mhurhangee/ep-ind-claims huggingface dataset:
A torque hinge comprising an inner ring and an outer ring that have a common rotation axis, and a connection member disposed between the inner ring and the outer ring so as to connect disconnectably the inner ring and the outer ring by a required frictional force, the inner ring and the outer ring are rotatable integrally or relatively against the required frictional force, the outer ring is inserted into a cylindrical support member so as to be supported by the support member, and coil springs having a pair of hook portions are mounted on the outer peripheral surface of the outer ring, a control member for controlling the coil springs is assembled in series in an axial direction with the support member, the control member is rotatable about the common rotation axis with respect to the support member, and the support member and the control member each has hook grooves (48, 82) into which each of the pair of hook portions of the coil spring is to be fitted, and the coil spring retains or liberate the outer ring by a required operation. the outer ring is inserted into a cylindrical support member so as to be supported by the support member, and coil springs having a pair of hook portions are mounted on the outer peripheral surface of the outer ring, a control member for controlling the coil springs is assembled in series in an axial direction with the support member, the control member is rotatable about the common rotation axis with respect to the support member, and the support member and the control member each has hook grooves (48, 82) into which each of the pair of hook portions of the coil spring is to be fitted, and the coil spring retains or liberate the outer ring by a required operation.
A lithium sulfur battery, comprising: a first conductive substrate comprising a first surface; a plurality of conductive stalks extending from the first surface of the first conductive substrate, wherein the conductive stalks are coated with a sulfur coating; a second conductive substrate; and an electrolyte disposed between the first surface of the first conductive substrate and the second conductive substrate. a first conductive substrate comprising a first surface; a plurality of conductive stalks extending from the first surface of the first conductive substrate, wherein the conductive stalks are coated with a sulfur coating; a second conductive substrate; and an electrolyte disposed between the first surface of the first conductive substrate and the second conductive substrate.
A system for applying a laser radiation (2210; 1120; 1050b; 2510) to at least one portion of a biological structure (2050; 2270; 2610; 1015; 2550), comprising: a first arrangement (2200; 2640a, 2641a; 2800b; 1101, 1100, 1105; 1200, 1245) configured to provide a beam of the laser radiation to the at least one portion, wherein the first arrangement is configured to cause a cross-sectional area of the beam to be controllable, and at most about 1/10th of an entire area of the at least one portion when impacted thereon; and characterised by a second arrangement configured to apply the beam to the at least one portion while monitoring a depth profile or a depth distribution of the application of the laser radiation using an optical coherence tomography (2220, 2240; 2640b, 2641b; 2800a; 1101, 1110, 1115; 1005, 1025; 1210, 1220). a first arrangement (2200; 2640a, 2641a; 2800b; 1101, 1100, 1105; 1200, 1245) configured to provide a beam of the laser radiation to the at least one portion, wherein the first arrangement is configured to cause a cross-sectional area of the beam to be controllable, and at most about 1/10th of an entire area of the at least one portion when impacted thereon; and characterised by a second arrangement configured to apply the beam to the at least one portion while monitoring a depth profile or a depth distribution of the application of the laser radiation using an optical coherence tomography (2220, 2240; 2640b, 2641b; 2800a; 1101, 1110, 1115; 1005, 1025; 1210, 1220).
A method of designing an integrated circuit, comprising: placing integrated circuit cells that include supply pins (204, 702) in a plurality of predefined rows, wherein each of the supply pins has a height and a width, wherein the height is predefined and the width is in a direction of the predefined rows and is greater than the predefined height; characterized by determining blocked areas for supply pin extensions, wherein said blocked areas include areas in which, according to design rule constraints, the supply pins (204, 702) cannot be extended in height; and by extending the supply pins (204, 702) outside said blocked areas, wherein said extending the supply pins (204, 702) includes extending the height of the supply pins (204, 702). placing integrated circuit cells that include supply pins (204, 702) in a plurality of predefined rows, wherein each of the supply pins has a height and a width, wherein the height is predefined and the width is in a direction of the predefined rows and is greater than the predefined height; characterized by determining blocked areas for supply pin extensions, wherein said blocked areas include areas in which, according to design rule constraints, the supply pins (204, 702) cannot be extended in height; and by extending the supply pins (204, 702) outside said blocked areas, wherein said extending the supply pins (204, 702) includes extending the height of the supply pins (204, 702).
