mhurhangee/ep-ind-claims huggingface dataset:
A device for hygenisation of opaque fluids characterized in that the hygenisation device comprise a double wall glass tube structure comprising quartz glass, wherein said double wall glass tube comprise an outer glass tube wall and an inner glass tube wall, said inner glass tube wall arranged inside said outer glass tube wall and both walls are connected to form one double wall glass tube structure, further comprising an inlet and an outlet placed at opposite end portions of said double wall glass tube structure, and wherein said inlet and said outlet are placed at an angle of 0° relative to each other, seen from a cross view across the center axis of said double wall glass tube structure, said hygenisation device is adapted for fluid to flow between the outer wall and inner wall of said double wall glass tube structure, and wherein said double wall glass tube structure comprises at least one radiation source, wherein said radiation source generates UV light and wherein said double wall glass tube structure is coated with a reflective material, wherein the coating is Aluminum which is a sputter deposition on the surface of the double wall glass tube structure.
An extracellular secretion-type nuclease derived from bacteria of the genus Streptomyces, wherein substrates of the nuclease comprises double-stranded DNA, single-stranded DNA, and RNA; the nuclease has a specific activity that is equal to or higher than the specific activity of Benzonase (Registered Trademark) when the nuclease is purified and then subjected to double-stranded DNA for 30 minutes at 37 degrees Celsius in 20 mM of Tris/HCl at pH 8.5 that comprises 1 mM of MgCl 2 and 1 mM of CaCl 2; and the nuclease comprises: an amino acid sequence according to SEQ ID NO. 1; or an amino acid sequence comprising the amino acid sequence according to SEQ ID NO. 1, wherein one to seven amino acids have been deleted, replaced or added. an amino acid sequence according to SEQ ID NO. 1; or an amino acid sequence comprising the amino acid sequence according to SEQ ID NO. 1, wherein one to seven amino acids have been deleted, replaced or added.
A solid polymethylaluminoxane composition: (i) wherein the aluminum content falls within a range of 36 mass% to 43 mass%; (ii) wherein the mole fraction of methyl groups derived from trimethylaluminum moieties relative to the total number of mols of methyl groups is 12 mol% or less; and (iii) that is particulate, with the median diameter based on volume falling within a range of 0.1 μm to less than 5 μm. (i) wherein the aluminum content falls within a range of 36 mass% to 43 mass%; (ii) wherein the mole fraction of methyl groups derived from trimethylaluminum moieties relative to the total number of mols of methyl groups is 12 mol% or less; and (iii) that is particulate, with the median diameter based on volume falling within a range of 0.1 μm to less than 5 μm.
An isolated or purified antibody or fragment thereof, comprising: - the sequence of complementarity determining region 1 selected from sequences comprising RTFSRLAM (SEQ ID NO:3) and RTSRRYAM (SEQ ID NO:6); - the sequence of CDR2 comprising GISRSGDGTHYAYSV (SEQ ID NO:4); and - the sequence of CDR3 comprising AARTAFYYYGNDYNY (SEQ ID NO:5), wherein the antibody or fragment thereof binds to Insulin-like Growth Factor Binding Protein 7 (IGFBP7). - the sequence of complementarity determining region 1 selected from sequences comprising RTFSRLAM (SEQ ID NO:3) and RTSRRYAM (SEQ ID NO:6); - the sequence of CDR2 comprising GISRSGDGTHYAYSV (SEQ ID NO:4); and - the sequence of CDR3 comprising AARTAFYYYGNDYNY (SEQ ID NO:5),
A method of constructing a preview image of an elevated lenticular print, the lenticular print having, on a two-dimensional manifold, a periodic pattern of repetitions of a three-dimensional shape that has a number n of faces (18, 20), with surface pixels on the faces (18, 20) of all the repetitions of the shape constituting n face images (FI1, FI2), one for each face of the shape, the method comprising a step of calculating preview images (PI1, PI2) for a number of viewing positions (VP1, VP2) such that the preview image represents an image that will be perceived by a viewer watching the print from the viewing position, and further comprising the steps of: - calculating a normal map which maps each point on the two-dimensional manifold onto a normal vector that is perpendicular to the face (18, 20) of the shape that is located at that point; - calculating, for each viewing position (VP1, VP2), for each location on the two-dimensional manifold, and for each face of the shape a weight factor (WF1,1; WF1,2) that represents a contribution of the face image to the color of a preview image pixel that corresponds to the location on the manifold, the weight factor derived from the normal vector of the location on the two-dimensional manifold retrieved from the normal map and a direction vector (A1, A2) that points from the location on the two-dimensional manifold to the viewing position (VP1, VP2); and - calculating colors of the preview image pixels by summarizing color values of face image pixels that correspond to the preview image pixel over the n faces of the shape, each color value weighted with the weight factor (WF1,1; WF1,2) for the location on the manifold that corresponds to the preview image pixel. - calculating a normal map which maps each point on the two-dimensional manifold onto a normal vector that is perpendicular to the face (18, 20) of the shape that is located at that point; - calculating, for each viewing position (VP1, VP2), for each location on the two-dimensional manifold, and for each face of the shape a weight factor (WF1,1; WF1,2) that represents a contribution of the face image to the color of a preview image pixel that corresponds to the location on the manifold, the weight factor derived from the normal vector of the location on the two-dimensional manifold retrieved from the normal map and a direction vector (A1, A2) that points from the location on the two-dimensional manifold to the viewing position (VP1, VP2); and - calculating colors of the preview image pixels by summarizing color values of face image pixels that correspond to the preview image pixel over the n faces of the shape, each color value weighted with the weight factor (WF1,1; WF1,2) for the location on the manifold that corresponds to the preview image pixel.
