mhurhangee/ep-ind-claims huggingface dataset:
A tire, comprising a tread portion, the tire satisfying the following relationships to: PC ≥ 55 % by mass; 10 % by mass ≤ Ash ≤ 25 % by mass; and Ash × G ≤ 250, wherein PC and Ash represent a polymer content (% by mass) and an ash content (% by mass), respectively, of a rubber composition comprised in the tread portion, and G represents a thickness (mm) of the tread portion measured on an equator in a cross-section taken in a radial direction of the tire, when the polymer content PC is determined in accordance with section <Polymer content > of the description, when the ash content Ash is determined in accordance with section <Ash content (Ash)> of the description, and when G is determined in accordance with section <Thickness G> of the description. the tire satisfying the following relationships to: PC ≥ 55 % by mass; 10 % by mass ≤ Ash ≤ 25 % by mass; and Ash × G ≤ 250, wherein PC and Ash represent a polymer content (% by mass) and an ash content (% by mass), respectively, of a rubber composition comprised in the tread portion, and G represents a thickness (mm) of the tread portion measured on an equator in a cross-section taken in a radial direction of the tire, when the polymer content PC is determined in accordance with section <Polymer content > of the description, when the ash content Ash is determined in accordance with section <Ash content (Ash)> of the description, and when G is determined in accordance with section <Thickness G> of the description.
A rotor for an electric motor, which rotor comprises: - a plurality of laminated rotor sheets arranged in layers and each provided with slots (6, 10); - a number of permanent magnets arranged within magnet slots in the laminated rotor sheets, where an end area of each magnet slot is a magnet free area; - a plurality of rotor bars arranged in rotor bar slots and - a rotor sheet band provided between the end area and the adjacent rotor bar slot, wherein the rotor sheet band is provided with at least one notch (28, 29), the at least one notch (28, 29) extending from the edge of the rotor bar slot, wherein a first area is an area of the rotor band sheet extending in the radial direction between the at least one notch (28, 29) and the end area of the magnet slot, where a second area having a significantly larger width than the first area is provided next to the first area, wherein the second area is an area of the rotor band sheet extending in the radial direction between a portion of the radial inner edge of the rotor bar slot adjacent to the at least one notch (28, 29) and the end area of the magnet slot, characterised in that the length (L 1) of the first area is smaller than a fourth of the length (L 3) of that side of the rotor bar slot that faces the side of the adjacent magnet slot, where the second area is a notch free area. - a plurality of laminated rotor sheets arranged in layers and each provided with slots (6, 10); - a number of permanent magnets arranged within magnet slots in the laminated rotor sheets, where an end area of each magnet slot is a magnet free area; - a plurality of rotor bars arranged in rotor bar slots and - a rotor sheet band provided between the end area and the adjacent rotor bar slot, wherein the rotor sheet band is provided with at least one notch (28, 29), the at least one notch (28, 29) extending from the edge of the rotor bar slot, wherein a first area is an area of the rotor band sheet extending in the radial direction between the at least one notch (28, 29) and the end area of the magnet slot, where a second area having a significantly larger width than the first area is provided next to the first area, wherein the second area is an area of the rotor band sheet extending in the radial direction between a portion of the radial inner edge of the rotor bar slot adjacent to the at least one notch (28, 29) and the end area of the magnet slot,
Method for estimating the energy state of health of a battery of an electric or hybrid vehicle, comprising a step of calculating said state of health on the basis of at least one parameter measured on the battery, including its state of charge, the method being characterized in that it comprises steps of: - selecting a case of typical use of the vehicle, including discharging occurrences always corresponding to substantially the same travel distance or charging occurrences always corresponding to substantially the same period of recharging at a recharging terminal, each discharging or charging occurrence being followed by a rest period which is longer than a given relaxation time for the battery; - determining a control value which is representative, at a given initial instant, of the variation in the state of charge of the battery during a discharging or charging occurrence of the case of use selected; - estimating the energy state of health of said battery on the basis of a comparison between the control value and the variation in the state of charge at the end of an occurrence of the case of use selected. - selecting a case of typical use of the vehicle, including discharging occurrences always corresponding to substantially the same travel distance or charging occurrences always corresponding to substantially the same period of recharging at a recharging terminal, each discharging or charging occurrence being followed by a rest period which is longer than a given relaxation time for the battery; - determining a control value which is representative, at a given initial instant, of the variation in the state of charge of the battery during a discharging or charging occurrence of the case of use selected; - estimating the energy state of health of said battery on the basis of a comparison between the control value and the variation in the state of charge at the end of an occurrence of the case of use selected.
