mhurhangee/ep-ind-claims huggingface dataset:
Modular panel (11, 12) for prefabricated buildings comprising • a bracing central nap, • an inner lining consisting of at least one inner insulating element and at least one inner facing element, • an external cladding consisting of at least one outer insulating element and at least one outer facing element, the bracing central nap being composed of at least one layer and the panel (11, 12) further comprising a bearing upright situated along one of the lateral edges of said modular panel (11, 12) and contiguous with the inner cladding, characterized in that the inner insulating and facing elements are narrower than the outer insulating and facing elements and than the bracing central nap, this difference in width corresponding to the width of the bearing upright extending laterally beyond an edge of the panel (11, 12) to be able to overlap two such consecutive panels (11, 12) when panels (11, 12) are assembled together to form a facade 1. • a bracing central nap, • an inner lining consisting of at least one inner insulating element and at least one inner facing element, • an external cladding consisting of at least one outer insulating element and at least one outer facing element,
Measuring device for detecting the state of an electrical switching apparatus, said measuring device comprising: - an armature comprising a main wall; - a rotating part which is to be mechanically coupled to a control shaft of an electrical switching apparatus; - a bar which is rotatable, integrally with the rotating part, between a first position and a second position, the bar extending through a slot formed in the main wall; - a position sensor comprising a movable contact which is adapted to be pushed by the bar into a retracted position when the bar is in the first position and into a released position when the bar is in the second position; the measuring device being characterised in that it comprises: - a stabilising device comprising a base secured to the armature and a resilient strip fixed to the base, the strip extending along the slot and being arranged to exert a retaining force on the bar when it is in the first position. - an armature comprising a main wall; - a rotating part which is to be mechanically coupled to a control shaft of an electrical switching apparatus; - a bar which is rotatable, integrally with the rotating part, between a first position and a second position, the bar extending through a slot formed in the main wall; - a position sensor comprising a movable contact which is adapted to be pushed by the bar into a retracted position when the bar is in the first position and into a released position when the bar is in the second position; - a stabilising device comprising a base secured to the armature and a resilient strip fixed to the base, the strip extending along the slot and being arranged to exert a retaining force on the bar when it is in the first position.
A system, comprising: a support core composite panel; and a fastening member, the fastening member being configured to reduce or eliminate structure-borne noise excitation, the fastening member comprising: a first insert member with a thread, and a second insert member with a thread; a first sleeve and a second sleeve; a sealing system; wherein the first insert member is screwed into the first sleeve and wherein the second insert member is screwed into the second sleeve; wherein the first insert member and the second insert member are decoupled and frictionally embedded in the sealing system; wherein the first sleeve extends through the support core composite panel. a support core composite panel; and a fastening member, the fastening member being configured to reduce or eliminate structure-borne noise excitation, the fastening member comprising: a first insert member with a thread, and a second insert member with a thread; a first sleeve and a second sleeve; a sealing system; wherein the first insert member is screwed into the first sleeve and wherein the second insert member is screwed into the second sleeve; wherein the first insert member and the second insert member are decoupled and frictionally embedded in the sealing system; wherein the first sleeve extends through the support core composite panel. a first insert member with a thread, and a second insert member with a thread; a first sleeve and a second sleeve; a sealing system; wherein the first insert member is screwed into the first sleeve and wherein the second insert member is screwed into the second sleeve; wherein the first insert member and the second insert member are decoupled and frictionally embedded in the sealing system; wherein the first sleeve extends through the support core composite panel.
Method of communication in an installation (INST) controlling in an automated manner comfort and/or security conditions in a building comprising - at least one electrical appliance (11, 12) of the building able to receive messages by way of a first communication medium, - a control element for the at least one electrical appliance (11, 12) and - an analysis device, the method being implemented by the analysis device and characterized in that the communication between the control element and the at least one electrical appliance (11, 12) is one-way and in the direction from the control element to the at least one electrical appliance (11, 12), and in that it comprises - a step of receiving at least one part of a message travelling over the first communication medium, destined for the at least one electrical appliance (11, 12); and - a step of transmitting to the control element at least one information item relating to the reception by the analysis device of the at least one message part. - at least one electrical appliance (11, 12) of the building able to receive messages by way of a first communication medium, - a control element for the at least one electrical appliance (11, 12) and - an analysis device, - a step of receiving at least one part of a message travelling over the first communication medium, destined for the at least one electrical appliance (11, 12); and - a step of transmitting to the control element at least one information item relating to the reception by the analysis device of the at least one message part.
