mhurhangee/patent-ind-claim-en huggingface dataset:
Process for manufacturing a rubber patch comprising a radiofrequency transponder, the patch having a first layer and a second layer , comprising the following steps: - choosing a first mould the impression of which has a geometry adapted to the geometry of the first layer of the patch and that defines on the surface of said first layer a cavity able to receive said transponder; - placing the rubber material forming the first layer of the patch in the impression of said mould; - raising the first mould to a temperature and for a time suitable for obtaining a vulcanized first layer with on its exterior surface a cavity able to receive a radiofrequency transponder ; - choosing a second mould the impression of which has a geometry adapted to the geometry of said patch; - placing said vulcanized first layer in the impression of said second mould; - placing the radiofrequency transponder in the cavity of the surface of the vulcanized first layer provided to this end; - placing the non-vulcanized rubber second layer in the internal cavity of said second mould; - raising the second mould to a temperature and for a time suitable for obtaining an at least partially vulcanized rubber second layer; and - removing from the second mould the rubber patch comprising the radiofrequency transponder embedded between the first and second rubber layers; characterized in that the impression of the first mould comprises at least one rib in order to create in the surface of said first layer between the cavity able to receive a radiofrequency transponder and the exterior end of said surface a groove . - choosing a first mould the impression of which has a geometry adapted to the geometry of the first layer of the patch and that defines on the surface of said first layer a cavity able to receive said transponder; - placing the rubber material forming the first layer of the patch in the impression of said mould; - raising the first mould to a temperature and for a time suitable for obtaining a vulcanized first layer with on its exterior surface a cavity able to receive a radiofrequency transponder ; - choosing a second mould the impression of which has a geometry adapted to the geometry of said patch; - placing said vulcanized first layer in the impression of said second mould; - placing the radiofrequency transponder in the cavity of the surface of the vulcanized first layer provided to this end; - placing the non-vulcanized rubber second layer in the internal cavity of said second mould; - raising the second mould to a temperature and for a time suitable for obtaining an at least partially vulcanized rubber second layer; and - removing from the second mould the rubber patch comprising the radiofrequency transponder embedded between the first and second rubber layers;
An all-aspect air pressure probe comprising a front part with intake holes located thereon, the intake holes being connected via pneumatic channels with couplers , and a back part , attached to the front part from behind, further comprising flow vortex generators located on a surface of the front part and characterised in that the flow vortex generators include ribs formed by mating surface elements at an angle ξ≠0 with curvature lying between 0 and ±0.9/H and outline dimensions between 0.01H and 0.4H, where H is the minimum outline dimension of the front part for securing supercritical flow around the front part and for eliminating the influence of the Re number.
Fluid injector for producing hollow bodies by means of fluid-injection technology, with which a multi-phase mixture in the form of an atomised mist is introduced into a still-fluid moulding material, whereby a cavity is created in the moulding material through displacement of the moulding material and/or the moulding material is cooled, with an injector body , with a fastening device on an outer surface of the injector body with which the fluid injector can be fastened to a moulding tool , with an elongated injector body channel in the injector body , with an injector body inlet at which a gaseous or liquid first fluid can be introduced into the injector body channel , with an injector body outlet at which the first fluid flows out of the injector body channel , with an injector needle arranged in the injector body channel with an outer diameter that is smaller than the inner diameter of the injector body channel , whereby an annular gap is formed between the injector body and the injector needle (15, 35, 55 125, 175) through which the first fluid flows, with an elongated injector needle channel that runs longitudinally through the injector needle , with an injector needle inlet at which a liquid or gaseous second fluid that deviates from the first fluid with regard to its physical state can be introduced into the injector needle channel , with an injector needle outlet from which the second fluid flows out simultaneously with the first fluid flowing out of the injector body outlet and thereby together with the first fluid forms a multi-phase mixture in the form of an atomised mist that can be introduced into a still-fluid moulding material by the fluid injector , characterised by a first feed line connected to the injector body inlet for the first fluid and a second feed line connected to the injector needle inlet for the second fluid, whereby the feed line for the first and/or second fluid is equipped with a metering device.
