mhurhangee/ep-ind-claims huggingface dataset:
A cable splitter device comprising: a housing defining an opening and having first and second end surfaces (114, 116) on opposite sides of the opening, the first end surface defining a first number of first slots extending from the opening, the second end surface defining a second number of second slots extending from the opening different from the first number; a slider disposed within the housing, the slider slidably coupled to the housing, the slider having a first end facing the first end surface of the housing and a second end facing the second end surface of the housing, the slider defining the first number of first channels extending from the first end of the slider and the second number of second channels extending from the second end of the slider; and a clipping element associated with each of the first channels, each clipping element configured to fix a longitudinal position of a cable within the respective first channel at multiple different locations along a length of the first channel. a housing defining an opening and having first and second end surfaces (114, 116) on opposite sides of the opening, the first end surface defining a first number of first slots extending from the opening, the second end surface defining a second number of second slots extending from the opening different from the first number; a slider disposed within the housing, the slider slidably coupled to the housing, the slider having a first end facing the first end surface of the housing and a second end facing the second end surface of the housing, the slider defining the first number of first channels extending from the first end of the slider and the second number of second channels extending from the second end of the slider; and a clipping element associated with each of the first channels, each clipping element configured to fix a longitudinal position of a cable within the respective first channel at multiple different locations along a length of the first channel.
Pharmaceutical composition comprising (a) shanzhiside methylester or a mixture of cinnamic acid and shanzhiside methylester; and (b) a pharmaceutically acceptable carrier for use in therapeutically preventing or treating a menopausal disorder, wherein the menopausal disorder is musculoskeletal disease, depression, irritability, diseases of the genitourinary system, cardiovascular diseases or dementia.
A soymilk machine/juicer with a grinding function, comprising an upper body and a lower body including a driving device therein, the upper body including a housing, an upper lid and a concentric pair of rotor and stator installed vertically within the housing, the rotor being inserted into the stator and including a rotor body, screw threads distributed on outer surface of the rotor body and a driving connection device connected to the driving device, the stator having two ring shape filters at both upper and lower portions respectively with vertical grinding plates disposed on the inner wall of the stator between the two filters, the base of the housing having juice discharging outlet and residual discharging out, there are at least two screw threads on the rotor, and there is a rotating gap between the screw threads of the rotor and the inner wall of the stator; characterized in that the screw threads are distributed evenly on the rotor body, and the rotor body has an upper portion of rotational symmetry with an increasing diameter from top to bottom, so that the rotating gap between an upper/middle portion of the rotor and the stator is gradually decreased from top to bottom, wherein the gap is the biggest at a breaking section for processing a food material in the upper portion of the rotor body corresponding to the filter at the upper portion of the stator; the gap is at a medium at a pulverization section for further comminuting the food material in the middle portion of the rotor body corresponding to an upper portion of the grinding plate of the stator; and the gap reach a minimum of about 1 mm at a grinding section in a lower portion below the middle portion of the rotor body corresponding to a lower portion of the grinding plate of the stator, wherein the gap at middle portion of the rotor body corresponding to the lower portion of the grinding plate serves as a grinding gap, which is defined by the height of the screw threads gradually decreasing from top to bottoms, and has a length L 3 of 10mm-25mm; a juice/residual separation section is below the grinding section of the rotor corresponding to the filter at lower portion of the stator, by a slow rotation of the rotor within the stator, the food material is subjected to guiding, breaking, pulverization, grinding and separation as going down from top to bottom according to various gaps, and eventually the juice is discharged.
A user authentication server that uses both a password and biometric information, the user authentication server comprising: a variable keypad generation unit configured to generate a variable keypad including keys for enabling a user of a mobile terminal to enter a password, and a biometric authentication key for enabling the user of the mobile terminal to generate biometric information, wherein positions of the keys and the biometric authentication key are changed every time the keypad is generated; an authentication information storage unit configured to store authentication information of mobile terminal users; and an authentication unit configured to perform user authentication by providing information on the generated variable keypad to the mobile terminal located at a remote position and comparing biometric information and position information of the keys that form the password corresponding to the order in which the keys are input that are received from the mobile terminal with the authentication information stored in the authentication information storage unit. a variable keypad generation unit configured to generate a variable keypad including keys for enabling a user of a mobile terminal to enter a password, and a biometric authentication key for enabling the user of the mobile terminal to generate biometric information, wherein positions of the keys and the biometric authentication key are changed every time the keypad is generated; an authentication information storage unit configured to store authentication information of mobile terminal users; and an authentication unit configured to perform user authentication by providing information on the generated variable keypad to the mobile terminal located at a remote position and comparing biometric information and position information of the keys that form the password corresponding to the order in which the keys are input that are received from the mobile terminal with the authentication information stored in the authentication information storage unit.
