mhurhangee/ep-ind-claims huggingface dataset:
A brake hydraulic device for a vehicle, comprising: a base body having a hydraulic pressure path for brake fluid formed therein; an electromagnetic valve (4a, 5a, 6a) which opens and closes the hydraulic pressure path; an electromagnetic coil (4b, 5b, 6b) which drives the electromagnetic valve; and a housing attached to an outer surface of the base body and having a housing chamber for accommodating the electromagnetic valve and the electromagnetic coil, wherein the housing includes a peripheral wall part having openings formed on a front side and a rear side thereof, and an intermediate wall part partitioning a space inside the peripheral wall part into a front side and a rear side, and wherein the housing chamber is provided on the rear side of the intermediate wall part, characterized in that a recessed portion (46, 48) or a projecting portion is formed on at least one of a front surface and a rear surface of the intermediate wall part. a base body having a hydraulic pressure path for brake fluid formed therein; an electromagnetic valve (4a, 5a, 6a) which opens and closes the hydraulic pressure path; an electromagnetic coil (4b, 5b, 6b) which drives the electromagnetic valve; and a housing attached to an outer surface of the base body and having a housing chamber for accommodating the electromagnetic valve and the electromagnetic coil,
A method for leading exhaust gas in an exhaust gas passage according to claim 3, in which method the exhaust gas is led to flow through a first pipe and through a second pipe so that the exhaust gas flows through the first pipe to a first direction and through the second pipe surrounding the first pipe to a second direction opposite to the first direction, wherein said exhaust gas is led from the second pipe to the first pipe and before the change of the flow direction of the exhaust gas at least a part of the exhaust gas flow is brought to a rotating and advancing flow in the space between the first pipe and the second pipe, wherein reactive substance is fed to the exhaust gas flowing in the exhaust gas passage in a place of the exhaust gas passage, where the exhaust gas is led from the second pipe to the first pipe.
A zipper component for a slide zipper, including: a metal plating film formed on the surface of a component body made of a metal; and at least a part of the component body subjected to bending after the metal plating film is formed, wherein the metal plating film has a recrystallized structure being characterized in that at least a part of a crystal structure has been recrystallized by performing thermal treatment before the bending, and the zipper component has a diffusion layer formed by diffusing a metal included in the metal plating film in the surface layer portion on the metal plating film side of the component body. a metal plating film formed on the surface of a component body made of a metal; and at least a part of the component body subjected to bending after the metal plating film is formed, wherein the metal plating film has a recrystallized structure being characterized in that at least a part of a crystal structure has been recrystallized by performing thermal treatment before the bending, and the zipper component has a diffusion layer formed by diffusing a metal included in the metal plating film in the surface layer portion on the metal plating film side of the component body.
Induction heating device comprising a support plate and a coil assembly (5, 6), between the coil assembly (5, 6) and the support plate being interposed a plurality of ferrite bars (4, 40, 42), a central element (K, K', K") being interposed between the coil assembly (5, 6) and the support plate, such element (K, K', K", 10) having a plurality of radial seats for the ferrite bars (4, 40, 42) in order to keep such bars in a predetermined position, characterized in that the central element (K, K', K") presents a substantially flat central portion having a polygonal shape and a thickness corresponding to the thickness of the ferrite bars (4, 40, 42), each apex of the polygonal central portion having a substantially flat radial appendix of polygonal shape so that each side of the polygonal central portion and two facing sides of two adjacent appendixes define a quadrangular seat for an end of the corresponding ferrite bar (4, 40, 42).
An article of footwear comprising an upper, said article of footwear provided with an inner sole, said upper and inner sole delimiting a cavity/space for receiving the foot of a wearer, a first sole comprising a first sole surface and an oppositely placed second sole surface, said first sole surface covering at least parts of the inner sole, said first sole being made in one continuous piece and comprising through-going sole holes, wherein the inner sole comprises a first inner sole surface facing the cavity and defining the bottom of the cavity and an oppositely placed second inner sole surface defining the outer surface of the bottom of the cavity, wherein the inner sole comprises a mesh to provide fluid communication from inside the cavity to the outside of the cavity second sole surface where the mesh is directly attached to the upper and wherein the mesh covers at least partly the through-going holes in the sole, thereby allowing liquids, such as water, to flow via the holes in the sole from inside the cavity and to the outside of the footwear, and vice versa, characterised in that an insert sole part is provided between the inner sole and the first sole, said insert sole part comprising a first insert surface and a second insert surface turning the opposite direction of the first insert surface, said first insert surface abutting the second inner surface, and said second insert surface abutting the first sole surface, said insert sole part comprising through-going insert holes being in fluid communication with the through-going sole holes and the cavity.
