mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a tread portion, wherein the tread portion comprises a first tread ground contact end on one side in a tire axial direction, a first shoulder circumferential groove disposed closest to the first tread ground contact end, and a first shoulder land portion demarcated to be disposed outwardly of the first shoulder circumferential groove in the tire axial direction, wherein a plurality of first shoulder groove-like portions extending from the first shoulder circumferential groove to the first tread ground contact end is disposed in the first shoulder land portion, wherein a pair of first shoulder groove-like portions adjacent to each other in a tire circumferential direction among the plurality of first shoulder groove-like portions have different angles θ1 relative to the tire axial direction, wherein the plurality of first shoulder groove-like portions comprises a plurality of kinds of first shoulder groove-like portions having different first pitch lengths each representing a pitch length in the tire circumferential direction at a connecting portion to the first shoulder circumferential groove, characterized in that a maximum value (L1m) of the first pitch length is 1.2 to 1.5 times an average of the first pitch lengths. a tread portion, wherein the tread portion comprises a first tread ground contact end on one side in a tire axial direction, a first shoulder circumferential groove disposed closest to the first tread ground contact end, and a first shoulder land portion demarcated to be disposed outwardly of the first shoulder circumferential groove in the tire axial direction, wherein a plurality of first shoulder groove-like portions extending from the first shoulder circumferential groove to the first tread ground contact end is disposed in the first shoulder land portion, wherein a pair of first shoulder groove-like portions adjacent to each other in a tire circumferential direction among the plurality of first shoulder groove-like portions have different angles θ1 relative to the tire axial direction, wherein the plurality of first shoulder groove-like portions comprises a plurality of kinds of first shoulder groove-like portions having different first pitch lengths each representing a pitch length in the tire circumferential direction at a connecting portion to the first shoulder circumferential groove, characterized in that a maximum value (L1m) of the first pitch length is 1.2 to 1.5 times an average of the first pitch lengths.
A patient interface for sealed delivery of a flow of air at a continuously positive pressure with respect to ambient air pressure to an entrance to the patient's airways including at least entrance of a patient's nares, wherein the patient interface is configured to maintain a therapy pressure in a range of about 4 cmH2O to about 30 cmH2O above ambient air pressure in use, throughout the patient's respiratory cycle, while the patient is sleeping, to ameliorate sleep disordered breathing; said patient interface comprising: a textile frame having a predetermined three-dimensional shape that is maintained throughout the patient's respiratory cycle; a seal-forming structure provided to the frame, the seal-forming structure configured and arranged to form a seal with the patient's nose and/or mouth; and a positioning and stabilising structure to hold the seal-forming structure in sealing position in use, at least a portion of the positioning and stabilising structure including a textile material, wherein the seal-forming structure includes a foam material and/or a textile material; and wherein the textile material of the positioning and stabilising structure is integrated or provides an interface with the seal-forming structure and/or the frame, wherein the seal-forming structure includes a nasal cushion configured and arranged to form a seal around a lower portion of the patient's nose below the patient's nasal bridge, and wherein theseal-forming structure further includes a mouth cushion configured and arranged to form a seal around at least a portion of the patient's mouth at least along the sides of the mouth and along the lower lip/chin region. a textile frame having a predetermined three-dimensional shape that is maintained throughout the patient's respiratory cycle; a seal-forming structure provided to the frame, the seal-forming structure configured and arranged to form a seal with the patient's nose and/or mouth; and a positioning and stabilising structure to hold the seal-forming structure in sealing position in use, at least a portion of the positioning and stabilising structure including a textile material, wherein the seal-forming structure includes a foam material and/or a textile material; and wherein the textile material of the positioning and stabilising structure is integrated or provides an interface with the seal-forming structure and/or the frame, wherein the seal-forming structure includes a nasal cushion configured and arranged to form a seal around a lower portion of the patient's nose below the patient's nasal bridge, and wherein theseal-forming structure further includes a mouth cushion configured and arranged to form a seal around at least a portion of the patient's mouth at least along the sides of the mouth and along the lower lip/chin region.
