mhurhangee/ep-ind-claims huggingface dataset:
A method of securing a seat trim cover (14,14a,14b,14c,14d,14f,14g,14h) to a foam cushion (10a,10b), the method comprising: placing a flexible seat trim cover (14,14a,14b,14c,14d,14f,14g,14h) adjacent a foam bun (12a,12b) having a foam body outlined by a contoured outer surface, the foam bun (12a,12b) carrying an elongated cushion retainer (18a,18b); and forcing each of a plurality of clips (26,26a,26b,26d,26f,26g,26h,26j) spaced-apart at predetermined intervals along a distal edge of a web of the seat trim cover (14,14a,14b,14c,14d,14f,14g,14h) into engagement with the cushion retainer (18a,18b), thereby simultaneously fastening and aligning the seat trim cover to the foam bun (12a,12b), wherein each of the plurality of clips (26,26a,26b,26d,26f,26g,26h,26j) comprises: an opposing set of one or more latch elements (30,30a,30b,30',30",58) located on either side of the web, the opposing sets of latch elements (30,30a,30b,30',30",58) being positioned offset from one another along a length of the distal edge of the web; and wherein a first of the latch elements (30,30a,30b,30',30",58) comprises a base (32a,32c,32d,62) attached to a first side of the web, a neck extending from the base to beyond the distal edge of the web, and a head protruding from the neck toward a second side of the web. placing a flexible seat trim cover (14,14a,14b,14c,14d,14f,14g,14h) adjacent a foam bun (12a,12b) having a foam body outlined by a contoured outer surface, the foam bun (12a,12b) carrying an elongated cushion retainer (18a,18b); and forcing each of a plurality of clips (26,26a,26b,26d,26f,26g,26h,26j) spaced-apart at predetermined intervals along a distal edge of a web of the seat trim cover (14,14a,14b,14c,14d,14f,14g,14h) into engagement with the cushion retainer (18a,18b), thereby simultaneously fastening and aligning the seat trim cover to the foam bun (12a,12b), wherein each of the plurality of clips (26,26a,26b,26d,26f,26g,26h,26j) comprises: an opposing set of one or more latch elements (30,30a,30b,30',30",58) located on either side of the web, the opposing sets of latch elements (30,30a,30b,30',30",58) being positioned offset from one another along a length of the distal edge of the web; and wherein a first of the latch elements (30,30a,30b,30',30",58) comprises a base (32a,32c,32d,62) attached to a first side of the web, a neck extending from the base to beyond the distal edge of the web, and a head protruding from the neck toward a second side of the web.
A drum type washing machine, comprising: a housing; a tub in the housing and having an opening; a drum in the tub; a rotary driving member in the housing configured to rotate the drum; a tilting driving member between a side wall of the tub and a floor of the housing, configured to provide motive power so as to tilt the tub; and a plurality of damping members (512, 522) between the side wall of the tub and the floor of the housing that support the tub and are varied when the tub is tilted by the tilting driving member to stably support the tub, characterized in that the plurality of damping members (510, 520) are spaced apart from each other around the tilting driving member, and in that the plurality of damping members (510, 520) include: a plurality of first damping portions (511, 521) coupled to the outer peripheral surface of the tub; a plurality of second damping portions (513, 523) coupled to the housing; and a plurality of hinge portions (512, 522) foldably or pivotally coupling the plurality of first damping portions (511, 521) and the plurality of second damping portions (513, 523), wherein the plurality of hinge portions (512, 522) are moved in a direction to be distant from each other when the tub is tilted in a direction in which the opening faces upward. a housing; a tub in the housing and having an opening; a drum in the tub; a rotary driving member in the housing configured to rotate the drum; a tilting driving member between a side wall of the tub and a floor of the housing, configured to provide motive power so as to tilt the tub; and a plurality of damping members (512, 522) between the side wall of the tub and the floor of the housing that support the tub and are varied when the tub is tilted by the tilting driving member to stably support the tub, characterized in that the plurality of damping members (510, 520) are spaced apart from each other around the tilting driving member, and in that the plurality of damping members (510, 520) include: a plurality of first damping portions (511, 521) coupled to the outer peripheral surface of the tub; a plurality of second damping portions (513, 523) coupled to the housing; and a plurality of hinge portions (512, 522) foldably or pivotally coupling the plurality of first damping portions (511, 521) and the plurality of second damping portions (513, 523), wherein the plurality of hinge portions (512, 522) are moved in a direction to be distant from each other when the tub is tilted in a direction in which the opening faces upward.