Van at least 2.66m high, comprising: - at least one ceiling bed comprising a fixed bed frame and at least one movable bed frame movable relative to the fixed bed frame, positioned at the front of the van, movable between an extended position and a retracted position, with a length of at least 1.75 m, or even 2 m, in the extended position, - at least one inclined opening above the windscreen, to which a panoramic window is attached, - at least one lateral opening located in front of a side panel of the van, allowing a person to access the interior of the van, characterized in that the ceiling bed is configured so as not to obstruct said openings whatever its position, and in that a switch device is adapted to switch from a vertical displacement system of the ceiling bed to a horizontal displacement system when the ceiling bed is at the vertical level corresponding to the deployed position. - at least one ceiling bed comprising a fixed bed frame and at least one movable bed frame movable relative to the fixed bed frame, positioned at the front of the van, movable between an extended position and a retracted position, with a length of at least 1.75 m, or even 2 m, in the extended position, - at least one inclined opening above the windscreen, to which a panoramic window is attached, - at least one lateral opening located in front of a side panel of the van, allowing a person to access the interior of the van,
An apparatus for use in drilling a wellbore, comprising: a drill bit having a bit body including a face section (218a, 252, 320') that includes one or more cutters (216a-216m, 318') thereon configured to penetrate into a formation; at least one extendable pad (240, 270a-270e, 340', 440) at the face section (218a, 252, 320') to control fluctuations of the drill bit; and an actuation unit configured to apply a selected force on the at least one extendable pad (240, 270a-270e, 340', 440) to move the at least one extendable pad (240, 270a-270e, 340', 440) from a retracted position to a selected extended position and reduce the applied selected force to cause the at least one extendable pad (240, 270a-270e, 340', 440) to retract from the selected extended position, wherein the at least one extendable pad (240, 270a-270e, 340', 440) is configured to extend and retract in a direction that is substantially parallel to a longitudinal axis of the drill bit; the apparatus being characterized by: a biasing member coupled to the at least one extendable pad (240, 270a-270e, 340', 440) that causes the at least one extendable pad (240, 270a-270e, 340', 440) to retract when the force applied to the extendable pad (240, 270a-270e, 340', 440) is reduced. a drill bit having a bit body including a face section (218a, 252, 320') that includes one or more cutters (216a-216m, 318') thereon configured to penetrate into a formation; at least one extendable pad (240, 270a-270e, 340', 440) at the face section (218a, 252, 320') to control fluctuations of the drill bit; and an actuation unit configured to apply a selected force on the at least one extendable pad (240, 270a-270e, 340', 440) to move the at least one extendable pad (240, 270a-270e, 340', 440) from a retracted position to a selected extended position and reduce the applied selected force to cause the at least one extendable pad (240, 270a-270e, 340', 440) to retract from the selected extended position, wherein the at least one extendable pad (240, 270a-270e, 340', 440) is configured to extend and retract in a direction that is substantially parallel to a longitudinal axis of the drill bit; the apparatus being characterized by: a biasing member coupled to the at least one extendable pad (240, 270a-270e, 340', 440) that causes the at least one extendable pad (240, 270a-270e, 340', 440) to retract when the force applied to the extendable pad (240, 270a-270e, 340', 440) is reduced. a biasing member coupled to the at least one extendable pad (240, 270a-270e, 340', 440) that causes the at least one extendable pad (240, 270a-270e, 340', 440) to retract when the force applied to the extendable pad (240, 270a-270e, 340', 440) is reduced.
