mhurhangee/ep-ind-claims huggingface dataset:
A computer assisted surgical system, comprising: an apparatus for imaging a region of interest of a portion of an anatomy of a subject, the apparatus comprising a fluoroscope; a memory containing executable instructions; and a processor programmed using the instructions to: receive a fluoroshot of the region of interest and an implant (610, 1654) positioned in the region of interest taken at a first angle from the apparatus, the implant being associated with a reference body. detect the presence of the reference body in the fluoroshot; determine a spatial dimension and position of the implant based on an identification and registration of the reference body, superimpose a virtual implant onto the region of interest based on the determined spatial dimension and position, to form an image showing the virtual implant relative to the region of interest, and generate a display signal associated with the superimposed image. an apparatus for imaging a region of interest of a portion of an anatomy of a subject, the apparatus comprising a fluoroscope; a memory containing executable instructions; and a processor programmed using the instructions to: receive a fluoroshot of the region of interest and an implant (610, 1654) positioned in the region of interest taken at a first angle from the apparatus, the implant being associated with a reference body. detect the presence of the reference body in the fluoroshot; determine a spatial dimension and position of the implant based on an identification and registration of the reference body, superimpose a virtual implant onto the region of interest based on the determined spatial dimension and position, to form an image showing the virtual implant relative to the region of interest, and generate a display signal associated with the superimposed image. receive a fluoroshot of the region of interest and an implant (610, 1654) positioned in the region of interest taken at a first angle from the apparatus, the implant being associated with a reference body. detect the presence of the reference body in the fluoroshot; determine a spatial dimension and position of the implant based on an identification and registration of the reference body, superimpose a virtual implant onto the region of interest based on the determined spatial dimension and position, to form an image showing the virtual implant relative to the region of interest, and generate a display signal associated with the superimposed image.
A CD89-activating molecule for use in the treatment of an inflammatory condition or autoimmune disorder, by inducing apoptosis in neutrophils, wherein the CD89-activating molecule is a molecule comprising Fc-alpha, which is administered as a sterile solution.
A method of delivery of liquid additive including a colourant to a polymer processing device during processing, wherein said method comprises: establishing a network of components including said polymer processing device in a control loop system, wherein said control loop system uses a feedback method to drive at least one pump (115;46), said feedback method comprising: sending at least one signal (72,74) from at least one sensor associated with said polymer processing device to a controller (73;43); sending one or more signals from said controller (73;43) to said at least one pump (115;46); characterised by monitoring the pressure in the at least one pump (115;46) and sensing the position of an injection nozzle valve (133;49); and sending one or more signals to said injection nozzle valve (133;49) instructing said valve to open or close; wherein said controller is a high pressure nozzle controller (73;43) which signals said injection nozzle valve to open once the system pressure reaches a user-designated level and said valve is in the proper position. establishing a network of components including said polymer processing device in a control loop system, wherein said control loop system uses a feedback method to drive at least one pump (115;46), said feedback method comprising: sending at least one signal (72,74) from at least one sensor associated with said polymer processing device to a controller (73;43); sending one or more signals from said controller (73;43) to said at least one pump (115;46); characterised by monitoring the pressure in the at least one pump (115;46) and sensing the position of an injection nozzle valve (133;49); and sending one or more signals to said injection nozzle valve (133;49) instructing said valve to open or close; sending at least one signal (72,74) from at least one sensor associated with said polymer processing device to a controller (73;43); sending one or more signals from said controller (73;43) to said at least one pump (115;46); characterised by monitoring the pressure in the at least one pump (115;46) and sensing the position of an injection nozzle valve (133;49); and sending one or more signals to said injection nozzle valve (133;49) instructing said valve to open or close; wherein said controller is a high pressure nozzle controller (73;43) which signals said injection nozzle valve to open once the system pressure reaches a user-designated level and said valve is in the proper position.
Rack-and-pinion steering system for a motor vehicle, having a housing, in which a rack is mounted displaceably, a pressure piece being provided in the housing in a bore such that it can be moved slidingly transversely with respect to a longitudinal axis of the rack, the pressure piece being loaded elastically in such a way that it rests with a contact face at least partially on the rack which has a symmetrically configured contact face, and the rack being in engagement at least partially with a pinion on a side which lies opposite the pressure piece, the contact face of the pressure piece being at least partially of asymmetrical configuration, characterized in that the contact face of the pressure piece has at least two guide faces (18a, 18b) which are arranged obliquely with respect to one another and correspond substantially with an upper side, preferably two contact faces which are arranged obliquely with respect to one another, of the rack, a first guide face preferably being configured differently to a second guide face.
