mhurhangee/ep-ind-claims huggingface dataset:
A center electrode for an ignition device, comprising: an elongate electrode body having an outer surface extending to a free end; a firing tip bonded to said free end; the center electrode includes a continuous bead of overlapping first laser weld pools bonding said firing tip to said free end of said center electrode and a continuous bead of overlapping second laser weld pools radially outwardly from said first laser weld pools; characterized in that: the second laser weld pools are encircling said first laser weld pools forming an annular rounded surface extending from said first laser weld pools to said outer surface of said center electrode. an elongate electrode body having an outer surface extending to a free end; a firing tip bonded to said free end;
A mobile switching centre server (21, 200), comprising: a receiver configured to receive a message indicating information on capabilities of a base station subsystem (10, 100) from the base station subsystem (10, 100), a processor configured to determine a preferred A-interface resource on a first connection leg of a connection based on the information on capabilities of the base station subsystem (10, 100) and on characteristics of a second connection leg of the connection, wherein said preferred A-interface resource comprises one of a first A-interface transport type and a second A-interface transport type, said capabilities of the base station subsystem (10, 100) comprise support for the first A-interface transport type and support for the second A-interface transport type; a transmitter, wherein the processor is configured to cause the transmitter to transmit a message to the base station subsystem (10, 100) to request the connection according to the preferred A-interface resource. a receiver configured to receive a message indicating information on capabilities of a base station subsystem (10, 100) from the base station subsystem (10, 100), a processor configured to determine a preferred A-interface resource on a first connection leg of a connection based on the information on capabilities of the base station subsystem (10, 100) and on characteristics of a second connection leg of the connection, wherein said preferred A-interface resource comprises one of a first A-interface transport type and a second A-interface transport type, said capabilities of the base station subsystem (10, 100) comprise support for the first A-interface transport type and support for the second A-interface transport type; a transmitter, wherein the processor is configured to cause the transmitter to transmit a message to the base station subsystem (10, 100) to request the connection according to the preferred A-interface resource.
A two-part composition suitable for the cleaning, treatment, and resolution of decubitus ulcers comprising: a wound cleaning solution comprising aloe vera gel comprising at least 5,000 MPS (mucopolysaccaride) in a balanced salt solution comprises: NaCl, KCl, CaCl 2, NaHCO 3 and Na 2 HPO 4 adjusted to pH 4.5; and a wound healing gel comprising aloe vera gel comprising at least 10,000 MPS, a thickening agent, and one or more preservatives. a wound cleaning solution comprising aloe vera gel comprising at least 5,000 MPS (mucopolysaccaride) in a balanced salt solution comprises: NaCl, KCl, CaCl 2, NaHCO 3 and Na 2 HPO 4 adjusted to pH 4.5; and a wound healing gel comprising aloe vera gel comprising at least 10,000 MPS, a thickening agent, and one or more preservatives.
An impact-absorbing, protective headband designed to protect at least a temple of a user wearing the protective headband, the protective headband further comprising an inner layer, a gel-pack, and a foam layer being provided on top of the gel-pack, the gel-pack comprising a liquid, a first foil sheet and a second foil sheet, the liquid being enclosed by the first foil sheet and the second foil sheet, the first foil sheet and the second foil sheet being bonded along an outer foil rim, wherein the first foil sheet and the second foil sheet being bonded together at one or more welds separated from the outer foil rim.
An apparatus for processing liquids, comprising: a receptacle for receiving the liquid, wherein a piston movable therein by means of an outwardly projecting piston rod is provided in the interior of the receptacle and is in full circumferential contact with the side walls of the receptacle; filter means comprising a filter element for filtering out pathogenic particles from the liquid, the piston comprising the filter element; and a cultivation device arranged to incubate the filtered out pathogenic particles on a nutrient medium; the filter means being couplable to the cultivation device in such a way that the pathogenic particles can be transferred from the filter element into the cultivation device without contamination, and the piston having a nutrient element which is arranged between the filter element and the piston rod. a receptacle for receiving the liquid, wherein a piston movable therein by means of an outwardly projecting piston rod is provided in the interior of the receptacle and is in full circumferential contact with the side walls of the receptacle; filter means comprising a filter element for filtering out pathogenic particles from the liquid, the piston comprising the filter element; and a cultivation device arranged to incubate the filtered out pathogenic particles on a nutrient medium; the filter means being couplable to the cultivation device in such a way that the pathogenic particles can be transferred from the filter element into the cultivation device without contamination, and the piston having a nutrient element which is arranged between the filter element and the piston rod.
