mhurhangee/ep-ind-claims huggingface dataset:
An axially split pump for conveying a fluid, having an axially split housing that comprises a bottom part and a cover, wherein the bottom part has a first sealing surface and the cover has a second sealing surface, wherein the bottom part and the cover can be fastened to one another in such a way that the two sealing surfaces (212, 222) have direct contact with one another, wherein a first sealing groove for the reception of a first string-like sealing element is provided in the sealing surfaces (212, 222), and a second sealing groove is provided for the reception of a second string-like sealing element, the second sealing groove being connected to the first sealing groove via an opening, wherein a connection element is provided in the opening, the connection element having two lateral cut-outs for the reception of respective one of the string-like sealing elements (10, 11), characterized in that the cut-outs are arranged and configured in such a way that the two string-like sealing elements (10, 11) can run substantially in parallel in the entire region of the connection elements.
A powder coating assembly for coating a workpiece with coating powder, - comprising a booth, which is formed such that it can receive the workpiece delivered via a floor conveyor, - wherein an upper spray applicator arrangement is provided for spraying coating powder downward, - wherein a lower spray applicator arrangement is provided for spraying coating powder upward, - wherein the upper and the lower spray applicator arrangement (20, 40) are oriented toward the same workpiece, and - wherein a manipulator is provided, to which the upper and the lower spray applicator arrangement (20, 40) are fastened, and are movable therewith at least in the transport direction (x) of the workpiece. - comprising a booth, which is formed such that it can receive the workpiece delivered via a floor conveyor, - wherein an upper spray applicator arrangement is provided for spraying coating powder downward, - wherein a lower spray applicator arrangement is provided for spraying coating powder upward, - wherein the upper and the lower spray applicator arrangement (20, 40) are oriented toward the same workpiece, and - wherein a manipulator is provided, to which the upper and the lower spray applicator arrangement (20, 40) are fastened, and are movable therewith at least in the transport direction (x) of the workpiece.
A method of making a battery, comprising: coating an electrolyte permeable separator with nanocarbons, functionalizing the nanocarbons with at least one functional group comprising a sulfonate, carboxylate, or tertiary amine to create a layer of functionalized nanocarbon particles on the coated electrolyte permeable separator; exchanging the functional group on the functionalized nanocarbons with lithium ions to immobilize the lithium ions on the nanocarbons to form a lithium dendrite seeding material; positioning the dendrite seeding material in an electrolyte solution disposed between a metal-containing electrode and the coated electrolyte permeable separator membrane; electrically connecting the functionalized nanocarbon particles with a lithium-metal electrode growing metal dendrites from the lithium dendrite seeding material toward the lithium-containing electrode; and contacting metal dendrites extending from the metal containing electrode with metal dendrites extending from the metal dendrite seeding material; wherein the electrolyte contains metal ions. coating an electrolyte permeable separator with nanocarbons, functionalizing the nanocarbons with at least one functional group comprising a sulfonate, carboxylate, or tertiary amine to create a layer of functionalized nanocarbon particles on the coated electrolyte permeable separator; exchanging the functional group on the functionalized nanocarbons with lithium ions to immobilize the lithium ions on the nanocarbons to form a lithium dendrite seeding material; positioning the dendrite seeding material in an electrolyte solution disposed between a metal-containing electrode and the coated electrolyte permeable separator membrane; electrically connecting the functionalized nanocarbon particles with a lithium-metal electrode growing metal dendrites from the lithium dendrite seeding material toward the lithium-containing electrode; and contacting metal dendrites extending from the metal containing electrode with metal dendrites extending from the metal dendrite seeding material; wherein the electrolyte contains metal ions.
A dialysis machine having two hydraulic connectors at the dialyzate side to which a respective connection line having a filter coupling is connected for connection to a dialyzer, with the hydraulic connectors being an inflow connector for feeding fresh dialysis liquid to the dialyzer and a backflow connector for draining consumed dialyzate from the dialyzer, and having two parking positions (31a, 31b) associated with the respective hydraulic connectors for storing the filter couplings when not in operation, characterized in that both parking positions (31a, 31b) are provided with separate covers (32a, 32b) and the dialysis machine has releasable latching mechanisms for blocking the covers (32a, 32b) of the parking positions. characterized in that both parking positions (31a, 31b) are provided with separate covers (32a, 32b) and the dialysis machine has releasable latching mechanisms for blocking the covers (32a, 32b) of the parking positions.
