mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic screw tensioning device comprising a tubular body with a through opening and an annular cylinder chamber surrounding the through opening , a tubular piston movably supported in the body and connectable to a screw to be tensioned, the piston comprises a stepped outer portion and dividing the cylinder chamber into a first pressure chamber and a second pressure chamber , whereof the second pressure chamber is closed by an annular end cap secured to the body , the first pressure chamber is connectable to a pressure source for hydraulic fluid whereas the second pressure chamber is connectable to a pressure source for a compressible medium via a conduit connector mounted on the end cap , characterized in that the conduit connector for compressible medium extends radially in relation to the geometric axis (A-A) of the tubular body , and that a damage protecting structure is provided to protect the conduit connector against accidental physical damage.
A method for producing a synthetic cable assembly having a precise and stable length for application across a known distance comprising:- a. Providing a synthetic tensile member having a first and second end; b. Providing a first termination on said first end, said termination having a first attachment reference ; c. Providing a second termination on said second end, said second termination having a second attachment reference ; d. Whereby said synthetic tensile member, said first termination , and said second termination are united to form said synthetic cable assembly; characterised by , e. Apply a predetermined tension profile to said synthetic cable assembly in order to set a stable overall length between said first and second attachment references ; f. Determining said stable overall length between said first and second attachment references and g. Adding a length-adjustment component to said second termination in order to create a third attachment reference so that a length between said first and third attachment references matches said know distance. a. Providing a synthetic tensile member having a first and second end; b. Providing a first termination on said first end, said termination having a first attachment reference ; c. Providing a second termination on said second end, said second termination having a second attachment reference ; d. Whereby said synthetic tensile member, said first termination , and said second termination are united to form said synthetic cable assembly; characterised by , e. Apply a predetermined tension profile to said synthetic cable assembly in order to set a stable overall length between said first and second attachment references ; f. Determining said stable overall length between said first and second attachment references and g. Adding a length-adjustment component to said second termination in order to create a third attachment reference so that a length between said first and third attachment references matches said know distance.
A device for localizing an injected botulinum toxin at a glabellar line treatment site, the device comprising an electrode that produces a negative charge if the injected botulinum toxin has an isoelectric point less than 7.4 and produces a positive charge if the injected botulinum toxin has an isoelectric point greater than 7.4, characterized in that the electrode is provided on a flexible substrate that overlays the skin and is configured to repel the injected botulinum toxin.
A catheter having a catheter shaft comprising a first tube , which forms a first lumen, and a second tube , which forms a second lumen and is disposed at least partially within the first tube , wherein the second tube is welded, via the outer surface thereof, to the inner surface of the first tube , at least in sections, the first tube has a first chemical composition and the second tube has a second chemical composition, wherein the second chemical composition is different from the first chemical composition, characterised in that the first tube is made of a thermoplastic copolyamide and the second tube is made of a polyamide.
A LIDAR system, comprising: a demultiplexer that separates an outgoing LIDAR signal into multiple LIDAR output signals that each carries a different channel; the LIDAR system being characterized by comprising: multiple input waveguides that are each configured to carry the outgoing LIDAR signal to a different region of an input side of the demultiplexer ; and a beam distributor that receives each of the LIDAR output signals and directs the received LIDAR output signals such that different LIDAR output signals travel away from the beam distributor in different directions. a demultiplexer that separates an outgoing LIDAR signal into multiple LIDAR output signals that each carries a different channel; the LIDAR system being characterized by comprising: multiple input waveguides that are each configured to carry the outgoing LIDAR signal to a different region of an input side of the demultiplexer ; and a beam distributor that receives each of the LIDAR output signals and directs the received LIDAR output signals such that different LIDAR output signals travel away from the beam distributor in different directions. multiple input waveguides that are each configured to carry the outgoing LIDAR signal to a different region of an input side of the demultiplexer ; and a beam distributor that receives each of the LIDAR output signals and directs the received LIDAR output signals such that different LIDAR output signals travel away from the beam distributor in different directions.