A content processing apparatus, comprising: an output unit comprising output circuitry configured to output a content; a communicator comprising communication circuitry configured to communicate with a server; and a processor configured to extract, from the content, first characteristic information and second characteristic information, wherein either the first characteristic information is video characteristic information, and the second characteristic information is audio characteristic information, or the first characteristic information is audio characteristic information, and the second characteristic information is video characteristic information; and to control the communication circuitry of the communicator to transmit the extracted first characteristic information to the server, and in response to receiving a plurality of second characteristic information (43, 44) corresponding to contents matched to the transmitted first characteristic information and a plurality of additional information corresponding to the plurality of second characteristic information (43,44), to select one from among the plurality of second characteristic information (43,44) based on the second characteristic information extracted from the content, and to control the output circuitry of the output unit to output an additional information, from among the plurality of additional information, corresponding to the selected second characteristic information. an output unit comprising output circuitry configured to output a content; a communicator comprising communication circuitry configured to communicate with a server; and a processor configured to extract, from the content, first characteristic information and second characteristic information, wherein either the first characteristic information is video characteristic information, and the second characteristic information is audio characteristic information, or the first characteristic information is audio characteristic information, and the second characteristic information is video characteristic information; and to control the communication circuitry of the communicator to transmit the extracted first characteristic information to the server, and in response to receiving a plurality of second characteristic information (43, 44) corresponding to contents matched to the transmitted first characteristic information and a plurality of additional information corresponding to the plurality of second characteristic information (43,44), to select one from among the plurality of second characteristic information (43,44) based on the second characteristic information extracted from the content, and to control the output circuitry of the output unit to output an additional information, from among the plurality of additional information, corresponding to the selected second characteristic information.
Apparatus for selectively generating a plurality of scattered radiation patterns at an image plane of an optical microscope, comprising: at least one lens element (43, 64, 65, 66, 67, 68); a liquid crystal display array; and a housing comprising a body portion supporting the LCD array and the lens element (43, 64, 65, 66, 67, 68) in a predetermined spaced apart relationship; characterised in that: the LCD array comprises a plurality of pixel elements arranged in a grid layout, said array being connectable to a processing element adapted to selectively switch each pixel in the grid layout into an on or off state. at least one lens element (43, 64, 65, 66, 67, 68); a liquid crystal display array; and a housing comprising a body portion supporting the LCD array and the lens element (43, 64, 65, 66, 67, 68) in a predetermined spaced apart relationship; characterised in that: the LCD array comprises a plurality of pixel elements arranged in a grid layout, said array being connectable to a processing element adapted to selectively switch each pixel in the grid layout into an on or off state.
A touchless dispenser for a pressurized container including a valve member, comprising: a housing mountable to the container; an electrically controlled valve in the housing, the electrically controlled valve including an inlet and an outlet, the inlet maintaining the valve member in an open position incident to the housing being mounted on the container; a nozzle extending between the valve outlet and a discharge orifice; characterized by further comprising: a sensor for sensing a user's hand proximate the discharge orifice; and a control in the housing operatively coupled to the sensor and the electrically controlled valve, the control controlling operation of the electrically controlled valve to dispense a select dosage of product from the container responsive to the sensor sensing presence of a user's hand proximate the discharge orifice wherein the control operates the valve only after a user's hand is proximate the discharge orifice for a select period of time. a housing mountable to the container; an electrically controlled valve in the housing, the electrically controlled valve including an inlet and an outlet, the inlet maintaining the valve member in an open position incident to the housing being mounted on the container; a nozzle extending between the valve outlet and a discharge orifice; characterized by further comprising: a sensor for sensing a user's hand proximate the discharge orifice; and a control in the housing operatively coupled to the sensor and the electrically controlled valve, the control controlling operation of the electrically controlled valve to dispense a select dosage of product from the container responsive to the sensor sensing presence of a user's hand proximate the discharge orifice wherein the control operates the valve only after a user's hand is proximate the discharge orifice for a select period of time. a sensor for sensing a user's hand proximate the discharge orifice; and a control in the housing operatively coupled to the sensor and the electrically controlled valve, the control controlling operation of the electrically controlled valve to dispense a select dosage of product from the container responsive to the sensor sensing presence of a user's hand proximate the discharge orifice wherein the control operates the valve only after a user's hand is proximate the discharge orifice for a select period of time.
