mhurhangee/ep-ind-claims huggingface dataset:
A cushion (20, 100, 250) for a wheelchair seat or backrest comprising: • a flexible polymer envelope (34, 110); and • a thixotropic fluid (32, 120) contained within the flexible polymer envelope (34, 110), wherein the thixotropic fluid (32, 120) includes a base fluid containing an encapsulated phase change medium (38, 42, 44, 126) having a phase change temperature between a solid phase and a liquid phase within a range of 20 degrees Celsius to 40 degrees Celsius and a thermal conduction medium, and wherein the thermal conduction medium is a micro-sized particulate material, wherein the micro-sized particulate material has a particle size of 1 micron or less, with preferably the thermal conduction medium being one of graphite, graphene, carbon graphite nanotubes, industrial diamond particulates, silver, aluminum, boron nitride, or copper. • a flexible polymer envelope (34, 110); and • a thixotropic fluid (32, 120) contained within the flexible polymer envelope (34, 110), wherein the thermal conduction medium is a micro-sized particulate material, wherein the micro-sized particulate material has a particle size of 1 micron or less, with preferably the thermal conduction medium being one of graphite, graphene, carbon graphite nanotubes, industrial diamond particulates, silver, aluminum, boron nitride, or copper.
A heat transfer system comprising a heat transfer fluid circulation loop, comprising a heat exchanger disposed in said heat transfer fluid circulation loop, the heat exchanger comprising an aluminum alloy exterior surface having thereon a top surface coat on at least a portion of the heat exchanger of a mixed-metal oxide layer integrated with the aluminum alloy, derived from a composition comprising a trivalent chromium salt and an alkali metal hexafluorozirconate.
A method for manufacturing a thin plate, the thin plate having a conductive material component that exists, without dissolving, in a metal matrix exhibiting corrosion resistance by passivation, except one that is subjected to press forming, the method comprising: injecting a metal powder used for the metal matrix and a powder of the conductive material from an injection gun with flame toward a substrate so that the metal powder is melted, and then cooling with cooling gas before the flame reaches the substrate so as to provide a composite plate with a coating laminated on the substrate.
A method for making a branched polylactide composition, comprising the steps of I. forming a molten mixture of: i) a starting linear polylactide resin or mixture of linear polylactide resins; ii) 0.05 to 1.5 weight percent, based on the weight of component i), of at least one polyene compound selected from triallyl cyanurate and triallyl isocyanurate; and iii) 0.001 to 0.2 weight percent, based on the weight of component i), of at least one cyclic peroxide; and II. reacting the molten mixture at a temperature sufficient to decompose component iii) and branch at least a portion of the linear polylactide resins. I. forming a molten mixture of: i) a starting linear polylactide resin or mixture of linear polylactide resins; ii) 0.05 to 1.5 weight percent, based on the weight of component i), of at least one polyene compound selected from triallyl cyanurate and triallyl isocyanurate; and iii) 0.001 to 0.2 weight percent, based on the weight of component i), of at least one cyclic peroxide; and i) a starting linear polylactide resin or mixture of linear polylactide resins; ii) 0.05 to 1.5 weight percent, based on the weight of component i), of at least one polyene compound selected from triallyl cyanurate and triallyl isocyanurate; and iii) 0.001 to 0.2 weight percent, based on the weight of component i), of at least one cyclic peroxide; and II. reacting the molten mixture at a temperature sufficient to decompose component iii) and branch at least a portion of the linear polylactide resins.
