mhurhangee/ep-ind-claims huggingface dataset:
Conveying system suited to transporting goods on a transport level, wherein a) the conveying system comprises at least one transport roller provided for the transportation of the goods, which has a peripheral surface in the manner of a spherical surface section at least in a region provided for contact with goods; b) the at least one transport roller can be rotated about an axis of rotation; and characterised in that the conveying system has at least one swivel axis, about which the axis of rotation can be adjusted by means of rotation. a) the conveying system comprises at least one transport roller provided for the transportation of the goods, which has a peripheral surface in the manner of a spherical surface section at least in a region provided for contact with goods; b) the at least one transport roller can be rotated about an axis of rotation; and
Apparatus for producing an object by means of additive manufacturing, comprising: - a process chamber for receiving on a build surface of a build plate a bath of powdered material which can be solidified; - a support for positioning said build plate in relation to a surface level of said bath of powdered material; - a solidifying device for solidifying a selective part of said material; and - a homing device for moving said build surface, by said support, to a home position such that said object can be build on said build surface of said build plate, wherein said homing device comprises a homing member which can be displaced along said build surface of said build plate, wherein said homing device is designed for moving said build surface to said home position until a measured force for displacing said homing member is within a pre-determined range, characterised in that said homing member is formed by a recoating device, such as a wiper, which can be displaced along the surface of the bath of powdered for levelling the surface of the bath and along the build surface of the build plate. - a process chamber for receiving on a build surface of a build plate a bath of powdered material which can be solidified; - a support for positioning said build plate in relation to a surface level of said bath of powdered material; - a solidifying device for solidifying a selective part of said material; and - a homing device for moving said build surface, by said support, to a home position such that said object can be build on said build surface of said build plate, wherein said homing device comprises a homing member which can be displaced along said build surface of said build plate, wherein said homing device is designed for moving said build surface to said home position until a measured force for displacing said homing member is within a pre-determined range, characterised in that said homing member is formed by a recoating device, such as a wiper, which can be displaced along the surface of the bath of powdered for levelling the surface of the bath and along the build surface of the build plate.
A plug-in coupling for cryogenic lines having a coupling socket and a coupling plug, for use in horizontal or approximately horizontal coupling arrangements, in which the coupling socket and the coupling plug in each case consist of an inner tube piece (3, 8) and an outer tube piece (4, 9), wherein the coupling socket and the coupling plug are detachably connected to one another by a flange connection (5, 10) located at its end referred to as the "warm" end, in which at another end referred to as the "cold" end an annular gap present between the coupling socket and the coupling plug is sealed by an annular seal and in which the "warm" end is sealed by an annular seal located in the area of the flange connection (5, 10), characterized in that the coupling socket has a reservoir at the "cold" end, which is formed by an annular section with an enlarged diameter relative to the diameter of the inner tube piece of the coupling socket, so that an enlargement of the annular gap is formed.
A method of manufacturing a cartridge suitable for use with an aerosol generating system, the method comprising the steps of: providing a liquid storage portion, providing an electrical resistor having a pre-defined initial resistance, mounting the electrical resistor to the cartridge, characterized in that the electrical resistance of the electrical resistor is customized by physical manipulation, such that the resulting electrical resistance value is indicative of an aerosol-forming substrate comprised in the liquid storage portion. providing a liquid storage portion, providing an electrical resistor having a pre-defined initial resistance, mounting the electrical resistor to the cartridge,
A method of transferring an image to a substrate, the method comprising printing a material onto a printable surface of a printable transfer sheet to form an imaged area, wherein the printable transfer sheet comprises a transfer coating defining the printable surface, wherein the transfer coating overlies a release layer and a base layer; positioning the printable transfer sheet adjacent to a coating transfer sheet such that the imaged area on the printable surface of the printable transfer sheet is adjacent to a meltable coating layer of the coating transfer sheet; applying heat and pressure at a first transfer temperature to the printable transfer sheet positioned adjacent to the coating transfer sheet to fuse the imaged area to the meltable coating layer; separating the printable transfer sheet from the coating transfer sheet to form an intermediate coated imaged sheet, wherein the imaged area is coated with the meltable coating layer; positioning the intermediate coated imaged sheet adjacent to the substrate such that the imaged area coated with the meltable coating layer is adjacent to substrate; applying heat and pressure at a second transfer temperature to the intermediate coated imaged sheet; and separating the intermediate coated imaged sheet from the