mhurhangee/patent-ind-claim-en huggingface dataset:
An immunogen-encoding self-replicating RNA for use in a method of raising an immune response against the immunogen in a vertebrate wherein the RNA separately enters both (a) non-immune cells at a delivery site and (b) infiltrating immune cells, wherein said method comprises administering said immunogen-encoding RNA to the delivery site in skeletal muscle tissue in a vertebrate and then permitting immune cells to infiltrate the delivery site, provided that the RNA includes no modified nucleotides, except for any optional 5' cap structure, wherein the RNA is administered in combination with a delivery system comprising: (i) liposomes encapsulating the RNA; (ii) non-toxic and biodegradable polymer microparticles; and/or (iii) a submicron cationic oil-in-water emulsion, and wherein the self-replicating RNA encodes a RNA-dependent RNA polymerase which can transcribe RNA from the self-replicating RNA molecule, and wherein the RNA encodes an immunogen which can elicit an immune response against a bacterium, a virus, a fungus or a parasite. wherein the RNA is administered in combination with a delivery system comprising: (i) liposomes encapsulating the RNA; (ii) non-toxic and biodegradable polymer microparticles; and/or (iii) a submicron cationic oil-in-water emulsion, and wherein the self-replicating RNA encodes a RNA-dependent RNA polymerase which can transcribe RNA from the self-replicating RNA molecule, and wherein the RNA encodes an immunogen which can elicit an immune response against a bacterium, a virus, a fungus or a parasite.
Multilayer structure for the realization of a heated floor or wall covering or similar for a dwelling or premises, said multilayer structure comprising a decorative layer consisting of at least one surface layer made of plastic material, said decorative layer being bonded to a heating layer , said heating layer being bonded to an underlayer intended to be placed on the floor, a wall, or a similar surface, the heating layer comprising a conductive strip made of a textile incorporating conductive particles distributed homogeneously over the surface and/or throughout the thickness of the textile, said conductive strip supporting at least three conductive electrodes , said electrodes being spaced apart from each other and electrically powered to define a discontinuous heating surface, characterized in that the textile of the heating layer is a non-woven textile and in that the surface layer is made of polyvinyl chloride (PVC) and has a thickness between 0.2 and 1 mm, and the underlayer is obtained by coating, pressing, extrusion, or calendering and made of PVC.
A computer-implemented method for connecting a vehicle to a wireless local network of a workshop, comprising: - identifying (S1) by a control unit at least one wireless local network configuration of the wireless local network, said wireless local network configuration being associated with credentials for using said wireless local network, - associating (S2) by the control unit at least one validity parameter to said credentials in order to allow limited accessibility for the vehicle to said wireless local network, - generating (S3) by the control unit an encrypted visual representation of said credentials, thereby enabling the generated encrypted visual representation to be presented to a camera of the vehicle and decrypted to obtain said credentials, - upon receipt by the control unit of a connection request including the credentials from the vehicle, checking (S4) the at least one validity parameter to determine that the credentials are still valid for the vehicle, - upon determination by the control unit that the credentials are still valid, allowing (S5) the vehicle to connect to the wireless local network of the workshop. - identifying (S1) by a control unit at least one wireless local network configuration of the wireless local network, said wireless local network configuration being associated with credentials for using said wireless local network, - associating (S2) by the control unit at least one validity parameter to said credentials in order to allow limited accessibility for the vehicle to said wireless local network, - generating (S3) by the control unit an encrypted visual representation of said credentials, thereby enabling the generated encrypted visual representation to be presented to a camera of the vehicle and decrypted to obtain said credentials, - upon receipt by the control unit of a connection request including the credentials from the vehicle, checking (S4) the at least one validity parameter to determine that the credentials are still valid for the vehicle, - upon determination by the control unit that the credentials are still valid, allowing (S5) the vehicle to connect to the wireless local network of the workshop.