A cell culture apparatus (1, 101, 201) comprising: a cylindrical culture vessel (10, 110, 210) that holds a culture liquid containing cells; a supporting column (20, 120, 220) that stands upright in a center of an inner surface of a bottom (12, 112, 212) of the culture vessel; and a stirring device (30, 130, 230) comprising an attaching portion (32, 132) that is attached to an upper portion (24, 124) of the supporting column so as to be rotatable relative to the supporting column and a stirring blade (34, 134), an upper portion of the stirring blade being fixed to the attaching portion so as to rotate around the supporting column as a center of rotation, wherein the supporting column has a conical portion (22, 122), the conical portion having a portion conically formed to rise up from the inner surface of the bottom and the conical portion having a diameter increasing toward the inner surface of the bottom, and the upper portion of the supporting column is located above a liquid level of the culture liquid. a cylindrical culture vessel (10, 110, 210) that holds a culture liquid containing cells; a supporting column (20, 120, 220) that stands upright in a center of an inner surface of a bottom (12, 112, 212) of the culture vessel; and a stirring device (30, 130, 230) comprising an attaching portion (32, 132) that is attached to an upper portion (24, 124) of the supporting column so as to be rotatable relative to the supporting column and a stirring blade (34, 134), an upper portion of the stirring blade being fixed to the attaching portion so as to rotate around the supporting column as a center of rotation, wherein the supporting column has a conical portion (22, 122), the conical portion having a portion conically formed to rise up from the inner surface of the bottom and the conical portion having a diameter increasing toward the inner surface of the bottom, and the upper portion of the supporting column is located above a liquid level of the culture liquid.
Shape memory actuator comprising a supporting body, a driven element pivotably mounted on said supporting body, a SMA actuating member having a V-shaped configuration and a driving element (15; 15') in permanent contact with said driven element through a bistable moving system (9, 13) that allows a relative motion between said two elements (7; 15; 15'), the movement of the driven element being determined by said SMA actuating member and by at least one first resilient return member (25; 37) acting in opposition to the SMA actuating member, the driven element being able to take two stable positions under the action of said bistable moving system (9, 13) connecting said driving element (15; 15') to the driven element such that each toggling between said two stable positions is due to an activation of the SMA actuating member, characterized in that the SMA actuating member, the bistable moving system (9, 13), said first resilient return member (25; 37), the driving element (15; 15') and the driven element are all arranged on a same side of the supporting body and all of them are in a substantially co-planar arrangement with the supporting body.
Method for detecting a target position of a display and/or control unit, in particular a mobile terminal, in a holding apparatus, wherein the method • records at least one first measured variable for a sensor of the display and/or control unit, characterized in that the method • records a second measured variable for a transmission signal from a wireless signal transmission module, in particular a Bluetooth module, of the holding apparatus, in particular the signal strength of said signal, and • produces information about arrival at the target position, in particular a latching position, of the display and/or control unit in the holding apparatus on the basis • of a comparison of the first measured variable with a first comparison variable, and • of the exceeding of a second comparison variable by the second measured variable. • records at least one first measured variable for a sensor of the display and/or control unit, characterized in that • records a second measured variable for a transmission signal from a wireless signal transmission module, in particular a Bluetooth module, of the holding apparatus, in particular the signal strength of said signal, and • produces information about arrival at the target position, in particular a latching position, of the display and/or control unit in the holding apparatus on the basis • of a comparison of the first measured variable with a first comparison variable, and • of the exceeding of a second comparison variable by the second measured variable.
A method for emergency data destruction, comprising: identifying, by a processing device of a computing device, one or more data files for emergency destruction stored in one or more data storage devices; identifying, by the processing device of the computing device, at least one file system utilized by the one or more data storage devices; overwriting, by the processing device of the computing device, a header of each of the one or more data files, wherein the header of each of the one or more data files is identified based on the at least one file system; truncating, by the processing device of the computing device, a file size of each of the one or more data files; renaming, by the processing device of the computing device, a file name of each of the one or more data files, where renaming the file name includes changing a file extension of the respective data file; deleting, by the processing device of the computing device, each of the one or more data files, wherein the overwriting, truncating, and renaming steps are performed prior to deletion of each of the one or more data files; generating, by the processing device of the computing device, a new data file in each of the one or more data storage devices after deletion of the one or more data files; incrementally increasing, by the processing device of the computing device, a file size of each new data file using an arbitrary data pattern until the corresponding data storage device has reached a maximum capacity; and deleting, by the processing device of the computing device, each new data file. identifying, by a processing device of a computing device, one or more data files for emergency destruction stored in one or more data storage devices; identifying, by the processing device of the computing device, at least one file system utilized by the one or more data storage devices; overwriting, by the processing device of the computing device, a header of each of the one or more data files, wherein the header of each of the one or more data files is identified based on the at least one file system; truncating, by the processing device of the computing device, a file size of each of the one or more data files; renaming, by the processing device of the computing device, a file name of each of the one or more data files, where renaming the file name includes changing a file extension of the respective data file; deleting, by the processing device of the computing device, each of the one or more data files, wherein the overwriting, truncating, and renaming steps are performed prior to deletion of each of the one or more data files; generating, by the processing device of the computing device, a new data file in each of the one or more data storage devices after deletion of the one or more data files; incrementally increasing, by the processing device of the computing device, a file size of each new data file using an arbitrary data pattern until the corresponding data storage device has reached a maximum capacity; and deleting, by the processing device of the computing device, each new data file.
