mhurhangee/ep-ind-claims huggingface dataset:
An automatic vessel cannulation device (1000, 2000) comprising: a housing having a distal end with a distal tip and a proximal end; a lumen passing through the distal end and the proximal end; a needle at the distal tip of the housing, wherein the needle having a needle tip; a sensor operably coupled to the lumen, wherein the sensor being configured to detect a combination of physiologic parameters at the needle tip; and a blunting device advancing member configured to advance a blunting device through the lumen, wherein the blunting device advancing member is operably coupled to the sensor, wherein the blunting device advancing member is configured to automatically advance the blunting device when the sensor detects that the combination of physiologic parameters are within a pre-determined range. a housing having a distal end with a distal tip and a proximal end; a lumen passing through the distal end and the proximal end; a needle at the distal tip of the housing, wherein the needle having a needle tip; a sensor operably coupled to the lumen, wherein the sensor being configured to detect a combination of physiologic parameters at the needle tip; and a blunting device advancing member configured to advance a blunting device through the lumen, wherein the blunting device advancing member is operably coupled to the sensor, wherein the blunting device advancing member is configured to automatically advance the blunting device when the sensor detects that the combination of physiologic parameters are within a pre-determined range.
A wireless communication method, the method comprises: receiving, by a terminal, resource configuration information (S320, S420), the resource configuration information being configured to determine a plurality of resource units divided in frequency and time of a specific carrier and type information of each resource unit, wherein the type information of each resource unit indicates that the resource unit is one of an uplink resource unit, a downlink resource unit, or a protection resource unit; receiving, by the terminal, resource scheduling information, wherein the resource scheduling information indicates a first resource unit of the plurality of resource units which is configured for a terminal to receive or send data, and,determining, by the terminal, when the resource scheduling information further indicates Acknowledgement, ACK, resource timing information set to a specific numerical value, that ACK information for the data is not required; and performing, by the terminal, communication on the carrier based on the resource configuration information (S340, S440) and the resource scheduling information (S530, 540, 540', 550, 550'). receiving, by a terminal, resource configuration information (S320, S420), the resource configuration information being configured to determine a plurality of resource units divided in frequency and time of a specific carrier and type information of each resource unit, wherein the type information of each resource unit indicates that the resource unit is one of an uplink resource unit, a downlink resource unit, or a protection resource unit; receiving, by the terminal, resource scheduling information, wherein the resource scheduling information indicates a first resource unit of the plurality of resource units which is configured for a terminal to receive or send data, and,determining, by the terminal, when the resource scheduling information further indicates Acknowledgement, ACK, resource timing information set to a specific numerical value, that ACK information for the data is not required; and performing, by the terminal, communication on the carrier based on the resource configuration information (S340, S440) and the resource scheduling information (S530, 540, 540', 550, 550').
A cooling or ventilation fluid supply pipe arrangement, carrying a cooling or ventilation fluid, having a longitudinal axis and defining a radial aperture for release of a jet of the fluid having a radial direction component α, the aperture having an aspect ratio greater than 2 and arranged with its elongate axis within 30 degrees of the longitudinal axis and having an area greater than 0.2 the cross-sectional area of the pipe, the fluid jet having an angle α between 30 and 80 degrees from the longitudinal axis.
A transport container for transporting or storing goods, having a container top, a bottom, and a foldable ring consisting of side walls (15, 16) which may be inserted into a depression formed on the bottom for connection with the bottom, said depression being surrounded by an outer rim extending at least in the corner region of the bottom, characterised in that said ring has an intermediate bridge placed between two side walls (15, 16) for forming a foldable corner region and in that a self-latching lift-off protection is provided between the rim of the bottom and the intermediate bridge provided in the edge region of the ring, said lift-off protection comprising a projection formed on the rim of the bottom which acts upon, or engages with, a complementarily shaped retainer which is formed on the intermediate bridge and becomes automatically latched as the ring is placed onto the depression of the bottom.
