mhurhangee/ep-ind-claims huggingface dataset:
A specimen treatment reagent for causing a nucleic acid in a specimen containing a component crosslinked by an S-S bond to be released and adsorbed by a carrier containing silica, which comprises: 0.5% by weight or more and 15% by weight or less of at least one thiol reductant selected from N-acetyl-L-cysteine, L-cysteine ethyl ester, L-cysteine methyl ester, N-ethyl-L-cysteine, N-methyl-L-cysteine, and salts of these compounds, more than 2.0% by weight and 20% by weight or less of at least one alkaline substance selected from sodium hydroxide, potassium hydroxide, barium hydroxide, and calcium hydroxide, and 20% by weight or more and 80% by weight or less of ethanol. 0.5% by weight or more and 15% by weight or less of at least one thiol reductant selected from N-acetyl-L-cysteine, L-cysteine ethyl ester, L-cysteine methyl ester, N-ethyl-L-cysteine, N-methyl-L-cysteine, and salts of these compounds, more than 2.0% by weight and 20% by weight or less of at least one alkaline substance selected from sodium hydroxide, potassium hydroxide, barium hydroxide, and calcium hydroxide, and 20% by weight or more and 80% by weight or less of ethanol.
A power transmission device, comprising: a quill shaft having a first end and a second end; a first shaft engaged with the first end of the quill shaft; a second shaft engaged with the second end of the quill shaft; a raised boss on an interior surface of the quill shaft having an aperture therein, wherein the raised boss is adapted to eject a fluid through the aperture to outside of the quill shaft; and characterised by: an ejector orifice at the second end of the quill shaft distal from the first shaft, wherein the ejector orifice is to the outside of the quill shaft and forms an oblique angle with respect to the quill shaft, wherein the ejector orifice angles toward the first end of the quill shaft and wherein the ejector orifice is adapted to eject the fluid therethrough. a quill shaft having a first end and a second end; a first shaft engaged with the first end of the quill shaft; a second shaft engaged with the second end of the quill shaft; a raised boss on an interior surface of the quill shaft having an aperture therein, wherein the raised boss is adapted to eject a fluid through the aperture to outside of the quill shaft; and characterised by: an ejector orifice at the second end of the quill shaft distal from the first shaft, wherein the ejector orifice is to the outside of the quill shaft and forms an oblique angle with respect to the quill shaft, wherein the ejector orifice angles toward the first end of the quill shaft and wherein the ejector orifice is adapted to eject the fluid therethrough. an ejector orifice at the second end of the quill shaft distal from the first shaft, wherein the ejector orifice is to the outside of the quill shaft and forms an oblique angle with respect to the quill shaft, wherein the ejector orifice angles toward the first end of the quill shaft and wherein the ejector orifice is adapted to eject the fluid therethrough.
Screw-in wrench for introducing a threaded rod into a foundation in axial direction, wherein the threaded rod has profiling in the form of wrench surfaces at its outer circumference in axial direction and wherein the screw-in wrench engages by means of rollers (3a, 3b, 29, 30) on the wrench surfaces of the threaded rod and rotates the latter about an axis of rotation, wherein the rollers (3a, 3b, 29, 30) have profiling for positive engagement on the wrench surfaces of the threaded rod, characterised in that the rollers (3a, 3b, 29, 30) are mounted to be rotatable such that they roll on the threaded rod during a movement of the threaded rod in axial direction.
A use of the fungal organism Pythium oligandrum, as efficient agens, with the applicable inorganic and/or organic carrier in the form of the preparation for prevention and elimination of occurrence of the originators of microbial diseases causing post-harvest losses by application after harvest or during storage of products of cultural plants.
A heat shield for an engine for shielding an exhaust manifold of a motor vehicle, comprising: a support plate arranged on a flat gasket for sealing an exhaust pipe of the exhaust manifold; a heat shielding plate; wherein the support plate has a U-shaped bend at one end, and wherein the support plate is bendable to allow the heat shielding plate to be folded into and/or out of a heat shielding plane; characterized in that the heat shielding plate has a U-shaped bend at one end, wherein the U-shaped bends (8, 9) at the ends of support plate and heat shielding plate are configured to engage with each other; and that the support plate and the heat shielding plate have an overlap area protruding beyond the U-shaped bends (8, 9). a support plate arranged on a flat gasket for sealing an exhaust pipe of the exhaust manifold; a heat shielding plate; wherein the support plate has a U-shaped bend at one end, and wherein the support plate is bendable to allow the heat shielding plate to be folded into and/or out of a heat shielding plane; characterized in that the heat shielding plate has a U-shaped bend at one end, wherein the U-shaped bends (8, 9) at the ends of support plate and heat shielding plate are configured to engage with each other; and that the support plate and the heat shielding plate have an overlap area protruding beyond the U-shaped bends (8, 9).
