair of signal input and signal output is connected to the current direction element which is configured to provide a signal (U 120) in dependence on the current transmitted via the second switching path; and wherein the test signal output of the interconnection module is connected to the current direction element in order to output the signal (U 120) generated by the current direction element or a signal derived therefrom as an outgoing test signal of the safety related participant. - at least one test signal path which is arranged between a test signal input for an incoming test signal and a test signal output for an outgoing test signal of the interconnection module; - a first and a second pair of a respective signal input and a respective signal output, wherein the signal input and the signal output of a pair are respectively configured for the integration of an electric switching path into the test signal path; and - a test circuit for the two switching paths;
Pneumatically operated field device, comprising a pneumatic actuator, a pneumatic compressed air supply source, and an electromagnetic impact plate valve arrangement, the latter comprising an air chamber, into which three air conduits (5, 7, 9) of the field device lead, wherein the three air conduits comprise - an air supply conduit for receiving compressed air from the compressed air supply source, - a control air conduit for aerating and venting a pneumatic actuator of the field device, and - a venting conduit for outputting compressed air to a pressure sink, such as the atmosphere; wherein the actuator communicates with the control air conduit and wherein the pneumatic compressed air source is pneumatically connected with the air supply conduit, characterized in that the impact plate valve arrangement comprises a first electromagnetic impact valve for opening and/or closing the air supply conduit and a second electromagnetic impact valve for opening and/or closing the venting conduit, which are attuned in such a way that the air supply conduit and the ventilation conduit are closeable at the same time the first impact valve is closed in the absence of current and the second impact valve is open in the absence of current. - an air supply conduit for receiving compressed air from the compressed air supply source, - a control air conduit for aerating and venting a pneumatic actuator of the field device, and - a venting conduit for outputting compressed air to a pressure sink, such as the atmosphere;
A thin-film photovoltaic device, comprising: a flexible substrate; at least one layer comprising Cu(In,Ga)Se 2; a plurality of embossings (1300, 1305) at the surface of said at least one layer, at least a portion of the plurality of embossings resulting from self-assembly of a plurality of alkali crystal compounds from at least one alkali metal comprising Cs and/or Rb; the self-assembled alkali crystal compounds being embedded into the surface of the at least one layer, thereby forming at least a first line of regularly spaced embossings (1300, 1305) that is adjacent and parallel to at least a second line of regularly spaced embossings (1300, 1305) within at least one region of the at least one layer. a flexible substrate; at least one layer comprising Cu(In,Ga)Se 2; a plurality of embossings (1300, 1305) at the surface of said at least one layer, at least a portion of the plurality of embossings resulting from self-assembly of a plurality of alkali crystal compounds from at least one alkali metal comprising Cs and/or Rb; the self-assembled alkali crystal compounds being embedded into the surface of the at least one layer, thereby forming at least a first line of regularly spaced embossings (1300, 1305) that is adjacent and parallel to at least a second line of regularly spaced embossings (1300, 1305) within at least one region of the at least one layer.
System for the transport of an array of a plurality of self-supporting containers for liquids, which system comprises a cell tray designed for a particular type of containers and including: - a load carrying surface for receiving bottom portions of said particular containers, and - an undersurface, which is on the reverse side to the load carrying surface and shaped to receive top portions of similar containers of another cell tray beneath the undersurface, characterized by an insert (120, 140, 150), which is configured to be removably inserted onto the load carrying surface or to the undersurface of the cell tray, which insert (120, 140, 150) comprises: - a first surface (121, 141, 151), which is configured to engage with a plurality of containers, which plurality of containers is different in design, packaging or both to those for which the cell tray is designed, and - a second surface (122, 142, 152), which is on the reverse side to the first surface and configured to engage with the cell tray. - a load carrying surface for receiving bottom portions of said particular containers, and - an undersurface, which is on the reverse side to the load carrying surface and shaped to receive top portions of similar containers of another cell tray beneath the undersurface, - a first surface (121, 141, 151), which is configured to engage with a plurality of containers, which plurality of containers is different in design, packaging or both to those for which the cell tray is designed, and - a second surface (122, 142, 152), which is on the reverse side to the first surface and configured to engage with the cell tray.
