mhurhangee/ep-ind-claims huggingface dataset:
A connecting device for curtain wall units, comprising: a claw arm having a horizontal arm for carrying the curtain wall units; a plurality of clamping plates, each two clamping plates fixed on the horizontal arm to clamp the curtain wall units; and a claw base being connected to the claw arm, said claw base being connectable to a supporting structure of the curtain wall units, wherein the claw arm further comprises a vertical arm integrated with the horizontal arm, wherein the claw arm comprises two horizontal arms and two vertical arms which are fixed to each other to be cross-shaped and disposed among four adjacent curtain wall units, wherein the claw arm is hidden in the space between curtain wall units, characterized in that each two clamping plates are fixed right against each other, respectively, on the outer surface of the claw arm, being distant from the supporting structure, and on the inner surface of the claw arm, being close to the supporting structure. a claw arm having a horizontal arm for carrying the curtain wall units; a plurality of clamping plates, each two clamping plates fixed on the horizontal arm to clamp the curtain wall units; and a claw base being connected to the claw arm, said claw base being connectable to a supporting structure of the curtain wall units, wherein each two clamping plates are fixed right against each other, respectively, on the outer surface of the claw arm, being distant from the supporting structure, and on the inner surface of the claw arm, being close to the supporting structure.
A light source apparatus comprising: a phosphor wheel having a phosphor disposed in an annular shape on a disk-shaped base material, the phosphor serving to emit fluorescent light with a predetermined color from excitation light, a rotation driver that is arranged to rotatively drive said phosphor wheel; an excitation light source for emitting said excitation light with which a passage position of said annular phosphor is irradiated with respect to said phosphor wheel to be rotatively driven by said rotation driver; characterized in that said phosphor has a discontinuous portion for diffusing and reflecting Z excitation light in a part of said annular shape; and said light source apparatus additionally includes a light source (19,22) for emitting light (20, 23) having a different color from said predetermined color which is necessary to create combined light for projecting an image; a light source optical system (15, 18) for combining light (20, 23) of said light source (19,22) and fluorescent light from excitation light of said excitation light source; and a controller that is arranged to control light emission of said light source (19,22) and said excitation light source synchronously with a position of said discontinuous portion with respect to an irradiation position of said excitation light. a phosphor wheel having a phosphor disposed in an annular shape on a disk-shaped base material, the phosphor serving to emit fluorescent light with a predetermined color from excitation light, a rotation driver that is arranged to rotatively drive said phosphor wheel; an excitation light source for emitting said excitation light with which a passage position of said annular phosphor is irradiated with respect to said phosphor wheel to be rotatively driven by said rotation driver; characterized in that said phosphor has a discontinuous portion for diffusing and reflecting Z excitation light in a part of said annular shape; and said light source apparatus additionally includes a light source (19,22) for emitting light (20, 23) having a different color from said predetermined color which is necessary to create combined light for projecting an image; a light source optical system (15, 18) for combining light (20, 23) of said light source (19,22) and fluorescent light from excitation light of said excitation light source; and a controller that is arranged to control light emission of said light source (19,22) and said excitation light source synchronously with a position of said discontinuous portion with respect to an irradiation position of said excitation light.
A method of manufacturing a percutaneous port (100, 200) for promoting tissue in-growth around the percutaneous port, comprising: providing a tubular structure having an outer surface (116(b)); providing a coil having an outer surface and comprised of a plurality of loops; wherein the coil is formed by: providing a center rod; winding a wire around the center rod; winding the coil around the tubular structure in a spiral; and joining at least a portion of the outer surface of the coil to the outer surface of the tubular structure; wherein the center rod is removed after the joining. providing a center rod; winding a wire around the center rod; winding the coil around the tubular structure in a spiral; and joining at least a portion of the outer surface of the coil to the outer surface of the tubular structure; wherein the center rod is removed after the joining.
A ventilator circuit apparatus comprising an endotracheal tube, an inspiration line extending from a ventilator, and an exhalation line extending from a ventilator, and an aerosol introducer apparatus for introducing aerosolised humidifying agent into the ventilation circuit, the introducer apparatus comprising an aerosol generator (2, 200) and control means for controlling the operation of the aerosol generator (2, 200) wherein the aerosol generator (2, 200) comprises a vibratable member having a plurality of apertures extending between a first surface which is adapted to receive an agent to be aerosolised and a second surface at which an aerosol is generated wherein the ventilation circuit further comprises a junction for connecting the inspiration line and the exhalation line and a patient line for extending between the junction and an endotracheal tube, characterised in that the ventilation circuit comprises a heat and moisture exchange unit for location in the patient line, wherein the aerosol generator (2, 200) is arranged for delivery of aerosolised humidifying agent into the patient line between the heat and moisture exchange unit and the endotracheal tube, and wherein the aerosol generator is mounted to the heat and moisture exchange unit.
