mhurhangee/patent-ind-claim-en huggingface dataset:
A polygonal board having a core layer with an 2. underside, a topside and edges and edge faces, the core layer having a plurality of staggered hooking tongues extending outwardly from the edges of the core layer ; the core layer of one board having at least two recesses formed in its underside on two sides for engaging with hooking tongues of another board, the hooking tongues and the at least two recesses of each board being arranged to allow sliding mating of the hooking tongues of a first board with the recesses of a second adjacent board and with the recesses of a third adjacent board thereby forming an abutment surface in the joint between the first board and the second board and between the first and third boards , the hooking tongues and recesses of adjacent boards co-operating to provide both vertical and horizontal locking engagement of the two boards , wherein the board is three-, four-, or six-sided and hooking tongues along one side of the core layer are located at positions that are staggered with respect to the locations of hooking tongues on an opposite or opposing side of the core layer ; each hooking tongue on the core layer having a width, and each of the hooking tongues being separated from an adjacent hooking tongue by a space (S), the space (S) between hooking tongues on the core layer being at least as wide as the widest hooking tongue on the core layer , such that any side of a board may be connected to any side of another board of a substantially similar configuration, further comprising beveled surfaces being formed on outer edges of the core layer in areas between the hooking tongues corresponding to the spaces (S), and the hooking tongues having beveled nose surfaces , such that joining of one board to another can be done by sliding boards together while they are substantially co-planar, whereby a beveled surface on the edges of the core layer of a board is adapted to contact the beveled nose surface of a hooking tongue of another similar board and facilitates the hooking tongue passing along and under the beveled surface of the edge into a recess on the underside of the core layer , characterised by said polygonal board further comprising means to strengthen the root of the hooking tongues , wherein the abutment surface has a sloping section that extends over a distance of at least 30% of the thickness of the board and wherein the sloping section is at an angle of 20° to 60° to the horizontal.
Method for contactlessly assessing the quality of a solar cell , in which a first luminescence measurement is performed, wherein a first sub-region of the solar cell is impinged on by excitation radiation in accordance with a first set of parameters and a second sub-region of the solar cell is impinged on by excitation radiation in accordance with a second set of parameters, different from the first set of parameters, and a first intensity (φ 1 ) of luminescent radiation emitted by the solar cell in the first sub-region or the second sub-region is measured, and at least one second luminescence measurement is performed, wherein a second intensity (φ 2 ) of luminescent radiation emitted by the solar cell is measured, wherein in accordance with an alternative A, the first sub-region of the solar cell is impinged on by excitation radiation in accordance with the first set of parameters and the second sub-region of the solar cell is impinged on by excitation radiation in accordance with a third set of parameters, different from the first set of parameters, and the second intensity (φ 2 ) is measured in the sub-region in which the first intensity (φ 1 ) is not measured in the first luminescence measurement, or in accordance with an alternative B, the solar cell is impinged on homogeneously by excitation radiation in the first and second sub-regions in accordance with a fourth set of parameters and the second intensity (φ 2 ) is measured in the first sub-region and/or the second sub-region and, in an evaluation step, global, location-dependent quality information is determined as a function of the first intensity (φ 1 ) and the second intensity (φ 2 ). at least one second luminescence measurement is performed, wherein a second intensity (φ 2 ) of luminescent radiation emitted by the solar cell is measured, wherein in accordance with an alternative A, the first sub-region of the solar cell is impinged on by excitation radiation in accordance with the first set of parameters and the second sub-region of the solar cell is impinged on by excitation radiation in accordance with a third set of parameters, different from the first set of parameters, and the second intensity (φ 2 ) is measured in the sub-region in which the first intensity (φ 1 ) is not measured in the first luminescence measurement, or in accordance with an alternative B, the solar cell is impinged on homogeneously by excitation radiation in the first and second sub-regions in accordance with a fourth set of parameters and the second intensity (φ 2 ) is measured in the first sub-region and/or the second sub-region and, in an evaluation step, global, location-dependent quality information is determined as a function of the first intensity (φ 1 ) and the second intensity (φ 2 ).
