mhurhangee/ep-ind-claims huggingface dataset:
Training device for fixing in the area of the human waist, composed of a belt-like element and of at least one force element, wherein the force element is coupled at least indirectly to a grip element to be gripped in each case by a hand, and the force element has the property of providing a resistance force (tensile force) against the pull of the grip element, wherein a grip element (4.3; 204.3) for each hand is provided on the training device, characterized in that the force element (4; 204) also provides a resistance force (pushing force) against the push of the grip element (4.3, 204.3), such that the force element (4; 204) builds up an opposing force and the latter counteracts the arm or hand movement and thus corresponding work has to be performed by the arms both during the forward movement and during the backward movement, wherein selectively either a common force element (4; 204) or in each case one force element (2; 204) assigned to a grip element (4.3, 204.3) are provided for an asynchronous movement of the grip elements (2; 204).
A catheter, comprising: a tube comprising a first portion, a second portion connected to the first portion and having a less rigidity than the first portion, and a plurality of holes (13, 14, 15, 16) longitudinally penetrating the first portion and the second portion and being isolated from one another; a wire passing through two of the plurality of holes (13, 14) of the tube; and a cap being engaged with an extrusion portion of the wire extruded from the two holes (13, 14) of the tube in a manner of enclosing the extrusion portion of the wire, being connected to one end of the tube, and having a greater rigidity than the first portion and the second portion of the tube, characterized in that pipes, fixedly engaged with the wire while surrounding the wire, are respectively fixed within the cap to prevent relative sliding of the wire within the cap with respect to the cap when tensile force is exerted on the wire. a tube comprising a first portion, a second portion connected to the first portion and having a less rigidity than the first portion, and a plurality of holes (13, 14, 15, 16) longitudinally penetrating the first portion and the second portion and being isolated from one another; a wire passing through two of the plurality of holes (13, 14) of the tube; and a cap being engaged with an extrusion portion of the wire extruded from the two holes (13, 14) of the tube in a manner of enclosing the extrusion portion of the wire, being connected to one end of the tube, and having a greater rigidity than the first portion and the second portion of the tube, characterized in that pipes, fixedly engaged with the wire while surrounding the wire, are respectively fixed within the cap to prevent relative sliding of the wire within the cap with respect to the cap when tensile force is exerted on the wire.
A hydroponic apparatus comprising an enclosed housing, a plurality of areas provided in the enclosed housing for supporting plant containers for containing seeds or plants to be grown, a conveyor system (16, 14, 15) for moving the plant containers in each area and/or from one area to another area within the enclosed housing, and a control system for controlling environmental plant growing conditions in the enclosed housing, whereby the conveyor system is arranged to move the plant containers to different areas within the enclosed housing at different stages of growth of the plants in the containers, characterized in that the conveyor system is arranged to tilt the plant containers relative to the horizontal to enable water to drain from the plant containers.
A connecting assembly (10, 1010) comprising: a tool receiving portion (24, 1024); a handle receiving portion (26, 1026) having a first threaded portion (28, 1028), a clamping portion (38, 1038) having a plurality of clamping fingers (42, 1042), and a longitudinal axis (46, 1046); and a tightening member (18, 1018) having a second threaded portion enagable with said first threaded portion so that said tightening member can cause said clamping portion to secure a handle in said handle receiving portion, wherein the connecting assembly is characterized in that said handle receiving portion, at least in the region of said first threaded portion and said clamping portion, having a polygonal cross-sectional shape defined by a plurality of flat outer surfaces; and each clamping finger of said plurality of clamping fingers comprises a hinged end (56, 1056) formed at a respective one of said plurality of flat outer surfaces by way of openings. a tool receiving portion (24, 1024); a handle receiving portion (26, 1026) having a first threaded portion (28, 1028), a clamping portion (38, 1038) having a plurality of clamping fingers (42, 1042), and a longitudinal axis (46, 1046); and a tightening member (18, 1018) having a second threaded portion enagable with said first threaded portion so that said tightening member can cause said clamping portion to secure a handle in said handle receiving portion, wherein the connecting assembly is characterized in that said handle receiving portion, at least in the region of said first threaded portion and said clamping portion, having a polygonal cross-sectional shape defined by a plurality of flat outer surfaces; and each clamping finger of said plurality of clamping fingers comprises a hinged end (56, 1056) formed at a respective one of said plurality of flat outer surfaces by way of openings.
