mhurhangee/ep-ind-claims huggingface dataset:
A goods transfer device of an automatic goods storage system, comprising at least one loading device for receiving goods in the form of bulk and transferring them to the goods transfer device, wherein the loading device consists of at least one container including a plurality of compartments in which the goods can be received, wherein said compartments comprise a respective loading opening for introducing the goods and a respective unloading opening for discharging the goods, wherein the unloading openings are formed at a lower side of the container and are each adapted to be closed by at least one retaining flap, wherein the retaining flaps at least partially form the bottom of the container, and wherein each retaining flap is adapted to be controlled separately for being opened, and comprising a conveyor means arranged or capable of being arranged below the unloading openings, taking over the goods from the loading device, characterized by a recess for receiving the at least one loading device, at least one drawer for receiving the loading device is arranged in the recess, wherein, vie the drawer the loading device is adapted to be pushed into the goods transfer device and to be arranged in position for the transfer of the goods. wherein the loading device consists of at least one container including a plurality of compartments in which the goods can be received, wherein said compartments comprise a respective loading opening for introducing the goods and a respective unloading opening for discharging the goods, wherein the unloading openings are formed at a lower side of the container and are each adapted to be closed by at least one retaining flap, wherein the retaining flaps at least partially form the bottom of the container, and wherein each retaining flap is adapted to be controlled separately for being opened, and comprising a conveyor means arranged or capable of being arranged below the unloading openings, taking over the goods from the loading device, characterized by a recess for receiving the at least one loading device, at least one drawer for receiving the loading device is arranged in the recess, wherein, vie the drawer the loading device is adapted to be pushed into the goods transfer device and to be arranged in position for the transfer of the goods.
A method for manufacturing Compound: a pharmaceutically acceptable salt thereof, or a solvate thereof, the method comprising a step of manufacturing a compound represented by Formula IXa: a pharmaceutically acceptable salt thereof, or a solvate thereof, by treating a compound represented by Formula VIIIb: wherein R 1a represents a leaving group, or an optionally substituted 6-membered saturated cyclic amino group; and R 2 represents a Ci-Ce alkyl group, with a condensing agent in a solvent selected from dichloromethane, 1,4-dioxane, 2-methyltetrahydrofuran, 2-butanone, tert-butyl methyl ether, ethyl acetate, isopropyl acetate, dimethyl sulfoxide, tetrahydrofuran, acetone, and acetonitrile, and wherein the condensing agent is N,N'-diisopropylcarbodiimide, or diethyl chlorophosphate. a pharmaceutically acceptable salt thereof, or a solvate thereof, the method comprising a step of manufacturing a compound represented by Formula IXa: a pharmaceutically acceptable salt thereof, or a solvate thereof, by treating a compound represented by Formula VIIIb: wherein R 1a represents a leaving group, or an optionally substituted 6-membered saturated cyclic amino group; and R 2 represents a Ci-Ce alkyl group, with a condensing agent in a solvent selected from dichloromethane, 1,4-dioxane, 2-methyltetrahydrofuran, 2-butanone, tert-butyl methyl ether, ethyl acetate, isopropyl acetate, dimethyl sulfoxide, tetrahydrofuran, acetone, and acetonitrile, and wherein the condensing agent is N,N'-diisopropylcarbodiimide, or diethyl chlorophosphate.
A semiconductor device (100, 200, 400) including an electronic circuit, an interconnection contact (105, 205) and a plate (104, 204, 432) configured to concentrate magnetic flux to a predetermined area suitable for including a sensing element for measuring magnetic field flux, the plate (104, 204, 432) being electrically conductive, wherein the plate (104, 204, 432) is electrically connected to the electronic circuit, characterized in that the plate (104, 204) provides an electric path between the interconnection contact (105, 205) and the electronic circuit.
