mhurhangee/ep-ind-claims huggingface dataset:
Flange connection system for producing a flange connection for a fluid in a motor vehicle, comprising: a first flange connection part; a second flange connection part with a receptacle for laterally inserting the first flange connection part; a moulded seal for sealing the flange connection between the first flange connection part and the second flange connection part, wherein the moulded seal comprises a press-in ring for pressing in the first flange connection part, wherein the press-in ring comprises holding ribs for holding a sealing ring, and wherein the holding ribs are arranged at both edges on the inner side of the press-in ring; and a wedge section for compressing the moulded seal during insertion of the first flange connection part in the receptacle of the second flange connection part. a first flange connection part; a second flange connection part with a receptacle for laterally inserting the first flange connection part; a moulded seal for sealing the flange connection between the first flange connection part and the second flange connection part, wherein the moulded seal comprises a press-in ring for pressing in the first flange connection part, wherein the press-in ring comprises holding ribs for holding a sealing ring, and wherein the holding ribs are arranged at both edges on the inner side of the press-in ring; and a wedge section for compressing the moulded seal during insertion of the first flange connection part in the receptacle of the second flange connection part.
A screening system for screening an item, the screening system comprising a detection apparatus comprising an emitter portion to generate a primary beam of ionising radiation and a detector portion to detect an absorption signal and at least one of a diffraction signal and a scattering signal; the screening system further comprising a rotatable platform adapted to receive the item; and the screening system being characterized in a mechanical arrangement (320, 330) adapted to translate the detection apparatus along a translation axis to scan the item with the primary beam; wherein the translation axis is substantially parallel to a surface of the rotatable platform; wherein the rotatable platform is rotatable around a rotational axis; wherein the primary beam has a characteristic propagation axis associated with it; and wherein the rotational axis is substantially parallel to the characteristic propagation axis; and in the primary beam being a conical shell beam of ionising radiation. a detection apparatus comprising an emitter portion to generate a primary beam of ionising radiation and a detector portion to detect an absorption signal and at least one of a diffraction signal and a scattering signal; the screening system further comprising a rotatable platform adapted to receive the item; and the screening system being characterized in a mechanical arrangement (320, 330) adapted to translate the detection apparatus along a translation axis to scan the item with the primary beam; wherein the translation axis is substantially parallel to a surface of the rotatable platform; wherein the rotatable platform is rotatable around a rotational axis; wherein the primary beam has a characteristic propagation axis associated with it; and wherein the rotational axis is substantially parallel to the characteristic propagation axis; and in the primary beam being a conical shell beam of ionising radiation.
Lithium manganate particles for non-aqueous electrolyte secondary batteries, having a spinel structure, an average primary particle diameter of 0.4 to 1.8 μm and an average secondary particle diameter of 8 to 20 μm, a ratio of the average secondary particle diameter to the average primary particle diameter (D50/average primary particle diameter) being in the range of 10 to 30, and pore diameters of pores in the lithium manganate particles as measured by a mercury intrusion porosimetry method being in the range of 100 to 500 nm, wherein said lithium manganate particles have a composition represented by the chemical formula: Li 1+x Mn 2-x-y M y O 4 wherein M is at least one element selected from Al, Mg, Ti or Co, x is 0.03 to 0.15, and y is 0.05 to 0.20, and wherein said lithium manganate particles comprise boron in an amount of 200 to 700 ppm based on the lithium manganate particles. x is 0.03 to 0.15, and y is 0.05 to 0.20, and wherein said lithium manganate particles comprise boron in an amount of 200 to 700 ppm based on the lithium manganate particles.
