mhurhangee/ep-ind-claims huggingface dataset:
A portable terminal charging apparatus for charging a charging load of a portable terminal that includes a load connection switch for connecting/disconnecting the charging load, the portable terminal charging apparatus comprising: a support plate whose front surface side is configured to be used as a portable terminal placement portion; a charging coil configured to charge a portable terminal placed on the portable terminal placement portion; a controller that is connected to the charging coil; and a memory that is connected to the controller, wherein the charging coil is provided with a first detection coil, and a second detection coil, and the first and second detection coils are connected to the controller, characterised in that the second detection coil is disposed inward of the first detection coil and has a smaller diameter than a diameter of the first detection coil, and wherein the controller is configured to perform a safety operation if a ratio (V2/V1) of a second voltage detected by the second detection coil to a first voltage detected by the first detection coil is less than a first set value held in the memory between starting of conduction of the charging coil and a state of connection of the charging load of the portable terminal, and wherein the controller is configured to perform a sequence of prescribed operations for charging the portable terminal and to complete an authentication and configuration phase, after which the portable terminal enters the state of connection of the charging load. a support plate whose front surface side is configured to be used as a portable terminal placement portion; a charging coil configured to charge a portable terminal placed on the portable terminal placement portion; a controller that is connected to the charging coil; and a memory that is connected to the controller, wherein the charging coil is provided with a first detection coil, and a second detection coil, and the first and second detection coils are connected to the controller, characterised in that the second detection coil is disposed inward of the first detection coil and has a smaller diameter than a diameter of the first detection coil, and wherein the controller is configured to perform a safety operation if a ratio (V2/V1) of a second voltage detected by the second detection coil to a first voltage detected by the first detection coil is less than a first set value held in the memory between starting of conduction of the charging coil and a state of connection of the charging load of the portable terminal, and wherein the controller is configured to perform a sequence of prescribed operations for charging the portable terminal and to complete an authentication and configuration phase, after which the portable terminal enters the state of connection of the charging load.
A suture anchor, comprising: a body having a proximal end, a distal end, and an axial recess; a bone engaging element attached to the body for securing the body in bone; and a flexible crossbar for engaging a suture, the crossbar extending across the axial recess and having a free end and an opposed fixed end, the crossbar descending distally as it extends across the axial recess, so that the free end of the crossbar is disposed distally of its opposing fixed end, characterized in that the body further comprises a crossbar window having a proximal surface, wherein the free end of the crossbar is disposed within the crossbar window such that proximal motion of the crossbar is limited by engagement with the proximal surface of the crossbar window. a body having a proximal end, a distal end, and an axial recess; a bone engaging element attached to the body for securing the body in bone; and a flexible crossbar for engaging a suture, the crossbar extending across the axial recess and having a free end and an opposed fixed end, the crossbar descending distally as it extends across the axial recess, so that the free end of the crossbar is disposed distally of its opposing fixed end, characterized in that the body further comprises a crossbar window having a proximal surface, wherein the free end of the crossbar is disposed within the crossbar window such that proximal motion of the crossbar is limited by engagement with the proximal surface of the crossbar window.
Use of at least one antioxidant with a first concentration in an electrochromic element having an ion conducting component for suppressing self-discharging, wherein at least one antioxidant is added to the ion conducting component, wherein the antioxidant at least proportionally consists of one or several 1,3,5-trisubstituted phenols of a first concentration and at least proportionally of one or several sterically hindered amines of a second concentration.
A peptide defined by the formula: (Xn), wherein: - is a sequence of amino acids of GHNYTTRNILP (SEQ ID NO: 8); - (Xn) is a linker of from 10 to 40 angstroms in length, said linker consisting of one or more amino acid residues selected from glycine, alanine, leucine, serine, valine and threonine; - is a sequence of amino acids of AKYYKENNVEK (SEQ ID NO: 9). - is a sequence of amino acids of GHNYTTRNILP (SEQ ID NO: 8); - (Xn) is a linker of from 10 to 40 angstroms in length, said linker consisting of one or more amino acid residues selected from glycine, alanine, leucine, serine, valine and threonine; - is a sequence of amino acids of AKYYKENNVEK (SEQ ID NO: 9).
