mhurhangee/ep-ind-claims huggingface dataset:
Test point card device for a test bench for testing a wire harness or a cable loom, comprising a test point card, comprising: - a plurality of test points, - modules for receiving one connector each of the cable loom or the wire harness, whereby in a module always one or more test points are housed or contacted, - a current and voltage connector for connecting a power cable with at least one supply voltage line (11a, 11b) and a ground line as power supply for the modules, where a power supply interrupter device is provided by means of which the at least one supply voltage line (11a, 11b) and the grounds line can be separated from the modules, characterized in that the test point card comprises a test point control unit for controlling the individual test points and data communication with a central control unit of the test bench, said power supply interrupter device is provided with a control input for separating the lines (11a, 11b, 11c) upon receipt of an interrupt signal, a control line is connected between a test point serving as control test point and said control input, where each test point can be contacted as control test point via the control line, and - said test point control unit is designed to put out, upon receipt of an external shut-down request signal, an interrupt signal via said control test point and said control line to said control input of said power supply interrupter device. - a plurality of test points, - modules for receiving one connector each of the cable loom or the wire harness, whereby in a module always one or more test points are housed or contacted, - a current and voltage connector for connecting a power cable with at least one supply voltage line (11a, 11b) and a ground line as power supply for the modules, characterized in that the test point card comprises a test point control unit for controlling the individual test points and data communication with a central control unit of the test bench, said power supply interrupter device is provided with a control input for separating the lines (11a, 11b, 11c) upon receipt of an interrupt signal, a control line is connected between a test point serving as control test point and said control input, where each test point can be contacted as control test point via the control line, and - said test point control unit is designed to put out, upon receipt of an external shut-down request signal, an interrupt signal via said control test point and said control line to said control input of said power supply interrupter device. - said test point control unit is designed to put out, upon receipt of an external shut-down request signal, an interrupt signal via said control test point and said control line to said control input of said power supply interrupter device.
A method of transmitting, by a first user equipment, UE, a physical sidelink feedback channel, PSFCH, in a wireless communication system, the method comprising: receiving, from a second UE, a first physical sidelink control channel, PSCCH, including first sidelink control information, SCI; receiving, from a third UE, a second PSCCH including second SCI; determining, based on a first resource reserved by the first SCI overlapping a second resource reserved by the second SCI, a resource conflict in the first resource reserved by the first SCI using a difference value between a first reference signal received power, RSRP, measured based on the first PSCCH and a second RSRP measured based on the second PSCCH; receiving, from the second UE, third SCI including source identifier, ID, information through a physical sidelink shared channel, PSSCH, scheduled by the first SCI; determining a third resource for the PSFCH based on the source ID information; and transmitting, through the third resource, the PSFCH including conflict information indicating the resource conflict in the first resource. receiving, from a second UE, a first physical sidelink control channel, PSCCH, including first sidelink control information, SCI; receiving, from a third UE, a second PSCCH including second SCI; determining, based on a first resource reserved by the first SCI overlapping a second resource reserved by the second SCI, a resource conflict in the first resource reserved by the first SCI using a difference value between a first reference signal received power, RSRP, measured based on the first PSCCH and a second RSRP measured based on the second PSCCH; receiving, from the second UE, third SCI including source identifier, ID, information through a physical sidelink shared channel, PSSCH, scheduled by the first SCI; determining a third resource for the PSFCH based on the source ID information; and transmitting, through the third resource, the PSFCH including conflict information indicating the resource conflict in the first resource.