An ear module to be selectively worn on either left or right target ears, each target ear including an ear canal with an exterior opening, and having a forward wall, a rear wall, a concha, an anti-helix and a tragus, the ear module comprising: a housing for data processing resources, including an outer lobe and an inner lobe coupled to the outer lobe, the inner lobe comprising an extension and a speaker, the inner lobe adapted to fit within the concha; the inner lobe comprising a compressive member/cover assembly, the compressive member/cover assembly comprising a compressive member and the extension; the compressive member providing a holding force between the anti-helix and the forward wall of the ear canal thereby securing the ear module on the ear, the extension adapted to extend into the exterior opening of the ear canal; and at least the compressive member being positionable relative to the outer lobe between left and right ear orientations to permit the ear module to be worn on either the left target ear or the right target ear; the inner lobe further comprising a remainder of the inner lobe; and the compressive member/cover assembly being mounted to the remainder for movement between the left ear orientation and the right ear orientation by rotation at two different positions. a housing for data processing resources, including an outer lobe and an inner lobe coupled to the outer lobe, the inner lobe comprising an extension and a speaker, the inner lobe adapted to fit within the concha; the inner lobe comprising a compressive member/cover assembly, the compressive member/cover assembly comprising a compressive member and the extension; the compressive member providing a holding force between the anti-helix and the forward wall of the ear canal thereby securing the ear module on the ear, the extension adapted to extend into the exterior opening of the ear canal; and at least the compressive member being positionable relative to the outer lobe between left and right ear orientations to permit the ear module to be worn on either the left target ear or the right target ear; the inner lobe further comprising a remainder of the inner lobe; and the compressive member/cover assembly being mounted to the remainder for movement between the left ear orientation and the right ear orientation by rotation at two different positions.
An infusion circuit subassembly comprising an eluate line, a patient line, a waste line, an eluant line, a bypass line and a valve member, wherein the eluate line is configured to be coupled between a radioisotope generator and the valve, wherein the eluant line is configured to be positioned between an eluant reservoir and the radioisotope generator, and wherein the bypass line is coupled to the patient line, the infusion circuit subassembly being characterized in that: the valve member couples the patient line and the waste line to the eluate line; and the infusion circuit subassembly includes a support frame that defines a perimeter edge, the support frame holding the valve member and a portion of each of the eluate line, the patient line, the eluant line, the bypass line and the waste line in approximately fixed relation with respect to the perimeter edge, wherein: the support frame is configured to removably fit within a compartment of a shielding assembly of an infusion system that infuses radiopharmaceuticals; and, an end of each of the eluate line, the patient line, the bypass line and the waste line and the opposed ends of the eluant line extend out from the perimeter edge. the valve member couples the patient line and the waste line to the eluate line; and the infusion circuit subassembly includes a support frame that defines a perimeter edge, the support frame holding the valve member and a portion of each of the eluate line, the patient line, the eluant line, the bypass line and the waste line in approximately fixed relation with respect to the perimeter edge, wherein: the support frame is configured to removably fit within a compartment of a shielding assembly of an infusion system that infuses radiopharmaceuticals; and, an end of each of the eluate line, the patient line, the bypass line and the waste line and the opposed ends of the eluant line extend out from the perimeter edge. the support frame is configured to removably fit within a compartment of a shielding assembly of an infusion system that infuses radiopharmaceuticals; and, an end of each of the eluate line, the patient line, the bypass line and the waste line and the opposed ends of the eluant line extend out from the perimeter edge.
A pipe for a turbine engine, the pipe being a pump outlet volute or a gas turbine inlet volute, characterized in that the pipe comprises a wall including an internal edge (14; 14A, 14B) having in section a radius of curvature greater than or equal to 0.5 mm, preferably greater than or equal to 1 mm, and less than or equal to 5 mm, preferably less than or equal to 4 mm.
Sanitary system comprising at least one sanitary article (1a, 1b, 1c), each with a sanitary article controller configured to interact with the sanitary article (1a, 1b, 1c), wherein the sanitary article controller comprises a sanitary article-side interface, a gateway, wherein the gateway has a gateway-side interface, at least one converter (3, 3') arranged between the gateway and the sanitary article controller, with a first converter-side interface (K1, K1') and a second converter-side interface (K2, K2'), a first cable which provides a connection between the gateway-side interface and the first converter-side interface (K1, K1'), and a second cable which provides a connection between the second converter-side interface (K2, 2') and the sanitary article-side interface, wherein the cables (4, 5) each comprise a data bus conductor arrangement for transmitting data and a power supply conductor arrangement for transmitting electrical energy, and wherein the converter (3, 3') comprises a data converter configured for data conversion and a voltage converter configured for voltage conversion, characterized in that the data bus conductor arrangement between the gateway and the converter (3, 3') is an RS-485 bus operated with the RS-485 protocol, and in that the data bus conductor arrangement between the converter (3, 3') and the sanitary article controller (1a, 1b, 1c) is a I 2 C bus operated with a I 2 C protocol, wherein the data converter is configured or programmed to convert the data between the RS-485 bus protocol and the I 2 C bus protocol. at least one sanitary article (1a, 1b, 1c), each with a sanitary article controller configured to interact with the sanitary article (1a, 1b, 1c), wherein the sanitary article controller comprises a sanitary article-side interface, a gateway, wherein the gateway has a gateway-side interface, at least one converter (3, 3') arranged between the gateway and the sanitary article controller, with a first converter-side interface (K1, K1') and a second converter-side interface (K2, K2'), a first cable which provides a connection between the gateway-side interface and the first converter-side interface (K1, K1'), and a second cable which provides a connection between the second converter-side interface (K2, 2') and the sanitary article-side interface, wherein the cables (4, 5) each comprise a data bus conductor arrangement for transmitting data and a power supply conductor arrangement for transmitting electrical energy, and wherein the converter (3, 3') comprises a data converter configured for data conversion and a voltage converter configured for voltage conversion, characterized in that the data bus conductor arrangement between the gateway and the converter (3, 3') is an RS-485 bus operated with the RS-485 protocol, and in that the data bus conductor arrangement between the converter (3, 3') and the sanitary article controller (1a, 1b, 1c) is a I 2 C bus operated with a I 2 C protocol, wherein the data converter is configured or programmed to convert the data between the RS-485 bus protocol and the I 2 C bus protocol.
