mhurhangee/ep-ind-claims huggingface dataset:
An access terminal box component, comprising a mounting plate and a fiber optic terminal base, wherein the fiber optic terminal base is mounted on the mounting plate; the fiber optic terminal base is configured to carry a fiber; the mounting plate is configured to mount the fiber optic terminal base on a preset position; a first locking slot and a second locking slot are disposed on the mounting plate, wherein the first locking slot and the second locking slot are arranged opposite to each other; a first locking hook is arranged at a position that is corresponding to the first locking slot and on the fiber optic terminal base, so as to be connected to the first locking slot by means of locking; a second locking hook is arranged at a position that is corresponding to the second locking slot and on the fiber optic terminal base, so as to be connected to the second locking slot by means of locking; characterised in that a first pressing part and a second pressing part are further arranged on the fiber optic terminal base, wherein the first pressing part is connected to the first locking hook, and the second pressing part is connected to the second locking hook; and locking between the first locking hook and the first locking slot and locking between the second locking hook and the second locking slot are respectively released by operating the first pressing part and the second pressing part, so as to detach the fiber optic terminal base from the mounting plate; wherein the access terminal box component further comprises a cover body; the cover body is configured to cover the fiber optic terminal base; the cover body comprises a first side wall and a second side wall that are arranged opposite to each other, wherein a first accommodating notch corresponding to the first pressing part is formed on the first side wall, and a second accommodating notch corresponding to the second pressing part is formed on the second side wall; and when the cover body covers the fiber optic terminal base, the first pressing part is accommodated inside the first accommodating notch, an end face of the first pressing part is exposed to the outside, the second pressing part is accommodated inside the second accommodating notch, and an end face of the second pressing part is exposed to the outside.
A layer for use with a surgical stapler, wherein the surgical stapler includes an anvil configured for a facing relationship with a staple cartridge, wherein the anvil includes a slot, said layer comprising: a body configured to be arranged relative to a surface of the anvil of the surgical stapler, said body defining a plane; an attachment member formed in said body; and characterised in that the attachment member is a deployable attachment member formed in said body, wherein said deployable attachment member is movable between an undeployed configuration and a deployed configuration, wherein, when said deployable attachment member is in the undeployed configuration, said attachment member is in the plane defined by said body, wherein when said deployable attachment member is in the deployed configuration said attachment member extends from the plane of said body, and wherein in the deployed configuration said deployable attachment member is configured to engage the slot of the anvil of the surgical stapler. a body configured to be arranged relative to a surface of the anvil of the surgical stapler, said body defining a plane; an attachment member formed in said body; and characterised in that the attachment member is a deployable attachment member formed in said body, wherein said deployable attachment member is movable between an undeployed configuration and a deployed configuration, wherein, when said deployable attachment member is in the undeployed configuration, said attachment member is in the plane defined by said body, wherein when said deployable attachment member is in the deployed configuration said attachment member extends from the plane of said body, and wherein in the deployed configuration said deployable attachment member is configured to engage the slot of the anvil of the surgical stapler.
An arylsulfonic acid compound of formula or [wherein Ar 1 is a monovalent aromatic group of 6 to 20 carbon atoms which is substituted with m number of Z 0 entities and is substituted with a fluorine atom, and Ar 2 is a divalent aromatic group of 6 to 20 carbon atoms which is substituted with m number of Z 0 entities and is substituted with a fluorine atom; L is a group of formula (n being an integer from 1 to 4); Z 0 is a chlorine atom, a bromine atom, an iodine atom, a cyano group, a nitro group, an alkyl group of 1 to 10 carbon atoms which may be substituted with a fluorine atom, or an alkenyl group of 2 to 10 carbon atoms which may be substituted with a fluorine atom; and the letter m is an integer from 0 to 2]. Z 0 is a chlorine atom, a bromine atom, an iodine atom, a cyano group, a nitro group, an alkyl group of 1 to 10 carbon atoms which may be substituted with a fluorine atom, or an alkenyl group of 2 to 10 carbon atoms which may be substituted with a fluorine atom; and the letter m is an integer from 0 to 2].
