mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a. a second device including a non-transitory memory; and b. a first device including a non-transitory memory for storing instructions, the instructions for: 1. accessing a customized configuration file from a server to the first device; 2. determining tethering subscription status of the first device, wherein the determination is based on the customized configuration file; 3. listening to broadcasts sent by the first device to determine whether a tethering application native to the first device has been launched, based on the tethering subscription status, blocking the second device from tethering with the first device if a tethering application native to the first device has been launched; periodically comparing the customized configuration file against running applications on the first device to determine whether a third-party tethering application has been launched; wherein said comparing comprises comparing a list of running applications on the first device with package values of third-party tethering applications in the customized configuration file, and if the list of running applications contains any of the package values of third-party tethering applications in the configuration file, preventing tethering. a. a second device including a non-transitory memory; and b. a first device including a non-transitory memory for storing instructions, the instructions for: 1. accessing a customized configuration file from a server to the first device; 2. determining tethering subscription status of the first device, wherein the determination is based on the customized configuration file; 3. listening to broadcasts sent by the first device to determine whether a tethering application native to the first device has been launched, based on the tethering subscription status, blocking the second device from tethering with the first device if a tethering application native to the first device has been launched; 1. accessing a customized configuration file from a server to the first device; 2. determining tethering subscription status of the first device, wherein the determination is based on the customized configuration file; 3. listening to broadcasts sent by the first device to determine whether a tethering application native to the first device has been launched, based on the tethering subscription status, blocking the second device from tethering with the first device if a tethering application native to the first device has been launched;
A method for a computing device to determine a route, the method comprising: determining a sun position relative to the route, determining whether visibility would be impaired by a rising or setting sun substantially aligned with at least a portion of the route; determining weather conditions along the route, determining whether clouds would mitigate a visibility-curtailing effect of the rising or setting sun; and determining whether to provide alternate routing based on both the sun position and the weather conditions. determining a sun position relative to the route, determining whether visibility would be impaired by a rising or setting sun substantially aligned with at least a portion of the route; determining weather conditions along the route, determining whether clouds would mitigate a visibility-curtailing effect of the rising or setting sun; and determining whether to provide alternate routing based on both the sun position and the weather conditions.
A middle-supported boiler construction comprising a boiler pressure body having a bottom and a roof at a height H from the bottom and at least four planar watertube walls forming a polygonal horizontal cross section with at least four corner sections, and a rigid support steel structure, the boiler pressure body being supported to the rigid support steel structure at a height between the bottom and roof, characterized in that a vertical corner column is attached exteriorly to a respective corner section wherein each of the vertical corner columns is hanging from at least one horizontal auxiliary support beam supported by two adjacent beams of horizontal main support beams at a height region between the bottom and roof, and the supporting of the boiler pressure body is provided by supporting each of the vertical corner columns to the rigid support steel structure at a height from 0.1 H to 0.9 H from the bottom so as to balance vertical loads of the boiler pressure body.
A handheld device comprising: a housing; an elongated rod including a tip at a first end and a compressible element at a second end, wherein the compressible element includes conductive material, and wherein the elongated rod is movable with respect to the housing; a pyramid structure including at least three walls and an electrode on each of the at least three walls, wherein the pyramid structure is fixed or integrated with the housing, and wherein the compressible element is configured to press and flatten against one or more inner walls and the electrodes of the pyramid structure based on a force vector applied on the tip; and a circuit configured to: apply signals on the compressible element or the electrodes; detect outputs from the electrodes; and provide pressure related information based on the outputs to a computing device communicating with the handheld device or apply the pressure related information for adjusting operation of the handheld device. a housing; an elongated rod including a tip at a first end and a compressible element at a second end, wherein the compressible element includes conductive material, and wherein the elongated rod is movable with respect to the housing; a pyramid structure including at least three walls and an electrode on each of the at least three walls, wherein the pyramid structure is fixed or integrated with the housing, and wherein the compressible element is configured to press and flatten against one or more inner walls and the electrodes of the pyramid structure based on a force vector applied on the tip; and a circuit configured to: apply signals on the compressible element or the electrodes; detect outputs from the electrodes; and provide pressure related information based on the outputs to a computing device communicating with the handheld device or apply the pressure related information for adjusting operation of the handheld device. apply signals on the compressible element or the electrodes; detect outputs from the electrodes; and provide pressure related information based on the outputs to a computing device communicating with the handheld device or apply the pressure related information for adjusting operation of the handheld device.
