mhurhangee/ep-ind-claims huggingface dataset:
A joint for constructions (1; 100) including: - a first element (2; 102) having a first coupling interface (14; 112); - a second element (4; 104) having a second coupling interface (24; 112); and - an interface element (6; 6*; 106) configured for coupling with said first coupling interface (14; 112) and said second coupling interface (24; 112) to impose a desired relative angular position on said first element (2; 102) and said second element (4; 104) of the joint (1; 100), wherein: said interface element (6; 6*; 106) includes a first positioning structure (28; R102) configured for engaging with said first coupling interface (14; 112); and said interface element (6; 6*; 106) includes a second positioning structure (30; R104) configured for engaging with said second coupling interface (24; 112), wherein said first positioning structure (28; R102) and said second positioning structure (30; R104) of said interface element (6; 6*; 106) are angularly staggered (α) with respect to one another, the joint (1; 100) being characterized in that the first positioning structure (28; R102) and the second positioning structure (30; R104) include a respective series of positioning elements (28, 30; R102, R104), wherein each series of positioning elements (28, 30; R102, R104) includes an interruption (280, 300) defining a positioning reference, whereby the angular staggering (α) between the first and second positioning structures (28, 30; R102, R104) can be imposed by setting the relative angular position between said positioning references. - a first element (2; 102) having a first coupling interface (14; 112); - a second element (4; 104) having a second coupling interface (24; 112); and - an interface element (6; 6*; 106) configured for coupling with said first coupling interface (14; 112) and said second coupling interface (24; 112) to impose a desired relative angular position on said first element (2; 102) and said second element (4; 104) of the joint (1; 100), said interface element (6; 6*; 106) includes a first positioning structure (28; R102) configured for engaging with said first coupling interface (14; 112); and said interface element (6; 6*; 106) includes a second positioning structure (30; R104) configured for engaging with said second coupling interface (24; 112), wherein said first positioning structure (28; R102) and said second positioning structure (30; R104) of said interface element (6; 6*; 106) are angularly staggered (α) with respect to one another, the joint (1; 100) being characterized in that the first positioning structure (28; R102) and the second positioning structure (30; R104) include a respective series of positioning elements (28, 30; R102, R104), wherein each series of positioning elements (28, 30; R102, R104) includes an interruption (280, 300) defining a positioning reference, whereby the angular staggering (α) between the first and second positioning structures (28, 30; R102, R104) can be imposed by setting the relative angular position between said positioning references.
A tunnel with safety or emergency structures for evacuating persons, said tunnel comprising a hanging drift or passage formed by adjoining modular elements, said modular elements having a central walking-on portion and side walls, said tunnel further comprising, at preset spacings, a plurality of controlled access arrangements for communicating the tunnel floor and said suspended drift or passage, characterized in that said modular elements are coupled to the tunnel vault by coupling tie-rods, said side walls of said modular elements having end portions tightly engaged with said tunnel vault.
A composition for treating sugar solutions, said composition comprising a mixture of one or more compounds that are sources of ammonium that obtain a pH in water solution above pH 7.0, at least one polymer decolorant, and at least one particulate activated carbon, wherein the source of ammonium is selected from the group consisting of ammonium bicarbonate (NH 4 HCO 3), ammonium phosphate dibasic ((NH 4) 2 HPO 4), and ammonium sulfite ((NH 4) 2 SO 3).
A textile fabric containing at least a first electrically conductive thread and a second electrically conductive thread, the first electrically conductive thread and the second electrically conductive thread crossing at a first crossover point, characterised in that the textile fabric further comprises at least one electrical connector (50; 60; 70) configured for establishing an electrical connection between the first electrically conductive thread and the second electrically conductive thread, the electrical connector containing a first contact pad, in electrical contact with the first electrically conductive thread, and, a second contact pad, in electrical contact with the second electrically conductive thread, and in that the at least one electrical connector further comprises at least a first stretchable electrical interconnection configured for connecting the first contact pad with the second contact pad.
A composite composition comprising, by weight with respect to the weight of the composite composition: - at least 75.00% of gold particles, - 2% to 10% of titanium nitride particles, - 5% to 15% of an epoxy resin, - 0.5% to 6.0% of fibres of an electrically conductive material, the gold particles being more than 600 nm in size. - at least 75.00% of gold particles, - 2% to 10% of titanium nitride particles, - 5% to 15% of an epoxy resin, - 0.5% to 6.0% of fibres of an electrically conductive material, the gold particles being more than 600 nm in size.