A fissionable uranium chloride fuel salt comprising 1% to 50% by molar fraction UCl 4, from 40 % to 66 % by molar fraction NaCl, and having a melting point of less than 600°C.
Axle drive assembly for vehicles with a longitudinal engine and a transmission comprising two planetary gears with an input shaft and two output shafts (7, 15), wherein the input shaft is connected with a bevel pinion, which meshes with a crown wheel, wherein the crown wheel is connected to a ring gear of the first planetary gear, wherein the ring gear meshes with a plurality of planet gears rotatably mounted in a planet carrier, wherein the planet carrier is connected to a first output shaft, wherein the planet gears further mesh with a sun gear, wherein the sun gear is connected with the sun gear of the second planetary gear train through an intermediate shaft, wherein the sun gear meshes with a plurality of planet gears, wherein the planet gears are rotatably mounted in the planet carrier, wherein the planet gears mesh with a ring gear, wherein the ring gear is connected to the output shaft, wherein the planet carrier is connected to the optionally multi-part gear housing, characterised in that the intermediate shaft runs under a crankcase lower part or through a crankcase lower part, and that the upper extension or the uppermost level of the circumference of the ring gears (4, 14) lies above a lower flange surface of the crankcase lower part.
A solder alloy consisting of tin, silver, copper, bismuth, antimony, and cobalt, wherein relative to a total amount of the solder alloy, the silver content is 2 mass% or more and 4 mass% or less, the copper content is 0.3 mass% or more and 1 mass% or less, the bismuth content is more than 4.8 mass% and 10 mass% or less, the antimony content is 3 mass% or more and 10 mass% or less, the cobalt content is 0.001 mass% or more and 0.3 mass% or less, and optionally at least one element selected from the group consisting of nickel, indium, gallium, germanium, and phosphorus, wherein relative to a total amount of the solder alloy, 1 mass% or less of the at least one optional element is contained; the balance, except for inevitable impurities, is the tin content of the solder alloy.
A method of starting up a computing device in a network comprising a dynamic addressing module and a module for providing start-up files for said computing device, comprising the following steps: - allocation to the computing device, by the dynamic addressing module, of an address in the network, - transmission, by the computing device to the module for providing start-up files, of at least one request (ReqB) for start-up files comprising at least one operating system start-up application, this request (ReqB) comprising the address of the computing device allocated by the dynamic addressing module, and - provision, by the module for providing start-up files to the computing device, of these start-up files in response to said at least one request (ReqB), characterised in that it further comprises an execution, by the module for providing start-up files, the following steps:- - extraction, in said at least one request (ReqB), of the address of the computing device allocated by the dynamic addressing module, - insertion of this address as a parameter for the operating system start-up application intended to be provided to the computing device in response to said at least one request. - allocation to the computing device, by the dynamic addressing module, of an address in the network, - transmission, by the computing device to the module for providing start-up files, of at least one request (ReqB) for start-up files comprising at least one operating system start-up application, this request (ReqB) comprising the address of the computing device allocated by the dynamic addressing module, and - provision, by the module for providing start-up files to the computing device, of these start-up files in response to said at least one request (ReqB), - extraction, in said at least one request (ReqB), of the address of the computing device allocated by the dynamic addressing module, - insertion of this address as a parameter for the operating system start-up application intended to be provided to the computing device in response to said at least one request.