A liquid discharge apparatus comprising: a head configured to discharge a liquid from nozzles onto a linear member conveyed in a conveyance direction, the head including a nozzle array including the nozzles arrayed along the conveyance direction; and a state check unit downstream of the head in the conveyance direction and configured to guide the linear member to form a two-dimensional surface with the linear member; characterized in that the state check unit includes a path former (710, 740) forming a path that guides the linear member to form the two-dimensional surface, wherein, in the two-dimensional surface, multiple portions of the linear member onto which the liquid has been discharged from an identical nozzle of the nozzles are linearly arranged in the conveyance direction. a head configured to discharge a liquid from nozzles onto a linear member conveyed in a conveyance direction, the head including a nozzle array including the nozzles arrayed along the conveyance direction; and a state check unit downstream of the head in the conveyance direction and configured to guide the linear member to form a two-dimensional surface with the linear member; characterized in that the state check unit includes a path former (710, 740) forming a path that guides the linear member to form the two-dimensional surface, wherein, in the two-dimensional surface, multiple portions of the linear member onto which the liquid has been discharged from an identical nozzle of the nozzles are linearly arranged in the conveyance direction.
A confectionery having a grape-like mouthfeel, the confectionery comprising: a solidified gel composition; and a collagen casing having a film thickness of 5 to 100 μm, and coating the solidified gel composition, wherein the solidified gel composition contains a gum, a gelatin, and glycerin, content of the gum is in a range of 1.5 to 5 wt.%, content of the gelatin is in a range of 0.1 to 2.5 wt.%, content of the glycerin is in a range of 3 to 15 wt.%, and the solidified gel composition has a dynamic viscoelastic pattern, in which a loss tangent value at an angular frequency of 63.1 rad/S decreases by 34 to 83% relative to a loss tangent value at an angular frequency of 3.98 rad/S. a solidified gel composition; and a collagen casing having a film thickness of 5 to 100 μm, and coating the solidified gel composition, wherein the solidified gel composition contains a gum, a gelatin, and glycerin, content of the gum is in a range of 1.5 to 5 wt.%, content of the gelatin is in a range of 0.1 to 2.5 wt.%, content of the glycerin is in a range of 3 to 15 wt.%, and the solidified gel composition has a dynamic viscoelastic pattern, in which a loss tangent value at an angular frequency of 63.1 rad/S decreases by 34 to 83% relative to a loss tangent value at an angular frequency of 3.98 rad/S.
A sealable sliding door system comprising: a header comprising at least one tilt actuation surface; a lower track parallel to the header; and a door panel slideably moveable along the lower track and the header, the door panel comprising: a first side edge; a second side edge; an upper edge; a lower edge; a lower sealing member movably actuatable with respect to a lower sealing edge of the door panel between a retracted position and a sealed position, the retracted position configured for slideable movement of the door panel along the track, the scaled position closing a lower distance between the lower sealing edge of the door panel and a corresponding adjacent surface wherein the lower sealing edge corresponds to the lower edge of the door panel and the corresponding adjacent surface is a floor surface; an actuator configured to advance the lower sealing member into the sealed position when the door panel reaches a predetermined location corresponding to a closed configuration; and an upper sealing edge comprising at least one door tilting interface configured to interact with the at least one tilt actuation surface, which tilts the door panel in a direction normal to the panel surface to reduce an upper distance between the upper edge of the door panel surface and the header when the door panel reaches the predetermined location corresponding to the closed configuration. a header comprising at least one tilt actuation surface; a lower track parallel to the header; and a door panel slideably moveable along the lower track and the header, a first side edge; a second side edge; an upper edge; a lower edge; a lower sealing member movably actuatable with respect to a lower sealing edge of the door panel between a retracted position and a sealed position, the retracted position configured for slideable movement of the door panel along the track, the scaled position closing a lower distance between the lower sealing edge of the door panel and a corresponding adjacent surface wherein the lower sealing edge corresponds to the lower edge of the door panel and the corresponding adjacent surface is a floor surface; an actuator configured to advance the lower sealing member into the sealed position when the door panel reaches a predetermined location corresponding to a closed configuration; and an upper sealing edge comprising at least one door tilting interface configured to interact with the at least one tilt actuation surface, which tilts the door panel in a direction normal to the panel surface to reduce an upper distance between the upper edge of the door panel surface and the header when the door panel reaches the predetermined location corresponding to the closed configuration.
