mhurhangee/ep-ind-claims huggingface dataset:
A battery pack comprising: a battery cell; a battery cell case in which the battery cell is mounted and which comprises a protection element assembly accommodation part in an upper end thereof; and a protection element assembly connected to a positive electrode lead part or a negative electrode lead part of the battery cell case and mounted in the protection element assembly accommodation part, wherein the protection element assembly comprises: a high-temperature cut-off element on which a metal thin plate for bonding is disposed on each of both sides thereof; a plate-shaped conductive connection member comprising a first bonding part (122_1) bonded to the positive electrode lead part or the negative electrode lead part of the battery cell case, a second bonding part (122_2) bonded to one side of the high-temperature cut-off element, and a third bonding part (122_3) bonded to the other side of the high-temperature cut-off element; and a heat dissipation member made of graphite disposed on a surface of an upper end of each of the first (121_1), second (122_2), and third (122_3) bonding parts of the connection member. a battery cell; a battery cell case in which the battery cell is mounted and which comprises a protection element assembly accommodation part in an upper end thereof; and a protection element assembly connected to a positive electrode lead part or a negative electrode lead part of the battery cell case and mounted in the protection element assembly accommodation part, wherein the protection element assembly comprises: a high-temperature cut-off element on which a metal thin plate for bonding is disposed on each of both sides thereof; a plate-shaped conductive connection member comprising a first bonding part (122_1) bonded to the positive electrode lead part or the negative electrode lead part of the battery cell case, a second bonding part (122_2) bonded to one side of the high-temperature cut-off element, and a third bonding part (122_3) bonded to the other side of the high-temperature cut-off element; and a heat dissipation member made of graphite disposed on a surface of an upper end of each of the first (121_1), second (122_2), and third (122_3) bonding parts of the connection member. a high-temperature cut-off element on which a metal thin plate for bonding is disposed on each of both sides thereof; a plate-shaped conductive connection member comprising a first bonding part (122_1) bonded to the positive electrode lead part or the negative electrode lead part of the battery cell case, a second bonding part (122_2) bonded to one side of the high-temperature cut-off element, and a third bonding part (122_3) bonded to the other side of the high-temperature cut-off element; and a heat dissipation member made of graphite disposed on a surface of an upper end of each of the first (121_1), second (122_2), and third (122_3) bonding parts of the connection member.
An anticoagulant for use in a method of treating a M2 haplotype pregnancy, wherein said method comprises administering to a human biological mother an effective amount of an anticoagulant, wherein said mother and/or the human biological father is a carrier of the ANXA5 M2 haplotype and wherein the anticoagulant is administered: a. within 1 day, within 2 days, within 3 days, within 4 days, within 5 days, within 6 days, within 7 days, within 8 days, within 9 days, within 10 days, within 11 days, within 12 days, within 13 days, or within 14 days prior to becoming pregnant; and/or b. at the time of implantation; and/or c. at the time of embryo transfer in in vitro fertilization; and/or d. within 1 day, within 2 days, within 3 days, within 4 days, within 5 days, within 6 days, within 7 days, within 8 days, within 9 days, within 10 days, within 11 days, within 12 days, within 13 days, or within 14 days of becoming pregnant; and/or e. within 1 day, within 2 days, within 3 days, within 4 days, within 5 days, within 6 days, within 7 days, within 8 days, within 9 days, within 10 days, within 11 days, within 12 days, within 13 days, or within 14 days of learning of pregnancy. a. within 1 day, within 2 days, within 3 days, within 4 days, within 5 days, within 6 days, within 7 days, within 8 days, within 9 days, within 10 days, within 11 days, within 12 days, within 13 days, or within 14 days prior to becoming pregnant; and/or b. at the time of implantation; and/or c. at the time of embryo transfer in in vitro fertilization; and/or d. within 1 day, within 2 days, within 3 days, within 4 days, within 5 days, within 6 days, within 7 days, within 8 days, within 9 days, within 10 days, within 11 days, within 12 days, within 13 days, or within 14 days of becoming pregnant; and/or e. within 1 day, within 2 days, within 3 days, within 4 days, within 5 days, within 6 days, within 7 days, within 8 days, within 9 days, within 10 days, within 11 days, within 12 days, within 13 days, or within 14 days of learning of pregnancy.