A method for producing an integrally bladed rotor having a main rotor body and a plurality of blades, in particular, for a gas turbine, with the method steps of: • providing a main rotor body with at least one first welding surface and a blade having a second welding surface; • positioning the main rotor body and blade so that the end faces of the rotor delimit the welding surfaces (16,18) and a joining zone extending between the end faces of the rotor is formed between the first and second welding surface (16, 18), wherein a first end surface of the rotor corresponds to the side of the rotor that is front in the direction of flow, and a second end surface of the rotor corresponds to the side of the rotor that is rear in the direction of flow; and • filling the joining zone with metal powder and welding the metal powder by means of a laser or electron beam, wherein the joining zone is filled in layers with the metal powder, wherein each layer is welded, and wherein the layers lie in a radial plane of the rotor. • providing a main rotor body with at least one first welding surface and a blade having a second welding surface; • positioning the main rotor body and blade so that the end faces of the rotor delimit the welding surfaces (16,18) and a joining zone extending between the end faces of the rotor is formed between the first and second welding surface (16, 18), wherein a first end surface of the rotor corresponds to the side of the rotor that is front in the direction of flow, and a second end surface of the rotor corresponds to the side of the rotor that is rear in the direction of flow; and • filling the joining zone with metal powder and welding the metal powder by means of a laser or electron beam, wherein the joining zone is filled in layers with the metal powder, wherein each layer is welded, and wherein the layers lie in a radial plane of the rotor.
A method for preparing 1,1,2-trifluoroethane, comprising a step A of performing a fluorination reaction by contacting 1-chloro-2,2-difluoroethane with HF to obtain 1,1,2-trifluoroethane.
A support material for use in a three-dimensional printing system comprising: 20-80% by weight phase change wax component; and 20-80% by weight ethoxylated polyethylene having the formula H-(CH 2) m -(OCH 2 CH 2) n -OH, wherein m is an integer from 30 to 40 and n is an integer from 2 to 200. 20-80% by weight phase change wax component; and 20-80% by weight ethoxylated polyethylene having the formula H-(CH 2) m -(OCH 2 CH 2) n -OH,
A method for allowing a user device having dual radio interfaces (240a, 240b) to access to a wireless local area network, comprising the steps of: receiving, by a server of a wireless local area network, from a cellular radio interface of the user device, via an internet network, a registration message that includes a user device public key, the user device having been authenticated by a cellular network, the wireless local area network having a pre-established trust relationship with the cellular network; determining by the server whether a source Internet Protocol address of the registration message received from the cellular network is within a predetermined range of Internet Protocol source addresses allocated to the cellular network, and if so; generating a session key by the server in response to receiving the registration message which includes the user device public key, the session key encrypted with the user device public key, whereby the session key can be decrypted using a user device private key; transmitting the session key to the cellular network from the server of the wireless local area network via the internet network; and allowing a wireless local area network radio interface of the user device to access the wireless local area network using the session key. receiving, by a server of a wireless local area network, from a cellular radio interface of the user device, via an internet network, a registration message that includes a user device public key, the user device having been authenticated by a cellular network, the wireless local area network having a pre-established trust relationship with the cellular network; determining by the server whether a source Internet Protocol address of the registration message received from the cellular network is within a predetermined range of Internet Protocol source addresses allocated to the cellular network, and if so; generating a session key by the server in response to receiving the registration message which includes the user device public key, the session key encrypted with the user device public key, whereby the session key can be decrypted using a user device private key; transmitting the session key to the cellular network from the server of the wireless local area network via the internet network; and allowing a wireless local area network radio interface of the user device to access the wireless local area network using the session key.