substrate to leave the imaged area on the substrate, wherein the imaged area on the substrate is coated with the transfer coating, characterized in that said material, which is printed onto said printable surface, is a colorless fusible polymer material, and wherein the imaged area left on the substrate comprises the colorless fusible polymer material. printing a material onto a printable surface of a printable transfer sheet to form an imaged area, wherein the printable transfer sheet comprises a transfer coating defining the printable surface, wherein the transfer coating overlies a release layer and a base layer; positioning the printable transfer sheet adjacent to a coating transfer sheet such that the imaged area on the printable surface of the printable transfer sheet is adjacent to a meltable coating layer of the coating transfer sheet; applying heat and pressure at a first transfer temperature to the printable transfer sheet positioned adjacent to the coating transfer sheet to fuse the imaged area to the meltable coating layer; separating the printable transfer sheet from the coating transfer sheet to form an intermediate coated imaged sheet, wherein the imaged area is coated with the meltable coating layer; positioning the intermediate coated imaged sheet adjacent to the substrate such that the imaged area coated with the meltable coating layer is adjacent to substrate; applying heat and pressure at a second transfer temperature to the intermediate coated imaged sheet; and separating the intermediate coated imaged sheet from the substrate to leave the imaged area on the substrate, wherein the imaged area on the substrate is coated with the transfer coating,
Honeycomb body for an exhaust-gas aftertreatment unit, having a multiplicity of layers (1, 2, 9, 10, 11, 20) stacked one on top of the other, wherein flow channels are formed between the layers (1, 2, 9, 10, 11, 20, 21), which flow channels run along the axial extent of the honeycomb body and can be flowed through in the axial direction, wherein the honeycomb body has first structured layers (1, 2, 21), wherein the structure is formed by successive undulation peaks and undulation troughs, wherein, out of mutually adjacently arranged undulation troughs of a first structured layer (1, 2, 21), there are formed protuberances (5, 6) in the direction of the undulation peaks belonging to the respective layer (1, 2, 21), wherein, by means of the mutually adjacently arranged protuberances (5, 6) of a first structured layer (1, 2, 21), a channel-like structure running in a circumferential direction (8, 23) of the honeycomb body is formed in the first structured layer (1, 2, 21), into which channel-like structure a second layer (9, 10, 11, 20) is placed such that the second layer (9, 10, 20) is fixed relative to the first structured layer (1, 2, 21) in the axial direction, characterized in that a multiplicity of second layers (9, 10, 11, 20) is arranged between two mutually adjacently arranged first structured layers (1, 2, 21), wherein the second layers (9, 10, 11, 20) are formed by smooth layers (9, 10, 20) and/or by second structured layers, wherein a second layer is arranged between two mutually adjacently arranged first structured layers (1, 2), wherein the second layer has an undulating structure formed by mutually adjacently arranged undulation peaks and undulation troughs, wherein the undulation length (w) of the second layer is shorter than the undulation length of the first structured layer (1, 2).
Door for a household appliance, in particular a household refrigeration appliance, comprising a casing for the door of the household appliance, in particular of the household refrigeration appliance, by means of which an exterior of the door to be cased is covered completely, the casing comprising a first casing element with a front surface and a second casing element with a front surface, wherein that one of the first casing element and second casing element, the vertical extension (6, 7) of which is smaller, extends vertically at least across half the amount of the extension of the casing in the depth direction and extends in the width direction essentially across the entire extension of the casing in the width direction, characterised in that the front surface of the first casing element and the front surface of the second casing element are flush with the adjacent areas.
A filter element (18; 118; 318), in particular a flat filter element, in particular of an air filter (10; 110; 310), in particular of an internal combustion engine, in particular of a motor vehicle, having a filter bellows (52; 152; 352) which has the shape of a polyhedron, wherein at least one support element (42; 142, 143; 342) is disposed on the filter bellows (52; 152; 352) for supporting the filter element (18; 118; 318) against a filter housing (12; 112; 312) in which the filter element (18; 118; 318) can be disposed, and having a seal (34; 134; 334) extending circumferentially with respect to an element axis (48; 148; 348) for sealing against the filter housing (12; 112; 312), wherein the at least one support element (42; 142, 143; 342) is designed separately from the seal (34; 134; 334), and wherein the at least one support element (42; 142, 143; 342) is disposed on at least one edge (70, 72, 74; 170, 172, 174; 370) of the filter bellows (52; 152; 352) and projects beyond the exterior of the filter bellows (52; 152; 352), characterized in that the at least one support element (42; 142, 143; 342) projects beyond the filter bellows (52; 152; 352) in an axial and radial direction with respect to the element axis (48; 148; 348) and is disposed on a side (62; 162; 362) of the filter bellows (52; 152; 352) axially opposing the seal (34; 134; 334) with respect to the element axis (48; 148; 348) at a corner of the filter bellows, so that the at least one support element (42; 142, 143; 342) protects a plurality of edges of the filter bellows (52; 152; 352) that meet in the corner.