A method for generating and transmitting maintenance data from a unit on a vehicle, the method comprising: providing power from the vehicle to a primary power line; providing power from a digital source controller to an auxiliary power line; powering the unit by one of the auxiliary power line connected to the unit or the primary power line connected to the unit; interrogating the unit by the digital source controller for the maintenance data by transmitting a request signal to the unit via the auxiliary power line; modulating, by the unit, at least a portion of the maintenance data to generate at least one modulated signal; and transmitting, from the unit, the at least one modulated signal on the auxiliary power line to the digital source controller. providing power from the vehicle to a primary power line; providing power from a digital source controller to an auxiliary power line; powering the unit by one of the auxiliary power line connected to the unit or the primary power line connected to the unit; interrogating the unit by the digital source controller for the maintenance data by transmitting a request signal to the unit via the auxiliary power line; modulating, by the unit, at least a portion of the maintenance data to generate at least one modulated signal; and transmitting, from the unit, the at least one modulated signal on the auxiliary power line to the digital source controller.
A method for modifying a tubular work piece defining a conduit length, the method comprising: positioning a workpiece in a die, wherein the die includes a first die plate and a second die plate, wherein at least one of the first and second die plates is movable relative to the other between an open position and a closed position wherein the first and second die plates (164, 166) together define a die cavity; generating a shock wave in an ignition chamber, wherein the shock wave has a shock wave length that is less than the conduit length of the work piece, and wherein the ignition chamber utilizes oxygen and hydrogen as combustibles and includes at least one combustibles inlet (48,49), and wherein, in operation, the shock wave travels through the work piece and applies a localized pressure to the work piece in a direction that is transverse to the shock wave travel path, and wherein the die is holdable in the closed position by a selected die holding force against pressure in the work piece; and conveying the shock wave from the ignition chamber into the work piece via a transfer structure to modify the work piece; characterized by using a controller for transferring a selected ratio and quantity of oxygen and hydrogen combustibles into the ignition chamber and for actuating an igniter to react the combustibles, and serially executing explosions by the controller; and cooling the ignition chamber so as to reduce the pressure of water vapour created by reacting oxygen and hydrogen. positioning a workpiece in a die, wherein the die includes a first die plate and a second die plate, wherein at least one of the first and second die plates is movable relative to the other between an open position and a closed position wherein the first and second die plates (164, 166) together define a die cavity; generating a shock wave in an ignition chamber, wherein the shock wave has a shock wave length that is less than the conduit length of the work piece, and wherein the ignition chamber utilizes oxygen and hydrogen as combustibles and includes at least one combustibles inlet (48,49), and wherein, in operation, the shock wave travels through the work piece and applies a localized pressure to the work piece in a direction that is transverse to the shock wave travel path, and wherein the die is holdable in the closed position by a selected die holding force against pressure in the work piece; and conveying the shock wave from the ignition chamber into the work piece via a transfer structure to modify the work piece; characterized by using a controller for transferring a selected ratio and quantity of oxygen and hydrogen combustibles into the ignition chamber and for actuating an igniter to react the combustibles, and serially executing explosions by the controller; and cooling the ignition chamber so as to reduce the pressure of water vapour created by reacting oxygen and hydrogen.
An antiviral agent or medicinal drug' comprising recombinant mistletoe lectin for use in the treatment of virus infections or so as to prevent virus infections, wherein the recombinant mistletoe lectin is selected from the group of the amino acid sequences SEQ ID Nos. 1 - 12, or comprises functional parts and fragments thereof, or a combination thereof.