Method for the electrolytic deposition of a matt layer of a metal of the group consisting of Co, Ni, Cu, Sn or an alloy of these metals on a substrate surface from an electrolyte forming an emulsion and/or dispersion, by conducting a current between a cathodic contacted substrate and an anode, the method comprising the steps of a) selecting a first composition for an electrolyte capable to deposit a matt metal layer of a metal of the aforementioned group on the substrate surface, said composition having a concentration of the metal to be deposited and wherein the composition comprises a substituted or unsubstituted polyalkylene oxide or derivate of an substituted or unsubstituted polyakylene oxide, or a wetting agent to form an elmulsion and/or dispersion, wherein the wetting agent is a fluorated or perfluorated wetting agent or a quaternary ammonium compound substituted with the polyalkylene oxide; b) preparing a plating electrolyte based on the first composition, wherein between 10 to 50% by weight of the metal to be deposited according to the first composition is substituted by at least one density increasing halogenide, sulphate, or sulphonate of an element of the group consisting of sodium, potassium, aluminum, magnesium, or boron to reduce the concentration of the metal to be deposited in comparison to the first composition and wherein the concentration of the density increasing compound is in the range from between 20% to 100% by weight of the concentration of the metal to be deposited; c) contacting the substrate surface with the plating electrolyte resulting from step b) and applying the current. a) selecting a first composition for an electrolyte capable to deposit a matt metal layer of a metal of the aforementioned group on the substrate surface, said composition having a concentration of the metal to be deposited and wherein the composition comprises a substituted or unsubstituted polyalkylene oxide or derivate of an substituted or unsubstituted polyakylene oxide, or a wetting agent to form an elmulsion and/or dispersion, wherein the wetting agent is a fluorated or perfluorated wetting agent or a quaternary ammonium compound substituted with the polyalkylene oxide; b) preparing a plating electrolyte based on the first composition, wherein between 10 to 50% by weight of the metal to be deposited according to the first composition is substituted by at least one density increasing halogenide, sulphate, or sulphonate of an element of the group consisting of sodium, potassium, aluminum, magnesium, or boron to reduce the concentration of the metal to be deposited in comparison to the first composition and wherein the concentration of the density increasing compound is in the range from between 20% to 100% by weight of the concentration of the metal to be deposited; c) contacting the substrate surface with the plating electrolyte resulting from step b) and applying the current.
Device for driving fastening elements into a substrate, comprising a combustion chamber in which a fuel can be burned to transfer energy to a fastening element, comprising a cartridge holder having a receiving chamber for a cartridge containing the fuel, the receiving chamber being open in an opening direction towards the combustion chamber, comprising a closure delimiting the receiving chamber in the opposite direction to the opening direction in a closed position of the closure and comprising a strip passage for a cartridge strip carrying the cartridge, the strip passage defining a transport direction and opening into the receiving chamber, characterised in that the closure bears against the cartridge holder in the closed position.
Visibility packaging (100; 200) for energy storage elements, having the following features: a. the visibility packaging (100; 200) is formed from at least one blank composed of a sheet material, with formation of a rear wall and a front wall of the visibility packaging, b. the front wall is spaced apart from the rear wall to form a receiving space for the energy storage elements, c. the front wall is provided with at least one viewing cutout, d. the front wall comprises at least one web, and e. the web has a central apex region which is fixed to a contact region of the rear wall, wherein the web and the rear wall together form a K-shaped cross section in a closure position and wherein the web closes a removal opening of the receiving space, characterized in that f. the rear wall has at least one perforation (30; 31; 32; 33) which delimits the contact region from the rest of the rear wall and which makes it possible to separate the contact region from the rear wall, such that the web can be transferred, by way of a folding operation, into a removal position in which the apex region of the web is spaced apart from the rear wall and the web frees the removal opening of the receiving space. a. the visibility packaging (100; 200) is formed from at least one blank composed of a sheet material, with formation of a rear wall and a front wall of the visibility packaging, b. the front wall is spaced apart from the rear wall to form a receiving space for the energy storage elements, c. the front wall is provided with at least one viewing cutout, d. the front wall comprises at least one web, and e. the web has a central apex region which is fixed to a contact region of the rear wall, wherein the web and the rear wall together form a K-shaped cross section in a closure position and wherein the web closes a removal opening of the receiving space, characterized in that f. the rear wall has at least one perforation (30; 31; 32; 33) which delimits the contact region from the rest of the rear wall and which makes it possible to separate the contact region from the rear wall, such that the web can be transferred, by way of a folding operation, into a removal position in which the apex region of the web is spaced apart from the rear wall and the web frees the removal opening of the receiving space.
A pre-assembly slab system for concrete wind turbine towers, wherein the concrete tower comprises at least two tower sections and wherein each of the sections comprises at least two segments, wherein the system comprises at least a first pre-assembly slab and a second pre-assembly slab, each one of them being configured to support and transmit to a ground stresses associated with at least one concrete tower section of the at least two tower sections, wherein the first pre-assembly slab and the second pre-assembly slab are prefabricated; wherein each of the pre-assembly slabs (10a,10b) comprises a thickness, characterized in that the thickness is less in the first pre-assembly slab comprising a first contact surface with the ground than the thickness of the second pre-assembly slab comprising a second contact surface with the ground, the first contact surface being larger than the second contact surface, wherein the first pre-assembly slab is configured to support and transmit to the ground the stresses associated with a first tower section closer to the base of the tower and the second pre-assembly slab is configured to support and transmit to the ground the stresses associated with a second tower section further away from the base of the tower than the first tower section.