Method for producing a digital photo, the method comprising: taking a photo with a known geometry of the optical system with which the photo is taken, said photo comprising pixels; recording the position from which the photo has been taken; recording the direction in which the photo has been taken; providing a three-dimensional model comprising points which are comprised by at least an outer surface of an object in the field of view of the position where the photo has been taken, wherein each point comprises position information, wherein the position information of a point is indicative of a position in space of a part of said object corresponding to said point; characterised by further comprising: finding a first position in the three-dimension model that corresponds to the recorded position from which the photo has been taken; determining, for each pixel, a point in the three-dimensional model that corresponds to that pixel; determining, for each pixel, position information on the basis of the position information of the point in the three-dimensional model that corresponds to that pixel and the first position; and recording the determined position information in a manner associated with that pixel. taking a photo with a known geometry of the optical system with which the photo is taken, said photo comprising pixels; recording the position from which the photo has been taken; recording the direction in which the photo has been taken; providing a three-dimensional model comprising points which are comprised by at least an outer surface of an object in the field of view of the position where the photo has been taken, wherein each point comprises position information, wherein the position information of a point is indicative of a position in space of a part of said object corresponding to said point; characterised by further comprising: finding a first position in the three-dimension model that corresponds to the recorded position from which the photo has been taken; determining, for each pixel, a point in the three-dimensional model that corresponds to that pixel; determining, for each pixel, position information on the basis of the position information of the point in the three-dimensional model that corresponds to that pixel and the first position; and recording the determined position information in a manner associated with that pixel. finding a first position in the three-dimension model that corresponds to the recorded position from which the photo has been taken; determining, for each pixel, a point in the three-dimensional model that corresponds to that pixel; determining, for each pixel, position information on the basis of the position information of the point in the three-dimensional model that corresponds to that pixel and the first position; and recording the determined position information in a manner associated with that pixel.
A vehicle battery maintenance system comprising: a battery charger; and a central data unit, wherein the CDU is in communication with the battery charger and is configured to gather data from an existing vehicle battery and an existing vehicle electrical load; and wherein the CDU is configured to: (a) collect energy consumption data from the existing vehicle battery; (b) maintain a clock and a calendar; (c) create an energy consumption profile for the vehicle by tracking the energy consumption data collected from the vehicle battery over a time period of use, the timing of the use, and the date of use of the vehicle; (d) predict the amount of energy needed by the battery during a subsequent use of the vehicle based on the energy consumption profile; (e) use the energy consumption data and the prediction of the amount of energy needed to generate charging instructions for the battery charger; and (f) output the charging instructions to the battery charger. a battery charger; and a central data unit, wherein the CDU is in communication with the battery charger and is configured to gather data from an existing vehicle battery and an existing vehicle electrical load; and wherein the CDU is configured to: (a) collect energy consumption data from the existing vehicle battery; (b) maintain a clock and a calendar; (c) create an energy consumption profile for the vehicle by tracking the energy consumption data collected from the vehicle battery over a time period of use, the timing of the use, and the date of use of the vehicle; (d) predict the amount of energy needed by the battery during a subsequent use of the vehicle based on the energy consumption profile; (e) use the energy consumption data and the prediction of the amount of energy needed to generate charging instructions for the battery charger; and (f) output the charging instructions to the battery charger. (a) collect energy consumption data from the existing vehicle battery; (b) maintain a clock and a calendar; (c) create an energy consumption profile for the vehicle by tracking the energy consumption data collected from the vehicle battery over a time period of use, the timing of the use, and the date of use of the vehicle; (d) predict the amount of energy needed by the battery during a subsequent use of the vehicle based on the energy consumption profile; (e) use the energy consumption data and the prediction of the amount of energy needed to generate charging instructions for the battery charger; and (f) output the charging instructions to the battery charger.