Subscriber station (10; 20; 30) for a serial communication network, having a communication control device (11; 21; 31) for creating a message (4; 5; 50) which is to be serially transmitted to at least one further subscriber station (20; 30; 10) of the communication network, wherein the communication control device (11; 21; 31) is configured to subdivide the data of the message (4; 5; 50) to be created into at least one data section (4521 to 452n) and to insert, into each data section (4521 to 452n), bits of an error correction code (46; 460) which makes it possible to correct at least one error in the message (4; 5; 50), characterized in that the communication control device (11; 21; 31) is configured to insert the bits of the error correction code as synchronization edges in such a manner that the spacing between the synchronization edges, which are provided for the purpose of synchronizing the at least one further subscriber station (20; 30; 10) as the receiver of the message (4; 5; 50) with the subscriber station (10; 20; 30) as the transmitter of the message (4; 5; 50), does not exceed a predetermined upper limit, and wherein the predetermined upper limit is equal to a predetermined number of bits which have the same value and occur in succession between bits of the error correction code. a communication control device (11; 21; 31) for creating a message (4; 5; 50) which is to be serially transmitted to at least one further subscriber station (20; 30; 10) of the communication network, wherein the communication control device (11; 21; 31) is configured to subdivide the data of the message (4; 5; 50) to be created into at least one data section (4521 to 452n) and to insert, into each data section (4521 to 452n), bits of an error correction code (46; 460) which makes it possible to correct at least one error in the message (4; 5; 50), characterized in that the communication control device (11; 21; 31) is configured to insert the bits of the error correction code as synchronization edges in such a manner that the spacing between the synchronization edges, which are provided for the purpose of synchronizing the at least one further subscriber station (20; 30; 10) as the receiver of the message (4; 5; 50) with the subscriber station (10; 20; 30) as the transmitter of the message (4; 5; 50), does not exceed a predetermined upper limit, and wherein the predetermined upper limit is equal to a predetermined number of bits which have the same value and occur in succession between bits of the error correction code.
Halogenated benzoxazine compound corresponding to the formula (the symbol Hal representing at least one halogen): in which: - each benzene nucleus of the two oxazine rings bears at least one halogen; - Z 1 and Z 2, which are identical or different, represent an aliphatic, at least divalent, bonding group, comprising from 1 to 12 carbon atoms. - each benzene nucleus of the two oxazine rings bears at least one halogen; - Z 1 and Z 2, which are identical or different, represent an aliphatic, at least divalent, bonding group, comprising from 1 to 12 carbon atoms.
A lightweight easily transportable power control system and transportation means, said power control system comprising: a casing (1; 7) having an upper end and a lower end, a reservoir of hydraulic fluid located in the casing and a hydraulic pump mounted in the casing such that hydraulic fluid in the reservoir is present at an inlet of the pump, a dire current electric motor positioned above the pump and connected to drive the hydraulic pump, characterized by the fact that the power control system further comprises: a battery located in the casing (1; 7) below the reservoir and connected to supply current to the direct current motor, and said transportation means comprising: a rigid frame (6,8) having a base which holds and supports the bottom of the casing, the rigid frame (6,8) having a structure attachable to an operator's body (106, 206, 608, 708) in the same way as a rucksack for carrying the power control system and said structure having wheels for rolling the power control system along the ground. a casing (1; 7) having an upper end and a lower end, a reservoir of hydraulic fluid located in the casing and a hydraulic pump mounted in the casing such that hydraulic fluid in the reservoir is present at an inlet of the pump, a dire current electric motor positioned above the pump and connected to drive the hydraulic pump, a battery located in the casing (1; 7) below the reservoir and connected to supply current to the direct current motor, a rigid frame (6,8) having a base which holds and supports the bottom of the casing, the rigid frame (6,8) having a structure attachable to an operator's body (106, 206, 608, 708) in the same way as a rucksack for carrying the power control system and said structure having wheels for rolling the power control system along the ground.
