mhurhangee/ep-ind-claims huggingface dataset:
An assembly rack for a manufacturing cell, having vertical posts and horizontal cross members (19, 29), the ends of said cross members (19, 29) being connected to the posts, and the face sides of said cross members (19, 29) being connected to the posts in a spatial grid, and at least one face side of said cross members (19, 29) and at least one longitudinal wall of said cross members (19, 29) comprising feedthroughs for lines or pipes, and said posts comprising feedthroughs for passing through lines or pipes at fastening points at which the cross members (19, 29) are fastened to said posts, characterised in that each of the face sides of the cross members (19, 29) comprises at least one fastening tab (24, 25, 26, 34, 35, 36) with the aid of which the cross members are fastened to the posts, each fastening tab being connected in one piece to a longitudinal wall (11, 12, 13) of the cross member, and each fastening tab being formed by cutting and bending an end piece of the longitudinal wall (11, 12, 13) of the cross member, and the end pieces (20, 21, 22, 23, 30, 31, 32, 33) which face each other, of adjacent fastening tabs (24, 25, 26, 34, 35, 36), being connected by way of a connecting means, each of the face sides of said cross members (19, 29) comprising three fastening tabs (24, 25, 26, 34, 35, 36) which are connected in one piece to three longitudinal walls (11, 12, 13) of the cross member (19, 29), said longitudinal walls (11, 12, 13) forming a C-shaped box section.
A method for sharing a terminal location, comprising: displaying, by a second terminal, a location of a first terminal and a location of the second terminal on a map of the second terminal in real time; receiving, by the second terminal, a candidate location sent by the first terminal; displaying, by the second terminal, the candidate location on the map of the second terminal, and modifying the candidate location; and sending, by the second terminal, the modified candidate location to the first terminal, so that the modified candidate location is also displayed on a map of the first terminal. displaying, by a second terminal, a location of a first terminal and a location of the second terminal on a map of the second terminal in real time; receiving, by the second terminal, a candidate location sent by the first terminal; displaying, by the second terminal, the candidate location on the map of the second terminal, and modifying the candidate location; and sending, by the second terminal, the modified candidate location to the first terminal, so that the modified candidate location is also displayed on a map of the first terminal.
An articulation assembly for a robotic surgical instrument, comprising: first and second base plates (212, 222, 232); a plurality of lead screws extending between the first and second base plates, each lead screw rotatable but longitudinally fixed relative to the first and second base plates; a collar disposed in threaded engagement about each of the lead screws, each collar configured to translate longitudinally along a corresponding one of the lead screws in response to rotation of the corresponding lead screw; an articulation cable coupled to each of the collars such that translation of one of the collars tensions or un-tensions a corresponding one of the articulation cables; and a tensioning mechanism, wherein the tensioning mechanism includes a threaded nipple (39g-2) disposed in threaded engagement about a threaded shaft (39g-1) defined by or engaged with each of the articulation cables, each threaded nipple engaged with one of the collars to thereby engage each of the articulation cables with a corresponding one of the collars such that longitudinal translation of the corresponding collar pushes or pulls the corresponding articulation cable, wherein each threaded nipple is configured for further threading or unthreading about the corresponding threaded shaft to vary a pre-tension on the corresponding articulation cable. first and second base plates (212, 222, 232); a plurality of lead screws extending between the first and second base plates, each lead screw rotatable but longitudinally fixed relative to the first and second base plates; a collar disposed in threaded engagement about each of the lead screws, each collar configured to translate longitudinally along a corresponding one of the lead screws in response to rotation of the corresponding lead screw; an articulation cable coupled to each of the collars such that translation of one of the collars tensions or un-tensions a corresponding one of the articulation cables; and a tensioning mechanism, wherein the tensioning mechanism includes a threaded nipple (39g-2) disposed in threaded engagement about a threaded shaft (39g-1) defined by or engaged with each of the articulation cables, each threaded nipple engaged with one of the collars to thereby engage each of the articulation cables with a corresponding one of the collars such that longitudinal translation of the corresponding collar pushes or pulls the corresponding articulation cable, wherein each threaded nipple is configured for further threading or unthreading about the corresponding threaded shaft to vary a pre-tension on the corresponding articulation cable.
