mhurhangee/patent-ind-claim-en huggingface dataset:
Valve gun for a high-pressure cleaning apparatus for controlled discharge of a cleaning liquid, comprising a gun housing which has a hand grip , and comprising a valve arranged in the gun housing , in the flow path between a liquid inlet and a liquid outlet , said valve having a closure body which, when in a closed position, is in liquid-tight contact against a valve seat and is, by displacement of a valve plunger , movable into an open position, and comprising a manually movable actuating member for displacing the valve plunger , wherein the liquid outlet is arranged at a front side of the gun housing and the actuating member has an actuating surface which is arranged on a rear side of the hand grip that faces away from the liquid outlet , wherein the actuating member has a force applying element which is capable of being brought into contact against the valve plunger and wherein the actuating member has an actuating body which is pivotable back and forth between a rest position and a release position about a first pivot axis and which has the actuating surface , wherein the actuating surface , in the rest position of the actuating body , protrudes from the rear side of the hand grip and wherein the actuating body is movable by the user with the heel of his hand to the release position, characterized in that the force applying element is arranged at the actuating body and the actuating body has an actuating arm and a force transmitting arm , wherein the actuating arm has the actuating surface and the force transmitting arm is rigidly connected to the actuating arm and is at its end portion facing away from the actuating arm mounted for pivotal movement about the first pivot axis , wherein the actuating arm is, at least in portions thereof, arranged inside the hand grip and wherein the force transmitting arm is, at least in portions thereof, arranged outside the hand grip in the gun housing .
A securing system for securing a helmet on the head of a helmet wearer, having - a forehead band having two guiding installations ; and - two neck band portions having in each case one counter-guiding installation that corresponds to one of the two guiding installations of the forehead band , wherein each counter-guiding installation for repositioning the respective neck band portion in relation to the forehead band is disposed so as to be displaceable on the corresponding guiding installation , wherein the guiding installations are in each case disposed on a free end of a respective forehead band lever arm , wherein the forehead band lever arm , as a component part of the forehead band , extends in the direction of the respective neck band portion beyond a pivot axis about which the respective neck band portion is pivotable in relation to the forehead band , characterized in that the guiding installations are spaced apart from the pivot axis in a manner perpendicular to the longitudinal direction of the forehead band . - a forehead band having two guiding installations ; and - two neck band portions having in each case one counter-guiding installation that corresponds to one of the two guiding installations of the forehead band ,
An access device (200; 300) for surgical procedures comprising: an end cap including a rigid body (204; 304) with a flexible support (206; 306) sealingly mounted to the rigid body with at least one separate access port for accommodating introduction of individual surgical instruments into a body of a patient, the at least one access port sealingly attached to the flexible support and extending in a proximal direction therefrom, wherein the flexible support is of a material more flexible than those of the rigid body and the at least one access port to provide for relative angular movement of the at least one access port to provide flexibility for positioning surgical instruments introduced through the at least one access port , wherein there are a plurality of access ports extending proximally from the end cap , evenly spaced circumferentially about the end cap, wherein each access port extends from a respective planar facet of the flexible support , and wherein each access port extends normal from the respective facet of the flexible support , characterized in that : the respective facets meet at facet junctures , wherein the facet junctures meet each other at an apex of the flexible support, and the flexible support (206; 306) includes a flexible foam material including at least one of a rubber material, a rubber-like material, and/or a foam material made from a gel or gel-like material an end cap including a rigid body (204; 304) with a flexible support (206; 306) sealingly mounted to the rigid body with at least one separate access port for accommodating introduction of individual surgical instruments into a body of a patient, the at least one access port sealingly attached to the flexible support and extending in a proximal direction therefrom, wherein the flexible support is of a material more flexible than those of the rigid body and the at least one access port to provide for relative angular movement of the at least one access port to provide flexibility for positioning surgical instruments introduced through the at least one access port , wherein there are a plurality of access ports extending proximally from the end cap , evenly spaced circumferentially about the end cap, wherein each access port extends from a respective planar facet of the flexible support , and wherein each access port extends normal from the respective facet of the flexible support , characterized in that : the respective facets meet at facet junctures , wherein the facet junctures meet each other at an apex of the flexible support, and the flexible support (206; 306) includes a flexible foam material including at least one of a rubber material, a rubber-like material, and/or a foam material made from a gel or gel-like material the respective facets meet at facet junctures , wherein the facet junctures meet each other at an apex of the flexible support, and the flexible support (206; 306) includes a flexible foam material including at least one of a rubber material, a rubber-like material, and/or a foam material made from a gel or gel-like material