An imaging system, comprising: a focal spot configured to rotate along a path around an examination region and emits radiation; a collimator configured to collimate the radiation, producing a radiation beam that traverses a field of view of the examination region; a detector array located opposite the radiation source, across the examination region, configured to detect radiation traversing the field of view and produces a signal indicative of the detected radiation; and a beam shaper, located between the radiation source and the collimator, configured to rotate in coordination with the focal spot and defines an intensity profile of the radiation beam, wherein the beam shaper includes a plurality of elongate x-ray absorbing elements arranged parallel to each other along a transverse direction with respect to a direction of the beam, separated from each other by a plurality of material free regions, and widths of the plurality of x-ray absorbing elements along the transverse direction increase from a central region of the beam shaper towards end regions of the beam shaper. a focal spot configured to rotate along a path around an examination region and emits radiation; a collimator configured to collimate the radiation, producing a radiation beam that traverses a field of view of the examination region; a detector array located opposite the radiation source, across the examination region, configured to detect radiation traversing the field of view and produces a signal indicative of the detected radiation; and a beam shaper, located between the radiation source and the collimator, configured to rotate in coordination with the focal spot and defines an intensity profile of the radiation beam, wherein the beam shaper includes a plurality of elongate x-ray absorbing elements arranged parallel to each other along a transverse direction with respect to a direction of the beam, separated from each other by a plurality of material free regions, and widths of the plurality of x-ray absorbing elements along the transverse direction increase from a central region of the beam shaper towards end regions of the beam shaper.
A double-bending flexible surgical tool system comprising: a mechanical arm comprising a first continuum segment, a rigid connection segment, a second continuum segment and a third continuum segment, the first continuum segment and the second continuum segment being associated to form a first dual continuum mechanism, and the third continuum segment being disposed at a distal end of the second continuum segment, the first continuum segment comprises a first continuum fixing disk and a plurality of pairs of direction-controlling continuum structural bones, and the rigid connection segment comprises a rigid connection fixing disk, wherein the distal ends of the plurality of pairs of direction-controlling continuum structural bones are connected with the rigid connection fixing disk; and a transmission driving unit associated with the rigid connection segment and the third continuum segment, respectively, and operable to drive the first continuum segment to bend in any direction to drive the second continuum segment to bend in an opposite direction, and to drive the third continuum segment to bend in any direction. a mechanical arm comprising a first continuum segment, a rigid connection segment, a second continuum segment and a third continuum segment, the first continuum segment and the second continuum segment being associated to form a first dual continuum mechanism, and the third continuum segment being disposed at a distal end of the second continuum segment, the first continuum segment comprises a first continuum fixing disk and a plurality of pairs of direction-controlling continuum structural bones, and the rigid connection segment comprises a rigid connection fixing disk, wherein the distal ends of the plurality of pairs of direction-controlling continuum structural bones are connected with the rigid connection fixing disk; and a transmission driving unit associated with the rigid connection segment and the third continuum segment, respectively, and operable to drive the first continuum segment to bend in any direction to drive the second continuum segment to bend in an opposite direction, and to drive the third continuum segment to bend in any direction.
A method comprising: grouping at least one cell of a network according to at least one characteristic of a physical layer cell identification of the at least one cell, and signaling a representation comprising the at least one characteristic of the grouped at least one cell to a mobile station; the method characterized in that the signaling comprises: a first field comprising a pattern length in bits; a second field comprising a pattern of bits of a length defined based on said first field; and a third field comprising a sense bit to indicate whether the group of at least one cell includes each cell identified by a physical layer cell identification of which the most significant bit or bits equal said pattern of bits, or each cell identified by a physical layer cell identification of which the most significant bit or bits do not equal said pattern of bits. grouping at least one cell of a network according to at least one characteristic of a physical layer cell identification of the at least one cell, and signaling a representation comprising the at least one characteristic of the grouped at least one cell to a mobile station; the method characterized in that the signaling comprises: a first field comprising a pattern length in bits; a second field comprising a pattern of bits of a length defined based on said first field; and a third field comprising a sense bit to indicate whether the group of at least one cell includes each cell identified by a physical layer cell identification of which the most significant bit or bits equal said pattern of bits, or each cell identified by a physical layer cell identification of which the most significant bit or bits do not equal said pattern of bits. a first field comprising a pattern length in bits; a second field comprising a pattern of bits of a length defined based on said first field; and a third field comprising a sense bit to indicate whether the group of at least one cell includes each cell identified by a physical layer cell identification of which the most significant bit or bits equal said pattern of bits, or each cell identified by a physical layer cell identification of which the most significant bit or bits do not equal said pattern of bits.
Gas injector for injecting a gaseous fuel, comprising: - a magnetic actuator having an armature, an internal pole and a coil, - a closing element which opens and closes a gas path at a valve seat, wherein the armature is connected to the closing element, - a closed-off lubricant chamber which is filled with a lubricant and in which the armature is arranged, wherein the lubricant ensures lubrication of the armature, and - a first flexible sealing element and a second flexible sealing element which seal the lubricant chamber with respect to the gas path, characterized in that in that the gas path begins at a connection pipe and is then diverted into an annular chamber between a valve housing and a main body and continues past an outer region of the magnetic actuator as far as the valve seat, with the result that the gas path runs in each case radially on the outside with respect to the first flexible sealing element and the second flexible sealing element.