An insulated pipe-like structure comprising: - a pipe-like structure; - a plurality of individual pieces of a first type of mineral wool strips arranged around the pipe-like structure in a radial direction of the structure; - a plurality of individual pieces of a second type of mineral wool strips arranged around the structure in a radial direction of the structure; wherein - the first type of mineral wool strips has a higher compression strength than the second type of mineral wool strips; and - the first type of mineral wool strips and the second type of mineral wool strips are arranged adjacent to each other and alternately in an axis direction of the structure to form a first insulation layer, wherein the insulated pipe-like structure is adapted to support a metal cladding surrounding the first and second type of mineral wool strips (2, 3). - a pipe-like structure; - a plurality of individual pieces of a first type of mineral wool strips arranged around the pipe-like structure in a radial direction of the structure; - a plurality of individual pieces of a second type of mineral wool strips arranged around the structure in a radial direction of the structure; - the first type of mineral wool strips has a higher compression strength than the second type of mineral wool strips; and - the first type of mineral wool strips and the second type of mineral wool strips are arranged adjacent to each other and alternately in an axis direction of the structure to form a first insulation layer,
Method for manufacturing films for manufacturing soft capsules allowing to contain aqueous and/or oily solutions from viscous aqueous or hydroalcoholic liquid compositions, buffered or not, wherein it comprises: i) producing, at cold temperatures or at a temperature not exceeding 90°C, a pseudo-colloidal solution by dispersion under vacuum of thickening agents, the lambda carrageenans, with a proportion in the medium of the viscous aqueous or hydroalcoholic liquid composition, buffered or not, greater than 2%, containing: a) alkaline or alkaline-earth ions b) a plasticizer, c) a surfactant and/or d) a disintegrating agent, ii) maintaining the resulting solution of i) at 25°C while it is stored; iii) producing films for soft capsules at a temperature maintained at at least 50°C, iv) gelatinizing the film mass by applying a complexing solution by spraying and/or by immersion, either simultaneously on both surfaces of the film or alternately after detachment of the film from its support, said complexing solutions being saline solutions of salts of mineral or organic acids, as well as hydroxides, oxides, and carbonates of calcium, barium, titanium, zinc, aluminum, sulfur, and silicas; the gelatinization of viscous aqueous or hydroalcoholic liquid compositions is obtained extemporaneously starting with thickening agents lambda carrageenans that exhibit the unique property of gelatinizing instantly upon contact with said complexing solution. i) producing, at cold temperatures or at a temperature not exceeding 90°C, a pseudo-colloidal solution by dispersion under vacuum of thickening agents, the lambda carrageenans, with a proportion in the medium of the viscous aqueous or hydroalcoholic liquid composition, buffered or not, greater than 2%, containing: a) alkaline or alkaline-earth ions b) a plasticizer, c) a surfactant and/or d) a disintegrating agent, a) alkaline or alkaline-earth ions b) a plasticizer, c) a surfactant and/or d) a disintegrating agent, ii) maintaining the resulting solution of i) at 25°C while it is stored; iii) producing films for soft capsules at a temperature maintained at at least 50°C, iv) gelatinizing the film mass by applying a complexing solution by spraying and/or by immersion, either simultaneously on both surfaces of the film or alternately after detachment of the film from its support,
A collapsible container, comprising a base and two pairs of opposite side walls (2, 3), wherein: each of the side walls (2, 3) is provided with one or more movable portions (31, 31a) extending from the bottom of the side walls (2, 3), and the base is provided with one or more opening pockets (11,11a), wherein the side walls (2, 3) are positioned in the corresponding opening pockets (11,11a) on the base via the movable portions (31, 31a); a hinge device is provided between the movable portions and the opening pockets, characterised in that the hinge device comprises: hinge holes provided in the movable portions of the side walls (2, 3); a guiding device (12, 16) provided in the opening pockets of the base; and a connecter (6, 7) provided with hinge pins (61, 71) and a sliding device (62, 72) to be engaged with the guiding device (12, 16); wherein, the connecter (6, 7) is movable up and down in vertical direction along the guiding device (12, 16) in the opening pockets via the sliding device (62, 72), and the hinge pins (61, 71) are disposed in the hinge holes and enable the side walls (2, 3) to be rotated around the hinge pins (61, 71). each of the side walls (2, 3) is provided with one or more movable portions (31, 31a) extending from the bottom of the side walls (2, 3), and the base is provided with one or more opening pockets (11,11a), wherein the side walls (2, 3) are positioned in the corresponding opening pockets (11,11a) on the base via the movable portions (31, 31a); a hinge device is provided between the movable portions and the opening pockets, characterised in that the hinge device comprises: hinge holes provided in the movable portions of the side walls (2, 3); a guiding device (12, 16) provided in the opening pockets of the base; and a connecter (6, 7) provided with hinge pins (61, 71) and a sliding device (62, 72) to be engaged with the guiding device (12, 16); wherein, the connecter (6, 7) is movable up and down in vertical direction along the guiding device (12, 16) in the opening pockets via the sliding device (62, 72), and the hinge pins (61, 71) are disposed in the hinge holes and enable the side walls (2, 3) to be rotated around the hinge pins (61, 71).
