mhurhangee/ep-ind-claims huggingface dataset:
Machine for the fitting and removal of tyres of vehicle wheels, characterized in that said machine comprises: - at least a supporting frame for at least a rotating clamping device suitable for supporting at least a wheel of vehicles and place it in rotation around a work axis, - at least a hooking tool for hooking the tyre which is associable with said frame and is provided with an elongated portion which can be inserted between the tyre bead of said wheel and the rim of said wheel in order to remove said bead, - first sliding means associable with said frame and suitable for moving at least said hooking tool along a first direction substantially parallel to said portion of the tool, - second sliding means associable with said frame and suitable for moving at least said rotating clamping device along a second direction substantially orthogonal to said portion of the tool, and also - tilting means of the rotating clamping device, said tilting means being suitable for rotating around a tilting axis parallel to said second direction and for momentarily blocking said wheel in an oblique position wherein said hooking tool is allowed to be inserted tangentially in the inner channel of said rim. - at least a supporting frame for at least a rotating clamping device suitable for supporting at least a wheel of vehicles and place it in rotation around a work axis, - at least a hooking tool for hooking the tyre which is associable with said frame and is provided with an elongated portion which can be inserted between the tyre bead of said wheel and the rim of said wheel in order to remove said bead, - first sliding means associable with said frame and suitable for moving at least said hooking tool along a first direction substantially parallel to said portion of the tool, - second sliding means associable with said frame and suitable for moving at least said rotating clamping device along a second direction substantially orthogonal to said portion of the tool, and also - tilting means of the rotating clamping device, said tilting means being suitable for rotating around a tilting axis parallel to said second direction and for momentarily blocking said wheel in an oblique position wherein said hooking tool is allowed to be inserted tangentially in the inner channel of said rim.
A method of forming a protected stack for use in the formation of a microelectronic structure, said method comprising: providing a wafer having a surface; optionally forming a primer layer on said wafer surface; forming a protective layer on said primer layer, if present, or on said wafer surface if no primer layer is present, to yield a protected stack, said protective layer being formed from a composition comprising a cycloolefin copolymer dissolved or dispersed in a solvent system, wherein said protective layer has less than 0.1 pinholes per cm 2 of wafer when observed under a microscope at 10X magnification if etched by an 48% by weight aqueous HF solution, having a temperature of 20-25°C for 1-2 hours; and subjecting said protected stack to an acidic etching process, wherein said cycloolefin copolymer is comprised of recurring monomers of cyclic olefins and acyclic olefins, wherein the cyclic olefin used to form the cycloolefin copolymer by polymerization is norbornene where each R 1, R 2, and R 3 is -H; and wherein the acyclic monomer used to form the cycloolefin copolymer by polymerization is ethene having the structure: where each R 4 is -H. providing a wafer having a surface; optionally forming a primer layer on said wafer surface; forming a protective layer on said primer layer, if present, or on said wafer surface if no primer layer is present, to yield a protected stack, said protective layer being formed from a composition comprising a cycloolefin copolymer dissolved or dispersed in a solvent system, wherein said protective layer has less than 0.1 pinholes per cm 2 of wafer when observed under a microscope at 10X magnification if etched by an 48% by weight aqueous HF solution, having a temperature of 20-25°C for 1-2 hours; and subjecting said protected stack to an acidic etching process, wherein said cycloolefin copolymer is comprised of recurring monomers of cyclic olefins and acyclic olefins, wherein the cyclic olefin used to form the cycloolefin copolymer by polymerization is norbornene where each R 1, R 2, and R 3 is -H; and wherein the acyclic monomer used to form the cycloolefin copolymer by polymerization is ethene having the structure: where each R 4 is -H.
A pumper, comprising: a. a cryogenic source for providing a cryogenic fluid for vaporization; b. a cryogenic pump in fluid flow communication with the cryogenic source for increasing the pressure of the cryogenic fluid; c. an unfired vaporizer coolant circuit (110, 200, 300, 400) in fluid flow communication with the cryogenic pump and adapted to accept the cryogenic fluid and discharge the cryogenic fluid as a heated stream; d. a direct-fired vaporizer downstream and in fluid flow communication with the unfired vaporizer coolant circuit (110, 200, 300, 400) and adapted to accept the heated stream from the unfired vaporizer coolant circuit to form a superheated stream; and e. a diesel engine power unit to provide power to the cryogenic pump, the unfired vaporizer coolant circuit (110, 200, 300, 400), and the direct-fired vaporizer. a. a cryogenic source for providing a cryogenic fluid for vaporization; b. a cryogenic pump in fluid flow communication with the cryogenic source for increasing the pressure of the cryogenic fluid; c. an unfired vaporizer coolant circuit (110, 200, 300, 400) in fluid flow communication with the cryogenic pump and adapted to accept the cryogenic fluid and discharge the cryogenic fluid as a heated stream; d. a direct-fired vaporizer downstream and in fluid flow communication with the unfired vaporizer coolant circuit (110, 200, 300, 400) and adapted to accept the heated stream from the unfired vaporizer coolant circuit to form a superheated stream; and e. a diesel engine power unit to provide power to the cryogenic pump, the unfired vaporizer coolant circuit (110, 200, 300, 400), and the direct-fired vaporizer.
