mhurhangee/ep-ind-claims huggingface dataset:
System for determining the position of a transport vehicle which can travel over a floor, in particular of a heavy-load transport vehicle, comprising an antenna, which is attached to a lower face of the transport vehicle, and a transponder, which is introduced into the floor at a specific location and which is charged by means of a transmission field - which can be generated by the antenna during a transmission interval with a preset length - and wherein an evaluation interval with a preset length is subsequently started in order to evaluate a signal of the transponder, transmitted as a response to the charging, during the evaluation interval by means of an evaluation unit, characterised in that the system is designed in such a way that the evaluation interval is interrupted before expiry of its preset length and a new transmission interval is started if, during a detection interval with a preset length within the evaluation interval, no signal of the transponder is detected.
A hair curling method comprising the following steps of: - providing a hairdressing appliance comprising a mandrel which is heated and which has a winding radius (r), for a lock of hair, comprised between 2.5 and 7.5 mm, - winding a lock of hair around the mandrel, characterized in that the method further comprises the following step: - applying a winding stress less than or equal to 0.25 MPa to the lock of hair which is wound around the mandrel. - providing a hairdressing appliance comprising a mandrel which is heated and which has a winding radius (r), for a lock of hair, comprised between 2.5 and 7.5 mm, - winding a lock of hair around the mandrel, - applying a winding stress less than or equal to 0.25 MPa to the lock of hair which is wound around the mandrel.
A yarn winding apparatus configured to wind a plurality of yarns spun from a melt spinning apparatus on bobbins so as to form a packages, comprising: a body; a bobbin holder supported cantilever-like on the body and equipped with winding bobbins; a swing arm which is supported on the body by a swing shaft and which is swingable around the swing shaft; a contact roller supported by the swing arm and contacting the package formed on the winding bobbins with which the bobbin holder is equipped; a contact pressure control part provided in the swing arm and arranged for controlling a contact pressure between the contact roller and the package; characterized by: a vibration suppression device which has a mass object and a restriction member supporting the mass object with flexibility and is provided in the swing arm so that the mass object and the restriction member can collide with each other by vibration of the swing arm, wherein a component of the flexibility of the mass object is provided at least within a plane perpendicular to the swing shaft of the swing arm and in a circular direction centering on the swing shaft. a body; a bobbin holder supported cantilever-like on the body and equipped with winding bobbins; a swing arm which is supported on the body by a swing shaft and which is swingable around the swing shaft; a contact roller supported by the swing arm and contacting the package formed on the winding bobbins with which the bobbin holder is equipped; a contact pressure control part provided in the swing arm and arranged for controlling a contact pressure between the contact roller and the package; characterized by: a vibration suppression device which has a mass object and a restriction member supporting the mass object with flexibility and is provided in the swing arm so that the mass object and the restriction member can collide with each other by vibration of the swing arm, wherein a component of the flexibility of the mass object is provided at least within a plane perpendicular to the swing shaft of the swing arm and in a circular direction centering on the swing shaft. a vibration suppression device which has a mass object and a restriction member supporting the mass object with flexibility and is provided in the swing arm so that the mass object and the restriction member can collide with each other by vibration of the swing arm, wherein a component of the flexibility of the mass object is provided at least within a plane perpendicular to the swing shaft of the swing arm and in a circular direction centering on the swing shaft.
An aerogel comprising an open-cell structured polymer matrix that includes a branched polyamic amide polymer, wherein the branched polyamic amide polymer in the matrix has a repeating structural unit of: where X is a first organic group having at least two carbon atoms, Y is a second organic group having at least two carbon atoms, and Z is a nitrogen containing hydrocarbon compound comprising at least one secondary nitrogen. wherein the branched polyamic amide polymer in the matrix has a repeating structural unit of: where X is a first organic group having at least two carbon atoms, Y is a second organic group having at least two carbon atoms, and Z is a nitrogen containing hydrocarbon compound comprising at least one secondary nitrogen.
A connection device for connecting a metal pin to an insulating part (3, 3', 3") in a metal tank filled with a dielectric insulating gas of high- or medium-voltage electrical switchgear, wherein the metal pin is a tight fit in the insulating part with at least one end portion (21, 211, 22, 23) of the metal pin being received in a hole (30, 32) of the insulating part; wherein the defined space e between the end portion(s) of the metal pin and the hole is large enough to avoid partial electric discharges in said hole; and wherein the end portion (21, 211) of the pin that is closest to the end of the hole (30, 32) forms therewith an angle α lying in the range 60° to 120°.
