mhurhangee/ep-ind-claims huggingface dataset:
Bearing (18, 20), particularly a shock absorber, for an arbor or staff of a rotary wheel set of a timepiece movement, for example a balance staff, the bearing (18, 20) comprising a bearing block provided with a housing and an endstone arranged inside the housing, the endstone comprising a main body provided with a cavity configured to receive a pivot (17, 20) of the arbor of the rotary wheel set, the pivot (17, 30) having the shape of a first cone having a first solid angle (31, 36), the apex of the first cone being rounded with a predefined first radius of curvature comprised in a range from 0.2 μm to 50 μm, the cavity having the shape of a second cone having a second solid angle greater than the first solid angle (31, 36), such that the pivot (17, 30) can rotate in the cavity, the apex of the second cone being rounded and having a predefined second radius of curvature, characterized in that the second radius of curvature is smaller than the first radius of curvature.
A method for inducing cytotoxic T-cells in vitro, the method comprising: generating a target cell for cytotoxic T-cells on which surface HLA molecules are bound by an amino acid sequence consisting of SEQ ID NO: 1. generating a target cell for cytotoxic T-cells on which surface HLA molecules are bound by an amino acid sequence consisting of SEQ ID NO: 1.
A cosmetic composition in the form of a solid water-in-oil emulsion characterised in that it comprises: - an emulsifying mixture comprising at least one silicone emulsifier present in an amount between 0.1% and 5% and at least one emulsifying silicone elastomer said silicone elastomer being present in an amount between 0.05% and 3%, - at least one non-volatile oil present in an amount between 30% and 50% and comprising at least one non-volatile silicone oil and optionally a second oil selected from at least one non-volatile ester oil, - a structuring agent of the oily phase comprising a wax and/or an oily gelling agent, - 30% to 50% water, - 0% to 2%, and still more preferably 0% of a volatile silicone oil and/or a volatile hydrocarbon oil, and - optionally a film-forming agent; the percentages defined above being percentages by weight relative to the total weight of the composition. - an emulsifying mixture comprising at least one silicone emulsifier present in an amount between 0.1% and 5% and at least one emulsifying silicone elastomer said silicone elastomer being present in an amount between 0.05% and 3%, - at least one non-volatile oil present in an amount between 30% and 50% and comprising at least one non-volatile silicone oil and optionally a second oil selected from at least one non-volatile ester oil, - a structuring agent of the oily phase comprising a wax and/or an oily gelling agent, - 30% to 50% water, - 0% to 2%, and still more preferably 0% of a volatile silicone oil and/or a volatile hydrocarbon oil, and - optionally a film-forming agent;
A feeding apparatus comprising: a housing a mounting portion that holds a medium; a feeding roller that feeds the medium toward a feeding direction; and a stopper configured to prevent the medium from moving toward the feeding direction; characterized by further comprising: a supporting part that swings the feeding roller between: a first position in which the feeding roller feeds the medium while both the feeding roller and a first side of the stopper contact the medium, and a second position in which the feeding roller does not contact the medium while the first side of the stopper contacts the medium to prevent the medium from moving toward the feeding direction; and a regulating part disposed on a downstream side in feeding direction with respect to a supporting point of the supporting part, wherein the regulating part regulates movement of the stopper by contacting a portion of the stopper that does not contact the medium in the first position, and wherein the portion of the stopper is on a second side of the stopper, opposite the first side, wherein the housing comprises an opening portion, the regulating part being embedded in the housing and formed at an edge portion of the opening portion on the downstream side. a housing a mounting portion that holds a medium; a feeding roller that feeds the medium toward a feeding direction; and a stopper configured to prevent the medium from moving toward the feeding direction; a supporting part that swings the feeding roller between: a first position in which the feeding roller feeds the medium while both the feeding roller and a first side of the stopper contact the medium, and a second position in which the feeding roller does not contact the medium while the first side of the stopper contacts the medium to prevent the medium from moving toward the feeding direction; and a first position in which the feeding roller feeds the medium while both the feeding roller and a first side of the stopper contact the medium, and a second position in which the feeding roller does not contact the medium while the first side of the stopper contacts the medium to prevent the medium from moving toward the feeding direction; and a regulating part disposed on a downstream side in feeding direction with respect to a supporting point of the supporting part, wherein the regulating part regulates movement of the stopper by contacting a portion of the stopper that does not contact the medium in the first position, and wherein the portion of the stopper is on a second side of the stopper, opposite the first side, wherein the housing comprises an opening portion, the regulating part being embedded in the housing and formed at an edge portion of the opening portion on the downstream side.