A hair dye comprising 1.0 to 90.0 parts by weight of at least one composition comprising at least one natural pigment 5.0 to 35.0 parts by weight of at least one sugar, 1.0 to 10.0 parts by weight of at least one liposome, 1.0 to 8.0 parts by weight of a polysaccharide-containing composition. 1.0 to 90.0 parts by weight of at least one composition comprising at least one natural pigment 5.0 to 35.0 parts by weight of at least one sugar, 1.0 to 10.0 parts by weight of at least one liposome, 1.0 to 8.0 parts by weight of a polysaccharide-containing composition.
A secondary battery unit configured for being housed as a battery in a battery housing section of an electronic timepiece (100, 200; said timepiece comprising an external case; a time indicating section located inside the external case and configured to indicate the time; a solar panel that is housed in the external case and is provided with a first supply terminal and a second supply terminal; a contact section that is electrically connected to the first supply terminal; an indication controlling section configured to operate the time indicating section; a positive side contact terminal that is provided in the battery housing section and electrically connected to a positive supply terminal of the indication controlling section; and a negative side contact terminal that is provided in the battery housing section and electrically connected to a negative supply terminal of the indication controlling section, the battery housing section being provided in a main plate; the secondary battery unit including a negative terminal contactable with the negative side contact terminal; a secondary battery with a positive electrode and with a negative electrode, said positive electrode contactable with the positive side contact terminal and said negative electrode electrically connected to the negative terminal; and a charge controlling section (25, 28) comprising an electrically conductive elastic member contactable with the contact section; characterised in that said charge controlling section further includes a limiting circuit that is provided between the electrically conductive elastic member and the negative electrode of the secondary battery so as to limit charging of the secondary battery to a predetermined condition. the secondary battery unit including a negative terminal contactable with the negative side contact terminal; a secondary battery with a positive electrode and with a negative electrode, said positive electrode contactable with the positive side contact terminal and said negative electrode electrically connected to the negative terminal; and a charge controlling section (25, 28) comprising an electrically conductive elastic member contactable with the contact section; characterised in that said charge controlling section further includes a limiting circuit that is provided between the electrically conductive elastic member and the negative electrode of the secondary battery so as to limit charging of the secondary battery to a predetermined condition.
Electric power tool, comprising a housing, a motor, a jack for receiving a connection plug of an electric cable, and a swivel unit carrying the jack and being mounted on the housing for providing a freedom of positioning the jack in different directions relative to the housing, characterized in that said swivel unit comprises a first head mounted on the housing for rotation about a first axis, and a second head being mounted on said first head for rotation about a second axis, wherein the jack is rigidly mounted on the second head, said second axis forming an angle (α) relative to said first axis, whereby said swivel unit provides a freedom of rotation of said jack about two axes (A, B) of rotation disposed at an angle (α) relative to each other.
A sheet-fed printing press, comprising a sheet-feeding device for introducing printed sheets that are to be printed into the sheet-fed printing press, comprising at least one printing unit and/or coating unit for printing the printed sheets with a static printed image, which is identical for all printed sheets, comprising a discharging mechanism for discharging printed sheets that have been printed from the sheet-fed printing press, and comprising at least one printing form-free printing device, which is integrated into the sheet-fed printing press, which can be arranged in the region of the sheet-feeding device at different positions (17, 18) for printing the printed sheets with a printed image, which is static or is variable from printed sheet to printed sheet, characterized in that the or each printing form-free printing device, in conjunction with a sheet feeder, which processes a shingled stream of printed sheets, faces an underside of a conveyor table, which transports the shingled stream, and that the or each printing form-free printing device is assigned with its effective surface, which yields a pressurization, to one or a plurality of regions of the printed sheets, which are exposed to the bottom in the shingled stream on the conveyor table.
An apparatus configured to: separate (21 a, 22a) from a received radio frequency signal a first low-frequency signal and a second low-frequency signal having different phases; up-convert (23, 24) the first low-frequency signal and the second low-frequency signal into a first intermediate frequency signal and a second intermediate frequency signal, respectively; amplify (25, 26) the first and the second intermediate-frequency signals; characterised by the apparatus being configured to down-convert (27a, 28a) the amplified first and second intermediate-frequency signals into a third low-frequency signal and a fourth low-frequency signal, respectively. separate (21 a, 22a) from a received radio frequency signal a first low-frequency signal and a second low-frequency signal having different phases; up-convert (23, 24) the first low-frequency signal and the second low-frequency signal into a first intermediate frequency signal and a second intermediate frequency signal, respectively; amplify (25, 26) the first and the second intermediate-frequency signals; characterised by the apparatus being configured to down-convert (27a, 28a) the amplified first and second intermediate-frequency signals into a third low-frequency signal and a fourth low-frequency signal, respectively.