A method of assembling a plug or socket of an electrical connector, the method comprising the steps of: providing an insulator in an unrolled state, the insulator comprising plurality of segments, wherein; the plurality of segments comprises a first segment and a last segment, the first and last segment being separated by at least one intermediate segment and wherein the intermediate segment is hingeably attached to the first segment and the last segment, and wherein at least one of the plurality of segments has at least one pin retaining means and wherein in the unrolled state the plurality of segments present the pin retaining means adjacent to each other in substantially the same plane in a linear array; attaching a pin to a respective wire, the pin being configured for retention by the at least one pin retaining means; inserting the pin into one of the at least one pin retaining means; rolling, by way of a plurality of hinges, the insulator into a rolled state so that the first segment and last segment engage with each other, the rolled insulator being receivable by a housing of the plug or socket; and inserting the rolled insulator into the housing. providing an insulator in an unrolled state, the insulator comprising plurality of segments, wherein; the plurality of segments comprises a first segment and a last segment, the first and last segment being separated by at least one intermediate segment and wherein the intermediate segment is hingeably attached to the first segment and the last segment, and wherein at least one of the plurality of segments has at least one pin retaining means and wherein in the unrolled state the plurality of segments present the pin retaining means adjacent to each other in substantially the same plane in a linear array; attaching a pin to a respective wire, the pin being configured for retention by the at least one pin retaining means; inserting the pin into one of the at least one pin retaining means; rolling, by way of a plurality of hinges, the insulator into a rolled state so that the first segment and last segment engage with each other, the rolled insulator being receivable by a housing of the plug or socket; and inserting the rolled insulator into the housing.
An image forming medium comprising: - a plurality of first metal electrodes which extend in one direction and are parallel to one another; - a first oxide layer in which the first metal electrodes are embedded and which is made of an oxide of a metal constituting the first metal electrodes; - a plurality of second metal electrodes which extend in one direction, are parallel to one another, and cross the first metal electrodes in a surface direction of the first oxide layer; - a second oxide layer in which the second metal electrodes are embedded and which is made of an oxide of a metal constituting the second metal electrodes; and - a thermal color developing layer which is provided on the first metal electrodes or the second metal electrodes, wherein the second metal electrodes are separated from the first metal electrodes by the second oxide layer. - a plurality of first metal electrodes which extend in one direction and are parallel to one another; - a first oxide layer in which the first metal electrodes are embedded and which is made of an oxide of a metal constituting the first metal electrodes; - a plurality of second metal electrodes which extend in one direction, are parallel to one another, and cross the first metal electrodes in a surface direction of the first oxide layer; - a second oxide layer in which the second metal electrodes are embedded and which is made of an oxide of a metal constituting the second metal electrodes; and - a thermal color developing layer which is provided on the first metal electrodes or the second metal electrodes,
A portable, battery-powered hydraulic power unit for hydraulic rescue tools, in particular for spreading or cutting tools, comprising at least one hydraulic pump, a hydraulic tank, a compensation device for hydraulic fluid, a manually operated hydraulic control valve, an electromechanical interface for on-demand coupling and decoupling of at least one battery pack, a mechanical-hydraulic interface for connecting a hydraulic tool, and an electric motor operable by the electrical energy of the battery pack for driving the hydraulic pump, characterized in that the electric motor is formed by a disc motor whose axial length extending in parallel to the longitudinal axis of its output shaft is shorter than its outer diameter.