Transport device comprising a transport vehicle and a vertical stack of box-shaped containers coupled together, wherein the transport vehicle comprises a vehicle body with a bottom part and a vertical frame section extending upwards from the upper side of the bottom part, wherein the bottom part has a storage surface and a container attachment interface for attaching, with its lowermost box-shaped container, the vertical stack placed on the storage surface to the bottom part, a handle arranged on the vehicle body for moving the transport vehicle into a tilted position, and two wheels arranged on the bottom part for supporting the transport vehicle in the tilted position relative to a floor and moving the transport vehicle relative to the floor, characterized in that the bottom part has a plurality of stand feet (39, 39A) on its underside and the transport vehicle is adapted to be supported against the floor in the upright position with the stand feet (39, 39A) and not with the wheels, wherein the bottom part comprises in a rearward section a first attachment device of a worktable attachment interface for attaching an elongate worktable in vertical orientation to the transport vehicle, wherein the first attachment device comprises a slot and an attachment structure accessible via the slot. a vehicle body with a bottom part and a vertical frame section extending upwards from the upper side of the bottom part, wherein the bottom part has a storage surface and a container attachment interface for attaching, with its lowermost box-shaped container, the vertical stack placed on the storage surface to the bottom part, a handle arranged on the vehicle body for moving the transport vehicle into a tilted position, and two wheels arranged on the bottom part for supporting the transport vehicle in the tilted position relative to a floor and moving the transport vehicle relative to the floor, characterized in that the bottom part has a plurality of stand feet (39, 39A) on its underside and the transport vehicle is adapted to be supported against the floor in the upright position with the stand feet (39, 39A) and not with the wheels, wherein the bottom part comprises in a rearward section a first attachment device of a worktable attachment interface for attaching an elongate worktable in vertical orientation to the transport vehicle, wherein the first attachment device comprises a slot and an attachment structure accessible via the slot.
A crusher in which hammer members that extend from a rotation shaft in a radial direction and rotate with a rotation of the rotation shaft are housed in a casing that includes an upper loading opening for loading an object to be crushed and a lower discharge opening for discharging a crushed object, fixed blades are arranged within the casing on an outer diameter side of the hammer members, and the hammer members and the fixed blades crush the object to be crushed when the hammer members are rotated, the crusher being characterized in comprising: an opening formed in the casing, wherein the opening can be opened and closed by opening and closing operations of a lid member and plate fitting grooves formed along a circular arc surface of the casing corresponding to a circular trajectory followed by a front end edge of the hammer members during rotation, and the fixed blades are attached to a curved holding plate, and the curved holding plate is fitted into the plate fitting grooves of the casing from the opening. an opening formed in the casing, wherein the opening can be opened and closed by opening and closing operations of a lid member and plate fitting grooves formed along a circular arc surface of the casing corresponding to a circular trajectory followed by a front end edge of the hammer members during rotation, and the fixed blades are attached to a curved holding plate, and the curved holding plate is fitted into the plate fitting grooves of the casing from the opening.
A mask assembly for respiratory therapy, comprising: a vent for exhausting gas flow from an interior of the mask assembly, the vent comprising at least one vent hole; a diffuser comprising diffuser material defining a diffusing area sufficient to cover the at least one vent hole and having a periphery; wherein a region of the diffusing area of the diffuser material includes a plurality of spaced apart localised joint regions in which multiple fibres of the diffuser material are bonded or interlocked together; and wherein, all of the locations of the localised joint regions are offset from each of the at least one vent hole in a plane extending through and perpendicular to the diffuser material, so as not to interfere with the gases flow through any of the at least one vent holes. a vent for exhausting gas flow from an interior of the mask assembly, the vent comprising at least one vent hole; a diffuser comprising diffuser material defining a diffusing area sufficient to cover the at least one vent hole and having a periphery; wherein a region of the diffusing area of the diffuser material includes a plurality of spaced apart localised joint regions in which multiple fibres of the diffuser material are bonded or interlocked together; and wherein, all of the locations of the localised joint regions are offset from each of the at least one vent hole in a plane extending through and perpendicular to the diffuser material, so as not to interfere with the gases flow through any of the at least one vent holes.