A method of synthesizing a crystalline material having a CHA framework-type and having, in its calcined and anhydrous form, a composition involving the molar relationship: (n)X 2 O 3:YO 2, wherein X is a trivalent element; Y is a tetravalent element, and n is from 0 to less than 0.01, wherein X is aluminum, boron, iron, indium, gallium or a combination thereof and wherein Y is silicon, tin, titanium, germanium or a combination thereof, the method comprising: (a) preparing a reaction mixture, said reaction mixture comprising a source of water, a source of an oxide of the tetravalent element Y, optionally a source of an oxide of the trivalent element X, an organic directing agent for directing the formation of said crystalline material having a CHA framework-type, said organic directing agent comprising a multi-cyclic amine or ammonium compound, wherein the multi-cyclic amine or ammonium compound comprises a tricyclic or tetracyclic amine or ammonium compound, and seeds of a crystalline material having an AEI framework-type, wherein said reaction mixture also comprises a fluoride or fluoride-containing compound. (b) maintaining said reaction mixture under conditions sufficient to form crystals of said crystalline material having a CHA framework-type; and (c) recovering said crystalline material from (b), wherein the crystals of said material, in its calcined and anhydrous form, have an average diameter of 0.5 to 4 μm. (a) preparing a reaction mixture, said reaction mixture comprising a source of water, a source of an oxide of the tetravalent element Y, optionally a source of an oxide of the trivalent element X, an organic directing agent for directing the formation of said crystalline material having a CHA framework-type, said organic directing agent comprising a multi-cyclic amine or ammonium compound, wherein the multi-cyclic amine or ammonium compound comprises a tricyclic or tetracyclic amine or ammonium compound, and seeds of a crystalline material having an AEI framework-type, wherein said reaction mixture also comprises a fluoride or fluoride-containing compound. (b) maintaining said reaction mixture under conditions sufficient to form crystals of said crystalline material having a CHA framework-type; and (c) recovering said crystalline material from (b),
Film-encapsulated vacuum insulation body, comprising a core and an air-tight enveloping foil consisting of several layers and surrounding the core, wherein a thin layer made of aluminum is vapor deposited onto a substrate as a barrier layer and is covered by a protective layer, and wherein a low-melting sealing layer made of polyethylene is located at the bottom side of the substrate layer, wherein a textile product, especially a fleece, and/or a textile surface object, especially a non-woven fabric, is inserted between the core and the envelopoing foil at least in certain areas, wherein the filaments of the textile product and/or of the textile surface object have at least two components (9,10), which consist of different materials, but are bound together, and wherein the two components (9,10) of the filaments are arranged concentric to each other, namely in the form of an inner core on the one hand and a sheath made of polymer material surrounding the core at the outside on the other hand, characterized in that the molecular formula of the monomer or of the repeating unit of the polymer material of the sheath of the filament coincides with the molecular formula of the monomer or of the repeating unit of the polymer material of the sealing layer of the enveloping foil.
Profile comprising at least one portion of cross-section substantially U-shaped which has a groove delimited by two wings (15 and 16) and a core connecting them to one another and which is locally provided with torsional stiffening means, the profile being constituted of a fibre-reinforced plastic composite, these local stiffening means comprising at least one crosspiece formed in this groove from one single piece with the wings and the core, characterised in that said wings and said core are reinforced with fibres mainly oriented in the longitudinal direction of the profile, with more than 60% of these fibres oriented in a direction forming an angle of between -30° and +30° with respect to said longitudinal direction.
A heat-shrinkable polyester film having a heat shrinkage initiation temperature of 60°C or lower, a glass transition temperature (Tg) of 77°C or lower and a heat shrinkage rate of 2% or more at 60°C, wherein the glass transition temperature is measured using a differential scanning calorimeter, as described in the present specification, and wherein the film has a heat shrinkage rate of 15% or more at 65°C, 42% or more at 70°C, and 70% or more at 80°C. wherein the film is prepared by random-copolymerization of one of terephthalic acid and dimethyl terephthalate as the dibasic acid component with 60 to 85 mol% of ethylene glycol, 10 to 25 mol% of neopentyl glycol, and 1 to 15 mol% of a linear diol component having three or more carbon atoms at a main chain thereof as the diol components. wherein the film has a heat shrinkage rate of 15% or more at 65°C, 42% or more at 70°C, and 70% or more at 80°C. wherein the film is prepared by random-copolymerization of one of terephthalic acid and dimethyl terephthalate as the dibasic acid component with 60 to 85 mol% of ethylene glycol, 10 to 25 mol% of neopentyl glycol, and 1 to 15 mol% of a linear diol component having three or more carbon atoms at a main chain thereof as the diol components.
A display device (10, 12) comprising: a display panel; a polarization member facing the display panel; a cover window including an inorganic material, the cover window facing the display panel with the polarization member therebetween; and a window bonding member which is between the cover window and the polarization member attaches the cover window to the polarization member; a polarization bonding member which is between the polarization member and the display panel and attaches the polarization member to the display panel, characterized in that the window bonding member has a modulus of elasticity of 1 megapascal to 10 megapascals and in that a creep characteristic of the polarization bonding member is smaller than a creep characteristic of the window bonding member. a display panel; a polarization member facing the display panel; a cover window including an inorganic material, the cover window facing the display panel with the polarization member therebetween; and a window bonding member which is between the cover window and the polarization member attaches the cover window to the polarization member; a polarization bonding member which is between the polarization member and the display panel and attaches the polarization member to the display panel, characterized in that the window bonding member has a modulus of elasticity of 1 megapascal to 10 megapascals and in that a creep characteristic of the polarization bonding member is smaller than a creep characteristic of the window bonding member.