Roll-up measuring tape having - a housing, and - an extensible measuring tape, wherein the extensible measuring tape is designed to protrude out of a housing slot, wherein a clamping and measuring device is provided which is extendable out of the housing, and which is arranged in front of the housing slot in the extended state, and which functions as a clamping and measuring device for exact reading of a measurement scale on the measuring tape and/or for the clamping of a measuring test specimen, wherein the clamping and measuring device is designed in the shape of a hook and preferably has a straight reading edge, and wherein an electronic reading device is present in the housing for electronic reading of the measurement scale and is designed to send the measuring result via a wireless protocol to a remote receiver via a request signal that takes the form of a push of a button on an electric switch (81, 82, 83), wherein the electronic reading device can be calibrated and/or is approvable, and wherein an electronic switch, present in the housing, is designed to detect the extended state of the extendable clamping and measuring device and to forward this to the electronic reading device, which is designed to subtract a predefined value from the measuring result in this state in order to take into account the position of the extendable clamping and measuring device during the measuring result, wherein this measured value correction can be carried out selectively for measurements on the inner and outer edges of the clamping and measurement device. - a housing, and - an extensible measuring tape, wherein the extensible measuring tape is designed to protrude out of a housing slot, wherein a clamping and measuring device is provided which is extendable out of the housing, and which is arranged in front of the housing slot in the extended state, and which functions as a clamping and measuring device for exact reading of a measurement scale on the measuring tape and/or for the clamping of a measuring test specimen, wherein the clamping and measuring device is designed in the shape of a hook and preferably has a straight reading edge, and wherein an electronic reading device is present in the housing for electronic reading of the measurement scale and is designed to send the measuring result via a wireless protocol to a remote receiver via a request signal that takes the form of a push of a button on an electric switch (81, 82, 83), wherein the electronic reading device can be calibrated and/or is approvable, and wherein an electronic switch, present in the housing, is designed to detect the extended state of the extendable clamping and measuring device and to forward this to the electronic reading device, which is designed to subtract a predefined value from the measuring result in this state in order to take into account the position of the extendable clamping and measuring device during the measuring result, wherein this measured value correction can be carried out selectively for measurements on the inner and outer edges of the clamping and measurement device.
A liquid ejecting head comprising: a pair of actuator plates in which a plurality of channels (54, 55) which extend in a first direction are arranged at a distance in a second direction which is orthogonal to the first direction, the actuator plates being disposed to face each other in a third direction orthogonal to the first direction and the second direction; a return plate which is disposed on an opening end side of the channels in the pair of actuator plates, and in which a circulation passage communicating with the channels is formed; and characterized by a flow passage plate which is disposed between the pair of actuator plates, and in which an inlet flow passage into which a liquid flows and an outlet flow passage which communicates with the circulation passage are formed to be arranged in the first direction. a pair of actuator plates in which a plurality of channels (54, 55) which extend in a first direction are arranged at a distance in a second direction which is orthogonal to the first direction, the actuator plates being disposed to face each other in a third direction orthogonal to the first direction and the second direction; a return plate which is disposed on an opening end side of the channels in the pair of actuator plates, and in which a circulation passage communicating with the channels is formed; and characterized by a flow passage plate which is disposed between the pair of actuator plates, and in which an inlet flow passage into which a liquid flows and an outlet flow passage which communicates with the circulation passage are formed to be arranged in the first direction.
A capture array for spatial detection and analysis of nucleic acids in a tissue sample, comprising a plurality of capture sites, wherein each capture site comprises a pair of probes immobilized on a surface, wherein a first probe of the pair of probes comprises a first primer binding region sequence and a unique spatial address region sequence and does not comprise a capture region sequence, and wherein a second probe of the pair of probes comprises a second primer binding region sequence and the capture region sequence and does not comprise the spatial address region sequence, wherein the capture region sequence comprises a poly-T capture sequence and the poly-T capture sequence is configured to hybridize to a target nucleic acid comprising a poly-A tail; or the capture region sequence comprises a gene-specific capture sequence and the gene-specific capture sequence is configured to hybridize to a target nucleic acid comprising a gene-specific sequence; or the capture region sequence comprises a random primer capture sequence and the random primer capture sequence is configured to hybridize to a target nucleic acid comprising a sequence complementary to the random primer capture sequence.