An apparatus for transmitting broadcast signal, the apparatus comprising: a packetizer for generating Layered Coding Transport, LCT packets carrying a portion of a delivery object and signaling data, the delivery object including data for multimedia content of the broadcast signal, wherein the LCT packet carrying the portion of the delivery object includes a header having a Transport Object Identifier, TOI, that indicates the delivery object within a session to which the payload of the LCT packet belongs, wherein the signaling data includes mapping information that is used to establish a one-to-one mapping between the TOI and a Uniform Resource Locator, URL, for the delivery object; and a transmitter for transmitting the LCT packets that include the multimedia content transmitted in an object internal structure unit with a variable size using boundary information, that is related to the object internal structure unit, and object type information in real time through a broadcast network, wherein the header in the LCT packet further includes the object type information indicating whether a type of the delivery object being carried in the LCT packet is a media segment type or an initialization segment type. a packetizer for generating Layered Coding Transport, LCT packets carrying a portion of a delivery object and signaling data, the delivery object including data for multimedia content of the broadcast signal, wherein the LCT packet carrying the portion of the delivery object includes a header having a Transport Object Identifier, TOI, that indicates the delivery object within a session to which the payload of the LCT packet belongs, wherein the signaling data includes mapping information that is used to establish a one-to-one mapping between the TOI and a Uniform Resource Locator, URL, for the delivery object; and a transmitter for transmitting the LCT packets that include the multimedia content transmitted in an object internal structure unit with a variable size using boundary information, that is related to the object internal structure unit, and object type information in real time through a broadcast network, wherein the header in the LCT packet further includes the object type information indicating whether a type of the delivery object being carried in the LCT packet is a media segment type or an initialization segment type.
Pyrotechnic mixture for generating a smokescreen, comprising at least one oxidizer, at least one reducer and at least one vaporizable, smoke-forming composition, characterized in that the smoke-forming composition comprises a mixture of at least one saturated, long-chain aliphatic monocarboxylic acid and at least one emulsifier.
An in vitro method for producing a therapeutic composition comprising: harvesting a population of exosomes from cardiospheres or cardiosphere-derived cells (CDCs).
Winding apparatus comprising: - a frame; - a support rotatably mounted on said frame with the possibility of performing a first motion around a first rotation axis; - a first motor axis for rotating said support; - a core on which to wrap material, said core being rotatably mounted on said support with the possibility of performing a second motion around a second rotation axis that is not coaxial with said first rotation axis; - a second motor axis for rotating said core, the winding apparatus being characterized in that said second motor axis comprising a portion that is rotatably coupled with said frame and a portion that is rotatably coupled with said support. - a frame; - a support rotatably mounted on said frame with the possibility of performing a first motion around a first rotation axis; - a first motor axis for rotating said support; - a core on which to wrap material, said core being rotatably mounted on said support with the possibility of performing a second motion around a second rotation axis that is not coaxial with said first rotation axis; - a second motor axis for rotating said core,
1. An in-wall dock for a tablet computer, comprising: means for housing configured to be at least partially disposed within a wall cavity of a wall of a structure; means for receiving the tablet computer, the means for receiving the tablet computer configured to rotate from a first orientation that permits engagement of the tablet computer with the means for receiving to a second orientation that prevents removal of the tablet computer from the means for receiving; means for locking down configured to, when engaged, retain the tablet computer and substantially prevent the tablet computer's removal from the in-wall dock; characterised in that, the means for locking down requires use of a tool or key to be disengaged; and in that the in-wall dock further comprises means for covering configured to secure over the means for housing, and, when so secured, to cover at least a portion of a front face of the means for housing and at least a portion of a front face of the tablet computer. means for housing configured to be at least partially disposed within a wall cavity of a wall of a structure; means for receiving the tablet computer, the means for receiving the tablet computer configured to rotate from a first orientation that permits engagement of the tablet computer with the means for receiving to a second orientation that prevents removal of the tablet computer from the means for receiving; means for locking down configured to, when engaged, retain the tablet computer and substantially prevent the tablet computer's removal from the in-wall dock; characterised in that, the means for locking down requires use of a tool or key to be disengaged; and in that the in-wall dock further comprises means for covering configured to secure over the means for housing, and, when so secured, to cover at least a portion of a front face of the means for housing and at least a portion of a front face of the tablet computer.