A method of manufacturing a furniture base plate member, wherein the method comprises the steps of: providing a hollow longitudinally elongated metal profile roll formed from a sheet of metal, comprising an upper side and a lower side; pressing the upper side and the lower side of the metal profile against each other, such that at least one section of the upper side and the lower side abuts each other, and such that two longitudinal channels extending along the longitudinal extension of the metal profile are formed by said pressing with said section between the two longitudinal channels, wherein the longitudinal channels comprises respective openings at each longitudinal end of the metal profile; and arrange support members, each having two insertion members, at the longitudinal ends such that the insertion members extend into the longitudinal channels at said openings. providing a hollow longitudinally elongated metal profile roll formed from a sheet of metal, comprising an upper side and a lower side; pressing the upper side and the lower side of the metal profile against each other, such that at least one section of the upper side and the lower side abuts each other, and such that two longitudinal channels extending along the longitudinal extension of the metal profile are formed by said pressing with said section between the two longitudinal channels, wherein the longitudinal channels comprises respective openings at each longitudinal end of the metal profile; and arrange support members, each having two insertion members, at the longitudinal ends such that the insertion members extend into the longitudinal channels at said openings.
An optical system for an LED fixture, comprising: a mounting surface with a plurality of attached LEDs; a plurality of lenses each having a base; said base of each said lens is affixed to said mounting surface about a single LED of said plurality of LEDs in an orientation relative to said single LED; said base of each said lens being attached to a primary reflector, said primary reflector at least partially surrounding a refracting lens; said refracting lens and said primary reflector of each said lens direct a majority of light emitted from said single LED to a reflective surface supported by said base and angled to reflect a majority of said light off a LED light output axis of said single LED characterized in that the lenses are orientable so that each lens is individually adjustable to a given orientation about a given LED, so that each orientable lens may be individually oriented without regard to the orientation of the other orientable lenses a mounting surface with a plurality of attached LEDs; a plurality of lenses each having a base; said base of each said lens is affixed to said mounting surface about a single LED of said plurality of LEDs in an orientation relative to said single LED; said base of each said lens being attached to a primary reflector, said primary reflector at least partially surrounding a refracting lens; said refracting lens and said primary reflector of each said lens direct a majority of light emitted from said single LED to a reflective surface supported by said base and angled to reflect a majority of said light off a LED light output axis of said single LED characterized in that the lenses are orientable so that each lens is individually adjustable to a given orientation about a given LED, so that each orientable lens may be individually oriented without regard to the orientation of the other orientable lenses
L-4-chlorokynurenine for use in a method of treating depression, by administering a therapeutically effective amount of L-4-chlorokynurenine to a patient.
Method for controlling a motor vehicle having at least one park lock, wherein the motor vehicle has a drive train, the drive train having at least one drive motor, at least one wheel, in particular a plurality of wheels, and at least one transmission, wherein an operating element for actuating the park lock is provided and/or present, wherein the park lock is able to assume a blocking position, in which the park lock blocks the drive train and/or a part of the drive train, and a release position, in which the park lock releases the drive train and/or a part of the drive train, and wherein the park lock is switched, after actuation of the operating element, from the release position into the blocking position or vice versa, wherein the speed of the motor vehicle is determined, and wherein, after actuation of the operating element and if the park lock assumes the release position beforehand, - a check is carried out as to whether the speed is greater than a predetermined first threshold value, and - a first warning signal is generated if such check was successful, characterized in that - the park lock is switched into the blocking position. - a check is carried out as to whether the speed is greater than a predetermined first threshold value, and - a first warning signal is generated if such check was successful, characterized in that - the park lock is switched into the blocking position.
