mhurhangee/ep-ind-claims huggingface dataset:
A vehicle cup holder having a design panel of an automobile, a holder, a light source unit, and a lightguide; wherein the holder is formed integrally with the design panel the holder comprising a holder bottom wall and a holder side wall extending from the holder bottom wall, and the holder having a beverage container receiver adapted to receive a beverage container therein; wherein the light source unit comprises a light source; wherein the lightguide comprises a ring part disposed so as to surround an opening part of the beverage container receiver; a light-receiving surface for introducing light from the light source into the lightguide; and an outer peripheral extension disposed so as to extend from the ring part to the outer periphery side of the ring part and guiding the light introduced from the light-receiving surface into the lightguide to the ring part; wherein the holder side wall is provided with a through hole; and wherein the outer peripheral extension is inserted through the through hole; characterized in that the vehicle cup holder further has a decorating bezel; wherein the holder side wall has first and second steps (24, 25); wherein the first step consists of a first horizontal extension mounted with the ring part of the lightguide and a first upward extension extending upward from an outer peripheral edge of the first horizontal extension; wherein the second step is located higher than the first step and consists of a second horizontal extension extending horizontally from an upper end part of the first upward extension of the first step to the outer periphery side and a second upward extension extending upward from an outer peripheral edge of the second horizontal extension so as to reach the design panel; and wherein the decorating bezel covers the first step, the second horizontal extension of the second step, and the ring part from above them such that only the inner peripheral surface of the ring part is exposed to the inside of the beverage container receiver. wherein the holder is formed integrally with the design panel the holder comprising a holder bottom wall and a holder side wall extending from the holder bottom wall, and the holder having a beverage container receiver adapted to receive a beverage container therein; wherein the light source unit comprises a light source; wherein the lightguide comprises a ring part disposed so as to surround an opening part of the beverage container receiver; a light-receiving surface for introducing light from the light source into the lightguide; and an outer peripheral extension disposed so as to extend from the ring part to the outer periphery side of the ring part and guiding the light introduced from the light-receiving surface into the lightguide to the ring part; wherein the holder side wall is provided with a through hole; and wherein the outer peripheral extension is inserted through the through hole;
An adapter for connecting a multi-voltage battery pack to a power tool, the multi-voltage battery pack is provided with a multi-voltage battery interface and configured to output at least two different voltages, the power tool is provided with a power tool interface and detachably coupleable to a single voltage battery pack, the single voltage battery pack is configured to output only one voltage, the multi-voltage battery interface of the multi-voltage battery pack is not coupleable to the power tool interface of the power tool, the adapter comprising: a housing; an input port disposed in the housing and provided for electrically and mechanically coupling with the multi-voltage battery interface of the multi-voltage battery pack; and an output port disposed in the housing and provided for electrically and mechanically coupling with the power tool interface of the power tool, the output port is electrically connected to the input port; wherein the power tool is powerable by the multi-voltage battery pack when the multi-voltage battery interface of the multi-voltage battery pack is coupled to the input port of the adapter and the power tool interface of the power tool is coupled to the output port of the adapter characterized in that the input port is provided with a switching mechanism matched with the multi-voltage battery interface of the multi-voltage battery pack and configured to change the output voltage of the multi-voltage battery pack by changing the connection state of the switching mechanism between a series or parallel supply of voltage from the multi-voltage battery interface. a housing; an input port disposed in the housing and provided for electrically and mechanically coupling with the multi-voltage battery interface of the multi-voltage battery pack; and an output port disposed in the housing and provided for electrically and mechanically coupling with the power tool interface of the power tool, the output port is electrically connected to the input port; wherein the power tool is powerable by the multi-voltage battery pack when the multi-voltage battery interface of the multi-voltage battery pack is coupled to the input port of the adapter and the power tool interface of the power tool is coupled to the output port of the adapter characterized in that the input port is provided with a switching mechanism matched with the multi-voltage battery interface of the multi-voltage battery pack and configured to change the output voltage of the multi-voltage battery pack by changing the connection state of the switching mechanism between a series or parallel supply of voltage from the multi-voltage battery interface.