1. Fastening assembly for mounting a fuel rail in an engine comprising - a bracket which includes a longitudinal axis and is coupled to the fuel rail, - a retainer which comprises a first through opening for receiving a bolt, and - a bolt which is inserted through the first through opening, wherein - the bracket comprises a second through opening for receiving the retainer and the bolt, - the retainer is arranged in the second through opening such that it can rotate relative to the bracket - the retainer is operable to hold the bolt in a position along the longitudinal axis through friction between the bolt and the retainer, - the retainer is maintained relative to the bracket by means of friction, and - the cross-section of the first through opening perpendicular to the longitudinal axis has an elongated shape. - a bracket which includes a longitudinal axis and is coupled to the fuel rail, - a retainer which comprises a first through opening for receiving a bolt, and - a bolt which is inserted through the first through opening, wherein - the bracket comprises a second through opening for receiving the retainer and the bolt, - the retainer is arranged in the second through opening such that it can rotate relative to the bracket - the retainer is operable to hold the bolt in a position along the longitudinal axis through friction between the bolt and the retainer, - the retainer is maintained relative to the bracket by means of friction, and - the cross-section of the first through opening perpendicular to the longitudinal axis has an elongated shape. - the bracket comprises a second through opening for receiving the retainer and the bolt, - the retainer is arranged in the second through opening such that it can rotate relative to the bracket - the retainer is operable to hold the bolt in a position along the longitudinal axis through friction between the bolt and the retainer, - the retainer is maintained relative to the bracket by means of friction, and - the cross-section of the first through opening perpendicular to the longitudinal axis has an elongated shape.
A voice interaction method, wherein the method comprises: determining that a target event is detected, wherein the target event is an event that can trigger voice interaction; querying a mapping relationship based on the target event, to obtain a service type set, wherein the service type set comprises one or more target service types; collecting a voice instruction; obtaining, based on semantic information corresponding to the voice instruction, a first service corresponding to the semantic information; and executing the first service according to the voice instruction if a service type of the first service is any target service type in the service type set, wherein the method comprises establishing the mapping relationship comprising: obtaining, based on a historical record, a historical service associated with a historical target event, and writing a service type of the historical service and the historical target event into the mapping relationship; and invoking a machine learning model, inputting a sample target event into the machine learning model, outputting a service type, and writing the output service type and the sample target event into the mapping relationship, wherein the machine learning model is used to predict a service type based on an event. determining that a target event is detected, wherein the target event is an event that can trigger voice interaction; querying a mapping relationship based on the target event, to obtain a service type set, wherein the service type set comprises one or more target service types; collecting a voice instruction; obtaining, based on semantic information corresponding to the voice instruction, a first service corresponding to the semantic information; and executing the first service according to the voice instruction if a service type of the first service is any target service type in the service type set, wherein the method comprises establishing the mapping relationship comprising: obtaining, based on a historical record, a historical service associated with a historical target event, and writing a service type of the historical service and the historical target event into the mapping relationship; and invoking a machine learning model, inputting a sample target event into the machine learning model, outputting a service type, and writing the output service type and the sample target event into the mapping relationship, wherein the machine learning model is used to predict a service type based on an event. obtaining, based on a historical record, a historical service associated with a historical target event, and writing a service type of the historical service and the historical target event into the mapping relationship; and invoking a machine learning model, inputting a sample target event into the machine learning model, outputting a service type, and writing the output service type and the sample target event into the mapping relationship, wherein the machine learning model is used to predict a service type based on an event.
A method for differentiating mesenchymal stem cells into chondrocyte, comprising the steps of: (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into chondrocytes. (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into chondrocytes.
A method for geographical tagging a wireless network access point (104, 106, 108), the method comprising: determining a location of the wireless network access point (104, 106, 108); creating a geographic code representing the location of the wireless network access point (104, 106, 108); and broadcasting the geographic code as part of a beacon signal normally output by the wireless network access point (104, 106, 108), characterized in that the geographic code is inserted at the end of the service set identifier (SSID) field as a part of the SSID field of the beacon signal. determining a location of the wireless network access point (104, 106, 108); creating a geographic code representing the location of the wireless network access point (104, 106, 108); and broadcasting the geographic code as part of a beacon signal normally output by the wireless network access point (104, 106, 108), characterized in that the geographic code is inserted at the end of the service set identifier (SSID) field as a part of the SSID field of the beacon signal.