Modular luminaire assembly for a luminaire, comprising - at least one LED, - at least a PCB, whereby the at least one LED is arranged on the at least one PCB, - a support element on which the at least one PCB is mounted, - at least a pressure element which is arranged so that it at least presses a PCB against a surface region of the support element, - an optically active element that is so arranged that it optically influences the light emitted from the at least one LED, characterised in that, - the at least one pressure element is further formed to hold the optically active element, while the pressure element holds the optically active element on the support element. - at least one LED, - at least a PCB, whereby the at least one LED is arranged on the at least one PCB, - a support element on which the at least one PCB is mounted, - at least a pressure element which is arranged so that it at least presses a PCB against a surface region of the support element, - an optically active element that is so arranged that it optically influences the light emitted from the at least one LED, characterised in that, - the at least one pressure element is further formed to hold the optically active element, while the pressure element holds the optically active element on the support element.
A bariatric device for achieving weight loss, comprising: a. a cardiac element, which is adapted to apply at least intermittent pressure to the cardia wall, when positioned at the cardiac region of the stomach, b. a fixation element (31; 71), adapted to fix the cardiac element to the cardiac region of the stomach, and c. a spacer (26; 27; 60) for adjusting the pressure applied by the cardiac element to the cardia wall, wherein the spacer is: i. a spacer between the cardiac element and the cardia wall; or ii. a spacer between the fixation element and the cardiac element; characterized in that the spacer is comprised of a self-expanding, shape-retaining structure capable of collapsing into a narrow shape, or in that the spacer is comprised of an inflatable body. a. a cardiac element, which is adapted to apply at least intermittent pressure to the cardia wall, when positioned at the cardiac region of the stomach, b. a fixation element (31; 71), adapted to fix the cardiac element to the cardiac region of the stomach, and c. a spacer (26; 27; 60) for adjusting the pressure applied by the cardiac element to the cardia wall, wherein the spacer is: i. a spacer between the cardiac element and the cardia wall; or ii. a spacer between the fixation element and the cardiac element; characterized in that the spacer is comprised of a self-expanding, shape-retaining structure capable of collapsing into a narrow shape, or in that the spacer is comprised of an inflatable body. i. a spacer between the cardiac element and the cardia wall; or ii. a spacer between the fixation element and the cardiac element;
Method for straightening a workpiece with a longitudinal axis, wherein the workpiece, which is held in mounting heads at the end, is bent out from a starting position transversely to the longitudinal axis and bent back again, characterized in that the workpiece is bent out by means of the two mounting heads, which can be aligned coaxially with respect to one another and can be adjusted relative to one another in the direction of the coaxial straightening axis, in directions changing at least in predetermined angular ranges and bent back again.
A heat radiator for a solid insulated switchgear unit, attachable to a bushing conductor of the solid insulated switchgear unit, comprising: a heat radiation member of metal material, having a connection part with a bolt through hole; a housing (91,91A) of solid insulation material, having a head part in which the bushing conductor is insertable and an insulation plug insertion part in which an insulation plug is inserted; and a bolt configured to fasten the heat radiation member to the bushing conductor wherein the insulation plug insertion part and the head part communicate with each other, and the bolt is inserted from the insulation plug insertion part side, through the bolt through hole of the connection part projected in the inside of the head part. a heat radiation member of metal material, having a connection part with a bolt through hole; a housing (91,91A) of solid insulation material, having a head part in which the bushing conductor is insertable and an insulation plug insertion part in which an insulation plug is inserted; and a bolt configured to fasten the heat radiation member to the bushing conductor wherein the insulation plug insertion part and the head part communicate with each other, and the bolt is inserted from the insulation plug insertion part side, through the bolt through hole of the connection part projected in the inside of the head part.