A mesh dispensing device (1,1a) for use in dispensing materials useful in wound approximation and tissue bonding, comprising: a housing having an opening (12,12a); a supply spool rotatably mounted in the housing, the supply spool comprising a spool of mesh and backing film, the mesh comprising an adhesive substance applied over at least a portion of a side of the mesh, and the backing film detachably adhered to the adhesive substance; a set of guide elements (6,7) mounted in the housing, at least one guide element receiving the mesh and backing film from the supply spool, such that the adhesive side of the mesh is presented at the opening (12,12a) of the housing; characterized in that a take-up spool is rotatably mounted in the housing, the take-up spool is rotatably coupled with the supply spool for receiving the detached backing film; the set of guide elements (6,7) arranged in close proximity to each other, such that the set of guide elements (6,7) assists in detaching the backing film from the mesh in close proximity to the tissue or wound site; the mesh dispensing device (1, 1a) further comprises means for reducing or eliminating binding or slack of the detached backing film as the mesh is dispensed, and the mesh dispensing device (1, 1a) is configured to operate with one hand in a forward mode or direction whereby the adhesive side of the mesh is dispensed and presented via passing beneath the device. a housing having an opening (12,12a); a supply spool rotatably mounted in the housing, the supply spool comprising a spool of mesh and backing film, the mesh comprising an adhesive substance applied over at least a portion of a side of the mesh, and the backing film detachably adhered to the adhesive substance; a set of guide elements (6,7) mounted in the housing, at least one guide element receiving the mesh and backing film from the supply spool, such that the adhesive side of the mesh is presented at the opening (12,12a) of the housing; characterized in that a take-up spool is rotatably mounted in the housing, the take-up spool is rotatably coupled with the supply spool for receiving the detached backing film; the set of guide elements (6,7) arranged in close proximity to each other, such that the set of guide elements (6,7) assists in detaching the backing film from the mesh in close proximity to the tissue or wound site; the mesh dispensing device (1, 1a) further comprises means for reducing or eliminating binding or slack of the detached backing film as the mesh is dispensed, and the mesh dispensing device (1, 1a) is configured to operate with one hand in a forward mode or direction whereby the adhesive side of the mesh is dispensed and presented via passing beneath the device.
A belted disposable article comprising a chassis having first and second end portions (18, 14) and a central portion extending therebetween, said article having a body-oriented surface facing the user during use and a garment-oriented surface facing away from the user in use, said article further comprising a pair of belt portions (16, 17) attached to the chassis so that a first belt portion and a second belt portion extending on each side of the first end portion of the chassis for securing to each other around a waist of a wearer of the article to form a belt having an exterior surface, wherein any one of the belt portions carries a fastener adapted to be attached to an exterior surface of the other of the belt portions, and wherein said second end portion of the chassis comprises a fastening device (48, 49) for securing the second end portion of the chassis to one of the belt portions so that said article assumes a pant-like shape with the belt portions forming a part of a waist portion of the pant, wherein a belt-opening trigger zone is disposed adjacent a free end of at least one of said first and second belt portions (16, 17), and said first and second belt portions (16, 17) being folded over said chassis to form a folded belt configuration prior to use of said article, so that said belt-opening trigger zone is visible by a user when said belt portions (16, 17) are in said folded belt configuration, and wherein said belt-opening trigger zone of the at least one belt portion resembles the shape of an arrow defining a pointer directing a user to the free end of the at least one belt portion when said belt portions are in said folded belt configu ration.
A collection apparatus that collects a Uniform Resource Locater, URL, of a Web page, the collection apparatus comprising: a search query generation unit configured to generate a search query for a search engine by combining a digital content name that is a name of a digital content and an associated keyword that is a character string frequently added, as a search query for a search engine, to the digital content name; a degree prediction unit configured to predict a degree to which a Web page that leads to user operation is output as a search result when a search is performed by using the generated search query, on the basis of feature information on the generated search query and on a known search query for which a search result is known and a degree is obtained in advance, wherein the feature information is at least one item of information on the search query; a determination unit configured to search for a Web page by using a search query in a search order that is based on the degree predicted for each of a plurality of generated search queries, and determine analysis priority that is priority for analyzing whether a URL of a retrieved Web page is the Web page that leads to user operation on the basis of the degree predicted for the search query and search result information; and an output unit configured to output the URL of the Web page retrieved by the determination unit and the analysis priority of the URL in an associated manner to an analysis apparatus. a search query generation unit configured to generate a search query for a search engine by combining a digital content name that is a name of a digital content and an associated keyword that is a character string frequently added, as a search query for a search engine, to the digital content name; a degree prediction unit configured to predict a degree to which a Web page that leads to user operation is output as a search result when a search is performed by using the generated search query, on the basis of feature information on the generated search query and on a known search query for which a search result is known and a degree is obtained in advance, wherein the feature information is at least one item of information on the search query; a determination unit configured to search for a Web page by using a search query in a search order that is based on the degree predicted for each of a plurality of generated search queries, and determine analysis priority that is priority for analyzing whether a URL of a retrieved Web page is the Web page that leads to user operation on the basis of the degree predicted for the search query and search result information; and an output unit configured to output the URL of the Web page retrieved by the determination unit and the analysis priority of the URL in an associated manner to an analysis apparatus.