An audio apparatus , comprising: a housing including a space (S) which is enclosed by at least one pair of opposite surfaces; and an open pipe (10, 20, 30, 40', 20") including a first open end (11, 31, 42', 21") and a second open end (12, 32, 41', 22"), the open pipe (10, 20, 30, 40', 20") including the first open end (11, 31, 42', 21") and the second open end (12, 32, 41', 22") being positioned in the space (S), wherein the open pipe (10, 20, 30, 40, 20") has a pipe length of integral multiple of a substantially half wavelength of a stationary wave which is generated in the space (S), wherein the first open end (11, 31, 42', 21") of the open pipe is disposed at a position of a substantial loop of the stationary wave which is generated in the space (S), wherein the stationary wave is a first-order stationary wave or a second order stationary wave, and wherein the loop of the stationary wave is an antinode of the stationary wave. a housing including a space (S) which is enclosed by at least one pair of opposite surfaces; and an open pipe (10, 20, 30, 40', 20") including a first open end (11, 31, 42', 21") and a second open end (12, 32, 41', 22"), the open pipe (10, 20, 30, 40', 20") including the first open end (11, 31, 42', 21") and the second open end (12, 32, 41', 22") being positioned in the space (S), wherein the open pipe (10, 20, 30, 40, 20") has a pipe length of integral multiple of a substantially half wavelength of a stationary wave which is generated in the space (S), wherein the first open end (11, 31, 42', 21") of the open pipe is disposed at a position of a substantial loop of the stationary wave which is generated in the space (S), wherein the stationary wave is a first-order stationary wave or a second order stationary wave, and wherein the loop of the stationary wave is an antinode of the stationary wave.
Medical device having one or more functional units which are designed to interact with one or more disposables during operation of the device, the medical device further having one or more illuminating means , and the device being operable in different treatment modes, characterized in that at least one control or regulating unit is provided, which is designed in such a way that it controls the illuminating means in dependence on the selected treatment mode of the medical device in which the medical device is or is to be operated, wherein the illuminating means are arranged in such a way that the light emanating therefrom at least partially illuminates the one or more functional units, and wherein the functional unit or units are one or more scale pans for receiving solution bags to be weighed.
A flow analyzer comprising: - a sampling device which is configured for sequentially and continuously introducing a given number of samples, among a plurality of samples, wherein said given number is one or more, into a tube ; and - an analyzing device which is configured to analyse said given number of samples that are transferred through the tube , - said flow analyzer further comprising: - a marker introducing device which is configured for introducing a marker into the tube ; - a marker detecting device which is configured to detect the marker and to output a detection signal to the analyzing device ; and - a reagent adding device configured to add a reagent to a flow of the sample that is transferred through the tube , - the analyzing device configured to acquire analysis data on the basis of the detection signal, - the marker introducing device and the sampling device being configured to alternately introduce into the tube the marker and said given number of samples, - the introduction of the marker into the tube by the marker introducing device and the sequential and continuous introduction of the given number of samples into the tube by the sampling device being automatically and alternately switched therebetween, and - the marker detecting device and the analyzing device being disposed in parallel or in series. - a sampling device which is configured for sequentially and continuously introducing a given number of samples, among a plurality of samples, wherein said given number is one or more, into a tube ; and - an analyzing device which is configured to analyse said given number of samples that are transferred through the tube , - said flow analyzer further comprising: - a marker introducing device which is configured for introducing a marker into the tube ; - a marker detecting device which is configured to detect the marker and to output a detection signal to the analyzing device ; and - a reagent adding device configured to add a reagent to a flow of the sample that is transferred through the tube , - a marker introducing device which is configured for introducing a marker into the tube ; - a marker detecting device which is configured to detect the marker and to output a detection signal to the analyzing device ; and - a reagent adding device configured to add a reagent to a flow of the sample that is transferred through the tube , - the analyzing device configured to acquire analysis data on the basis of the detection signal, - the marker introducing device and the sampling device being configured to alternately introduce into the tube the marker and said given number of samples, - the introduction of the marker into the tube by the marker introducing device and the sequential and continuous introduction of the given number of samples into the tube by the sampling device being automatically and alternately switched therebetween, and - the marker detecting device and the analyzing device being disposed in parallel or in series.
