mhurhangee/ep-ind-claims huggingface dataset:
An impeller assembly, comprising plural scoops arranged to be spaced circumferentially about a shaft, each scoop including an upper blade portion and a lower blade portion, said upper blade portion and said lower blade portion having leading edges, inner edges, and peripheral edges, said upper blade portion and said lower blade portion joined at the inner edges, said upper blade portion and said lower blade portion spaced apart at the leading edges, said impeller characterized by each scoop including: a rib extending rearward from the inner edges, said scoop being coupled to the shaft by attachment at the rib. a rib extending rearward from the inner edges, said scoop being coupled to the shaft by attachment at the rib.
An illumination system (700A-B) configured to render images in a mixed-reality system by individually scanning individual pixels of said rendered images, the illumination system comprising: a laser assembly configured to include red, green and blue RGB lasers (710A-C); a microelectromechanical scanning, MEMS, mirror system configured to redirect laser light generated by the laser assembly to illuminate pixels in an image frame for the mixed-reality system; a beam combiner (245; 275) configured to combine the laser light generated by the laser assembly; one or more collimating optics (240A, 240B; 270; 290) configured to collimate the laser light generated by the laser assembly; and a reflective photodiode (215; 255; 280; 310) comprising: a light receiving surface (225; 320) configured to absorb a first portion of incoming light (230; 325) directed at the reflective photodiode and to convert the first portion of incoming light into electrical current; and a reflective coating (220; 315) disposed on the light receiving surface, wherein the reflective coating is configured to reflect a second portion of the incoming light away from the light receiving surface towards the MEMS mirror system while permitting the first portion of the incoming light to pass through the reflective coating and to be absorbed by the light receiving surface. a laser assembly configured to include red, green and blue RGB lasers (710A-C); a microelectromechanical scanning, MEMS, mirror system configured to redirect laser light generated by the laser assembly to illuminate pixels in an image frame for the mixed-reality system; a beam combiner (245; 275) configured to combine the laser light generated by the laser assembly; one or more collimating optics (240A, 240B; 270; 290) configured to collimate the laser light generated by the laser assembly; and a reflective photodiode (215; 255; 280; 310) comprising: a light receiving surface (225; 320) configured to absorb a first portion of incoming light (230; 325) directed at the reflective photodiode and to convert the first portion of incoming light into electrical current; and a reflective coating (220; 315) disposed on the light receiving surface, wherein the reflective coating is configured to reflect a second portion of the incoming light away from the light receiving surface towards the MEMS mirror system while permitting the first portion of the incoming light to pass through the reflective coating and to be absorbed by the light receiving surface. a light receiving surface (225; 320) configured to absorb a first portion of incoming light (230; 325) directed at the reflective photodiode and to convert the first portion of incoming light into electrical current; and a reflective coating (220; 315) disposed on the light receiving surface, wherein the reflective coating is configured to reflect a second portion of the incoming light away from the light receiving surface towards the MEMS mirror system while permitting the first portion of the incoming light to pass through the reflective coating and to be absorbed by the light receiving surface.
A medical implant comprising a fixing device having at least one fixing element for fixing the implant at a site of implantation, wherein the implant has a belt drive, which rotates an actuation device, wherein the actuation device is coupled to the fixing device and converts the rotary movement into a longitudinal movement of the fixing device.
Longitudinal adjusting device for the motorized longitudinal adjustment of a vehicle seat, in particular a motor vehicle seat, having a first rail, a second rail which is displaceable relative to the first rail, wherein an inner channel is formed between the first rail and the second rail, a spindle mechanism and a spindle interacting with the spindle mechanism for the longitudinal adjustment, wherein the spindle mechanism is held by a holder for receiving the spindle mechanism in a manner at least partially fixed in the inner channel relative to the first rail, and the spindle is fixed relative to the second rail, wherein laterally protruding protrusions of the holding limbs of the holder, said holding limbs each being arranged in the longitudinal direction (x) upstream and downstream of the spindle mechanism, reach through lateral openings of the first rail, characterized in that a respective abutment means with a contact portion is arranged in the region of the lateral openings, in that the abutment means is configured in such a manner that it projects with its contact portion into a region of the opening, in particular projects into the opening or projects over the opening, wherein the contact portion makes contact with the holding limb arranged in the respective opening and keeps the respective contacted holding limb at a distance from an edge portion of the opening forming a gap.