A method for forming a biocomposite thin film or three-dimensional scaffold comprising a polymeric matrix and a magnesium filler incorporated into the polymeric matrix, wherein the magnesium filler comprises 10 wt%, 11 wt%, 12% wt%, 13% wt%, 14% wt%, 15% wt%, 16% wt%, 17% wt%, 18% wt%, 19% wt%, or 20 wt% based on the total weight of the biocomposite, of a soluble magnesium salt that leaches or dissolves upon contact with body fluid to create a biocomposite thin film or three-dimensional scaffold with gradually increasing porosity, the method comprising: mixing the polymeric matrix and magnesium filler; processing the mixture of the polymeric matrix and magnesium filler in a cryomill to obtain fine powder without a solvent or heat; processing the fine powder to form the biocomposite thin film or the biocomposite three-dimensional scaffold; and wherein processing the mixture of the polymeric matrix and magnesium filler in a cryomill to obtain fine powder comprises loading pre-weighed mixture into a cryogenic vial with a ball-to-mass ratio of 30:1, pre-cooling the cryogenic vial in liquid nitrogen for 6 to 8 minutes, and continuous milling for one cycle for 20 minutes. mixing the polymeric matrix and magnesium filler; processing the mixture of the polymeric matrix and magnesium filler in a cryomill to obtain fine powder without a solvent or heat; processing the fine powder to form the biocomposite thin film or the biocomposite three-dimensional scaffold; and wherein processing the mixture of the polymeric matrix and magnesium filler in a cryomill to obtain fine powder comprises loading pre-weighed mixture into a cryogenic vial with a ball-to-mass ratio of 30:1, pre-cooling the cryogenic vial in liquid nitrogen for 6 to 8 minutes, and continuous milling for one cycle for 20 minutes.
Use as a heat transfer composition of a composition comprising 5% by weight to 99% by weight of 1,3,3,3-tetrafluoropropene (HFO-1234ze), and one or more compounds selected from difluoromethane (HFC-32), pentafluoroethane (HFC-125), 1,1,2,2-tetrafluoroethane (HFC-134), 1,1,1,2-tetrafluoroethane (HFC-134a), difluoroethane (HFC-152a), 1,1,1,2,3,3,3-heptafluoropropane (HFC-227ea), 1,1,1,3,3,3-hexafluoropropane (HFC-236fa), 1,1,1,3,3-pentafluoropropane (HFC-245fa), 1,1,1,3,3-pentafluorobutane (HFC-365mfc), water and CO 2.
An agricultural machine, preferably a cutter or a hay-making machine, having at least one piece of working equipment which is supported at a carrier arm which is pivotable about a horizontal carrier arm pivot axle such that the piece of working equipment can be brought out of a lowered work position into a raised headland position and/or transport position, and a collision protection by means of which the piece of working equipment is movable to the rear and/or upwardly into an escape position viewed in the direction of travel on a driving toward an obstacle, wherein the collision protection has a movable support of the carrier arm pivot axle and at least one securing element for holding the carrier arm pivot axle in the work position and/or for blocking the movement into the escape position in obstacle-free normal operation, characterized in that the movable support of the carrier arm pivot axle comprises a ball joint at which the carrier arm pivot axle is supported spatially freely movably and a control arm arrangement which is spaced apart from the ball joint and which controls the movement of the carrier arm pivot axle about the ball joint.
Film production process of at least one two-colored patterned thermally deformable plastic film comprising the steps: - Extruding one first plastic material into a flowable plastic melt and two-dimensional dispensing of the plastic melt from the first plastic material in a first thickness using an extruder die / slot die; - application in a defined two-dimensional way of a second scatterable and/or free-flowing plastic material in a defined pattern design using a pattern template onto the plastic melt consisting of the first plastic material, and - calendaring / calibrating the thickness of the plastic melt and simultaneously at least partially impressing the second plastic material which is applied two-dimensionally and in a pattern design into the first plastic material by means of a calendar arrangement (5, 6, 7), - cooling the melt into a solid plastic film, wherein for applying the second plastic material the second plastic material is available as granulate, powder, grit or particle mixture, wherein the particle size of the second plastic material corresponds on average - to the end thickness of the plastic film, or - up to a maximum of 50% greater and/or a minimum of 70% smaller than the end thickness of the plastic film. - Extruding one first plastic material into a flowable plastic melt and two-dimensional dispensing of the plastic melt from the first plastic material in a first thickness using an extruder die / slot die; - application in a defined two-dimensional way of a second scatterable and/or free-flowing plastic material in a defined pattern design using a pattern template onto the plastic melt consisting of the first plastic material, and - calendaring / calibrating the thickness of the plastic melt and simultaneously at least partially impressing the second plastic material which is applied two-dimensionally and in a pattern design into the first plastic material by means of a calendar arrangement (5, 6, 7), - cooling the melt into a solid plastic film, wherein for applying the second plastic material the second plastic material is available as granulate, powder, grit or particle mixture, wherein the particle size of the second plastic material corresponds on average - to the end thickness of the plastic film, or - up to a maximum of 50% greater and/or a minimum of 70% smaller than the end thickness of the plastic film.