A contactor, comprising a pedestal, wherein both end of the pedestal are step structure having notches in two ends; the step structure comprises a first step and a second step from bottom to top and is covered with a cover body having a matched shape; a part, which protrudes out of the second step, at each of two ends of the first step is provided with a first mounting groove in which a control terminal and a power terminal that are spaced apart from each other are mounted, and the cover body is provided with a first wiring port corresponding to the control terminal and a second wiring port corresponding to the power terminal; each of two ends of the second step is provided with a second mounting groove in which an auxiliary terminal is mounted, and the cover body is provided with a third wiring port which corresponds to the auxiliary terminal mounted in the second mounting groove; wherein one end of the control terminal is plugged into the pedestal and electrically connected to a coil in a base; one end of the power terminal is plugged into the pedestal and matched with a first movable contact on a contact support in the pedestal; one end of the auxiliary terminal is plugged into the pedestal and matched with a second movable contact on the contact support in the pedestal; the other ends of the control terminal, the power terminal and the auxiliary terminal are configured to be connected to external wires; characterized in that an assembling groove is formed in the middle of the first step; the contact support is mounted in the assembling groove; the contact support protrudes out of the top surface of the first step; the second step is of an assembled structure and comprises a first assembling block and a second assembling block which can be assembled, wherein the first assembling block and the second assembling block are mounted on the first step and are located on two sides of the contact support respectively.
A pointer (2, 100, 120, 130, 146, 147) comprising: an end portion, which projects from a housing for pointing to a position, and a transmission signal production section configured to produce two codes (C1, C2); wherein the pointer (2, 100, 120, 130, 146, 147) is adapted to transmit the codes (C1, C2) produced by said transmission signal production section with a time difference (Td) therebetween, wherein the time difference (Td) corresponds to a pressure applied to said end portion of the pointer (2, 100, 120, 130, 146, 147); wherein the two codes (C1, C2) have code patterns different from each other. an end portion, which projects from a housing for pointing to a position, and a transmission signal production section configured to produce two codes (C1, C2); wherein the pointer (2, 100, 120, 130, 146, 147) is adapted to transmit the codes (C1, C2) produced by said transmission signal production section with a time difference (Td) therebetween, wherein the time difference (Td) corresponds to a pressure applied to said end portion of the pointer (2, 100, 120, 130, 146, 147); wherein the two codes (C1, C2) have code patterns different from each other.
Household appliance for caring pieces of laundry, including a housing and a flush-in tray disposed in the housing for laundry care agents, characterized in that the flush-in tray is coated at least on an exterior bottom with a protective layer (13, 15) preventing the formation of water drops adhering to the bottom for a long time, wherein the protective layer (13, 15) has at least hydrophobic components and/or wherein the protective layer (13, 15) has at least hydrophilic components.
A method for selecting the most convenient elevator from an elevator system having at least two elevator groups, characterized in that the elevator groups each have a group controller (GR1, GR2, GR3, GR4), wherein the group controllers (GR1, GR2, GR3, GR4) of all elevator groups are connected to a central unit multi-group controller, wherein, to reach a destination floor from a starting floor, a route with changes (U1, U2, U3) is available, which route is broken down into a plurality of sections (W1T1,..., WITn), and one elevator of one of the elevator groups is allocated to each of the sections (W1T1,..., W1Tn), wherein to reach the destination floor, a further route (Wn) is available which is broken down into further sections (WnT1,..., WnTn), wherein the operating costs of the sections (W1T1,..., W1Tn) of the route and the operating costs of the further sections (WnT1,..., WnTn) of the further route (Wn) are requested from the corresponding group controller (GR1, GR2, GR3, GR4), wherein the requested operating costs of the route and of the other route (Wn) are compared by means of the central unit multi-group controller, in order then to ascertain the most convenient route, and wherein one elevator of one of the elevator groups is allocated to each of the sections (W1T1,..., W1Tn) or the further sections (WnT1,..., WnTn) of the most convenient route.