Method for preparing at least one generator comprising radium-228 from an aqueous solution A1 comprising thorium-232 and radium-228, the method comprising at least the following steps: a) circulating in a first chromatography column a volume V1 of the aqueous solution A1, the first chromatography column comprising a first stationary phase consisting of a solid material which selectively retains radium with respect to thorium; b) washing at least once the first stationary phase with an aqueous solution A2; c) eluting the radium-228 from the first stationary phase with a volume V3 of an aqueous solution A3 comprising an agent complexing radium-228, the volume V3 being between 0.005% and 1% of the volume V1 of the aqueous solution A1 having circulated in the first chromatography column, whereby an aqueous solution A4 which comprises radium-228 complexes is obtained; d) dissociating the radium-228 complexes present in the aqueous solution A4 by modifying the pH of the aqueous solution A4, whereby an aqueous solution A5 comprising the decomplexed radium-228 is obtained; e) loading a second chromatography column with the aqueous solution A5, the second chromatography column comprising a second stationary phase consisting of the same material as the first stationary phase; and f) washing at least once the second stationary phase with an aqueous solution A6, whereby said at least one generator is obtained. a) circulating in a first chromatography column a volume V1 of the aqueous solution A1, the first chromatography column comprising a first stationary phase consisting of a solid material which selectively retains radium with respect to thorium; b) washing at least once the first stationary phase with an aqueous solution A2; c) eluting the radium-228 from the first stationary phase with a volume V3 of an aqueous solution A3 comprising an agent complexing radium-228, the volume V3 being between 0.005% and 1% of the volume V1 of the aqueous solution A1 having circulated in the first chromatography column, whereby an aqueous solution A4 which comprises radium-228 complexes is obtained; d) dissociating the radium-228 complexes present in the aqueous solution A4 by modifying the pH of the aqueous solution A4, whereby an aqueous solution A5 comprising the decomplexed radium-228 is obtained; e) loading a second chromatography column with the aqueous solution A5, the second chromatography column comprising a second stationary phase consisting of the same material as the first stationary phase; and f) washing at least once the second stationary phase with an aqueous solution A6, whereby said at least one generator is obtained.
A sight mount for firearms, comprising a base plate, arranged to be mounted onto a firearm, the mount being provided with integrated and divided sight rings (104,111) and wherein two ring halves (106,124) are adapted for attachment of a riflescope and the sight rings (104,111) are diagonally split, the sight mount being characterized in that said sight rings (104, 111) have planar sides in the vertical and horizontal plane to visualize parallel reference lines in the environment, thus providing a subconscious perception of the weapons vertical alignment.
A sealant discharging nozzle comprising: a nozzle body; a through hole provided in the nozzle body, the through hole extending along a central axis of the nozzle body; a discharge port that is an opening of the through hole provided in an end surface of the nozzle body, the discharge port having a first width in a first direction orthogonal to the central axis and a second width in a second direction orthogonal to the central axis and the first direction, the second width being smaller than the first width; a cutout formed on a first side in the first direction with respect to the discharge port; a nozzle positioning portion that comprises a pair of tapered surfaces (108a, 108b) disposed on both sides of the discharge port in the second direction, the pair of tapered surfaces (108a, 108b) being inclined against the central axis so that a gap between the tapered surfaces (108a, 108b) becomes larger as the tapered surfaces (108a, 108b) become separated from the discharge port; and characterized by an excessive seal leveling portion that comprises a pair of tapered surfaces (114a, 114b) disposed on both sides of the nozzle positioning portion in the second direction, inclined angles against the central axis being smaller than those of the pair of tapered surfaces (108a, 108b) disposed on both sides of the discharge port in the second direction. a nozzle body; a through hole provided in the nozzle body, the through hole extending along a central axis of the nozzle body; a discharge port that is an opening of the through hole provided in an end surface of the nozzle body, the discharge port having a first width in a first direction orthogonal to the central axis and a second width in a second direction orthogonal to the central axis and the first direction, the second width being smaller than the first width; a cutout formed on a first side in the first direction with respect to the discharge port; a nozzle positioning portion that comprises a pair of tapered surfaces (108a, 108b) disposed on both sides of the discharge port in the second direction, the pair of tapered surfaces (108a, 108b) being inclined against the central axis so that a gap between the tapered surfaces (108a, 108b) becomes larger as the tapered surfaces (108a, 108b) become separated from the discharge port; and characterized by an excessive seal leveling portion that comprises a pair of tapered surfaces (114a, 114b) disposed on both sides of the nozzle positioning portion in the second direction, inclined angles against the central axis being smaller than those of the pair of tapered surfaces (108a, 108b) disposed on both sides of the discharge port in the second direction.
