mhurhangee/ep-ind-claims huggingface dataset:
A weaving loom for production of combined structures of the ground and gauze weave comprising a device for control of at least a triad of systems (2, 3, 4) of warp ends and a loom reed with lamellas, between which there are spaces for passage of warp ends, while warp ends are separated to at least three systems (2, 3, 4) out of which at least two systems (2, 3) are guided into the basic distributing means realising the motion necessary to perform the shed for weft insertion and for mutual interlacing of warp ends while at least one is guided through the deflecting bar into the guiding means of rotating warp ends comprising needles with eyes for guiding the rotating warp ends. characterised in that, the basic distributing means are formed of carrier beams (152, 153) with needles and/or half healds (142, 143) and the carrier beams (152,153) are coupled with individual electronically controlled drives.
Method for charging a rechargeable accumulator for supplying power to a mobile electronic device, such as it is e.g. employed when providing medical aid to the victims of accidents, by means of a source of charging current, in which the temperature of heatable accumulator cells is determined and the accumulator cells are charged in a permissible temperature range with an electric charging current from the source of charging current, wherein the charging current for heating the accumulator cells and for charging the accumulator cells is applied via a joint current supply circuit to an alteration switch for switching between heating and charging of the accumulator cells, characterized in that in the accumulator is integrated a control unit, which comprises the alteration switch and which performs an automatic switch operation of the alteration switch in dependence of the temperature of the accumulator cells in such a manner that, below a particular temperature of the accumulator cells which is permissible for the charging of the accumulator cells, the charging current is applied to a heating arrangement for heating the accumulator cells, and in that, when reaching the particular temperature which is permissible for the charging of the accumulator cells, the alteration switch is switched for charging the accumulator cells, wherein the charging current is applied to the heating arrangement when the temperature of the heated accumulation cells has dropped at lower outer temperatures during the charging process to a particular value above the temperature which is permissible for the charging of the accumulator cells, wherein the charging current is switched at a particular lower temperature which is permissible for the charging process to heat the accumulator cells and is switched at a particular higher temperature which is permissible for the charging process to charge the accumulator cells.
An ultrasonic probe comprising: a housing; a first ultrasonic transducer array coupled to the housing and configured to emit a first planar ultrasonic beam in a first direction within a first plane; a second ultrasonic transducer array coupled to the housing and configured to emit a second planar ultrasonic beam in the first direction within a second plane, which is substantially perpendicular to the first plane; and a first light source coupled to the housing and configured to project a first light line substantially within the first plane; characterized by a second light source coupled to the housing and configured to project a second light line within a third plane, which is substantially perpendicular to the first plane and intersects the second plane at an oblique angle; wherein the first light line intersects and is substantially perpendicular to the second light line. a housing; a first ultrasonic transducer array coupled to the housing and configured to emit a first planar ultrasonic beam in a first direction within a first plane; a second ultrasonic transducer array coupled to the housing and configured to emit a second planar ultrasonic beam in the first direction within a second plane, which is substantially perpendicular to the first plane; and a first light source coupled to the housing and configured to project a first light line substantially within the first plane; characterized by a second light source coupled to the housing and configured to project a second light line within a third plane, which is substantially perpendicular to the first plane and intersects the second plane at an oblique angle; wherein the first light line intersects and is substantially perpendicular to the second light line. a second light source coupled to the housing and configured to project a second light line within a third plane, which is substantially perpendicular to the first plane and intersects the second plane at an oblique angle; wherein the first light line intersects and is substantially perpendicular to the second light line.
A screwed end connector assembly comprising: a threaded connector having a conical end portion for the reception of a mating hose end fitting a nut for threaded engagement with the connector, for securing said mating hose end fitting to the conical portion of the connector; the nut having a polygonal exterior; and a member having an aperture for fitment over and irrotational engagement with the exterior of the nut and including at least one hole characterised by the connector having a flange which includes at least one arcuate, circumferentially extending slot positionable in axial register with said at least one hole. a threaded connector having a conical end portion for the reception of a mating hose end fitting a nut for threaded engagement with the connector, for securing said mating hose end fitting to the conical portion of the connector; the nut having a polygonal exterior; and a member having an aperture for fitment over and irrotational engagement with the exterior of the nut and including at least one hole characterised by the connector having a flange which includes at least one arcuate, circumferentially extending slot positionable in axial register with said at least one hole.
