mhurhangee/ep-ind-claims huggingface dataset:
A decontamination assembly for pharmaceutical applications, comprising a chamber to be decontaminated, namely an isolator chamber, and comprising a decontamination device and a fan for generating a gas volumetric flow which flows through a return opening back into a circulating-air generation chamber and comprising a catalytic converter which is disposed in the circulating-air generation chamber disposed above the chamber to be decontaminated and which serves to chemically break down the decontaminant, a larger portion of the gas volumetric flow being transported through the catalytic converter in a first operating mode than in a second operating mode, characterized in that an actuator mechanically coupled with the catalytic converter is provided for shifting the catalytic converter between a first and a second relative position and that the catalytic converter is shifted relative to the fan between the first relative position and the second relative position and that a larger portion of the gas volumetric flow is transported through the catalytic converter when in the first relative position than when in the second relative position, and that the catalytic converter is disposed in fluid communication with a suction opening of the fan when in the first relative position and that a sealing surface assigned to the catalytic converter and shifted together with the catalytic converter is in sealing contact with the suction opening of the fan or slightly spaced from the suction opening when in the first relative position, the gas volumetric flow thus being suctioned through the catalytic converter by the fan, or that the catalytic converter is disposed in fluid communication with the return opening when in the first operating mode, gas being pushed through said return opening by means of the fan, and that the sealing surface of the catalytic converter, which is shifted together therewith, is in contact with the return opening or slightly spaced from said return opening when in the first relative position.
A magnetic cell culture system, comprising a cell culture vessel and a cap shaped to fit over or under said cell culture vessel, said cap including a lip around an outer edge of said cap, wherein said lip fits over and surrounding an outer edge of said culture vessel, said cap having one or more depressions into which one or more magnets are affixed such that said magnets sit above or below said cell culture vessel and do not touch a media in said vessel.
A combustor comprising: a pilot nozzle disposed along the central axis of the combustor for performing diffusion combustion; a plurality of main nozzles disposed on the outer peripheral side of the pilot nozzle at intervals in the circumferential direction for performing premixed combustion; a single inner cylinder surrounding the pilot nozzle and the main nozzles; and an outer cylinder approximately coaxially surrounding the outer side of the inner cylinder to form a compressed air passage between the inner peripheral surface thereof and the outer peripheral surface of the inner cylinder and arranged to turn the flow direction of compressed air flowing in the compressed air passage in approximately the opposite direction at the end of the inner cylinder to introduce the compressed air into the pilot nozzle, wherein the compressed air passage is provided with a flow rate controller, characterized in that the flow rate controller is arranged to make the flow rate on the inner peripheral side larger than that on the outer peripheral side, wherein the compressed air passage is provided with a baffle plate functioning as the flow rate controller by blocking the passage; and wherein the baffle plate is provided with a plurality of holes (55,56) communicating between the upstream side and the downstream side of the baffle plate in the passage, wherein the diameter of the holes provided on the inner peripheral side is larger than the diameter of the holes provided on the outer peripheral side. a pilot nozzle disposed along the central axis of the combustor for performing diffusion combustion; a plurality of main nozzles disposed on the outer peripheral side of the pilot nozzle at intervals in the circumferential direction for performing premixed combustion; a single inner cylinder surrounding the pilot nozzle and the main nozzles; and an outer cylinder approximately coaxially surrounding the outer side of the inner cylinder to form a compressed air passage between the inner peripheral surface thereof and the outer peripheral surface of the inner cylinder and arranged to turn the flow direction of compressed air flowing in the compressed air passage in approximately the opposite direction at the end of the inner cylinder to introduce the compressed air into the pilot nozzle, wherein the compressed air passage is provided with a flow rate controller, characterized in that the flow rate controller is arranged to make the flow rate on the inner peripheral side larger than that on the outer peripheral side, wherein the compressed air passage is provided with a baffle plate functioning as the flow rate controller by blocking the passage; and wherein the baffle plate is provided with a plurality of holes (55,56) communicating between the upstream side and the downstream side of the baffle plate in the passage, wherein the diameter of the holes provided on the inner peripheral side is larger than the diameter of the holes provided on the outer peripheral side.