Device for supporting a load of a gangway structure between a first car and a second car, the device having - a first beam that extends along a first longitudinal axis and has a connecting structure suitable to be connected to the first car and - a second beam that extends along a second longitudinal axis and has a connecting structure suitable to be connected to the second car, wherein the first longitudinal axis is parallel to the second longitudinal axis, the device comprising a connector , wherein - the connector has a first support surface that extends in a direction parallel to the first longitudinal axis, whereby an element of the first beam is supported by the first support surface and can move along the first support surface , and - the connector has a second support surface that extends in a direction parallel to the second longitudinal axis, whereby an element of the second beam is supported by the second support surface and can move along the second support surface , characterized in that the first beam has a first load supporting surface and the second beam has a second load supporting surface on which the gangway structure can directly rest, whereby the first load supporting surface and the second load supporting surface are arranged in one horizontal plane, wherein the connector is adapted to hold the first and second beam next to each other. - a first beam that extends along a first longitudinal axis and has a connecting structure suitable to be connected to the first car and - a second beam that extends along a second longitudinal axis and has a connecting structure suitable to be connected to the second car, - the connector has a first support surface that extends in a direction parallel to the first longitudinal axis, whereby an element of the first beam is supported by the first support surface and can move along the first support surface , and - the connector has a second support surface that extends in a direction parallel to the second longitudinal axis, whereby an element of the second beam is supported by the second support surface and can move along the second support surface ,
An accessory tool for an extraction cleaner having an accessory hose with a wand , a fluid delivery system , and a fluid recovery system , the accessory tool comprising: a lens ; a tool body connectable to said fluid delivery system and said fluid recovery system via said accessory hose , wherein the lens is coupled with the tool body to form a suction nozzle and a suction nozzle volume between the lens and a rear tool wall , and wherein the rear tool wall serves as a rear wall of the tool body when viewed by a user through the lens and wherein the rear tool wall at least partially defines a transverse fluid channel opposite the lens and in fluid communication with the suction nozzle volume , the transverse fluid channel is arranged adjacent to a nozzle opening to the suction nozzle volume and wherein the transverse fluid channel includes a radiused channel portion and a wall that is contiguous with the radiused channel portion ; the accessory tool further comprises: a spray tip configured to dispense a cleaning fluid from said fluid delivery system onto a surface during a spray mode of said extraction cleaner ; and a cleanout assembly coupled to the tool body and configured to selectively divert the cleaning fluid from the spray tip and into the fluid channel during a clean out mode of said extraction cleaner to thereby clean the lens and the accessory hose . a lens ; a tool body connectable to said fluid delivery system and said fluid recovery system via said accessory hose , wherein the lens is coupled with the tool body to form a suction nozzle and a suction nozzle volume between the lens and a rear tool wall , and wherein the rear tool wall serves as a rear wall of the tool body when viewed by a user through the lens and wherein the rear tool wall at least partially defines a transverse fluid channel opposite the lens and in fluid communication with the suction nozzle volume , the transverse fluid channel is arranged adjacent to a nozzle opening to the suction nozzle volume and wherein the transverse fluid channel includes a radiused channel portion and a wall that is contiguous with the radiused channel portion ; the accessory tool further comprises: a spray tip configured to dispense a cleaning fluid from said fluid delivery system onto a surface during a spray mode of said extraction cleaner ; and a cleanout assembly coupled to the tool body and configured to selectively divert the cleaning fluid from the spray tip and into the fluid channel during a clean out mode of said extraction cleaner to thereby clean the lens and the accessory hose . a spray tip configured to dispense a cleaning fluid from said fluid delivery system onto a surface during a spray mode of said extraction cleaner ; and a cleanout assembly coupled to the tool body and configured to selectively divert the cleaning fluid from the spray tip and into the fluid channel during a clean out mode of said extraction cleaner to thereby clean the lens and the accessory hose .