A filter element for an air filter of a fresh air system of an internal combustion engine, in particular of a motor vehicle, - having an annular filter body consisting of a filter material, - having two end discs (16, 17), which are arranged on axial ends of the filter body, - wherein a mask through which air can flow is provided on the filter body, which mask only extends over a part-region of the filter body, - wherein the mask extends in the circumferential direction and axially along at least part of the filter body, - wherein the mask is arranged radially on the inside of the filter body and fastened to at least one end disc (16, 17) and/or to an inner frame which supports the filter body radially on the inside, characterised in that the mask is arranged directly on the filter body and touches it. - having an annular filter body consisting of a filter material, - having two end discs (16, 17), which are arranged on axial ends of the filter body, - wherein a mask through which air can flow is provided on the filter body, which mask only extends over a part-region of the filter body, - wherein the mask extends in the circumferential direction and axially along at least part of the filter body, - wherein the mask is arranged radially on the inside of the filter body and fastened to at least one end disc (16, 17) and/or to an inner frame which supports the filter body radially on the inside, characterised in that the mask is arranged directly on the filter body and touches it.
Lifting column having the following features: a first lifting-column component and a second lifting-column component, which are designed such that they can be pushed one inside the other along a movement direction, wherein the first lifting-column component and the second lifting-column component each have a guide surface, extending along the movement direction and facing towards one another in a pushed-in state, wherein the first lifting-column component has a first aperture and a second aperture in the guide surface; and a first and a second guide component, each having a fastening structure and an essentially sheet-like guide portion, wherein the guide components are designed such that the fastening structures can be inserted into the apertures (160, 170) of the first lifting-column component, and therefore the guide portions butt against the guide surface of the second lifting-column component, characterized in that the guide components and the apertures (160, 170) are designed and arranged such that the guide components are in contact with one another along a line when the fastening structures are introduced into the apertures (160, 170). a first lifting-column component and a second lifting-column component, which are designed such that they can be pushed one inside the other along a movement direction, wherein the first lifting-column component and the second lifting-column component each have a guide surface, extending along the movement direction and facing towards one another in a pushed-in state, wherein the first lifting-column component has a first aperture and a second aperture in the guide surface; and a first and a second guide component, each having a fastening structure and an essentially sheet-like guide portion, wherein the guide components are designed such that the fastening structures can be inserted into the apertures (160, 170) of the first lifting-column component, and therefore the guide portions butt against the guide surface of the second lifting-column component, characterized in that the guide components and the apertures (160, 170) are designed and arranged such that the guide components are in contact with one another along a line when the fastening structures are introduced into the apertures (160, 170).
Pentyl 6-(furan-2-yl)-3-methyl-4-oxo-1, 5, 6, 7-tetrahydroindole-2-carboxylate for use in the treatment of multiple myeloma or myelofibrosis in a subject in need thereof.
A computerized proxy server device, comprising: memory; input/output circuitry including network interface circuitry for coupling the computerized proxy server device to a network and to an origin server; and processing logic coupled to the memory and the input/output circuitry and being operative with the memory and the input/output circuitry to execute program instructions to cause the computerized proxy server device to perform a method of streaming media data to a client device over the network, the method including: receiving a client HTTP request for media data from the network; issuing a backend request to the origin server device for the media data; retrieving header/metadata information for the media data; calculating a client pacing rate for paced delivery of the media data to the client device over the network, the client pacing rate being the quotient of a size for the media data divided by a duration of the media data; calculating a backend pacing rate which exceeds the client pacing rate; retrieving the media data from the origin server device in a paced manner at the backend pacing rate; and sending the media data to the client device over the network at the client pacing rate. memory; input/output circuitry including network interface circuitry for coupling the computerized proxy server device to a network and to an origin server; and processing logic coupled to the memory and the input/output circuitry and being operative with the memory and the input/output circuitry to execute program instructions to cause the computerized proxy server device to perform a method of streaming media data to a client device over the network, the method including: receiving a client HTTP request for media data from the network; issuing a backend request to the origin server device for the media data; retrieving header/metadata information for the media data; calculating a client pacing rate for paced delivery of the media data to the client device over the network, the client pacing rate being the quotient of a size for the media data divided by a duration of the media data; calculating a backend pacing rate which exceeds the client pacing rate; retrieving the media data from the origin server device in a paced manner at the backend pacing rate; and sending the media data to the client device over the network at the client pacing rate. receiving a client HTTP request for media data from the network; issuing a backend request to the origin server device for the media data; retrieving header/metadata information for the media data; calculating a client pacing rate for paced delivery of the media data to the client device over the network, the client pacing rate being the quotient of a size for the media data divided by a duration of the media data; calculating a backend pacing rate which exceeds the client pacing rate; retrieving the media data from the origin server device in a paced manner at the backend pacing rate; and sending the media data to the client device over the network at the client pacing rate.