A power module for hypersonic vehicles with a scramjet engine, comprising: a turbo-generator with a propellant selector valve; a stored energy module connected to the propellant selector valve; and a bleed air conduit connected to the propellant selector valve, wherein the propellant selector valve has a diverter element with a first position and a second position, the stored energy module in fluid communication with the turbo-generator in the first position, and the bleed air conduit in fluid communication with the turbo-generator in the second position and configured to generate electrical power with the turbo-generator using energy provided by an inlet segment of the scramjet engine through the bleed air conduit, and characterised in that the propellant selector valve is configured to move between the first position and the second position according to energy within the inlet segment of the scramjet engine, or wherein the propellant selector valve is configured to move from the first position to the second position when energy within the 2. arr inlet segment of the scramjet engine exceeds a predetermined value. a turbo-generator with a propellant selector valve; a stored energy module connected to the propellant selector valve; and a bleed air conduit connected to the propellant selector valve, wherein the propellant selector valve has a diverter element with a first position and a second position, the stored energy module in fluid communication with the turbo-generator in the first position, and the bleed air conduit in fluid communication with the turbo-generator in the second position and configured to generate electrical power with the turbo-generator using energy provided by an inlet segment of the scramjet engine through the bleed air conduit, and characterised in that the propellant selector valve is configured to move between the first position and the second position according to energy within the inlet segment of the scramjet engine, or wherein the propellant selector valve is configured to move from the first position to the second position when energy within the 2. arr inlet segment of the scramjet engine exceeds a predetermined value.
A pharmaceutical composition containing at least one FGF-21 (fibroblast growth factor 21) compound and at least one GLP-1 R (glucagon-like peptide-1 receptor) agonist for use in treating Type 2-diabetes in a patient, wherein the patient is a sulfonylurea-treated Type 2-diabetic patient.
An electronic audio host device comprising: an audio accessory connector having a plurality of pins; an ultrasonic test signal source having an output coupled to a first pin of the connector; a programmable switch circuit that couples one of a second pin and a third pin of the connector, to a ground of the audio host device; and a controller adapted to program the switch circuit, based on having measured a signal on the second pin of the connector while an ultrasonic test signal is being sent through the first pin of the connector, and compared the measured signal to a predetermined, stored signature, wherein the predetermined stored signature is associated with one of a plurality of different accessory plug pin assignments for the connector that can be configured using the programmable switch circuit. an audio accessory connector having a plurality of pins; an ultrasonic test signal source having an output coupled to a first pin of the connector; a programmable switch circuit that couples one of a second pin and a third pin of the connector, to a ground of the audio host device; and a controller adapted to program the switch circuit, based on having measured a signal on the second pin of the connector while an ultrasonic test signal is being sent through the first pin of the connector, and compared the measured signal to a predetermined, stored signature, wherein the predetermined stored signature is associated with one of a plurality of different accessory plug pin assignments for the connector that can be configured using the programmable switch circuit.
Method of forming a multilayer structure by electroplating on a substrate, comprising the steps of: a) arranging an electrically conducting seed layer on at least a part of the substrate or a substrate layer; b) applying a master electrode on said seed layer, said master electrode having an electrically conducting electrode layer, an insulating pattern layer and predeposited anode material arranged onto said conducting electrode layer in the cavities of said insulating pattern layer, for forming at least one electrochemical cell comprising an electrolyte in the area enclosed by said anode material, said insulating pattern layer and said seed layer; wherein said anode material is being in electrical contact with said conducting electrode layer; c) applying a voltage between said conducting electrode layer and said seed layer so that said seed layer forms a cathode for transferring at least some of said anode material in said at least one cell to said seed layer for forming plated structures corresponding to the cavities of the insulating pattern layer on the master electrode; d) separating said master electrode from said substrate; e) removing said seed layer in non-plated areas; f) arranging a dielectric material by spin-coating in the areas in between the plated structures for forming a material layer that at least partly covers said plated structures; g) planarization of the material layer, until at least part of the structures is uncovered; h) repeating at least some of said steps for providing a multilayer structure. a) arranging an electrically conducting seed layer on at least a part of the substrate or a substrate layer; b) applying a master electrode on said seed layer, said master electrode having an electrically conducting electrode layer, an insulating pattern layer and predeposited anode material arranged onto said conducting electrode layer in the cavities of said insulating pattern layer, for forming at least one electrochemical cell comprising an electrolyte in the area enclosed by said anode material, said insulating pattern layer and said seed layer; wherein said anode material is being in electrical contact with said conducting electrode layer; c) applying a voltage between said conducting electrode layer and said seed layer so that said seed layer forms a cathode for transferring at least some of said anode material in said at least one cell to said seed layer for forming plated structures corresponding to the cavities of the insulating pattern layer on the master electrode; d) separating said master electrode from said substrate; e) removing said seed layer in non-plated areas; f) arranging a dielectric material by spin-coating in the areas in between the plated structures for forming a material layer that at least partly covers said plated structures; g) planarization of the material layer, until at least part of the structures is uncovered; h) repeating at least some of said steps for providing a multilayer structure.