A tool for collecting debris having first and second legs, pivotably coupled to one another, and each extending from an upper handle portion (160, 161) to a first and second lower collection blade (140, 141) respectively, a movement of the handles effecting a movement of the blades between a range of open positions and a closed position, the first and second collection blades being arranged relative to one another to define opposing capture surfaces, wherein - the blades each comprise lower longitudinal edges (144A, 145A) arranged to meet in the closed position with the opposing capture surfaces sloping outwardly relative to each other from the lower longitudinal edges to define a capture volume which is closed at a lower side proximal to a supporting surface and open to an upper side, - the opposing capture surface of each blade comprising an upper portion (140A, 141A) and a lower portion (142, 143), the lower portion defining a bevelled lip (142, 143) continuous with the upper portion, the upper portions of the blades being arranged at a first angle relative to each other and the lower lip portions being arranged at a second and greater relative angle to each other, and - the blades (140, 141) and legs (110, 111) are arranged such that when connected a greater proportion of the capture surface of each blade projects to the front than to the rear of the leg, and wherein the legs (110, 111) are coupled to the blades (140, 141) such that in use with the lower edges of the blades resting on the ground or supporting surface, the legs are oriented, at an angle relative to the lower edge or of the blades, to the rear of the tool in the direction of a user standing to the rear of the tool. 2 - the blades each comprise lower longitudinal edges (144A, 145A) arranged to meet in the closed position with the opposing capture surfaces sloping outwardly relative to each other from the lower longitudinal edges to define a capture volume which is closed at a lower side proximal to a supporting surface and open to an upper side, - the opposing capture surface of each blade comprising an upper portion (140A, 141A) and a lower portion (142, 143), the lower portion defining a bevelled lip (142, 143) continuous with the upper portion, the upper portions of the blades being arranged at a first angle relative to each other and the lower lip portions being arranged at a second and greater relative angle to each other, and - the blades (140, 141) and legs (110, 111) are arranged such that when connected a greater proportion of the capture surface of each blade projects to the front than to the rear of the leg, and 2
A thermoelectric device comprising: a cooling water passage pipe including a flow path, and having an upper surface and a lower surface that are spaced apart from each other in a first direction, and a first side surface and a second side surface that are disposed between the upper surface and the lower surface and spaced apart from each other in a second direction perpendicular to the first direction; a first thermoelectric module and a second thermoelectric module disposed on the first side surface and the second side surface of the cooling water passage pipe, respectively; a heat-insulating layer disposed on the upper surface of the cooling water passage pipe; a gas guide member disposed on the heat-insulating layer and having a width in the second direction which is gradually reduced in the first direction; and a shield layer disposed between the heat-insulating layer and the gas guide member, wherein the shield layer extends toward the first and second side surfaces (6212, 6214) of the cooling water passage pipe, on the upper surface of the cooling water passage pipe, the first thermoelectric module protrudes further in the second direction than the shield layer extending toward the first side surface, and the second thermoelectric module protrudes further in the second direction than the shield layer extending toward the second side surface. a cooling water passage pipe including a flow path, and having an upper surface and a lower surface that are spaced apart from each other in a first direction, and a first side surface and a second side surface that are disposed between the upper surface and the lower surface and spaced apart from each other in a second direction perpendicular to the first direction; a first thermoelectric module and a second thermoelectric module disposed on the first side surface and the second side surface of the cooling water passage pipe, respectively; a heat-insulating layer disposed on the upper surface of the cooling water passage pipe; a gas guide member disposed on the heat-insulating layer and having a width in the second direction which is gradually reduced in the first direction; and a shield layer disposed between the heat-insulating layer and the gas guide member, wherein the shield layer extends toward the first and second side surfaces (6212, 6214) of the cooling water passage pipe, on the upper surface of the cooling water passage pipe, the first thermoelectric module protrudes further in the second direction than the shield layer extending toward the first side surface, and the second thermoelectric module protrudes further in the second direction than the shield layer extending toward the second side surface.
A semiconductor light emitting device comprising: a substrate (12, 52); and a LED epitaxial film (14, 54) including at least an operating layer and a lower contact layer, the lower contact layer being bonded to the top surface of said substrate (12, 52); wherein said LED epitaxial film (14, 54) includes a plurality of discrete operating regions (14a, 54a), each of which has the operating layer, and an element isolating region (14b, 54b) wherein an area of the lower contact layer bonded to said top surface of said substrate (12, 52) is a continuous area, said lower contact layer forming a common terminal region of said discrete operating regions, and wherein the element isolating region (14b, 54b) is formed by partially thinning said semiconductor film (14, 54) so as to partially removing an area including the operating layer and mutually isolating said operating layers of said plurality of discrete operating regions (14a, 54a), characterized in that said semiconductor light emitting device further comprising discrete interconnection layers (32, 72) which extend from the respective top surfaces of said discrete operating regions (14a, 54a) via the partially thinned area of said element isolating region (14b, 54b) to said top surface of said substrate (12, 52). a substrate (12, 52); and a LED epitaxial film (14, 54) including at least an operating layer and a lower contact layer, the lower contact layer being bonded to the top surface of said substrate (12, 52); wherein said LED epitaxial film (14, 54) includes a plurality of discrete operating regions (14a, 54a), each of which has the operating layer, and an element isolating region (14b, 54b) wherein an area of the lower contact layer bonded to said top surface of said substrate (12, 52) is a continuous area, said lower contact layer forming a common terminal region of said discrete operating regions, and wherein the element isolating region (14b, 54b) is formed by partially thinning said semiconductor film (14, 54) so as to partially removing an area including the operating layer and mutually isolating said operating layers of said plurality of discrete operating regions (14a, 54a), characterized in that said semiconductor light emitting device further comprising discrete interconnection layers (32, 72) which extend from the respective top surfaces of said discrete operating regions (14a, 54a) via the partially thinned area of said element isolating region (14b, 54b) to said top surface of said substrate (12, 52).