An aircraft starter generator, comprising: a housing defining an interior sealing surface; a rotationally stationary seal assembly disposed on the housing that is axially biased by a spring member to press against a journal shaft to track axial and radial movement of the journal shaft; characterised in that an anti-frictional coating is applied to the interior sealing surface configured to reduce axial friction of the rotationally stationary seal assembly and the sealing surface with movement of the journal shaft, wherein the rotationally stationary seal assembly includes a journal seal and an o-ring seal that are biased together by the spring member, and wherein the o-ring seal is a high temperature metallic and/or ceramic o-ring. a housing defining an interior sealing surface; a rotationally stationary seal assembly disposed on the housing that is axially biased by a spring member to press against a journal shaft to track axial and radial movement of the journal shaft; characterised in that an anti-frictional coating is applied to the interior sealing surface configured to reduce axial friction of the rotationally stationary seal assembly and the sealing surface with movement of the journal shaft, wherein the rotationally stationary seal assembly includes a journal seal and an o-ring seal that are biased together by the spring member, and wherein the o-ring seal is a high temperature metallic and/or ceramic o-ring.
A display device, comprising: a display panel; a first holding member which holds a periphery of the display panel from a front surface side; a first shock-absorbing member constituted by an elastic body which is disposed between the front surface of the display panel and the first holding member at a lower end section of the display panel when the display panel is in a usage state; a second holding member which holds the periphery of the display panel from a rear surface side; a second shock-absorbing member constituted by an elastic body which is disposed between the rear surface of the display panel and the second holding member at the lower end section of the display panel; and a supporting member which contacts and supports a portion of the lower end section of the display panel from below; characterized in that a combined force from the first shock-absorbing member and the second shock-absorbing member applied to a first region of the lower end section of the display panel in a vicinity of the supporting member is smaller than the combined force applied to other region of the lower end section. a display panel; a first holding member which holds a periphery of the display panel from a front surface side; a first shock-absorbing member constituted by an elastic body which is disposed between the front surface of the display panel and the first holding member at a lower end section of the display panel when the display panel is in a usage state; a second holding member which holds the periphery of the display panel from a rear surface side; a second shock-absorbing member constituted by an elastic body which is disposed between the rear surface of the display panel and the second holding member at the lower end section of the display panel; and a supporting member which contacts and supports a portion of the lower end section of the display panel from below; characterized in that a combined force from the first shock-absorbing member and the second shock-absorbing member applied to a first region of the lower end section of the display panel in a vicinity of the supporting member is smaller than the combined force applied to other region of the lower end section.
A device update method, comprising: receiving, by a server, an update request that is of a to-be-updated device and that is sent by a terminal device, wherein the update request comprises an attribute set of the to-be-updated device, the attribute set of the to-be-updated device comprises one or more pieces of attribute information of the terminal device, and one or more pieces of attribute information of the to-be-updated device; obtaining, by the server, an access policy of the to-be-updated device based on the attribute set of the to-be-updated device, wherein the access policy comprises one or more pieces of attribute information of the terminal device, and one or more pieces of attribute information of the to-be-updated device, comprised in the attribute set of the to-be-updated device; encrypting, by the server, a target update package according to the access policy, to generate a ciphertext of the target update package; and sending, by the server, the ciphertext of the target update package to the to-be-updated device, wherein the ciphertext of the target update package is used by the to-be-updated device to perform decryption based on one or more attribute keys corresponding to the one or more attribute information in the access policy to obtain the target update package. receiving, by a server, an update request that is of a to-be-updated device and that is sent by a terminal device, wherein the update request comprises an attribute set of the to-be-updated device, the attribute set of the to-be-updated device comprises one or more pieces of attribute information of the terminal device, and one or more pieces of attribute information of the to-be-updated device; obtaining, by the server, an access policy of the to-be-updated device based on the attribute set of the to-be-updated device, wherein the access policy comprises one or more pieces of attribute information of the terminal device, and one or more pieces of attribute information of the to-be-updated device, comprised in the attribute set of the to-be-updated device; encrypting, by the server, a target update package according to the access policy, to generate a ciphertext of the target update package; and sending, by the server, the ciphertext of the target update package to the to-be-updated device, wherein the ciphertext of the target update package is used by the to-be-updated device to perform decryption based on one or more attribute keys corresponding to the one or more attribute information in the access policy to obtain the target update package.