A chair comprising a chair base on which a seat and a backrest connected to the seat via a synchronizing mechanism are movably mounted, wherein a spring, that presses the seat into a base position of the chair and a counter-bearing mounted rotatably on the chair base, are provided, wherein the counter-bearing is configured to cooperate on the one hand with a connecting element connected to a front edge of the seat and on the other with one end of the spring, wherein the connecting element cooperating with the counter-bearing is configured to be guided in a longitudinal guide and is arranged in the base position of the seat in a highest position of the longitudinal guide, wherein a pivot bearing is provided for fastening the counter-bearing on the chair base, characterized in that the pivot bearing is arranged at one end of the counter-bearing and the connecting element is configured to act at the other end of the counter-bearing.
A metal gasket bellows seal comprising: a first ply having a first ply first end and a first ply second end separated by a first distance; a second ply having a second ply first end and a second ply second end separated by a second distance; and a slip joint forming an area of intentional slip, the slip joint formed by an overlap of the first ply first end and the second ply second end, characterised in that: the second ply is coupled to the first ply at a first location via spot joining to form a weld, wherein the first location is positioned between 150 degrees and 210 degrees from the slip joint such that relative growth on either side of the weld is approximately the same because each side will have a similar amount of material allowed to expand. a first ply having a first ply first end and a first ply second end separated by a first distance; a second ply having a second ply first end and a second ply second end separated by a second distance; and a slip joint forming an area of intentional slip, the slip joint formed by an overlap of the first ply first end and the second ply second end, characterised in that: the second ply is coupled to the first ply at a first location via spot joining to form a weld, wherein the first location is positioned between 150 degrees and 210 degrees from the slip joint such that relative growth on either side of the weld is approximately the same because each side will have a similar amount of material allowed to expand.
A photocurable composition, wherein, when A indicates glass-metal alloy die shear strength (unit: kgf) after curing between a glass substrate and a Ni/Fe alloy and B indicates curing shrinkage (unit: %) represented by Equation 1, the photocurable composition has A/B of 0.7 kgf/% or more and A of 2.5 kgf or more. Curing shrinkage = Specific gravity of solid photocurable composition after curing − Specific gravity of liquid photocurable composition before curing / Specific gravity of liquid photocurable composition before curing × 100. and comprising: a photocurable monomer containing phosphorus and silicon (Si); a photocurable monomer free from phosphorus and silicon, and containing an aromatic group; and a photocurable monomer free from phosphorus, silicon and an aromatic group; wherein the shear strength and curing shrinkage are determined as described in the description. a photocurable monomer containing phosphorus and silicon (Si); a photocurable monomer free from phosphorus and silicon, and containing an aromatic group; and a photocurable monomer free from phosphorus, silicon and an aromatic group; wherein the shear strength and curing shrinkage are determined as described in the description.
A computer-implemented method for implementing a smart contract call on a blockchain network, the method comprising: retrieving one or more smart contract definitions from the blockchain network, the smart contract definitions including a plurality of contract functions from a plurality of smart contracts stored in a blockchain maintained by the blockchain network; generating a smart contract interface representing the smart contract definitions, the smart contract interface including a plurality of interface functions corresponding to the plurality of contract functions, the smart contract interface configured to allow software applications to call each of the contract functions by calling a corresponding interface function; receiving a call to a particular interface function from a software application, the call including call parameters corresponding to parameters of a particular contract function corresponding to the particular interface function; in response to the receiving the call to the particular interface function, generating a smart contract call to the particular contract function including the call parameters; and transmitting the smart contract call to the blockchain network. retrieving one or more smart contract definitions from the blockchain network, the smart contract definitions including a plurality of contract functions from a plurality of smart contracts stored in a blockchain maintained by the blockchain network; generating a smart contract interface representing the smart contract definitions, the smart contract interface including a plurality of interface functions corresponding to the plurality of contract functions, the smart contract interface configured to allow software applications to call each of the contract functions by calling a corresponding interface function; receiving a call to a particular interface function from a software application, the call including call parameters corresponding to parameters of a particular contract function corresponding to the particular interface function; in response to the receiving the call to the particular interface function, generating a smart contract call to the particular contract function including the call parameters; and transmitting the smart contract call to the blockchain network.
Composition comprising petroleum, water and at least one mannosylerythritol lipid, in which the quantity of petroleum is comprised between 15 and 80% by volume with respect to the volume of the composition and in which the total quantity of mannosylerythritol lipid(s) is comprised between 0.5 ppm and 100 ppm with respect to the weight of the composition.