An aircraft control stick module comprising an assembly, the assembly comprising: a first shaft; a second shaft; a joint connecting the first and second shafts; and a gimbal mechanism, wherein the joint is nested within the gimbal mechanism and an origin of rotation of the joint is coincident with an origin of rotation of the gimbal mechanism; wherein the gimbal mechanism provides axes of rotation (201, 202) for the first shaft and the joint provides axes of rotation (203, 204, 205) for the first shaft; wherein the axes of rotation (201, 202) provided by the gimbal mechanism and the axes of rotation (203, 204, 205) provided by the joint intersect at the coincident origins of rotation; wherein the gimbal mechanism comprises a first gimbal disposed within and rotatably coupled to a second gimbal; wherein the second gimbal is disposed within and rotatably coupled to a frame; and wherein the assembly comprises sensors to measure and/or monitor the rotation of the first gimbal, the second gimbal, and the second shaft. a first shaft; a second shaft; a joint connecting the first and second shafts; and a gimbal mechanism, wherein the joint is nested within the gimbal mechanism and an origin of rotation of the joint is coincident with an origin of rotation of the gimbal mechanism; wherein the gimbal mechanism provides axes of rotation (201, 202) for the first shaft and the joint provides axes of rotation (203, 204, 205) for the first shaft; wherein the axes of rotation (201, 202) provided by the gimbal mechanism and the axes of rotation (203, 204, 205) provided by the joint intersect at the coincident origins of rotation; wherein the gimbal mechanism comprises a first gimbal disposed within and rotatably coupled to a second gimbal; wherein the second gimbal is disposed within and rotatably coupled to a frame; and wherein the assembly comprises sensors to measure and/or monitor the rotation of the first gimbal, the second gimbal, and the second shaft.
Electric plug connector, having a housing with at least one plug-in opening for a complementary plug connector and a contact carrier, which is inserted into the housing and is designed as an insertion part, for the electrical contacts accessible through the plug-in opening(s), wherein the housing has two concentrically arranged housing parts (5, 6) which overlap in the longitudinal direction, wherein a base at the end opposite the at least one plug-in opening connects the housing parts (5, 6) to one another, and wherein an annular intermediate space between the concentric housing parts (5, 6) forms an annular receptacle for the plug extension of a complementary plug connector, wherein a receptacle for the contact carrier is formed in the interior of the inner housing part at the level of the overlap of the concentric housing parts (5, 6) and the contact carrier extends into the longitudinal section of the inner housing part, which overlaps with the outer housing part, wherein the plug connector further comprises a locking mechanism for an inserted complementary plug connector, comprising at least one locking element, wherein the contact carrier is designed for plug connections according to the XLR standard, or as a socket for an RJ45 plug.
Gas valve for dosing a gaseous fuel into an intake tract of an internal combustion engine, comprising a magnet core and a magnet coil for acting on an armature which is received, such that it can perform stroke movements, in an armature space is able to be charged with gas and which is acted on by the spring force of a spring in the direction of at least one valve seat, wherein an axially extending throughflow opening for the gas to be dosed in is formed in the armature, wherein a further axially extending throughflow opening for the gas to be dosed in is formed in the magnet core and is arranged coaxially with respect to the throughflow opening of the armature and is delimited in the radial direction by a sleeve which is inserted into the magnet core, characterized in that, radially at the outside on the sleeve, preferably at the height of an axial gap between the magnet core and the armature, a further sealing body is attached and connected in a gas-tight manner to the sleeve for the purpose of sealing the magnet core with respect to the gaseous fuel present in the further axially extending throughflow opening.
