mhurhangee/ep-ind-claims huggingface dataset:
A thermoelectric power generation device comprising: a substrate and a thermoelectric conversion element formed on one surface of the substrate, the thermoelectric conversion element being formed so that the one surface side is used as a low temperature side; andan electric storage circuit which is formed on other surface of the substrate to store electric energy generated by the thermoelectric conversion element; and a first wiring (3a, 3b) which is a wiring formed on the other surface of the substrate to electrically connect the thermoelectric conversion element and the electric storage circuit to each other, characterized by: a heat radiation fin which is disposed above the other surface of the substrate to cover the first wiring in plan view. a substrate and a thermoelectric conversion element formed on one surface of the substrate, the thermoelectric conversion element being formed so that the one surface side is used as a low temperature side; andan electric storage circuit which is formed on other surface of the substrate to store electric energy generated by the thermoelectric conversion element; and a first wiring (3a, 3b) which is a wiring formed on the other surface of the substrate to electrically connect the thermoelectric conversion element and the electric storage circuit to each other, characterized by: a heat radiation fin which is disposed above the other surface of the substrate to cover the first wiring in plan view. a heat radiation fin which is disposed above the other surface of the substrate to cover the first wiring in plan view.
A blood cell collection system comprising: a centrifuge rotor; a blood processing chamber mounted on said rotor, said blood processing chamber including outlets for a red blood cell line, a plasma line and a white blood cell line; a flushable cell separation chamber in fluid communication with said white blood cell line outlet of said blood processing chamber; a controller; at least one pump controlled by said controller; said at least one pump controlled by said controller being operable to increase fluid flow through said cell separation chamber, whereby said collected cells are emptied from said cell separation chamber; characterized by: a detector coupled to the white blood cell line, said detector being configured to sense optical characteristics of fluid in said white blood cell line; said controller being configured to receive a signal from said detector; said controller being configured to discriminate between types of fluid in said white blood cell line; and said controller being configured to cause collected white blood cells in said cell separation chamber to be emptied in response to the type of fluid in said white blood cell line. a centrifuge rotor; a blood processing chamber mounted on said rotor, said blood processing chamber including outlets for a red blood cell line, a plasma line and a white blood cell line; a flushable cell separation chamber in fluid communication with said white blood cell line outlet of said blood processing chamber; a controller; at least one pump controlled by said controller; said at least one pump controlled by said controller being operable to increase fluid flow through said cell separation chamber, whereby said collected cells are emptied from said cell separation chamber; characterized by: a detector coupled to the white blood cell line, said detector being configured to sense optical characteristics of fluid in said white blood cell line; said controller being configured to receive a signal from said detector; said controller being configured to discriminate between types of fluid in said white blood cell line; and said controller being configured to cause collected white blood cells in said cell separation chamber to be emptied in response to the type of fluid in said white blood cell line. a detector coupled to the white blood cell line, said detector being configured to sense optical characteristics of fluid in said white blood cell line; said controller being configured to receive a signal from said detector; said controller being configured to discriminate between types of fluid in said white blood cell line; and said controller being configured to cause collected white blood cells in said cell separation chamber to be emptied in response to the type of fluid in said white blood cell line.
A method of manufacturing and passivating an implantable medical device including one or more radiopaque markers, the method comprising: providing a metallic implantable medical device body without any radiopaque markers attached thereto; primary electropolishing the implantable medical device body; attaching one or more metallic radiopaque markers to the implantable medical device body, the one or more radiopaque markers comprising a metal that is different from that of the metallic implantable medical device body; and lightly electropolishing the implantable medical device body with one or more attached radiopaque markers, the light electropolishing removing no more than about 5 percent by weight of the implantable medical device body including the one or more attached radiopaque markers; wherein the light electropolishing of the implantable medical device body with one or more attached radiopaque markers passivates an exposed surface of the implantable medical device including the implantable medical device body and the one or more attached radiopaque markers. providing a metallic implantable medical device body without any radiopaque markers attached thereto; primary electropolishing the implantable medical device body; attaching one or more metallic radiopaque markers to the implantable medical device body, the one or more radiopaque markers comprising a metal that is different from that of the metallic implantable medical device body; and lightly electropolishing the implantable medical device body with one or more attached radiopaque markers, the light electropolishing removing no more than about 5 percent by weight of the implantable medical device body including the one or more attached radiopaque markers; wherein the light electropolishing of the implantable medical device body with one or more attached radiopaque markers passivates an exposed surface of the implantable medical device including the implantable medical device body and the one or more attached radiopaque markers.