An initial product adaptable to serve as a garment for receiving an absorbent structure, said garment being intended to be worn around the waist of a user, said initial product comprising: a chassis for receiving said absorbent structure, said chassis extending in a longitudinal direction about a longitudinal axis dividing the chassis into a first lateral half and a second lateral half, said first lateral half comprising a first lateral margin and said second lateral half comprising a second lateral margin, said first and second lateral margins being joined to a central structure along a first line of joinder and a second line of joinder, respectively, said first and second lines of joinder extending substantially parallel to said longitudinal axis, said chassis further extending in a transverse direction about a transverse axis dividing the chassis into a first end and a second end, said chassis being delimited by a periphery comprising a first end edge at said first end and a second end edge at said second end, said first and second end edges extending substantially parallel to said transverse axis, said periphery further comprising a first lateral edge of said first lateral margin and a second lateral edge of said second lateral margin, said first and second lateral margins (20, 22) having a first end region extending from said first end edge, a second end region extending from said second end edge and a central region extending between said first and second end regions, said first and second lateral margins (20, 22) comprising a first strip and a second strip, respectively, of elastic material extending from said first end edge to said second end edge, said material being elastically extensible in at least said longitudinal direction in at least a portion of said central region, said first lateral edge of said first lateral margin being provided by a third strip of substantially inelastic material joined to said first strip of elastic material along a third line of joinder and said second lateral edge of said second lateral margin being provided by a fourth strip of substantially inelastic material joined to said second strip of elastic material along a fourth line of joinder, said third and fourth lines of joinder (80, 82) extending substantially parallel to said longitudinal axis, characterized in that said elastic material is elastically extensible in at least a portion of at least one of said first and second end regions (44, 46) in at least said transverse direction, said third and fourth strips (76, 78) of substantially inelastic material are of nonwoven material, and said central structure of said chassis is substantially non-elastic.
Method for diagnosing diabetic nephropathy comprising measuring the expression level of SH3YL1 gene or the level of SH3YL1 protein in a biological sample, characterized in that diabetic nephropathy is identified by an increased expression level of SH3YL1 gene or SH3YL1 protein in the sample compared to a normal control sample.
A swirling type fluidized bed furnace comprising: a furnace body; a moving bed plate disposed at a bottom of the furnace body, the moving bed plate supporting a moving layer; a fluidized bed plate (34a, 36a) disposed at the bottom of the furnace body, the fluidized bed plate (34a, 36a) supporting a fluidized layer; a moving-layer gas supplying mechanism supplying the moving layer with gas; a fluidized-layer gas supplying mechanism (40, 42, 44, 46) supplying the fluidized layer with gas; a moving-layer temperature measuring section measuring a temperature of the moving layer; characterised in that the moving-layer gas supplying mechanism has a volumetric air blower in which the rotation speed of the volumetric air blower determines the quantity of air supplied irrespective of the discharge pressure, and in that the swirling type fluidized bed furnace further comprises a control section controlling a rotation speed of the volumetric air blower in accordance with the measured temperature of the moving layer. a furnace body; a moving bed plate disposed at a bottom of the furnace body, the moving bed plate supporting a moving layer; a fluidized bed plate (34a, 36a) disposed at the bottom of the furnace body, the fluidized bed plate (34a, 36a) supporting a fluidized layer; a moving-layer gas supplying mechanism supplying the moving layer with gas; a fluidized-layer gas supplying mechanism (40, 42, 44, 46) supplying the fluidized layer with gas; a moving-layer temperature measuring section measuring a temperature of the moving layer; characterised in that the moving-layer gas supplying mechanism has a volumetric air blower in which the rotation speed of the volumetric air blower determines the quantity of air supplied irrespective of the discharge pressure, and in that the swirling type fluidized bed furnace further comprises a control section controlling a rotation speed of the volumetric air blower in accordance with the measured temperature of the moving layer.