A projection system, comprising a projection unit, a screen unit, an outer frame, and a support structure component, wherein the screen unit is configured to display a picture projected by the projection unit, the outer frame is configured to fasten the projection unit and the support structure component, the support structure component is configured to securely connect the screen unit to the outer frame, and the support structure component is located on a light incident side of the screen unit; the support structure component comprises a light transmission part and at least one connecting part, wherein the light transmission part is securely connected to the screen unit, and the light transmission part is configured to enable light rays emitted by the projection unit and irradiating the light transmission part to pass through; and the at least one connecting part is located out of propagation paths of light rays emitted by the projection unit, and the at least one connecting part is configured to securely connect the light transmission part to the outer frame; wherein a distance between a point on an inner curved surface of the light transmission part and an optical axis of the projection unit gradually increases along a reverse projection direction, a distance between a point on an outer curved surface of the light transmission part and the optical axis of the projection unit gradually increases along the reverse projection direction, the reverse projection direction is a direction in which the screen unit points to the projection unit, the inner curved surface is a surface on a side, facing the optical axis of the projection unit, of the light transmission part, and the outer curved surface is a surface on a side, not facing the optical axis of the projection unit, of the light transmission part.
A system for producing plastic containers with a heating device for heating plastic preforms, wherein said heating device having a transport device for transporting plastic preforms along a predetermined first transport path, and a plurality of holding devices for holding the plastic preforms and at least one heating unit which heats the plastic preforms during the transport thereof and comprising a forming device for forming the plastic preforms into plastic containers, said forming device being suitable for expanding the plastic preforms heated by the heating device by applying a flowable medium, wherein the forming device has a plurality of forming stations which form the plastic preforms to the plastic containers, and wherein both the heating device and the forming device have changeable elements, characterized in that the system has a changing device which is suitable for changing both changeable elements of the heating device and changeable elements of the forming device, wherein the changing device is movable between at least two different positions in particular by a mobile robot.
An unevenness level inspecting device comprising: a target at a known distance from a to-be-inspected surface; a traveling unit for traveling on the to-be-inspected surface; a first marker for marking information on the to-be-inspected surface; and a control unit configured to control the first marker, wherein the control unit is configured to calculate a height of the to-be-inspected surface at a measurement position of the target based on three-dimensional position coordinates of the target input each time the unevenness level inspecting device travels a predetermined distance, and control the first marker so as to mark unevenness level information indicating a difference between the height of the to-be-inspected surface and a reference height on a corresponding position on the to-be-inspected surface, characterized in that the unevenness level inspecting device further comprises a hammering test unit including a hammering unit configured to hammer the to-be-inspected surface with a hammer, and a sound collecting unit configured to detect a hammering sound produced by the hammer; and a second marker configured to mark information on the to-be-inspected surface, and the control unit is configured to determine whether an upper surface of the to-be-inspected surface has an abnormality based on a hammering sound difference collected by the hammering test unit, and when detecting an abnormality, is configured to control the second marker to perform marking at a position corresponding to a hammering position. a target at a known distance from a to-be-inspected surface; a traveling unit for traveling on the to-be-inspected surface; a first marker for marking information on the to-be-inspected surface; and a control unit configured to control the first marker, wherein the control unit is configured to calculate a height of the to-be-inspected surface at a measurement position of the target based on three-dimensional position coordinates of the target input each time the unevenness level inspecting device travels a predetermined distance, and control the first marker so as to mark unevenness level information indicating a difference between the height of the to-be-inspected surface and a reference height on a corresponding position on the to-be-inspected surface, characterized in that the unevenness level inspecting device further comprises a hammering test unit including a hammering unit configured to hammer the to-be-inspected surface with a hammer, and a sound collecting unit configured to detect a hammering sound produced by the hammer; and a second marker configured to mark information on the to-be-inspected surface, and the control unit is configured to determine whether an upper surface of the to-be-inspected surface has an abnormality based on a hammering sound difference collected by the hammering test unit, and when detecting an abnormality, is configured to control the second marker to perform marking at a position corresponding to a hammering position.