A method of deciding a location of a first electronic device by a second electronic device, the method comprising: acquiring an image comprising a host device, the image being acquired at a location of the first electronic device; determining a distance between the first electronic device and the host device based on the acquired image; determining a direction of the second electronic device at a time of the image acquiring; determining a location of the first electronic device based on the determined distance and direction and a preset location of the host device; and storing the determined location, wherein the method further comprises: detecting an identifier of the first electronic device using tag information before acquiring the image comprising the host device; determining whether the first electronic device is registered to the second electronic device based on the detected identifier; and if the first electronic device is not registered to the second electronic device, requesting to acquire the image comprising the host device in the location of the first electronic device to a user. acquiring an image comprising a host device, the image being acquired at a location of the first electronic device; determining a distance between the first electronic device and the host device based on the acquired image; determining a direction of the second electronic device at a time of the image acquiring; determining a location of the first electronic device based on the determined distance and direction and a preset location of the host device; and storing the determined location, wherein the method further comprises: detecting an identifier of the first electronic device using tag information before acquiring the image comprising the host device; determining whether the first electronic device is registered to the second electronic device based on the detected identifier; and if the first electronic device is not registered to the second electronic device, requesting to acquire the image comprising the host device in the location of the first electronic device to a user. detecting an identifier of the first electronic device using tag information before acquiring the image comprising the host device; determining whether the first electronic device is registered to the second electronic device based on the detected identifier; and if the first electronic device is not registered to the second electronic device, requesting to acquire the image comprising the host device in the location of the first electronic device to a user.
A circuit board housing for a pressure measurement system, the circuit board housing (140, 200, 600, 800) adapted to at least partially enclose a pressure detecting component (120, 410) and to couple to a circuit board (130, 420) housed by the circuit board housing (140, 200, 600, 800), the circuit board housing (140, 200, 600, 800) having a substantially cylindrical shape, the circuit board housing (140, 200, 600, 800) comprising a larger diameter section (142, 202, 620) and a smaller diameter section (144, 204, 610), the smaller diameter section (144, 204, 610) adapted to couple to a pressure inlet joint (110, 810), the circuit board housing (140, 200, 600, 800) further characterized by a plurality of columns (210, 500) each formed projecting inwardly from an inner circumference of the circuit board housing (140, 200, 600, 800) such that the columns (210, 500) extend substantially parallel to the longitudinal axis of the circuit board housing (140, 200, 600, 800), each column (210, 500) including a cover (212, 510) provided at an end of the column (210, 500) proximate the larger diameter section (142, 202, 620) of the circuit board housing (140, 200, 600, 800) and adapted to engage with a circuit board (130, 420) housed by the circuit board housing (140, 200, 600, 800).
Evaporator and/or capacitor element having a support structure made from a thermally conductive material having a surface for evaporating or sublimating and/or condensing or resublimating a liquid or solid medium, characterized in that particles of a porous material are embedded in the surface of the support structure in such manner that they partially protrude from this surface.
Apparatus for encompassing a patient's body tissue structure and for resiliently applying pressure to the encompassed tissue comprising: a plurality of bodies that can be implanted in the patient's body and disposed in an array around the tissue structure; means associated with the bodies for resiliently attracting adjacent ones of the bodies in the array to one another; means associated with the bodies for limiting an area encompassed by the bodies to no less than a predetermined non-zero minimum; and a plurality of links, each of which links extends only between a respective pair of the bodies that are adjacent to one another in the array, the link that extends between the bodies in each pair allowing the bodies in that pair to move apart in a direction that is annular of the array, and characterized in that the link that extends between the bodies in each pair has at least one stop for stopping such movement apart of the bodies in that pair when those bodies have moved apart to an upper limit of such movement. a plurality of bodies that can be implanted in the patient's body and disposed in an array around the tissue structure; means associated with the bodies for resiliently attracting adjacent ones of the bodies in the array to one another; means associated with the bodies for limiting an area encompassed by the bodies to no less than a predetermined non-zero minimum; and a plurality of links, each of which links extends only between a respective pair of the bodies that are adjacent to one another in the array, the link that extends between the bodies in each pair allowing the bodies in that pair to move apart in a direction that is annular of the array, and characterized in that the link that extends between the bodies in each pair has at least one stop for stopping such movement apart of the bodies in that pair when those bodies have moved apart to an upper limit of such movement.