mhurhangee/ep-ind-claims huggingface dataset:
An injection molding apparatus, characterized by comprising: a mold (110, 110', 110") having a mold cavity and an inner surface, wherein the inner surface faces the mold cavity; an injection device adapted to inject a material into the mold cavity; and at least one temperature sensing device (130, 130') disposed at the mold (110, 110', 110") and adapted to sense a temperature of the material in the mold cavity, wherein the temperature sensing device (130, 130') and the inner surface have a distance (d) therebetween wherein the mold (110, 110', 110") comprises a transparent portion, and the transparent portion is located at least between the mold cavity and the temperature sensing device (130, 130'), characterized in that the transparent portion is adapted to move relative to other portions of the mold (110, 110', 110") in a translation direction. a mold (110, 110', 110") having a mold cavity and an inner surface, wherein the inner surface faces the mold cavity; an injection device adapted to inject a material into the mold cavity; and at least one temperature sensing device (130, 130') disposed at the mold (110, 110', 110") and adapted to sense a temperature of the material in the mold cavity, wherein the temperature sensing device (130, 130') and the inner surface have a distance (d) therebetween wherein the mold (110, 110', 110") comprises a transparent portion, and the transparent portion is located at least between the mold cavity and the temperature sensing device (130, 130'), characterized in that the transparent portion is adapted to move relative to other portions of the mold (110, 110', 110") in a translation direction.
A rotary electric machine for vehicles, comprising: a rotor; a stator disposed opposed to the rotor; a frame made of aluminum and supporting the rotor and the stator; and a rectifier secured to an outer end face of the frame accommodating the stator and the rotor and having low-loss elements used as rectifying elements (5a - 5f); wherein, the rectifier comprises a positive-side radiator plate joined with positive-side rectifying elements (5a- 5c), a negative-side radiator plate joined with negative-side rectifying elements (5d - 5f); a heat insulator is disposed between the negative-side radiator plate having a ground potential and the frame such that the heat insulator insulates heat passing therebetween, wherein the heat insulator is made of a heat insulating material which is smaller in heat conductivity than aluminum; and a screw directly secures the negative-side radiator plate of the rectifier and the heat insulator to the outer end face of the frame accommodating the stator and the rotor, the screw establishing an electrical connection between the negative-side radiator plate and the frame. a rotor; a stator disposed opposed to the rotor; a frame made of aluminum and supporting the rotor and the stator; and a rectifier secured to an outer end face of the frame accommodating the stator and the rotor and having low-loss elements used as rectifying elements (5a - 5f); wherein, the rectifier comprises a positive-side radiator plate joined with positive-side rectifying elements (5a- 5c), a negative-side radiator plate joined with negative-side rectifying elements (5d - 5f); a heat insulator is disposed between the negative-side radiator plate having a ground potential and the frame such that the heat insulator insulates heat passing therebetween, wherein the heat insulator is made of a heat insulating material which is smaller in heat conductivity than aluminum; and a screw directly secures the negative-side radiator plate of the rectifier and the heat insulator to the outer end face of the frame accommodating the stator and the rotor, the screw establishing an electrical connection between the negative-side radiator plate and the frame.
A portable dispenser comprising a sealed container, the sealed container comprising: - a deformable bag positioned inside the sealed container in which a pressurised liquid is stored; - a valve for introducing pressurised gas between the walls of the sealed container and the deformable bag; characterised in that - the sealed container comprises a threaded neck; - the dispenser comprising a threaded lid which is threadable on the threaded neck of the sealed container; - the lid comprising three holes for a liquid outlet, a liquid inlet and a manometer; - a manometer is coupled to the lid to measure the pressure inside the deformable bag; - in use, the upper portion of the deformable bag is trapped by the joint between the threaded lid and the perimeter of the threaded neck, whereby the deformable bag acts as an O-ring. - a deformable bag positioned inside the sealed container in which a pressurised liquid is stored; - a valve for introducing pressurised gas between the walls of the sealed container and the deformable bag; - the sealed container comprises a threaded neck; - the dispenser comprising a threaded lid which is threadable on the threaded neck of the sealed container; - the lid comprising three holes for a liquid outlet, a liquid inlet and a manometer; - a manometer is coupled to the lid to measure the pressure inside the deformable bag; - in use, the upper portion of the deformable bag is trapped by the joint between the threaded lid and the perimeter of the threaded neck, whereby the deformable bag acts as an O-ring.