A frame profile for wall openings consisting of an outer frame part, a room-side frame part and an insulating frame part located there between, which is connected to both frame parts (2, 3) via pairs of engagement parts on the insulating frame part on the one side and on the respective frame part (2 or 3, respectively) on the other side, wherein the engagement parts (6, 7) of the insulating frame part are directed against the respective other frame part (2, 3) and are embodied elastically and form a snap-on connection with the respective opposite engagement part (8, 9) on the frame part (2, 3), and an elastic or viscous material is applied, wherein the elastic or viscous material, respectively, is formed by an adhesive, which is elastic or viscous, respectively, at least in the unhardened state, characterized in that the adhesive is supported on a support surface of the respective opposite engagement part, preferably of the respective frame part (2, 3), and that the engagement parts (8, 9) on the frame parts (2, 3) are also embodied elastically as elongate arms and are free from connecting webs (10, 11), which face the insulating frame part.
Radiator comprising two vertical distribution pipes and multiple parallel heating pipes arranged between them and at least in each case one fastener standing in a functional connection to the vertical distribution pipes, said fastener being to fix the radiator on a wall, wherein the fastener is fitted with clip brackets, characterised in that the distribution pipes of the radiator are given in each case at least one imprint, in which at least one locking element arranged in at least one clip bracket can be engaged.
The use of a polyanionic substance for achieving a synergistic enzyme-based cleaning performance in conjunction with a protease in a washing or cleaning agent during use of the washing or cleaning agent, characterized in that it is carried out in a temperature range of 10°C to 30°C.
A luminaire arrangement, in particular for providing lighting in or near buildings, comprising a charging device for charging an energy store of the luminaire arrangement, which comprises at least one portable luminaire, which has a body and a lamp arrangement, as well as at least one energy store which is connected to the luminaire, is rechargeable, and is designed to supply electrical power to the lamp arrangement of the luminaire, wherein the charging device comprises a flat charging device housing, which has an underside, which can be set down on a floor, an upper side, and a side face connecting the underside and the upper side, wherein a holding surface is formed on the upper side and wherein a charging interface (86; 86H) of an interface arrangement is arranged on the upper side and/or on the side face for releasable connection to the rechargeable energy store, characterized in that the charging device housing has a substantially cuboid base which has at its one longitudinal end a conical base that defines a housing cone, wherein the housing cone tapers conically starting from an underside of the charging device housing and extends over an angle which is larger than 180° and smaller than 270°, wherein the conical base has a flat circular area on its upper side, on which a first charging contact and a second charging contact, which is concentric to the first, are formed, wherein the second charging contact is arranged at a radial distance from the first charging contact.
A method for determining a likelihood of cancer recurrence in a patient with prostate cancer, comprising: measuring the expression level of an RNA transcript of AZGP1 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient; wherein an increased expression level of AZGP1 is negatively associated with an increased risk of recurrence. measuring the expression level of an RNA transcript of AZGP1 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient; wherein an increased expression level of AZGP1 is negatively associated with an increased risk of recurrence.
A method, in a target base station, for providing a handover of a sub-set of bearers associated with a wireless terminal, said sub-set of bearers being less than all bearers associated with the wireless terminal, the method comprising: establishing a connection for the sub-set of bearers associated with the wireless terminal via a selective handover procedure; receiving, from a source base station or a wireless terminal, a handover completion message for the sub-set of bearers associated with the wireless terminal; and characterized by sending, to a core network node, a path switch request, said path switch request comprising an indication that a selective handover procedure was performed, wherein at least one bearer associated with the wireless terminal remains connected to the source base station. establishing a connection for the sub-set of bearers associated with the wireless terminal via a selective handover procedure; receiving, from a source base station or a wireless terminal, a handover completion message for the sub-set of bearers associated with the wireless terminal; and characterized by sending, to a core network node, a path switch request, said path switch request comprising an indication that a selective handover procedure was performed, wherein at least one bearer associated with the wireless terminal remains connected to the source base station.
A developing cartridge comprising: a casing configured to accommodate therein developer; a developer-carrying member configured to rotate about a rotational axis extending in an axial direction and carry the developer thereon; a supply member configured to supply the developer to the developer-carrying member; a developing electrode configured to be electrically connected to the developer-carrying member; a supply electrode configured to be electrically connected to the supply member and arranged to confront the developing electrode in the axial direction with a gap therebetween; and an insulating member insulating the developing electrode and the supply electrode with each other and arranged between the developing electrode and the supply electrode, wherein the insulating member comprises a guide part configured to guide an attachment of the developing cartridge relative to an external device. a casing configured to accommodate therein developer; a developer-carrying member configured to rotate about a rotational axis extending in an axial direction and carry the developer thereon; a supply member configured to supply the developer to the developer-carrying member; a developing electrode configured to be electrically connected to the developer-carrying member; a supply electrode configured to be electrically connected to the supply member and arranged to confront the developing electrode in the axial direction with a gap therebetween; and an insulating member insulating the developing electrode and the supply electrode with each other and arranged between the developing electrode and the supply electrode, wherein the insulating member comprises a guide part configured to guide an attachment of the developing cartridge relative to an external device.
