mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for processing a tire and a wheel for forming a tire wheel assembly, comprising: a tire support member including a first tire support member, a second tire support member and a third tire support member, wherein each of the first, second and third tire support members (316a, 316b, 316c) include an upper surface and a lower surface (316"); and a robotic arm for moving the wheel; characterised by further comprising a plurality of tire engaging devices including: a first tire engaging device connected to the upper surface of the first tire support member, a second tire engaging device connected to the upper surface of the second tire support member, and a third tire engaging device connected to the upper surface of the third tire support member, wherein the first tire engaging device includes a substantially cylindrical body supported by one or more brackets (322a"), wherein the second tire engaging device includes a first tire tread engaging post, wherein the third tire engaging device includes a second tire tread engaging post. a tire support member including a first tire support member, a second tire support member and a third tire support member, wherein each of the first, second and third tire support members (316a, 316b, 316c) include an upper surface and a lower surface (316"); and a robotic arm for moving the wheel; characterised by further comprising a plurality of tire engaging devices including: a first tire engaging device connected to the upper surface of the first tire support member, a second tire engaging device connected to the upper surface of the second tire support member, and a third tire engaging device connected to the upper surface of the third tire support member, wherein the first tire engaging device includes a substantially cylindrical body supported by one or more brackets (322a"), wherein the second tire engaging device includes a first tire tread engaging post, wherein the third tire engaging device includes a second tire tread engaging post.
A method for determining a mobility state of a terminal, comprising: a base station calculating a total moving distance of a terminal in a predetermined period by using a distance estimation strategy; and the base station determining a mobility state of the terminal according to the total moving distance, characterised in that the distance estimation strategy comprises: when a type of a present serving cell is a first power cell, and if a type of a previous serving cell is the first power cell and a type of a serving cell before the previous serving cell is also the first serving cell, using a diameter of the previous serving cell as the moving distance of the terminal resulted by estimation at this time; otherwise, skipping the estimation of the moving distance at this time; when the type of the present serving cell is a second power cell, using a distance between a center of the present serving cell and a center of the previous serving cell as the moving distance of the terminal resulted by the estimation at this time; wherein power of the first power cell is higher than power of the second power cell. a base station calculating a total moving distance of a terminal in a predetermined period by using a distance estimation strategy; and the base station determining a mobility state of the terminal according to the total moving distance, characterised in that the distance estimation strategy comprises: when a type of a present serving cell is a first power cell, and if a type of a previous serving cell is the first power cell and a type of a serving cell before the previous serving cell is also the first serving cell, using a diameter of the previous serving cell as the moving distance of the terminal resulted by estimation at this time; otherwise, skipping the estimation of the moving distance at this time; when the type of the present serving cell is a second power cell, using a distance between a center of the present serving cell and a center of the previous serving cell as the moving distance of the terminal resulted by the estimation at this time; wherein power of the first power cell is higher than power of the second power cell. when a type of a present serving cell is a first power cell, and if a type of a previous serving cell is the first power cell and a type of a serving cell before the previous serving cell is also the first serving cell, using a diameter of the previous serving cell as the moving distance of the terminal resulted by estimation at this time; otherwise, skipping the estimation of the moving distance at this time; when the type of the present serving cell is a second power cell, using a distance between a center of the present serving cell and a center of the previous serving cell as the moving distance of the terminal resulted by the estimation at this time; wherein power of the first power cell is higher than power of the second power cell.
A mobile electronic device, comprising: a digital camera having a lens component and a lens position component; a display coupled to the digital camera, the display operative to reproduce an image from the digital camera with a first focal point; a focal point selection module coupled to the display, the focal point selection module responsive to user input to select a desired second focal point for the image; the display operative to send coordinates for the second focal point to the focal point selection module, responsive to user input; and a focus control module coupled to the focal point selection module and the lens position component, the focus control module operative to provide focus control signals representing a focal length for the lens component so as to allow the lens position component to zoom the lens component on the second focal point, wherein the focus control module is operative to determine the focal length for the lens component based on the coordinates for the second focal point determined by the focal point selection module. a digital camera having a lens component and a lens position component; a display coupled to the digital camera, the display operative to reproduce an image from the digital camera with a first focal point; a focal point selection module coupled to the display, the focal point selection module responsive to user input to select a desired second focal point for the image; the display operative to send coordinates for the second focal point to the focal point selection module, responsive to user input; and a focus control module coupled to the focal point selection module and the lens position component, the focus control module operative to provide focus control signals representing a focal length for the lens component so as to allow the lens position component to zoom the lens component on the second focal point, wherein the focus control module is operative to determine the focal length for the lens component based on the coordinates for the second focal point determined by the focal point selection module.