An adhesive masking article for shielding a protected work surface from a coating applied to a surface adjacent the protected work surface, the masking article comprising: (a) a backing layer having first and second opposed major surfaces (6a, 6b), and at least one edge (6c, 6d); (b) an adhesive on at least a portion of at least one of the first and second backing layer opposed major surfaces (6a, 6b); characterized in that the masking article includes (c) a water soluble cationic barrier inducing compound present on at least the edge (6c, 6d) of the masking article to contact the coating when the coating comes into contact with the edge (6c, 6d) of the backing layer. (a) a backing layer having first and second opposed major surfaces (6a, 6b), and at least one edge (6c, 6d); (b) an adhesive on at least a portion of at least one of the first and second backing layer opposed major surfaces (6a, 6b); characterized in that the masking article includes (c) a water soluble cationic barrier inducing compound present on at least the edge (6c, 6d) of the masking article to contact the coating when the coating comes into contact with the edge (6c, 6d) of the backing layer.
Stretcher support to be installed in health compartments of ambulances, comprising an upper surface adapted to support a stretcher or a patient, one or more means and/or systems for supplying and/or distributing medical gases, including vacuum, and/or distributing electrical power, cables, pipes, and/or providing stretcher locking mechanisms, said means and/or systems being provided in suitable channels obtained and/or passed through the support, characterized in that said upper surface is made as a series of aluminum sections, at least one of said sections being hollow to be able to act as one of said channels for the medical gases.
An endoscopy sigmoid support apparatus, comprising: a primary wrap comprising a band including elastic material, the band being sized for placement around a subject's lower abdomen to apply constant pressure and support to the subject's abdomen in order to facilitate passage of an endoscope; a closing mechanism provided at the end of the primary wrap to secure the primary wrap around the abdomen of the subject by attaching a first end of the primary wrap to a second portion of the primary wrap, wherein the closing mechanism is configured to secure the first end of the primary wrap to the second portion of the primary wrap; and characterised by further comprising: a strap (48, 72) extending from the primary wrap and configured to extend left to right across a front abdomen portion of the primary wrap on an exterior side and to removably couple to a third portion of the primary wrap to exert additional location specific force to the subject's abdomen, wherein the strap is extendable across the front abdomen region of the subject from a first end of the strap fixed to a left side of the primary wrap to a second end of the strap configured to removably couple to the third portion of the primary wrap to the right of the first end of the strap. a primary wrap comprising a band including elastic material, the band being sized for placement around a subject's lower abdomen to apply constant pressure and support to the subject's abdomen in order to facilitate passage of an endoscope; a closing mechanism provided at the end of the primary wrap to secure the primary wrap around the abdomen of the subject by attaching a first end of the primary wrap to a second portion of the primary wrap, wherein the closing mechanism is configured to secure the first end of the primary wrap to the second portion of the primary wrap; and characterised by further comprising: a strap (48, 72) extending from the primary wrap and configured to extend left to right across a front abdomen portion of the primary wrap on an exterior side and to removably couple to a third portion of the primary wrap to exert additional location specific force to the subject's abdomen, wherein the strap is extendable across the front abdomen region of the subject from a first end of the strap fixed to a left side of the primary wrap to a second end of the strap configured to removably couple to the third portion of the primary wrap to the right of the first end of the strap.