A protective packaging for an object comprising: - a sheath, - an element for supporting the object configured to slide in the sheath, and comprising two hollow holding elements (12A, 12B) connected to each other by at least one hinge (14A, 14B), at least one of the two hollow holding elements (12A, 12B) having an imprint (16A, 16B) configured to enclose at least a portion of the object by interlocking, the or each hinge (14A, 14B) being a flexible hinge, characterised in that the at least one hinge (14A, 14B) comprises two hinges (14A, 14B), the axes of rotation of which are parallel and distinct. - a sheath, - an element for supporting the object configured to slide in the sheath, and comprising
A lighting device comprising: - a directional wireless receiver configured to receive a message within a time period, wherein the message comprises at least one signal comprising a factory reset command from a user device; - a controller configured to implement a factory reset of the lighting device if a respective signal of said at least one signal is received by said directional wireless receiver within a respective predefined angular range relative to the lighting device. - a directional wireless receiver configured to receive a message within a time period, wherein the message comprises at least one signal comprising a factory reset command from a user device; - a controller configured to implement a factory reset of the lighting device if a respective signal of said at least one signal is received by said directional wireless receiver within a respective predefined angular range relative to the lighting device.
A supportive spinal brace comprising: a plurality of rotatably interlocking components, each defining: a superior rotatable interlock portion defining a first medially facing interlock; and an inferior rotatable interlock portion defining an oppositely located and oppositely handed second medially facing interlock and wherein: respective first and second medially facing interlocks (104, 105) of adjacent interlocking components are able to interlock together at user configurable rotational offsets to form a user configurable undulating supportive surface long a length of the brace; characterised in that the rotatable interlock portions (102, 103) each further define a first laterally facing interlock and wherein the brace further comprises a plurality of lateral interlock components having a lateral plate, the lateral plate having a pair of third medially facing interlocks which interlock between the first laterally facing interlocks of adjacent interlocking components. a superior rotatable interlock portion defining a first medially facing interlock; and an inferior rotatable interlock portion defining an oppositely located and oppositely handed second medially facing interlock and wherein: respective first and second medially facing interlocks (104, 105) of adjacent interlocking components are able to interlock together at user configurable rotational offsets to form a user configurable undulating supportive surface long a length of the brace; characterised in that the rotatable interlock portions (102, 103) each further define a first laterally facing interlock and wherein the brace further comprises a plurality of lateral interlock components having a lateral plate, the lateral plate having a pair of third medially facing interlocks which interlock between the first laterally facing interlocks of adjacent interlocking components. respective first and second medially facing interlocks (104, 105) of adjacent interlocking components are able to interlock together at user configurable rotational offsets to form a user configurable undulating supportive surface long a length of the brace; characterised in that the rotatable interlock portions (102, 103) each further define a first laterally facing interlock and wherein the brace further comprises a plurality of lateral interlock components having a lateral plate, the lateral plate having a pair of third medially facing interlocks which interlock between the first laterally facing interlocks of adjacent interlocking components.
A web for forming dunnage units, comprising: a first elongated layer; a second elongated layer superposed over the first elongated layer, the first and second layers connected together at an inflation edge and an opposite edge; a plurality of transverse seals extending from the opposite edge to within a first predetermined distance from the inflation edge, wherein said opposite edge and said transverse seals form a plurality of inflatable adjacent pouches; a plurality of inflation edge lines of perforations through the first and second elongated layers that extend inward from the inflation edge; and a plurality of opposite edge lines of perforations through the first and second elongated layers that extend inward from the opposite edge; characterized by: a plurality of gap forming lines extending between the inflation edge lines of perforations and the opposite edge lines of perforations, wherein the gap forming lines are configured such that inflation of the pouches causes said web to separate along the gap forming lines such that adjacent pouches move away from one another in the area of the gap forming lines and wherein said inflation edge lines of perforations are configured such that inflation of the pouches leaves the inflation edge perforations intact. a first elongated layer; a second elongated layer superposed over the first elongated layer, the first and second layers connected together at an inflation edge and an opposite edge; a plurality of transverse seals extending from the opposite edge to within a first predetermined distance from the inflation edge, wherein said opposite edge and said transverse seals form a plurality of inflatable adjacent pouches; a plurality of inflation edge lines of perforations through the first and second elongated layers that extend inward from the inflation edge; and a plurality of opposite edge lines of perforations through the first and second elongated layers that extend inward from the opposite edge; characterized by: a plurality of gap forming lines extending between the inflation edge lines of perforations and the opposite edge lines of perforations, wherein the gap forming lines are configured such that inflation of the pouches causes said web to separate along the gap forming lines such that adjacent pouches move away from one another in the area of the gap forming lines and wherein said inflation edge lines of perforations are configured such that inflation of the pouches leaves the inflation edge perforations intact.