A computer-implemented method for locating content items in a plurality of content sources across different content servers, the method comprising: presenting a user interface for defining a query for searching the plurality of content sources; receiving from a user query parameters that define a query associated with a source specification contained in a case dataset , the case data set defining the plurality of content sources , the plurality of content sources containing content items to be searched, and the source specification identifying a specific content source from the plurality of content sources ; saving the query as a query specification in the case dataset ; executing the query of the saved query specification including executing the query against the searchable content items in the specific content source that is identified within the saved query specification by the source specification associated with the query; receiving data regarding content items located through execution of the query; aggregating query statistics based on the received data; and presenting the query statistics to the user. presenting a user interface for defining a query for searching the plurality of content sources; receiving from a user query parameters that define a query associated with a source specification contained in a case dataset , the case data set defining the plurality of content sources , the plurality of content sources containing content items to be searched, and the source specification identifying a specific content source from the plurality of content sources ; saving the query as a query specification in the case dataset ; executing the query of the saved query specification including executing the query against the searchable content items in the specific content source that is identified within the saved query specification by the source specification associated with the query; receiving data regarding content items located through execution of the query; aggregating query statistics based on the received data; and presenting the query statistics to the user.
A cable assembly adapted to provide a data acquisition system with data messages passing on a fieldbus of rolling stock , said cable assembly comprising: - a data listener adapted to listen in on said data messages passing on said fieldbus ; - a data transmitter adapted to transmit said data messages to said data acquisition system ; wherein said fieldbus comprises two data message lines (31;32), both data message lines (31;32) being adapted to carry a redundant differential signal ; wherein said data listener is coupled to only one of said two data message lines (31;32) and wherein said data listener only listens in on said redundant differential signal only from one of said data message lines (31;32); and - an isolation module being electrically interposed between said data listener and said data transmitter and adapted to electrically isolate said data transmitter from said data listener and from said fieldbus , thereby electrically isolating said data acquisition system from said fieldbus ; wherein said data listener is further adapted to convert said redundant differential signal into a TTL signal and to send said TTL signal to said isolation module ; wherein said isolation module is further adapted to transmit said TTL signal received from said data listener to said data transmitter ; wherein said data transmitter is further adapted to convert said TTL signal into a differential signal and to send said differential signal to said data acquisition system ,said isolation module thereby limiting said data acquisition system to only listening in on said data messages passing on said fieldbus . - a data listener adapted to listen in on said data messages passing on said fieldbus ; - a data transmitter adapted to transmit said data messages to said data acquisition system ; - an isolation module being electrically interposed between said data listener and said data transmitter and adapted to electrically isolate said data transmitter from said data listener and from said fieldbus , thereby electrically isolating said data acquisition system from said fieldbus ;
An infrastructure equipment for transmitting data to or receiving data from one or more communications devices in a wireless communications network, the infrastructure equipment comprising a transmitter configured to transmit signals to the one or more communications devices via a wireless access interface, a receiver configured to receive signals from one or more of the communications devices via the wireless access interface, and a controller configured to control the transmitter and a receiver to provide the wireless access interface, the wireless access interface providing communications resources arranged in time divided units of a system bandwidth providing a plurality of blocks of frequency resources, wherein the controller is configured with a transmitter and a receiver to provide one or more narrowband carriers , each carrier providing within a sub-band frequency bandwidth communications resources for allocation to narrowband communications devices , the sub-band frequency bandwidth being less than and within the system bandwidth, signals being transmitted to the narrowband communications devices via the narrowband carriers in accordance with a first configuration, to transmit signals on the down-link of a narrowband carrier to a narrowband communications device with a second configuration, which is different to the first configuration, wherein the first configuration includes transmitting the signals with a first power, and transmitting the signals with the second configuration includes increasing the power of the signals above the first power to a second power to reduce a time of communicating a high priority message transmitted to the narrowband communications device, wherein the receiver is configured to receive a control message which represents the request to transmit the high priority message from the narrowband communications device.
Ultra-flat lighting panel , said lighting panel comprising a light diffusion plate , the lighting panel further comprising at least one support strip , extending along a plane (Y) parallel to the longitudinal plane (X) of the diffusion plate , and at least one light emitting diodes strip mounted to said at least one support strip facing at least one slice of the diffusion plate on a length (L) of said diffusion plate so as to emit light from the light emitting diodes into said slice , the panel further comprising at least one opaque strip covering the at least one light emitting diode strip such that said at least one light emitting diode strip is disposed between the slice of the diffusion plate , flush with which said at least one light emitting diode strip extends, and said at least one opaque strip , the panel comprising an opalescent plate (150, 150-1, 150-2) on at least one of its two faces, said at least one face being a light emitting face (FE).