Electronic pen with pen position detection, comprising at least a writing lead, at least an electric voltage source, at least one digital control unit, at least one data transfer module, and a housing, wherein the electronic pen comprises at least three position determination sensors (105, 112, 104), wherein said determination sensors are configured such that from their measurement data an over-determination of the position and / or movement of the electronic pen can be determined, wherein all three or more position determination sensors (104, 105, 112, 205, 204, 206) are three-dimensional inertial sensors, characterized in that the electronic pen comprises a component between the writing lead and the housing, wherein the position determination sensors are arranged along an axis oblique to a longitudinal axis of the electronic pen, and wherein two of the three or more position determination sensors are located outside of the longitudinal axis on the component.
A drug delivery balloon adapted for delivery of a drug to a site in a body passageway, the balloon comprising: a balloon having a balloon wall with an outer surface; and crystalline particles of everolimus disposed on the outer surface; wherein the crystalline particles of everolimus have a predetermined size distribution, wherein said size distribution of the crystalline particles of everolimus is in a range of from 0.01 μm to 2 μm; and wherein the crystalline particles of everolimus are not microcapsules which are enclosed by an encapsulant. a balloon having a balloon wall with an outer surface; and crystalline particles of everolimus disposed on the outer surface; wherein the crystalline particles of everolimus have a predetermined size distribution, wherein said size distribution of the crystalline particles of everolimus is in a range of from 0.01 μm to 2 μm; and wherein the crystalline particles of everolimus are not microcapsules which are enclosed by an encapsulant.
A system for stent delivery comprising: a self-expanding stent having a proximal end portion, a distal end portion, and a lumen; a push wire extending through the lumen; a first retaining polymer disposed about and retaining the proximal end portion in a compressed configuration; a second retaining polymer disposed about and retaining the distal end portion in a compressed configuration; a first resistance member in thermal communication with the first retaining polymer and in electrical contact with the push wire; and a second resistance member in thermal communication with the second retaining polymer and in electrical contact with the push wire; wherein the push wire is configured to deliver a current to the first and second resistance members, wherein each of the first and second retaining polymers are configured to disengage from the stent in response to different levels of applied current supplied to the push wire, thereby permitting expansion of the respective proximal and distal end portions to an expanded configuration. a self-expanding stent having a proximal end portion, a distal end portion, and a lumen; a push wire extending through the lumen; a first retaining polymer disposed about and retaining the proximal end portion in a compressed configuration; a second retaining polymer disposed about and retaining the distal end portion in a compressed configuration; a first resistance member in thermal communication with the first retaining polymer and in electrical contact with the push wire; and a second resistance member in thermal communication with the second retaining polymer and in electrical contact with the push wire; wherein the push wire is configured to deliver a current to the first and second resistance members, wherein each of the first and second retaining polymers are configured to disengage from the stent in response to different levels of applied current supplied to the push wire, thereby permitting expansion of the respective proximal and distal end portions to an expanded configuration.
- A method for selecting a network resource for carrying a multimedia stream in a multimedia session, wherein a so-called "controlled" device (10, 11) is connected to an IP network and capable of further accessing at least one other physical and/or virtual telecommunications network for carrying said multimedia stream, comprising a first step wherein a request for establishing said multimedia session is transmitted or relayed by said controlled (10, 11) or to said controlled (10, 11) in said IP network, wherein said controlled (10, 11): - receives, in a second step via the IP network from a so-called "controller" device (22, 25, 26, 27), a control signal of said multimedia session containing a resource identifier representative of the IP network or of said other physical or virtual network for carrying said multimedia stream that the controlled (10, 11) is recommended to use in order to satisfy said request; - selects said network resource or another physical or virtual network for carrying said multimedia stream and sends to the controller a response indicating the effectively selected resource; - transmits to the IP network a control signal of said multimedia session containing information that the controlled (10, 11) has means required to interpret the resource identifiers in terms of physical or virtual networks for carrying said multimedia stream. - receives, in a second step via the IP network from a so-called "controller" device (22, 25, 26, 27), a control signal of said multimedia session containing a resource identifier representative of the IP network or of said other physical or virtual network for carrying said multimedia stream that the controlled (10, 11) is recommended to use in order to satisfy said request; - selects said network resource or another physical or virtual network for carrying said multimedia stream and sends to the controller a response indicating the effectively selected resource; - transmits to the IP network a control signal of said multimedia session containing information that the controlled (10, 11) has means required to interpret the resource identifiers in terms of physical or virtual networks for carrying said multimedia stream.