Vehicle seat, in particular motor vehicle seat, which can be transferred from at least one use position suitable for passenger conveyance into at least one non-use position, having: a) a seat cushion with a seat cushion carrier, b) a backrest, c) a base which can be connected to a vehicle, d) a rocker which is pivotably connected by means of a first joint to the base or to a component fixedly connected to the base, and is pivotably connected by means of a second joint to the seat cushion carrier of the seat cushion, e) a rear foot which is pivotably connected by means of a third joint to the base or to a component fixedly connected to the base, wherein a pivoting movement of the rear foot about the third joint can be locked, and wherein the rear foot is pivotably connected by means of a fourth joint to the backrest, f) a fifth joint which connects the backrest to the seat cushion carrier, wherein g) at least one of the joints (I, II, III, IV, V) is a fitting (7, 25), characterized in that h) the fifth joint is a fitting. a) a seat cushion with a seat cushion carrier, b) a backrest, c) a base which can be connected to a vehicle, d) a rocker which is pivotably connected by means of a first joint to the base or to a component fixedly connected to the base, and is pivotably connected by means of a second joint to the seat cushion carrier of the seat cushion, e) a rear foot which is pivotably connected by means of a third joint to the base or to a component fixedly connected to the base, wherein a pivoting movement of the rear foot about the third joint can be locked, and wherein the rear foot is pivotably connected by means of a fourth joint to the backrest, f) a fifth joint which connects the backrest to the seat cushion carrier, wherein g) at least one of the joints (I, II, III, IV, V) is a fitting (7, 25), characterized in that h) the fifth joint is a fitting.
An implantable device comprising: a base structure, a composition comprising triacetin and dimethyl sulfoxide, and a bioactive, wherein the composition and the bioactive are in contact with or contained within the base structure, and wherein the triacetin and the dimethyl sulfoxide are present at a ratio of between 5:1 w/w and 1:5 w/w. a base structure, a composition comprising triacetin and dimethyl sulfoxide, and a bioactive,
Bonded components (2, 3) made of thermoplastic fibre composites, the bonding of the components being effected by needles which are introduced under pressure and rotation into the matrix material of the components softened thereby characterised in that the needles are not arranged perpendicular to the component surface at the entry or exit point.
A sealing device for a differential mechanism for sealing between a through-hole formed in a housing in which the differential mechanism is housed and an output shaft of the differential mechanism that is rotatably inserted through the through-hole, the sealing device for a differential mechanism comprising: an annular reinforcing ring centered about an axis (x); and an annular elastic body part formed from an elastic body centered about the axis (x) that is attached to the reinforcing ring, wherein the elastic body part includes an annular seal lip that is suitable to be in contact with the output shaft such that the output shaft is slidable, an annular dust lip that is provided at the outer side of the seal lip, the dust lip is suitable to be in contact with the output shaft such that the output shaft is slidable, and an annular side lip that extends toward the outer side (a) on an outer periphery side (c) of the dust lip that is suitable to be in contact with an annular deflector attached to the output shaft such that the deflector is slidable, the sealing device characterized in that the side lip has an annular middle portion that increases in diameter toward an outer side (a) in a direction of the axis (x), and an annular distal end portion that is a portion connected to the middle portion and is the outer side of the middle portion, and increases in diameter toward an outer side (a) in the direction of the axis (x), in which at least the distal end portion of the distal end portion and the middle portion is in contact with the deflector, and the distal end portion of the side lip is bent to an inner periphery side (d) from the middle portion. an annular reinforcing ring centered about an axis (x); and an annular elastic body part formed from an elastic body centered about the axis (x) that is attached to the reinforcing ring, wherein the elastic body part includes an annular seal lip that is suitable to be in contact with the output shaft such that the output shaft is slidable, an annular dust lip that is provided at the outer side of the seal lip, the dust lip is suitable to be in contact with the output shaft such that the output shaft is slidable, and an annular side lip that extends toward the outer side (a) on an outer periphery side (c) of the dust lip that is suitable to be in contact with an annular deflector attached to the output shaft such that the deflector is slidable, the sealing device characterized in that the side lip has an annular middle portion that increases in diameter toward an outer side (a) in a direction of the axis (x), and an annular distal end portion that is a portion connected to the middle portion and is the outer side of the middle portion, and increases in diameter toward an outer side (a) in the direction of the axis (x), in which at least the distal end portion of the distal end portion and the middle portion is in contact with the deflector, and the distal end portion of the side lip is bent to an inner periphery side (d) from the middle portion.