Method for producing a multi-page adhesive label comprising at least two sheets of data held one above the other by a layer of peel-off adhesive, this method comprising the following step : - superimpose, on an adhesive backing sheet , a first adhesive layer , a first data sheet , a second adhesive layer , and a second data sheet , this method being characterized in that it comprises the following steps: - cutting, in a single pass of a punching tool comprising a first impression and a second impression , the first impression enveloping the second impression : a first contour in both the first data sheet and the second data sheet , thanks to the first impression ; a second contour in the second data sheet , thanks to the second impression ; so that the first contour has an extension portion extending beyond the second contour, and so that at least one fastener is formed in the second data sheet , this fastener connecting the second data sheet on either side of the first contour and in line with the extension portion ; - peel off the portion of the first data sheet around the first contour and the portion of the second data sheet around the second contour from the adhesive backing sheet in a single weeding pass, the latter being driven by said fastener . - superimpose, on an adhesive backing sheet , a first adhesive layer , a first data sheet , a second adhesive layer , and a second data sheet , - cutting, in a single pass of a punching tool comprising a first impression and a second impression , the first impression enveloping the second impression : a first contour in both the first data sheet and the second data sheet , thanks to the first impression ; a second contour in the second data sheet , thanks to the second impression ; so that the first contour has an extension portion extending beyond the second contour, and so that at least one fastener is formed in the second data sheet , this fastener connecting the second data sheet on either side of the first contour and in line with the extension portion ; - peel off the portion of the first data sheet around the first contour and the portion of the second data sheet around the second contour from the adhesive backing sheet in a single weeding pass, the latter being driven by said fastener .
A vehicle driveline system for a front axle or rear axle of a vehicle, said system comprising a differential having a differential housing connectable to an engine via a pinion , and two output shafts being connectable with respective wheel axles of the front or rear axle of the associated vehicle, and an electrical motor being selectively connected to the differential housing , such that in case no torque is transferred from the engine to the pinion this enables the associated front or rear axle being driven solely by the electric motor , and in case when said pinion is in fact transferring torque to the differential , the electrical motor will add additional driving torque to the associated front or rear axle, characterized in that the differential housing extends into a hollow shaft having a radial protrusion provided with engagement means, such as splines, for connecting with a shifting sleeve , wherein said shifting sleeve is configured to be actuated for connecting the electrical motor to said differential housing , wherein the electrical motor is selectively connected to the differential housing via a reduction gearing such that torque from the electrical motor is either added to the associated front or rear axle or used for torque vectoring by connecting the electrical motor to a differential input as well as to one of the output shafts via a planetary gearing . characterized in that the differential housing extends into a hollow shaft having a radial protrusion provided with engagement means, such as splines, for connecting with a shifting sleeve , wherein said shifting sleeve is configured to be actuated for connecting the electrical motor to said differential housing , wherein the electrical motor is selectively connected to the differential housing via a reduction gearing such that torque from the electrical motor is either added to the associated front or rear axle or used for torque vectoring by connecting the electrical motor to a differential input as well as to one of the output shafts via a planetary gearing .
A test pattern creation method employing a printing apparatus including a transparent ink print head that ejects a transparent ink, a first print head that ejects a first colored ink, and a second print head that ejects a second colored ink, the creation method comprising: forming a base-coat (G) on a print medium (MD) using the first colored ink; and creating, as a plurality of ruled lines to measure impact displacement of the transparent ink, a first ruled line set formed by layering the transparent ink over the base-coat, and a second ruled line set formed outside a region corresponding to the base-coat using the second colored ink; characterized in that the method further comprises: forming a crossmark (T4) indicating a boundary between the first ruled line set and the second ruled line set . forming a base-coat (G) on a print medium (MD) using the first colored ink; and creating, as a plurality of ruled lines to measure impact displacement of the transparent ink, a first ruled line set formed by layering the transparent ink over the base-coat, and a second ruled line set formed outside a region corresponding to the base-coat using the second colored ink; characterized in that the method further comprises: forming a crossmark (T4) indicating a boundary between the first ruled line set and the second ruled line set .