A method for the bidirectional address conversion in SIP-controlled user data streams (ND IPv4, ND IPv6) between IPv4-enabled data terminals and IPv6-enabled data terminals by means of an address converter and an SIP server with the following steps: a) detecting, by an SIP server, the establishment of a connection from an IPv6-enabled data terminal as the calling subscriber to an IPv4-enabled data terminal as the called subscriber based on a message from the called IPv4-enabled data terminal rejecting said connection request, b) determining, by said address converter, a respective compatible IPv4 address as the destination address of the connection and transmitting said IPv4 address to the IPv4-enabled data terminal when establishing a connection from an IPv6-enabled data terminal to an IPv4-enabled data terminal, c) determining, by said address converter, a respective compatible IPv6 address as the destination address of the connection and transmitting said compatible IPv6 address to the IPv6-enabled data terminal, d) receiving, by said address converter, the user data packets (ND IPv4, ND IPv6) sent by said data terminals (T1, T2) to said respective destination addresses, and e) exchanging, by said address converter, the corresponding destination address in the user data packets (ND IPv4, ND IPv6) and sending said user data packets (ND IPv4, ND IPv6) to the destination address of the respective connection partner. a) detecting, by an SIP server, the establishment of a connection from an IPv6-enabled data terminal as the calling subscriber to an IPv4-enabled data terminal as the called subscriber based on a message from the called IPv4-enabled data terminal rejecting said connection request, b) determining, by said address converter, a respective compatible IPv4 address as the destination address of the connection and transmitting said IPv4 address to the IPv4-enabled data terminal when establishing a connection from an IPv6-enabled data terminal to an IPv4-enabled data terminal, c) determining, by said address converter, a respective compatible IPv6 address as the destination address of the connection and transmitting said compatible IPv6 address to the IPv6-enabled data terminal, d) receiving, by said address converter, the user data packets (ND IPv4, ND IPv6) sent by said data terminals (T1, T2) to said respective destination addresses, and e) exchanging, by said address converter, the corresponding destination address in the user data packets (ND IPv4, ND IPv6) and sending said user data packets (ND IPv4, ND IPv6) to the destination address of the respective connection partner.
Exterior aircraft light unit, comprising: a mounting structure, a plurality of first light sources arranged on the mounting structure, and a lens cover arranged over the plurality of first light sources, the lens cover having a convex shape at least in a first cross-sectional plane, wherein the exterior aircraft light unit is configured to be installed in an aerodynamic structure of an airplane wing, characterized in that the plurality of first light sources are arranged in a curved pattern, with the curved pattern having the same direction of curvature as the convex shape of the lens cover in the first cross-sectional plane and with the respective normal light emission directions of each of the plurality of first light sources being angled away with respect to each other and oriented towards the lens cover in the first cross-sectional plane, and the exterior aircraft light unit further comprises a refractive optical element arranged between the plurality of first light sources and the lens cover, with the refractive optical element having a curved shape extending along the curved pattern of the plurality of light sources. a mounting structure, a plurality of first light sources arranged on the mounting structure, and a lens cover arranged over the plurality of first light sources, the lens cover having a convex shape at least in a first cross-sectional plane, wherein the exterior aircraft light unit is configured to be installed in an aerodynamic structure of an airplane wing, characterized in that the plurality of first light sources are arranged in a curved pattern, with the curved pattern having the same direction of curvature as the convex shape of the lens cover in the first cross-sectional plane and with the respective normal light emission directions of each of the plurality of first light sources being angled away with respect to each other and oriented towards the lens cover in the first cross-sectional plane, and the exterior aircraft light unit further comprises a refractive optical element arranged between the plurality of first light sources and the lens cover, with the refractive optical element having a curved shape extending along the curved pattern of the plurality of light sources.
A radio frequency identification, RFID, terminal, comprising: a directional antenna module configured to directionally receive a signal transmitted by an electronic tag on an item in a region to be read; a camera configured to collect an image of the region to be read; a control unit configured to screen information of a target item from the signal received by the directional antenna module; and a display screen configured to display the image of the region to be read and for a user's operation to select the item in the image; characterized in that the display screen is configured for the user's operation to select a first region and a second region in the image, respectively; and in that the RFID terminal further reads information of the item in an intersection set region, an union set region, or a complementary set region between the first region and the second region according to a preset manner, wherein the intersection set region refers to a region where the first region intersects with the second region; the union set region refers to a region where the first region and the second region are merged; and the complementary set region refers to a region of the first region from which the second region is removed or a region of the second region from which the first region is removed. a directional antenna module configured to directionally receive a signal transmitted by an electronic tag on an item in a region to be read; a camera configured to collect an image of the region to be read; a control unit configured to screen information of a target item from the signal received by the directional antenna module; and a display screen configured to display the image of the region to be read and for a user's operation to select the item in the image; characterized in that the display screen is configured for the user's operation to select a first region and a second region in the image, respectively; and in that the RFID terminal further reads information of the item in an intersection set region, an union set region, or a complementary set region between the first region and the second region according to a preset manner, wherein the intersection set region refers to a region where the first region intersects with the second region; the union set region refers to a region where the first region and the second region are merged; and the complementary set region refers to a region of the first region from which the second region is removed or a region of the second region from which the first region is removed.