Sealing device, which is to be attached within the perimeter of a door or window panel that is equipped with an espagnolette bolt and has a movable sealing strip across from the panel, the sealing device featuring a guide profile that can be rigidly affixed to the panel, a support profile that can be moved within the guide profile and a sealing profile secured to the support profile, characterised in that the sealing device has a terminal unit, one of its faces connecting to the guide profile and the support profile, the terminal unit consisting of an immovable guide component across from the guide profile and a support component rigidly affixed to the support profile, and the guide component and support component being equipped with a conduit through which an espagnolette bolt can be fed.
An immunochromatographic test strip comprising the following configuration, a membrane consisting of a porous body equipped with at least a sample-supply portion containing hexadimethrine bromide, a spreading portion, and a detecting portion, wherein a conjugate of an anti-analyte antibody labeled with colloidal gold is retained in a dissoluble manner in a part of the spreading portion, and an antibody is immobilized in the detecting portion which is a part of the spreading portion on the downstream side relative to the conjugate-retaining part, a buffer solution component for suppressing aggregation of the conjugate due to hexadimethrine bromide, wherein the component is impregnated in the conjugate-retaining part of the spreading portion so as to be able to contact with hexadimethrine bromide that is a blood-agglutinating agent provided through the sample-supply portion, and wherein the buffer solution component is selected from a group consisting of Bis-Tris, MES, and citric acid, and wherein Bis-Tris and MES are at pH lower than their pKa. a membrane consisting of a porous body equipped with at least a sample-supply portion containing hexadimethrine bromide, a spreading portion, and a detecting portion, wherein a conjugate of an anti-analyte antibody labeled with colloidal gold is retained in a dissoluble manner in a part of the spreading portion, and an antibody is immobilized in the detecting portion which is a part of the spreading portion on the downstream side relative to the conjugate-retaining part, a buffer solution component for suppressing aggregation of the conjugate due to hexadimethrine bromide, wherein the component is impregnated in the conjugate-retaining part of the spreading portion so as to be able to contact with hexadimethrine bromide that is a blood-agglutinating agent provided through the sample-supply portion, and wherein the buffer solution component is selected from a group consisting of Bis-Tris, MES, and citric acid, and wherein Bis-Tris and MES are at pH lower than their pKa.
Heat source unit for a heat pump having a refrigerant circuit, the heat source unit comprising: an outer casing comprising a bottom plate; and a compressor assembly accommodated in the outer casing, the compressor assembly comprising a compressor of the refrigerant circuit of the heat pump including a compressor housing, a support plate supporting the compressor, the support plate being mounted via dampers to the bottom plate, and a compressor casing enclosing the compressor housing, characterized in that a damping mechanism is arranged between the compressor and the support plate, and the compressor casing is fixed to the support plate out of contact with the compressor housing. an outer casing comprising a bottom plate; and a compressor assembly accommodated in the outer casing, the compressor assembly comprising a compressor of the refrigerant circuit of the heat pump including a compressor housing, a support plate supporting the compressor, the support plate being mounted via dampers to the bottom plate, and a compressor casing enclosing the compressor housing, a compressor of the refrigerant circuit of the heat pump including a compressor housing, a support plate supporting the compressor, the support plate being mounted via dampers to the bottom plate, and a compressor casing enclosing the compressor housing, characterized in that a damping mechanism is arranged between the compressor and the support plate, and the compressor casing is fixed to the support plate out of contact with the compressor housing.
A seal (109; 111) for an assay cartridge that is elongate and resiliently deformable, wherein the seal comprises a horizontal edge face (152; 160), the horizontal edge face being arranged to make first contact with a base member of the assay cartridge when a cap member of the assay cartridge is urged towards the base member, characterised in that the seal further comprises two elongate concave curved faces (148, 150; 156, 158), such that the seal has a cross-section (146; 154) which comprises two concave curved edges (148, 150; 156, 158), the two elongate concave curved faces (148, 150; 156, 158) being connected by the horizontal edge face (152; 160).