A fixing assembly of a support part formed for supporting a carrier of food to be cooked on a rack comprising at least two rods spaced from each other in horizontal direction and extending in vertical direction, in which the support part is fixed to the rack by means of at least one fixing device, wherein: - a respective flap of the fixing device is provided at the respective rod, wherein the flap directly projects from the respective rod in horizontal direction and comprises a free end completely spaced from the respectively other rod; - a fixing element of the fixing device fixed to the respective rod by means of the flap and connected to the support part is associated with the respective flap, wherein the support part is fixed to the respective rod via the fixing element; and - the fixing element comprises at least one plug opening open downwards in vertical direction and bounded upwards in vertical direction by a support wall of the fixing element, into which the flap is plugged by a translational movement of the fixing element extending from top to bottom in vertical direction and effected in relation to the flap for fixing the fixing element to the flap, wherein the fixing element is supported on the flap downwards in vertical direction via the support wall, characterized in that the respective fixing element comprises at least one support element opposing the support wall in vertical direction, via which the fixing element is supported on the flap upwards in vertical direction, wherein the respective fixing element comprises at least one tongue, by means of which the respective fixing element is supported on the respective rod in horizontal direction, and wherein the support element engages with a recess of the fixing element and is supported downwards in vertical direction on a wall area of the fixing element at least partially bounding the recess downwards in vertical direction. - a respective flap of the fixing device is provided at the respective rod, wherein the flap directly projects from the respective rod in horizontal direction and comprises a free end completely spaced from the respectively other rod; - a fixing element of the fixing device fixed to the respective rod by means of the flap and connected to the support part is associated with the respective flap, wherein the support part is fixed to the respective rod via the fixing element; and - the fixing element comprises at least one plug opening open downwards in vertical direction and bounded upwards in vertical direction by a support wall of the fixing element, into which the flap is plugged by a translational movement of the fixing element extending from top to bottom in vertical direction and effected in relation to the flap for fixing the fixing element to the flap, wherein the fixing element is supported on the flap downwards in vertical direction via the support wall,
A method comprising: forwarding, from a first data-processing system, a call to a second data-processing system in accordance with a first signaling protocol, wherein said first data-processing system is a private branch exchange; characterized in that receiving, at said first data-processing system, an indication from said second data processing system that a third data processing system has answered said call in accordance with a second signaling protocol; forwarding said call to a voice mail system that is associated with said first data-processing system, when said second signaling protocol is different than said first signaling protocol; and ending, at said first data-processing system, said call to said second data processing system when said second signaling protocol is different than said first signaling protocol. forwarding, from a first data-processing system, a call to a second data-processing system in accordance with a first signaling protocol, wherein said first data-processing system is a private branch exchange; characterized in that receiving, at said first data-processing system, an indication from said second data processing system that a third data processing system has answered said call in accordance with a second signaling protocol; forwarding said call to a voice mail system that is associated with said first data-processing system, when said second signaling protocol is different than said first signaling protocol; and ending, at said first data-processing system, said call to said second data processing system when said second signaling protocol is different than said first signaling protocol.
A hydraulic valve assembly adapted to be mounted to a transmission control module, said hydraulic valve comprising: a valve body adapted to be received and retained in the bore of the transmission control module, said valve body having a valve bore extending axially along the length of said valve body, at least one pressure supply port providing fluid communication between a source of pressurized fluid and said valve bore, and at least one pressure control port providing fluid communication between said valve bore and a component controlled by the transmission control unit, a valve member supported in said valve bore and selectively moveable between predetermined positions to direct pressurized fluid between said pressure supply port and said pressure control port; a biasing mechanism (80, 180) responsive to the flow of hydraulic fluid through said valve body, wherein said biasing mechanism (80, 180) includes a channel (82, 182) formed on the outer circumference of said valve body opposite to said pressure supply port, said channel (82, 182) being in fluid communication with said pressure supply port and adapted to define a hydraulic biasing reservoir generating a force acting in a direction toward said pressure supply port to improve the seal of said pressure supply port against the bore of the transmission control module, characterised in that said hydraulic valve assembly further includes a bladder disposed in said channel (82, 182) and between said channel (82, 182) and the bore defined in the transmission control module. a valve body adapted to be received and retained in the bore of the transmission control module, said valve body having a valve bore extending axially along the length of said valve body, at least one pressure supply port providing fluid communication between a source of pressurized fluid and said valve bore, and at least one pressure control port providing fluid communication between said valve bore and a component controlled by the transmission control unit, a valve member supported in said valve bore and selectively moveable between predetermined positions to direct pressurized fluid between said pressure supply port and said pressure control port; a biasing mechanism (80, 180) responsive to the flow of hydraulic fluid through said valve body, wherein said biasing mechanism (80, 180) includes a channel (82, 182) formed on the outer circumference of said valve body opposite to said pressure supply port, said channel (82, 182) being in fluid communication with said pressure supply port and adapted to define a hydraulic biasing reservoir generating a force acting in a direction toward said pressure supply port to improve the seal of said pressure supply port against the bore of the transmission control module, characterised in that said hydraulic valve assembly further includes a bladder disposed in said channel (82, 182) and between said channel (82, 182) and the bore defined in the transmission control module.
A negative electrode material for a non-aqueous electrolyte secondary battery, comprising a conductive powder composed of silicon-based active material particles coated with a conductive carbon film, wherein the conductive carbon film exhibits a d-band having a peak half width of 100 cm -1 or more, the d-band being determined from a Raman spectrum of the conductive carbon film, the silicon-based active material particles are particles of a silicon oxide expressed by SiO x where 0.5≤x<1.6, and the conductive carbon film has a two-layer structure comprising a first carbon film being in contact with an outer surface of the silicon-based active material particles and a second carbon film being in contact with an outer surface of the first carbon film, the first carbon film being formed by pyrolysis of a carbon material containing 70 mass% or more of a carbon compound having 3 or more carbon atoms, the second carbon film being formed by pyrolysis of a carbon material containing 70 mass% or more of a carbon compound having 1 to 2 carbon atoms.