A migration apparatus for migrating confidential data protected in a first terminal to a second terminal, the migration apparatus comprising: a receiving unit operable to receive, from the first terminal, confidential data protected by a first encryption algorithm in a security module in the first terminal, and receive a download request for the confidential data from the second terminal; an identification unit operable to identify the first encryption algorithm by using a credential transmitted from the first terminal, and identify a second encryption algorithm used in a security module in the second terminal by using a credential transmitted from the second terminal; a holding unit holding a security policy table that indicates one or more correspondence relationships among a plurality of encryption algorithms including the first encryption algorithm and the second encryption algorithm, in which a plurality of key lengths for the encryption algorithms are indicated in correspondence with a same encryption strength level; and a control unit operable to, when receiving the download request from the second terminal, (i) re-protect the confidential data by decrypting the confidential data with use of the first encryption algorithm and encrypting the decrypted confidential data with use of the second encryption algorithm, by using key lengths indicated in correspondence with the same encryption strength in the security policy table, and (ii) transmit the re-protected confidential data to the second terminal a receiving unit operable to receive, from the first terminal, confidential data protected by a first encryption algorithm in a security module in the first terminal, and receive a download request for the confidential data from the second terminal; an identification unit operable to identify the first encryption algorithm by using a credential transmitted from the first terminal, and identify a second encryption algorithm used in a security module in the second terminal by using a credential transmitted from the second terminal; a holding unit holding a security policy table that indicates one or more correspondence relationships among a plurality of encryption algorithms including the first encryption algorithm and the second encryption algorithm, in which a plurality of key lengths for the encryption algorithms are indicated in correspondence with a same encryption strength level; and a control unit operable to, when receiving the download request from the second terminal, (i) re-protect the confidential data by decrypting the confidential data with use of the first encryption algorithm and encrypting the decrypted confidential data with use of the second encryption algorithm, by using key lengths indicated in correspondence with the same encryption strength in the security policy table, and (ii) transmit the re-protected confidential data to the second terminal
A system for analyzing gene expression profile data, the system comprising: a storage unit which stores the number of counts of mRNAs having been expressed from a subject gene to be evaluated as expression data in correspondence to the subject gene under each of a plurality of gene expression conditions; a correspondence analysis unit which reads the expression data from the storage unit for each subject gene and carries out correspondence analysis on the basis of the number of counts under each expression condition in expression data; a coordinate conversion unit which converts n-dimensional scores obtained by the correspondence analysis to coordinate values for m-dimensionally arranging each subject gene, wherein n and m are natural numbers, and m≤n; and an image processing unit which carries out plotting along the corresponding coordinate values for each gene to display the result on an image display unit, wherein a known gene having a known function is subjected to the correspondence analysis, and on the basis of the coordinate distance between the known gene and the subject gene in the n dimension, a subject gene which is similar in function to the known gene is extracted, and wherein the known gene expressed by only each expression parameter is subjected to the correspondence analysis as a dummy gene, and the coordinates of the dummy gene are set as the vertex representing an expression condition of only any of expression parameter in a figure displayed on the n dimension. a storage unit which stores the number of counts of mRNAs having been expressed from a subject gene to be evaluated as expression data in correspondence to the subject gene under each of a plurality of gene expression conditions; a correspondence analysis unit which reads the expression data from the storage unit for each subject gene and carries out correspondence analysis on the basis of the number of counts under each expression condition in expression data; a coordinate conversion unit which converts n-dimensional scores obtained by the correspondence analysis to coordinate values for m-dimensionally arranging each subject gene, wherein n and m are natural numbers, and m≤n; and an image processing unit which carries out plotting along the corresponding coordinate values for each gene to display the result on an image display unit, wherein a known gene having a known function is subjected to the correspondence analysis, and on the basis of the coordinate distance between the known gene and the subject gene in the n dimension, a subject gene which is similar in function to the known gene is extracted, and wherein the known gene expressed by only each expression parameter is subjected to the correspondence analysis as a dummy gene, and the coordinates of the dummy gene are set as the vertex representing an expression condition of only any of expression parameter in a figure displayed on the n dimension.
A polyol composition comprising a high functional, moderate viscosity aromatic polyester polyol, which composition is essentially free of polyether polyol, suitable as the sole polyol in the production of polyurethane foams that have an E-84 tunnel fire test class one rating, said aromatic polyester polyol having a functionality range from 2.8 to 3.2, a moderate viscosity ranging from 4,000 -10,000 cps @ 25°C inclusive, a hydroxyl number in the range of 320-400 inclusive, and percent phenyl content (w/w) in the range of 14.75% to 19.58%, wherein said polyol composition is prepared by the transesterification or esterification of a mixture consisting of: 34-66% w/w glycols, 24-34 w/w terephthalate, 0-17% w/w glycerin, 0-14% w/w pentaerythriol, 0-5% w/w methyl glucoside, 0-10% w/w sorbitol, and 0-15% w/w natural vegetable oil, modified natural vegetable oil or fatty acid derivatives of vegetable oil. 34-66% w/w glycols, 24-34 w/w terephthalate, 0-17% w/w glycerin, 0-14% w/w pentaerythriol, 0-5% w/w methyl glucoside, 0-10% w/w sorbitol, and 0-15% w/w natural vegetable oil, modified natural vegetable oil or fatty acid derivatives of vegetable oil.
