mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a projection group (100, 100B, 100C) having projections (110, 110B, 110C; 120, 120B, 120C; 130, 130B), each of which has a plate shape projected outward in a tire width direction from a surface of a tire side portion, wherein: the projection group (100, 100B, 100C) is arranged between a tire maximum width position in the surface of the tire side portion and an outer end of a bead core; the projection group (100, 100B, 100C) comprises a first projection (110, 110B, 110C) extended in a tire radial direction, and a second projection (120, 120B, 120C) arranged adjacent to the first projection (100, 110B, 110C) and extended in the tire radial direction at an outer side in the tire radial direction with respect to the first projection (110, 110B, 110C); a gap is formed between the first projection (110, 110B, 110C) and the second projection (120, 120B, 120C) in a view from a tire circumferential direction; and a size of the gap in the tire radial direction is smaller than a size of each of the first projection (110, 110B, 110C) and the second projection (120, 120B, 120C) in the tire radial direction, characterised in that: the projection group further comprises a third projection (130, 130B) arranged adjacent to the second projection (120, 120B, 120C) and extended in the tire radial direction at the outer side in the tire radial direction with respect to the second projection (120, 120B, 120C); and in that a part of the third projection (130, 130B) is overlapped with the second projection (120, 120B, 120C). the projection group (100, 100B, 100C) is arranged between a tire maximum width position in the surface of the tire side portion and an outer end of a bead core; the projection group (100, 100B, 100C) comprises a first projection (110, 110B, 110C) extended in a tire radial direction, and a second projection (120, 120B, 120C) arranged adjacent to the first projection (100, 110B, 110C) and extended in the tire radial direction at an outer side in the tire radial direction with respect to the first projection (110, 110B, 110C); a gap is formed between the first projection (110, 110B, 110C) and the second projection (120, 120B, 120C) in a view from a tire circumferential direction; and a size of the gap in the tire radial direction is smaller than a size of each of the first projection (110, 110B, 110C) and the second projection (120, 120B, 120C) in the tire radial direction, the projection group further comprises a third projection (130, 130B) arranged adjacent to the second projection (120, 120B, 120C) and extended in the tire radial direction at the outer side in the tire radial direction with respect to the second projection (120, 120B, 120C); and in that a part of the third projection (130, 130B) is overlapped with the second projection (120, 120B, 120C).
Process for large-scale automated production, 500-2000 kg per hour, of frozen and packaged thin kebab slices comprising the following steps: i. that a meat mixture is fed into a meat grinder which pumps the meat mixture to an extruder that equalises the pressure and presses the meat mixture out through a plurality of small parallel holes, ii. that a plurality of long meat cylinders, with the same cross-sectional surface along the entire length, are obtained after the extruding step, iii. that said meat cylinders are provided to a flattening system which comprises an upper and a lower Teflon belt, iv. that said flattening system presses the meat cylinders to thin long kebab slices, v. that said kebab slices are provided to an infrared grill where the slices are grilled at 150-300 °C, vi. that fat is blown away from the grilled kebab slices, vii. that the grilled kebab slices are cut into shorter slices, with a length of 4-20 cm, by a knife system, viii. that said short kebab slices are provided to a freezing tunnel which has a temperature of minus 2-40 °C, ix. that the frozen kebab slices are provided to a scale which weighs the kebab slices to a determined weight, x. that the weighed slices are packaged by a packaging machine under vacuum or modified atmosphere. xi. that the packaged kebab slices pass a metal detector which distinguishes packaged meat from metal objects, xii. that the distinguished packaged kebab slices which do not contain metal objects are provided to a control scale to determine that that package contains the correct amount of sliced kebab. i. that a meat mixture is fed into a meat grinder which pumps the meat mixture to an extruder that equalises the pressure and presses the meat mixture out through a plurality of small parallel holes, ii. that a plurality of long meat cylinders, with the same cross-sectional surface along the entire length, are obtained after the extruding step, iii. that said meat cylinders are provided to a flattening system which comprises an upper and a lower Teflon belt, iv. that said flattening system presses the meat cylinders to thin long kebab slices, v. that said kebab slices are provided to an infrared grill where the slices are grilled at 150-300 °C, vi. that fat is blown away from the grilled kebab slices, vii. that the grilled kebab slices are cut into shorter slices, with a length of 4-20 cm, by a knife system, viii. that said short kebab slices are provided to a freezing tunnel which has a temperature of minus 2-40 °C, ix. that the frozen kebab slices are provided to a scale which weighs the kebab slices to a determined weight, x. that the weighed slices are packaged by a packaging machine under vacuum or modified atmosphere. xi. that the packaged kebab slices pass a metal detector which distinguishes packaged meat from metal objects, xii. that the distinguished packaged kebab slices which do not contain metal objects are provided to a control scale to determine that that package contains the correct amount of sliced kebab.