A polypeptide that is suitable for use as a scaffold protein and comprises an amino acid sequence having at least 80% identity to amino acid residues 1 to 98 of SEQ ID NO: 1; characterised in that said polypeptide comprises one or more mutations relative to SEQ ID NO: 1 selected from the group consisting of: N32G, T51L, T51V, M65V, A59I, E29M, T34V, T34R, T45I, T45V, T51F, A59L, L67I, (E29K, K30E, E33K), (A59L, G60N, D61G, N62K), (A59V, D61N, N62K), (G60N, D61G, N62K), (G60N, ΔD61, N62G), ΔD61, (A59L, G60N, ΔD61, N62G), (A59V, G60N, D61G, N62K), (A59I, G60N, D61G, N62K), (A59I, G60N, ΔD61, N62G), (A59V, G60N, ΔD61, N62G), (A59V, ΔD61), L38A, V20I, A40I, L38V, A12I, A12V, I16L, V20L, Q26E, T31K, N32D, N32H, T34D, T34P, A40V, Q42D, V48E, V48G, V48A, T51A, (V20I, L38A), (V20L, L38A), (V20I, L38V), (V20L, L38V), (Y54D, T83D, Q86E), (G60P, ΔD61, N62P), (G60P, D61P, N62K), (G60P, ΔD61, N62G), (G60P, D61G, N62K), (D61N, N62K) and (T83D, Q86E); wherein said polypeptide has a Tm higher than the Tm of the polypeptide with the sequence MIPRGLSEAK PATPEIQEIV DKVKPQLEEK TNETYGKLEA VQYKTQVLAS TNYYIKVRAG DNKYMHLKVF NGPPGQNADR VLTGYQVDKN KDDELTGF. characterised in that said polypeptide comprises one or more mutations relative to SEQ ID NO: 1 selected from the group consisting of: N32G, T51L, T51V, M65V, A59I, E29M, T34V, T34R, T45I, T45V, T51F, A59L, L67I, (E29K, K30E, E33K), (A59L, G60N, D61G, N62K), (A59V, D61N, N62K), (G60N, D61G, N62K), (G60N, ΔD61, N62G), ΔD61, (A59L, G60N, ΔD61, N62G), (A59V, G60N, D61G, N62K), (A59I, G60N, D61G, N62K), (A59I, G60N, ΔD61, N62G), (A59V, G60N, ΔD61, N62G), (A59V, ΔD61), L38A, V20I, A40I, L38V, A12I, A12V, I16L, V20L, Q26E, T31K, N32D, N32H, T34D, T34P, A40V, Q42D, V48E, V48G, V48A, T51A, (V20I, L38A), (V20L, L38A), (V20I, L38V), (V20L, L38V), (Y54D, T83D, Q86E), (G60P, ΔD61, N62P), (G60P, D61P, N62K), (G60P, ΔD61, N62G), (G60P, D61G, N62K), (D61N, N62K) and (T83D, Q86E); wherein said polypeptide has a Tm higher than the Tm of the polypeptide with the sequence MIPRGLSEAK PATPEIQEIV DKVKPQLEEK TNETYGKLEA VQYKTQVLAS TNYYIKVRAG DNKYMHLKVF NGPPGQNADR VLTGYQVDKN KDDELTGF.
A device for rehabilitation used in physical rehabilitation for a patient who is incapable of expressing an intention to voluntarily move his/her body, the device for rehabilitation comprising: a biological signal acquisition unit configured to acquire biological signals, through a biological signal sampling means , from the patient to whom a kinesthetic illusion is induced by a kinesthetic illusion inducing means , wherein the kinesthetic illusion inducing means is configured to impart predetermined illusory stimulation to a patient to induce the kinesthetic illusion that his/her own rehabilitation target part is moving; a characteristic biological signal detection unit configured to analyze the biological signals for detecting a characteristic biological signal, being characteristic brain activity or characteristic muscular activity, indicating a state where the kinesthetic illusion is induced; and a control signal output unit configured to determine whether the characteristic biological signal is detected by the characteristic biological signal detection unit within a predetermined time after the illusory stimulation is imparted by the kinesthetic illusion inducing means , and to output control signals for controlling body driving means that is configured to forcedly move the rehabilitation target part and/or brain stimulating means that is configured to stimulate the brain, only when the characteristic biological signal is detected by the characteristic biological signal detection unit within the predetermined time after the illusory stimulation. a biological signal acquisition unit configured to acquire biological signals, through a biological signal sampling means , from the patient to whom a kinesthetic illusion is induced by a kinesthetic illusion inducing means , wherein the kinesthetic illusion inducing means is configured to impart predetermined illusory stimulation to a patient to induce the kinesthetic illusion that his/her own rehabilitation target part is moving; a characteristic biological signal detection unit configured to analyze the biological signals for detecting a characteristic biological signal, being characteristic brain activity or characteristic muscular activity, indicating a state where the kinesthetic illusion is induced; and a control signal output unit configured to determine whether the characteristic biological signal is detected by the characteristic biological signal detection unit within a predetermined time after the illusory stimulation is imparted by the kinesthetic illusion inducing means , and to output control signals for controlling body driving means that is configured to forcedly move the rehabilitation target part and/or brain stimulating means that is configured to stimulate the brain, only when the characteristic biological signal is detected by the characteristic biological signal detection unit within the predetermined time after the illusory stimulation.