Diaphragm pump having a delivery chamber and a working chamber, wherein the delivery chamber comprises a pressure connection and a suction connection, and wherein the working chamber can be or is filled with a hydraulic fluid and is operatively connected to a pressure generating device in order to apply an oscillating pressure to the hydraulic fluid, further comprising a diaphragm having at least one diaphragm layer and a diaphragm core, which separates the delivery chamber and the working chamber from each other and which can be transferred from a pressure stroke position into a suction stroke position and back again, wherein the volume of the delivery chamber in the pressure stroke position of the diaphragm is smaller than in the suction stroke position, and wherein the diaphragm can be or is operatively connected to a diaphragm return device comprising a pull rod, which applies or can apply a return force to the diaphragm in the direction of the suction stroke position, and further comprising a storage chamber for holding the hydraulic fluid, and wherein the working chamber and the storage chamber are connected to each other by means of a closure element (23, 23') and a closed return flow channel, wherein the closure element (23, 23') is operatively connected to the diaphragm core and the diaphragm return device, so that the return force and a pressure force counteracting the return force as a result of the fluid pressure in the working chamber act on the closure element (23, 23'), and wherein, when a predetermined triggering force is exceeded as a sum of the return force and the pressure force on the closure element (23, 23'), the return flow channel is opened, characterized in that either (i) the closure element (23, 23') comprises a magnet, wherein direction and intensity of the magnetic force correspond to the predetermined triggering force and, when the triggering force is exceeded, the return flow channel is opened, or (ii) the closure element (23, 23') comprises an intended breaking point as overload protection, which resists the triggering force and, when the triggering force is exceeded, breaks and the return flow channel is opened, wherein, when the diaphragm core and pull rod are connected, the return flow channel is closed, and when they are not connected, the return flow channel is opened, and wherein the deflection of the pull rod is limited by means of a fixed stop, so that the pull rod cannot be moved from the suction stroke position beyond the pressure stroke position or a predetermined position further removed from the suction stroke position than the pressure stroke position.
A quick-change chuck for a hole saw that can be rotated about an axis of rotation, which extends along the axis of rotation from a rear drive end designed for detachable connection to a drive to a front connection end for detachable connection to the hole saw, comprising a base body having at least one clamping jaw receptacle and at least one clamping jaw arranged therein and radially adjustable in relation to the axis of rotation, wherein thread segments (14.6) arranged around the axis of rotation are provided at the connecting end to form an external thread, wherein at least one thread segment (14.6) is formed on the clamping jaw, wherein a spring is arranged between the clamping jaw and the base body, CHARACTERIZED IN that a clamping ring rotatable about the axis of rotation is provided, which is designed, upon rotation, to move the at least one clamping jaw with the threaded segment (14.6) against the spring force from an engagement position located further radially outwards into a release position located further radially inwards in relation to this engagement position, that the clamping ring comprises at least one guide cam (6.2) for forming a guide slot in a clamping ring main plane extending transversely to the axis of rotation, with a cam front end (6.2.1) and a cam rear end (6.2.2), that the front end of the curve (6.2.1) is located radially closer to the axis of rotation than the rear end of the curve (6.2.2) and that a guide pin cooperating with and guided by that one guide cam is provided on the at least one clamping jaw. which extends along the axis of rotation from a rear drive end designed for detachable connection to a drive to a front connection end for detachable connection to the hole saw, comprising a base body having at least one clamping jaw receptacle and at least one clamping jaw arranged therein and radially adjustable in relation to the axis of rotation, wherein thread segments (14.6) arranged around the axis of rotation are provided at the connecting end to form an external thread, wherein at least one thread segment (14.6) is formed on the clamping jaw, wherein a spring is arranged between the clamping jaw and the base body, CHARACTERIZED IN that a clamping ring rotatable about the axis of rotation is provided, which is designed, upon rotation, to move the at least one clamping jaw with the threaded segment (14.6) against the spring force from an engagement position located further radially outwards into a release position located further radially inwards in relation to this engagement position, that the clamping ring comprises at least one guide cam (6.2) for forming a guide slot in a clamping ring main plane extending transversely to the axis of rotation, with a cam front end (6.2.1) and a cam rear end (6.2.2), that the front end of the curve (6.2.1) is located radially closer to the axis of rotation than the rear end of the curve (6.2.2) and that a guide pin cooperating with and guided by that one guide cam is provided on the at least one clamping jaw.
Device for the thermal management of a battery of electric accumulators assembled within a rigid casing, said device comprising thermal storage means integrated into said battery comprising a chamber containing a phase-change material and having a volume for exchange of heat with said accumulators which is delimited by at least part of said casing, the melting of the phase-change material being able to store heat, and the solidification of the phase-change material being able to release the heat previously stored, characterized in that said chamber is equipped at its distal end with an expansion vessel able to absorb the expansions of said phase-change material as it changes phase.
A method of wireless communication by a user equipment, UE, comprising: receiving a pre-grant message from a base station on a wireless channel; determining an interference level associated with the wireless channel; and indicating the interference level to the base station in response to the pre-grant message based on a transmission of an acknowledgement, ACK, message, characterized in that: the ACK message is transmitted to the base station when the interference level is below an energy detection, ED, threshold. receiving a pre-grant message from a base station on a wireless channel; determining an interference level associated with the wireless channel; and indicating the interference level to the base station in response to the pre-grant message based on a transmission of an acknowledgement, ACK, message, characterized in that: the ACK message is transmitted to the base station when the interference level is below an energy detection, ED, threshold.