A gas purge valve comprising a housing configured with float chamber extending between a fluid inlet port and a fluid outlet port said float chamber accommodating a float-activated valve assembly having a lower portion with a diameter D float and being axially displaceable within the float chamber said float-activated valve assembly comprising at least a kinetic component being axially displaceable within the housing between at least a closed position sealingly engaging a sealing seat of the fluid outlet port, and an open position in which said kinetic component is disengaged from said sealing seat; wherein the fluid inlet port is in flow communication with the float chamber through a fluid inlet path configured with a fluid flow regulator configured with a fluid discharge flow path; characterized in that said fluid flow regulator comprises: a dome shaped disc portion having a bottom face facing the fluid inlet port of the housing and having an outer diameter D min which is a minimal diameter of the fluid discharge flow path; a housing engaging ring having an inner diameter D max; a plurality of legs extending from the housing engaging ring and supporting the dome shaped disc portion so that said housing engaging ring is axially displaced below the dome shaped disc portion; and a plurality of flow openings formed between the dome shaped disc portion, the legs and the housing engaging ring, and constituting said fluid discharge flow path; wherein the housing engaging ring is axially displaced with respect to the flow openings, and the arrangement is such that Dmin > D float and D max > D min. a dome shaped disc portion having a bottom face facing the fluid inlet port of the housing and having an outer diameter D min which is a minimal diameter of the fluid discharge flow path; a housing engaging ring having an inner diameter D max; a plurality of legs extending from the housing engaging ring and supporting the dome shaped disc portion so that said housing engaging ring is axially displaced below the dome shaped disc portion; and a plurality of flow openings formed between the dome shaped disc portion, the legs and the housing engaging ring, and constituting said fluid discharge flow path; wherein the housing engaging ring is axially displaced with respect to the flow openings, and the arrangement is such that Dmin > D float and D max > D min.
A method for processing cascading style sheets, comprising: receiving by a web content proxy server a Hypertext Transfer Protocol (HTTP) request for a web page from a client computing device; identifying by the web content proxy server a type of a browser executing on the client computing device from which the HTTP request originated based on a user agent header included in the HTTP request; obtaining by the web content proxy server at least one cascading style sheet associated with the requested web page, the at least one CSS including a CSS property, the CSS property comprising at least a prefix followed by a name; determining by the web content proxy server and subsequent to obtaining the CSS when the prefix of the CSS property included in the CSS matches an established value; applying by the web content proxy server a transformation function for the CSS property, the transformation function configured to modify the previously obtained CSS to replace the CSS property based on the identified type of browser and the name of the CSS property, when the prefix of the CSS property is determined to match the established value; and sending by the web content proxy server the modified CSS to the requesting client computing device to be rendered by the browser executing on the client computing device. receiving by a web content proxy server a Hypertext Transfer Protocol (HTTP) request for a web page from a client computing device; identifying by the web content proxy server a type of a browser executing on the client computing device from which the HTTP request originated based on a user agent header included in the HTTP request; obtaining by the web content proxy server at least one cascading style sheet associated with the requested web page, the at least one CSS including a CSS property, the CSS property comprising at least a prefix followed by a name; determining by the web content proxy server and subsequent to obtaining the CSS when the prefix of the CSS property included in the CSS matches an established value; applying by the web content proxy server a transformation function for the CSS property, the transformation function configured to modify the previously obtained CSS to replace the CSS property based on the identified type of browser and the name of the CSS property, when the prefix of the CSS property is determined to match the established value; and sending by the web content proxy server the modified CSS to the requesting client computing device to be rendered by the browser executing on the client computing device.
Optoelectronic semiconductor chip, which has a carrier and a semiconductor body having a semiconductor layer sequence, said semiconductor body being arranged on the carrier, and said optoelectronic semiconductor chip having a chip front side and a chip rear side, wherein - the semiconductor layer sequence comprises an active region, which is arranged between a first semiconductor layer and a second semiconductor layer, and is provided for the generation or reception of electromagnetic radiation, - the first semiconductor layer is electrically conductively connected to a first contact, - the first contact is formed on the chip front side, in particular next to the active region, - the second semiconductor layer is electrically conductively connected to a second contact, - the second contact is also formed on the chip front side, in particular next to the active region, and - an electrically insulating separation layer, which electrically insulates the chip rear side from the active region of the semiconductor chip, the electrically insulating separation layer comprising a first separation layer which has at least one atomic layer or at least one molecular layer and is deposited by means of atomic layer deposition or molecular layer deposition, and at least one second separation layer, which has one or more layers deposited by gas phase deposition or sputtering. - the semiconductor layer sequence comprises an active region, which is arranged between a first semiconductor layer and a second semiconductor layer, and is provided for the generation or reception of electromagnetic radiation, - the first semiconductor layer is electrically conductively connected to a first contact, - the first contact is formed on the chip front side, in particular next to the active region, - the second semiconductor layer is electrically conductively connected to a second contact, - the second contact is also formed on the chip front side, in particular next to the active region, and - an electrically insulating separation layer, which electrically insulates the chip rear side from the active region of the semiconductor chip, the electrically insulating separation layer comprising a first separation layer which has at least one atomic layer or at least one molecular layer and is deposited by means of atomic layer deposition or molecular layer deposition, and at least one second separation layer, which has one or more layers deposited by gas phase deposition or sputtering.