A cylindrical superconducting magnet structure comprising a plurality of resin-impregnated axially-aligned annular coils of superconducting wire and a tubular support structure of greater diameter than the coils, the axially-aligned annular coils being bonded by their radially outer surfaces to said tubular support structure of greater diameter than the coils, and further comprising means for cooling to a cryogenic temperature connected to the tubular support structure, the coils being provided with a thermal radiation shield between their radially inner surface and their axis, characterised in that the thermal radiation shield comprises a cylinder of metal, mechanically joined to the tubular support structure at axial and circumferential intervals, and thermally linked (26; 32; 28) to the tubular support structure by structures having a low thermal resistance such that a thermal resistance between the cylinder of metal and the tubular support structure is less than each respective thermal resistance between each of the coils and the tubular support structure.
A control device configured to control charging of a secondary battery unit based on a load power prediction obtained by moving average of used power and an amount of power generated by a photovoltaic power generator, characterized in that the control device is configured to perform control to switch output of the amount of power generated by the photovoltaic power generator between the secondary battery unit and commercial system power based on an SOC of the secondary battery unit, wherein the control device is configured to compare a load power prediction value or load power with a threshold value 5% smaller than contracted electric power, and when the load power prediction value or the load power exceeds the threshold value and a remaining capacity of the secondary battery unit is not less than a predetermined amount, to perform control such that an output from the secondary battery unit is changed to a maximum output value. characterized in that the control device is configured to perform control to switch output of the amount of power generated by the photovoltaic power generator between the secondary battery unit and commercial system power based on an SOC of the secondary battery unit, wherein the control device is configured to compare a load power prediction value or load power with a threshold value 5% smaller than contracted electric power, and when the load power prediction value or the load power exceeds the threshold value and a remaining capacity of the secondary battery unit is not less than a predetermined amount, to perform control such that an output from the secondary battery unit is changed to a maximum output value.
A method for estimating a winding clamping force on a winding package of a transformer, the winding package comprising at least one winding with connections and an iron core, the method comprising: - generating a current pulse sufficient to excite the winding in a desired vibration mode, - supplying the current pulse to the connections of the winding, - measuring vibrations of the winding package generated by the current pulse, - calculating a mechanical resonant frequency based on the measured vibrations, and - estimating the clamping force on the winding packages based on the calculated mechanical resonant frequency and a predetermined relation between an expected mechanical resonant frequency of said desired vibration mode and the clamping force, whereby the current pulse is generated by a pulse generator including capacitor that together with the winding forms an electrical resonant circuit, and the capacitor selected so that the resonant frequency of said resonant circuit is close to or higher than the calculated mechanical resonant frequency of the winding in order to generate a current pulse with a sufficient rise time to excite the winding in said desired vibration mode. - generating a current pulse sufficient to excite the winding in a desired vibration mode, - supplying the current pulse to the connections of the winding, - measuring vibrations of the winding package generated by the current pulse, - calculating a mechanical resonant frequency based on the measured vibrations, and - estimating the clamping force on the winding packages based on the calculated mechanical resonant frequency and a predetermined relation between an expected mechanical resonant frequency of said desired vibration mode and the clamping force, whereby
In-line printing device for printing at least one textile with a printed image, having - a base body on which a conveying device is provided, wherein the at least one textile is provided on at least one printed material carrier, which holds the textile on the conveying device, - a pre-treatment device on the base body, which has a spraying station, a drying device and a pressing station and is designed to pre-treat a surface of the textile for printing, - at least one first printing device (20, 22), which is provided on the base body and is designed to print the textile with an ink, and - a drying device, which is provided on the base body, is arranged downstream of the printing device (20, 22) in the conveying direction and is designed to dry the print on the finished printed textile, characterised in that - at least one second printing device (20, 22) is provided in addition to the at least one first printing device, each of which has at least one digital print head and is designed to produce in each case a part of the intended printed image, - in that an intermediate drying device is provided, which is arranged on the base body between the at least one first printing device and the at least one second printing device and is designed to dry the ink of the at least one first printing device on the textile before the ink of the at least one second printing device is applied. - a base body on which a conveying device is provided, wherein the at least one textile is provided on at least one printed material carrier, which holds the textile on the conveying device, - a pre-treatment device on the base body, which has a spraying station, a drying device and a pressing station and is designed to pre-treat a surface of the textile for printing, - at least one first printing device (20, 22), which is provided on the base body and is designed to print the textile with an ink, and - a drying device, which is provided on the base body, is arranged downstream of the printing device (20, 22) in the conveying direction and is designed to dry the print on the finished printed textile, - at least one second printing device (20, 22) is provided in addition to the at least one first printing device, each of which has at least one digital print head and is designed to produce in each case a part of the intended printed image, - in that an intermediate drying device is provided, which is arranged on the base body between the at least one first printing device and the at least one second printing device and is designed to dry the ink of the at least one first printing device on the textile before the ink of the at least one second printing device is applied.