A pet fountain comprising: a basin that holds water; a cover that overlies part of the basin; and a pump comprising a mounting arrangement that mounts the cover to the basin wherein the mounting arrangement comprises a pump module having a vibration dampening coupling that attaches the cover to the pump module, wherein the vibration dampening coupling comprises a lift tube that conveys water from the pump module withdrawn from the basin through the lift tube to the cover, characterized in that: - the pump module further comprises a vibration dampening mount that attaches the pump module to the basin; - the lift tube comprises a cover coupling integrally formed in one end that attaches to the cover, the cover coupling comprising a cover receiving groove that receives part of the cover and a coupling flange that engages the cover; and - the cover has an opening defined by part of the cover encircling the opening that is received in the cover receiving groove with the coupling flange disposed on one side of the cover opening and another portion of the lift tube disposed on the other side of the cover opening. a basin that holds water; a cover that overlies part of the basin; and a pump comprising a mounting arrangement that mounts the cover to the basin - the pump module further comprises a vibration dampening mount that attaches the pump module to the basin; - the lift tube comprises a cover coupling integrally formed in one end that attaches to the cover, the cover coupling comprising a cover receiving groove that receives part of the cover and a coupling flange that engages the cover; and - the cover has an opening defined by part of the cover encircling the opening that is received in the cover receiving groove with the coupling flange disposed on one side of the cover opening and another portion of the lift tube disposed on the other side of the cover opening.
Universal holding element comprising a base, a fastening element that is substantially parallel to the base and the fastening element is connected to the base along a part of its outer circumference by means of an oblique side wall. characterized in that the base comprises a hole that has a form fitted to the fastening element, which is arranged centrally above the hole.
Safety stepladder comprising: - two parallel uprights connected by cross-members to define a climbing plane; - two support legs, each articulated in the upper part of one of the uprights to occupy a storage position against the uprights, or a stabilisation position away from the uprights; - a platform articulated between the two uprights and the two support legs and foldable between a horizontal position of use when the legs are in the stabilisation position, and a folded position against the climbing plane when the legs are in the storage position; - a guardrail articulated at the top of the climbing plane and capable of adopting, under the action of first and second control bars (11, 12), a folded position against the climbing plane or a horizontal safety position; characterised in that the first control bar receives a gate articulated to open inwards in the direction of the guardrail against an elastic return member of the guardrail in the closed position against the second control bar, the second control bar is rectilinear and has a curved intermediate portion in the direction of the first control bar to directly act as a fixed stop. - two parallel uprights connected by cross-members to define a climbing plane; - two support legs, each articulated in the upper part of one of the uprights to occupy a storage position against the uprights, or a stabilisation position away from the uprights; - a platform articulated between the two uprights and the two support legs and foldable between a horizontal position of use when the legs are in the stabilisation position, and a folded position against the climbing plane when the legs are in the storage position; - a guardrail articulated at the top of the climbing plane and capable of adopting, under the action of first and second control bars (11, 12), a folded position against the climbing plane or a horizontal safety position;
Pipe molding apparatus including a moving mold for shaping molten plastic Into product made within said moving mold, a source of cooling air and an air block housing, wherein said moving mold comprises a mold tunnel formed by mold block sections from an endless upper track mating with mold block sections from an endless lower track in a closed configuration along a forward run, the mold block sections (7a, 9a) adapted to separate from one another in an open confguration along a return run, characterized by said moving mold being surrounded by said air block housing to define a cooling chamber exteriorly around said moving mold block sections (7a, 7b, 9a, 9b) during both of the forward run and the return run, the cooling air being contained by said block housing within said cooling chamber to act on and provide for cooling of said moving mold.
A display system comprising: a. a display substrate comprising: an adhesive layer or other means for attachment to a wall, and a micro suction layer; and b. a graphic display sheet for removable attachment to the micro suction layer, having a printed display side; characterised in that the graphic display sheet has a micro vacuum receptor layer provided by a silicone-free varnish only on a side of a base material of the graphic display sheet opposite to the printed display side, for removable attachment to the micro suction layer. a. a display substrate comprising: an adhesive layer or other means for attachment to a wall, and a micro suction layer; and b. a graphic display sheet for removable attachment to the micro suction layer, having a printed display side; characterised in that the graphic display sheet has a micro vacuum receptor layer provided by a silicone-free varnish only on a side of a base material of the graphic display sheet opposite to the printed display side, for removable attachment to the micro suction layer.