A fluorescent fusion polypeptide capable of changing its localization and fluorescence intensity within the cell from the cell cytoplasmic membrane to the retention vesicles, upon an increase in the translocation of beta-arrestin from the cell cytoplasm to the cell cytoplasmic membrane, comprising a membrane localization peptide consisting of the extracellular domain of interleukin-2 receptor of SEQ ID 3 or a variant which is at least 90% homologous to this sequence over the entire region based on amino acid identity; a peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs consisting of the phosphorylated receptor binding peptide from b-arrestin of SEQ ID 2; a vesicularization peptide consisting of the Clathrin and beta-adaptin peptide from arrestin; and a fluorescent peptide wherein: a. the membrane localization peptide is located at the N-terminus of the fluorescent fusion polypeptide and is physically bound, optionally through a linker, to the fluorescent peptide, which in turn is physically bound, optionally through a linker, to the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs; and b. the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs is physically bound, optionally through a linker, to the vesicularization peptide, which in turn is located at the C-terminus of the fluorescent fusion polypeptide; and wherein the term "membrane localization peptide" is intended to mean a peptide whose natural intracellular localization is in the plasma membrane. a. the membrane localization peptide is located at the N-terminus of the fluorescent fusion polypeptide and is physically bound, optionally through a linker, to the fluorescent peptide, which in turn is physically bound, optionally through a linker, to the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs; and b. the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs is physically bound, optionally through a linker, to the vesicularization peptide, which in turn is located at the C-terminus of the fluorescent fusion polypeptide;
A handheld infrared imaging device comprising: an IR imaging sensor configured to generate IR image data representative of a target scene; a display configured to present a representation of the IR image data; and a processor configured to process the IR image data to determine a location of one or more underlying structures behind a surface in the IR image data; and generate the representation of the IR image data for display, wherein: the representation of the IR image data comprises one or more visual indicators representative of the location of an underlying structure behind the surface determined from the IR image data; the determining the location of one or more underlying structures comprises determining a likelihood of the underlying structure at the location; and the one or more visual indicators includes information related to the likelihood of the underlying structure at the location. an IR imaging sensor configured to generate IR image data representative of a target scene; a display configured to present a representation of the IR image data; and a processor configured to process the IR image data to determine a location of one or more underlying structures behind a surface in the IR image data; and generate the representation of the IR image data for display, wherein: the representation of the IR image data comprises one or more visual indicators representative of the location of an underlying structure behind the surface determined from the IR image data; the determining the location of one or more underlying structures comprises determining a likelihood of the underlying structure at the location; and the one or more visual indicators includes information related to the likelihood of the underlying structure at the location. the representation of the IR image data comprises one or more visual indicators representative of the location of an underlying structure behind the surface determined from the IR image data; the determining the location of one or more underlying structures comprises determining a likelihood of the underlying structure at the location; and the one or more visual indicators includes information related to the likelihood of the underlying structure at the location.
A geared motor, having a gear unit, an electric motor and an adapter, wherein the adapter is arranged between the electric motor and the gear unit, wherein the adapter has an adapter shaft, wherein the adapter shaft is at least partially inserted into an input shaft of the gear unit, wherein the adapter shaft is connected non-rotatably to the input shaft of the gear unit by means of a bellows, wherein a sealing ring is arranged between the adapter shaft and the input shaft, in particular wherein the input shaft is embodied in one piece, in particular wherein the adapter shaft is embodied in one piece, characterised in that the sealing ring contacts - in the axial direction at the front, the input shaft, - counter to the axial direction, the adapter shaft, - directed radially outwards, the input shaft, and - directed radially inwards, the adapter shaft. wherein the adapter has an adapter shaft, wherein the adapter shaft is at least partially inserted into an input shaft of the gear unit, wherein the adapter shaft is connected non-rotatably to the input shaft of the gear unit by means of a bellows, wherein a sealing ring is arranged between the adapter shaft and the input shaft, in particular wherein the input shaft is embodied in one piece, in particular wherein the adapter shaft is embodied in one piece, characterised in that the sealing ring contacts - in the axial direction at the front, the input shaft, - counter to the axial direction, the adapter shaft, - directed radially outwards, the input shaft, and - directed radially inwards, the adapter shaft. - in the axial direction at the front, the input shaft, - counter to the axial direction, the adapter shaft, - directed radially outwards, the input shaft, and - directed radially inwards, the adapter shaft.