Method for extracting at least one useful data item circulating on a communication bus of a machine, said at least one useful data item being representative of a parameter of the machine, the method comprising the following steps: - reception of a configuration file including information items relating to the coding of said at least one useful data item to be extracted, - analysis of the information items contained in the configuration file so as to allow the identification of said at least one useful data item to be extracted from among the set of the data circulating on the communication bus, - collection of said at least one identified useful data item, and - transmission of said at least one collected useful data item to a server remote from the machine, the method being moreover characterized in that the analysis step comprises the acquisition of a factor of conversion of said at least one useful data item, the collection step comprising the application of said conversion factor to said at least one useful data item so as to convert said data item into a predetermined unit representative of a physical quantity. - reception of a configuration file including information items relating to the coding of said at least one useful data item to be extracted, - analysis of the information items contained in the configuration file so as to allow the identification of said at least one useful data item to be extracted from among the set of the data circulating on the communication bus, - collection of said at least one identified useful data item, and - transmission of said at least one collected useful data item to a server remote from the machine,
A heat transmission system based on electromagnetic radiation, which heat transmission system comprises an oven cavity and a foil with at least two layers, characterised in that the at least two layers (2, 4, 5) of the foil, have an electromagnetic wavelength spectre that is a combination of the electromagnetic wavelength spectre for each of the at least two layers (2, 4, 5) of the foil, providing an internal reflection between the two layers (2, 4, 5) being a top layer (2, 5) and a bottom layer.
A conveyor belt assembly having a belt composed of links extending along the belt, said conveyor belt assembly having a slat assembly mounted on the belt having a plurality of slats extending across the conveyor belt, the slats having a load-bearing surface extending along the slats and a body portion extending along and underlying the load-bearing surface; and having an underside, wherein the underside of the slat body portion is held against the top of the conveyor belt links by attachment clips, characterized by, the attachment clips encircling at least a portion of the conveyor belt links and extending from the conveyor belt links to encircle at least a portion of the body portion underlying the load-bearing surface of the slats, thereby to attach the slats to the conveyor belt.
A paging processing method, comprising: receiving, by a Mobility Management Entity, MME, a paging request message sent by a Mobile Switching Center, MSC, server which a called User Equipment, UE, has registered to; and sending, by the MME, a paging notification message to the called UE when the MME determines that the called UE is connected according to the status recorded in the context of the called UE, returning a called-UE paging status message to the MSC server before the MSC receives a paging response from the called UE, wherein the returning the called-UE paging status message to the MSC is performed immediately after the MME sends the paging notification message to the called UE, or the returning the called-UE paging status message to the MSC is performed while the MME sends the paging notification message to the called UE; and returning, by the MSC server, an alerting message of Circuit Switched, CS, call link setup to a calling party immediately after receiving the paging status message. receiving, by a Mobility Management Entity, MME, a paging request message sent by a Mobile Switching Center, MSC, server which a called User Equipment, UE, has registered to; and sending, by the MME, a paging notification message to the called UE when the MME determines that the called UE is connected according to the status recorded in the context of the called UE, returning a called-UE paging status message to the MSC server before the MSC receives a paging response from the called UE, wherein the returning the called-UE paging status message to the MSC is performed immediately after the MME sends the paging notification message to the called UE, or the returning the called-UE paging status message to the MSC is performed while the MME sends the paging notification message to the called UE; and returning, by the MSC server, an alerting message of Circuit Switched, CS, call link setup to a calling party immediately after receiving the paging status message.