A method comprising: acquiring a first view of a user of the mobile device; identifying a personal characteristic of the user of the mobile device from the first view; acquiring, with a camera of the mobile device, a second view of a region at the location of the mobile device; selecting augmented reality information for the location as a function of the personal characteristic; and displaying the second view or a representation of the second view with the augmented reality information. acquiring a first view of a user of the mobile device; identifying a personal characteristic of the user of the mobile device from the first view; acquiring, with a camera of the mobile device, a second view of a region at the location of the mobile device; selecting augmented reality information for the location as a function of the personal characteristic; and displaying the second view or a representation of the second view with the augmented reality information.
Method for determining traffic data, comprising the steps of - providing statistical data relating to traffic at links of a street map, - providing driving conditions data relating to links of the street map, the driving conditions data comprising at least one of speed trap data, weather data and road works data, and - determining traffic data based on the statistical data and the driving conditions data, characterized in that the step of determining traffic data comprises the steps of - determining links for which driving conditions data is available; - determining for each of said links for which it is determined that driving conditions data is available a modification coefficient for modifying the statistical data, the step of determining a modification coefficient comprising for each link for which driving conditions data is available: - determining link condition data based on said link and the driving conditions data, - determining statistical link data based on the statistical data and said link, and - determining a modification coefficient for modifying said statistical link data based on said link condition data; and - determining traffic data based on the statistical data and the modification coefficients. - providing statistical data relating to traffic at links of a street map, - providing driving conditions data relating to links of the street map, the driving conditions data comprising at least one of speed trap data, weather data and road works data, and - determining traffic data based on the statistical data and the driving conditions data, - determining links for which driving conditions data is available; - determining for each of said links for which it is determined that driving conditions data is available a modification coefficient for modifying the statistical data, the step of determining a modification coefficient comprising for each link for which driving conditions data is available: - determining link condition data based on said link and the driving conditions data, - determining statistical link data based on the statistical data and said link, and - determining a modification coefficient for modifying said statistical link data based on said link condition data; and - determining link condition data based on said link and the driving conditions data, - determining statistical link data based on the statistical data and said link, and - determining a modification coefficient for modifying said statistical link data based on said link condition data; and - determining traffic data based on the statistical data and the modification coefficients.
A method of charge mitigation in additive layer manufacturing using a charged particle beam to fuse metal powder within a metal powder bed to form a product layer-by-layer, the method comprising: using a charged particle beam optical system to form a charged particle beam, to steer the charged particle beam to be incident on a powder bed of metal powder and to scan over the powder bed to fuse powder into a desired layer shape; while steering the charged particle beam, using a neutralising particle source to generate neutralising particles of an opposite charge to the charged particles in the vicinity of the charged particle beam such that the neutralising particles are attracted to the charged particles of powder in the powder bed; characterised by further comprising steering the charged particle beam using a control signal to which has been applied a correction to compensate for the disturbance of the charged particle beam caused by the neutralising particle source. using a charged particle beam optical system to form a charged particle beam, to steer the charged particle beam to be incident on a powder bed of metal powder and to scan over the powder bed to fuse powder into a desired layer shape; while steering the charged particle beam, using a neutralising particle source to generate neutralising particles of an opposite charge to the charged particles in the vicinity of the charged particle beam such that the neutralising particles are attracted to the charged particles of powder in the powder bed; characterised by further comprising steering the charged particle beam using a control signal to which has been applied a correction to compensate for the disturbance of the charged particle beam caused by the neutralising particle source.