A tubular catheter, comprising: a main body defining a fluid lumen therein; an end portion extending from a distal end of the main body, the end portion having: a distal segment that includes a primary hole through which fluid external to the catheter can enter the fluid lumen; and a proximal segment that includes an auxiliary hole and a recess formed in an exterior surface of the proximal segment, wherein the auxiliary hole is initially blocked by a membrane and configured to be forced open when a threshold force is applied to the membrane by a fluid in the catheter lumen to allow fluid external to the catheter to enter the fluid lumen through the auxiliary hole; characterised by astiffening sleeve disposed over the proximal segment and seated in the recess, the stiffening sleeve having an opening that is aligned with the auxiliary hole. a main body defining a fluid lumen therein; an end portion extending from a distal end of the main body, the end portion having: a distal segment that includes a primary hole through which fluid external to the catheter can enter the fluid lumen; and a proximal segment that includes an auxiliary hole and a recess formed in an exterior surface of the proximal segment, wherein the auxiliary hole is initially blocked by a membrane and configured to be forced open when a threshold force is applied to the membrane by a fluid in the catheter lumen to allow fluid external to the catheter to enter the fluid lumen through the auxiliary hole; characterised by astiffening sleeve disposed over the proximal segment and seated in the recess, the stiffening sleeve having an opening that is aligned with the auxiliary hole. a distal segment that includes a primary hole through which fluid external to the catheter can enter the fluid lumen; and a proximal segment that includes an auxiliary hole and a recess formed in an exterior surface of the proximal segment, wherein the auxiliary hole is initially blocked by a membrane and configured to be forced open when a threshold force is applied to the membrane by a fluid in the catheter lumen to allow fluid external to the catheter to enter the fluid lumen through the auxiliary hole; characterised by astiffening sleeve disposed over the proximal segment and seated in the recess, the stiffening sleeve having an opening that is aligned with the auxiliary hole.
A tissue-removing catheter for removing tissue in a body lumen, the tissue-removing catheter comprising: an elongate body having an axis and proximal and distal end portions (16, 18) spaced apart from one another along the axis, the elongate body being sized and shaped to be received in the body lumen; a handle mounted on to the proximal end portion of the elongate body and operable to cause rotation of the elongate body; a tissue-removing element mounted on the distal end portion of the elongate body, the tissue-removing element being configured to remove the tissue as the tissue-removing element is rotated by the elongate body within the body lumen; and an inner liner received within the elongate body and coupled to the handle at a proximal end of the inner liner, the inner liner defining a guidewire lumen, the inner liner isolating an interior of the guidewire lumen from the elongate body and tissue-removing element such that rotational and torsional forces are not transferred from the elongate body and tissue-removing element to the interior of the guidewire lumen when the elongate body and tissue-removing element are rotated during operation of the tissue-removing catheter; wherein the inner liner comprises a plurality of layers each extending from the proximal end of the inner liner to a distal end of the inner liner; wherein the inner liner includes an inner layer, an outer layer, and an intermediate layer disposed between the inner and outer layers; and wherein the inner layer comprises Polytetrafluorethylene (PTFE), the intermediate layer comprises stainless steel, and the outer layer comprises polyimide. a handle mounted on to the proximal end portion of the elongate body and operable to cause rotation of the elongate body; a tissue-removing element mounted on the distal end portion of the elongate body, the tissue-removing element being configured to remove the tissue as the tissue-removing element is rotated by the elongate body within the body lumen; and an inner liner received within the elongate body and coupled to the handle at a proximal end of the inner liner, the inner liner defining a guidewire lumen, the inner liner isolating an interior of the guidewire lumen from the elongate body and tissue-removing element such that rotational and torsional forces are not transferred from the elongate body and tissue-removing element to the interior of the guidewire lumen when the elongate body and tissue-removing element are rotated during operation of the tissue-removing catheter; wherein the inner liner comprises a plurality of layers each extending from the proximal end of the inner liner to a distal end of the inner liner; wherein the inner liner includes an inner layer, an outer layer, and an intermediate layer disposed between the inner and outer layers; and wherein the inner layer comprises Polytetrafluorethylene (PTFE), the intermediate layer comprises stainless steel, and the outer layer comprises polyimide.