An isolated variant alpha-amylase, comprising a substitution at three or more positions corresponding to any of positions 59, 89, 91, 96, 108, 112, 129, 157, 165, 166, 168, 171, 177, 179, 180, 184, 208, 220, 224, 242, 254, 269, 270, 274, 276, 281, 284, 416, and 427, in particular, at the positions corresponding to positions 129, 177, and 179, wherein the variant has at least 90% and less than 100% sequence identity with the mature polypeptide of SEQ ID NO: 6, and the variant has alpha-amylase activity, and wherein the variant comprises a set of substitutions, using SEQ ID NO: 1 for numbering, consisting of: E129V+K177L+R179E, and wherein the 1181*+G182*+N193F alterations present in SEQ ID NO: 6 are maintained and the variants have improved thermostability compared to the alpha-amylase disclosed as SEQ ID NO: 6.
Actuating assembly for actuating synchronization means of a centrally synchronized dual-clutch transmission having at least a first partial transmission and a second partial transmission, wherein each partial transmission (6, 7) is assigned at least one synchronization means, characterized in that at least the synchronization means of the two partial transmissions can be actuated by means of a common actuator.
A nonwoven fabric polishing roll having a through hole into which a rotating shaft of a polishing machine is inserted, comprising: a polishing portion formed by stacking a plurality of circular nonwoven fabrics having an aperture that forms the through hole; and two circular support plates located one at each of both ends in the stacking direction of the polishing portion, having an aperture that forms the through hole, characterized in that the circular support plates have an external diameter that is substantially the same as that of the circular nonwoven fabric; and the circular support plates include nonwoven fabric that is hardened in a compressed state. a polishing portion formed by stacking a plurality of circular nonwoven fabrics having an aperture that forms the through hole; and two circular support plates located one at each of both ends in the stacking direction of the polishing portion, having an aperture that forms the through hole, characterized in that the circular support plates have an external diameter that is substantially the same as that of the circular nonwoven fabric; and the circular support plates include nonwoven fabric that is hardened in a compressed state.
Radiant heating tube for heating furnace chambers of industrial furnaces, having a tube body and having a flame tube arranged in said tube body, which flame tube is, at one end, assigned a burner, wherein the flame tube is centred relative to the tube body by means of spacer elements, characterized in that groove-like spacer elements are formed by beads projecting inwardly into the tube body, which beads define wall portions of exhaust-gas channels between tube body and flame tube.
A syringe assembly, comprising: an assembly housing; a first syringe disposed within the assembly housing, the first syringe comprising: a first syringe body defining a first syringe cavity and a first syringe port, wherein the first syringe port is in fluid communication with the first syringe cavity; and a first plunger movable within the first syringe cavity and defining a first chamber in the first syringe cavity, wherein the first chamber is in fluid communication with the first syringe port, the first plunger comprising a first gear rack extending longitudinally along the first plunger; a second syringe disposed within the assembly housing, the second syringe comprising: a second syringe body defining a second syringe cavity and a second syringe port, wherein the second syringe port is in fluid communication with the second syringe cavity; and a second plunger movable within the second syringe cavity and defining a second chamber in the second syringe cavity, wherein the second chamber is in fluid communication with the second syringe port, the second plunger comprising a second gear rack extending longitudinally along the second plunger; a connecting gear rotatably coupled to the assembly housing, wherein the connecting gear is configured to be in meshed engagement with at least one of the first gear rack and the second gear rack; and characterized by: a pusher assembly moveable within the assembly housing, the pusher assembly comprising: a main pusher shaft extending from outside of the assembly housing to inside the assembly housing; and an intermediate pusher shaft releasably coupled to the main pusher shaft, wherein the intermediate pusher shaft is configured to engage with and advance the first plunger. a main pusher shaft extending from outside of the assembly housing to inside the assembly housing; and an intermediate pusher shaft releasably coupled to the main pusher shaft, wherein the intermediate pusher shaft is configured to engage with and advance the first plunger.