Formulation comprising at least one imidazoline carboxylate of formula: in which: • R represents a saturated or unsaturated and linear or branched, preferably linear, hydrocarbon radical comprising 17 carbon atoms, • k represents 1, 2, 3 or 4, • A represents -CH=CH-, and at least one solvent preferably chosen from water, alcohols, glycols and the mixtures of two or more of them in all proportions. • R represents a saturated or unsaturated and linear or branched, preferably linear, hydrocarbon radical comprising 17 carbon atoms, • k represents 1, 2, 3 or 4, • A represents -CH=CH-,
Battery electrode composite material, preferably a positive electrode material, comprising: a) at least one electron-conducting additive at a content ranging from 1 to 5%, preferably from 1.5 to 4% or from 1 to 2.5% by weight, preferably from 1.5 to 2.2% by weight, with respect to the total weight of the composite material; b) a lithium oxide, phosphate, fluorophosphate or silicate as electrode active material capable of reversibly forming an insertion compound with lithium, having an electrochemical potential of greater than 2V with respect to the Li/Li + pair; c) a fluorinated polymer binder; d) at least one organic salt, characterized in that said organic salt exhibits the formula A: with R representing a group from the group consisting of F, CN, NO 2, S-CN, N=C=S, -OC n H m F p, -C n H m F p with n, m and p being integers, and M + representing a lithium cation or a sodium cation, and in that said binder is a fluoropolymer of high molecular weight and/or which carries functional group(s) capable of developing adhesion to a metal substrate. a) at least one electron-conducting additive at a content ranging from 1 to 5%, preferably from 1.5 to 4% or from 1 to 2.5% by weight, preferably from 1.5 to 2.2% by weight, with respect to the total weight of the composite material; b) a lithium oxide, phosphate, fluorophosphate or silicate as electrode active material capable of reversibly forming an insertion compound with lithium, having an electrochemical potential of greater than 2V with respect to the Li/Li + pair; c) a fluorinated polymer binder; d) at least one organic salt, with R representing a group from the group consisting of F, CN, NO 2, S-CN, N=C=S, -OC n H m F p, -C n H m F p with n, m and p being integers, and M + representing a lithium cation or a sodium cation, and in that said binder is a fluoropolymer of high molecular weight and/or which carries functional group(s) capable of developing adhesion to a metal substrate.
A device including a plurality of thin layers (12, 14, 18) comprising a layer formed with a polarizable ferroelectric material according to several directions of polarization according to an electric voltage applied to said ferroelectric material layer and forming a ferroelectric tunnel barrier, surrounded by a pair of conductive layers (12, 18) forming electrodes, said device comprises an intermediate layer (16, 22, 26, 32, 36) between said layer of ferroelectric material and one of the conductive layers (12, 18), said intermediate layer (16, 22, 26, 32, 36) consisting of a material for which the electronic properties of conductivity or band gap width are modified according to the direction of polarization in said adjacent ferroelectric material layer, so as to achieve a device with a variable width ferroelectric tunnel barrier, said intermediate layer having a thickness comprised between 0.1 nm and 10 nm.
