mhurhangee/ep-ind-claims huggingface dataset:
Spray gun system, comprising a spray gun intended for dispensing a spray material and to which a spray material receptacle can be fastened; a base device having a housing in which a device for generating compressed air is accommodated; and a compressed air hose which can be connected to the spray gun and to the base device in order to connect them to one another, wherein the housing of the base device has a transporting device, and at least one supporting device is provided on the housing of the base device, which supporting device forms a standing surface in the upright state of the housing, characterized in that the at least one supporting device is pivotably arranged on the housing and can be pivoted at least between a supporting position, in which it forms the standing surface, and a retracted position.
A method of manufacturing a thin film transistor, comprising: forming a gate electrode on a substrate; forming a gate insulating film on the gate electrode; forming an activation layer comprising a compound semiconductor oxide, on the gate insulating film; forming a passivation layer of an inorganic oxide which has a band gap equal or below 3.37eV, preferably equal or below 3eV adapted to absorb external light on the activation layer, wherein the inorganic oxide comprises elements that are also comprised in the compound semiconductor oxide; and forming source and drain electrodes (16a, 16b) on the passivation layer in contact with the activation layer. forming a gate electrode on a substrate; forming a gate insulating film on the gate electrode; forming an activation layer comprising a compound semiconductor oxide, on the gate insulating film; forming a passivation layer of an inorganic oxide which has a band gap equal or below 3.37eV, preferably equal or below 3eV adapted to absorb external light on the activation layer, wherein the inorganic oxide comprises elements that are also comprised in the compound semiconductor oxide; and forming source and drain electrodes (16a, 16b) on the passivation layer in contact with the activation layer.
Heat-insulating profile for fire prevention structures for mounting between two spaced-apart metal profiles (12a, 12b), comprising: - an insulating web made of a material with low thermal conductivity which has - fixing attachments which are designed and dimensioned for form-locking holding in a holding contour (16a, 16b) of one of the metal profiles (12a, 12b); and - holding recesses in the region of the fixing attachments; and - at least one insertion profile which - is releasably attached to the insulating web; - is made of a heat-resistant, non-combustible material; and - has one web section and two fixing sections which are arranged on opposite longitudinal sides of the web section and which can be inserted in the holding recesses and are designed and dimensioned to be held in form-locking relationship in the holding recesses; characterised in that the holding recesses are channel-like depressions. - an insulating web made of a material with low thermal conductivity which has - fixing attachments which are designed and dimensioned for form-locking holding in a holding contour (16a, 16b) of one of the metal profiles (12a, 12b); and - holding recesses in the region of the fixing attachments; and - fixing attachments which are designed and dimensioned for form-locking holding in a holding contour (16a, 16b) of one of the metal profiles (12a, 12b); and - holding recesses in the region of the fixing attachments; and - at least one insertion profile which - is releasably attached to the insulating web; - is made of a heat-resistant, non-combustible material; and - has one web section and two fixing sections which are arranged on opposite longitudinal sides of the web section and which can be inserted in the holding recesses and are designed and dimensioned to be held in form-locking relationship in the holding recesses; - is releasably attached to the insulating web; - is made of a heat-resistant, non-combustible material; and - has one web section and two fixing sections which are arranged on opposite longitudinal sides of the web section and which can be inserted in the holding recesses and are designed and dimensioned to be held in form-locking relationship in the holding recesses;
A surgical staple, comprising: a base comprising an intermediate portion; only one pair of staple legs (164 and 166) defining a leg plane, wherein both legs (164 and 166) extend linearly between the base and a respective tip in the same direction; a center of mass offset from the leg plane; wherein the intermediate portion is planar, wherein the intermediate portion is positioned in a second plane parallel to the leg plane. a base comprising an intermediate portion; only one pair of staple legs (164 and 166) defining a leg plane, wherein both legs (164 and 166) extend linearly between the base and a respective tip in the same direction; a center of mass offset from the leg plane; wherein the intermediate portion is planar, wherein the intermediate portion is positioned in a second plane parallel to the leg plane.
A housing wall for a data communication device having a metallic and electrically conductive base body, wherein in a region of the housing wall a slotted area having a plurality of slots is provided so that the housing wall in the region of the slotted area is permeable to magnetic fields for inductive signal coupling for wireless communication, wherein the housing wall has at least two layers and has at least one first layer and one second layer in which there are slots (21a, 21b) within a common slot region, characterised in that - in the slot region the slots of the first layer are arranged offset with respect to the slots of the second layer, and - that between the first layer and the second layer an insulating layer is formed which spaces the two layers (23, 24) with respect to one another and electrically insulates them with respect to one another. - in the slot region the slots of the first layer are arranged offset with respect to the slots of the second layer, and - that between the first layer and the second layer an insulating layer is formed which spaces the two layers (23, 24) with respect to one another and electrically insulates them with respect to one another.