A one way valve for a biological flow passage, comprising: an elongated braided structure sized for insertion in the biological flow passage, a portion of the braided structure forming a substantially tubular shell, the braided structure maintaining an expanded operative shape after being deformed to a small dimension; a non porous coating of the braided structure; a constricted portion of the elongated braided structure disposed between a proximal end and a distal end thereof, the constricted portion defining a first funnel shaped region of the braided structure impeding flow towards the distal end and a second funnel shaped region of the braided structure impeding flow towards the proximal end; and at least one hole formed in the non porous coating distally of the constricted portion, permitting a flow of one of air and fluid towards the proximal end. an elongated braided structure sized for insertion in the biological flow passage, a portion of the braided structure forming a substantially tubular shell, the braided structure maintaining an expanded operative shape after being deformed to a small dimension; a non porous coating of the braided structure; a constricted portion of the elongated braided structure disposed between a proximal end and a distal end thereof, the constricted portion defining a first funnel shaped region of the braided structure impeding flow towards the distal end and a second funnel shaped region of the braided structure impeding flow towards the proximal end; and at least one hole formed in the non porous coating distally of the constricted portion, permitting a flow of one of air and fluid towards the proximal end.
An immunochromatographic analysis device, which is an immunochromatographic analysis device for detecting Varicella-Zoster Virus, comprising a sample addition part, a labeling substance retaining part, a chromatographic medium part having a detection part, and an absorption part, wherein at least one of the labeling substance retaining part and the detection part comprises an antibody which recognizes the amino acid sequence at positions 1 to 188 of glycoprotein E of the Varicella-Zoster Virus (VZVgE) composed of the amino acid sequence of SEQ ID NO: 1.
A rotor for a rotary electrical device to be arranged to face to a stator, comprising: a rotor iron core extending axially and including a plurality of slots arranged with a predetermined circumferential interval, a rotor coil contained by the slots, a coil support member (13, 13b) arranged between parts of the rotor coil at an axial end area of the rotor coil, and a retaining ring covering the coil support member (13, 13b) and the axial end area of the rotor coil, wherein the coil support member (13, 13b) has two fitted parts (15, 16) and a connecting part connecting the fitted parts (15, 16) to each other to form an H-shape in cross section and to form a space (11, 14) between the rotor coil and each opposite side of the connecting part, and the coil support member (13, 13b) further has a communicating path (120, 120A) communicating with the spaces (11, 14) between the opposite sides of the connecting part and the rotor coil adjacent to each other, characterised in that the communicating path (120, 120A) is formed by making a radially outer end of the connecting part shorter than radially outer ends of the fitted parts (15, 16). a rotor iron core extending axially and including a plurality of slots arranged with a predetermined circumferential interval, a rotor coil contained by the slots, a coil support member (13, 13b) arranged between parts of the rotor coil at an axial end area of the rotor coil, and a retaining ring covering the coil support member (13, 13b) and the axial end area of the rotor coil, wherein the coil support member (13, 13b) has two fitted parts (15, 16) and a connecting part connecting the fitted parts (15, 16) to each other to form an H-shape in cross section and to form a space (11, 14) between the rotor coil and each opposite side of the connecting part, and the coil support member (13, 13b) further has a communicating path (120, 120A) communicating with the spaces (11, 14) between the opposite sides of the connecting part and the rotor coil adjacent to each other, characterised in that the communicating path (120, 120A) is formed by making a radially outer end of the connecting part shorter than radially outer ends of the fitted parts (15, 16).
A method for determining information related to an authenticity of a wireless message in a wireless group communication among vehicles of a group of vehicles participating in platooning, the method comprising Receiving the wireless message via an antenna module; Detecting a signal pilot within the wireless message, wherein the signal pilot is detected based on a spatial filtering of the wireless message; Determining information related to a direction of arrival for the wireless message based on the signal pilot and based on the spatial filtering of the wireless message; Determining the information related to the authenticity of the wireless message based on the detected signal pilot, wherein the information related to the authenticity of the wireless message indicates, whether the wireless message was received from a trusted source, wherein the information related to the authenticity of the wireless message is determined based on the information related to the direction of arrival for the wireless message, and wherein the direction of arrival is used to distinguish between authentic and inauthentic wireless messages. Receiving the wireless message via an antenna module; Detecting a signal pilot within the wireless message, wherein the signal pilot is detected based on a spatial filtering of the wireless message; Determining information related to a direction of arrival for the wireless message based on the signal pilot and based on the spatial filtering of the wireless message; Determining the information related to the authenticity of the wireless message based on the detected signal pilot, wherein the information related to the authenticity of the wireless message indicates, whether the wireless message was received from a trusted source, wherein the information related to the authenticity of the wireless message is determined based on the information related to the direction of arrival for the wireless message, and wherein the direction of arrival is used to distinguish between authentic and inauthentic wireless messages.
