mhurhangee/ep-ind-claims huggingface dataset:
Lighting device comprising: - a base element for electrical contacting and mechanical mounting, - an LED arrangement comprising at least one LED element, said LED arrangement being arranged spaced from said base element along a longitudinal axis, - an upper heat dissipating structure arranged next to said LED arrangement, comprising at least one heat dissipation element made out of a heat conducting material, said upper heat dissipating structure being shaped to include at least a first end and a second end spaced from said first end along a traverse axis which is at least substantially perpendicular to said longitudinal axis, - wherein said LED arrangement is arranged between said first and second ends (64a, 64b) - characterized in that - said upper heat dissipating structure has an elongate shape with a width that is smaller than a length thereof, said length extending between said first and second ends, such that obstruction of light emitted from said LED arrangement is minimized. - a base element for electrical contacting and mechanical mounting, - an LED arrangement comprising at least one LED element, said LED arrangement being arranged spaced from said base element along a longitudinal axis, - an upper heat dissipating structure arranged next to said LED arrangement, comprising at least one heat dissipation element made out of a heat conducting material, said upper heat dissipating structure being shaped to include at least a first end and a second end spaced from said first end along a traverse axis which is at least substantially perpendicular to said longitudinal axis, - wherein said LED arrangement is arranged between said first and second ends (64a, 64b) - characterized in that - said upper heat dissipating structure has an elongate shape with a width that is smaller than a length thereof, said length extending between said first and second ends, such that obstruction of light emitted from said LED arrangement is minimized.
A manufacturing apparatus for a multi-ply security paper, which has - a first wet end, which forms a first paper web, and a second wet end, which forms a second paper web, - a device for applying security elements to the first paper web, - a couching device for connecting the first and the second paper web (16, 14) to a total paper web, wherein the couching device is arranged downstream of the device for applying security elements, and - a device for producing depressions and/or holes in the first paper web, i) wherein the device for producing depressions and/or holes comprises the device for applying security elements, and the device for producing depressions and/or holes simultaneously produces a hole or a depression in the first paper web in a first region and applies at least one security element in a second region; or ii) wherein the device for producing depressions and/or holes is arranged upstream of the device for applying security elements, produces depressions in the first paper web and configures each depression for receiving one of the security elements and at a distance from the others of the depressions, wherein the device for applying places each security element in one of the depressions. - a first wet end, which forms a first paper web, and a second wet end, which forms a second paper web, - a device for applying security elements to the first paper web, - a couching device for connecting the first and the second paper web (16, 14) to a total paper web, wherein the couching device is arranged downstream of the device for applying security elements, and - a device for producing depressions and/or holes in the first paper web, i) wherein the device for producing depressions and/or holes comprises the device for applying security elements, and the device for producing depressions and/or holes simultaneously produces a hole or a depression in the first paper web in a first region and applies at least one security element in a second region; or ii) wherein the device for producing depressions and/or holes is arranged upstream of the device for applying security elements, produces depressions in the first paper web and configures each depression for receiving one of the security elements and at a distance from the others of the depressions, wherein the device for applying places each security element in one of the depressions. i) wherein the device for producing depressions and/or holes comprises the device for applying security elements, and the device for producing depressions and/or holes simultaneously produces a hole or a depression in the first paper web in a first region and applies at least one security element in a second region; or ii) wherein the device for producing depressions and/or holes is arranged upstream of the device for applying security elements, produces depressions in the first paper web and configures each depression for receiving one of the security elements and at a distance from the others of the depressions, wherein the device for applying places each security element in one of the depressions.