Compressed air brake system for a vehicle, with a membrane valve and a pilot switching device of the membrane valve, wherein the pilot switching device comprises: a first valve apparatus which can be connected at a first terminal of the first valve apparatus with a first compressed air source and which is connected at a second terminal of the first valve apparatus with a pilot input of the membrane valve, wherein the first valve apparatus is configured to connect and to disconnect the first terminal of the first valve apparatus and the second terminal of the first valve apparatus, and the pilot switching device is configured to provide a predetermined pilot pressure at the pilot input, wherein the pilot switching device comprises furthermore a second valve apparatus which is connected at a first terminal of the second valve apparatus with a second compressed air source and which is connected at a second terminal of the second valve apparatus with the second terminal of the first valve apparatus and with the pilot input, characterized in that the pilot switching device is configured, by means of an opening of the first valve apparatus and by means of an opening of the second valve apparatus, to apply the pilot pressure, whereby the membrane valve is closed. a first valve apparatus which can be connected at a first terminal of the first valve apparatus with a first compressed air source and which is connected at a second terminal of the first valve apparatus with a pilot input of the membrane valve, wherein the first valve apparatus is configured to connect and to disconnect the first terminal of the first valve apparatus and the second terminal of the first valve apparatus, and the pilot switching device is configured to provide a predetermined pilot pressure at the pilot input, wherein the pilot switching device comprises furthermore a second valve apparatus which is connected at a first terminal of the second valve apparatus with a second compressed air source and which is connected at a second terminal of the second valve apparatus with the second terminal of the first valve apparatus and with the pilot input, characterized in that the pilot switching device is configured, by means of an opening of the first valve apparatus and by means of an opening of the second valve apparatus, to apply the pilot pressure, whereby the membrane valve is closed.
One or more computer-readable media having instructions, stored thereon, that when executed by one or more processors, are to cause a user equipment, UE, ( 104, 108, 404) to: determine that the UE (104, 108, 404) is to transition to a coverage enhancement, CE, mode B based on radio conditions on a wireless communication network; transition the UE (104, 108, 404) to the CE mode B based on the determination; process a session initiation protocol, SIP, invite (432, 520, 620) received from an internet protocol, IP, multimedia services, IMS, server (112, 408, 512, 612), the SIP invite (432, 520, 620) to request initiation of a voice call; and reject the SIP invite (432, 520, 620) and deregister the UE (104, 108, 404) from voice services on the wireless communication network, by sending a request message to deregister, in response to the SIP invite (432, 520, 620) and based on operation of the UE (104, 108, 404) in the CE mode B. determine that the UE (104, 108, 404) is to transition to a coverage enhancement, CE, mode B based on radio conditions on a wireless communication network; transition the UE (104, 108, 404) to the CE mode B based on the determination; process a session initiation protocol, SIP, invite (432, 520, 620) received from an internet protocol, IP, multimedia services, IMS, server (112, 408, 512, 612), the SIP invite (432, 520, 620) to request initiation of a voice call; and reject the SIP invite (432, 520, 620) and deregister the UE (104, 108, 404) from voice services on the wireless communication network, by sending a request message to deregister, in response to the SIP invite (432, 520, 620) and based on operation of the UE (104, 108, 404) in the CE mode B.
A liquid electrophotographic composition, comprising: a carrier liquid; a polymer resin; and an optical brightening agent, wherein the optical brightening agent is a fluorophore, and wherein the liquid electrophotographic composition is a non-pigmented electrophotographic composition. a carrier liquid; a polymer resin; and an optical brightening agent, wherein the optical brightening agent is a fluorophore, and wherein the liquid electrophotographic composition is a non-pigmented electrophotographic composition.
Method for providing driving assistance in a large car park, a vehicle being guided in the large car park by means of driving manoeuvre information, the large car park having a plurality of spatially distributed information sources which provide the driving manoeuvre information, the driving manoeuvre information comprising parameters of driving trajectories, and a driving assistance system of the vehicle carrying out, on the basis of the parameters of a driving trajectory, a driving manoeuvre corresponding to the driving trajectory, the parameters of the driving trajectory comprising a starting curvature, an end curvature and a length of the driving trajectory, characterized in that each information source respectively provides the vehicle with a driving trajectory to one or more next information sources.