A motion prediction method, comprising: (a) obtaining a plurality of motion vector predictors to be included in a candidate set for motion prediction of a current unit of a current frame, wherein obtaining of the motion vector predictors comprises: determining a plurality of units from units located in the current frame or a previously coded frame; selecting a plurality of candidate units from the units; and obtaining motion vectors of the candidate units as the motion vector predictors of the candidate set; (b) determining whether the current frame is a non-reference frame which is not referred to by other frames for motion prediction; characterized by (c) when the current frame is not the non-reference frame, removing any motion vector predictor corresponding to collocated units not within the current frame from the candidate set, wherein removing any motion vector predictor from the candidate set comprises: determining whether the candidate set comprises at least one target motion vector predictor corresponding to a unit which is not in the current frame; and when the target motion vector predictor exists in the candidate set, removing the target motion vector predictor from the candidate set; and (d) predicting (414, 418) a motion vector of the current unit according to the motion vector predictors of the candidate set. (a) obtaining a plurality of motion vector predictors to be included in a candidate set for motion prediction of a current unit of a current frame, wherein obtaining of the motion vector predictors comprises: determining a plurality of units from units located in the current frame or a previously coded frame; selecting a plurality of candidate units from the units; and obtaining motion vectors of the candidate units as the motion vector predictors of the candidate set; determining a plurality of units from units located in the current frame or a previously coded frame; selecting a plurality of candidate units from the units; and obtaining motion vectors of the candidate units as the motion vector predictors of the candidate set; (b) determining whether the current frame is a non-reference frame which is not referred to by other frames for motion prediction; (c) when the current frame is not the non-reference frame, removing any motion vector predictor corresponding to collocated units not within the current frame from the candidate set, wherein removing any motion vector predictor from the candidate set comprises: determining whether the candidate set comprises at least one target motion vector predictor corresponding to a unit which is not in the current frame; and when the target motion vector predictor exists in the candidate set, removing the target motion vector predictor from the candidate set; and determining whether the candidate set comprises at least one target motion vector predictor corresponding to a unit which is not in the current frame; and when the target motion vector predictor exists in the candidate set, removing the target motion vector predictor from the candidate set; and (d) predicting (414, 418) a motion vector of the current unit according to the motion vector predictors of the candidate set.
A submersible fluid system for operating submersed in a body of water, the system comprising: a fluid-end housing having an upper end and a lower end; a fluid rotor disposed to rotate in the fluid-end housing and to receive and interact with a process fluid flowing from an inlet of the fluid-end housing to an outlet of the fluid-end housing, the fluid rotor configured to thrust upwards toward the upper end when rotating; and a bearing near the lower end of the fluid-end housing or a bearing in a sump in the lower end of the fluid-end housing, the bearing having an upward-facing bearing surface coupled to the fluid rotor and a downward-facing bearing surface coupled to the fluid housing, characterised in that the bearing surfaces cooperate to support the upward thrust of the fluid rotor and are loaded when the submersible fluid system is in operation and un-loaded when the submersible fluid system is not in operation, and further characterised in that the bearing further comprises an inactive side that is not loaded when the submersible fluid system is in operation and on which the fluid rotor rests when the submersible fluid system is not in operation. a fluid-end housing having an upper end and a lower end; a fluid rotor disposed to rotate in the fluid-end housing and to receive and interact with a process fluid flowing from an inlet of the fluid-end housing to an outlet of the fluid-end housing, the fluid rotor configured to thrust upwards toward the upper end when rotating; and a bearing near the lower end of the fluid-end housing or a bearing in a sump in the lower end of the fluid-end housing, the bearing having an upward-facing bearing surface coupled to the fluid rotor and a downward-facing bearing surface coupled to the fluid housing, characterised in that the bearing surfaces cooperate to support the upward thrust of the fluid rotor and are loaded when the submersible fluid system is in operation and un-loaded when the submersible fluid system is not in operation, and further characterised in that the bearing further comprises an inactive side that is not loaded when the submersible fluid system is in operation and on which the fluid rotor rests when the submersible fluid system is not in operation.