A method for implementing a cache maintenance or status operation for a component cache (602, 604, 606, 608, 610), comprising: storing a component cache indicator of a component cache (602, 604, 606, 608, 610) such that the component cache indicator is accessible by a master (320, 704) of the component cache (602, 604, 606, 608, 610); issuing a cache maintenance or status command for the component cache (602, 604, 606, 608, 610) by the master bypassing a centralized control entity; and receiving the cache maintenance or status command by a control register (712, 714, 716, 718, 720) associated with the cache maintenance or status command and the component cache (602, 604, 606, 608, 610) bypassing the centralized control entity. storing a component cache indicator of a component cache (602, 604, 606, 608, 610) such that the component cache indicator is accessible by a master (320, 704) of the component cache (602, 604, 606, 608, 610); issuing a cache maintenance or status command for the component cache (602, 604, 606, 608, 610) by the master bypassing a centralized control entity; and receiving the cache maintenance or status command by a control register (712, 714, 716, 718, 720) associated with the cache maintenance or status command and the component cache (602, 604, 606, 608, 610) bypassing the centralized control entity.
A multi-application management system for the smart card, comprising a terminal, a server, a multi-application smart card and a card reader, and the terminal comprises a browser, a network protocol module and a network adapter; wherein the multi-application smart card is connected to the terminal by means of the network adapter and the card reader, and the server is connected to the terminal by means of the network adapter, and wherein the multi-application smart card comprises a management device for application security domains, the management device is used to manage and maintain the application security domains in the multi-application smart card, characterized in that the application security domains comprise a plurality of issuer application security domains which share the control right of the multi-application smart card, wherein the plurality of issuer application security domains decide whether to add a new issuer application security domain by means of voting, wherein every existing issuer application security domain decides whether to add a new issuer application security domain according to the result of a comparison of the votes, wherein the system is configured to determine an authentication algorithm, to open and compare the contents of each vote from every existing issuer application security domain and to determine the key attributes of the new issuer application security domain by the information contained in each vote. characterized in that the application security domains comprise a plurality of issuer application security domains which share the control right of the multi-application smart card, wherein the plurality of issuer application security domains decide whether to add a new issuer application security domain by means of voting, wherein every existing issuer application security domain decides whether to add a new issuer application security domain according to the result of a comparison of the votes, wherein the system is configured to determine an authentication algorithm, to open and compare the contents of each vote from every existing issuer application security domain and to determine the key attributes of the new issuer application security domain by the information contained in each vote.
Spraying apparatus comprising a bearing surface for mounting on a quick-change adapter that comprises a first and a second mounting surface (52, 54), - comprising a housing and a spray head, the bearing surface being provided on the housing, - comprising at least one fastening element having a longitudinal axis L B, which fastening element projects with respect to the bearing surface, the spraying apparatus comprising second means which are provided for detachable fastening to the second mounting surface of the quick-change adapter, said second means comprising the fastening element, and the fastening element of the spraying apparatus comprising at least one clamping and locking means, characterised in that the second means are provided for automatic fastening to the second mounting surface of the quick-change adapter and in that the clamping and locking means is designed such that, in the mounted state of the spraying apparatus, at least one movable locking element of the quick-change adapter, by being moved in an axial direction, exerts a force on the fastening element that is directed away from the bearing surface in the direction of the longitudinal axis L B of the fastening element. - comprising a housing and a spray head, the bearing surface being provided on the housing, - comprising at least one fastening element having a longitudinal axis L B, which fastening element projects with respect to the bearing surface,
A composition comprised of an active agent that is N-(3,5-bis(1-pyrrolidinylmethyl)-4-hydroxybenzyl)-4-methoxybenzenesulfonamide having the following formula: or a pharmaceutically acceptable salt thereof for use in treating acute or paroxysmal atrial fibrillation, the treating comprising administering to a subject who suffers from or is at risk of suffering from acute or paroxysmal AF said composition, wherein said active agent is administered at an amount in the range from about 3 mg/kg to about 10 mg/kg.
Hardware for performing arithmetic operations on a data structure in a matrix format stored in memory, comprising: a hardware a scheduler operable to generate a schedule of instructions from a compressed bitmap designating which matrix elements are zero, and an arithmetic circuit configured to perform arithmetic operations on the schedule using the bitmap non-zero values in accordance with the generated schedule. a hardware a scheduler operable to generate a schedule of instructions from a compressed bitmap designating which matrix elements are zero, and an arithmetic circuit configured to perform arithmetic operations on the schedule using the bitmap non-zero values in accordance with the generated schedule.