A system for treatment of a patient, comprising: a sealable wound covering comprising a sealant layer and a flexible attachment port configured with a lumen that passes through the sealant layer; a reduced pressure generating assembly, characterised by: a removable suction chamber with a longitudinal axis and a non-circular cross-sectional shape transverse to the longitudinal axis; a piston assembly configured to slide in the suction chamber along the longitudinal axis and having a non-circular cross-sectional shape transverse to the longitudinal axis and a non-planar proximal perimeter; at least two substantially constant force spring coils coupled to the piston assembly and configured to reduce pressure in the suction chamber by at least 50mmHg; a priming tool configured to push the piston assembly and comprising a locking mechanism and a connector tube configured to releasably attach to the sealable wound covering and to releasably attach to the removable suction chamber. a removable suction chamber with a longitudinal axis and a non-circular cross-sectional shape transverse to the longitudinal axis; a piston assembly configured to slide in the suction chamber along the longitudinal axis and having a non-circular cross-sectional shape transverse to the longitudinal axis and a non-planar proximal perimeter; at least two substantially constant force spring coils coupled to the piston assembly and configured to reduce pressure in the suction chamber by at least 50mmHg; a priming tool configured to push the piston assembly and comprising a locking mechanism and a connector tube configured to releasably attach to the sealable wound covering and to releasably attach to the removable suction chamber.
A food product forming unit which comprises: a bake form, wherein the bake form is shaped as a hollow, right circular cone defined by a vertex, and a base, and an axis, and wherein the base of the cone remains open to provide access into the hollow of the bake form; a mandrel having an outer surface, wherein the mandrel is dimensioned to be coaxially received into the hollow of the bake form to juxtapose the outer surface of the mandrel with an internal surface of the bake form in the hollow of the bake form; and a mechanism for rotating the mandrel, together with the bake form, while a strip of bread dough is deposited along a spiral pathway on an external surface of the bake form to prepare the food product for baking, characterized in that a detent is formed along a periphery around the open base; in that the mandrel is conically-shaped and in that a portion of the cone at the vertex is removed to form a vent on the bake form. a bake form, wherein the bake form is shaped as a hollow, right circular cone defined by a vertex, and a base, and an axis, and wherein the base of the cone remains open to provide access into the hollow of the bake form; a mandrel having an outer surface, wherein the mandrel is dimensioned to be coaxially received into the hollow of the bake form to juxtapose the outer surface of the mandrel with an internal surface of the bake form in the hollow of the bake form; and a mechanism for rotating the mandrel, together with the bake form, while a strip of bread dough is deposited along a spiral pathway on an external surface of the bake form to prepare the food product for baking, characterized in that a detent is formed along a periphery around the open base; in that the mandrel is conically-shaped and in that a portion of the cone at the vertex is removed to form a vent on the bake form.
A fluid transfer device for use in an infusion system, said fluid transfer device exhibiting a first end, a second end opposite to said first end, said second end being designed and arranged for coupling to and subsequent disconnection from injection port of said infusion system, said fluid transfer device including at least a first member, a hollow needle attached to said first member, a second member which is telescopically displaceable in relation to said first member in a way allowing said hollow needle to penetrate a flexible barrier member sealing said injection port in order to create a fluid passage from said first end via said injection port into said infusion system, said second end exhibits a flexible membrane intended to be pressed against said flexible barrier member of said injection port with a pressure sufficient in order to create a double-membrane sealing (208, 211) around said hollow needle when creating said fluid passage into said infusion system, whereby the first end exhibits a connecting portion for attachment to a drug bottle containing a fixed dose of a medical substance, wherein said drug bottle is sealed by a bottle cap exhibiting a second coupling member intended to be attached to a first coupling member of said connecting portion of the first end of the fluid transfer device.