A composition comprising at least one poly(acrylate) polymer prepared by polymerizing the following monomers: (i) a solubility monomer which is a (meth)acrylate monomer comprising a C 1 to C 4 alkyl ester of (meth)acrylic acid; and (ii) a surface tension monomer which is a (meth)acrylate monomer comprising a C 5 to C 12 alkyl ester of (meth)acrylic acid, wherein the surface tension monomer has a terminal neopentyl group. (i) a solubility monomer which is a (meth)acrylate monomer comprising a C 1 to C 4 alkyl ester of (meth)acrylic acid; and (ii) a surface tension monomer which is a (meth)acrylate monomer comprising a C 5 to C 12 alkyl ester of (meth)acrylic acid,
Sandwich element having an intermediate layer of foamed plastic as well as outer layers; characterized in that the outer layers are formed by - preferably planar - pressure plates , and mutually opposite pressure plates are braced against each other by means of straining screws penetrating the intermediate layer ; the intermediate layer consisting of expanded thermoplastic material and being compressed between the pressure plates .
A composition comprising: (a) a recombinant replication defective adenovirus 5 vector comprising a deletion in an E2b gene region, a deletion in an E1 gene region, and a nucleotide sequence encoding a MUC1 antigen; (b) a recombinant replication defective adenovirus 5 vector comprising a deletion in an E2b gene region, a deletion in an E1 gene region, and a nucleotide sequence encoding a Brachyury antigen; and (c) a recombinant replication defective adenovirus 5 vector comprising a deletion in an E2b gene region, a deletion in an E1 gene region, a nucleotide sequence encoding a CEA antigen. (a) a recombinant replication defective adenovirus 5 vector comprising a deletion in an E2b gene region, a deletion in an E1 gene region, and a nucleotide sequence encoding a MUC1 antigen; (b) a recombinant replication defective adenovirus 5 vector comprising a deletion in an E2b gene region, a deletion in an E1 gene region, and a nucleotide sequence encoding a Brachyury antigen; and (c) a recombinant replication defective adenovirus 5 vector comprising a deletion in an E2b gene region, a deletion in an E1 gene region, a nucleotide sequence encoding a CEA antigen.
An apparatus for realizing dynamic point selection, comprising: a module for receiving (step 100) estimated channel quality reported by all Transmission Points, TPs, in a Coordinated MultiPoint, CoMP, set; a module for switching (step 110) a serving TP for User Equipments, UEs, based on the estimated channel quality and/or cell load; a module for forwarding (step120) scheduled data from a primary TP to the serving TP; a module for separately transmitting (step130) Physical Downlink Control Channel, PDCCH, to the UEs by the primary TP and transmitting Physical Downlink Shared Channel, PDSCH, to the UEs by the serving TP. a module for receiving (step 100) estimated channel quality reported by all Transmission Points, TPs, in a Coordinated MultiPoint, CoMP, set; a module for switching (step 110) a serving TP for User Equipments, UEs, based on the estimated channel quality and/or cell load; a module for forwarding (step120) scheduled data from a primary TP to the serving TP; a module for separately transmitting (step130) Physical Downlink Control Channel, PDCCH, to the UEs by the primary TP and transmitting Physical Downlink Shared Channel, PDSCH, to the UEs by the serving TP.
An integrated circuit, comprising: a two-dimensional array of functional blocks (110, 120, 130; 910A,... , 910Z) comprising a plurality of pipelined programmable routing resources ; routing circuitry for connecting the functional blocks (110, 120, 130; 910A,... , 910Z); a first plurality of interconnects that conveys a first plurality of clock signals; a second plurality of interconnects that conveys a second plurality of clock signals; a first selector circuit coupled between the first and second plurality of interconnects, wherein the first selector circuit receives the first plurality of clock signals and selects among the received first plurality of clock signals to produce the second plurality of clock signals; and a second selector circuit coupled to the second plurality of interconnects, wherein the second selector circuit receives from the second plurality of interconnects at least a portion of the second plurality of clock signals, and selects a signal from the received portion of the second plurality of clock signals, whereby a first one of said functional blocks (110, 120, 130; 910A,... , 910Z) is adapted to send a signal from a first pipelined programmable routing resource within said first functional block to a second pipelined programmable routing resource within a second one of the functional blocks (110, 120, 130; 910A,... , 910Z); and the second selector circuit provides the selected clock signal to a by passable register within each of the first and second pipelined programmable routing resources . a two-dimensional array of functional blocks (110, 120, 130; 910A,... , 910Z) comprising a plurality of pipelined programmable routing resources ; routing circuitry for connecting the functional blocks (110, 120, 130; 910A,... , 910Z); a first plurality of interconnects that conveys a first plurality of clock signals; a second plurality of interconnects that conveys a second plurality of clock signals; a first selector circuit coupled between the first and second plurality of interconnects, wherein the first selector circuit receives the first plurality of clock signals and selects among the received first plurality of clock signals to produce the second plurality of clock signals; and a second selector circuit coupled to the second plurality of interconnects, wherein the second selector circuit receives from the second plurality of interconnects at least a portion of the second plurality of clock signals, and selects a signal from the received portion of the second plurality of clock signals, whereby a first one of said functional blocks (110, 120, 130; 910A,... , 910Z) is adapted to send a signal from a first pipelined programmable routing resource within said first functional block to a second pipelined programmable routing resource within a second one of the functional blocks (110, 120, 130; 910A,... , 910Z); and the second selector circuit provides the selected clock signal to a by passable register within each of the first and second pipelined programmable routing resources .