A package assembly for marinating a food product comprising: a first package comprising a first compartment that substantially contains a second package and a second compartment configured to contain a food product; wherein the second package is configured to contain a food additive and includes a rupturable seal configured to rupture and allow the food additive to escape the second package when exposed to a rupture pressure, wherein the second package is in fluid communication with the second compartment upon a rupturing of the rupturable seal so as to allow the food additive to mix with the food product, and wherein the first package is configured to withstand the rupture pressure and prevent leaking of the food additive and food product from the first package during the mixing of the food additive and the food product. a first package comprising a first compartment that substantially contains a second package and a second compartment configured to contain a food product; wherein the second package is configured to contain a food additive and includes a rupturable seal configured to rupture and allow the food additive to escape the second package when exposed to a rupture pressure, wherein the second package is in fluid communication with the second compartment upon a rupturing of the rupturable seal so as to allow the food additive to mix with the food product, and wherein the first package is configured to withstand the rupture pressure and prevent leaking of the food additive and food product from the first package during the mixing of the food additive and the food product.
A portable electronic device comprising: a housing (10, 11); a display panel unit arranged inside the housing; a dust-proof frame made of an elastic material and arranged on an outer periphery of the display panel unit, the dust-proof frame including a front frame portion located on an outer periphery of a front surface of the display panel unit and a convex portion (31A, 31B) projecting from the front frame portion toward an inner surface of the housing, the convex portion having a frame shape surrounding a display area of the display panel unit and pressed toward the display panel unit by the inner surface of the housing, wherein a gap (G1, G2) is positioned with respect to the convex portion in a pressing direction in which the inner surface of the housing presses the convex portion, and allows movement of the convex portion in the pressing direction of the inner surface of the housing, characterized in that the thickness of the front frame portion decreases in a portion where the convex portion is provided, thereby forming the gap. a housing (10, 11); a display panel unit arranged inside the housing; a dust-proof frame made of an elastic material and arranged on an outer periphery of the display panel unit, the dust-proof frame including a front frame portion located on an outer periphery of a front surface of the display panel unit and a convex portion (31A, 31B) projecting from the front frame portion toward an inner surface of the housing, the convex portion having a frame shape surrounding a display area of the display panel unit and pressed toward the display panel unit by the inner surface of the housing, wherein a gap (G1, G2) is positioned with respect to the convex portion in a pressing direction in which the inner surface of the housing presses the convex portion, and allows movement of the convex portion in the pressing direction of the inner surface of the housing, characterized in that the thickness of the front frame portion decreases in a portion where the convex portion is provided, thereby forming the gap.
A method for producing 2-chloro-5-chloromethylthiazole represented by the formula: which comprises adding sulfuryl chloride to 2-halogeno-allylisothiocyanate represented by the formula: wherein Hal represents chlorine or bromine, whereby reacting the sulfuryl chloride with the 2-halogeno-allylisothiocyanate, wherein a gas inert to the reaction is blown into the reaction liquid phase at a flow rate in the range of 5 L/hr to 50 L/hr for 1 kg of 2-halogeno-allylisothiocyanate represented by the formula.