An actuator comprising: a pipe; a ball screw used as a feed screw and arranged within the pipe; a conversion nut used as a feed nut, arranged within the pipe, and screwed with the ball screw, the conversion nut converting a rotary motion into a linear motion; a piston arranged within the pipe, fixed integrally to the conversion nut, and driven to expand and contract from a free end which is one end of the pipe; and a support mechanism provided on a tip of the free end of the pipe, the support mechanism holding the piston movably, wherein the support mechanism is a rolling bearing structure comprising a plurality of roller followers, characterized in that in the rolling bearing structure, each of the plurality of roller followers is preloaded with respect to the piston, and the piston is preloaded and held. a pipe; a ball screw used as a feed screw and arranged within the pipe; a conversion nut used as a feed nut, arranged within the pipe, and screwed with the ball screw, the conversion nut converting a rotary motion into a linear motion; a piston arranged within the pipe, fixed integrally to the conversion nut, and driven to expand and contract from a free end which is one end of the pipe; and a support mechanism provided on a tip of the free end of the pipe, the support mechanism holding the piston movably, wherein the support mechanism is a rolling bearing structure comprising a plurality of roller followers, characterized in that in the rolling bearing structure, each of the plurality of roller followers is preloaded with respect to the piston, and the piston is preloaded and held.
Server system for providing at least one service with - an interface for connecting a server to a user's computer via which a user logs onto the server for obtaining access to the service offered by the server, and - an authentication means that is designed and provided to request, in a first step, personal identification data of the user who logs onto the server via the user's computer and to permit the user computer access if authentication is successful, characterized by a server protection system which is designed and provided, - to compare, in a second step, additional user's computer specific identification data with identification data stored in advance on the server after successful authentication by the authentication means in the first step and - to grant authorization to the user's computer to access the at least one service (103, 113) in dependency on the comparison of the user's computer specific identification data, wherein the authorization for having the at least one service (103, 113) is deleted after interrupting the connection of the server to the user's computer. - an interface for connecting a server to a user's computer via which a user logs onto the server for obtaining access to the service offered by the server, and - an authentication means that is designed and provided to request, in a first step, personal identification data of the user who logs onto the server via the user's computer and to permit the user computer access if authentication is successful, - to compare, in a second step, additional user's computer specific identification data with identification data stored in advance on the server after successful authentication by the authentication means in the first step and - to grant authorization to the user's computer to access the at least one service (103, 113) in dependency on the comparison of the user's computer specific identification data,
A mute for use in a wind instrument by being attached to a bell of the wind instrument, the mute comprising: a pipe-like hollow body comprising a small diameter end and a large diameter end, with both ends being open; and a pipe-like hollow head comprising a small diameter end which is closed by a bottom member, and a large diameter end which is open and has a same diameter as that of the large diameter end of the body, wherein the head is connectable to the body such that the large diameter end of the body faces the large diameter end of the head to join therewith; wherein in storing, the body and the head are separated from each other, and the head is placed in a space surrounded by an inner circumferential face of the body, characterized in that the head has a through-hole at the bottom member, in that the mute further comprises a rod-like member that is inserted into the through-hole and is slidable in an axial direction; and an inner head that is fixed to one end of the rod-like member to be supported by the head, and in that in storing, the inner head is placed in a space surrounded by an inner circumferential face of the head. a pipe-like hollow body comprising a small diameter end and a large diameter end, with both ends being open; and a pipe-like hollow head comprising a small diameter end which is closed by a bottom member, and a large diameter end which is open and has a same diameter as that of the large diameter end of the body, wherein the head is connectable to the body such that the large diameter end of the body faces the large diameter end of the head to join therewith; wherein in storing, the body and the head are separated from each other, and the head is placed in a space surrounded by an inner circumferential face of the body, characterized in that the head has a through-hole at the bottom member, in that the mute further comprises a rod-like member that is inserted into the through-hole and is slidable in an axial direction; and an inner head that is fixed to one end of the rod-like member to be supported by the head, and in that in storing, the inner head is placed in a space surrounded by an inner circumferential face of the head.