Pressure sensor for measuring pressure inside a fluid tank, comprising the following components: a sensor chip as a pressure transducer, a board with a passage, which is open on one side towards the medium of which the pressure (p1, p2) is to be measured and closed on the other side, referred to as the front side, by the pressure transducer mounted on the front side of the board, electrical terminals, which are arranged on the front side of the board and are suitable for the electrical contacting of the pressure sensor, characterized in that an integrated circuit for processing and passing on the processed electrical signals of the pressure transducer is mounted on the front side of the board and is electrically connected to the pressure transducer and to at least one electrical terminal, in that a cap is connected to the board in such a sealed manner so that components mounted on the front side of the board, at least however the pressure transducer and the integrated circuit, are enclosed in a sealed manner, in that means for the fluid-resistant protection at least of the pressure transducer and the integrated circuit are arranged in the enclosing chamber formed by the cap and the board, the material of the cap and the means for fluid-resistant protection being chemically resistant to the fluid, in that the electrical terminals lie outside the cap and in that the electrical terminals and at least the parts of the conductor paths that contact the electrical terminals and lie outside the cap are formed so as to be chemically resistant with respect to the fluid.
The use of a thermally expandable composition for the manufacturing of baffle and/or reinforcement components for sealing, baffling, and/or reinforcing a cavity in a hollow structural part of an automobile, such that the transmission of noise, vibration, humidity, and/or heat is reduced and/or the object surrounding said cavity is mechanically strengthened, wherein said cavity is subjected to a predetermined elevated temperature during a manufacturing operation, wherein said cavity is subjected to a predetermined elevated temperature during a manufacturing operation, and wherein the component comprises: a one polymeric material selected from the group consisting of low density polyethylenes (LDPE), linear low density polyethylenes (LLPDE), ethylene vinyl acetate, ethylene methyl acrylate, and ethylene butyl acrylate (EnBA); and a chemical blowing agent in an amount of between 5 percent by weight and 20 percent by weight, selected from the group consisting of 4,4'-oxybis(benzenesulfonylhydrazide) and sodium bicarbonate; and optionally a carrier element; and wherein the component is free of a cross-linking agent; and wherein said polymeric material has a log(tan δ) of between -0.2 and 0.2, and a log(η*) of between 3 and 4, wherein δ is the loss modulus divided by the storage modulus and η* is the complex viscosity, both parameters determined according to the ASTM D4440-5 standard method. a one polymeric material selected from the group consisting of low density polyethylenes (LDPE), linear low density polyethylenes (LLPDE), ethylene vinyl acetate, ethylene methyl acrylate, and ethylene butyl acrylate (EnBA); and a chemical blowing agent in an amount of between 5 percent by weight and 20 percent by weight, selected from the group consisting of 4,4'-oxybis(benzenesulfonylhydrazide) and sodium bicarbonate; and optionally a carrier element; and wherein the component is free of a cross-linking agent; and wherein said polymeric material has a log(tan δ) of between -0.2 and 0.2, and a log(η*) of between 3 and 4, wherein δ is the loss modulus divided by the storage modulus and η* is the complex viscosity, both parameters determined according to the ASTM D4440-5 standard method.
An engagement apparatus for use in the recovery of a marine craft to a mother ship, the apparatus comprising: a receptacle adapted to be coupled to one of a mother ship and a marine craft, the receptacle comprising a plurality of engagement locations, the engagement locations comprising vertically spaced channels; an engagement probe adapted to be coupled to the other of the mother ship and the marine craft, wherein the engagement probe is adapted to engage one or more of the engagement locations in the receptacle to align the probe with the receptacle; and a locking device configured to secure the probe to the receptacle to secure the marine craft to the mother ship for recovery, wherein the engagement probe comprises at least one probe first portion arranged to initially engage the receptacle, the engagement probe first portion comprising at least one dagger. a receptacle adapted to be coupled to one of a mother ship and a marine craft, the receptacle comprising a plurality of engagement locations, the engagement locations comprising vertically spaced channels; an engagement probe adapted to be coupled to the other of the mother ship and the marine craft, wherein the engagement probe is adapted to engage one or more of the engagement locations in the receptacle to align the probe with the receptacle; and a locking device configured to secure the probe to the receptacle to secure the marine craft to the mother ship for recovery, wherein the engagement probe comprises at least one probe first portion arranged to initially engage the receptacle, the engagement probe first portion comprising at least one dagger.