A method for executing safe-return of an Unmanned Aerial Vehicle moving along a path having a plurality of communication waypoints, in an event of failure of communication with a home location due to an obstacle, in line of sight between the UAV and the home location, the method comprising the steps of: detecting, at the UAV, a communication failure; enabling the UAV to return to last healthy communication way point location, the last healthy communication waypoint location being a communication waypoint out of the plurality of communication waypoints with healthy signal and selected based on one or more factors selected from the group of battery power status, on-board sensor status/condition and nominal mission parameters comprising total time, distance travelled, payload weight, payload condition/health; and returning back to the home location if the communication does not return within a defined time period. detecting, at the UAV, a communication failure; enabling the UAV to return to last healthy communication way point location, the last healthy communication waypoint location being a communication waypoint out of the plurality of communication waypoints with healthy signal and selected based on one or more factors selected from the group of battery power status, on-board sensor status/condition and nominal mission parameters comprising total time, distance travelled, payload weight, payload condition/health; and returning back to the home location if the communication does not return within a defined time period.
Antenna element comprising: a substrate (110; 210) having at least a first lateral surface, a first conductor provided on the first lateral surface, said first conductor including a feed line portion and a monopole portion; a second conductor provided at least partially on the same, first lateral surface, wherein, said second conductor includes: - two ground planes (131, 132) which are disposed on the first lateral surface adjacent to the feed line portion of the first conductor at opposite sides thereof, and - two stubs (133, 134) which are disposed on the first lateral surface at opposite sides of the respective of the two ground planes, and which extend in a direction essentially parallel to the feed line portion of the first conductor; and wherein each of the two stubs (133, 134) is electrically connected to the respective of the two ground planes (131, 132), and the two ground planes (131, 132) and the two stubs (133, 134) of the second conductor are arranged to form a coplanar waveguide; and characterized in that the first lateral surface is laterally curved, the curvature having a radius in the range of λ /4 to λ, wherein λ corresponds to the wavelength of the preferred frequency of the antenna element. a substrate (110; 210) having at least a first lateral surface, a first conductor provided on the first lateral surface, said first conductor including a feed line portion and a monopole portion; a second conductor provided at least partially on the same, first lateral surface, wherein, said second conductor includes: - two ground planes (131, 132) which are disposed on the first lateral surface adjacent to the feed line portion of the first conductor at opposite sides thereof, and - two stubs (133, 134) which are disposed on the first lateral surface at opposite sides of the respective of the two ground planes, and which extend in a direction essentially parallel to the feed line portion of the first conductor; and - two ground planes (131, 132) which are disposed on the first lateral surface adjacent to the feed line portion of the first conductor at opposite sides thereof, and - two stubs (133, 134) which are disposed on the first lateral surface at opposite sides of the respective of the two ground planes, and which extend in a direction essentially parallel to the feed line portion of the first conductor; and wherein each of the two stubs (133, 134) is electrically connected to the respective of the two ground planes (131, 132), and the two ground planes (131, 132) and the two stubs (133, 134) of the second conductor are arranged to form a coplanar waveguide; and characterized in that the first lateral surface is laterally curved, the curvature having a radius in the range of λ /4 to λ, wherein λ corresponds to the wavelength of the preferred frequency of the antenna element.
A reactor (10; 52; 70; 410) for producing hydrogen comprising: a) a housing (30; 72) including a stack of plates featuring internal passageways which define a heating stream channel (16a, 16b) and a hydrogen channel (14a, 14b) with a reaction channel (12a-12d) positioned there between; b) a heat transfer sheet (20a-20d) separating the heating stream channel and the reaction channel; c) a porous support plate (24a-24d) positioned between the reaction channel and the hydrogen channel; d) a hydrogen-permeable membrane (22a-22d) mounted on a reaction-channel side of the porous support plate; e) said heating stream channel adapted to receive a heating stream so that heat is provided to the reaction channel through the heat transfer sheet; and f) a catalyst positioned in the reaction channel, said reaction channel adapted to receive a reaction stream including a mixture of supercritical water and a hydrocarbon fuel so that hydrogen is produced in the reaction channel and passes through the membrane and porous support plate into said hydrogen channel. a) a housing (30; 72) including a stack of plates featuring internal passageways which define a heating stream channel (16a, 16b) and a hydrogen channel (14a, 14b) with a reaction channel (12a-12d) positioned there between; b) a heat transfer sheet (20a-20d) separating the heating stream channel and the reaction channel; c) a porous support plate (24a-24d) positioned between the reaction channel and the hydrogen channel; d) a hydrogen-permeable membrane (22a-22d) mounted on a reaction-channel side of the porous support plate; e) said heating stream channel adapted to receive a heating stream so that heat is provided to the reaction channel through the heat transfer sheet; and f) a catalyst positioned in the reaction channel, said reaction channel adapted to receive a reaction stream including a mixture of supercritical water and a hydrocarbon fuel so that hydrogen is produced in the reaction channel and passes through the membrane and porous support plate into said hydrogen channel.