A wellbore servicing tool comprising: a housing comprising an axial flowbore; and a sliding sleeve, wherein the sliding sleeve is slidably, longitudinally movable within the housing; and a floating piston assembly slidably disposed between the housing and the sliding sleeve, wherein the floating piston is configured such that, when unactivated, the floating piston assembly will not apply a force to the sliding sleeve in either a first longitudinal direction or a second longitudinal direction, and when activated, the floating piston assembly will apply a force to the sliding sleeve in the first longitudinal direction, characterised in that the floating piston assembly is configured to be activated upon the application of a fluid pressure to the axial flowbore followed by the reduction of the fluid pressure applied to the axial flowbore. a housing comprising an axial flowbore; and a sliding sleeve, wherein the sliding sleeve is slidably, longitudinally movable within the housing; and a floating piston assembly slidably disposed between the housing and the sliding sleeve, wherein the floating piston is configured such that, when unactivated, the floating piston assembly will not apply a force to the sliding sleeve in either a first longitudinal direction or a second longitudinal direction, and when activated, the floating piston assembly will apply a force to the sliding sleeve in the first longitudinal direction, when unactivated, the floating piston assembly will not apply a force to the sliding sleeve in either a first longitudinal direction or a second longitudinal direction, and when activated, the floating piston assembly will apply a force to the sliding sleeve in the first longitudinal direction, characterised in that the floating piston assembly is configured to be activated upon the application of a fluid pressure to the axial flowbore followed by the reduction of the fluid pressure applied to the axial flowbore.
A method for evaluating the surface of a tire tread, said tread being formed by the repetition of a restricted number of types of basic patterns, juxtaposed circumferentially in a given sequence (ACBUBACC...), and molded with rigid elements, comprising the following steps: - an image of the tread pattern surface is constituted with the aid of a sensor sensitive to the reflection of the light, the image being constituted by the values of physical magnitudes measured by said sensor at each of the points with coordinates i, j of said surface, - the sequence and position of the basic patterns is identified on the image with the aid of an initial model, - images of said basic patterns are isolated and gathered by type, so as to constituted a collection of N images of said basic pattern, - the images of said collection are made to correspond by superposition, - the image of each basic pattern of said collection to be evaluated is compared with a reference image, wherein the value of the physical magnitudes of the reference image is calculated based on the value of each of these physical magnitudes measured on the N images of said collection of images of basic patterns extracted from the image of the tread of the tire. - an image of the tread pattern surface is constituted with the aid of a sensor sensitive to the reflection of the light, the image being constituted by the values of physical magnitudes measured by said sensor at each of the points with coordinates i, j of said surface, - the sequence and position of the basic patterns is identified on the image with the aid of an initial model, - images of said basic patterns are isolated and gathered by type, so as to constituted a collection of N images of said basic pattern, - the images of said collection are made to correspond by superposition, - the image of each basic pattern of said collection to be evaluated is compared with a reference image,
Carbon nanotubes having a pore volume of 0.95 cm 3 /g to 2.0 cm 3 /g as measured in accordance with ASTM D4641 and being an entangled type, wherein the carbon nanotubes have a specific surface area of 200 m 2 /g to 300 m 2 /g as measured by a BET method.
A surgical tool, (50, 330), said tool comprising: a body (80, 332); a shaft (190, 190a) that extends outwardly from the body, the shaft having a bendable section, the bendable section having a distal end and adapted to, when placed in longitudinal compression, resist deformation from a bent shape; a working head located forward of the distal end of said shaft bendable section, the working head capable of performing a therapeutic procedure or a diagnostic function on tissue adjacent the working head; and at least one flexible inelastic cable extending from the body to the shaft bendable section distal end; at least one flexible elastic cable extending from a location proximal to the shaft bendable section to the distal end of the shaft bendable section, said elastic cable being arcuately spaced from said at least one inelastic cable; and wherein the shaft (190, 190a) is moveably mounted to the body (80, 332) so as to be able to move longitudinally relative to said body such that the longitudinal movement of the shaft away from said body results in said at least one inelastic cable placing a tension on said shaft bendable section that results in the shaft bendable section bending around the at least one inelastic cable and the at least one inelastic cable and the at least one elastic cable longitudinally compressing the shaft bendable section. a body (80, 332); a shaft (190, 190a) that extends outwardly from the body, the shaft having a bendable section, the bendable section having a distal end and adapted to, when placed in longitudinal compression, resist deformation from a bent shape; a working head located forward of the distal end of said shaft bendable section, the working head capable of performing a therapeutic procedure or a diagnostic function on tissue adjacent the working head; and at least one flexible inelastic cable extending from the body to the shaft bendable section distal end; at least one flexible elastic cable extending from a location proximal to the shaft bendable section to the distal end of the shaft bendable section, said elastic cable being arcuately spaced from said at least one inelastic cable; and wherein the shaft (190, 190a) is moveably mounted to the body (80, 332) so as to be able to move longitudinally relative to said body such that the longitudinal movement of the shaft away from said body results in said at least one inelastic cable placing a tension on said shaft bendable section that results in the shaft bendable section bending around the at least one inelastic cable and the at least one inelastic cable and the at least one elastic cable longitudinally compressing the shaft bendable section.