A method for device-to-device, D2D, discovery message transmission by a D2D communication user equipment, UE, the method comprising: receiving, by the UE from a serving cell, discovery resource configuration for a plurality of frequencies comprising discovery resource pools for D2D discovery message transmission on the plurality of frequencies, wherein the configuration information is provided by broadcast or dedicated radio resource control, RRC, signaling; selecting, by the UE, a discovery resource configuration for discovery message transmission corresponding to a first frequency from the plurality of frequencies, wherein the first frequency is different from a frequency of the serving cell; transmitting, to the serving cell by the UE, a discovery message transmission interest indication including the first frequency for discovery message transmission to enable the serving cell to provide gaps on the frequency of the serving cell that correspond to the selected discovery resource configuration corresponding to the first frequency; and transmitting, by the UE, a D2D discovery message on the first frequency using discovery resources from discovery resource pools comprised in the selected discovery resource configuration corresponding to the first frequency. receiving, by the UE from a serving cell, discovery resource configuration for a plurality of frequencies comprising discovery resource pools for D2D discovery message transmission on the plurality of frequencies, wherein the configuration information is provided by broadcast or dedicated radio resource control, RRC, signaling; selecting, by the UE, a discovery resource configuration for discovery message transmission corresponding to a first frequency from the plurality of frequencies, wherein the first frequency is different from a frequency of the serving cell; transmitting, to the serving cell by the UE, a discovery message transmission interest indication including the first frequency for discovery message transmission to enable the serving cell to provide gaps on the frequency of the serving cell that correspond to the selected discovery resource configuration corresponding to the first frequency; and transmitting, by the UE, a D2D discovery message on the first frequency using discovery resources from discovery resource pools comprised in the selected discovery resource configuration corresponding to the first frequency.
Mobile apparatus comprising a main frame with displacing means, a rotating sub-frame rotatably connected to the main frame, such that the sub-frame is rotatable around a rotation axis relative to the main frame, and a working arm connected to the sub-frame, wherein the sub-frame is provided with a standing or seating position for an operator, said working arm comprising at least two arm segments, wherein a first arm segment of the at least two arm segments is pivotally connected to the sub-frame around a pivot point located at a distance of the rotation axis, and wherein the first arm segment and the sub-frame are configured such that the first arm segment can be moved rearwards onto the sub-frame in the direction of the rotation axis to a rearward position in which the first segment extends over the rotation axis characterized in that the first arm segment is arranged in front of the standing or seating position, substantially centrally in front of the standing or seating position.
Method for programming an operating device for lighting devices, such as an electronic ballast for gas discharge lamps, which operating device can be connected to a lighting system, wherein the operating device comprises an interface (5, 9), a control unit, and a firmware stored in a writable memory of the operating device, and control commands originating from a central control device are received via the interface (5, 9), and characterized in that, during operation of the operating device, the firmware is programmed with programming information received via the interface (5, 9) so that no interruption of the function of the lighting system is required when the operating device is connected to the lighting system, wherein a change in a command set which the interface (5, 9) uses for communication is executed via the programming, and by overwriting or supplementing the firmware, the programming enables a processing of novel control commands transmitted by the central control device, wherein the processing of the received control commands takes place by means of evaluation of the control commands received by the interface (5, 9) and forwarding them to the control unit of the operating device in order to cause the control unit to appropriately control the lighting device depending on predetermined control information.
A radar system comprising: a transmitter for transmitting trains of pulses less than or equal to 1 nanosecond in rise or fall time, each pulse train being stepped in frequency relative to the preceding pulse train, and a receiver for receiving reflections of said pulses and providing an output signal in response thereto, wherein said receiver includes a signal processor, and wherein said signal processor includes a center line roughing filter configured to pass only the center spectral line of a frequency spectrum of said pulses. a transmitter for transmitting trains of pulses less than or equal to 1 nanosecond in rise or fall time, each pulse train being stepped in frequency relative to the preceding pulse train, and a receiver for receiving reflections of said pulses and providing an output signal in response thereto, wherein said receiver includes a signal processor, and wherein said signal processor includes a center line roughing filter configured to pass only the center spectral line of a frequency spectrum of said pulses.