Hinge comprising an inner hinge part and an inner fastening part connected thereto, an outer hinge part and an outer fastening part connected thereto, and a central part connecting the two hinge parts , the inner hinge part and the central part being rotatably connected to one another by an inner hinge pin in order to form an inner axis of rotation , and the outer hinge part and the central part being rotatably connected to one another by an outer hinge pin in order to form an outer axis of rotation , characterized in that the two hinge parts are each axially stepped in the region of the axis of rotation 7, 8 in order to form two axially offset end faces , the two axially offset end faces being connected to one another by a sliding surface and the sliding surface being inclined at an angle (α) with respect to the relevant axis of rotation , in that the central part is axially stepped in the region of the axis of rotation 7, 8 in order to form at least two counter end faces , the two axially offset counter end faces being connected to one another by a counter sliding surface and the counter sliding surface being aligned opposite the sliding surface , in that the sliding surface and the counter sliding surface are arranged so as to rest against one another and slide on one another in an interactive manner, in that a gap (X) is provided in each case between the two end faces and the two counter end faces in a zero position of the hinge , in that, in the zero position, the central part is in contact with the outer hinge part or the outer fastening part and the central part is in contact with the inner hinge part or the inner fastening part , or, on the hinge parts , the two axially offset end faces are each connected to one another by a connecting surface which is spaced apart from the sliding surface and which form a stop and, on the central part , the two axially offset counter end faces are each connected to one another by connecting surfaces which are spaced apart from the counter sliding surface and which form a counter stop , and the stops and counter stops are in contact in the zero position, whereas an angle between the end faces and the stop is selected such that a further rotational movement about the respective axis of rotation is inhibited in the zero position, and in that, in the zero position, in the case of a continuous rotational movement about the entire pivoting range of the hinge , there is a change in the axes of rotation about which the rotational movement takes place.
A cell line expressing the gamma chain of Fcε receptor I (FcεRI) and human CD303 antigen, characterized in that said cell line is stably transfected with an expression vector comprising a nucleic acid molecule encoding human CD303 antigen and has high expression of human CD303 on its surface, characterized in that said cell line has at least 10,000 human CD303 molecules per cell and in that said cell line is: a) a cell line of human plasmacytoid dendritic cells (pDCs) stably transfected with an expression vector comprising a nucleic acid molecule encoding human CD303 antigen; or b) a human lymphocyte cell line, stably transfected with an expression vector comprising a first nucleic acid molecule encoding human CD303 antigen and a second nucleic acid molecule encoding the gamma chain of human FcεRI, or with two expression vectors each comprising a nucleic acid molecule encoding human CD303 antigen and the gamma chain of human FcεRI, respectively. a) a cell line of human plasmacytoid dendritic cells (pDCs) stably transfected with an expression vector comprising a nucleic acid molecule encoding human CD303 antigen; or b) a human lymphocyte cell line, stably transfected with an expression vector comprising a first nucleic acid molecule encoding human CD303 antigen and a second nucleic acid molecule encoding the gamma chain of human FcεRI, or with two expression vectors each comprising a nucleic acid molecule encoding human CD303 antigen and the gamma chain of human FcεRI, respectively.
Polycrystalline diamond, comprising: carbon; and an element of different type which is an element other than said carbon and is added to be dispersed in said carbon at an atomic level; the polycrystalline diamond having a crystal grain size not greater than 500 nm, wherein said polycrystalline diamond is fabricated by sintering graphite obtained by thermally decomposing a gas mixture of a gas containing an organic compound of said element of different type and a hydrocarbon gas at a temperature not lower than 1500°C, and said element of different type contains at least one kind of element selected from the group consisting of group III elements and group V elements. carbon; and an element of different type which is an element other than said carbon and is added to be dispersed in said carbon at an atomic level; the polycrystalline diamond having a crystal grain size not greater than 500 nm, wherein said polycrystalline diamond is fabricated by sintering graphite obtained by thermally decomposing a gas mixture of a gas containing an organic compound of said element of different type and a hydrocarbon gas at a temperature not lower than 1500°C, and said element of different type contains at least one kind of element selected from the group consisting of group III elements and group V elements.
A fixture rod comprising: a core member containing a resin; and a reinforcing fiber layer provided on the core member , wherein the resin of the core member and a resin of the reinforcing fiber layer are an identical resin, or the resin of the core member and the resin of the reinforcing fiber layer are different resins, and characterized in that : a critical surface tension of each of the resin of the core member and the resin of the reinforcing fiber layer is 20 mN/m or more; and the core member is formed using a resin containing fibers , the fibers of the core member comprising fibers partially exposed from the core member , the partially exposed fibers being long fibers or short fibers . a core member containing a resin; and a reinforcing fiber layer provided on the core member , wherein the resin of the core member and a resin of the reinforcing fiber layer are an identical resin, or the resin of the core member and the resin of the reinforcing fiber layer are different resins, and characterized in that : a critical surface tension of each of the resin of the core member and the resin of the reinforcing fiber layer is 20 mN/m or more; and the core member is formed using a resin containing fibers , the fibers of the core member comprising fibers partially exposed from the core member , the partially exposed fibers being long fibers or short fibers . a critical surface tension of each of the resin of the core member and the resin of the reinforcing fiber layer is 20 mN/m or more; and the core member is formed using a resin containing fibers , the fibers of the core member comprising fibers partially exposed from the core member , the partially exposed fibers being long fibers or short fibers .