A method of preparing cultured haematopoietic precursor cells, which comprises culturing a starting population of haematopoietic precursor cells so as to expand said cells for administration to treat a haematological disorder in a subject, wherein said culturing is in the presence of a population of mesenchymal precursor cells enriched for STRO-1 bright cells, or supernatant or progeny derived therefrom, wherein such STRO-1 bright cells are mesenchymal precursor cells (MPCs) which comprise mesenchymal precursor cells capable of giving rise to colony forming unit-fibroblasts (CFU-F); and optionally followed by separation of the expanded haematopoetic cells and co-cultured MPCs.
Thermoplastic molding compositions comprising A) from 51.0 to 99.5 parts by weight of at least one aromatic polycarbonate with OH end group concentration smaller than 200 ppm, B) from 0.5 to 49.0 parts by weight of at least one graft polymer precipitated under basic conditions or comprising basic impurities, C) from 0.0 to 30.0 parts by weight of vinyl (co)polymer and/or polyalkylene terephthalate, E) from 0.0 to 40.0 parts by weight of other conventional additives, where the sum of the parts by weight of components A) to E) gives a total of 100 parts by weight, where the content of free bisphenol A in the entire composition is smaller than 70 ppm and greater than 0.5 ppm, and where no phosphorus-containing flame retardant is present. A) from 51.0 to 99.5 parts by weight of at least one aromatic polycarbonate with OH end group concentration smaller than 200 ppm, B) from 0.5 to 49.0 parts by weight of at least one graft polymer precipitated under basic conditions or comprising basic impurities, C) from 0.0 to 30.0 parts by weight of vinyl (co)polymer and/or polyalkylene terephthalate, E) from 0.0 to 40.0 parts by weight of other conventional additives,
A method of producing a martensitic stainless steel strip by performing the following processes continuously: an unwinding process in which a martensitic stainless steel strip with a thickness 1 mm or less is unwound; a quenching process in which the steel strip is passed through a quenching furnace in a non-oxidizing gas atmosphere and heated and then cooled; a tempering process in which the quenched steel strip is passed through a tempering furnace in a non-oxidizing gas atmosphere and tempered; and a winding process in which the tempered steel strip is wound, wherein the quenching furnace of the quenching process comprises at least a temperature raising unit and a holding unit, wherein, when a predetermined quenching temperature is set as T (°C), the temperature raising unit is set to be within a temperature range of 0.7T (°C) or higher and lower than T (°C), and a set heating temperature on an exit side of the steel strip is set to be higher than a set heating temperature on an entry side of the steel strip when the steel strip passes through the temperature raising unit, wherein the holding unit is set to the quenching temperature T (°C), and wherein a time spent in the quenching furnace by the steel strip in the temperature raising unit is equal to or longer than a time spent in the quenching furnace by the steel strip in the holding unit. an unwinding process in which a martensitic stainless steel strip with a thickness 1 mm or less is unwound; a quenching process in which the steel strip is passed through a quenching furnace in a non-oxidizing gas atmosphere and heated and then cooled; a tempering process in which the quenched steel strip is passed through a tempering furnace in a non-oxidizing gas atmosphere and tempered; and a winding process in which the tempered steel strip is wound, wherein the quenching furnace of the quenching process comprises at least a temperature raising unit and a holding unit, wherein, when a predetermined quenching temperature is set as T (°C), the temperature raising unit is set to be within a temperature range of 0.7T (°C) or higher and lower than T (°C), and a set heating temperature on an exit side of the steel strip is set to be higher than a set heating temperature on an entry side of the steel strip when the steel strip passes through the temperature raising unit, wherein the holding unit is set to the quenching temperature T (°C), and wherein a time spent in the quenching furnace by the steel strip in the temperature raising unit is equal to or longer than a time spent in the quenching furnace by the steel strip in the holding unit.
Helmet for sport activities comprising: - a lattice structure shaped so to accommodate a part of a user head and comprising empty and full portions (14, 13) arranged so that a continuous network of interconnected air channels runs through the lattice structure; - at least one energy absorbing pad permeable to air; wherein on an inner side of the lattice structure at least one pocket is provided, said at least one pocket being permeable to air and shaped so to accommodate said at least one permeable energy absorbing pad. - a lattice structure shaped so to accommodate a part of a user head and comprising empty and full portions (14, 13) arranged so that a continuous network of interconnected air channels runs through the lattice structure; - at least one energy absorbing pad permeable to air; wherein on an inner side of the lattice structure at least one pocket is provided, said at least one pocket being permeable to air and shaped so to accommodate said at least one permeable energy absorbing pad.