Electrostatic separator (1, 1') for an exhaust line of an emission control system, having a flow channel with a channel wall and a channel interior, through which a particle-containing exhaust gas flows in a direction of flow, and an electrode, which extends substantially in the direction of flow in the channel interior and has an electrode feed, for forming an electrical field between the electrode and the channel wall, also comprising furthermore at least one particle-removing means (9, 9'), which by introducing a vibration into the electrode for removing particles attaching themselves to the electrode prevents particles of the exhaust gas from being permanently deposited on the electrode, characterized in that the particle-removing means (9, 9') is formed as a thermally induced movement element (9a, 9a'), which is moved by supplying/removing heat during the heating-up/switching-off of a furnace.
Drug delivery device comprising: - a reservoir for containing a product, said reservoir having a distally projecting end-piece having a longitudinal axis A and defining an axial passageway for the transfer of the product from the reservoir, said end-piece having a distal portion, - an adaptor having a collar engageable around said end-piece, - securing means (13, 24, 32) for locking the axial movement of said collar with respect to said end-piece once said collar is engaged around said end-piece, wherein said adaptor further comprises a foldable element (36, 34) capable of going from a folded configuration in which said foldable element substantially surrounds said distal portion of said end-piece, and an unfolded configuration, in which said foldable element leaves said distal portion at least partially uncovered, said foldable element comprising two semi tubes extending from the collar, said two semi tubes merging so as to form a single tube extending from the collar in the distal direction, in the folded configuration of said foldable element, the two semi tubes extending from the collar outwardly in opposite transverse directions when said foldable element is in its unfolded configuration, characterized in that the inner walls of said semi tubes are provided with portions of thread forming a continuous thread when the foldable element is in its folded configuration and said semi tubes form a single tube. - a reservoir for containing a product, said reservoir having a distally projecting end-piece having a longitudinal axis A and defining an axial passageway for the transfer of the product from the reservoir, said end-piece having a distal portion, - an adaptor having a collar engageable around said end-piece, - securing means (13, 24, 32) for locking the axial movement of said collar with respect to said end-piece once said collar is engaged around said end-piece, wherein
A stent (10, 10a, 10b, 10c, 10d) including: plural strut portions (30, 30A) each of which is formed to be bent in a zigzag manner and coupled at both ends to have an annular shape; and plural bridge portions which couple together the plural strut portions in an axial direction, and characterized in that each of the bridge portions comprises 3 or 4 frames coupled together, wherein each strut portion (30, 30A) includes: mountain portions which correspond to bent portions that are projected toward one end side of the stent; and valley portions which correspond to bent portions that are projected toward another end side, wherein all the mountain portions of each strut portion (30, 30A) other than the strut portion (30, 30A) which is positioned in a top on the one end side are each coupled to one of the bridge portions, such that all the mountain portions are bundled into groups of the 3 or 4 mountain portions by the bridge portions, and wherein each group is coupled to one of the valley portions or to one of the mountain portions of another strut portion (30, 30A) which is adjacent on the one end side, and wherein a part of the valley portions of each strut portion (30, 30A) is not coupled to the bridge portions or a part of the mountain portions of each strut portion (30, 30A) is coupled to only one of the bridge portions. plural strut portions (30, 30A) each of which is formed to be bent in a zigzag manner and coupled at both ends to have an annular shape; and plural bridge portions which couple together the plural strut portions in an axial direction, and characterized in that each of the bridge portions comprises 3 or 4 frames coupled together, wherein each strut portion (30, 30A) includes: mountain portions which correspond to bent portions that are projected toward one end side of the stent; and valley portions which correspond to bent portions that are projected toward another end side, mountain portions which correspond to bent portions that are projected toward one end side of the stent; and valley portions which correspond to bent portions that are projected toward another end side, wherein all the mountain portions of each strut portion (30, 30A) other than the strut portion (30, 30A) which is positioned in a top on the one end side are each coupled to one of the bridge portions, such that all the mountain portions are bundled into groups of the 3 or 4 mountain portions by the bridge portions, and wherein each group is coupled to one of the valley portions or to one of the mountain portions of another strut portion (30, 30A) which is adjacent on the one end side, and wherein a part of the valley portions of each strut portion (30, 30A) is not coupled to the bridge portions or a part of the mountain portions of each strut portion (30, 30A) is coupled to only one of the bridge portions.