A separable insulated connector, comprising: a shell; a faraday cage disposed within the shell; and a conductive bus bar entirely disposed within the faraday cage, wherein the shell comprises a first opening and a second opening, wherein the bus bar comprises a first hole and a second hole, wherein the faraday cage comprises a semi-conductive rubber housing, characterised in that the semi-conductive rubber housing of the faraday cage comprises a first cup extending from the conductive bus bar towards the first opening and a second cup extending from the conductive bus bar towards the second opening, wherein a first cup insulating layer is disposed within the first cup of the housing and a second cup insulating layer is disposed within the second cup of the housing, wherein the first opening is aligned with the first cup and the first hole, and wherein the second opening is aligned with the second cup and the second hole. a shell; a faraday cage disposed within the shell; and a conductive bus bar entirely disposed within the faraday cage, wherein the shell comprises a first opening and a second opening, wherein the bus bar comprises a first hole and a second hole, wherein the faraday cage comprises a semi-conductive rubber housing, characterised in that the semi-conductive rubber housing of the faraday cage comprises a first cup extending from the conductive bus bar towards the first opening and a second cup extending from the conductive bus bar towards the second opening, wherein a first cup insulating layer is disposed within the first cup of the housing and a second cup insulating layer is disposed within the second cup of the housing, wherein the first opening is aligned with the first cup and the first hole, and wherein the second opening is aligned with the second cup and the second hole.
A computer-implemented method for protecting computer systems from user-created objects, comprising: detecting, at a second user device, that an object has been accessed on the second user device; determining whether an exception has occurred by scanning the object on the second user device; in response to determining that the exception has occurred, transmitting, from the second user device to a server, a request for a security policy to be applied by the second user device in connection with the object, wherein the request includes an identifier of the object; receiving, from the server, the security policy, wherein the security policy was selected by the server in response to receiving the request based on at least one attribute of the object including information about security software running on a first user device at a time at which the object was created by the first user device; determining, based on the security policy, that the object was created by the first user device associated with an organization the second user device is also associated with; determining whether to allow the object to be accessed by the second user device based on the security policy and the determination that the object was created by the first user device; and in response to determining that the object is allowed to be accessed, allowing the object to be accessed on the second user device. detecting, at a second user device, that an object has been accessed on the second user device; determining whether an exception has occurred by scanning the object on the second user device; in response to determining that the exception has occurred, transmitting, from the second user device to a server, a request for a security policy to be applied by the second user device in connection with the object, wherein the request includes an identifier of the object; receiving, from the server, the security policy, wherein the security policy was selected by the server in response to receiving the request based on at least one attribute of the object including information about security software running on a first user device at a time at which the object was created by the first user device; determining, based on the security policy, that the object was created by the first user device associated with an organization the second user device is also associated with; determining whether to allow the object to be accessed by the second user device based on the security policy and the determination that the object was created by the first user device; and in response to determining that the object is allowed to be accessed, allowing the object to be accessed on the second user device.
Textile device having a flexible textile main structure made of textile threads and having a top surface and a bottom surface, wherein the main structure is provided with at least one electrically conductive heating thread connected to a first voltage source and with at least one electrically conductive sensor thread connected to a second voltage source for sensing a temperature or a dampness of the main structure, wherein a control circuit electrically connected to at least one sensor thread is provided in order to control the intensity of a current flow through the at least one heating thread in response to a measured temperature or dampness, in order to input a predetermined setpoint of heat into the main structure for each measured actual value, characterized in that the main structure is provided both with a sensor thread for sensing a temperature of the main structure and with a sensor thread for sensing a dampness of the main structure, wherein the dampness sensor thread contains a hydrophilic conductive material, the conductivity of which changes with the amount of water molecules incorporated.