A method for manufacturing a solar cell comprising: forming a p-electrode on the substrate; forming a film containing cuprous oxide and/or a complex oxide of cuprous oxides as a main component on the p-electrode; and oxidizing the film containing the cuprous oxide and/or the complex oxide of cuprous oxides as a main component, wherein a partial pressure of oxide of the oxidizing is 5000 [Pa] or more and 200000 [Pa] or less, a concentration of vapor water of the oxidizing is 9.4 × 10 -1 [g/m 3] or more and 2.5 × 10 3 [g/m 3] or less, a temperature of the oxidizing is 40 [degrees Celsius] or more and 150 [degrees Celsius] or less, and a duration time of the oxidizing is 10 [sec] or more and 150 [min] or less. forming a p-electrode on the substrate; forming a film containing cuprous oxide and/or a complex oxide of cuprous oxides as a main component on the p-electrode; and oxidizing the film containing the cuprous oxide and/or the complex oxide of cuprous oxides as a main component, wherein a partial pressure of oxide of the oxidizing is 5000 [Pa] or more and 200000 [Pa] or less, a concentration of vapor water of the oxidizing is 9.4 × 10 -1 [g/m 3] or more and 2.5 × 10 3 [g/m 3] or less, a temperature of the oxidizing is 40 [degrees Celsius] or more and 150 [degrees Celsius] or less, and a duration time of the oxidizing is 10 [sec] or more and 150 [min] or less.
A cowl top structure of a vehicle, the cowl top structure comprising: a cowl top upper which extends in a lateral direction of the vehicle and which is adapted to support a front window; a cowl top lower which extends in the lateral direction and which is arranged at a lower position than the cowl top upper; and a cowl top inner which extends in the lateral direction and which is welded to a rear end of the cowl top upper and a rear end of the cowl top lower, so that the cowl top upper, the cowl top lower and the cowl top inner form an open sectional structure, characterized in that a width in a vertical direction of the vehicle of each of side end parts of the cowl top upper in the lateral direction is gradually increased toward the outside in the lateral direction, and each of the side end parts is formed with an opening. a cowl top upper which extends in a lateral direction of the vehicle and which is adapted to support a front window; a cowl top lower which extends in the lateral direction and which is arranged at a lower position than the cowl top upper; and a cowl top inner which extends in the lateral direction and which is welded to a rear end of the cowl top upper and a rear end of the cowl top lower, so that the cowl top upper, the cowl top lower and the cowl top inner form an open sectional structure, characterized in that a width in a vertical direction of the vehicle of each of side end parts of the cowl top upper in the lateral direction is gradually increased toward the outside in the lateral direction, and each of the side end parts is formed with an opening.
A varistor ensemble comprising a varistor and comprising an integrally formed contact, whereby the varistor comprises a ceramic layer, comprising: a first supply element (ZL 1) that is suitable for connecting to a power grid; and a plurality of separate electrical connection points (V 1, V 2,... V N), which are spaced apart from each other and provide for multiple spatial contacting of a single side of the ceramic layer of the varistor, wherein the plurality of electrical connection points (V 1, V 2,... V N) and the first supply element (ZL 1) are electrically connected to each other, and wherein the plurality of electrical connection points (V 1, V 2,... V N) is configured with fuses (F 1, F 2. --- F N), such that a local shorting-out of a part of the varistor is brought about through a separation of an affected local electrical connection point(s) (V 1, V 2,... V N). a first supply element (ZL 1) that is suitable for connecting to a power grid; and a plurality of separate electrical connection points (V 1, V 2,... V N), which are spaced apart from each other and provide for multiple spatial contacting of a single side of the ceramic layer of the varistor, wherein the plurality of electrical connection points (V 1, V 2,... V N) and the first supply element (ZL 1) are electrically connected to each other, and wherein the plurality of electrical connection points (V 1, V 2,... V N) is configured with fuses (F 1, F 2. --- F N), such that a local shorting-out of a part of the varistor is brought about through a separation of an affected local electrical connection point(s) (V 1, V 2,... V N).
A cellular wide area radio base station, comprising: a receiver configured to receive from a communication device a request to establish a Subscriber Identity Module, SIM-, less data connection according to a cellular wide area radio communication technology to facilitate communication of security instructions and verification state request and response messages, and an identifier uniquely identifying a central processing unit, CPU, of the communication device; a determiner configured to determine whether the requested SIM-less data connection should be provided to the communication device based on the identifier; and a circuit configured to provide the SIM-less data connection for the communication device, wherein: the receiver is further configured to receive an address of a server providing a security service to the communication device or a name of a service provider providing a security service to the communication device; and the determiner is further configured to determine whether the requested SIM-less data connection should be provided to the communication device based on the address of the server or the name of the service provider. a receiver configured to receive from a communication device a request to establish a Subscriber Identity Module, SIM-, less data connection according to a cellular wide area radio communication technology to facilitate communication of security instructions and verification state request and response messages, and an identifier uniquely identifying a central processing unit, CPU, of the communication device; a determiner configured to determine whether the requested SIM-less data connection should be provided to the communication device based on the identifier; and a circuit configured to provide the SIM-less data connection for the communication device, wherein: the receiver is further configured to receive an address of a server providing a security service to the communication device or a name of a service provider providing a security service to the communication device; and the determiner is further configured to determine whether the requested SIM-less data connection should be provided to the communication device based on the address of the server or the name of the service provider. the receiver is further configured to receive an address of a server providing a security service to the communication device or a name of a service provider providing a security service to the communication device; and the determiner is further configured to determine whether the requested SIM-less data connection should be provided to the communication device based on the address of the server or the name of the service provider.