A package that includes: a container including a longitudinal axis extending therethrough and having a mouth and a sealing surface; and a container closure wherein: said container closure comprises a seal membrane sealingly and removably coupled to said sealing surface of said container to seal said container, said seal membrane being drawn into a parabolic shape by a vacuum and permanently deformed such that the parabolic shape is maintained even upon the loss of vacuum; and a vacuum-indicating pull tab (30, 130, 230) located radially-inward of an outer edge of said seal membrane and configured to extend from said seal membrane, wherein manipulation of said pull tab provides an indication of the presence or absence of a vacuum in said package. a container including a longitudinal axis extending therethrough and having a mouth and a sealing surface; and a container closure wherein: said container closure comprises a seal membrane sealingly and removably coupled to said sealing surface of said container to seal said container, said seal membrane being drawn into a parabolic shape by a vacuum and permanently deformed such that the parabolic shape is maintained even upon the loss of vacuum; and a vacuum-indicating pull tab (30, 130, 230) located radially-inward of an outer edge of said seal membrane and configured to extend from said seal membrane, said container closure comprises a seal membrane sealingly and removably coupled to said sealing surface of said container to seal said container, said seal membrane being drawn into a parabolic shape by a vacuum and permanently deformed such that the parabolic shape is maintained even upon the loss of vacuum; and a vacuum-indicating pull tab (30, 130, 230) located radially-inward of an outer edge of said seal membrane and configured to extend from said seal membrane, wherein manipulation of said pull tab provides an indication of the presence or absence of a vacuum in said package.
A reproduction apparatus comprising: a receiving unit configured to receive a video stream to which dynamic metadata including luminance information of a picture has been added, wherein the video stream is an HDR video stream; and an output control unit configured, in a case where predetermined information is superimposed and displayed on the picture by a display apparatus, to add metadata indicated by a flag indicating the metadata to be used for luminance adjustment while the predetermined information is superimposed on the displayed picture constituting the received video stream, and output the picture to which the metadata has been added to the display apparatus, wherein the flag indicates either the received dynamic metadata or display metadata that is the metadata for displaying the predetermined information and includes luminance information parameters similar to the parameters of the dynamic metadata but with a fixed value. a receiving unit configured to receive a video stream to which dynamic metadata including luminance information of a picture has been added, wherein the video stream is an HDR video stream; and an output control unit configured, in a case where predetermined information is superimposed and displayed on the picture by a display apparatus, to add metadata indicated by a flag indicating the metadata to be used for luminance adjustment while the predetermined information is superimposed on the displayed picture constituting the received video stream, and output the picture to which the metadata has been added to the display apparatus, wherein the flag indicates either the received dynamic metadata or display metadata that is the metadata for displaying the predetermined information and includes luminance information parameters similar to the parameters of the dynamic metadata but with a fixed value.
A piece of furniture with at least one functional element, comprising of a supporting framework formed from bar profiles, wherein at least a part of these bar profiles are oriented substantially vertically and form column elements and at least another part of the bar profiles are oriented substantially horizontally and form cross-members connecting the column elements and wherein the supporting framework comprises anchoring elements for fixing the functional element, wherein at least one part of the column elements and at least one part of the cross-members have a plurality of anchoring points distributed over the length of these column elements and cross-members for form-fit and/or force-fit and detachable fastening of the anchoring elements to these column elements and cross-members and wherein the functional element is a table top or a lying surface or a seating surface and this table top or lying surface or seating surface is supported on the column elements via the anchoring elements or is connected to the anchoring elements via cable or chain elements to the cross-members, whereas the column elements and the cross-members are designed as tubes or hollow profiles or C-profiles or U-profiles or L-profiles or Z-profiles or T-profiles or double T-profiles and wherein the anchoring points for receiving the anchoring elements are designed as openings in the walls of the tubes or hollow profiles or C-profiles or U-profiles or L-profiles or Z-profiles or T-profiles or double T-profiles and wherein the openings are designed in the shape of keyholes or cross-slots.