A method performed by a network controller to determine a channel capacity of an access point in a wireless local area network, WLAN, the method comprising: retrieving, from the access point, channel usage measurements and data transmission measurements determined during a predetermined time period, wherein the channel usage measurements comprise a channel idle time measurement and a channel busy time measurement, determining a channel usage factor, wherein the channel usage factor is a function of a ratio between the channel idle time measurement and the channel busy time measurement, determining data throughput of the access point by using the data transmission measurements determined during the predetermined time period, and determining the channel capacity of the access point by adjusting the data throughput by the channel usage factor. retrieving, from the access point, channel usage measurements and data transmission measurements determined during a predetermined time period, wherein the channel usage measurements comprise a channel idle time measurement and a channel busy time measurement, determining a channel usage factor, wherein the channel usage factor is a function of a ratio between the channel idle time measurement and the channel busy time measurement, determining data throughput of the access point by using the data transmission measurements determined during the predetermined time period, and determining the channel capacity of the access point by adjusting the data throughput by the channel usage factor.
A method for determining a navigation reference point, wherein the method comprises: determining (S110, S310, S410, S510) a navigation route according to origin position information and destination position information sent by a navigation terminal; determining (S120, S320, S420, S520) a search area corresponding to the origin position information according to the origin position information; acquiring (S130, S350), in the search area, a target building as a reference point indicating a forward direction for a user of the navigation terminal after navigation starts, according to a defined building selecting rule; and pushing (S140, S360, S470, S560) the navigation route and the target building to the navigation terminal; characterized in that the acquiring, in the search area, a target building according to a defined building selecting rule comprises: acquiring points of interest included in the search area to generate a first candidate building set; deleting POIs having the same name from the first candidate building set to generate a second candidate building set; calculating search weights of the POIs in the second candidate building set according to popularity and intensity of the POIs in the second candidate building set; and using a POI having a highest search weight as the target building. determining (S110, S310, S410, S510) a navigation route according to origin position information and destination position information sent by a navigation terminal; determining (S120, S320, S420, S520) a search area corresponding to the origin position information according to the origin position information; acquiring (S130, S350), in the search area, a target building as a reference point indicating a forward direction for a user of the navigation terminal after navigation starts, according to a defined building selecting rule; and pushing (S140, S360, S470, S560) the navigation route and the target building to the navigation terminal; characterized in that the acquiring, in the search area, a target building according to a defined building selecting rule comprises: acquiring points of interest included in the search area to generate a first candidate building set; deleting POIs having the same name from the first candidate building set to generate a second candidate building set; calculating search weights of the POIs in the second candidate building set according to popularity and intensity of the POIs in the second candidate building set; and using a POI having a highest search weight as the target building. acquiring points of interest included in the search area to generate a first candidate building set; deleting POIs having the same name from the first candidate building set to generate a second candidate building set; calculating search weights of the POIs in the second candidate building set according to popularity and intensity of the POIs in the second candidate building set; and using a POI having a highest search weight as the target building.
A height sensor module for a vehicle, comprising: a sensor housing formed at an upper side with an opening; a shaft rotatably mounted within the sensor housing; a magnet arranged at an upper side of the shaft; a Printed Circuit Board, i.e.PCB, comprising at least one magnetic element mounted at a surface opposite to the magnet, and accommodated at an upper end of a plurality of support lugs protrusively formed at an interior of the sensor housing; a sensor cover closing the opening; a sealing member interposed between the sensor housing and the sensor cover to prevent moisture and contaminant materials from entering the sensor housing; a plurality of elastic members interposed between the sensor cover and the PCB to push the PCB to a support lug side; and a support unit supporting both ends of each of the plurality of elastic members; wherein the support unit includes a first boss protrusively formed at an upper side of the plurality of support lugs, a boss hole penetratively formed at a position corresponding to that of the first boss of the PCB, and a second boss protrusively formed at a surface opposite to the first boss of the sensor cover toward a direction facing the first boss. a sensor housing formed at an upper side with an opening; a shaft rotatably mounted within the sensor housing; a magnet arranged at an upper side of the shaft; a Printed Circuit Board, i.e.PCB, comprising at least one magnetic element mounted at a surface opposite to the magnet, and accommodated at an upper end of a plurality of support lugs protrusively formed at an interior of the sensor housing; a sensor cover closing the opening; a sealing member interposed between the sensor housing and the sensor cover to prevent moisture and contaminant materials from entering the sensor housing; a plurality of elastic members interposed between the sensor cover and the PCB to push the PCB to a support lug side; and
Cosmetic composition for caring for and/or making up keratinous substances comprising, in a physiologically acceptable medium, non-interferential particles of guanine of natural origin having a D50 volume-average size ranging from 1 to 15 μm, said non-interferential particles of guanine of natural origin being prepared according to a process consisting of the following stages: - a stage of milling natural guanine particles in a powder mill by air jet mill or pin mill, and - a stage of drying. - a stage of milling natural guanine particles in a powder mill by air jet mill or pin mill, and - a stage of drying.