A roof ladder construction comprising a roof hook assembly and a ladder to which the roof hook assembly is pivotally mounted for movement between two operative positions, a first of said operative positions being a position in which the roof hook assembly may extend over a roof ridge for engagement with a remote roof surface at a side of the roof opposite that at which the ladder is positioned and the other, second position being one in which the roof hook assembly does not engage with said remote surface of the roof, wherein movement of the roof hook assembly is remotely controllable, characterized in that a control member for remote control of movement of the roof hook assembly extends through a ladder stile.
A tool configuration for producing mechanical locking systems in a floor panel (1',1), the floor panel (1',1) comprising: wear resistant top surface layer, a core and mechanical locking systems (43,46,11,19; 53,56,12,18) on a first and second edge for horizontal locking of the floor panel (1',1) with similar other panels, the mechanical locking system comprising: a first pair of locking surfaces in the first edge of a panel and a second pair of locking surfaces in the opposite second edge, the first pair of locking surfaces comprises a first upper edge and a locking element, the second pair of locking surfaces comprises a second upper edge and a locking groove, characterised in that the floor panel is displaced in a feeding direction with its first edge relative a first tool configuration, the first tool configuration comprising: a first and second tool body positioned on the same side of a first column having two opposite column sides (88,89); means for preprocessing at least a part of the wear resistant top surface layer of the floor panel (1', 1) on the first upper edge such that properties of the surface layer are changed; the first and second tool body comprising means for forming at least a part of the first pair of locking surfaces (19,8), wherein the floor panel is displaced in a feeding direction with its second edge relative a second tool configuration, and the second tool configuration comprises a first and second tool body (TB1,TB2) positioned on the same side of a second column having two opposite column sides (88,89), the second tool configuration comprising means for forming at least a part of at least one of the second pair of locking surfaces (18,14); wherein the intermediate preprocessing tool configuration is positioned on a first column and the COMBI tool on an adjacent side of a second column, and whereby four rotating tool configurations are positioned on three columns (80, 80', 81) and on three column sides. a first and second tool body positioned on the same side of a first column having two opposite column sides (88,89); means for preprocessing at least a part of the wear resistant top surface layer of the floor panel (1', 1) on the first upper edge such that properties of the surface layer are changed; the first and second tool body comprising means for forming at least a part of the first pair of locking surfaces (19,8), wherein the floor panel is displaced in a feeding direction with its second edge relative a second tool configuration, and the second tool configuration comprises a first and second tool body (TB1,TB2) positioned on the same side of a second column having two opposite column sides (88,89), the second tool configuration comprising means for forming at least a part of at least one of the second pair of locking surfaces (18,14); wherein the intermediate preprocessing tool configuration is positioned on a first column and the COMBI tool on an adjacent side of a second column, and whereby four rotating tool configurations are positioned on three columns (80, 80', 81) and on three column sides.
A computing device for multithreaded synchronization, the computing device comprising: a processor comprising a plurality of processor cores, wherein a first processor core of the plurality of processor cores comprises a first predetermined number of subcores, characterized by; a thread management module to enter, by a first thread executed by the first processor core of the computing device, a synchronization barrier; a local barrier module to synchronize, by the first thread, with a first plurality of threads executed by the first processor core of the computing device in response to entering of the synchronization barrier, wherein the first plurality of threads comprises the first predetermined number of threads; a barrier network module to identify a second thread with an n-way perfect shuffle of a total number of threads to be executed by the computing device, wherein n equals the first predetermined number; and a remote barrier module to synchronize, by the first thread, with the second thread executed by a second processor core of the computing device in response to synchronization with the first plurality of threads and in response to identification of the second thread; wherein the local barrier module is further to re-synchronize, by the first thread, with the first plurality of threads in response to synchronization with the second thread. a processor comprising a plurality of processor cores, wherein a first processor core of the plurality of processor cores comprises a first predetermined number of subcores, characterized by; a thread management module to enter, by a first thread executed by the first processor core of the computing device, a synchronization barrier; a local barrier module to synchronize, by the first thread, with a first plurality of threads executed by the first processor core of the computing device in response to entering of the synchronization barrier, wherein the first plurality of threads comprises the first predetermined number of threads; a barrier network module to identify a second thread with an n-way perfect shuffle of a total number of threads to be executed by the computing device, wherein n equals the first predetermined number; and a remote barrier module to synchronize, by the first thread, with the second thread executed by a second processor core of the computing device in response to synchronization with the first plurality of threads and in response to identification of the second thread; wherein the local barrier module is further to re-synchronize, by the first thread, with the first plurality of threads in response to synchronization with the second thread.