A bushing for a power system, comprising: a conductor , and a condenser core , wherein the condenser core comprises a dielectric sheet and a plurality of disjoint regions of electrically conducting material provided on the dielectric sheet , wherein the dielectric sheet and the electrically conducting material form a wound structure around the conductor , wherein in at least one region the electrically conducting material is a semiconducting material, wherein the semiconducting material extends more than one turn around the conductor , whereby the at least one region has overlapping edges in the radial direction, and wherein the dielectric sheet extends between the overlapping edges whereby a capacitance is formed between the overlapping edges , which capacitance is partly defined by an overlap length (L) of the overlapping edges and which capacitance forms part of a resonance circuit of the at least one region together with the inductance associated with an azimuthal current which in operation of the bushing flows in the azimuth or circumferential direction along the region of electrically conducting material , wherein the overlap length (L) is such that the resonance circuit has a resonance frequency contained in a very fast transient, VFT, spectrum wherein the resonance frequency is in a range of 0.5 MHz to 10 MHz. a conductor , and a condenser core , wherein the condenser core comprises a dielectric sheet and a plurality of disjoint regions of electrically conducting material provided on the dielectric sheet , wherein the dielectric sheet and the electrically conducting material form a wound structure around the conductor , wherein in at least one region the electrically conducting material is a semiconducting material, wherein the semiconducting material extends more than one turn around the conductor , whereby the at least one region has overlapping edges in the radial direction, and wherein the dielectric sheet extends between the overlapping edges whereby a capacitance is formed between the overlapping edges , which capacitance is partly defined by an overlap length (L) of the overlapping edges and which capacitance forms part of a resonance circuit of the at least one region together with the inductance associated with an azimuthal current which in operation of the bushing flows in the azimuth or circumferential direction along the region of electrically conducting material , wherein the overlap length (L) is such that the resonance circuit has a resonance frequency contained in a very fast transient, VFT, spectrum wherein the resonance frequency is in a range of 0.5 MHz to 10 MHz.
Paint brush comprising a handle having at its one end a bristle carrier and a plurality of bristles fastened in the bristle carrier , which plurality of bristles comprises a first type , a second type and a third type of bristles, wherein the first type of bristles has a thickness that is larger than the thickness of the second type of bristles and a thickness that is larger than the thickness of the third type of bristles , the third type of bristles has a length that is larger than the length of the first type of bristle and a length that is larger than the length of the second type of bristle , characterized in that , the second type of bristles has a thickness that is smaller than the thickness of the third type of bristle . which plurality of bristles comprises a first type , a second type and a third type of bristles, wherein the first type of bristles has a thickness that is larger than the thickness of the second type of bristles and a thickness that is larger than the thickness of the third type of bristles , the third type of bristles has a length that is larger than the length of the first type of bristle and a length that is larger than the length of the second type of bristle , characterized in that , the second type of bristles has a thickness that is smaller than the thickness of the third type of bristle .
A method comprising: by a user terminal , storing, in the user terminal , destination information indicating a destination to which data is transmittable by the user terminal ; receiving, from an image forming apparatus , destination information stored in the image forming apparatus and indicating a destination to which data is transmittable by the image forming apparatus , displaying, on a user interface (Ul) screen of the user terminal , the destination information stored in the user terminal and the destination information received from the image forming apparatus ; receiving, via the UI screen, an input to select a respective destination information of the destination information stored in the user terminal and the destination information received from the image forming apparatus displayed on the UI screen; and transmitting information to the image forming apparatus for causing the image forming apparatus to transmit scan data generated by the image forming apparatus to the destination indicated by the selected destination information. storing, in the user terminal , destination information indicating a destination to which data is transmittable by the user terminal ; receiving, from an image forming apparatus , destination information stored in the image forming apparatus and indicating a destination to which data is transmittable by the image forming apparatus , displaying, on a user interface (Ul) screen of the user terminal , the destination information stored in the user terminal and the destination information received from the image forming apparatus ; receiving, via the UI screen, an input to select a respective destination information of the destination information stored in the user terminal and the destination information received from the image forming apparatus displayed on the UI screen; and transmitting information to the image forming apparatus for causing the image forming apparatus to transmit scan data generated by the image forming apparatus to the destination indicated by the selected destination information.