An acid addition salt of N -(5-((4-Ethylpiperazin-1-yl)methyl)pyridin-2-yl-5-fluoro-4-(3-isopropyl-2-methyl-2 H -indazol-5-yl)pyrimidin-2-amine in crystalline form, comprising the compound N -(5-((4-ethylpiperazin-1-yl)methyl)pyridin-2-yl-5-fluoro-4-(3-isopropyl-2-methyl-2 H -indazol-5-yl)pyrimidin-2-amine and hydrochloride (HCl) in about 1:1 molar ratio, in a crystalline form (Form A) characterized by an X-ray powder diffraction pattern comprising characteristic peaks at any three of diffraction angles 20 of approximately 4.7°, 9.2°, 11.2°, 19.5° and 28.3°.
Method for waking up a stand-alone computer connected to a wireless connecting device, characterized in that: - the wireless connecting device receives, via an over-air channel, a short wakeup message meeting a mobile communication standard, including at least one field containing at least one instruction code; - the wireless connecting device analyzes the received wakeup message in order to determine whether there is reason to wake up the stand-alone computer; and - where appropriate: - the wireless connecting device wakes up the stand-alone computer; - the wireless connecting device transmits the received message to the stand-alone computer; and - the stand-alone computer performs the operations corresponding to the at least one instruction code of the at least one field of the wakeup message. - the wireless connecting device receives, via an over-air channel, a short wakeup message meeting a mobile communication standard, including at least one field containing at least one instruction code; - the wireless connecting device analyzes the received wakeup message in order to determine whether there is reason to wake up the stand-alone computer; and - where appropriate: - the wireless connecting device wakes up the stand-alone computer; - the wireless connecting device transmits the received message to the stand-alone computer; and - the stand-alone computer performs the operations corresponding to the at least one instruction code of the at least one field of the wakeup message. - the wireless connecting device wakes up the stand-alone computer; - the wireless connecting device transmits the received message to the stand-alone computer; and - the stand-alone computer performs the operations corresponding to the at least one instruction code of the at least one field of the wakeup message.
A method of applying magnetizable particles onto an adherent web, the method comprising: a) providing a magnetizable particle coating apparatus comprising a downward sloping dispensing surface at least partially disposed within an applied magnetic field; b) disposing the adherent web between upper and lower magnetic members (152, 154) and beneath the downward sloping dispensing surface, wherein the downward sloping dispensing surface is constructed of a dimensionally stable non-magnetizable material, wherein the web comprises a backing having a curable binder precursor layer disposed on a major surface thereof; and c) disposing the magnetizable particles onto at least a portion of the downward sloping dispensing surface within the applied magnetic field, and subsequently disposing the magnetizable particles onto the curable binder precursor layer while the adherent web is advanced from an upweb position to a downweb position; and d) at least partially curing the curable binder precursor layer to fix the orientations of the magnetizable particles. a) providing a magnetizable particle coating apparatus comprising a downward sloping dispensing surface at least partially disposed within an applied magnetic field; b) disposing the adherent web between upper and lower magnetic members (152, 154) and beneath the downward sloping dispensing surface, wherein the downward sloping dispensing surface is constructed of a dimensionally stable non-magnetizable material, wherein the web comprises a backing having a curable binder precursor layer disposed on a major surface thereof; and c) disposing the magnetizable particles onto at least a portion of the downward sloping dispensing surface within the applied magnetic field, and subsequently disposing the magnetizable particles onto the curable binder precursor layer while the adherent web is advanced from an upweb position to a downweb position; and d) at least partially curing the curable binder precursor layer to fix the orientations of the magnetizable particles.