A refrigerant recovery system comprising: an extraction pipe that is connectable to a refrigerant extraction port of an air conditioning apparatus that has refrigerant; a stabilizer holding container that is connected to the extraction pipe, holds a stabilizer, and causes the gas refrigerant guided by the extraction pipe to come into contact with the stabilizer; a recovery pipe that guides the refrigerant discharged from the stabilizer holding container; a recovery container that is connected to the recovery pipe and recovers the refrigerant guided by the recovery pipe; a heat exchanger configured to condense the refrigerant into liquid; and a recovery device that causes the refrigerant to move from the refrigerant extraction port to the recovery container, wherein the refrigerant includes a compound represented by a molecular formula having one or more carbon-carbon unsaturated bonds. an extraction pipe that is connectable to a refrigerant extraction port of an air conditioning apparatus that has refrigerant; a stabilizer holding container that is connected to the extraction pipe, holds a stabilizer, and causes the gas refrigerant guided by the extraction pipe to come into contact with the stabilizer; a recovery pipe that guides the refrigerant discharged from the stabilizer holding container; a recovery container that is connected to the recovery pipe and recovers the refrigerant guided by the recovery pipe; a recovery device that causes the refrigerant to move from the refrigerant extraction port to the recovery container, wherein the refrigerant includes a compound represented by a molecular formula having one or more carbon-carbon unsaturated bonds.
A method for managing data in a distributed computing system, said method comprising: receiving data of a first module which identifies a plurality of modules for use by an executable application, said first module comprising a main directory module which identifies modules for use by the executable application; receiving said plurality of modules; receiving additional data corresponding to said executable application, wherein said additional data identifies fewer than all of said plurality of modules and identifies an update to be made to one or more of said first module and said plurality of modules, and wherein said additional data comprises a delta directory module which corresponds to said main directory module, said delta directory includes an identifier which indicates a version to which said main directory is updated in response to performing said update identified by said delta directory; and performing said update. receiving data of a first module which identifies a plurality of modules for use by an executable application, said first module comprising a main directory module which identifies modules for use by the executable application; receiving said plurality of modules; receiving additional data corresponding to said executable application, wherein said additional data identifies fewer than all of said plurality of modules and identifies an update to be made to one or more of said first module and said plurality of modules, and wherein said additional data comprises a delta directory module which corresponds to said main directory module, said delta directory includes an identifier which indicates a version to which said main directory is updated in response to performing said update identified by said delta directory; and performing said update.
Element for opening and/or closing doors, gates or windows, comprising a first part designed to operate a closing mechanism by rotation, and a second rotatable part designed to transfer a rotary motion to the first part, wherein the element has been provided with several push buttons, whereby these push buttons are provided so that, when any one or several of the buttons is pushed, the rotary motion of the second part is transferred to the first part.
A robotic surgical tool for use in a robotic surgical system having a processor which directs movement of a tool holder, the tool comprising: a probe having a proximal end and a distal end; a surgical end effector disposed adjacent the distal end of the probe; an interface disposed adjacent the proximal end of the probe, the interface comprising a portion of a drive system that is releasably coupleable with driving motors of the robotic surgical system tool holder; and circuitry mounted on the probe, the circuitry being arranged to transmit a signal via the interface to the processor, characterised in that the signal defines tool calibration offsets between a nominal relative position of the portion of the drive system and the surgical end effector, and a measured relative position of the portion of the drive system and the surgical end effector. a probe having a proximal end and a distal end; a surgical end effector disposed adjacent the distal end of the probe; an interface disposed adjacent the proximal end of the probe, the interface comprising a portion of a drive system that is releasably coupleable with driving motors of the robotic surgical system tool holder; and circuitry mounted on the probe, the circuitry being arranged to transmit a signal via the interface to the processor, characterised in that the signal defines tool calibration offsets between a nominal relative position of the portion of the drive system and the surgical end effector, and a measured relative position of the portion of the drive system and the surgical end effector.