A method for producing a moving contact of the tilting type for circuit breakers or the like, comprising a step of feeding a laminar body to a blanking and bending device which is adapted to provide at least one moving contact of the tilting type which extends along a longitudinal direction and has a first contact portion which is adapted to oscillate on a first fixed contact supported by a circuit breaker and at least one second moving contact portion which is designed to face a respective second fixed contact supported by said circuit breaker, characterized in that it comprises a step of arranging, on said laminar body fed to said blanking and bending device, a first element made of electrically conducting filler material and at least one second element made of electrically conducting filler material, said blanking and bending device providing, simultaneously with the blanking and bending of said laminar body in order to obtain said moving contact of the tilting type, the spreading of said first element in order to provide said first contact portion and the coining of said at least one second element in order to provide a respective second moving contact portion.
A method for implementing a session border controller pool, comprising: receiving, by a session border controller in the session border controller pool, a service message of a terminal device, wherein the session border controller pool comprises at least two session border controllers, and the at least two session border controllers in the session border controller pool communicate with the terminal device by using a same IP address, and communicating with a network-side device by using a same IP address; determining, by the session border controller receiving the service message of the terminal device, whether the terminal device is registered in the session border controller pool; and forwarding, by the session border controller receiving the service message of the terminal device, the service message to a session border controller with which the terminal device is registered if the terminal device has been registered in the session border controller pool, so that the session border controller with which the terminal device is registered processes the service message. receiving, by a session border controller in the session border controller pool, a service message of a terminal device, wherein the session border controller pool comprises at least two session border controllers, and the at least two session border controllers in the session border controller pool communicate with the terminal device by using a same IP address, and communicating with a network-side device by using a same IP address; determining, by the session border controller receiving the service message of the terminal device, whether the terminal device is registered in the session border controller pool; and forwarding, by the session border controller receiving the service message of the terminal device, the service message to a session border controller with which the terminal device is registered if the terminal device has been registered in the session border controller pool, so that the session border controller with which the terminal device is registered processes the service message.
A method of at least one of maintaining and restoring the viability of at least one ex-vivo organ subjected to a period of ischemia or hypoxia, comprising: perfusing said at least one organ with reduced energy and enzyme levels from the ischemia or hypoxia with a first medical fluid at a first temperature to reduce or stop catabolic changes, the first temperature being a hypothermic temperature from 4 to 10°C; and switching the perfusion of the organ to an oxygen rich second medical fluid at a second temperature from 12 to 24°C to restore the organ's pre-ischemia energy and enzyme levels, wherein the organ is not returned to the donor. perfusing said at least one organ with reduced energy and enzyme levels from the ischemia or hypoxia with a first medical fluid at a first temperature to reduce or stop catabolic changes, the first temperature being a hypothermic temperature from 4 to 10°C; and switching the perfusion of the organ to an oxygen rich second medical fluid at a second temperature from 12 to 24°C to restore the organ's pre-ischemia energy and enzyme levels, wherein the organ is not returned to the donor.
A coating composition, comprising a resin-inorganic fibers composite prepared by a process comprising the steps of providing inorganic fibers bearing one or more monomer functional groups reactive with a monomer component; and reacting resin-forming monomer components with the inorganic fibers bearing one or more monomer functional groups reactive with a monomer component, to obtain the resin-inorganic fibers composite, wherein the resin is selected from the group consisting of alkyd resin, polyester resin and a combination thereof. providing inorganic fibers bearing one or more monomer functional groups reactive with a monomer component; and reacting resin-forming monomer components with the inorganic fibers bearing one or more monomer functional groups reactive with a monomer component, to obtain the resin-inorganic fibers composite, wherein the resin is selected from the group consisting of alkyd resin, polyester resin and a combination thereof.
A method for producing an epoxy compound, the method comprising reacting an olefin compound with hydrogen peroxide in the presence of a nitrile compound and a silicate, wherein the silicate is at least one selected from sodium silicate and potassium silicate.