A fluid catalytic cracking additive composition comprising: 30-50 wt% boehmite alumina; 5-30 wt% dispersible alumina; 5-25 wt% colloidal silica; 10-50 wt% clay and 5-15 wt % phosphorus containing compound, wherein the catalytic cracking additive is having ABD in the range of 0.80 -0.90 gm/cm 3, attrition index <5 and average pore diameter of 100Å to 200 Å. 30-50 wt% boehmite alumina; 5-30 wt% dispersible alumina; 5-25 wt% colloidal silica; 10-50 wt% clay and 5-15 wt % phosphorus containing compound,
Apparatus comprising a supporting structure, having a first pair of releasably fixed, associated deflecting devices (D1, D2) a second pair of free moving, interconnected deflection device (P1,P1') and a third pair of releasably fixed, associated deflecting devices (D3, D4), a single rope, also referred to as primary rope, said rope comprising two rope parts (R 1, R 1 '), wherein each rope part (R1,R1') extends from a first winch or a first pair of associated drive units (A a, A c) to the first pair of associated deflection devices (D1, D3) respectively, and are deflected by the latter, and wherein each rope part (R 1, R 1 ') is guided by said first pair of associated deflection devices (D 1, D 3) toward the second pair of associated deflection devices (P1, P1') respectively, (P 1, P 1 '), whereby each of said rope part (R 1, R 1 ') is deflected by said second pair of associated deflection devices (P 1, P 1 ') toward the third pair of associated deflection devices (D2, D4) respectively, that are connected to the respective first pair of associated deflection devices (D 1, D 3), and said rope part (R 1, R 1 ') is deflected by said third pair of associated deflection devices (D 2, D 4) toward a second pair of associated, drive units (A b, A d) or to a second winch wherein the second pair of associated deflection devices (P 1, P 1 ') associated with the two respective rope parts (R 1, R 1 ') are connected to an object or a user in order to apply forces and/or moments on said object or user, each rope part (R 1, R 1 ') extending from the respective first pair of associated drive units (Aa, Ac) to the respective second pair of associated drive units /Ab, Ad) or to the respective winch (W1, W2) a single rope, also referred to as primary rope, said rope comprising two rope parts (R 1, R 1 '), wherein each rope part (R1,R1') extends from a first winch or a first pair of associated drive units (A a, A c) to the first pair of associated deflection devices (D1, D3) respectively, and are deflected by the latter, and wherein each rope part (R 1, R 1 ') is guided by said first pair of associated deflection devices (D 1, D 3) toward the second pair of associated deflection devices (P1, P1') respectively, (P 1, P 1 '), whereby each of said rope part (R 1, R 1 ') is deflected by said second pair of associated deflection devices (P 1, P 1 ') toward the third pair of associated deflection devices (D2, D4) respectively, that are connected to the respective first pair of associated deflection devices (D 1, D 3), and said rope part (R 1, R 1 ') is deflected by said third pair of associated deflection devices (D 2, D 4) toward a second pair of associated, drive units (A b, A d) or to a second winch wherein the second pair of associated deflection devices (P 1, P 1 ') associated with the two respective rope parts (R 1, R 1 ') are connected to an object or a user in order to apply forces and/or moments on said object or user, each rope part (R 1, R 1 ') extending from the respective first pair of associated drive units (Aa, Ac) to the respective second pair of associated drive units /Ab, Ad) or to the respective winch (W1, W2)
A polymeric composition for use in treatment of one or more symptoms of a SHC-1/p66-related disease, wherein the SHC-1/p66-related disease is reperfusion injuries after ischemia, wherein the polymeric composition comprises monomer units having formula and/or a pharmaceutically acceptable salt or solvate thereof: wherein in Formula, each of R 1, R 2, R 3, R 7 and R 8 independently is H, R 4 is H or OH, R 5 is OH, and R 6 is OCH 3, and wherein the polymerized number of the monomer ranges from 2-30, and the average molecular weight of the polymer ranges from 600-10,000.
A method for sharing applications with a plurality of users, comprising: selecting at least one of a plurality of applications operating on a first computer to share with at least a second computer; selecting at least one of a plurality of security measures for preventing a user operating the second computer from performing at least one of a plurality of unauthorized operations, wherein selecting further comprises graying out a menu bar on at least one of the selected applications; and initiating applications sharing on the first computer, wherein the user operating the second computer may access or observe an application running on the first computer, but may not perform any unauthorized operations on the first computer. selecting at least one of a plurality of applications operating on a first computer to share with at least a second computer; selecting at least one of a plurality of security measures for preventing a user operating the second computer from performing at least one of a plurality of unauthorized operations, wherein selecting further comprises graying out a menu bar on at least one of the selected applications; and initiating applications sharing on the first computer, wherein the user operating the second computer may access or observe an application running on the first computer, but may not perform any unauthorized operations on the first computer.