A fluid turbine powered by wind or water comprising: a rotor assembly comprising a rotating central hub member and a rotating annular rim member, said rim member joined to said hub member and supported by a plurality of blade members; said blade members each comprising greater than two cable members and a skin member disposed thereon and encasing said cable members, wherein said cable members are attached to said rim member and said hub member, and wherein said skin member and said cable members in combination define a predetermined, volume-occupying, three-dimensional configuration for said blade member, such that a moving fluid force deflects off said skin members causing rotation of said rotor assembly; characterised in that the turbine further comprises adjustable cable mounting means, the adjustable cable mounting means being for: attaching said cable members to said hub member such that the position of said cable members relative to said hub member and the pitch of said blade members is adjustable; and/or attaching said cable members to said rim member such that the position of said cable members relative to said rim member and the pitch of said blade members is adjustable. a rotor assembly comprising a rotating central hub member and a rotating annular rim member, said rim member joined to said hub member and supported by a plurality of blade members; said blade members each comprising greater than two cable members and a skin member disposed thereon and encasing said cable members, wherein said cable members are attached to said rim member and said hub member, and wherein said skin member and said cable members in combination define a predetermined, volume-occupying, three-dimensional configuration for said blade member, such that a moving fluid force deflects off said skin members causing rotation of said rotor assembly; characterised in that the turbine further comprises adjustable cable mounting means, the adjustable cable mounting means being for: attaching said cable members to said hub member such that the position of said cable members relative to said hub member and the pitch of said blade members is adjustable; and/or attaching said cable members to said rim member such that the position of said cable members relative to said rim member and the pitch of said blade members is adjustable. attaching said cable members to said hub member such that the position of said cable members relative to said hub member and the pitch of said blade members is adjustable; and/or attaching said cable members to said rim member such that the position of said cable members relative to said rim member and the pitch of said blade members is adjustable.
A fan, comprising a first supporting member (51, 53), a second supporting member (51, 53) and a plurality of vanes; wherein the first supporting member and the second supporting member are separated in a direction of a rotational axis of the fan; the plurality of vanes are provided between the first supporting member and the second supporting member; the plurality of vanes are welded to at least one of the first supporting member and the second supporting member; characterized in that the at least one of the first supporting member and the second supporting member is a member having a visible light transmissivity of no less than 30 percent; and only the negative pressure surface sides of both ends of each of the vanes are welded to the first supporting member and the second supporting member.
Window pane holder for a motor vehicle, wherein the window pane holder is mounted on a fixed window pane and serves to guide a further, movable window pane, comprising - a carrier element formed as a rail, - a window pane binding by means of which the fixed window pane is connected to the carrier element, - a sealing profile receiving the edge of a movable window pane, - wherein the sealing profile is placed in a groove formed by the carrier element and a covering, and - wherein the covering is connected to the window pane binding via connection elements, characterized in that the carrier element is profiled in the form of a T with legs of different lengths, in that the connection elements serving to fasten the covering are formed as projections on the covering that protrude into the window pane binding, wherein, in a corresponding manner to the projections on the covering, depressions which receive the projections are integrally formed in the window pane binding, and in that the projections have hook-shaped elements which engage in the material of the window pane binding and thus produce a fixed, non-releaseable connection. - a carrier element formed as a rail, - a window pane binding by means of which the fixed window pane is connected to the carrier element, - a sealing profile receiving the edge of a movable window pane, - wherein the sealing profile is placed in a groove formed by the carrier element and a covering, and - wherein the covering is connected to the window pane binding via connection elements, characterized in that the carrier element is profiled in the form of a T with legs of different lengths, in that the connection elements serving to fasten the covering are formed as projections on the covering that protrude into the window pane binding, wherein, in a corresponding manner to the projections on the covering, depressions which receive the projections are integrally formed in the window pane binding, and in that the projections have hook-shaped elements which engage in the material of the window pane binding and thus produce a fixed, non-releaseable connection.
A disposable fiber optic sheath for illuminating a region within a mammalian body comprising: a tubular sheath having an outer tube and an annular ring of optical fibers within the sheath, the tubular sheath defining a cylindrical space for receiving an endoscope imaging tube; a window sealed at the distal end of the sheath; and a hub assembly at a proximal end of the sheath, the hub assembly including a connector for connecting the sheath to an endoscope handle; characterized by the hub assembly including an optical coupler (182,184) provided within the hub assembly and adapted for optically connecting the optical fibers to a light source, the outer tube of the tubular sheath having a diameter of 2 mm or less. a tubular sheath having an outer tube and an annular ring of optical fibers within the sheath, the tubular sheath defining a cylindrical space for receiving an endoscope imaging tube; a window sealed at the distal end of the sheath; and a hub assembly at a proximal end of the sheath, the hub assembly including a connector for connecting the sheath to an endoscope handle; characterized by the hub assembly including an optical coupler (182,184) provided within the hub assembly and adapted for optically connecting the optical fibers to a light source, the outer tube of the tubular sheath having a diameter of 2 mm or less.