A manufacturing method for a molded article (1, 100) of fiber-reinforced composite material, comprising: preparing a sheet-shaped prepreg that contains reinforcing fibers and a matrix resin composition; preliminarily shaping the prepreg to produce a plurality of partial preforms (21, 31, 41, 51) having shapes (2, 3, 4, 5) obtained by dividing the shape of the molded article molded of the fiber-reinforced composite material; combining the plurality of partial preforms to produce a first partial preform group and a second partial preform group, each of which has the shape of the molded article of the fiber-reinforced composite material, so that end portions of each of the plurality of partial preforms in a direction perpendicular to the thickness direction do not overlap in the thickness direction; bringing the first and second partial preform groups into close contact with each other in the thickness direction to produce the preform; and compression-molding the preform using a molding die to obtain the molded article of fiber-reinforced composite material having a three-dimensional shape, characterized in that preliminarily shaping the prepreg includes preliminarily shaping the planar prepreg into a three-dimensional shape at least by bending or squeezing. preparing a sheet-shaped prepreg that contains reinforcing fibers and a matrix resin composition; preliminarily shaping the prepreg to produce a plurality of partial preforms (21, 31, 41, 51) having shapes (2, 3, 4, 5) obtained by dividing the shape of the molded article molded of the fiber-reinforced composite material; combining the plurality of partial preforms to produce a first partial preform group and a second partial preform group, each of which has the shape of the molded article of the fiber-reinforced composite material, so that end portions of each of the plurality of partial preforms in a direction perpendicular to the thickness direction do not overlap in the thickness direction; bringing the first and second partial preform groups into close contact with each other in the thickness direction to produce the preform; and compression-molding the preform using a molding die to obtain the molded article of fiber-reinforced composite material having a three-dimensional shape, characterized in that preliminarily shaping the prepreg includes preliminarily shaping the planar prepreg into a three-dimensional shape at least by bending or squeezing.
A skincare composition, comprising: a. at least one clay, b. at least one first binding agent, being a polyethylene glycol polymer or co-polymer with M n of less than 1300; and c. at least one second binding agent, being a polybutene with M n of less than 3000 wherein M n means the number average molecular weight. a. at least one clay, b. at least one first binding agent, being a polyethylene glycol polymer or co-polymer with M n of less than 1300; and c. at least one second binding agent, being a polybutene with M n of less than 3000 wherein M n means the number average molecular weight.
Tumble dryer comprising a drum rotatably mounted in a housing, a loading opening which can be closed by a door, and a fan and a heating device for generating a process air flow which, when the door is locked, flows through the drum via a corresponding opening provided with a lint filter in the edge of the loading opening, which opening forms a portion of the filling ring, the lint filter being formed from at least one screen insert having a filter level or a plurality of filter levels (13, 14), which screen insert is arranged below a tendon or arc formed by the filling ring, and the region of the tendon or the arc which passes over the screen insert being designed as a coarse screen, characterised in that the screen insert is formed from a crescent-shaped hollow body which fills the space between the coarse screen and the lower edge region of the loading opening in a flush manner and which forms a portion of the filling ring on the front of the housing, is inserted or integrated therein in a form-fitting manner, and can be inserted/removed from the front in the horizontal direction.
Refrigerated display cabinet comprising a display area for the food products, which comprises a full or partial cover that may comprise cleaning liquid sprayers, liquid collection means and cooling means associated with means for generating a circulating air flow through said cooling means and the display area, where the circulating flow-generating means comprise reversible means, characterised in that the reversible means comprise, at least, two impellers (14, 14a) configured for alternatively impelling the circulating air flow in opposite directions associated with corresponding opposing end openings disposed in the display area, where the reversal of the circulating air flow is governed by a controller associated with temperature sensors distributed throughout the display area and/or time bases of the controller, such that the temperatures throughout the display area are homogenized for achieving better preservation of the products displayed.