Composite particles comprising: i) a matrix containing at least one inorganic and/or at least one organic material and ii) at least one inorganic UV filter which is doped by at least one transition metal, wherein the composite particles are spherical particles containing a core comprising at least one organic and/or one inorganic material, the said core being covered at least partially by at least one layer of inorganic UV filter which is doped by at least one transition metal. i) a matrix containing at least one inorganic and/or at least one organic material and ii) at least one inorganic UV filter which is doped by at least one transition metal, wherein the composite particles are spherical particles containing a core comprising at least one organic and/or one inorganic material, the said core being covered at least partially by at least one layer of inorganic UV filter which is doped by at least one transition metal.
Expansion head for expansion tools for hollow workpieces, in particular for the ends of tubes made from plastics and from metals covered with plastics, comprising: - a head housing with a radially inwardly directed guide flange; - a set of expanding jaws which are of sector-shape design and are in each case individually guided in a radially movable manner on the guide flange by an inner flange sector, which overlaps with the guide flange, and by a radial groove, wherein the set of expanding jaws is movable between a closed state and an expansion state, and the expanding jaws are bounded on the inner side thereof by conical segment surfaces which, in the closed state of the expansion head, complement one another to form a conical surface; and - a conical adapter element which is accommodated in the head housing and is movable in the axial direction, wherein the cone angle of the adapter element corresponds to the opening angle (β) of the conical segment surfaces, and the inner side of the adapter element is bounded by a further conical surface, characterized in that the opening angle (α) of the conical surface on the inner side of the adapter element is smaller than the opening angle (β) of the conical surface formed by the conical segment surfaces on the inner side of the expanding jaws, and the expansion head furthermore comprises at least one resetting element which is accommodated in the head housing and is in engagement on one side with the adapter element, wherein, at least in the expansion state, the resetting element subjects the adapter element to a force action in the axial direction. - a head housing with a radially inwardly directed guide flange; - a set of expanding jaws which are of sector-shape design and are in each case individually guided in a radially movable manner on the guide flange by an inner flange sector, which overlaps with the guide flange, and by a radial groove, wherein the set of expanding jaws is movable between a closed state and an expansion state, and the expanding jaws are bounded on the inner side thereof by conical segment surfaces which, in the closed state of the expansion head, complement one another to form a conical surface; and - a conical adapter element which is accommodated in the head housing and is movable in the axial direction, wherein the cone angle of the adapter element corresponds to the opening angle (β) of the conical segment surfaces, and the inner side of the adapter element is bounded by a further conical surface,
Method for manufacturing a heat-insulated pipe, comprising the positioning of at least one inner duct into an outer duct creating a hollow space between the outer wall of the inner duct and the inner wall of the outer duct as well as the injecting of foam into the hollow space, wherein the inner duct is kept straight in longitudinal direction of the pipes by a tensile force and surrounded by foam in this position, wherein a pipe holder (20, 21) extending in longitudinal direction of the pipe to be manufactured and tensioning means (9, 9') arranged on both sides of the longitudinal ends of the pipe holder are used, at least a tension member connecting the tensioning means in a detachable way is used, wherein the tensioning means comprise an actuator by means of which the adjustable tensile force is exerted on the tension member, and wherein a pipe is supported by the tension member at least section-wise along its longitudinal extension, wherein a steel cable is used as tension member, which has a plurality of centering elements (16, 17) targeted for the inner duct along its longitudinal extension, wherein the centering elements are spaced from one another by spacers running coaxially to the steel cable.
A method of processing a received data message in a reception processor, said method comprising the steps of extracting a marker associated with a first data component type from said data message, determining a processing operation defined for said marker in a specification designated by said marker, and in response to said determination, deriving a further data component by means of said processing operation with respect to a data source external to said reception processor other than a data stream associated with said data message, wherein there are defined one or more rules, each said rule comprising one or more field instruction lines, each said field instruction line comprising a target value and a processing instruction; said method comprising the further steps of determining for a said rule whether a respective specified region of said data message corresponds to said target value in a respective prescribed manner, and in a case where said respective specified region corresponds to said target value in said respective prescribed manner for each field instruction line in a respective said rule, applying the processing instruction of each field instruction line in said corresponding rule with regard to the respective specified region, wherein said further data component is processed as defined by said processing instruction; and wherein said marker specifies said rule. said method comprising the further steps of determining for a said rule whether a respective specified region of said data message corresponds to said target value in a respective prescribed manner, and in a case where said respective specified region corresponds to said target value in said respective prescribed manner for each field instruction line in a respective said rule, applying the processing instruction of each field instruction line in said corresponding rule with regard to the respective specified region, wherein said further data component is processed as defined by said processing instruction; and wherein said marker specifies said rule.