An immortalized cell line of human fibroblasts derived from the healthy skin of an individual having nevoid basal cell carcinoma syndrome (NBCCS or Gorlin syndrome), said cell line having been immortalized by retroviral transduction with a retrovirus expressing the E6 and E7 proteins of human papilloma virus 16, and said immortalized cell line stably expressing GLI1 as an inducible endogenous reporter gene of the SHH/PTCH-pathway activation over cell generations.
A computer-implemented method of predicting warps for image registration between band pairs in an N-band system, wherein a focal plane array, FPA, is used to acquire the imagery, and wherein the FPA comprises linear sensor arrays, sticks, wherein the sticks are positioned along a y direction and are displaced from each other spatially in the y direction, and wherein the sticks are mounted on a platform moving in the y direction, the method comprising: receiving warp data (13; 14; 15; 140) for a first band pair in an N-band system; fitting a warp model (16; 160) to the warp data (13; 14; 15; 140) to produce an offset profile for the first band pair, wherein the warp model (16; 160) has a slope and an offset for a space varying translation between a band pair, and the offset profile is the offset as a function of y for the space varying translation between the band pair; predicting a respective offset profile for at least one other band pair in the N-band system; using the predicted respective offset profile to generate a warp (44; 46; 48; 440; 460; 480) for the at least one other band pair; and registering images of the at least one other band pair using the warp for the at least one other band pair; the method characterised in that predicting a respective offset profile includes: estimating stick spacing for the N-bands of the FPA; and shifting and scaling the offset profile for the first band pair, wherein shifting and scaling values of the offset profile for the first band pair are derived from the stick spacing of the bands in the first band pair and the bands in the at least one other band pair. receiving warp data (13; 14; 15; 140) for a first band pair in an N-band system; fitting a warp model (16; 160) to the warp data (13; 14; 15; 140) to produce an offset profile for the first band pair, wherein the warp model (16; 160) has a slope and an offset for a space varying translation between a band pair, and the offset profile is the offset as a function of y for the space varying translation between the band pair; predicting a respective offset profile for at least one other band pair in the N-band system; using the predicted respective offset profile to generate a warp (44; 46; 48; 440; 460; 480) for the at least one other band pair; and registering images of the at least one other band pair using the warp for the at least one other band pair; the method characterised in that predicting a respective offset profile includes: estimating stick spacing for the N-bands of the FPA; and shifting and scaling the offset profile for the first band pair, wherein shifting and scaling values of the offset profile for the first band pair are derived from the stick spacing of the bands in the first band pair and the bands in the at least one other band pair. estimating stick spacing for the N-bands of the FPA; and shifting and scaling the offset profile for the first band pair, wherein shifting and scaling values of the offset profile for the first band pair are derived from the stick spacing of the bands in the first band pair and the bands in the at least one other band pair.
A stator core for use in a motor or generator comprising: a plurality of stacked stator laminations wherein each stator lamination includes a plurality of fins projecting outwardly from the circular body and positioned in groups of equal spacing around an outer circumference of the circular body; wherein a cooling channel is defined between a first fin and a second adjacent fin within a group; and wherein adjacent groups of fins are separated by a gap, wherein the stator lamination includes a plurality of gaps, the gaps between adjacent groups of equally spaced fins varying in size; characterized in that each gap between the adjacent groups of equally spaced fins has a width larger than a width of the cooling channel, and wherein each stator lamination is rotated relative to a previous stator lamination in the stack, such that a gap of a first stator lamination overlaps a gap of a second stator lamination preceding the first stator lamination, and thereby connecting a cooling channel to adjacent cooling channels. a plurality of stacked stator laminations wherein each stator lamination includes a plurality of fins projecting outwardly from the circular body and positioned in groups of equal spacing around an outer circumference of the circular body; wherein a cooling channel is defined between a first fin and a second adjacent fin within a group; and wherein adjacent groups of fins are separated by a gap, wherein the stator lamination includes a plurality of gaps, the gaps between adjacent groups of equally spaced fins varying in size; characterized in that each gap between the adjacent groups of equally spaced fins has a width larger than a width of the cooling channel, and wherein each stator lamination is rotated relative to a previous stator lamination in the stack, such that a gap of a first stator lamination overlaps a gap of a second stator lamination preceding the first stator lamination, and thereby connecting a cooling channel to adjacent cooling channels.