A method of forming a junction termination extension for an electronic device, the method comprising: forming a mask on a silicon carbide semiconductor layer adjacent a main junction region, the silicon carbide semiconductor layer having a first conductivity type and the mask including a plurality of openings (54, 56), wherein the mask comprises a plurality of zones, including a first zone closest to the main junction region and a second zone that is farther from the main junction region from the first zone, wherein in the first zone, the spacing Lnd between adjacent openings remains constant with distance from the main junction region and the lateral width Ld of the openings decreases with distance from the main junction region, and wherein in the second zone, the spacing Lnd between adjacent openings increases with distance from the main junction region and the lateral width Ld of the openings remains constant with distance from the main junction region; providing a source of second conductivity type dopants within the silicon carbide semiconductor layer; diffusing the second conductivity type dopants into the semiconductor layer to form doped regions in the silicon carbide semiconductor layer corresponding to respective ones of the mask openings that coalesce while leaving dopant peaks in the silicon carbide semiconductor layer corresponding to respective ones of the mask openings near the surface of the silicon carbide semiconductor layer; and removing a near-surface region of the silicon carbide semiconductor layer that includes the dopant peaks. forming a mask on a silicon carbide semiconductor layer adjacent a main junction region, the silicon carbide semiconductor layer having a first conductivity type and the mask including a plurality of openings (54, 56), wherein the mask comprises a plurality of zones, including a first zone closest to the main junction region and a second zone that is farther from the main junction region from the first zone, wherein in the first zone, the spacing Lnd between adjacent openings remains constant with distance from the main junction region and the lateral width Ld of the openings decreases with distance from the main junction region, and wherein in the second zone, the spacing Lnd between adjacent openings increases with distance from the main junction region and the lateral width Ld of the openings remains constant with distance from the main junction region; providing a source of second conductivity type dopants within the silicon carbide semiconductor layer; diffusing the second conductivity type dopants into the semiconductor layer to form doped regions in the silicon carbide semiconductor layer corresponding to respective ones of the mask openings that coalesce while leaving dopant peaks in the silicon carbide semiconductor layer corresponding to respective ones of the mask openings near the surface of the silicon carbide semiconductor layer; and removing a near-surface region of the silicon carbide semiconductor layer that includes the dopant peaks.
A headlight for a saddled vehicle the headlight including a housing, a low-beam light source and a high-beam light source each of which is formed of a light emitting diode and which is housed inside the housing and radiates light, a control board that controls light beams emitted from the low-beam light source and the high-beam light source, a non-spherical inner lens, for the low-beam light source, that is provided in the housing and allows the light beam emitted from the low-beam light source to be transmitted through the non-spherical inner lens for the low-beam light source, and a non-spherical inner lens, for the high-beam light source, that is provided in the housing and allows the light beam emitted from the high-beam light source to be transmitted through the non-spherical inner lens for the high-beam light source, wherein the control board is provided separately from the low-beam light source and the high-beam light source and wherein the control board is connected to the low-beam light source and the high-beam light source through wiring (112, 113), characterized in that the control board is mounted inside the housing, wherein at least part of the control board is disposed between a rear side of the non-spherical inner lens for the low-beam light source and the housing and the non-spherical inner lens for the low-beam light source and the at least part of the control board overlap with each other in a front-rear direction so that said at least part of the control board can be visually recognized from a vehicle front side only through the non-spherical inner lens for the low-beam light source, and in that the low-beam light source is adapted to be constantly lit during traveling of the saddled vehicle so that it becomes difficult to visually recognize said at least part of the control board from the vehicle front side. the control board is mounted inside the housing, wherein at least part of the control board is disposed between a rear side of the non-spherical inner lens for the low-beam light source and the housing and the non-spherical inner lens for the low-beam light source and the at least part of the control board overlap with each other in a front-rear direction so that said at least part of the control board can be visually recognized from a vehicle front side only through the non-spherical inner lens for the low-beam light source, and in that the low-beam light source is adapted to be constantly lit during traveling of the saddled vehicle so that it becomes difficult to visually recognize said at least part of the control board from the vehicle front side.