A method in a user equipment, UE, the method comprising: receiving a measurement configuration message via a radio network node, the measurement configuration message being received over a control plane, the measurement configuration message comprising network location information associated with a measurement configuration file; retrieving the measurement configuration file from a server using the received network location information, the measurement configuration file being retrieved over a user plane. receiving a measurement configuration message via a radio network node, the measurement configuration message being received over a control plane, the measurement configuration message comprising network location information associated with a measurement configuration file; retrieving the measurement configuration file from a server using the received network location information, the measurement configuration file being retrieved over a user plane.
Step-up gearbox, having: a coupling element; a first rotational disc, in which a first movement path for the coupling element is formed, wherein the first movement path is circumferential and is interruption-free and comprises at least one movement section which is defined by a section of a logarithmic spiral; a second rotational disc in which a second movement path for the coupling element is formed; wherein the first movement path and the second movement path face one another, and wherein the coupling element is arranged between the first rotational disc and the second rotational disc and can be moved in a guided fashion simultaneously along the first movement path and the second movement path. a coupling element; a first rotational disc, in which a first movement path for the coupling element is formed, wherein the first movement path is circumferential and is interruption-free and comprises at least one movement section which is defined by a section of a logarithmic spiral; a second rotational disc in which a second movement path for the coupling element is formed; wherein the first movement path and the second movement path face one another, and wherein the coupling element is arranged between the first rotational disc and the second rotational disc and can be moved in a guided fashion simultaneously along the first movement path and the second movement path.
A method of synthesis of an anti-corrosion additive to organic coating compositions, comprising preparing an aqueous reaction solution at a temperature lower than an ambient temperature, the aqueous reaction solution comprising: - at least one acid selected from the group consisting of phosphoric acid, sulfuric acid, nitric acid, hydrochloric acid, hydrofluoric acid, perchloric acid having a total concentration in aqueous solution from 0,1 to 8 M; - at least one oxidant selected from the group consisting of ammonium persulfate and hydrogen peroxide; - aniline in the amount necessary to obtain the weight ratio of aniline:oxidant from 1:2,5 to 1:5; - and an anion donor in the amount necessary to obtain the weight ratio of anion donor:aniline not less than 0,1:1; characterized by: - while preparing the aqueous reaction solution, introducing to the aqueous reaction solution: - as the anion donor, a compound comprising anions selected from the group consisting of hexacyanoferrates [Fe 6 3-] and silicates (SiO 3 2-), - at least one compound being iron ion (Fe 3+) donor in the amount necessary to obtain the concentration of iron ions (Fe 3+) in the reaction mixture in a range from 0,05 to 0,15 M; - next, stirring the reaction mixture until the precipitate is precipitated; - filtering and drying the precipitate; - to obtain a product of the reaction which is a hybrid polyanilie (PANI) compound selected from the group consisting of PANI hexacyanoferrate and PANI silicate. - at least one acid selected from the group consisting of phosphoric acid, sulfuric acid, nitric acid, hydrochloric acid, hydrofluoric acid, perchloric acid having a total concentration in aqueous solution from 0,1 to 8 M; - at least one oxidant selected from the group consisting of ammonium persulfate and hydrogen peroxide; - aniline in the amount necessary to obtain the weight ratio of aniline:oxidant from 1:2,5 to 1:5; - and an anion donor in the amount necessary to obtain the weight ratio of anion donor:aniline not less than 0,1:1; - while preparing the aqueous reaction solution, introducing to the aqueous reaction solution: - as the anion donor, a compound comprising anions selected from the group consisting of hexacyanoferrates [Fe 6 3-] and silicates (SiO 3 2-), - at least one compound being iron ion (Fe 3+) donor in the amount necessary to obtain the concentration of iron ions (Fe 3+) in the reaction mixture in a range from 0,05 to 0,15 M; - as the anion donor, a compound comprising anions selected from the group consisting of hexacyanoferrates [Fe 6 3-] and silicates (SiO 3 2-), - at least one compound being iron ion (Fe 3+) donor in the amount necessary to obtain the concentration of iron ions (Fe 3+) in the reaction mixture in a range from 0,05 to 0,15 M; - next, stirring the reaction mixture until the precipitate is precipitated; - filtering and drying the precipitate; - to obtain a product of the reaction which is a hybrid polyanilie (PANI) compound selected from the group consisting of PANI hexacyanoferrate and PANI silicate.