A projection apparatus comprising: an illumination device; a spatial light modulator that is disposed in a specific area or behind an optical axis of the specific area and is configured to generate a modulated image when the spatial light modulator is illuminated by the illumination device with a coherent light beam that passes through the specific area; and a projection optical system that is configured to project the modulated image onto a specific projection member, wherein the illumination device comprises: a diffusion member having an anisotropic diffusion surface; and a rotary shaft member configured to rotate the anisotropic diffusion surface with an eccentric movement while a coherent light beam from a light source is illuminated on the anisotropic diffusion surface; wherein the anisotropic diffusion surface is a reflective cylindrical surface that diffuses in a form of line the coherent light beam and rotates the coherent light beam diffused in the form of line on a specific plane when the rotary shaft member rotates, and the reflective cylindrical surface vibrates vertically by the eccentric movement when the rotary shaft member rotates. an illumination device; a spatial light modulator that is disposed in a specific area or behind an optical axis of the specific area and is configured to generate a modulated image when the spatial light modulator is illuminated by the illumination device with a coherent light beam that passes through the specific area; and a projection optical system that is configured to project the modulated image onto a specific projection member, wherein the illumination device comprises: a diffusion member having an anisotropic diffusion surface; and a rotary shaft member configured to rotate the anisotropic diffusion surface with an eccentric movement while a coherent light beam from a light source is illuminated on the anisotropic diffusion surface; a diffusion member having an anisotropic diffusion surface; and a rotary shaft member configured to rotate the anisotropic diffusion surface with an eccentric movement while a coherent light beam from a light source is illuminated on the anisotropic diffusion surface; wherein the anisotropic diffusion surface is a reflective cylindrical surface that diffuses in a form of line the coherent light beam and rotates the coherent light beam diffused in the form of line on a specific plane when the rotary shaft member rotates, and the reflective cylindrical surface vibrates vertically by the eccentric movement when the rotary shaft member rotates.
A spar for a water-driven turbine blade, the spar comprising a substantially planar stack of first sheets secured together, each first sheet comprising fibre reinforced resin composite material, wherein opposed edges of the first sheets define opposed edges of the stack, the edges of the stack defining a mounting portion for mounting the spar to a turbine member and at least one elongate blade supporting portion, the first sheets extending in a longitudinal direction of the elongate blade supporting portion.
An expansion pipe joint that absorbs displacement occurring at a connection portion between an upstream pipe and a downstream pipe where a powdery and/or granular conveyed object is conveyed by gravity, the expansion pipe joint comprising: an outer tube having a downstream end adapted to be coupled to the downstream pipe; an inner tube that is inserted into the outer tube and has an upstream end adapted to be coupled to the upstream pipe; and a closing member having elasticity that is provided between an upstream end of the outer tube and the upstream end of the inner tube so as to close a gap between them, wherein a position in an axial direction of the upstream end of the outer tube and a position in the axial direction of the upstream end of the inner tube are substantially the same, wherein the outer tube has an upper flange provided at the upstream end of the outer tube, a lower flange provided at the downstream end of the outer tube and having a smaller inner diameter than the upper flange, and a body having a tapered shape and connecting the upper flange and the lower flange, and wherein a position in the axial direction of a downstream end of the inner tube is slightly upstream of a position in the axial direction of the lower flange of the outer tube. an outer tube having a downstream end adapted to be coupled to the downstream pipe; an inner tube that is inserted into the outer tube and has an upstream end adapted to be coupled to the upstream pipe; and a closing member having elasticity that is provided between an upstream end of the outer tube and the upstream end of the inner tube so as to close a gap between them, wherein a position in an axial direction of the upstream end of the outer tube and a position in the axial direction of the upstream end of the inner tube are substantially the same, wherein the outer tube has an upper flange provided at the upstream end of the outer tube, a lower flange provided at the downstream end of the outer tube and having a smaller inner diameter than the upper flange, and a body having a tapered shape and connecting the upper flange and the lower flange, and wherein a position in the axial direction of a downstream end of the inner tube is slightly upstream of a position in the axial direction of the lower flange of the outer tube.