A vehicle door lock device comprising: a lock/unlock unit including a lock/unlock mechanism that switches whether to transmit a door opening operation on a door to a latch mechanism ; and a transmission unit that transmits a lock/unlock operation with a key to the lock/unlock unit , wherein the lock/unlock unit includes a main case that houses therein the lock/unlock mechanism and supports the latch mechanism ; an input member having a rotation shaft passing through the main case , being coupled to the lock/unlock mechanism in the main case , and having an external coupling part outside the main case ; and a cover that closes an opening of the main case , the transmission unit includes a coupling member that couples a turned member to the external coupling part , the turned member rotating integrally with a rotor of a key cylinder, and a sub case that houses therein the coupling member , and the external coupling part protrudes from the main case in a vehicle outside direction in a state where the main case is attached to the door, wherein the sub case has an adjustment unit that is capable of adjusting a relative position Z of the sub case in a vehicle upper/lower direction with respect to the main case . a lock/unlock unit including a lock/unlock mechanism that switches whether to transmit a door opening operation on a door to a latch mechanism ; and a transmission unit that transmits a lock/unlock operation with a key to the lock/unlock unit , wherein the lock/unlock unit includes a main case that houses therein the lock/unlock mechanism and supports the latch mechanism ; an input member having a rotation shaft passing through the main case , being coupled to the lock/unlock mechanism in the main case , and having an external coupling part outside the main case ; and a cover that closes an opening of the main case , a main case that houses therein the lock/unlock mechanism and supports the latch mechanism ; an input member having a rotation shaft passing through the main case , being coupled to the lock/unlock mechanism in the main case , and having an external coupling part outside the main case ; and a cover that closes an opening of the main case , the transmission unit includes a coupling member that couples a turned member to the external coupling part , the turned member rotating integrally with a rotor of a key cylinder, and a sub case that houses therein the coupling member , and a coupling member that couples a turned member to the external coupling part , the turned member rotating integrally with a rotor of a key cylinder, and a sub case that houses therein the coupling member , and the external coupling part protrudes from the main case in a vehicle outside direction in a state where the main case is attached to the door, wherein the sub case has an adjustment unit that is capable of adjusting a relative position Z of the sub case in a vehicle upper/lower direction with respect to the main case .
A method performed by a wireless device for performing random access to a network node , the method comprising: - receiving a set of downlink beam-specific reference signals, BRS, from the network node ; - determining a preferred BRS based on the received signal power for each BRS in the set; - selecting , based on the preferred BRS, a random-access resource to be used for a random-access attempt to the network node according to one or more pre-defined association rules defining an association between a random access resource and a BRS; and - using the selected random-access resource for the random-access attempt to the network node , whereby the selected random-access resource indicates to the network node which downlink beam is preferred by the wireless device to be used for downlink transmissions, wherein the random access resource comprises a random-access preamble, wherein the selecting further comprises selecting a random-access preamble from a set of random-access preambles to be used for the random-access attempt, and wherein the selecting further comprises selecting the random-access preamble from the set of random-access preambles using a function specified in a standard. - receiving a set of downlink beam-specific reference signals, BRS, from the network node ; - determining a preferred BRS based on the received signal power for each BRS in the set; - selecting , based on the preferred BRS, a random-access resource to be used for a random-access attempt to the network node according to one or more pre-defined association rules defining an association between a random access resource and a BRS; and - using the selected random-access resource for the random-access attempt to the network node , whereby the selected random-access resource indicates to the network node which downlink beam is preferred by the wireless device to be used for downlink transmissions, wherein the random access resource comprises a random-access preamble, wherein the selecting further comprises selecting a random-access preamble from a set of random-access preambles to be used for the random-access attempt, and wherein the selecting further comprises selecting the random-access preamble from the set of random-access preambles using a function specified in a standard. wherein the random access resource comprises a random-access preamble, wherein the selecting further comprises selecting a random-access preamble from a set of random-access preambles to be used for the random-access attempt, and wherein the selecting further comprises selecting the random-access preamble from the set of random-access preambles using a function specified in a standard.
Method for monitoring the communication on a communication bus , wherein the communication bus networks a number of electronic stations , wherein the messages transmitted via the communication bus are identified with an identifier, it being stipulated for each station which messages with which identifier are allowed to be sent by the station , wherein an unambiguity rule prohibiting another station from sending a payload-data message with an identifier that is already reserved for this station applies, and wherein a protocol unit (18-1) in a station keeps a list of the identifiers of the messages actually sent by the station , characterized in that the list is sent to a central monitoring station connected to the communication bus with a message which includes an entry for an identifier of the sending station , wherein a superordinate monitoring entity installed in the central monitoring station compares the identifiers recorded in the list with a table in which are recorded the identifiers regarding the identification of the stations and reference lists containing the identifiers assigned to each station which are allowed to be sent in messages from the station sending the list.
Biocompatible molded part for supporting the formation of a new jaw bone or jaw bone section in a mammal, preferably a human, wherein the molded part can be placed on the jaw bone and is designed as a solid body that can be completely resorbed by the human or animal body, the shaped part is block-shaped or cuboid-shaped or is designed to be adaptable in its shape to a recess in the jawbone or jawbone section, and the shaped part is formed from a composition consisting of at least one structure-giving material selected from the group consisting of alabaster gypsum, hard gypsum, superhard gypsum or mixtures thereof and a porous granulate formed from a base material selected from the group consisting of: Aragonite, Musselshell, Allogenic bone material, Autogenic bone material, Xenogenic bone material, FDBA (freeze-dried bone allocrafts), DFBA (decalzified freeze-dried bone allocrafts) algae or algae extract, Ceramic, calcium phosphate, especially tri- or tetracalcium phosphate, X- or β-tricakium phosphate, hydroxyl apatite, calcium phosphate ceramic, bioglass, aragonite-based bone substitute (e.g.B. BioCoral ® ) or mixtures thereof, wherein in the composition the structuring material and the porous granules are provided in a ratio of between 1:1 and 1:4 and the porous granules have a grain size of between 1 and 3 mm, in particular of between 1.1 and 2 mm, preferably 1.5 mm, and the molded part has edges with an edge length of in each case between 1 and 5, preferably of between 1.5 and 3 cm.