Arrangement for producing a corrugated cardboard web laminated on one side, comprising a) a corrugating apparatus (24, 26; 87) for generating a corrugated web, which has a corrugation, from a first material web, b) a glue applying apparatus for applying glue to tips of the corrugation of the corrugated web, c) a pressing apparatus for pressing a top web onto the tips provided with glue, of the corrugated web, d) a severing apparatus which is arranged upstream of the corrugating apparatus (24, 26; 87) and which serves for severing the first material web regionally in the transverse direction thereof, and e) an actuatable holding apparatus positioned downstream of the severing apparatus for holding a trailing web section of the first material web produced by the severing apparatus, i) wherein the holding apparatus is displaceable between an inactive position and an active position, characterized in that f) the holding apparatus is capable of immobilizing the first material web with clamping action. a) a corrugating apparatus (24, 26; 87) for generating a corrugated web, which has a corrugation, from a first material web, b) a glue applying apparatus for applying glue to tips of the corrugation of the corrugated web, c) a pressing apparatus for pressing a top web onto the tips provided with glue, of the corrugated web, d) a severing apparatus which is arranged upstream of the corrugating apparatus (24, 26; 87) and which serves for severing the first material web regionally in the transverse direction thereof, and e) an actuatable holding apparatus positioned downstream of the severing apparatus for holding a trailing web section of the first material web produced by the severing apparatus, i) wherein the holding apparatus is displaceable between an inactive position and an active position, characterized in that i) wherein the holding apparatus is displaceable between an inactive position and an active position, f) the holding apparatus is capable of immobilizing the first material web with clamping action.
Modified perfluoroplastics consisting of radiation-chemically or plasma-chemically or thermomechanically modified perfluoropolymers or of a mixture of radiation-chemically and/or plasma-chemically and/or thermomechanically modified perfluoropolymers and low molecular mass or oligomeric or polymeric compounds in each case having at least one hydroxyl group in the form of phenol groups or hydroxyaryl groups or hydroxyalkyl groups or having at least one phenolic and at least one aliphatic hydroxyl group on the aryl radical, which are reactively converted in a powder or paste or melt processing operation under shearing conditions, and the low molecular mass or oligomeric or polymeric di- or polyhydroxyaryl compounds are coupled chemically to the perfluoropolymers via ether bonds.
A solid electrolytic capacitor comprising an anode body having a surface on which a dielectric film is formed, and a conductive polymer layer formed on said dielectric film, said conductive polymer layer including at least a first conductive polymer layer formed on said dielectric film and a second conductive polymer layer formed on said first conductive polymer layer, said first conductive polymer layer and said second conductive polymer layer containing a silane compound, and the silane compound in said first conductive polymer layer and the silane compound in said second conductive polymer layer having respective concentrations different from each other.
A respiratory mask system for contacting the face of a user for supplying respiratory gas under positive pressure to the user, the respiratory mask system comprising: a mask cushion for covering a nose, a nose and a mouth or a full face; a first frame connected with the mask cushion enabling to supply respiratory gas under positive pressure from a means for supplying respiratory gas under positive pressure; and a second frame connected with a headgear strap (17, 18), the mask cushion being disposed on the face side of the first frame and the first frame being disposed on the face side of the second frame, characterized by: a pair of slide surfaces (7,11) being correspondingly formed in a side of the first frame facing the second frame and in a side of the second frame facing the first frame, wherein the slide surfaces (7,11) are each formed in a shape of a spherical surface and in a convex shape protruding in the direction opposite to a face side, and wherein the first frame is slidably connected with the second frame in a ball-joint like form through the slide surfaces. a mask cushion for covering a nose, a nose and a mouth or a full face; a first frame connected with the mask cushion enabling to supply respiratory gas under positive pressure from a means for supplying respiratory gas under positive pressure; and a second frame connected with a headgear strap (17, 18), the mask cushion being disposed on the face side of the first frame and the first frame being disposed on the face side of the second frame, characterized by: a pair of slide surfaces (7,11) being correspondingly formed in a side of the first frame facing the second frame and in a side of the second frame facing the first frame, wherein the slide surfaces (7,11) are each formed in a shape of a spherical surface and in a convex shape protruding in the direction opposite to a face side, and wherein the first frame is slidably connected with the second frame in a ball-joint like form through the slide surfaces. a pair of slide surfaces (7,11) being correspondingly formed in a side of the first frame facing the second frame and in a side of the second frame facing the first frame, wherein the slide surfaces (7,11) are each formed in a shape of a spherical surface and in a convex shape protruding in the direction opposite to a face side, and wherein the first frame is slidably connected with the second frame in a ball-joint like form through the slide surfaces.