Heat shield element, in particular for cladding a combustion chamber wall, having a wall which has a hot side that can be exposed to a hot medium and an opposing cold side, and having a peripheral rim that extends from the hot side beyond the cold side, which has an inner side adjoining the cold side and an outer side adjoining the hot side, and having an attachment device which is arranged essentially in the middle of the wall and which extends away from the wall beyond the cold side and has a through-opening for receiving an attachment means, wherein a plurality of cooling channels run from the attachment device through the wall to the rim, characterized in that first cooling air outlets of the cooling channels are arranged on the outer side of the rim, and/or third cooling air outlets are arranged on the hot side at the rim.
A fluorocarbon management system comprising: a group of nodes, wherein each node is a computer device; and a blockchain network connecting the group of nodes, wherein in response to occurrence of a predetermined fluorocarbon-related event, an origin node related to the fluorocarbon-related event generates a transaction related to the fluorocarbon-related event, the transaction including a hash value of transaction information about the fluorocarbon-related event performed and data, in the data the hash value is encoded by a private key of the origin node, and sends the generated transaction to the blockchain network, a node (50, 100) that received the transaction validates the received transaction by decoding the data by a public key of the origin node held in the node (50, 100), comparing the decoded data with the hash value contained in the transaction and approving the transaction when the decoded data matches the hash value, and the group of nodes add a block composed from the approved transaction to a blockchain. a group of nodes, wherein each node is a computer device; and a blockchain network connecting the group of nodes, wherein in response to occurrence of a predetermined fluorocarbon-related event, an origin node related to the fluorocarbon-related event generates a transaction related to the fluorocarbon-related event, the transaction including a hash value of transaction information about the fluorocarbon-related event performed and data, in the data the hash value is encoded by a private key of the origin node, and sends the generated transaction to the blockchain network, generates a transaction related to the fluorocarbon-related event, the transaction including a hash value of transaction information about the fluorocarbon-related event performed and data, in the data the hash value is encoded by a private key of the origin node, and a hash value of transaction information about the fluorocarbon-related event performed and data, in the data the hash value is encoded by a private key of the origin node, and sends the generated transaction to the blockchain network, a node (50, 100) that received the transaction validates the received transaction by decoding the data by a public key of the origin node held in the node (50, 100), comparing the decoded data with the hash value contained in the transaction and approving the transaction when the decoded data matches the hash value, and decoding the data by a public key of the origin node held in the node (50, 100), comparing the decoded data with the hash value contained in the transaction and approving the transaction when the decoded data matches the hash value, and the group of nodes add a block composed from the approved transaction to a blockchain.
Cartridge having a propellant charge casing which is at least partially filled with propellant charge powder and having a projectile part which is connected to the propellant charge casing at the front end, wherein • the propellant charge casing has a casing cover, a casing sheath and a casing base, • the casing sheath is connected on the one hand via the casing cover to the projectile part and on the other hand via a spring plate to the casing base, • the propellant charge powder is arranged in a container which is in the form of a sack and extends in the direction of the longitudinal axis of the cartridge, characterized in that • an end area at the projectile end of the container which is in the form of a sack is attached to a composition aid which is preferably composed of a plastic which can be sprayed, and extends at right angles to the longitudinal axis of the cartridge, and whose external circumference is connected in a force-fitting and/or interlocking manner to the casing sheath and/or to the casing cover of the propellant charge casing, as a result of which the container which is in the form of a sack is stretched and forms an inner casing. • the propellant charge casing has a casing cover, a casing sheath and a casing base, • the casing sheath is connected on the one hand via the casing cover to the projectile part and on the other hand via a spring plate to the casing base, • the propellant charge powder is arranged in a container which is in the form of a sack and extends in the direction of the longitudinal axis of the cartridge, characterized in that • an end area at the projectile end of the container which is in the form of a sack is attached to a composition aid which is preferably composed of a plastic which can be sprayed, and extends at right angles to the longitudinal axis of the cartridge, and whose external circumference is connected in a force-fitting and/or interlocking manner to the casing sheath and/or to the casing cover of the propellant charge casing, as a result of which the container which is in the form of a sack is stretched and forms an inner casing.