A genetically modified rodent comprising antibody-secreting cells comprising an exogenous nucleic acid sequence comprising (i) a promoter, that is expressed in antibody-secreting cells, and (ii) a nucleic acid sequence encoding an immunoglobulin-capturing molecule comprising a cell surface tether portion and an immunoglobulin-binding portion, wherein the promoter is operably linked to said nucleic acid sequence encoding said immunoglobulin-capturing molecule, wherein the cell surface tether portion comprises a transmembrane peptide, and wherein the immunoglobulin-binding portion is selected from: a) one or more bacterial proteins that naturally have affinity for the constant region of a heavy or light chain of an immunoglobulin; (b) one or more variable domains of an immunoglobulin that has affinity for any part of another immunoglobulin; or (c) a single chain variable fragment against a heavy or light chain constant region of an immunoglobulin; wherein the antibody secreting cells of the genetically modified rodent produce said immunoglobulin-capturing molecules that can bind, retain, and display endogenously produced immunoglobulin molecules at a cell surface of the antibody-secreting cells. (i) a promoter, that is expressed in antibody-secreting cells, and (ii) a nucleic acid sequence encoding an immunoglobulin-capturing molecule comprising a cell surface tether portion and an immunoglobulin-binding portion, wherein the promoter is operably linked to said nucleic acid sequence encoding said immunoglobulin-capturing molecule, wherein the cell surface tether portion comprises a transmembrane peptide, and wherein the immunoglobulin-binding portion is selected from: a) one or more bacterial proteins that naturally have affinity for the constant region of a heavy or light chain of an immunoglobulin; (b) one or more variable domains of an immunoglobulin that has affinity for any part of another immunoglobulin; or (c) a single chain variable fragment against a heavy or light chain constant region of an immunoglobulin; a) one or more bacterial proteins that naturally have affinity for the constant region of a heavy or light chain of an immunoglobulin; (b) one or more variable domains of an immunoglobulin that has affinity for any part of another immunoglobulin; or (c) a single chain variable fragment against a heavy or light chain constant region of an immunoglobulin; wherein the antibody secreting cells of the genetically modified rodent produce said immunoglobulin-capturing molecules that can bind, retain, and display endogenously produced immunoglobulin molecules at a cell surface of the antibody-secreting cells.
Process for preparing reaction products from siloxanes having SiH groups and organic compounds bearing olefinic double bonds, characterized in that di-μ-chlorobis(1,2-η)cyclohexeneplatinum chloride is used as a catalyst and in that a reaction is carried out without solvent and without auxiliary phases which compatibilize or dissolve the catalyst and the reaction takes place in neat form, wherein the olefinically unsaturated organic compounds are selected from the group of the α-olefins, the strained ring olefins, the α,ω-alkenols, the terminally olefinically unsaturated polyethers, the amino-functional α-olefins or the oxiranes bearing α-olefin groups, or the carboxylic esters olefinically unsaturated in the ω position, where the olefins can be used alone or in any desired mixtures with one another, where terminally olefinically unsaturated polyethers are understood to mean those polyoxyalkylene compounds whose unsaturated terminus is defined by a vinyl, allyl or methallyl group, selected from polyoxyalkylene compounds of the formulae CH 2 =CH-CH 2 -O-(CH 2 -CH 2 O-) x -CH 2 -C (R')O-) y z -R'' CH 2 =CH-O-(CH 2 -CH 2 O-) x -(CH 2 -CH(R')O-) y -R'' CH 2 =CH-CH 2 -R IV CH 2 =CH- x' -R IV in which x = 0 to 100, x' = 0 or 1, y = 0 to 100, z = 0 to 100, R' is an optionally substituted alkyl group having 1 to 4 carbon atoms and R'' is a hydrogen radical or an alkyl group having 1 to 4 carbon atoms; the -C -R''' group where R' ' ' = alkyl radical; the -CH 2 -O-R' group; an alkylaryl group, such as the benzyl group; the -C NH-R' group, R IV is an optionally substituted hydrocarbyl radical having 7 to 47 and preferably 13 to 37 carbon atoms, SO is the C 6 H 5 -CH(-)-CH 2 -O-radical. x = 0 to 100, x' = 0 or 1, y = 0 to 100, z = 0 to 100, R' is an optionally substituted alkyl group having 1 to 4 carbon atoms and R'' is a hydrogen radical or an alkyl group having 1 to 4 carbon atoms; the -C -R''' group where R' ' ' = alkyl radical; the -CH 2 -O-R' group; an alkylaryl group, such as the benzyl group; the -C NH-R' group, R IV is an optionally substituted hydrocarbyl radical having 7 to 47 and preferably 13 to 37 carbon atoms, SO is the C 6 H 5 -CH(-)-CH 2 -O-radical.