A thermoplastic resin composition prepared by blending a polycarbonate resin (I), a graft copolymer (II), a vinyl copolymer (III) prepared by copolymerizing at least an aromatic vinyl monomer and a vinyl cyanide monomer, a crystalline resin (IV), and a plate-shaped inorganic filler (V); wherein the graft copolymer (II) is a graft copolymer (II-1) prepared by graft polymerization of a monomer mixture containing at least an aromatic vinyl monomer and a vinyl cyanide monomer in the presence of a diene rubbery polymer, or a graft copolymer (11-2) prepared by graft polymerization of a monomer mixture containing an aromatic vinyl monomer and a vinyl cyanide monomer in the presence of an acryl rubbery polymer prepared by copolymerizing an acrylate monomer and a polyfunctional monomer, and content of the polycarbonate resin (I) is 50 to 70% by weight, the graft copolymer (II) is 3 to 15% by weight, the vinyl copolymer (III)is 10 to 25% by weight, the crystalline resin (IV) is 1 to 9% by weight, and the inorganic filler (V) is 10 to 20% by weight in relation to 100% by weight of total content of the polycarbonate resin (I), the graft copolymer (II), the vinyl copolymer (III), the crystalline resin (IV), and the inorganic filler (V), and content of the crystalline resin (IV) in relation to 100% by weight of the inorganic filler (V) is at least 10% by weight and less than 50% by weight. a graft copolymer (II-1) prepared by graft polymerization of a monomer mixture containing at least an aromatic vinyl monomer and a vinyl cyanide monomer in the presence of a diene rubbery polymer, or a graft copolymer (11-2) prepared by graft polymerization of a monomer mixture containing an aromatic vinyl monomer and a vinyl cyanide monomer in the presence of an acryl rubbery polymer prepared by copolymerizing an acrylate monomer and a polyfunctional monomer, and
Method for manufacturing an electronic connecting element , which has at least one electroconductive contact part (4a-4d) and at least one electronic component and/or an additional electroconductive contact part (4a-4d), wherein - soldering paste is applied to a carrier substrate on connecting points (3a-3e) of the connecting element , - the contact part (4a-4e) and the component are placed on the carrier substrate such that they overlap on the connecting points (3a-3e) and can be soldered to one another, wherein they come to lie on the soldering paste , - the soldering paste is melted, wherein the contact part (4a-4d) is soldered to the component , - the carrier substrate is removed. - soldering paste is applied to a carrier substrate on connecting points (3a-3e) of the connecting element , - the contact part (4a-4e) and the component are placed on the carrier substrate such that they overlap on the connecting points (3a-3e) and can be soldered to one another, wherein they come to lie on the soldering paste , - the soldering paste is melted, wherein the contact part (4a-4d) is soldered to the component , - the carrier substrate is removed.
A high intensity gas-fired infrared emitter, comprising: ; a frame having a plurality of side walls , an open bottom , and an open top a flame arrestor mounted inside the frame and including a bottom, a top surface having a recess, and a plurality of apertures extending from the bottom to the recessed top surface; and a cellular surface panel formed of a plurality of cells and mounted inside the recess of the flame arrestor such that the plurality of apertures of the flame arrestor form pathways which extend into the cellular surface panel , wherein the plurality of cells comprise consecutively connected cells, characterized in that said plurality of cells comprise consecutively connected and layered cells, and in that each cell of the plurality of cells is a truncated cube or truncated hexahedron. ; a frame having a plurality of side walls , an open bottom , and an open top a flame arrestor mounted inside the frame and including a bottom, a top surface having a recess, and a plurality of apertures extending from the bottom to the recessed top surface; and a cellular surface panel formed of a plurality of cells and mounted inside the recess of the flame arrestor such that the plurality of apertures of the flame arrestor form pathways which extend into the cellular surface panel , wherein the plurality of cells comprise consecutively connected cells, characterized in that said plurality of cells comprise consecutively connected and layered cells, and in that each cell of the plurality of cells is a truncated cube or truncated hexahedron.