Method for converting a roll assembly for treating a fibrous web within a paper or board machine, in which roll assembly (1, 30) at least two rolls (3, 4), the rolling bearings (5, 6) of which are fitted in an accurate position on machined support surfaces of at least one stand with the aid of fitting elements such as keyed joints, are brought into contact with the fibrous web in the operating state, to a converted roll assembly having additional elements, which carries out a different function from the roll assembly (1, 30) - wherein firstly at least one roll bearing (5, 6) is arranged at a distance from its machine support surface on the stand, - whereupon a component is placed on the machine support surface and fixed, the support side of which has suitable recesses and/or elevations (16, 17) on the support surface for fitting elements, and fitting elements for the bearing housing (5, 6) are likewise introduced on its side opposite the support side, - previously, simultaneously or subsequently, the roll bearing (5, 6) arranged at a distance is positioned and fixed on the side of the component that is opposite the support side, - wherein, before the installation, the component has been provided with further additional machined surfaces, to which the additional assemblies necessary for the new function are fitted in an accurate position. - wherein firstly at least one roll bearing (5, 6) is arranged at a distance from its machine support surface on the stand, - whereupon a component is placed on the machine support surface and fixed, the support side of which has suitable recesses and/or elevations (16, 17) on the support surface for fitting elements, and fitting elements for the bearing housing (5, 6) are likewise introduced on its side opposite the support side, - previously, simultaneously or subsequently, the roll bearing (5, 6) arranged at a distance is positioned and fixed on the side of the component that is opposite the support side, - wherein, before the installation, the component has been provided with further additional machined surfaces, to which the additional assemblies necessary for the new function are fitted in an accurate position.
A vapor impermeable solenoid for a fuel tank isolation valve assembly, the impermeable solenoid comprising: an outer housing fabricated from a vapor impermeable material configured to prevent fuel vapor molecules from passing therethrough; a bobbin supporting windings configured to generate a magnetic flux when energized; a flux collector configured to direct the magnetic flux; an armature tube disposed in the outer housing inboard of the flux collector; a pole piece disposed within the armature tube; and a magnetic armature disposed within the armature tube and coupled to a seal configured to selectively seal a passage that allows fuel vapor to pass to a purge canister, the magnetic armature configured to move from a first position to a second position when an electric current is applied to the windings; characterized in that the armature tube is formed of ferritic stainless steel. an outer housing fabricated from a vapor impermeable material configured to prevent fuel vapor molecules from passing therethrough; a bobbin supporting windings configured to generate a magnetic flux when energized; a flux collector configured to direct the magnetic flux; an armature tube disposed in the outer housing inboard of the flux collector; a pole piece disposed within the armature tube; and a magnetic armature disposed within the armature tube and coupled to a seal configured to selectively seal a passage that allows fuel vapor to pass to a purge canister, the magnetic armature configured to move from a first position to a second position when an electric current is applied to the windings; characterized in that the armature tube is formed of ferritic stainless steel.
A method of non-invasive determination and control of one or more vital sign states of a subject, the method comprising: engaging a subject with a body of engagement; generating, by coupling sensors, coupling signals conveying coupling information with the subject, wherein the coupling sensors are carried by the body of engagement; generating, by vital sign sensors, output signals conveying vital sign information of the subject, wherein the vital sign sensors are carried by the body of engagement; and determining coupling levels for individual ones of the vital sign sensors based on the coupling signals; determining multiple vital sign states of the subject based on the output signals and the determined coupling levels; and, determining a coupling reliability index based on the coupling levels for the individual ones of the vital sign sensors. engaging a subject with a body of engagement; generating, by coupling sensors, coupling signals conveying coupling information with the subject, wherein the coupling sensors are carried by the body of engagement; generating, by vital sign sensors, output signals conveying vital sign information of the subject, wherein the vital sign sensors are carried by the body of engagement; and determining coupling levels for individual ones of the vital sign sensors based on the coupling signals; determining multiple vital sign states of the subject based on the output signals and the determined coupling levels; and, determining a coupling reliability index based on the coupling levels for the individual ones of the vital sign sensors.