A method for assigning transmission resources to communications between an access node and a plurality of subscriber devices (41 to 47) coupled to a shared transmission medium, and comprising characterizing interference between respective ones of the plurality of subscriber devices over the shared transmission medium, grouping highly-interfering subscriber devices into respective interfering groups (G1, G2, G3, G4) based on the so-characterized interference, and assigning disjoint transmission time intervals to upstream communication from any one subscriber device of any one interfering group and to downstream communication towards any other subscriber device of the same interfering group.
Construction panel in the form of a plasterboard or similar material board provided with a lining (12, 13) on each side and having a cutout (16, 17, 27) on one side, which cutout makes it possible to fold over the parts of the panel on either side of the cutout, in which a profile is fixed in the cutout and in which an adhesive material is applied to the profile; characterized in that: - the cutout is formed by a rectangular milling and another, triangular milling arranged on one side of the rectangular milling, the triangular milling passing completely through the board but without passing through the lining; and - the profile having an L-shaped part arranged in an angle of the rectangular milling, the L-shaped part being extended by a slanting part arranged on one side of the triangular milling, the slanting part extending to the level of the surface of the board. - the cutout is formed by a rectangular milling and another, triangular milling arranged on one side of the rectangular milling, the triangular milling passing completely through the board but without passing through the lining; and - the profile having an L-shaped part arranged in an angle of the rectangular milling, the L-shaped part being extended by a slanting part arranged on one side of the triangular milling, the slanting part extending to the level of the surface of the board.
A beverage product comprising: liquid; and 25-40 wt% enzymatically-treated pomace, wherein the enzymatically-treated pomace is derived from pomace selected from a group consisting of at least one fruit, at least one vegetable, or a combination thereof; wherein the beverage product has a viscosity measured with spindle #2 of a Brookfield viscometer at 20 r.p.m. of between 700-1800 cP at 20 °C; and wherein the beverage product comprises at least 1 wt% fiber. liquid; and 25-40 wt% enzymatically-treated pomace, wherein the enzymatically-treated pomace is derived from pomace selected from a group consisting of at least one fruit, at least one vegetable, or a combination thereof; wherein the beverage product has a viscosity measured with spindle #2 of a Brookfield viscometer at 20 r.p.m. of between 700-1800 cP at 20 °C; and wherein the beverage product comprises at least 1 wt% fiber.
A surgical clip, comprising: a. a rigid portion comprising a pair of opposed first and second leg members (120,140) having proximal (120a,140a) and distal ends (120b,140b) with a knee portion formed therebetween; and b. an apex having opposed ends joining the proximal ends of said first and second leg members; and c. a compliant portion formed on both inner surfaces of said first and second leg members, wherein said compliant portion is more compliant than said rigid portion, characterized in that said surgical clip defines a longitudinal centerline, and said compliant portion comprises a plurality of ribs extending away from said inner surface towards said longitudinal centerline, and wherein, when the clip is in a formed position, ribs of a first portion of said plurality of ribs overlap and interlock and ribs of a second portion of said plurality of ribs interfere to cause a desired pressure distribution on tissue to be ligated. a. a rigid portion comprising a pair of opposed first and second leg members (120,140) having proximal (120a,140a) and distal ends (120b,140b) with a knee portion formed therebetween; and b. an apex having opposed ends joining the proximal ends of said first and second leg members; and c. a compliant portion formed on both inner surfaces of said first and second leg members, wherein said compliant portion is more compliant than said rigid portion,
An apparatus for measuring a gas within a semiconductor thin film process, such apparatus comprising: an optical resonator; a tunable laser that emits a resonating optical signal that excites the optical resonator at a characteristic frequency of the gas; and a detector that detects an energy of the resonating optical signal within the optical resonator, characterized in that the optical resonator is entirely disposed within an offset connection of a gas stream of an environment of semiconductor thin film process. an optical resonator; a tunable laser that emits a resonating optical signal that excites the optical resonator at a characteristic frequency of the gas; and a detector that detects an energy of the resonating optical signal within the optical resonator,