A routing device having an input and plural output ports, the input constructed and arranged to receive a light beam containing an ensemble of channels at different wavelengths, the device comprising a spatial light modulator (320, 622, 722) SLM having a two-dimensional array of controllable phase-modulating elements, the device being arranged such that light from the input is distributed across the array of phase-modulating elements by wavelength whereby light of each channel (615,616,617) is incident upon a respective group of phase-modulating elements-(623,624,625) on the SLM, each group of phase-modulating elements displaying a respective pixellated hologram for selectively routing by diffraction light of the channel incident upon it to one or more of said output ports (612,613,614), and a grating (300,620,720), characterised by the routing device further having a focusing device (310,621,721) arranged to cooperate together with the grating to spatially separate the channels, wherein the grating is arranged to split the incoming beam into plural individual wavelength channels, each travelling in a different direction governed by the grating equation and is arranged to make the angularly offset individual wavelength channels incident upon the focusing device and wherein the focusing device is arranged to direct each individual wavelength channel emerging from the grating to different transverse positions on the spatial light modulator, wherein the hologram for each channel is displayed by a group of phase-modulating elements at the corresponding position. a spatial light modulator (320, 622, 722) SLM having a two-dimensional array of controllable phase-modulating elements, the device being arranged such that light from the input is distributed across the array of phase-modulating elements by wavelength whereby light of each channel (615,616,617) is incident upon a respective group of phase-modulating elements-(623,624,625) on the SLM, each group of phase-modulating elements displaying a respective pixellated hologram for selectively routing by diffraction light of the channel incident upon it to one or more of said output ports (612,613,614), and a grating (300,620,720), characterised by the routing device further having a focusing device (310,621,721) arranged to cooperate together with the grating to spatially separate the channels, wherein the grating is arranged to split the incoming beam into plural individual wavelength channels, each travelling in a different direction governed by the grating equation and is arranged to make the angularly offset individual wavelength channels incident upon the focusing device and wherein the focusing device is arranged to direct each individual wavelength channel emerging from the grating to different transverse positions on the spatial light modulator, wherein the hologram for each channel is displayed by a group of phase-modulating elements at the corresponding position.
Process for producing a battery having the features a. it comprises a housing (101, 102) enclosing an interior space, and b. it comprises a composite body which is arranged in the interior space and is made up of at least one positive electrode, at least one negative electrode and at least one separator, and also the additional features c. the housing comprises a metallic, cup-shaped first housing part and a metallic second housing part, d. the cup-shaped first housing part comprises a circular or oval bottom, e. the cup-shaped first housing part comprises a ring-shaped side wall, f. the bottom and the side wall of the cup-shaped first housing part each have an inside facing the interior space and an outside facing in the opposite direction, and g. the composite body comprises an electric conductor which electrically connects the at least one positive electrode or the at least one negative electrode to the cup-shaped first housing part, wherein the process comprises the steps h. covering the inside of the bottom of the cup-shaped first housing part with an electrically conductive covering, i. electrically connecting the covering to the bottom by welding, j. electrically connecting the electric conductor to the covering by welding, and k. assembling the first housing part and the second housing part to form the housing of the battery with inclusion of the composite body in the interior space. a. it comprises a housing (101, 102) enclosing an interior space, and b. it comprises a composite body which is arranged in the interior space and is made up of at least one positive electrode, at least one negative electrode and at least one separator, c. the housing comprises a metallic, cup-shaped first housing part and a metallic second housing part, d. the cup-shaped first housing part comprises a circular or oval bottom, e. the cup-shaped first housing part comprises a ring-shaped side wall, f. the bottom and the side wall of the cup-shaped first housing part each have an inside facing the interior space and an outside facing in the opposite direction, and g. the composite body comprises an electric conductor which electrically connects the at least one positive electrode or the at least one negative electrode to the cup-shaped first housing part, h. covering the inside of the bottom of the cup-shaped first housing part with an electrically conductive covering, i. electrically connecting the covering to the bottom by welding, j. electrically connecting the electric conductor to the covering by welding, and k. assembling the first housing part and the second housing part to form the housing of the battery with inclusion of the composite body in the interior space.