A motor control apparatus that divides an electric current flowing into and out of a motor driven by an inverter into a torque current and an excitation current and individually controls the torque current and the excitation current, characterised in that the motor control apparatus comprises: a secondary-magnetic-flux-command calculating unit including a first calculating unit that calculates a minimum current secondary magnetic flux command (F2R1) for minimizing a current root-mean-square value by using a torque current command (I1QR) and an excitation current command (I1DR), and outputs a secondary magnetic flux command (F2R) based on the minimum current secondary magnetic flux command (F2R1), wherein the current root-mean-square value is I1=√(I1DR 2 +I1QR 2)/√3 and is minimized when the torque current command (I1QR) equals the excitation current command (I1DR); and a PWM-signal generation unit that generates, on the basis of the secondary magnetic flux command (F2R), the torque current command (I1QR) and the excitation current command (I1DR), performs vector control such that a detection value of the torque current (I1QF) and a detection value of the excitation current (I1DF) respectively coincide with the torque current command (I1QR) and the excitation current command (I1DR), and generates a control signal for turning on and off a switching element included in the inverter. a secondary-magnetic-flux-command calculating unit including a first calculating unit that calculates a minimum current secondary magnetic flux command (F2R1) for minimizing a current root-mean-square value by using a torque current command (I1QR) and an excitation current command (I1DR), and outputs a secondary magnetic flux command (F2R) based on the minimum current secondary magnetic flux command (F2R1), wherein the current root-mean-square value is I1=√(I1DR 2 +I1QR 2)/√3 and is minimized when the torque current command (I1QR) equals the excitation current command (I1DR); and a PWM-signal generation unit that generates, on the basis of the secondary magnetic flux command (F2R), the torque current command (I1QR) and the excitation current command (I1DR), performs vector control such that a detection value of the torque current (I1QF) and a detection value of the excitation current (I1DF) respectively coincide with the torque current command (I1QR) and the excitation current command (I1DR), and generates a control signal for turning on and off a switching element included in the inverter.
A method for drying polyolefin-containing particles, the method comprising a drying step of supplying polyolefin-containing particles to a drying container, supplying a drying gas to the drying container, and drying the polyolefin-containing particles in the drying container, wherein in the drying step, a numerical value determined by the following formula (a) is 441 or more and 600 or less. 38.0 × η CXIS dL / g − 0.500 × CXIS content % by mass + 1.20 × particle temperature during drying K + 3.29 × drying time hr, wherein in formula (a), [η]CXIS represents a limiting viscosity of a CXIS component in the polyolefin-containing particles, and the CXIS content represents a content of a CXIS component in the polyolefin-containing particles, wherein the CXIS is cold xylene insoluble part and the CXIS component means a component insoluble in xylene, and wherein the CXIS component more particularly refers to a component that is insoluble in p-xylene among components contained in a measurement target such as propylene-based polymer or propylene-based polymer-containing particles, and can be obtained by a separation method. [η]CXIS represents a limiting viscosity of a CXIS component in the polyolefin-containing particles, and the CXIS content represents a content of a CXIS component in the polyolefin-containing particles, wherein the CXIS is cold xylene insoluble part and the CXIS component means a component insoluble in xylene, and wherein the CXIS component more particularly refers to a component that is insoluble in p-xylene among components contained in a measurement target such as propylene-based polymer or propylene-based polymer-containing particles, and can be obtained by a separation method.
A lamp comprising: a lamp body including a spring member; and a lamp base including a ratchet wheel and an exterior surface configured to mechanically engage with a lamp socket, wherein the spring member is configured to mechanically engage with the ratchet wheel to allow the lamp body and the lamp base to rotate only in one direction with respect to one another, wherein a bolt in the spring member is adjustable to block an elongated structure in the spring member, which is engaged with the ratchet wheel. a lamp body including a spring member; and a lamp base including a ratchet wheel and an exterior surface configured to mechanically engage with a lamp socket, wherein the spring member is configured to mechanically engage with the ratchet wheel to allow the lamp body and the lamp base to rotate only in one direction with respect to one another, wherein a bolt in the spring member is adjustable to block an elongated structure in the spring member, which is engaged with the ratchet wheel.
A synthetic tetrapeptide that binds to a PIF receptor consisting of an amino acid sequence of P-G-S-A (SEQ ID NO: 19) or a peptidomimetic thereof, wherein the peptidomimetic comprises the said amino acid residues that are chemically modified by phosphorylation, sulfonation or biotinylation, or are pegylated, or are substituted with D amino acids.
A medical device comprising: a base structure having a surface, and a coating on the surface comprising water-insoluble therapeutic agent solubilized within a matrix of gallate-containing compound, wherein the gallate containing compound is selected from a group consisting of epi gallo catechin gallate, tannic acid and epi catechin gallate. a base structure having a surface, and a coating on the surface comprising water-insoluble therapeutic agent solubilized within a matrix of gallate-containing compound, wherein the gallate containing compound is selected from a group consisting of epi gallo catechin gallate, tannic acid and epi catechin gallate.