An apparatus for load alignment assistance, the apparatus comprising: a partial power converter configured to provide an alignment current through an n-phase supply line to a synchronous alternating current motor during a startup of the synchronous AC motor, wherein the synchronous AC motor receives polyphase AC power through the n-phase supply line from a synchronous AC grid during the startup, characterised in that the partial power converter is powered by a power source isolated from the synchronous AC grid; and a controller configured to direct the partial power converter to provide the alignment current through the n-phase supply line, wherein the alignment current is selected to cause a rotor of the synchronous AC motor to align with a rotor of a generator that powers the synchronous AC grid. a partial power converter configured to provide an alignment current through an n-phase supply line to a synchronous alternating current motor during a startup of the synchronous AC motor, wherein the synchronous AC motor receives polyphase AC power through the n-phase supply line from a synchronous AC grid during the startup, characterised in that the partial power converter is powered by a power source isolated from the synchronous AC grid; and a controller configured to direct the partial power converter to provide the alignment current through the n-phase supply line, wherein the alignment current is selected to cause a rotor of the synchronous AC motor to align with a rotor of a generator that powers the synchronous AC grid.
A person support apparatus system comprising: a headwall interface mounted to a headwall of a room, the headwall interface including a multi-pin plug adapted to couple to a nurse-call system connector integrated into the headwall; and a patient support apparatus, the patient support apparatus comprising: a support surface adapted to support a person; a microphone; a first transceiver (82a, 84a, 86a, 88a) adapted to wirelessly communicate with the headwall interface; and a controller adapted to automatically establish a communication link between the first transceiver (82a, 84a, 86a, 88a) and the headwall interface without requiring a user of the person support apparatus to activate a control designated for establishing the communication link and without requiring the user to identify the headwall interface; wherein the controller is further adapted to transmit audio signals generated by the microphone to the headwall interface using the first transceiver (82a, 84a, 86a, 88a), and the headwall interface is adapted to direct the audio signals to an appropriate pin on the multi-pin plug. a headwall interface mounted to a headwall of a room, the headwall interface including a multi-pin plug adapted to couple to a nurse-call system connector integrated into the headwall; and a patient support apparatus, the patient support apparatus comprising: a support surface adapted to support a person; a microphone; a first transceiver (82a, 84a, 86a, 88a) adapted to wirelessly communicate with the headwall interface; and a controller adapted to automatically establish a communication link between the first transceiver (82a, 84a, 86a, 88a) and the headwall interface without requiring a user of the person support apparatus to activate a control designated for establishing the communication link and without requiring the user to identify the headwall interface; wherein the controller is further adapted to transmit audio signals generated by the microphone to the headwall interface using the first transceiver (82a, 84a, 86a, 88a), and the headwall interface is adapted to direct the audio signals to an appropriate pin on the multi-pin plug. a support surface adapted to support a person; a microphone; a first transceiver (82a, 84a, 86a, 88a) adapted to wirelessly communicate with the headwall interface; and a controller adapted to automatically establish a communication link between the first transceiver (82a, 84a, 86a, 88a) and the headwall interface without requiring a user of the person support apparatus to activate a control designated for establishing the communication link and without requiring the user to identify the headwall interface; wherein the controller is further adapted to transmit audio signals generated by the microphone to the headwall interface using the first transceiver (82a, 84a, 86a, 88a), and the headwall interface is adapted to direct the audio signals to an appropriate pin on the multi-pin plug.
Method for producing a cavity in a stator of a progressive cavity pump, in which material is removed by a tool in the interior of a stator blank, characterized - in that the tool inside the cavity carries out a rotating movement brought about by a drive shaft and an eccentric movement, rotating about a bearing shaft, wherein the stator blank and the tool are moved with respect to one another; - in that the stator blank carries out a rotating movement; - in that the movements are carried out within a guide tube or a bearing shaft; - in that a speed ratio between the stator blank and bearing shaft is set; and - in that the stator blank and/or the tool carries out an axial advancing movement. - in that the tool inside the cavity carries out a rotating movement brought about by a drive shaft and an eccentric movement, rotating about a bearing shaft, wherein the stator blank and the tool are moved with respect to one another; - in that the stator blank carries out a rotating movement; - in that the movements are carried out within a guide tube or a bearing shaft; - in that a speed ratio between the stator blank and bearing shaft is set; and - in that the stator blank and/or the tool carries out an axial advancing movement.