A binder composition for a non-aqueous secondary battery electrode comprising: a particulate polymer formed by a polymer that includes a block region composed of an aromatic vinyl monomer unit and has a tetrahydrofuran-insoluble content of not less than 5 mass% and not more than 40 mass% when measured as described in the description, wherein the polymer further includes a coupling moiety and is obtained through cross-linking of a block polymer including an aliphatic conjugated diene monomer unit and a block region composed of an aromatic vinyl monomer unit, and a water-soluble polymer that includes a hydrophilic group and has a weight-average molecular weight of not less than 15,000 and not more than 500,000 when measured as described in the description, wherein "water-soluble" means that when 0.5 g of the polymer is dissolved in 100 g of water at a temperature of 25°C, insoluble content is less than 1.0 mass%. a particulate polymer formed by a polymer that includes a block region composed of an aromatic vinyl monomer unit and has a tetrahydrofuran-insoluble content of not less than 5 mass% and not more than 40 mass% when measured as described in the description, wherein the polymer further includes a coupling moiety and is obtained through cross-linking of a block polymer including an aliphatic conjugated diene monomer unit and a block region composed of an aromatic vinyl monomer unit, and a water-soluble polymer that includes a hydrophilic group and has a weight-average molecular weight of not less than 15,000 and not more than 500,000 when measured as described in the description, wherein "water-soluble" means that when 0.5 g of the polymer is dissolved in 100 g of water at a temperature of 25°C, insoluble content is less than 1.0 mass%.
A method performed by a transmitting node for processing a multi-destination frame in a network, the method comprising the steps of: generating (404, 406, 408, 410) a multi-destination frame that comprises a control block type, a data payload and a receiver list associated with the control block type; wherein the control block type indicates that the receiver list is an include list, and the receiver list is a list of receivers that process the multi-destination frame without discarding the multi-destination frame; sending the multi-destination frame to a receiving node using a wireless radio link. generating (404, 406, 408, 410) a multi-destination frame that comprises a control block type, a data payload and a receiver list associated with the control block type; wherein the control block type indicates that the receiver list is an include list, and the receiver list is a list of receivers that process the multi-destination frame without discarding the multi-destination frame; sending the multi-destination frame to a receiving node using a wireless radio link.
A method for purifying total mRNA from total RNA with SLFN13, comprising the following steps of: extracting total RNA: extracting complete total RNA from a sample by using a traditional TRIzol-chloroform method; performing enzyme digestion on tRNA and rRNA: taking purification of 10 μg total RNA as an example, adding 1 μl of 50 μM SLFN13 into 10 μl total RNA of 1 μg/μl, then adding 2 μl 10 × enzyme digestion buffer comprising 400 mM of Tris-HCl (pH 8.0), 200 mM of KCl, 40 mM of MgCl 2 and 20 mM of DTT, adding 7 μl of ddH 2 O to obtain 20 μl of an enzyme digestion system; and incubating the enzyme digestion system at room temperature for 30 min; and after the enzyme digestion, directly heating at 70°C for 15 min to inactivate SLFN13, so as to obtain purified total mRNA. extracting total RNA: extracting complete total RNA from a sample by using a traditional TRIzol-chloroform method; performing enzyme digestion on tRNA and rRNA: taking purification of 10 μg total RNA as an example, adding 1 μl of 50 μM SLFN13 into 10 μl total RNA of 1 μg/μl, then adding 2 μl 10 × enzyme digestion buffer comprising 400 mM of Tris-HCl (pH 8.0), 200 mM of KCl, 40 mM of MgCl 2 and 20 mM of DTT, adding 7 μl of ddH 2 O to obtain 20 μl of an enzyme digestion system; and incubating the enzyme digestion system at room temperature for 30 min; and after the enzyme digestion, directly heating at 70°C for 15 min to inactivate SLFN13, so as to obtain purified total mRNA.