An interrogation cell , comprising: a source of electromagnetic radiation at a first position, the source of electromagnetic radiation configured to emit electromagnetic radiation at one or more wavelengths; a sample region ; and a detector at a second position, the detector configured to receive electromagnetic radiation that traverses at least a portion of the sample region, characterized in that the interrogation cell is dimensioned for positioning in a rotor cavity of a centrifuge rotor . a source of electromagnetic radiation at a first position, the source of electromagnetic radiation configured to emit electromagnetic radiation at one or more wavelengths; a sample region ; and a detector at a second position, the detector configured to receive electromagnetic radiation that traverses at least a portion of the sample region, characterized in that the interrogation cell is dimensioned for positioning in a rotor cavity of a centrifuge rotor .
A device for separating and lifting solids, in particular, from waste water, comprising a support frame supporting a stationary drum having a first filter screen provided with an upper opening , an inlet mouth to be immersed in the water to be treated, and an outlet mouth , and a screw conveyor having an auger shaft driven by a primary gear motor , the auger shaft having an auger shaft lower portion being located inside the stationary drum and an auger shaft upper portion removing a solid fraction drawn from the wastewater through an opening , the auger shaft lower portion inside the stationary drum being partially surrounded by a second filter screen with passage openings of a width greater than those of the first filter screen , the auger shaft lower portion being connected to a cleaning device for cleaning the first filter screen , wherein the first filter screen cleaning device is formed by a plurality of comb-holder arms mounted anteriorly, each comb-holder arm having an elongated comb facing the first filter screen , characterized in that the plurality of comb-holder arms are mounted anteriorly on a cross shaped element and posteriorly integral with an anti-skid ring mounted rotatably on a sliding seat integral with a support frame , the elongated comb of each comb-holder arm being in contact with the first filter screen , a secondary gear being in the auger shaft lower portion and having an exit shaft to which the comb-holder arms are keyed in a front coupling .
An intravascular imaging system, comprising: a controller in communication with an intravascular imaging device , the controller configured to: provide a selectable option on the display device to perform a pre-stent procedure or a post-stent check ; provide, on a display device in communication with the controller , a selectable option to select a target vessel (RCA, LAD, LCX); provide a prompt comprising instructions to move the intravascular imaging device within the selected target vessel, wherein the instructions vary depending on whether the pre-stent procedure or the post-stent check is selected; receive imaging data from an imaging sensor during movement of the intravascular imaging device within the selected target vessel (RCA, LAD, LCX); identify an area of interest within the selected target vessel (RCA, LAD, LCX) based on the received imaging data; automatically display, in response to identifying the area of interest , vessel measurements corresponding with the area of interest on the display device ; display different views of imaging data, wherein one view is a longitudinal view of a lumen , another view is a three dimensional cross section of the lumen and a further view is a transverse view of the lumen ; and display planes representing planes along which one of the views is viewed. provide a selectable option on the display device to perform a pre-stent procedure or a post-stent check ; provide, on a display device in communication with the controller , a selectable option to select a target vessel (RCA, LAD, LCX); provide a prompt comprising instructions to move the intravascular imaging device within the selected target vessel, wherein the instructions vary depending on whether the pre-stent procedure or the post-stent check is selected; receive imaging data from an imaging sensor during movement of the intravascular imaging device within the selected target vessel (RCA, LAD, LCX); identify an area of interest within the selected target vessel (RCA, LAD, LCX) based on the received imaging data; automatically display, in response to identifying the area of interest , vessel measurements corresponding with the area of interest on the display device ; display different views of imaging data, wherein one view is a longitudinal view of a lumen , another view is a three dimensional cross section of the lumen and a further view is a transverse view of the lumen ; and display planes representing planes along which one of the views is viewed.