A unit made up of a) a film , in particular an X-ray film, and b) a system for acquiring image parameters during the exposure of the film , the system comprising a detector element , the detector element being designed to detect the radiation incident on the film during exposure or the radiation transmitted through the film in a spatially resolved manner, wherein the detector element is detachably attached to the film and designed as an elongate strip, the strip extending along the film and being flexible, and the detector element being designed to generate a signal from which image parameters generated by the current film exposure can be derived.
A vehicle display device configured to open and close an opening of a housing , the vehicle display device comprising: a first frame disposed in the opening ; a second frame mounted in the first frame so as to move in a sliding manner; a roller rotatably mounted in the second frame ; a third frame mounted in a back surface part of the second frame so as to move in a sliding manner; and a display configured to connect a front surface part of the first frame and the third frame while being wound around the roller , wherein the opening is opened and closed as much as a movement distance of the second frame with respect to the first frame . a first frame disposed in the opening ; a second frame mounted in the first frame so as to move in a sliding manner; a roller rotatably mounted in the second frame ; a third frame mounted in a back surface part of the second frame so as to move in a sliding manner; and a display configured to connect a front surface part of the first frame and the third frame while being wound around the roller , wherein the opening is opened and closed as much as a movement distance of the second frame with respect to the first frame .
A skiving tool with (a) a tool head , (b) at least one skiving blade (6.1), (c) at least one counterforce generation element (6.2, 6.3, 8.2), by means of which a counterforce (F g ) to a passive force (F p ) acting on the skiving blade can be generated, (d) a blade holder to which the at least one skiving blade (6.1) and the at least one counterforce generation element (6.2, 6.3, 8.2) are fixed, (e) wherein the blade holder is mounted on the tool head such that it is fixed in a tilt-resistant manner relative to the tool head and can be moved in the radial direction, and (f) a roller burnishing tool , characterised in that (g) the roller burnishing tool is connected to the tool head such that it is resistant to bending, (h) the blade holder has precisely three skiving blades (6.1, 6.2, 6.3), (i) the skiving tool has at least one adjustment device , by means of which a circular diameter (D), on which the cutting edges of the skiving blade lie, can be infinitely adjusted, (j) the adjustment device comprises a drive for changing the circular diameter (D) by means of a motor, and (k) the adjustment device is designed in such a way that precisely one skiving blade (6.1) can be moved relative to the blade holder in the radial direction. (a) a tool head , (b) at least one skiving blade (6.1), (c) at least one counterforce generation element (6.2, 6.3, 8.2), by means of which a counterforce (F g ) to a passive force (F p ) acting on the skiving blade can be generated, (d) a blade holder to which the at least one skiving blade (6.1) and the at least one counterforce generation element (6.2, 6.3, 8.2) are fixed, (e) wherein the blade holder is mounted on the tool head such that it is fixed in a tilt-resistant manner relative to the tool head and can be moved in the radial direction, and (f) a roller burnishing tool , characterised in that (g) the roller burnishing tool is connected to the tool head such that it is resistant to bending, (h) the blade holder has precisely three skiving blades (6.1, 6.2, 6.3), (i) the skiving tool has at least one adjustment device , by means of which a circular diameter (D), on which the cutting edges of the skiving blade lie, can be infinitely adjusted, (j) the adjustment device comprises a drive for changing the circular diameter (D) by means of a motor, and (k) the adjustment device is designed in such a way that precisely one skiving blade (6.1) can be moved relative to the blade holder in the radial direction.
Method for monitoring an operation of a binary interface, wherein a source transmits an information item via an output and at least two conductors to an input of a sink , wherein a signal voltage level (U H ) which can be defined by means of a voltage which is connected to the output means either an on state - positive logic - or an off state - negative logic - and a base voltage level (U L ) which is applied when the voltage is separated from the output accordingly means an off or on state, and wherein an error identification with regard to the operation of the output or the interface or a cross-fault identification with regard to at least one conductor is preferably carried out by means of monitoring the voltage applied at the output , characterised in that the on state and/or the off state is/are produced in each case by means of at least two definable different signal voltage levels (U H1 , U H2 ) and/or base voltage levels (U L1 , U L2 ) or vice versa, wherein the signal voltage levels (U H1 , U H2 ) are each applied at different line outputs of the output , and in that at least one signal voltage level (U H1 , U H2 ) and/or base voltage level (U L1 , U L2 ) for error identification and/or cross-fault identification are monitored for a deviation of the respective level height thereof from the defined level height by a definable voltage value and/or for any distinguishability from the other signal voltage level(s) (U H1 , U H2 ) and/or base voltage levels (U L1 , U L2 ).