A razor cartridge, comprising: a housing, at least one first cutting member and at least one second cutting member, wherein the at least one first cutting member and the at least one second cutting member are arranged in the housing, wherein the at least one first cutting member is configured to shave in a first direction, and the at least one second cutting member is configured to shave in a second direction opposite to the first direction, and wherein a longitudinal support bar is arranged between the at least one first cutting member and the at least one second cutting member, characterized in that the at least one first cutting member comprises a blade support including a top portion having an inner surface that, in use, faces away from a shaving plane and a blade attached to the inner surface of the top portion, wherein the blade includes a cutting edge, and in that the support bar has first and second surfaces (16a, 16b) on different heights for defining two different first and second shaving planes (15a, 15b). a housing, at least one first cutting member and at least one second cutting member, wherein the at least one first cutting member and the at least one second cutting member are arranged in the housing, wherein the at least one first cutting member is configured to shave in a first direction, and the at least one second cutting member is configured to shave in a second direction opposite to the first direction, and wherein a longitudinal support bar is arranged between the at least one first cutting member and the at least one second cutting member, characterized in that the at least one first cutting member comprises a blade support including a top portion having an inner surface that, in use, faces away from a shaving plane and a blade attached to the inner surface of the top portion, wherein the blade includes a cutting edge, and in that the support bar has first and second surfaces (16a, 16b) on different heights for defining two different first and second shaving planes (15a, 15b).
A nucleic acid construct comprising the following structure: A-X-B in which A and B are nucleic acid sequences encoding a first chimeric antigen receptor and a second CAR; and X is a nucleic acid sequence which encodes a cleavage site, wherein the first CAR and the second CAR recognise different antigens; the first CAR and the second CAR each comprise an activating endodomain; and wherein (a) the first CAR and/or second CAR comprises an intracellular retention signal selected from the following group: an endocytosis signal; a Golgi retention signal; a trans -Golgi network recycling signal; an endoplasmic reticulum retention signal; and a lysosomal sorting signal; and/or (b) the signal peptide of the first CAR or second CAR comprises one or more mutation(s) such that the signal peptide of the first CAR and second CAR differ in their number of hydrophobic amino acids and wherein one signal peptide comprises up to five more hydrophobic amino acids than the other signal peptide. A and B are nucleic acid sequences encoding a first chimeric antigen receptor and a second CAR; and X is a nucleic acid sequence which encodes a cleavage site, wherein the first CAR and the second CAR recognise different antigens; the first CAR and the second CAR each comprise an activating endodomain; and wherein (a) the first CAR and/or second CAR comprises an intracellular retention signal selected from the following group: an endocytosis signal; a Golgi retention signal; a trans -Golgi network recycling signal; an endoplasmic reticulum retention signal; and a lysosomal sorting signal; and/or (b) the signal peptide of the first CAR or second CAR comprises one or more mutation(s) such that the signal peptide of the first CAR and second CAR differ in their number of hydrophobic amino acids and wherein one signal peptide comprises up to five more hydrophobic amino acids than the other signal peptide. (a) the first CAR and/or second CAR comprises an intracellular retention signal selected from the following group: an endocytosis signal; a Golgi retention signal; a trans -Golgi network recycling signal; an endoplasmic reticulum retention signal; and a lysosomal sorting signal; and/or (b) the signal peptide of the first CAR or second CAR comprises one or more mutation(s) such that the signal peptide of the first CAR and second CAR differ in their number of hydrophobic amino acids and wherein one signal peptide comprises up to five more hydrophobic amino acids than the other signal peptide.