A motorcycle garment (2, 3) comprising: - at least one leg guard adapted to cover at least partially one driver's leg; and - at least one flap disposed on said leg guard in correspondence of driver's lower half-leg, characterized by the fact that said flap protrudes from the driver's lower half-leg towards the motorcycle, in such a way to increase resistance with air flow caused by forward travel of motorcycle, and increase aerodynamic load of motorcycle, when driver moves his leg away from motorcycle to make curving easier. - at least one leg guard adapted to cover at least partially one driver's leg; and - at least one flap disposed on said leg guard in correspondence of driver's lower half-leg,
A communication method, comprising: determining, by a first device according to a first preset rule, a first resource in at least two preset resources corresponding to a same gap before a first paging occasion, PO; and monitoring, by the first device, at least one wake-up signal sequence on the first resource; wherein the method further comprises: determining, by the first device according to the first preset rule, a second resource in at least two preset resources corresponding to a same gap before a second PO; and monitoring, by the first device, at least one wake-up signal sequence on the second resource. determining, by a first device according to a first preset rule, a first resource in at least two preset resources corresponding to a same gap before a first paging occasion, PO; and monitoring, by the first device, at least one wake-up signal sequence on the first resource; wherein the method further comprises: determining, by the first device according to the first preset rule, a second resource in at least two preset resources corresponding to a same gap before a second PO; and monitoring, by the first device, at least one wake-up signal sequence on the second resource. determining, by the first device according to the first preset rule, a second resource in at least two preset resources corresponding to a same gap before a second PO; and monitoring, by the first device, at least one wake-up signal sequence on the second resource.
A fuel routing system of a gas turbine engine comprising: a primary fuel circuit feeding a fuel distribution manifold which directs fuel to a combustor chamber; a secondary fuel circuit extending from the primary fuel circuit to a plurality of fuel nozzles configured to direct fuel to the combustor chamber; a main fuel flow control valve disposed in the primary fuel circuit for restricting a fuel flow to the fuel distribution manifold upon removal of an electrical load operably coupled to the gas turbine engine; and a plurality of check valves located between the secondary fuel circuit and the primary fuel circuit for restricting the fuel flow from the secondary fuel circuit to the primary fuel circuit. a primary fuel circuit feeding a fuel distribution manifold which directs fuel to a combustor chamber; a secondary fuel circuit extending from the primary fuel circuit to a plurality of fuel nozzles configured to direct fuel to the combustor chamber; a main fuel flow control valve disposed in the primary fuel circuit for restricting a fuel flow to the fuel distribution manifold upon removal of an electrical load operably coupled to the gas turbine engine; and a plurality of check valves located between the secondary fuel circuit and the primary fuel circuit for restricting the fuel flow from the secondary fuel circuit to the primary fuel circuit.
A secondary battery comprising: a case; at least one electrode assembly housed in the case; a cap plate coupled to the case; a terminal protruding through the cap plate; a collector between the cap plate and the electrode assembly electrically coupling the terminal and the electrode assembly, wherein the collector comprises: a first portion parallel to the cap plate; and a second portion bent with respect to the first portion and connected to the electrode assembly; and an insulation member between the collector and the electrode assembly, wherein the insulation member extends over a lower surface of the first portion of the collector, characterized in that the insulation member comprises a flow passage between the collector and the insulation member configured to allow an electrolyte of the secondary battery to flow through. a case; at least one electrode assembly housed in the case; a cap plate coupled to the case; a terminal protruding through the cap plate; a collector between the cap plate and the electrode assembly electrically coupling the terminal and the electrode assembly, wherein the collector comprises: a first portion parallel to the cap plate; and a second portion bent with respect to the first portion and connected to the electrode assembly; and an insulation member between the collector and the electrode assembly, wherein the insulation member extends over a lower surface of the first portion of the collector, characterized in that the insulation member comprises a flow passage between the collector and the insulation member configured to allow an electrolyte of the secondary battery to flow through. a first portion parallel to the cap plate; and a second portion bent with respect to the first portion and connected to the electrode assembly; and an insulation member between the collector and the electrode assembly, wherein the insulation member extends over a lower surface of the first portion of the collector, characterized in that the insulation member comprises a flow passage between the collector and the insulation member configured to allow an electrolyte of the secondary battery to flow through.