A wire tightening device comprising: a housing (10, 110) in which an inner space (14, 114) is formed and locking teeth (15, 115) are formed at a bottom portion thereof; a winding wheel (20, 120) located in the inner space (14, 114) of the housing (10, 110), and having a through hole (21, 121) vertically formed in the middle thereof, a winding groove (23, 123) which is formed on the outer circumferential surface of the through hole (21, 121) and on which a wire is wound, a first ratchet part (26, 126) mounted on the inner circumferential surface of the through hole and below the winding groove (23, 123), and coupling teeth (27, 127) formed at the upper portion thereof; a lifting member (30, 130) disposed in the through hole (21, 121) of the winding wheel (20, 120), and having a second ratchet part (36, 136) disposed at a lower portion thereof and engaged with the first ratchet part (26, 126) to allow rotation in one direction and prevent rotation in the other direction with respect to the winding wheel (20, 120), and engagement teeth (35, 135) formed at a lower end portion thereof to be caught to the locking teeth (15, 115); and a tightening cap (40, 140) coupled to an upper portion of the housing (10, 110) to be able to perform a lifting motion, having tightening teeth (47, 147) coupled with the coupling teeth (27, 127) when lowering to rotate the winding wheel (20, 120) in the winding direction of the wire, and coupled with the lifting member (30, 130) to perform a lifting motion together with the lifting member (30, 130). a housing (10, 110) in which an inner space (14, 114) is formed and locking teeth (15, 115) are formed at a bottom portion thereof; a winding wheel (20, 120) located in the inner space (14, 114) of the housing (10, 110), and having a through hole (21, 121) vertically formed in the middle thereof, a winding groove (23, 123) which is formed on the outer circumferential surface of the through hole (21, 121) and on which a wire is wound, a first ratchet part (26, 126) mounted on the inner circumferential surface of the through hole and below the winding groove (23, 123), and coupling teeth (27, 127) formed at the upper portion thereof; a lifting member (30, 130) disposed in the through hole (21, 121) of the winding wheel (20, 120), and having a second ratchet part (36, 136) disposed at a lower portion thereof and engaged with the first ratchet part (26, 126) to allow rotation in one direction and prevent rotation in the other direction with respect to the winding wheel (20, 120), and engagement teeth (35, 135) formed at a lower end portion thereof to be caught to the locking teeth (15, 115); and a tightening cap (40, 140) coupled to an upper portion of the housing (10, 110) to be able to perform a lifting motion, having tightening teeth (47, 147) coupled with the coupling teeth (27, 127) when lowering to rotate the winding wheel (20, 120) in the winding direction of the wire, and coupled with the lifting member (30, 130) to perform a lifting motion together with the lifting member (30, 130).
A random access method, applied for a terminal, comprising: receiving a synchronization signal/physical broadcast channel, SS/PBCH, block from a network device; determining a random access resource to which the SS/PBCH block is mapped, wherein the random access resource to which the SS/PBCH block is mapped is a random access resource in one random access period of a plurality of random access periods, each of the plurality of random access periods comprises random access resources to which a plurality of SS/PBCH blocks are mapped, and the first of the random access resources in each of the plurality of random access periods corresponds to a same SS/PBCH block number; and the SS/PBCH block is one of the plurality of SS/PBCH blocks transmitted by the network device; and transmitting a random access preamble to the network device based on the determined random access resource. receiving a synchronization signal/physical broadcast channel, SS/PBCH, block from a network device; determining a random access resource to which the SS/PBCH block is mapped, wherein the random access resource to which the SS/PBCH block is mapped is a random access resource in one random access period of a plurality of random access periods, each of the plurality of random access periods comprises random access resources to which a plurality of SS/PBCH blocks are mapped, and the first of the random access resources in each of the plurality of random access periods corresponds to a same SS/PBCH block number; and the SS/PBCH block is one of the plurality of SS/PBCH blocks transmitted by the network device; and transmitting a random access preamble to the network device based on the determined random access resource.
A composition comprising S-adenosyl methionine sulphate paratoluene sulphonate or S-adenosyl methionine-1,4-butane disulphonate in association with calcium oxide and optionally pharmaceutically acceptable excipients.