A method of remote monitoring and remote control of a cluster comprising a plurality of nodes (315, 335) connected to a communication network of InfiniBand type, a node of said plurality of nodes, called relay node, comprising a first network interface in accordance with said communication network of InfiniBand type and a second network interface in accordance with a communication network of Ethernet type, said relay node being connected to a remote computer by a communication network of Ethernet type, the method comprising the following steps: - receiving, by the relay node, at least one packet of monitoring data via said first network interface; - encapsulating, by said relay node, said at least one received packet of monitoring data in at least one frame of monitoring data in accordance with a protocol of said communication network of Ethernet type; - sending, by the relay node, said at least one frame of monitoring data to said remote computer via said second network interface, wherein the remote computer implements a monitoring and control module and a relay module configured to send data received from the relay node to the monitoring and control module, such that the relay module is configured to "deceive" the monitoring and control module 355, which acts as if it was implemented in a device directly linked to the communication network of InfiniBand type. - receiving, by the relay node, at least one packet of monitoring data via said first network interface; - encapsulating, by said relay node, said at least one received packet of monitoring data in at least one frame of monitoring data in accordance with a protocol of said communication network of Ethernet type; - sending, by the relay node, said at least one frame of monitoring data to said remote computer via said second network interface,
A turbocharger comprising: a compressor wheel affixed to one end of a shaft; a center housing containing a bearing assembly for the shaft; a turbine wheel affixed to an opposite end of the shaft and disposed in a bore of a turbine housing coupled to one side of the center housing, the turbine housing defining a chamber surrounding the turbine wheel, and a turbine nozzle being defined between fixed axially spaced first and second walls such that exhaust gas flows from the chamber through the turbine nozzle into the turbine wheel; a sliding piston disposed in the bore of the turbine housing such that the piston is axially slidable between a closed position and an open position, the piston having an end that is spaced from the first wall by a distance in the closed position of the piston and by a larger distance in the open position of the piston, an open axial extent of the nozzle being defined between the first wall and the end of the piston; a set of circumferentially spaced vanes mounted on the first wall and each projecting in an axial direction toward the second wall and terminating at a tip; characterised in that a pair of leakage dams for every vane are formed as projections from the end of the piston in a direction generally toward the first wall and having axial lengths substantially smaller than the vanes each said pair being positioned such that the tip of the respective vane is between the two leakage dams when the piston is fully closed. a compressor wheel affixed to one end of a shaft; a center housing containing a bearing assembly for the shaft; a turbine wheel affixed to an opposite end of the shaft and disposed in a bore of a turbine housing coupled to one side of the center housing, the turbine housing defining a chamber surrounding the turbine wheel, and a turbine nozzle being defined between fixed axially spaced first and second walls such that exhaust gas flows from the chamber through the turbine nozzle into the turbine wheel; a sliding piston disposed in the bore of the turbine housing such that the piston is axially slidable between a closed position and an open position, the piston having an end that is spaced from the first wall by a distance in the closed position of the piston and by a larger distance in the open position of the piston, an open axial extent of the nozzle being defined between the first wall and the end of the piston; a set of circumferentially spaced vanes mounted on the first wall and each projecting in an axial direction toward the second wall and terminating at a tip; characterised in that a pair of leakage dams for every vane are formed as projections from the end of the piston in a direction generally toward the first wall and having axial lengths substantially smaller than the vanes each said pair being positioned such that the tip of the respective vane is between the two leakage dams when the piston is fully closed.
A method of forming intersecting scribe vents in a strengthened glass substrate comprising a compressive surface layer and an inner tension layer, the method comprising: generating a first scribe vent in a first scribing direction through the compressive surface layer by translating a laser beam and a cooling jet on a surface of the strengthened glass substrate; and fusing the first scribe vent at an intersection location; the method being characterized by generating a second scribe vent in a second scribing direction through the compressive surface layer by translating the laser beam and the cooling jet on the surface of the strengthened glass substrate after fusing the first scribe vent at the intersection location, wherein the second scribe vent traverses the first scribe vent at the intersection location. generating a first scribe vent in a first scribing direction through the compressive surface layer by translating a laser beam and a cooling jet on a surface of the strengthened glass substrate; and fusing the first scribe vent at an intersection location; the method being characterized by generating a second scribe vent in a second scribing direction through the compressive surface layer by translating the laser beam and the cooling jet on the surface of the strengthened glass substrate after fusing the first scribe vent at the intersection location, wherein the second scribe vent traverses the first scribe vent at the intersection location.