A hardware accelerator comprising: one or more sparse tiles (112A-112N) configured to execute a first set of operations for a k-means clustering task involving a matrix, each of the sparse tiles (112A-112N) comprising a first plurality of processing units (506A-506Z) configured to operate upon a first plurality of sparse blocks of the matrix that have been streamed to one or more random access memories of the one or more sparse tiles (112A-112N) over a high bandwidth interface from a first memory unit (116A-116M); and one or more very/hyper sparse tiles (114A-114N) configured to execute a second set of operations for the k-means clustering task involving the matrix, each of the very/hyper sparse tiles (114A-114N) comprising a second plurality of processing units (506A-506Z) configured to operate upon a second plurality of very/hyper sparse blocks of the matrix, characterized in that said very/hyper sparse blocks of the matrix have been randomly accessed over a low-latency interface from a second off-tile memory unit (118A-118M) adapted for low latency, parallel, short, irregular accesses. one or more sparse tiles (112A-112N) configured to execute a first set of operations for a k-means clustering task involving a matrix, each of the sparse tiles (112A-112N) comprising a first plurality of processing units (506A-506Z) configured to operate upon a first plurality of sparse blocks of the matrix that have been streamed to one or more random access memories of the one or more sparse tiles (112A-112N) over a high bandwidth interface from a first memory unit (116A-116M); and one or more very/hyper sparse tiles (114A-114N) configured to execute a second set of operations for the k-means clustering task involving the matrix, each of the very/hyper sparse tiles (114A-114N) comprising a second plurality of processing units (506A-506Z) configured to operate upon a second plurality of very/hyper sparse blocks of the matrix, characterized in that said very/hyper sparse blocks of the matrix have been randomly accessed over a low-latency interface from a second off-tile memory unit (118A-118M) adapted for low latency, parallel, short, irregular accesses.
A method of processing media content, comprising: receiving, using a receiver (102, 202 or 404) associated with a unique identifier (ID), a data signal including a plurality of media content streams of a same event and signaling information, wherein each media content stream of the plurality of the media content streams includes a visually unique rendering of the media content stream; selecting, using the receiver, based on the signaling information and the unique identifier (ID), at least one media content stream of the plurality of media content streams; and providing, to a display interface, the selected at least one media content stream of the plurality of media content streams, characterized in that , each media content stream of said plurality of media content streams being assigned to a corresponding symbol, the unique identifier being a string of these symbols, said selection is a sequence of switching corresponding to a toggling between media content streams in an order corresponding to each successive symbol of the unique identifier.
Centrifugal pump comprising a pump housing , wherein: an impeller and a suction connector forming a suction opening and insertable into a base plate of the pump housing are arranged in the pump housing , the suction connector is thus mounted on the base plate of the pump housing axially displaceable in that the suction connector and the base plate each have at least one surface which is pivoted with respect to the base plate and which bear against one another, so that, by rotating the suction connector a distance between the impeller and the suction connector can be varied, characterized in that the surfaces are pivoted in such a way that, by rotating the suction connector in the direction of rotation of the impeller the distance is reduced. an impeller and a suction connector forming a suction opening and insertable into a base plate of the pump housing are arranged in the pump housing , the suction connector is thus mounted on the base plate of the pump housing axially displaceable in that the suction connector and the base plate each have at least one surface which is pivoted with respect to the base plate and which bear against one another, so that, by rotating the suction connector a distance between the impeller and the suction connector can be varied, characterized in that the surfaces are pivoted in such a way that, by rotating the suction connector in the direction of rotation of the impeller the distance is reduced.
A nut cage system comprising a nut cage and a support on which the cage is intended to be mounted, the nut cage comprising a device with means for positioning and attachment on the support by means of a relative manual movement of the cage on the support into a position in which these means cooperate with abutment means of the support, the device of the means for attachment of the cage comprising at least one fin and the support comprises an abutment element for each fin to ensure positioning of the cage on the support in a predetermined direction, characterized in that the cage comprises at least one flexible tab suitable for engaging in a recess formed in the support , which constitutes the positioning abutment element in the direction perpendicular to the aforementioned predetermined direction, the means for attachment of the cage on the support being suitable for allowing a relative play-compensating movement of one on the other.
An alloy article, comprising Co, Cr, Fe, Ni, and Ti elements, each element in content of 5 atomic percent to 35 atomic percent, 1 atomic percent or more but not more than 8 atomic percent of Mo, and remainder substances of unavoidable impurities, wherein ultrafine particles with an average diameter of 40 nm or less are dispersedly precipitated in matrix phase crystals of the alloy article, the ultrafine particles being crystalline particles in which the Ni component and the Ti component are more concentrated than in the matrix phase crystals.