A positron emission tomography, PET, imaging device, comprising: a plurality of PET detector modules arranged around a bore having a bore axis; and a robotic gantry operatively connected to the PET detector modules, the robotic gantry configured to control a position of each PET detector module along an axial axis ( z), a radial axis ( r), and a tangential axis ( θ) of the corresponding PET detector module to move the PET detector modules or at least groups of the PET detector modules independently of one another in axial direction, radial direction and tangential direction, wherein the axial axis ( z) of the corresponding PET detector module is arranged parallel to the bore axis, the radial axis ( r) of the corresponding PET detector module is arranged perpendicular to the bore axis, and the tangential axis ( θ) of the corresponding PET detector module is arranged perpendicular to the bore axis and perpendicular to the axial axis ( z) of the corresponding PET detector module, and wherein the plurality of PET detector modules includes two or more axially neighboring PET detector modules and two or more tangentially neighboring PET detector modules. a plurality of PET detector modules arranged around a bore having a bore axis; and a robotic gantry operatively connected to the PET detector modules, the robotic gantry configured to control a position of each PET detector module along an axial axis ( z), a radial axis ( r), and a tangential axis ( θ) of the corresponding PET detector module to move the PET detector modules or at least groups of the PET detector modules independently of one another in axial direction, radial direction and tangential direction, wherein the axial axis ( z) of the corresponding PET detector module is arranged parallel to the bore axis, the radial axis ( r) of the corresponding PET detector module is arranged perpendicular to the bore axis, and the tangential axis ( θ) of the corresponding PET detector module is arranged perpendicular to the bore axis and perpendicular to the axial axis ( z) of the corresponding PET detector module, and wherein the plurality of PET detector modules includes two or more axially neighboring PET detector modules and two or more tangentially neighboring PET detector modules.
A cosmetic container having a sealing structure between an inner container and an inner container cap, wherein an outer container formed therein with an inner container receiving groove is hinged with an outer container cap formed therein with a press projecting ring, an inner container having an outer wall and a first hinge block are mounted inside the outer container, the inner container is hinged with an inner container cap, and the inner container cap is formed at a lower portion thereof with a sealing projecting ring, and formed at an upper portion thereof with an extension projecting ring, characterized in that: the first hinge block is formed therein with a hinge hole having an oval shape, the inner container cap is formed at one side thereof with a second hinge block and is hinged with the first hinge block by a hinge pin, the hinge pin is located in the upper portion of the hinge hole when the inner container cap is covered on the inner container, wherein the extension projecting ring includes three protrusion parts and three recess parts which are repeatedly formed and formed at equal angles, and wherein the three protrusion parts are configured to be pressed by the press projecting ring of the outer container cap, wherein when the hinge pin is located in the upper portion of the hinge hole and the outer container cap is covered, the press projecting ring is configured to press the extension projecting ring to push down the inner container cap and the hinge pin is configured to move to a lower portion of the hinge hole. the first hinge block is formed therein with a hinge hole having an oval shape, the inner container cap is formed at one side thereof with a second hinge block and is hinged with the first hinge block by a hinge pin, the hinge pin is located in the upper portion of the hinge hole when the inner container cap is covered on the inner container, wherein the extension projecting ring includes three protrusion parts and three recess parts which are repeatedly formed and formed at equal angles, and wherein the three protrusion parts are configured to be pressed by the press projecting ring of the outer container cap, wherein when the hinge pin is located in the upper portion of the hinge hole and the outer container cap is covered, the press projecting ring is configured to press the extension projecting ring to push down the inner container cap and the hinge pin is configured to move to a lower portion of the hinge hole.
A dishmachine into which racks may be inserted for washing comprising a. a wash chamber comprising a least one wash arm (4, 8, 12) and at least one spray nozzle on the wash arm (4, 8, 12); b. at least one tank (2, 6, 10) in the wash chamber, the tank (2, 6, 10) comprising a turbidity sensor, a level sensor, and a drain valve; and c. a controller d. wherein, the controller activates the drain valve to at least partially drain the tank (2, 6, 10) in response to the turbidity sensor reaching a predetermined value, and characterized in that the controller activates the drain valve to at least partially drain the tank (2, 6, 10) in response to a predetermined number of racks being washed. a. a wash chamber comprising a least one wash arm (4, 8, 12) and at least one spray nozzle on the wash arm (4, 8, 12); b. at least one tank (2, 6, 10) in the wash chamber, the tank (2, 6, 10) comprising a turbidity sensor, a level sensor, and a drain valve; and c. a controller d. wherein, the controller activates the drain valve to at least partially drain the tank (2, 6, 10) in response to the turbidity sensor reaching a predetermined value, and characterized in that the controller activates the drain valve to at least partially drain the tank (2, 6, 10) in response to a predetermined number of racks being washed.
A process for preparing isocyanates by reacting primary amines with phosgene in a solvent, wherein the solvent comprises a dialkyl carbonate and the primary amine is selected from the group consisting of toluenediamine, diphenylmethanediamine and polymethylenepolyphenylenepolyamine (pMDA).