A capacitance measuring system, comprising: an amplifier comprising a positive input, a negative input, and an output; a first capacitor connected to the negative input of the amplifier and to an external device with an unknown capacitance to be measured, wherein the first capacitor stores a first voltage; a second capacitor connected to the output of the amplifier and to the external device, wherein the second capacitor stores the first voltage; a voltage source device that supplies a second voltage to the positive input of the amplifier; a reset device (112; 202; 302; 402) that connects the output of the amplifier and the negative input of the amplifier and facilitates driving the output of the amplifier and the negative input of the amplifier to the second voltage; and a detector device that measures a change in the output voltage of the amplifier as a function of a change in the second voltage supplied by the voltage source and function of the unknown capacitance of the external device, wherein the first voltage is higher than the second voltage. an amplifier comprising a positive input, a negative input, and an output; a first capacitor connected to the negative input of the amplifier and to an external device with an unknown capacitance to be measured, wherein the first capacitor stores a first voltage; a second capacitor connected to the output of the amplifier and to the external device, wherein the second capacitor stores the first voltage; a voltage source device that supplies a second voltage to the positive input of the amplifier; a reset device (112; 202; 302; 402) that connects the output of the amplifier and the negative input of the amplifier and facilitates driving the output of the amplifier and the negative input of the amplifier to the second voltage; and a detector device that measures a change in the output voltage of the amplifier as a function of a change in the second voltage supplied by the voltage source and function of the unknown capacitance of the external device, wherein the first voltage is higher than the second voltage.
A method, comprising: receiving at a user equipment part of an integrated access and backhaul node downlink information from a donor node, the downlink information comprising at least F1 application protocol information; forwarding the downlink information comprising at least the F1 application protocol information from the user equipment part of the integrated access and backhaul node to a radio access network part of the integrated access and backhaul node; and characterized in that the downlink information is received at the user equipment part of the integrated access and backhaul node as a radio resource control message or signal. receiving at a user equipment part of an integrated access and backhaul node downlink information from a donor node, the downlink information comprising at least F1 application protocol information; forwarding the downlink information comprising at least the F1 application protocol information from the user equipment part of the integrated access and backhaul node to a radio access network part of the integrated access and backhaul node; and characterized in that the downlink information is received at the user equipment part of the integrated access and backhaul node as a radio resource control message or signal.
A method of covalent surface functionalization of an inorganic particle comprising: covalently plasma grafting organic molecules onto the particle, wherein the plasma grafted organic molecules comprise one or more functional groups capable of forming a bond with organic monomers and covalently binding organic monomers to the one or more functional groups of the organic molecules on the particle; and polymerizing the organic monomers into a hybrid polymer. covalently plasma grafting organic molecules onto the particle, wherein the plasma grafted organic molecules comprise one or more functional groups capable of forming a bond with organic monomers and covalently binding organic monomers to the one or more functional groups of the organic molecules on the particle; and polymerizing the organic monomers into a hybrid polymer.
An image reading apparatus for reading an image of a sheet that is conveyed by a conveyance unit, the image reading apparatus comprising: a first illumination unit configured to irradiate the sheet with visible light that does not contain infrared light; a second illumination unit configured to irradiate the sheet with visible light and infrared light at the same time from an angle different from that of the first illumination unit; an imaging unit configured to receive visible light and infrared light reflected from the sheet and to capture a visible image and an infrared image; and an identification unit configured to identify the sheet based on the visible image and the infrared image captured by the imaging unit and a preset parameter, wherein the identification unit is configured to identify dirt on the sheet based on the visible image and to identify a crease and a fold on the sheet based on the infrared image. a first illumination unit configured to irradiate the sheet with visible light that does not contain infrared light; a second illumination unit configured to irradiate the sheet with visible light and infrared light at the same time from an angle different from that of the first illumination unit; an imaging unit configured to receive visible light and infrared light reflected from the sheet and to capture a visible image and an infrared image; and an identification unit configured to identify the sheet based on the visible image and the infrared image captured by the imaging unit and a preset parameter, wherein the identification unit is configured to identify dirt on the sheet based on the visible image and to identify a crease and a fold on the sheet based on the infrared image.
A loudspeaker protection system for producing a rendered audio stream from one or more input signals comprising: an estimator comprising one or more state estimating models, each state estimating model configured to accept one or more of the input signals, and to generate one or more estimated states therefrom; and a loudspeaker protection block configured to accept one or more of the input signals and/or delayed versions thereof, and the estimated states and/or signals generated therefrom, and to produce an output signal suitable for delivery to a loudspeaker or a driver circuit from a combination thereof, characterised in that the loudspeaker protection block is configured to accept a kinetic feedback signal representative of the movement of a loudspeaker within an environment, and to generate the output signal based upon the kinetic feedback signal, and further characterised by a selector coupled to the one or more state estimating models and the loudspeaker protection block and configured to analyze one or more of the estimated states and/or state estimating models, and to generate an estimating signal therefrom, wherein the loudspeaker protection block is further configured to use the estimating signal in the production of the output signal. an estimator comprising one or more state estimating models, each state estimating model configured to accept one or more of the input signals, and to generate one or more estimated states therefrom; and a loudspeaker protection block configured to accept one or more of the input signals and/or delayed versions thereof, and the estimated states and/or signals generated therefrom, and to produce an output signal suitable for delivery to a loudspeaker or a driver circuit from a combination thereof, characterised in that the loudspeaker protection block is configured to accept a kinetic feedback signal representative of the movement of a loudspeaker within an environment, and to generate the output signal based upon the kinetic feedback signal, and further characterised by a selector coupled to the one or more state estimating models and the loudspeaker protection block and configured to analyze one or more of the estimated states and/or state estimating models, and to generate an estimating signal therefrom, wherein the loudspeaker protection block is further configured to use the estimating signal in the production of the output signal.