Filter device for separating paint overspray from a raw gas flow containing overspray particles, comprising at least one filter element, to which at least a part of the raw gas flow is feedable, and a clean gas chamber, to which the raw gas flow filtered by means of the filter element is feedable as a clean gas flow, wherein at least one filter element of the filter device, during operation of the filter device, is provided with a barrier layer, which contains an auxiliary filter material, characterised in that at least one safety filter, which is arranged downstream of the at least one filter element and by means of which at least a part of the raw gas flow is filterable in the event of a filter rupture at at least one filter element, is associated with the clean gas chamber, and in that the filter device comprises a clean gas channel, through which clean gas is feedable from the clean gas chamber to a clean gas collecting channel, the clean gas collecting channel also receiving the clean gas of at least one other filter device and the safety filter of the filter device being arranged upstream of a junction of the clean gas channel into the clean gas collecting channel.
A method for detecting peer faults in a Peer-to-Peer, P2P, network comprising: receiving (101, 201, 301, 401, 601), by a current peer, a diagnosis request message; detecting (102, 203, 303, 403), by the current peer, whether a peer is faulty according to a preset fault detection rule, wherein the peer detected comprises at least one of an upstream peer, a current peer and a downstream peer; judging, by the current peer, whether a destination peer of the diagnosis request message is the current peer after receiving the diagnosis request message; forwarding, by the current peer, the diagnosis request message to the downstream peer closer to the destination peer or to the destination peer if the destination peer of the diagnosis request message is not the current peer; and sending (103, 206, 306, 407, 603), by the current peer, a diagnosis response message to a source peer that constructs the diagnosis request message or a peer specified by the diagnosis request message, wherein: the diagnosis response message carries a detection result, and the detection result carries information about the faulty peer if the peer is detected as faulty. receiving (101, 201, 301, 401, 601), by a current peer, a diagnosis request message; detecting (102, 203, 303, 403), by the current peer, whether a peer is faulty according to a preset fault detection rule, wherein the peer detected comprises at least one of an upstream peer, a current peer and a downstream peer; judging, by the current peer, whether a destination peer of the diagnosis request message is the current peer after receiving the diagnosis request message; forwarding, by the current peer, the diagnosis request message to the downstream peer closer to the destination peer or to the destination peer if the destination peer of the diagnosis request message is not the current peer; and sending (103, 206, 306, 407, 603), by the current peer, a diagnosis response message to a source peer that constructs the diagnosis request message or a peer specified by the diagnosis request message, wherein: the diagnosis response message carries a detection result, and the detection result carries information about the faulty peer if the peer is detected as faulty.
A motorcycle comprising: a head pipe; a vehicle body frame being extended rearwards and downwards from the head pipe; a fuel tank being disposed over and astride the vehicle body frame, the fuel tank including a tank upper portion and at least one tank lateral portion, the tank upper portion being disposed over the vehicle body frame, the tank lateral portion being disposed laterally to the vehicle body frame; an engine being disposed under the vehicle body frame; a fuel pump unit being attached to a lower surface of the fuel tank, the fuel pump unit being configured to supply a fuel to the engine from the fuel tank; a filter being disposed downstream of the fuel pump unit in a fuel supply path produced from the fuel tank to the engine; and a pressure regulator being disposed downstream of the filter in the fuel supply path produced from the fuel tank to the engine, characterized in that the filter is attached to the fuel tank, and the pressure regulator is attached to the fuel tank. a head pipe; a vehicle body frame being extended rearwards and downwards from the head pipe; a fuel tank being disposed over and astride the vehicle body frame, the fuel tank including a tank upper portion and at least one tank lateral portion, the tank upper portion being disposed over the vehicle body frame, the tank lateral portion being disposed laterally to the vehicle body frame; an engine being disposed under the vehicle body frame; a fuel pump unit being attached to a lower surface of the fuel tank, the fuel pump unit being configured to supply a fuel to the engine from the fuel tank; a filter being disposed downstream of the fuel pump unit in a fuel supply path produced from the fuel tank to the engine; and a pressure regulator being disposed downstream of the filter in the fuel supply path produced from the fuel tank to the engine, characterized in that the filter is attached to the fuel tank, and the pressure regulator is attached to the fuel tank.