An optical distance measurement apparatus, comprising; at least one optical pulse generator (30,32; 80,94; 120,122; 180,202; 300,320) for generating a train of gating pulses and a train of probe pulses, the train of gating pulses having a different repetition rate than the train of probe pulses, and an optical probing arrangement for directing the train of probe pulses to one or more objects (42,44; 84,86; 188, 190; 232,234,236; 306,310) and for collecting returned probe pulses returned from the one or more objects, characterised in that the apparatus comprises a multi-photon effect detector (58; 104; 140; 210; 324, 330) and is configured to direct both the train of gating pulses and the returned probe pulses to the multi-photon effect detector. at least one optical pulse generator (30,32; 80,94; 120,122; 180,202; 300,320) for generating a train of gating pulses and a train of probe pulses, the train of gating pulses having a different repetition rate than the train of probe pulses, and an optical probing arrangement for directing the train of probe pulses to one or more objects (42,44; 84,86; 188, 190; 232,234,236; 306,310) and for collecting returned probe pulses returned from the one or more objects, characterised in that the apparatus comprises a multi-photon effect detector (58; 104; 140; 210; 324, 330) and is configured to direct both the train of gating pulses and the returned probe pulses to the multi-photon effect detector.
A superconducting integrated circuit comprising: a first clock line coupled via a first capacitor to a first superconducting circuit comprising a first Josephson junction, wherein the first capacitor is configured to receive a first clock signal having a first phase and couple a first bias current to the first superconducting circuit; and a second clock line coupled via a second capacitor to a second superconducting circuit comprising a second Josephson junction, wherein the second capacitor is configured to receive a second clock signal having a second phase and couple a second bias current to the second superconducting circuit, wherein the second phase is different from the first phase. a first clock line coupled via a first capacitor to a first superconducting circuit comprising a first Josephson junction, wherein the first capacitor is configured to receive a first clock signal having a first phase and couple a first bias current to the first superconducting circuit; and a second clock line coupled via a second capacitor to a second superconducting circuit comprising a second Josephson junction, wherein the second capacitor is configured to receive a second clock signal having a second phase and couple a second bias current to the second superconducting circuit, wherein the second phase is different from the first phase.
A solar cell including a first region and a second region, comprising: a substrate having a first surface and a second surface; a tunneling layer covering the second surface; a first emitter disposed on the tunneling layer of the first region; a second emitter disposed on the tunneling layer of the second region and directly on the first emitter, a conductivity type of the second emitter being different from a conductivity type of the first emitter; a first electrode disposed in the first region and configured to electrically connect with the first emitter by penetrating through the second emitter; and a second electrode disposed in the second region and configured to electrically connect with the second emitter; wherein a step exists at the second surface of the substrate, with the step being located at a transition between the first region and the second region, the first emitter has a third surface facing away from the tunneling layer, the second emitter has a fourth surface in contact with the tunneling layer, and the third surface is flush with or lower than the fourth surface in a direction away from the second surface of the substrate. a substrate having a first surface and a second surface; a tunneling layer covering the second surface; a first emitter disposed on the tunneling layer of the first region; a second emitter disposed on the tunneling layer of the second region and directly on the first emitter, a conductivity type of the second emitter being different from a conductivity type of the first emitter; a first electrode disposed in the first region and configured to electrically connect with the first emitter by penetrating through the second emitter; and a second electrode disposed in the second region and configured to electrically connect with the second emitter; wherein a step exists at the second surface of the substrate, with the step being located at a transition between the first region and the second region, the first emitter has a third surface facing away from the tunneling layer, the second emitter has a fourth surface in contact with the tunneling layer, and the third surface is flush with or lower than the fourth surface in a direction away from the second surface of the substrate.
Method for managing user service profiles implemented by an HLR/HSS/SDM entity for managing the user service profiles in a home network of a user, said method being implemented when said user, connected over cellular to a visited network, initiates a VoWiFi call via their home network, said method comprising: a step of receiving a request for a service profile of the user from an entity of its home network, TAS server; - a step of generating the service profile of the user for the entity of their home network; - a step of sending the generated service profile of the user to the entity of their home network; said service profile of the user generated for the entity of the home network being able to be distinct from a service profile of the user previously generated and sent to a VMSC entity of the visited network to which the user is connected over cellular, depending on whether or not an intelligent network agreement exists between said visited network and said home network and, if such an agreement exists, on the nature of this agreement. - a step of generating the service profile of the user for the entity of their home network; - a step of sending the generated service profile of the user to the entity of their home network; said service profile of the user generated for the entity of the home network being able to be distinct from a service profile of the user previously generated and sent to a VMSC entity of the visited network to which the user is connected over cellular, depending on whether or not an intelligent network agreement exists between said visited network and said home network and, if such an agreement exists, on the nature of this agreement.