An airbag covering, comprising: - a side wall defining an airbag firing channel, and - an airbag flap covering the airbag firing channel, - a foam layer covered onto the outer side of the airbag flap, - a skin layer covered onto the foam layer, - a support connecting with the side wall and the airbag flap and supporting the foam layer; a weakening structure is formed in the intersection of the airbag flap and the side wall, said airbag flap further comprising an additional weakening structure abutting against said weakening structure, so that when the airbag is to deploy, the additional weakening structure of the airbag flap is configured to break firstly to release the airbag, said weakening structure having a cross section forming a reverse V-type angle having a tip, wherein the tip of the reverse V-type angle is inserted into the foam layer, wherein in the cross section, the support is substantially perpendicular to the side wall so as to form a first bevel portion extending from the intersection between the support and the side wall towards the foam layer; and wherein said airbag flap comprises a second bevel portion curvedly extending from the airbag flap and intersecting with the first bevel portion so as to form the reverse V-type angle. - a side wall defining an airbag firing channel, and - an airbag flap covering the airbag firing channel, - a foam layer covered onto the outer side of the airbag flap, - a skin layer covered onto the foam layer, - a support connecting with the side wall and the airbag flap and supporting the foam layer;
A method for measuring a height of a pouch cup portion of a pouch case for a secondary battery, the method comprising the steps of: (a) covering a cup portion support jig with a pouch; (b) positioning an upper fixing jig to expose a corner portion for measuring a height of the cup portion in a pouch upper surface covered on the cup portion support jig and to cover a periphery of the exposed corner; (c) positioning a lower fixing jig at a pouch wing portion and a peripheral bottom portion of a lower corner portion corresponding to the corner portion to expose the periphery of the lower corner portion and cover other portions; and (d) measuring the cup portion height of the corner portion exposed by the upper fixing jig and the lower fixing jig through a 3D shape measurer. (a) covering a cup portion support jig with a pouch; (b) positioning an upper fixing jig to expose a corner portion for measuring a height of the cup portion in a pouch upper surface covered on the cup portion support jig and to cover a periphery of the exposed corner; (c) positioning a lower fixing jig at a pouch wing portion and a peripheral bottom portion of a lower corner portion corresponding to the corner portion to expose the periphery of the lower corner portion and cover other portions; and (d) measuring the cup portion height of the corner portion exposed by the upper fixing jig and the lower fixing jig through a 3D shape measurer.
A display apparatus including a display module; a signal processing unit (160; 253) which is mounted on a rear surface of the display module, and adapted to process the received video signal; characterized in that the display apparatus further includes a driving unit (130; 231) which is located on a lower part nearer to a lower end of the display apparatus than an upper end of the display apparatus, and configured to drive the display module; and a shield bracket which is fixed to the display module and covers the driving unit, wherein the shield bracket partially covers the display module, wherein the shield bracket is configured for blocking electromagnetic waves; wherein a cable connected between the driving unit and the signal processing unit is uncovered by the shield bracket; wherein the signal processing unit (160; 253) is mounted on a right or left part of the rear surface of the display module and does not overlap the driving unit (130; 231).
An arrangement comprising a vacuum device (2, 3, 4) configured as a vacuum pump; a first bus system; and a control unit, wherein a management unit is connected to the bus system and the bus system has communication means which are adapted for a first data exchange between the vacuum device (2, 3, 4) and the control unit, on the one hand, and for a second data exchange between the vacuum device (2, 3, 4) and the management unit, on the other hand, with the first and second data exchanges being independent of one another, characterized in that the control unit and the management unit are part of a control unit.
A device (100, 600, 710, 720, 730) to measure the pressure of a fluid carried in a conduit (300, 700), comprising: a. a first electrode; b. a second electrode; c. an assembly of conducting nanoparticles or semiconducting nanoparticles in contact with the two electrodes; d. a measuring device that provides information proportional with an electrical property of the assembly of nanoparticles, which property is measured between the first and second electrode, wherein said electrical property is sensitive to the distance between the nanoparticles of the assembly; e. characterized in that the assembly of nanoparticles, joined mechanically to a flexible substrate, is mechanically joined with the fluid carried in the conduit, so that the distances between the nanoparticles of said assembly are modified by a variation of pressure in said fluid; and in that the flexible substrate is suitable for being joined to the conduit so that the assembly of nanoparticles is at the interface between said flexible substrate and a wall of the conduit. a. a first electrode; b. a second electrode; c. an assembly of conducting nanoparticles or semiconducting nanoparticles in contact with the two electrodes; d. a measuring device that provides information proportional with an electrical property of the assembly of nanoparticles, which property is measured between the first and second electrode, wherein said electrical property is sensitive to the distance between the nanoparticles of the assembly; e. characterized in that the assembly of nanoparticles, joined mechanically to a flexible substrate, is mechanically joined with the fluid carried in the conduit, so that the distances between the nanoparticles of said assembly are modified by a variation of pressure in said fluid; and in that the flexible substrate is suitable for being joined to the conduit so that the assembly of nanoparticles is at the interface between said flexible substrate and a wall of the conduit.