A device for gripping sleeve-shaped parts, in particular for gripping sleeve-shaped injection moulded parts, with a nipple having an introduction part, wherein the introduction part is able to be introduced into a sleeve-shaped part, and wherein the introduction part of the nipple has a press- or respectively sealing ring which is able to be bulged radially, wherein a holding shoulder (54, 55, 100) is associated in each case with both sides of the press- or respectively sealing ring, which holding shoulders are movable relative to one another for the bulging of the press- or respectively sealing ring, wherein the press-or respectively sealing ring is able to be squeezed together between the two holding shoulders (54, 55, 100) and is able to be bulged mechanically in an analogous manner to a thermos flask closure, characterized in that the press- or respectively sealing ring in the non-bulged state is mounted in a slightly floating manner in relation to the axial alignment of the nipple.
A method for producing a veneered board, comprising a veneer and a carrier board, said method comprising the steps of: - providing a veneer and a backing board, - providing a sheet of paper that is impregnated with binder and that is arranged in a stack of items to be pressed between an upper face of the backing board and a lower face of the veneer, and - pressing the stack of items to be pressed, characterized in that - the paper is impregnated with a binder, - the paper impregnated with binder is pre-dried such that it is still sticky, - at least one additive is applied to the pre-dried binder that is still sticky, and - the paper impregnated with binder and provided with an additive is dried to a residual moisture content of up to 8%. - providing a veneer and a backing board, - providing a sheet of paper that is impregnated with binder and that is arranged in a stack of items to be pressed between an upper face of the backing board and a lower face of the veneer, and - pressing the stack of items to be pressed, - the paper is impregnated with a binder, - the paper impregnated with binder is pre-dried such that it is still sticky, - at least one additive is applied to the pre-dried binder that is still sticky, and - the paper impregnated with binder and provided with an additive is dried to a residual moisture content of up to 8%.
A resin composite copper foil comprising a copper foil and a polyimide resin layer formed on one surface of the copper foil, wherein the polyimide resin layer comprises a block copolymerized polyimide resin and an inorganic filler, and the block copolymerized polyimide resin has a structure formed by alternately repeating a structure A and a structure B, wherein the structure A is obtained by bonding a second imide oligomer to a terminal of a first imide oligomer and the structure B is obtained by bonding the first imide oligomer to a terminal of the second imide oligomer, and the block copolymerized polyimide resin is a block copolymer comprising the first imide oligomer represented by the following general formula and the second imide oligomer represented by the following general formula: wherein m and n are integers meeting m:n=1:9 to 3:1).
A method for the preparation of a blank (28, 48) of a ceramic material, in particular a blank to be used for the preparation of a dental restoration, wherein a layer of a first ceramic material is filled in a pourable condition into a mold, that in the layer, a first open cavity is formed, that a second ceramic material is filled in a pourable condition into the first open cavity, and that the materials are pressed together and then heat-treated, wherein the ceramic materials contain zirconium dioxide doped with yttrium oxide (Y 2 O 3), calcium oxide (CaO), magnesium oxide (MgO) and/or ceroxide (CeO 2), and wherein the first ceramic material differs from the material of the second ceramic material in terms of color and proportions of stabilized crystal forms present at room temperature.
A laundry detergent composition comprising a cationic polymer, a silicone, and a surfactant system, wherein said cationic polymer is characterized by having a calculated cationic charge density of equal to or greater than 1 meq/g, preferably from 1.2 meq/g to 8 meq/g, even more preferably from 1.5 meq/g to 5 meq/g, wherein if the charge density depends on the pH of the carrier, charge density is calculated at pH of 7; wherein said cationic polymer comprises from 5 mol% to 98 mol% of a nonionic structural unit. wherein said cationic polymer is further characterized by a molecular weight of from 200 kDaltons to 5,000 kDaltons, from 500 kDaltons to 5000 kDaltons, more preferably from 800 kDaltons to 2000 kDaltons; wherein said cationic polymer is a non-polysaccharide polymer; and wherein said surfactant system comprises anionic surfactant and nonionic surfactant in a weight ratio of from 1.5:1 to 2.5:1; wherein said anionic surfactant comprises a sulfonic detersive surfactant and a sulfate detersive surfactant. wherein said cationic polymer is characterized by having a calculated cationic charge density of equal to or greater than 1 meq/g, preferably from 1.2 meq/g to 8 meq/g, even more preferably from 1.5 meq/g to 5 meq/g, wherein if the charge density depends on the pH of the carrier, charge density is calculated at pH of 7; wherein said cationic polymer comprises from 5 mol% to 98 mol% of a nonionic structural unit. wherein said cationic polymer is further characterized by a molecular weight of from 200 kDaltons to 5,000 kDaltons, from 500 kDaltons to 5000 kDaltons, more preferably from 800 kDaltons to 2000 kDaltons; wherein said cationic polymer is a non-polysaccharide polymer; and wherein said surfactant system comprises anionic surfactant and nonionic surfactant in a weight ratio of from 1.5:1 to 2.5:1; wherein said anionic surfactant comprises a sulfonic detersive surfactant and a sulfate detersive surfactant.