An apparatus for engaging a friction element in a transmission of a vehicle, the apparatus comprising: a housing; a piston at least partially contained within the housing and dividing the housing into first and second chambers (214, 216), the piston for engaging the friction element; and a fluid supply apparatus for supplying fluid to the first and second chambers (214, 216), wherein a position of the piston is determined by a pressure of the fluid in the first chamber and a pressure of the fluid in the second chamber, and characterised in that the fluid pressures in the first and second chambers (214,216) are reduced to substantially zero when an engine connected to the automatic transmission is shut-off a housing; a piston at least partially contained within the housing and dividing the housing into first and second chambers (214, 216), the piston for engaging the friction element; and a fluid supply apparatus for supplying fluid to the first and second chambers (214, 216), wherein a position of the piston is determined by a pressure of the fluid in the first chamber and a pressure of the fluid in the second chamber, and
A semiaromatic copolyamide PA) comprising, in copolymerized form: a) 36 to 50 mol% of terephthalic acid, b) 0 to 14 mol% of isophthalic acid, c) 35 to 42.5 mol% of hexamethylenediamine, d) 7.5 to 15 mol% of at least one cyclic diamine, where the cyclic diamine d) comprises isophoronediamine or consists of isophoronediamine, where components a) to d) together add up to 100 mol%. a) 36 to 50 mol% of terephthalic acid, b) 0 to 14 mol% of isophthalic acid, c) 35 to 42.5 mol% of hexamethylenediamine, d) 7.5 to 15 mol% of at least one cyclic diamine, where the cyclic diamine d) comprises isophoronediamine or consists of isophoronediamine,
A compact front regulation system for leveling feet for furniture with a bottom and shoulders, of the type comprising, in combination: a pair of front feet (26, 127) and a pair of rear feet, wherein said pair of rear feet comprises a regulation mechanism in height which is accessible from outside the pair of rear feet and can be maneuvered by means of a tool (22, 48, 123), wherein said pair of front feet (26, 127) provides a pass-through hole (41', 141', 42, 43) for the passage from one side to the other of a stem of said regulation tool of said pair of rear feet, wherein said pass-through hole act as a support and guide for said stem of said tool (22, 48, 123) towards said pair of rear feet, wherein connections are provided which can be applied beneath said bottom, said connections receive said front feet (26, 127) and said rear feet that can be inserted in the connections, wherein said pass-through hole of each of said front feet (26, 127) for said regulation tool (22, 48, 123) of the rear feet is produced as a first pass-through hole in each of said connections, and in the form of a pass-through groove (41',141') in each of said front feet (26, 127), wherein each of said connections provides a second pass-through hole, produced in the body of each connection at 90° with respect to said first pass-through hole in correspondence with an edge of said connection.
Double-propeller aircraft comprising a fixed wing structure (2, 3, 4) for the flight of said aircraft and at least a propulsion system, characterized by the fact that said propulsion system comprises: - a first piston engine to put a first drive shaft in rotation around a first axis of rotation substantially horizontal, wherein said first drive shaft is a crankshaft or a shaft extending from a crankshaft and fixedly connected thereto; - a second piston engine to put a second drive shaft in rotation around a second axis of rotation substantially horizontal and parallel to said first axis of rotation, wherein said second drive shaft is a crankshaft or a shaft extending from a crankshaft and fixedly connected thereto; - at least a first propeller keyed on said first drive shaft; - at least a second propeller mounted idle on said first drive shaft, said first propeller and said second propeller being coaxial and counter-rotating the one to the other with respect to said first axis of rotation; - transmission means (27, 28, 29) interposed between said second drive shaft and said second propeller for the transmission of motion from said second drive shaft to said second propeller; wherein: - said engines (6, 8) comprise a central engine housing, a first side engine housing and a second side engine housing; - said side engine housings (11, 12) are arranged along the aircraft's transversal direction; - said first drive shaft is housed between said central engine housing and said first side engine housing; and - said second drive shaft is housed between said central engine housing and said second side engine housing. - a first piston engine to put a first drive shaft in rotation around a first axis of rotation substantially horizontal, wherein said first drive shaft is a crankshaft or a shaft extending from a crankshaft and fixedly connected thereto; - a second piston engine to put a second drive shaft in rotation around a second axis of rotation substantially horizontal and parallel to said first axis of rotation, wherein said second drive shaft is a crankshaft or a shaft extending from a crankshaft and fixedly connected thereto; - at least a first propeller keyed on said first drive shaft; - at least a second propeller mounted idle on said first drive shaft, said first propeller and said second propeller being coaxial and counter-rotating the one to the other with respect to said first axis of rotation; - transmission means (27, 28, 29) interposed between said second drive shaft and said second propeller for the transmission of motion from said second drive shaft to said second propeller; - said engines (6, 8) comprise a central engine housing, a first side engine housing and a second side engine housing; - said side engine housings (11, 12) are arranged along the aircraft's transversal direction; - said first drive shaft is housed between said central engine housing and said first side engine housing; and - said second drive shaft is housed between said central engine housing and said second side engine housing.