A neural network apparatus comprising: one or more processors comprising: a controller configured to determine, based on one or both of a feature of an input feature map and a feature of a kernel, one of i) a pixel value of the input feature map and ii) a weight value of the kernel to be a shared operand that is to be shared in parallelized operations; and one or more processing units configured to perform the parallelized operations based on the determined shared operand, wherein the one or more processing units are configured to perform the parallelized operations between the pixel value of the input feature map and weight values of the kernel, in parallel, in response to the controller determining the shared operand to be the pixel value of the input feature map, and wherein the one or more processing units are configured to perform the parallelized operations between the weight value of the kernel and pixel values of the input feature map, in parallel, in response to the controller determining the shared operand to be the weight value of the kernel. a controller configured to determine, based on one or both of a feature of an input feature map and a feature of a kernel, one of i) a pixel value of the input feature map and ii) a weight value of the kernel to be a shared operand that is to be shared in parallelized operations; and one or more processing units configured to perform the parallelized operations based on the determined shared operand, wherein the one or more processing units are configured to perform the parallelized operations between the pixel value of the input feature map and weight values of the kernel, in parallel, in response to the controller determining the shared operand to be the pixel value of the input feature map, and wherein the one or more processing units are configured to perform the parallelized operations between the weight value of the kernel and pixel values of the input feature map, in parallel, in response to the controller determining the shared operand to be the weight value of the kernel.
Device for installation in an opening in the wall (7; 24, 25; 62, 63), such as a plasterboard wall, a breeze block wall or a ceiling, the device comprising: - a shell (1; 22, 23; 30; 64) with a recess (2; 22) and a flat flange (3; 23; 34) for watertight connection to the wall, wherein the flange lies, when installed, against the edge of the opening, which flat flange is arranged around the recess (2; 22); and - an element (5; 20; 31; 55, 56) nesting in the recess (2; 22), wherein the element has substantially the same size as the shell, whereby the element can be placed in the shell and wherein for instance the walls of the element fit against the walls of the shell; characterized in that a sealing membrane is arranged on the flat flange and in that the shell is watertight. - a shell (1; 22, 23; 30; 64) with a recess (2; 22) and a flat flange (3; 23; 34) for watertight connection to the wall, wherein the flange lies, when installed, against the edge of the opening, which flat flange is arranged around the recess (2; 22); and - an element (5; 20; 31; 55, 56) nesting in the recess (2; 22), wherein the element has substantially the same size as the shell, whereby the element can be placed in the shell and wherein for instance the walls of the element fit against the walls of the shell;
A method for purifying transgenic Factor VII (TgFVII) and/or transgenic activated Factor VII (TgFVIIa) from a source biological material, comprising: (a) a step of affinity chromatography comprising the steps of: (i) contacting a source biological material containing TgFVII and/or TgFVIIa with a ligand which is specific to TgFVII and/or TgFVIIa, under conditions allowing the TgFVII and/or TgFVIIa to bind the ligand, wherein said ligand is derived from camelidae immunoglobulins, directed to any epitope specific to transgenic FVII/FVIIa and possesses an affinity of more than 1μM toward TgFVII or TgFVIIa, and (ii) recovering TgFVII and/or TgFVIIa by disrupting in a non destructive way the interaction with said ligand, (b) chromatographic purification of the eluted TgFVII and /or TgFVIIa on an ion exchanger, under conditions wherein TgFVII and/or TgFVIIa are retained on the ion exchanger, (c) chromatographic separation of the eluted TgFVII and/or TgFVIIa on pseudo-affinity resin, under conditions wherein TgFVII and/or TgFVIIa are retained on the pseudo-affinity resin, (d) chromatographic separation of the eluted TgFVII and/or TgFVIIa on a size exclusion support. (a) a step of affinity chromatography comprising the steps of: (i) contacting a source biological material containing TgFVII and/or TgFVIIa with a ligand which is specific to TgFVII and/or TgFVIIa, under conditions allowing the TgFVII and/or TgFVIIa to bind the ligand, wherein said ligand is derived from camelidae immunoglobulins, directed to any epitope specific to transgenic FVII/FVIIa and possesses an affinity of more than 1μM toward TgFVII or TgFVIIa, and (ii) recovering TgFVII and/or TgFVIIa by disrupting in a non destructive way the interaction with said ligand, (i) contacting a source biological material containing TgFVII and/or TgFVIIa with a ligand which is specific to TgFVII and/or TgFVIIa, under conditions allowing the TgFVII and/or TgFVIIa to bind the ligand, wherein said ligand is derived from camelidae immunoglobulins, directed to any epitope specific to transgenic FVII/FVIIa and possesses an affinity of more than 1μM toward TgFVII or TgFVIIa, and (ii) recovering TgFVII and/or TgFVIIa by disrupting in a non destructive way the interaction with said ligand, (b) chromatographic purification of the eluted TgFVII and /or TgFVIIa on an ion exchanger, under conditions wherein TgFVII and/or TgFVIIa are retained on the ion exchanger, (c) chromatographic separation of the eluted TgFVII and/or TgFVIIa on pseudo-affinity resin, under conditions wherein TgFVII and/or TgFVIIa are retained on the pseudo-affinity resin, (d) chromatographic separation of the eluted TgFVII and/or TgFVIIa on a size exclusion support.