A high frequency heating apparatus comprising a reflector and a high frequency generator which generates high frequency to heat a substrate, wherein a distance from the substrate to the high frequency generator is (n/2) *λ, where n is a natural number ranging from 1 to 6, and λ is a wavelength of the high frequency that is generated by the high frequency generator, wherein the high frequency generator comprises a plurality of high frequency generators (210, 220, 230), wherein the high frequency heating apparatus further comprises a reflector which reflects the high frequency that is generated by the high frequency generator or plurality of high frequency generators (210, 220, 230) toward the substrate, wherein the reflector partitions the plurality of high frequency generators (210, 220, 230) into groups each including at least one high frequency generator of the plurality of high frequency generators (210, 220, 230), wherein the reflector comprises a first reflecting portion which forms a partition between high frequency generators of the plurality of high frequency generators (210, 220, 230) which are spaced apart from each other and wherein the plurality of high frequency generators (210, 220, 230) are arranged in a plurality of rows, and the first reflecting portion partitions the rows of high frequency generators.
A non-woven fibrous web comprising: a plurality of first fibers that are melt blown fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter of up to 10 micrometers, and a plurality of second fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter greater than 10 micrometers; wherein the plurality of second fibers are staple fibers interspersed within the plurality of first fibers; wherein the non-woven fibrous web has one or more layers processed in situ to provide one or more densified layers, respectively, alongside one or more adjacent layers within a unitary construction, the one or more densified layers being densified relative to a remaining portion of the non-woven fibrous web, and at least one major surface processed to form at least one of said one or more densified layers; and wherein the fibers of the non-woven fibrous web are bonded with substantially no melting of the fibers or loss of their fiber structure, so that the fibers remain as discrete fibers with their original fiber dimensions. a plurality of first fibers that are melt blown fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter of up to 10 micrometers, and a plurality of second fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter greater than 10 micrometers; wherein the plurality of second fibers are staple fibers interspersed within the plurality of first fibers; wherein the non-woven fibrous web has one or more layers processed in situ to provide one or more densified layers, respectively, alongside one or more adjacent layers within a unitary construction, the one or more densified layers being densified relative to a remaining portion of the non-woven fibrous web, and at least one major surface processed to form at least one of said one or more densified layers; and wherein the fibers of the non-woven fibrous web are bonded with substantially no melting of the fibers or loss of their fiber structure, so that the fibers remain as discrete fibers with their original fiber dimensions.
An attachment device for securing a shelter to a rigid structure, the shelter comprising a flexible panel, and the attachment device comprising: - an anchor element for securing to a surface of the rigid structure, the anchor element comprising a suction disc, the suction disc comprising on opposite sides a first surface and a second surface, the first surface being configured to create a partial vacuum between the anchor element and said surface whereby, in use, the anchor element is secured to said surface, the anchor element further comprising a projection that extends in a direction away from the surface of the structure when the anchor element is secured to the structure; - a clamping element including means for engaging with the projection to secure the clamping element to the anchor element; and - a grip element located between at least a part of the anchor element and the clamping element, the projection extending through an aperture in the grip element, and characterised in that: the grip element comprises a dome-shaped disc to allow a central region of the first surface of the suction disc to be pulled in a direction away from said surface of the structure to create the partial vacuum while an edge region of the first surface remains in contact with said surface of the structure, and the grip element further comprises a radial flange that extends from a circumferential edge of the dome-shaped disc and, in use, a part of said flexible panel is clamped between the flange of the grip element and a part of the anchor element. - an anchor element for securing to a surface of the rigid structure, the anchor element comprising a suction disc, the suction disc comprising on opposite sides a first surface and a second surface, the first surface being configured to create a partial vacuum between the anchor element and said surface whereby, in use, the anchor element is secured to said surface, the anchor element further comprising a projection that extends in a direction away from the surface of the structure when the anchor element is secured to the structure; - a clamping element including means for engaging with the projection to secure the clamping element to the anchor element; and - a grip element located between at least a part of the anchor element and the clamping element, the projection extending through an aperture in the grip element,