An air freshener (10, 10A, 60, 100, 200), comprising: a core defining a proximal end, a distal end, a length between the proximal end and distal end, and a central axis along the length of said core of the air freshener; and a fragranced polymer sleeve contacting at least a portion of the core, said fragranced polymer sleeve comprising at least one polymer incorporating one or more fragrance materials, characterized in that said proximal end and said distal end are close to one another when the air freshener is in a closed configuration, and are spaced apart by flexing or moving away when the air freshener is in an open configuration; and in that the proximal end terminates at a face surface, and the distal end terminates at a second face surface, and wherein the face surface of the proximal end and the second face surface of the distal end are juxtaposed in substantially facing relation to one another, and the air freshener encircles an axis that is substantially perpendicular to the central axis. a core defining a proximal end, a distal end, a length between the proximal end and distal end, and a central axis along the length of said core of the air freshener; and a fragranced polymer sleeve contacting at least a portion of the core, said fragranced polymer sleeve comprising at least one polymer incorporating one or more fragrance materials, characterized in that
A breaking device for interrupting current, the breaking device comprising: - an electrically conducting outer member; - an electrically conducting inner member arranged radially inside the outer member with respect to a breaking axis; and - an electrically insulating or semiconducting breaking member arranged radially between the outer member and the inner member with respect to the breaking axis, the breaking member being arranged to move along the breaking axis from a starting position to a protruding position in which the breaking member protrudes from a space within the outer member for interrupting a current between the outer member and the inner member by means of the breaking member; characterised by - the breaking member comprising a first tubular element comprising a first insulating material and a second insulating material, where the first insulating material has a higher wear resistance than the second insulating material. - an electrically conducting outer member; - an electrically conducting inner member arranged radially inside the outer member with respect to a breaking axis; and - an electrically insulating or semiconducting breaking member arranged radially between the outer member and the inner member with respect to the breaking axis, the breaking member being arranged to move along the breaking axis from a starting position to a protruding position in which the breaking member protrudes from a space within the outer member for interrupting a current between the outer member and the inner member by means of the breaking member; characterised by - the breaking member comprising a first tubular element comprising a first insulating material and a second insulating material, where the first insulating material has a higher wear resistance than the second insulating material.
A use of an agent in a non-therapeutic method for improving exercise function in animals including humans, wherein the agent comprises a compound represented by the following formula R 1 -NHCH 2 COCH 2 CH 2 COOR 2 and wherein R 1 represents a hydrogen atom or an alkanoyl group having 1 to 6 carbon atoms and R 2 represents a hydrogen atom or an alkyl group having 1 to 7 carbon atoms, or a salt thereof.
A thermostable lyophilized vaccine composition comprising a metabolizable oil, 1,2-dimyristoyl-sn-glycero-3-phosphocholine (DMPC), and a cake-forming excipient, wherein the composition is in the form of a cake, wherein the metabolizable oil is squalene, and wherein the cake-forming excipient is a combination of mannitol and trehalose, or trehalose, and wherein the composition is formed by lyophilization of an oil-in-water emulsion formulation, and the oil-in-water emulsion formulation does not comprise glycerol; and wherein the composition further comprises an adjuvant, wherein the adjuvant is a glucopyranosyl lipid adjuvant.
A mounting frame for a switchgear cabinet or a rack, comprising mounting pieces which are arranged, as corner pieces, in the four corner sections of a rectangle or square that extends in an x-y plane, said mounting pieces being produced in a respective shaping process and having outer first and second mounting faces (13, 14) which extend in the x direction and in the y direction at a right angle thereto and which extend in a space direction z at a right angle to the x-y plane, and are provided with hollow spaces which are at least partially surrounded by wall parts and/or bores that are oriented in the z direction, and comprising intermediate elements which extend between the mounting pieces in the x direction and in the y direction and the end sections of which are fastened to the mounting pieces, wherein the mounting pieces have wall sections which extend in parallel to the x-y plane and terminate in z-direction in a first and a second base face (15, 16) oriented in the x-y-plane, the second base face being parallel and spaced apart from the first base face by a distance (d), characterized in that the base faces (15, 16) form the outer face of at least a first and at least a second base wall section (150, 160), wherein the mounting faces (13, 14) are spaced apart from another at their facing ends and form a first corner space in a relevant first virtual corner region of the mounting piece, wherein the first corner space is confirmed by adjacent ends of the mounting faces (13, 14) on both sides by means of a respective corner region bordering wall (122, 122'), which are perpendicularly oriented with respect to the relevant mounting face (13, 14) and in z direction and wherein the first corner space is confined in z direction by the first and second base wall sections (150, 160).