An aqueous inkjet ink composition comprising a pigment, a pigment-dispersing resin, resin fine particles, water, and hydrophilic solvents, the resin fine particles being formed by emulsion polymerizing ethylenically unsaturated monomers including: 20% to 80% by weight of an aromatic ethylenically unsaturated monomer that does not have an ionic functional group; 0.6% to 6% by weight of water-soluble ethylenically unsaturated monomers consisting of 0.5% to 3% by weight of a sulfonic acid group-containing ethylenically unsaturated monomer and 0.1% to 3% by weight of a nonionic water-soluble ethylenically unsaturated monomer; and 0.1% to 10% by weight of a crosslinkable ethylenically unsaturated monomer, and the hydrophilic solvents including a glycol-based solvent and an ethylene glycol ether-based solvent. 20% to 80% by weight of an aromatic ethylenically unsaturated monomer that does not have an ionic functional group; 0.6% to 6% by weight of water-soluble ethylenically unsaturated monomers consisting of 0.5% to 3% by weight of a sulfonic acid group-containing ethylenically unsaturated monomer and 0.1% to 3% by weight of a nonionic water-soluble ethylenically unsaturated monomer; and 0.1% to 10% by weight of a crosslinkable ethylenically unsaturated monomer, and
A cybrid plant of the genus Lactuca, a progeny thereof, or a part thereof, comprising, in cytoplasm thereof, a gene derived from mitochondria of a plant of the genus Helianthus and being cytoplasmic male sterile, wherein the cybrid plant is produced by a method characterized by comprising: fusing protoplasts from a plant of the genus Helianthus with protoplasts from a plant of the genus Lactuca; culturing one or more of the fused cells; and wherein the step of culturing the fused cells comprises culturing the fused cells in a liquid medium; and then adding gellan gum to the medium and continuing the culturing, wherein the gellan gum is added at 3 to 7 days after the start of the culturing and regenerating a plant of the genus Lactuca from cells cultured from one or more of the fused cells.
An information reporting method, characterized in that the method is applied to a terminal, and comprises: sending (110, 2-1) first indication information to a base station, wherein the first indication information is configured to represent reported-information types that the terminal supports; receiving (120, 2-6) second indication information sent by the base station, wherein the second indication information is configured to represent specified reported-information types configured by the base station for the terminal according to the first indication information, and the specified reported-information types include one or more of the reported-information types that the terminal supports; sending (130, 2-9) Minimization of Drive Tests, MDT, measurement information corresponding to the second indication information to the base station; wherein sending the first indication information to the base station comprises: generating Radio Resource Control, RRC, signaling, wherein the RRC signaling comprises the first indication information; adding the RRC signaling to specified signaling configured to represent the successful completion of an RRC connection establishment; sending the specified signaling to the base station, so that the base station obtains the first indication information from the specified signaling. sending (110, 2-1) first indication information to a base station, wherein the first indication information is configured to represent reported-information types that the terminal supports; receiving (120, 2-6) second indication information sent by the base station, wherein the second indication information is configured to represent specified reported-information types configured by the base station for the terminal according to the first indication information, and the specified reported-information types include one or more of the reported-information types that the terminal supports; sending (130, 2-9) Minimization of Drive Tests, MDT, measurement information corresponding to the second indication information to the base station; wherein sending the first indication information to the base station comprises: generating Radio Resource Control, RRC, signaling, wherein the RRC signaling comprises the first indication information; adding the RRC signaling to specified signaling configured to represent the successful completion of an RRC connection establishment; sending the specified signaling to the base station, so that the base station obtains the first indication information from the specified signaling. generating Radio Resource Control, RRC, signaling, wherein the RRC signaling comprises the first indication information; adding the RRC signaling to specified signaling configured to represent the successful completion of an RRC connection establishment; sending the specified signaling to the base station, so that the base station obtains the first indication information from the specified signaling.