A ceramic silicone resin composition, characterized in that the ceramic silicone resin composition comprises in parts by weight: 50-100 parts of a condensation type silicone resin; 0.0001-2 parts of a catalyst; 5-80 parts of a ceramic-forming filler; and 0.01-50 parts of a fluxing agent. 50-100 parts of a condensation type silicone resin; 0.0001-2 parts of a catalyst; 5-80 parts of a ceramic-forming filler; and 0.01-50 parts of a fluxing agent.
A cutting device, in particular for rapidly cutting webs, comprising: - a support structure comprising a fixed blade; - a carriage movable along a movement direction; - a mobile blade mounted on the carriage; - a pair of guides, parallel to one another and associated to the support structure, on which the carriage is slidable along the movement direction; - said carriage comprising two box bodies, each of which is slidable on a guide, wherein the two box bodies are connected to one another by means of a support element on which the blade is mounted; - a sliding sleeve, interposed between the carriage and each guide concentrically to the guide; - seal means (8, 10) interposed between each guide and the carriage in such a way as to define a chamber, concentric to the guide and containing the sleeve; - motor means configured to move the carriage according to an alternating movement along the movement direction between a non-operating position and an operating position, in which the mobile blade partially superposes the fixed blade so as to carry out the cutting of a web; wherein it comprises supply means for supplying air to the chambers so as to maintain the chambers at a greater pressure with respect to the surrounding environment. - a support structure comprising a fixed blade; - a carriage movable along a movement direction; - a mobile blade mounted on the carriage; - a pair of guides, parallel to one another and associated to the support structure, on which the carriage is slidable along the movement direction; - said carriage comprising two box bodies, each of which is slidable on a guide, wherein the two box bodies are connected to one another by means of a support element on which the blade is mounted; - a sliding sleeve, interposed between the carriage and each guide concentrically to the guide; - seal means (8, 10) interposed between each guide and the carriage in such a way as to define a chamber, concentric to the guide and containing the sleeve; - motor means configured to move the carriage according to an alternating movement along the movement direction between a non-operating position and an operating position, in which the mobile blade partially superposes the fixed blade so as to carry out the cutting of a web;
Furniture part with a side cheek and a front panel, wherein the side cheek has an outer side panel and an inner side panel, and with a furniture part function element for decoration or information display, in particular in the form of logos or the like, wherein the furniture part function element is provided on the visible side face of the side cheek and comprises a flat information section and a mounting section equipped with mounting means, via which it is fixed to the furniture part, wherein a guide section is formed by a lower end of the outer side panel, bent inwards and turned over towards the inner side panel, wherein the mounting means of the mounting section include sliding guidance means which facilitate sliding on to the guide section of the furniture part, and clamping means through which the slid-on function element is clamped to the guide section.
Method for preparing copper hydroxide phosphate having the following method steps: a) producing a reaction mixture from an aqueous solution or dispersion of a copper compound and a preferably at least stoichiometric amount of phosphoric acid, wherein at least stoichiometric means that the quantity of copper ions of the copper compound in relation to the quantity of phosphoric acid in the reaction mixture is at most 2, b) converting the copper compound with the phosphoric acid in the reaction mixture and c) separating copper hydroxide phosphate off from the reaction mixture, wherein the conversion in step b) is effected in an unpressurized manner, characterized in that at least one chelating agent is added to the reaction mixture in method step a) and/or b). a) producing a reaction mixture from an aqueous solution or dispersion of a copper compound and a preferably at least stoichiometric amount of phosphoric acid, wherein at least stoichiometric means that the quantity of copper ions of the copper compound in relation to the quantity of phosphoric acid in the reaction mixture is at most 2, b) converting the copper compound with the phosphoric acid in the reaction mixture and c) separating copper hydroxide phosphate off from the reaction mixture, wherein the conversion in step b) is effected in an unpressurized manner, characterized in that at least one chelating agent is added to the reaction mixture in method step a) and/or b).