Glasses provided with biosensors, for detecting signals, that are in contact with the head of the user, comprising a front frame for supporting respective lenses , a pair of sides articulated to the frame on laterally opposing sides and a nasal bearing device , each of said sides extending in a longitudinal extension direction and including a side body that is extended in an end portion of the side, in which a sensor that can make contact with the head is integrated, characterised in that said side end portion comprises a pair of branches extending, from a common end connected to the side body , in the longitudinal extension direction of the side at a spacing from one another, in that the upper branch of said branches, which is at a greater vertical distance from the ear when in contact with the head, is provided with an internal cavity for housing a core made of conductive metal material to conduct the signals detected by the sensor, and in that both said branches are made of an resiliently pliable and electrically conductive elastomer or rubber.
Boot that has a first and second fastening region and a convoluted region therebetween, wherein the first fastening region comprises lobe regions (30.1, 20.2, 30.3) and/or guide regions (32.1, 32.2, 32.3) and connecting regions (34.1, 34.2, 34.3, 34.4, 34.5, 34.6), and a binder seat region that has a binder seat region surface , and has an undersurface lying opposite, wherein there is at least one inner groove (70.1, 70.2) located on the undersurface in the lobe regions (30.1, 30.2, 30.3) and/or in the guide regions (32.1, 32.2, 32.3), wherein the inner groove (70.1, 70.2) has a depth increasing towards a middle of the lobe regions (30.1, 20.2, 30.3).
A hyperimmunized egg product for use in a method for preventing or treating alcoholic liver disease in a subject in need thereof, the method comprising administering to the subject a therapeutically effective amount of the hyperimmunized egg product, the hyperimmunized egg product being obtained from an egg-producing animal, thereby preventing or treating the alcoholic liver disease in the subject, wherein the hyperimmunized egg product comprises a therapeutically effective amount of one or more antibodies to an antigen selected from the group consisting of Enterococcus faecalis and Enterococcus faecalis cytolysin toxin.
Vehicle seat having a seat adjustment mechanism, comprising a number of first rail pairs , a height adjustment mechanism comprising a number of second rail pairs and a number of third rail pairs , wherein each first rail pair comprises an upper rail (1.1) and a lower rail (1.2), wherein the height adjustment mechanism is arranged between the number of first rail pairs and a seat part (S) of the vehicle seat, wherein each second rail pair comprises an upper rail (2.1) and a lower rail (2.2), wherein the number of first rail pairs and the number of second rail pairs can be actuated simultaneously, wherein the number of third rail pairs has a direction of action that is substantially the same as the number of first rail pairs . wherein the height adjustment mechanism is arranged between the number of first rail pairs and a seat part (S) of the vehicle seat, wherein each second rail pair comprises an upper rail (2.1) and a lower rail (2.2), wherein the number of first rail pairs and the number of second rail pairs can be actuated simultaneously, wherein the number of third rail pairs has a direction of action that is substantially the same as the number of first rail pairs .
A method of stretch-forming an elongate metal workpiece (W), the method comprising: (a) providing a thermally-insulating enclosure that includes an opening and which surrounds a die with a working face complementary to a cross-sectional profile of the workpiece (W) and positioned to receive a first portion of the workpiece (W); (b) providing first and second opposed jaws mounted on respective first and second opposed swing arms ; (c) positioning the first portion of the workpiece (W) in the thermally-insulating enclosure in forming proximity to the working face of the die with opposed ends of the workpiece protruding from the opening of the thermally-insulating enclosure; (d) electrically isolating the workpiece (W) from the die; (e) gripping the workpiece (W) in the first and second opposed jaws at its opposed ends; (f) resistance heating the workpiece (W) to a working temperature by passing electrical current therethrough; and (g) moving the workpiece (W) and the working face of the die relative to each other while the workpiece (W) is at the working temperature, thereby causing plastic elongation and bending of the workpiece (W) and forming the workpiece (W) against the working face of the die into a preselected final form. (a) providing a thermally-insulating enclosure that includes an opening and which surrounds a die with a working face complementary to a cross-sectional profile of the workpiece (W) and positioned to receive a first portion of the workpiece (W); (b) providing first and second opposed jaws mounted on respective first and second opposed swing arms ; (c) positioning the first portion of the workpiece (W) in the thermally-insulating enclosure in forming proximity to the working face of the die with opposed ends of the workpiece protruding from the opening of the thermally-insulating enclosure; (d) electrically isolating the workpiece (W) from the die; (e) gripping the workpiece (W) in the first and second opposed jaws at its opposed ends; (f) resistance heating the workpiece (W) to a working temperature by passing electrical current therethrough; and (g) moving the workpiece (W) and the working face of the die relative to each other while the workpiece (W) is at the working temperature, thereby causing plastic elongation and bending of the workpiece (W) and forming the workpiece (W) against the working face of the die into a preselected final form.