A machine for introducing a ribbon inside the rings of a chain according to an undulated trend, comprising - a sliding guide for the chain; - means for controlled feed of the chain on said guide; - means for blocking a part of the ribbon on the chain, with said ribbon longitudinally facing at least in part a first face of said chain, so that one end of said ribbon, opposite the direction of feed of the chain, is free; - a first insertion unit adapted to push, in a first direction, a portion of ribbon into a first ring of the chain it is facing, to form an increasing eyelet or loop, on the opposite face of the first ring with respect to that of insertion, said first insertion unit being adapted to act until the free end of the ribbon passes through said first ring, reaching the second face of the chain; - a second insertion unit adapted to push, in a second direction opposite said first direction, the portion of ribbon that has passed through said first ring into a second ring to form an increasing eyelet, or loop, on the opposite face of said second ring with respect to that of insertion into the second ring, said second insertion unit being adapted to act until the free end of the ribbon passes through said second ring, returning to the first face of the chain. - a sliding guide for the chain; - means for controlled feed of the chain on said guide; - means for blocking a part of the ribbon on the chain, with said ribbon longitudinally facing at least in part a first face of said chain, so that one end of said ribbon, opposite the direction of feed of the chain, is free; - a first insertion unit adapted to push, in a first direction, a portion of ribbon into a first ring of the chain it is facing, to form an increasing eyelet or loop, on the opposite face of the first ring with respect to that of insertion, said first insertion unit being adapted to act until the free end of the ribbon passes through said first ring, reaching the second face of the chain; - a second insertion unit adapted to push, in a second direction opposite said first direction, the portion of ribbon that has passed through said first ring into a second ring to form an increasing eyelet, or loop, on the opposite face of said second ring with respect to that of insertion into the second ring, said second insertion unit being adapted to act until the free end of the ribbon passes through said second ring, returning to the first face of the chain.
A fluid leakage detecting system comprising a fluid conveying tube, wherein the fluid conveying tube comprises: a tube member; a heat insulating layer provided on the outer periphery of the tube member for providing thermal insulation between fluid flowing through the tube member and the outside of the tube member; a plurality of optical fibers continuously wound around the heat insulating layer; a coupling section provided at an end portion of the tube member; leakage information transmission means provided in the vicinity of the coupling section and being capable of transmitting, to the outside of the coupling section, leakage information of fluid flowing through the tube member in the vicinity of the coupling section; and characterised by an optical pressure sensor configured to detect gas pressure or gas concentration of the heat insulating layer in the vicinity of the coupling section, and connected to the leakage information transmission means; wherein the fluid leakage detecting system further comprises: a temperature measurement device; and an optical pressure sensor converter for converting information output from the optical pressure sensor to pressure information; wherein a portion of the plurality of optical fibers is connected to the temperature measurement device and functions as an optical fiber temperature sensor, wherein leakage of the fluid from the tube member is detected from a temperature distribution measured by the optical fiber temperature sensor; and the remaining optical fiber(s) is connected to the optical pressure sensor converter and functions as a medium for transmitting information from the optical pressure sensor. a tube member; a heat insulating layer provided on the outer periphery of the tube member for providing thermal insulation between fluid flowing through the tube member and the outside of the tube member; a plurality of optical fibers continuously wound around the heat insulating layer; a coupling section provided at an end portion of the tube member; leakage information transmission means provided in the vicinity of the coupling section and being capable of transmitting, to the outside of the coupling section, leakage information of fluid flowing through the tube member in the vicinity of the coupling section; and characterised by an optical pressure sensor configured to detect gas pressure or gas concentration of the heat insulating layer in the vicinity of the coupling section, and connected to the leakage information transmission means; a temperature measurement device; and an optical pressure sensor converter for converting information output from the optical pressure sensor to pressure information;
A mobile base station, comprising means for: determining an operating mode of the mobile base station based on the mobile base station's current location and/or current mobility mode; switching the operating mode of the mobile base station from a full base station functionality to a limited base station functionality based on the determining of the operating mode; and establishing, from the mobile base station operating on the limited base station functionality, a connection to a visitor network having a mutual agreement with a home network, wherein the limited base station functionality comprises a relay mode. determining an operating mode of the mobile base station based on the mobile base station's current location and/or current mobility mode; switching the operating mode of the mobile base station from a full base station functionality to a limited base station functionality based on the determining of the operating mode; and establishing, from the mobile base station operating on the limited base station functionality, a connection to a visitor network having a mutual agreement with a home network, wherein the limited base station functionality comprises a relay mode.