A shutter which is formed to be capable of bending in a sliding direction, and which slides along a pair of guide grooves including a curved portion at one portion thereof, the guide grooves being provided on two sides, facing each other, of an opening of a device main member and a shutter storage side, to open and close the opening, the shutter comprising: a shutter base material sliding along the guide grooves in a state wherein corresponding portions thereof fit into the guide grooves; and a hinge base material disposed to cover at least an outer face of the shutter base material, the hinge base material being a sheet formed of a continuous fiber reinforced plastic, wherein the shutter base material is made of rigid resin; the shutter base material is structured by a plurality of piece-like rib materials arranged side by side at intervals in the sliding direction; and a single projection is provided at both ends of the piece-like rib material; the shutter being characterized in that the shutter base material is also structured by a first plate-like rib material placed in a front side and having a plate width wider than that of the piece-like rib materials, two projections are provided at both end portions of the plate-like rib material, and each projection is provided in a step shape relative to an upper face of the piece-like rib material and the plate-like rib material, and slidably fitted into the guide groove. a shutter base material sliding along the guide grooves in a state wherein corresponding portions thereof fit into the guide grooves; and a hinge base material disposed to cover at least an outer face of the shutter base material, the hinge base material being a sheet formed of a continuous fiber reinforced plastic, wherein the shutter base material is made of rigid resin; the shutter base material is structured by a plurality of piece-like rib materials arranged side by side at intervals in the sliding direction; and a single projection is provided at both ends of the piece-like rib material; the shutter being characterized in that the shutter base material is also structured by a first plate-like rib material placed in a front side and having a plate width wider than that of the piece-like rib materials, two projections are provided at both end portions of the plate-like rib material, and each projection is provided in a step shape relative to an upper face of the piece-like rib material and the plate-like rib material, and slidably fitted into the guide groove.
An apparatus comprising: a first touch screen comprising a plurality of first touch sensors formed as a first grid of gate circuits and read-out lines; a second touch screen comprising a plurality of second touch sensors formed as a second grid of gate circuits and read-out lines; a first processor configured to detect touch areas by scanning through the first touch sensors in a predetermined order along the gate circuits and read-out lines; a second processor configured to detect touch areas by scanning through the second touch sensors in a predetermined order along the gate circuits and read-out lines; and a controller configured to cause the first and second processors to scan the first and second grids synchronized such that when the first and second touch screens are arranged side by side so that at neighboring sides of the first and second grids there are neighboring rows of each touch screen adjacent to each other, the first and second touch sensors of neighboring rows are scanned substantially simultaneously. a first touch screen comprising a plurality of first touch sensors formed as a first grid of gate circuits and read-out lines; a second touch screen comprising a plurality of second touch sensors formed as a second grid of gate circuits and read-out lines; a first processor configured to detect touch areas by scanning through the first touch sensors in a predetermined order along the gate circuits and read-out lines; a second processor configured to detect touch areas by scanning through the second touch sensors in a predetermined order along the gate circuits and read-out lines; and a controller configured to cause the first and second processors to scan the first and second grids synchronized such that when the first and second touch screens are arranged side by side so that at neighboring sides of the first and second grids there are neighboring rows of each touch screen adjacent to each other, the first and second touch sensors of neighboring rows are scanned substantially simultaneously.
Bar for use in a vehicle, wherein the bar is attached to a steering cylinder of the vehicle and to a wheel axle, characterized in that the bar is twisted around its longitudinal axis.
A vibration detection apparatus, comprising: a ring laser resonator that generates a laser beam propagating a ring-shaped light path; a phase shift fiber Bragg grating which is disposed in the ring laser resonator such that the laser beam enters the grating, and of which transmittance distribution characteristic of transmitted light in a wavelength direction changes in accordance with vibration of an object; and a detection system that detects the vibration based on a change of intensity of the transmitted light through the phase shift fiber Bragg grating. a ring laser resonator that generates a laser beam propagating a ring-shaped light path; a phase shift fiber Bragg grating which is disposed in the ring laser resonator such that the laser beam enters the grating, and of which transmittance distribution characteristic of transmitted light in a wavelength direction changes in accordance with vibration of an object; and a detection system that detects the vibration based on a change of intensity of the transmitted light through the phase shift fiber Bragg grating.
Automatically lowerable seal - having a housing, - having a sealing strip (2, 3) comprising a retaining strip and a sealing profile, - having a mechanism with which the sealing strip (2, 3) is movably arranged in the housing, - wherein the mechanism has a trigger (4, 5) and a rod, - wherein the trigger (4, 5) and the rod are connected to each other, - wherein the relative position of the trigger (4, 5) to the rod is adjustable, characterised in that - the trigger (4, 5) has a first trigger part and a second trigger part, - wherein the first trigger part is displaceably guided by the housing and - wherein the second trigger part is non-displaceable to the first trigger part but is rotatably mounted on or in the first trigger part. - having a housing, - having a sealing strip (2, 3) comprising a retaining strip and a sealing profile, - having a mechanism with which the sealing strip (2, 3) is movably arranged in the housing, - wherein the mechanism has a trigger (4, 5) and a rod, - wherein the trigger (4, 5) and the rod are connected to each other, - wherein the relative position of the trigger (4, 5) to the rod is adjustable, characterised in that - the trigger (4, 5) has a first trigger part and a second trigger part, - wherein the first trigger part is displaceably guided by the housing and - wherein the second trigger part is non-displaceable to the first trigger part but is rotatably mounted on or in the first trigger part.