A control information sending method, wherein the method comprises: determining , from a preset set of patterns, a pattern as a first pattern, wherein the preset set of patterns comprises one or more patterns, and the pattern determines an aggregation level and a resource indicator of a resource for transmitting control information in each subframe of multiple subframes; determining , according to the first pattern, a resource that is used for transmitting, in each subframe of the multiple subframes, the control information, and mapping the control information to the resource that is used for transmitting, in each subframe of the multiple subframes, the control information; and sending the mapped control information by using a physical channel; wherein the determining, from a preset set of patterns, a pattern as a first pattern comprises: determining a characteristic parameter of user equipment, wherein each pattern of the preset set of patterns is corresponding to a characteristic parameter; and determining, according to a correspondence between a characteristic parameter and a pattern, a pattern corresponding to the characteristic parameter of the user equipment as the first pattern, wherein the characteristic parameter is: a service type, or a delay requirement. determining , from a preset set of patterns, a pattern as a first pattern, wherein the preset set of patterns comprises one or more patterns, and the pattern determines an aggregation level and a resource indicator of a resource for transmitting control information in each subframe of multiple subframes; determining , according to the first pattern, a resource that is used for transmitting, in each subframe of the multiple subframes, the control information, and mapping the control information to the resource that is used for transmitting, in each subframe of the multiple subframes, the control information; and sending the mapped control information by using a physical channel; wherein the determining, from a preset set of patterns, a pattern as a first pattern comprises: determining a characteristic parameter of user equipment, wherein each pattern of the preset set of patterns is corresponding to a characteristic parameter; and determining, according to a correspondence between a characteristic parameter and a pattern, a pattern corresponding to the characteristic parameter of the user equipment as the first pattern, wherein the characteristic parameter is: a service type, or a delay requirement.
A map display device that displays a map image around a vehicle position, comprising: display means ; first storage means storing map data including road data of a road and a street name related to the road; second storage means storing adjustment data indicative of a relationship between a display position of the road data and a display position of the street name; and characterised by map display control means for calculating the display position of the street name related to the road on the basis of the adjustment data for the individual road, and displaying the street name on a screen of the display means , wherein a road width when the road is displayed on the screen of the display means is determined in accordance with the number of lanes and a road type of the road, and wherein the adjustment data is a distance between the display position of the road and the display position of the street name, and is determined in accordance with the road width of the road. display means ; first storage means storing map data including road data of a road and a street name related to the road; second storage means storing adjustment data indicative of a relationship between a display position of the road data and a display position of the street name; and characterised by map display control means for calculating the display position of the street name related to the road on the basis of the adjustment data for the individual road, and displaying the street name on a screen of the display means , wherein a road width when the road is displayed on the screen of the display means is determined in accordance with the number of lanes and a road type of the road, and wherein the adjustment data is a distance between the display position of the road and the display position of the street name, and is determined in accordance with the road width of the road.
Method for selective isolation of microorganisms of interest in a liquid biological sample comprising or likely to comprise, notably: • microorganisms of interest whose cell membrane or capsid does not contain cholesterol, and • untargeted elements, i.e.: - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, said method comprising the following steps: a) bringing the liquid biological sample into contact with a saponin formulation, in order to destabilize the cell membranes containing cholesterol or the viral envelopes containing cholesterol or the membranes of mycoplasmas containing cholesterol, b) performing osmotic shock of the untargeted cells in order to lyse them specifically, c) adding a solution of at least one enzyme able to lyse the free nucleic acids, DNA and/or RNA derived from the untargeted elements lysed in solution in the sample, allowing the microorganisms of interest to be obtained selectively, d) adding an agent for precipitating the unlysed microorganisms of interest in solution in the sample, said agent allowing the adhesion of the pellet containing said microorganisms of interest and being chosen among polyethylene glycol (PEG), glycogen, the nucleic acids or a mixture of these precipitating agents. • microorganisms of interest whose cell membrane or capsid does not contain cholesterol, and • untargeted elements, i.e.: - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, a) bringing the liquid biological sample into contact with a saponin formulation, in order to destabilize the cell membranes containing cholesterol or the viral envelopes containing cholesterol or the membranes of mycoplasmas containing cholesterol, b) performing osmotic shock of the untargeted cells in order to lyse them specifically, c) adding a solution of at least one enzyme able to lyse the free nucleic acids, DNA and/or RNA derived from the untargeted elements lysed in solution in the sample, allowing the microorganisms of interest to be obtained selectively, d) adding an agent for precipitating the unlysed microorganisms of interest in solution in the sample, said agent allowing the adhesion of the pellet containing said microorganisms of interest and being chosen among polyethylene glycol (PEG), glycogen, the nucleic acids or a mixture of these precipitating agents.