A method of prioritising potential objects of interest in a field of view for presentation to an operator comprising convolving a selected feature of interest (hereinafter FOI) (12, 14, 16, 18) within an image with a mask, characterised in that the method comprises convolving the FOI (12, 14, 16, 18) with a mask of a first size, repeating the convolution with a mask of a second size, and calculating the ratio of the convolution results, as an indication of the size of the first FOI (12, 14, 16, 18), repeating the method for at least one further FOI (12, 14, 16, 18), and ranking the FOIs (12, 14, 16, 18) according to their indicated size.
A hybrid industrial vehicle comprising: an engine; a cargo handling generator motor used for cargo handling; a traveling generator motor capable of supplying power to a cargo handling means, said cargo handling means can be driven by power received from the engine, the traveling generator motor and the cargo handling generator motor; and a control means, wherein the control means decreases power supply of the cargo handling generator motor according to a temperature of the cargo handling generator motor and compensates the decrement with power of the travelling generator motor during powering of the cargo handling generator motor, and wherein the control means decreases a regeneration amount of the cargo handling generator motor according to the temperature of the cargo handling generator motor and regenerates the decrement by the travelling generator motor during regeneration of the cargo handling generator motor. an engine; a cargo handling generator motor used for cargo handling; a traveling generator motor capable of supplying power to a cargo handling means, said cargo handling means can be driven by power received from the engine, the traveling generator motor and the cargo handling generator motor; and a control means, wherein the control means decreases power supply of the cargo handling generator motor according to a temperature of the cargo handling generator motor and compensates the decrement with power of the travelling generator motor during powering of the cargo handling generator motor, and wherein the control means decreases a regeneration amount of the cargo handling generator motor according to the temperature of the cargo handling generator motor and regenerates the decrement by the travelling generator motor during regeneration of the cargo handling generator motor.
An item of footwear with a tensioning system, comprising: a shell configured to enclose a foot and at least a portion of a lower leg; the shell having a pair of opposing edges (12d, e) generally aligned along a top-of-foot portion of the shell and/or a front-lower-leg portion, the edges (12d, e) generally configured to align with a longitudinal axis of a wearer's foot and/or lower leg, the opposing edges (12d, e) defining opposite sides of the shell; a closure system adjacently associated with the opposing edges (12d, e); a foot retraction system comprising a tension path and at least two anchor points (26a...g) disposed along the path on the opposite sides of the shell and supporting at least one tensionable cable section disposed along the path, at least one anchor point comprising a tensioning mechanism, the tensioning mechanism configured to adjust tension in the tensionable cable section, the anchor points (26a...g)being arranged on opposite sides of the shell that support the opposing edges (12d, e), at least one of the anchor points (26a...g) being positioned on a lateral or a medial side of the footwear; wherein a section of the tension path transversely crosses an instep area of the item of footwear disposed between the opposing edges (12d, e), the tensionable cable section crossing over an outer surface of the instep area and under the opposing edges (12d, e) and an inner surface of the shell; and the tensionable cable section can be tensioned over the instep area independently of the closure system for drawing together the opposing edges of the shell. a shell configured to enclose a foot and at least a portion of a lower leg; the shell having a pair of opposing edges (12d, e) generally aligned along a top-of-foot portion of the shell and/or a front-lower-leg portion, the edges (12d, e) generally configured to align with a longitudinal axis of a wearer's foot and/or lower leg, the opposing edges (12d, e) defining opposite sides of the shell; a closure system adjacently associated with the opposing edges (12d, e); a foot retraction system comprising a tension path and at least two anchor points (26a...g) disposed along the path on the opposite sides of the shell and supporting at least one tensionable cable section disposed along the path, at least one anchor point comprising a tensioning mechanism, the tensioning mechanism configured to adjust tension in the tensionable cable section, the anchor points (26a...g)being arranged on opposite sides of the shell that support the opposing edges (12d, e), at least one of the anchor points (26a...g) being positioned on a lateral or a medial side of the footwear; wherein a section of the tension path transversely crosses an instep area of the item of footwear disposed between the opposing edges (12d, e), the tensionable cable section crossing over an outer surface of the instep area and under the opposing edges (12d, e) and an inner surface of the shell; and the tensionable cable section can be tensioned over the instep area independently of the closure system for drawing together the opposing edges of the shell.