Retroreflective screen comprising a film having a surface comprising a plurality of microrecesses, each microrecess having the shape of a truncated pyramid, the lateral walls and the back of each microrecess being coated with a reflective metallization, wherein: A) the screen is divided into a plurality of cells of same dimensions arranged into an array of rows and columns, each cell comprising a unique microrecess and all the microrecesses having the same dimensions, the positions of the microrecesses in their respective cells varying according to a random or pseud-random distribution, or the orientations of the microrecesses in their respective cells varying as a function of the position of the cell in the array; or B) the screen presents a plurality of areas, each comprising a plurality of microrecesses, the microrecesses of a same area being of same dimensions and the microrecesses of distinct areas having different dimensions. A) the screen is divided into a plurality of cells of same dimensions arranged into an array of rows and columns, each cell comprising a unique microrecess and all the microrecesses having the same dimensions, the positions of the microrecesses in their respective cells varying according to a random or pseud-random distribution, or the orientations of the microrecesses in their respective cells varying as a function of the position of the cell in the array; or B) the screen presents a plurality of areas, each comprising a plurality of microrecesses, the microrecesses of a same area being of same dimensions and the microrecesses of distinct areas having different dimensions.
A motor assembly comprising: a motor comprising: a stator including a coil holding portion and a doughnut-shaped first portion, the coil holding portion holding a coil, the doughnut-shaped first portion extending radially outward from the coil holding portion; and a rotor including a magnet and a magnet holding portion that holds the magnet, wherein the magnet holding portion is located in a first space having an annular shape and located radially outside the coil holding portion, the doughnut-shaped first portion has a first surface that is in contact with the first space, and a second surface, opposite to the first surface in a rotation axis direction, that is not in contact with the first surface, and in the first portion, a through hole penetrating from the first surface to the second surface is formed, a sealing member disposed on a side of the stator opposite to the rotor in the rotation axis direction; and a frame to which the motor and the sealing member are fixed, wherein the sealing member is fixed to the frame in such a way that a second space between the sealing member and the stator does not communicate with an external space other than the first space. a motor comprising: a stator including a coil holding portion and a doughnut-shaped first portion, the coil holding portion holding a coil, the doughnut-shaped first portion extending radially outward from the coil holding portion; and a rotor including a magnet and a magnet holding portion that holds the magnet, wherein the magnet holding portion is located in a first space having an annular shape and located radially outside the coil holding portion, the doughnut-shaped first portion has a first surface that is in contact with the first space, and a second surface, opposite to the first surface in a rotation axis direction, that is not in contact with the first surface, and in the first portion, a through hole penetrating from the first surface to the second surface is formed, a stator including a coil holding portion and a doughnut-shaped first portion, the coil holding portion holding a coil, the doughnut-shaped first portion extending radially outward from the coil holding portion; and a rotor including a magnet and a magnet holding portion that holds the magnet, wherein the magnet holding portion is located in a first space having an annular shape and located radially outside the coil holding portion, the doughnut-shaped first portion has a first surface that is in contact with the first space, and a second surface, opposite to the first surface in a rotation axis direction, that is not in contact with the first surface, and in the first portion, a through hole penetrating from the first surface to the second surface is formed, a sealing member disposed on a side of the stator opposite to the rotor in the rotation axis direction; and a frame to which the motor and the sealing member are fixed, wherein the sealing member is fixed to the frame in such a way that a second space between the sealing member and the stator does not communicate with an external space other than the first space.