A process for preparing crystalline anhydrous parahydroxybenzoic acid, comprising the step of precipitating and isolating parahydroxybenzoic acid in an aqueous solvent at a temperature equal to or above the transition temperature of parahydroxybenzoic acid, wherein the aqueous solvent is water and the transition temperature of parahydroxybenzoic acid is 52 to 54 °C.
A folding stool comprises a stool body and a backrest, the backrest is formed by a soft face layer and a hard sandwich board wrapped in the soft face layer, the stool body is a cuboid, and both the upper sitting face and the peripheral wall faces of the cuboid are formed by soft face layers and hard sandwich boards wrapped in the soft face layers. The folding stool is characterized in that a first hard sandwich board in the backrest is connected with a second hard sandwich board of the upper sitting face of the stool body through hinge devices, the hinge devices comprise the first hinges and second hinges, the first hinges and the second hinges are in rotating connection, the first hinges are fixedly connected to the second hard sandwich board and the first hard sandwich board, the first hinges each comprise two lug portions arranged in the longitudinal direction, and the second hinges each comprise four lug portions symmetrically arranged in the longitudinal direction and the transverse direction. The two lug portions of each first hinge on the second hard sandwich board are connected with the two longitudinal lug portions on the same side of the corresponding second hinge through a rotating shaft. The two lug portions of each first hinge on the first hard sandwich board are connected with the other two longitudinal lug portions of the corresponding second hinge through another rotating shaft. A limit plate is fixedly connected to the back of each second hinge, each limit plate comprises two longitudinal limit faces facing each other, and when the backrest is rotated to the position perpendicular to the upper sitting face of the stool body through the hinge devices, the two longitudinal limit faces of each limit plate are used for limiting rotation of the corresponding second hinge and the corresponding first hinge on the first hard sandwich board respectively.
Electrical installation switch or button comprising a device base/switching insert with connection terminals for phase conductors, neutral conductors and switched outputs and also a rocker with a light outlet for illuminating a side edge, - wherein a power supply unit is mounted on the bottom side of the device base/switching insert, - wherein the power supply unit makes contact on the primary side with two connection terminals, or components which are electrically connected to the said connection terminals, by means of contacts, characterized - in that an LED lighting means is mounted in the rocker, and - in that the power supply unit makes contact on the secondary side with the LED lighting means by means of a contact part which is inserted between the power supply unit and the rocker, wherein the contact part has contact-making elements which make electrical contact with the secondary connection of the converter, and - the contact part has further contact areas which come into electrical contact with corresponding spring-action contact pins of a printed circuit board, wherein the printed circuit board is mounted on the rear side of the rocker. - wherein a power supply unit is mounted on the bottom side of the device base/switching insert, - wherein the power supply unit makes contact on the primary side with two connection terminals, or components which are electrically connected to the said connection terminals, by means of contacts, - in that an LED lighting means is mounted in the rocker, and - in that the power supply unit makes contact on the secondary side with the LED lighting means by means of a contact part which is inserted between the power supply unit and the rocker, wherein the contact part has contact-making elements which make electrical contact with the secondary connection of the converter, and - the contact part has further contact areas which come into electrical contact with corresponding spring-action contact pins of a printed circuit board, wherein the printed circuit board is mounted on the rear side of the rocker.
A system for transmitting information within a communications network, comprising: a mobile station (MS1, MS2, MS3, MS); a base station for providing network access to the mobile station (MS1, MS2, MS3, MS); a relay station (RS1, RS2) for relaying data between the mobile station (MS1, MS2, MS3, MS) and the base station; and a scheduler for providing a transmission region (33, 63) within a downlink subframe (31, 61) of a frame for transmitting first data along a first data path that includes the relay station (RS1, RS2) and for transmitting second data along a second data path that does not include the relay station (RS1, RS2), characterized in that the first data are transmitted in the same downlink subframe (31, 61) at the same time and at the same frequency as the second data are transmitted. a mobile station (MS1, MS2, MS3, MS); a base station for providing network access to the mobile station (MS1, MS2, MS3, MS); a relay station (RS1, RS2) for relaying data between the mobile station (MS1, MS2, MS3, MS) and the base station; and a scheduler for providing a transmission region (33, 63) within a downlink subframe (31, 61) of a frame for transmitting first data along a first data path that includes the relay station (RS1, RS2) and for transmitting second data along a second data path that does not include the relay station (RS1, RS2),