An aircraft installation for supplying pressurized air to an air consumer equipment of the aircraft, the aircraft installation comprising: - a gas turbine engine having a single port (2.1) located at a low-intermediate compressor stage of such gas turbine engine; - a bleed duct, o at one end in fluid communication with the single port (2.1) of the gas turbine engine, and ∘ at opposite end (2.2) configured to be in fluid communication with the air consumer equipment; - a cooling duct comprising an inlet (3.1) by which cooling air enters into the cooling duct, and an outlet (3.2); characterized in that the aircraft installation further comprises: - a branch duct in fluid communication with the bleed duct and configured to divert a portion of the bleed air from the bleed duct into the outlet (3.2) of the cooling duct; and - an electrical compressor with an intake (5.1) and an outlet (5.2), so that ∘ the intake (5.1) is in fluid communication with the outlet (3.2) of the cooling duct after the joining with the branch duct, and ∘ the outlet (5.2) is in fluid communication with the opposite end of the bleed duct which is communicated with the air consumer equipment. - a gas turbine engine having a single port (2.1) located at a low-intermediate compressor stage of such gas turbine engine; - a bleed duct, o at one end in fluid communication with the single port (2.1) of the gas turbine engine, and ∘ at opposite end (2.2) configured to be in fluid communication with the air consumer equipment; o at one end in fluid communication with the single port (2.1) of the gas turbine engine, and ∘ at opposite end (2.2) configured to be in fluid communication with the air consumer equipment; - a cooling duct comprising an inlet (3.1) by which cooling air enters into the cooling duct, and an outlet (3.2); - a branch duct in fluid communication with the bleed duct and configured to divert a portion of the bleed air from the bleed duct into the outlet (3.2) of the cooling duct; and - an electrical compressor with an intake (5.1) and an outlet (5.2), so that ∘ the intake (5.1) is in fluid communication with the outlet (3.2) of the cooling duct after the joining with the branch duct, and ∘ the outlet (5.2) is in fluid communication with the opposite end of the bleed duct which is communicated with the air consumer equipment. ∘ the intake (5.1) is in fluid communication with the outlet (3.2) of the cooling duct after the joining with the branch duct, and ∘ the outlet (5.2) is in fluid communication with the opposite end of the bleed duct which is communicated with the air consumer equipment.
A transmitter for transmitting video data comprising a transmission section, said transmission section comprising a parser for dividing said video data into at least two classes and dividing each class into one or more blocks, whereby with each class there is associated a different number; said transmission section is adapted to transmit at least one block of each class once on each communication channel of a set of communication channels, the number of communication channels comprised in the respective set being given by the number associated with the respective class; wherein a pixel value is encoded in a number of bits comprising a most significant bit and a least significant bit and whereby said parser is configured to allocate said most significant bit to a first class of said at least two classes and said least significant bit to a second class of said at least two classes, said first class having associated a higher number of communication channels than said second class; and different communication channels correspond to different transmission times and/or different transmit paths (PS1, PS2, P1, P2, P3, P4, P5, P6); characterized in that said video data comprises at least three components, each component corresponding to one dimension of a color representation, a first component of said color representation corresponds to green color, a second component corresponds to red color and a third component corresponds to blue color and whereby in the class having associated the highest number of communication channels the number of bits is higher for said first component than for each of the other components and the number of bits is higher for said second component than for said third component.
A blister piercing head for puncturing the lid of a blister containing a dose of medicament for inhalation by a user, the blister piercing head comprising a pair of separate, spaced cutting elements (85a, 85b), each cutting element being configured to cut a substantially V-shaped slit in the lid of a blister when inserted therein so that the apex of one V-shaped slit points towards the apex of the other V-shaped slit, each cutting element (85a, 85b) having a V-shaped primary cutting edge for cutting the V-shaped slit in the blister lid, the cutting edge terminating at an apex configured to make an initial incision in a blister lid, characterised in that each cutting element (85a, 85b) includes a secondary cutting edge, at least one of said secondary cutting edges extending from the apex towards the other cutting element (85a,85b) for initiating a slit in the blister lid that extends between the apex of each V-shaped slit so that the blister lid bursts in a direction along the initiated slit between the cutting elements (85a, 85b) as the cutting elements enter the blister lid.