A human lipocalin 2 (hNGAL) mutein having binding specificity for IL-23p19, wherein the mutein comprises ten or more of the following amino acid residue mutations at sequence positions corresponding to the linear polypeptide sequence of mature hNGAL (SEQ ID NO: 43): Gin 28 --7 His; Leu 36 --7 Glu; Ala 40 --7 Leu; Ile 41 —> Leu; Gin 49 —> Arg; Tyr 52 —> Thr; Asn 65 —> Asp; Ser 68 --7 Arg; Leu 70 —> Glu; Arg 72 —> Gly; Lys 73 —> Ala or Val; Lys 75 —> Thr; Cys 76 --7 Tyr or Arg; Asp 77 --7 Lys; Trp 79 --7 Gin or Arg; Arg 81 —> Gly; Cys 87 --7 Ser; Asn 96 --7 Gly; Lys 98 —> Glu; Tyr 100 --7 Met; Leu 103 —> Met; Tyr 106 —> Phe; Asn 114 --7 Asp; Met 120 --7 Ile; Lys 125 --7 Tyr; Ser 127 --7 Tyr; Lys 134 --7 Glu; and Cys 175 --7 Ala, wherein the mutein has at least 85% sequence identity to an amino acid sequence selected from the group consisting of SEQ ID NOs: 2 and 45-46.
An image forming apparatus comprising: a main assembly provided with an opening; a tray for placing thereon a cartridge for forming an image, wherein said tray is movable through the opening between an image forming position where the cartridge is used for image formation inside said main assembly and a mounting and demounting position where the cartridge is exposed to an outside of said main assembly and is mountable and demountable; a door for opening and closing the opening; and an accommodating member for accommodating a sheet on which an image is formed, wherein when said tray is in the mounting and demounting position, said door supports said tray, characterized in that when said tray is in the mounting and demounting position, said accommodating member is configured to support said door. a main assembly provided with an opening; a tray for placing thereon a cartridge for forming an image, wherein said tray is movable through the opening between an image forming position where the cartridge is used for image formation inside said main assembly and a mounting and demounting position where the cartridge is exposed to an outside of said main assembly and is mountable and demountable; a door for opening and closing the opening; and an accommodating member for accommodating a sheet on which an image is formed, wherein when said tray is in the mounting and demounting position, said door supports said tray, characterized in that when said tray is in the mounting and demounting position, said accommodating member is configured to support said door.
A display apparatus comprising: a display module to display an image; and a variable member to vary a shape of the display module, wherein the variable member comprises a first portion capable of varying in shape, and a second portion having opposite ends respectively fixed to opposite ends of the first portion and disposed between the first portion and the display module, wherein a distance between the opposite ends of the second portion is varied such that the opposite ends of the first portion protrudes with respect to a central region of the first portion and thereby, the display module is varied in shape. a display module to display an image; and a variable member to vary a shape of the display module, wherein the variable member comprises a first portion capable of varying in shape, and a second portion having opposite ends respectively fixed to opposite ends of the first portion and disposed between the first portion and the display module, a first portion capable of varying in shape, and a second portion having opposite ends respectively fixed to opposite ends of the first portion and disposed between the first portion and the display module, wherein a distance between the opposite ends of the second portion is varied such that the opposite ends of the first portion protrudes with respect to a central region of the first portion and thereby, the display module is varied in shape.
A wet-laid nonwoven fabric containing staple fibers of polyalkylene terephthalate containing biomass-derived carbon ratio by radioactive carbon (carbon 14) measurement at 10% or more and 100% or less, single fiber fineness of 0.0001 to 7.0 decitex, and fiber length of 0.1 to 20 mm, wherein the staple fibers are fully oriented staple fibers.
A β-defensin selected from the group consisting of hBD1 (SEQ ID NO: 4), hBD2 (SEQ ID NO: 5), hBD3 (SEQ ID NO: 6), hBD4 (SEQ ID NO: 7), truncated hBD2 (SEQ ID NO: 17) or a β-defensin that differs from one of hBD1, hBD2, hBD3, hBD4, or truncated hBD2 (SEQ ID NO: 17) by less than 5 conservative amino acid substitutions for use in the treatment of type 2 diabetes, metabolic syndrome, systemic low grade inflammation, obesity, insulin resistance and/or glucose intolerance; wherein said β-defensin is administered by oral or subcutaneous administration to a subject in need thereof.