A high voltage power distribution substation of linear structure, including among other things the following: - a plurality of power input and output points for high voltage power lines, on either side of the substation; - a plurality of bays containing power-handling equipment to which the high voltage lines are connected, each by a first removable overhead connecting conductor; - overhead bushing links for connecting together two points, namely a power input point and a power output point in facing relationship to each other across the substation; - second removable overhead connecting conductors for connecting the power input and output points to the overhead bushing links; - at least one set of main busbars, positioned lengthwise in the substation and constituting central conductors that are adapted to use so-called metal-enclosed technology for connecting the bays together; and - at least one set of emergency busbars for short-circuiting at least one bay that is to be taken out of use; the substation being characterized in that the set of emergency busbars is single and metal-enclosed and placed on the roof of the GIS and positioned above the assembly constituted by the main busbars and bays and in that the set of emergency busbars and the power input and output points. - a plurality of power input and output points for high voltage power lines, on either side of the substation; - a plurality of bays containing power-handling equipment to which the high voltage lines are connected, each by a first removable overhead connecting conductor; - overhead bushing links for connecting together two points, namely a power input point and a power output point in facing relationship to each other across the substation; - second removable overhead connecting conductors for connecting the power input and output points to the overhead bushing links; - at least one set of main busbars, positioned lengthwise in the substation and constituting central conductors that are adapted to use so-called metal-enclosed technology for connecting the bays together; and - at least one set of emergency busbars for short-circuiting at least one bay that is to be taken out of use;
A system for conveying a powder-gas mixture comprising a diaphragm pump having a conveying chamber enclosing a work volume (V 1, V 2), at least one deflectable diaphragm, which can be brought into a suction position and a pump position and which delimits the conveying chamber on one side, an inlet valve for the powder-gas mixture arranged on a suction side of the diaphragm pump, an outlet valve for the powder-gas mixture arranged on a pressure side of the diaphragm pump, and a gas feed for introducing a gas into the conveying chamber via an inlet, wherein the inlet is oriented in such a way that gas can be applied to regions of the conveying chamber in which deposits of the conveyed powder can form; a suction line at the suction side of the diaphragm pump; a pressure line on the pressure side of the diaphragm pump; characterized in that the suction line is provided with a length of between 0.01 m and 1 m, that a length of the pressure line is at least ten times the length of the suction line, wherein furthermore the length of the pressure line exceeds a diameter of the pressure line by a factor of at least 2000.
A system comprising: a substrate having a planar surface; a first magnet; a circuit arranged on the planar surface; and a superconducting quantum interference device, SQUID, operably linked to the circuit, wherein the SQUID comprises a Josephson junction arranged in a superconductive loop; and characterized in that: the first magnet is configured to apply a first magnetic field (B x) parallel to the planar surface; and the superconductive loop includes a portion which extends perpendicular to the planar surface and is orientated such that the SQUID is tuneable by the first magnet. a substrate having a planar surface; a first magnet; a circuit arranged on the planar surface; and a superconducting quantum interference device, SQUID, operably linked to the circuit, wherein the SQUID comprises a Josephson junction arranged in a superconductive loop; and characterized in that: the first magnet is configured to apply a first magnetic field (B x) parallel to the planar surface; and the superconductive loop includes a portion which extends perpendicular to the planar surface and is orientated such that the SQUID is tuneable by the first magnet. the first magnet is configured to apply a first magnetic field (B x) parallel to the planar surface; and the superconductive loop includes a portion which extends perpendicular to the planar surface and is orientated such that the SQUID is tuneable by the first magnet.
A floating electric power-generation group, comprising: a floating hub that is anchored to a plurality of subsea foundations by a plurality of anchor lines; and at least two floating power producer units that are distributed around a substantially circular array that is centred on the hub, and are connected electrically and mechanically to the hub; wherein the power producer units are each moored by a plurality of mooring lines, at least one of those mooring lines extending in a radially-inward direction toward the hub to effect mechanical connection to the hub and at least one other of those mooring lines extending in a radially-outward direction away from the hub toward one of the subsea foundations to effect mechanical connection to the subsea foundation. a floating hub that is anchored to a plurality of subsea foundations by a plurality of anchor lines; and at least two floating power producer units that are distributed around a substantially circular array that is centred on the hub, and are connected electrically and mechanically to the hub; wherein the power producer units are each moored by a plurality of mooring lines, at least one of those mooring lines extending in a radially-inward direction toward the hub to effect mechanical connection to the hub and at least one other of those mooring lines extending in a radially-outward direction away from the hub toward one of the subsea foundations to effect mechanical connection to the subsea foundation.