Method for operating a driver assistance device of a motor vehicle, wherein the driver assistance device is switched between an automatic drive mode, in which control signals (6, 8) are output at least to a steering device of the motor vehicle by means of the driver assistance device and hereby a steering angle of the motor vehicle is autonomously controlled by the driver assistance device, and a manual drive mode, in which the steering angle is manually controlled by a driver by operating a steering wheel of the motor vehicle, characterized in that with the switching the driver assistance device at least in one switching direction from one of the drive modes into the other drive mode, a moving light is generated along a predetermined lighting path in a movement direction (21, 22) associated with the switching direction by means of a lighting device.
A method of preparing a tissue scaffold, comprising: adding an acellular tissue matrix to a first aqueous solution of sodium acetate; incubating the first aqueous sodium acetate solution containing the acellular tissue matrix; removing the incubated acellular tissue matrix from the first aqueous sodium acetate solution; treating the incubated acellular tissue matrix with a second aqueous solution of sodium acetate to form a suspension; homogenizing the suspension to form a slurry; cooling the slurry; casting the slurry in a casting container; and lyophilizing the slurry. adding an acellular tissue matrix to a first aqueous solution of sodium acetate; incubating the first aqueous sodium acetate solution containing the acellular tissue matrix; removing the incubated acellular tissue matrix from the first aqueous sodium acetate solution; treating the incubated acellular tissue matrix with a second aqueous solution of sodium acetate to form a suspension; homogenizing the suspension to form a slurry; cooling the slurry; casting the slurry in a casting container; and lyophilizing the slurry.
Method for producing a sandwich-form bakery product, comprising two substantially plate-shaped baked parts (1, 2), each with an inner surface I and an outer surface A, as well as a filling layer arranged between the two baked parts (1, 2), wherein either the first baked part is provided with a filling layer, inasmuch as the inner surface I of the first baked part is provided, preferably in the area of the outer edges of the baked part, with at least one circumferential frame of a first filling material, which involves chocolate or a fat glaze, wherein the area enclosed by at least one frame forms in each case a trough-shaped inner space, and then a filling of a second filling material is introduced into this internal space, and wherein the second baked part is brought onto the composite whole, consisting of the first baked part and the filling layer, by bringing in contact the inner surface I of the second baked part with the frame and/or with the filling and is connected to it, and wherein the first filling material forming the frame, while still not yet in the solid state, is brought in contact with the first baked part, and wherein the first filling material then solidifies in a manner which binds the first baked part to it, or first the inner surface I of the first baked part is provided, preferably in the area of the outer edges of the baked part, with at least one circumferential frame of a first filling material, which involves chocolate or a fat glaze, wherein the area enclosed by at least one frame forms in each case a trough-shaped inner space, and, further, first the inner surface I of the second baked part is provided in at least one area, which, with the flush joining together of the two baked parts (1, 2), is located inside the projection of the inner surface of a frame, with an area consisting of a plate-shaped area consisting of a second filling material, which, with flush joining of the two baked parts (1, 2), is arranged as filling in the inner space, and then the composite whole, consisting of the two baked parts and the area(s) of the second filling material which in each case later form the filling(s) of an inner space, is connected to the composite whole consisting of the first baked part and the frame(s), by bringing the filling in contact with the frame, and/or bringing the filling in contact with the inner side of the first baked part, and/or by bringing the inner side of the second baked part in contact with the frame, wherein, in the connected state, the area(s) of the second material, in each case forming the filling of an inner area, is/are located in the trough-shaped inner space(s) of the first filling material, and wherein, for further preference, on the one hand the first filling material, forming the frame, in the still not yet solidified state, is brought in contact with the first baked part, and, on the other, the first filling material then solidifies in a manner which binds the first baked part to it.
A heteromultimer comprising: at least a first monomeric protein that comprises (i) a first transporter polypeptide comprising a first segment of serum albumin and (ii) at least one cargo polypeptide and at least a second monomeric protein that comprises (iii) a second transporter polypeptide comprising a second segment of serum albumin and (iv) at least one cargo polypeptide; wherein said first transporter polypeptide is different from said second transporter polypeptide, and wherein said transporter polypeptides self-assemble to form a quasi-native structure of serum albumin. at least a first monomeric protein that comprises (i) a first transporter polypeptide comprising a first segment of serum albumin and (ii) at least one cargo polypeptide and at least a second monomeric protein that comprises (iii) a second transporter polypeptide comprising a second segment of serum albumin and (iv) at least one cargo polypeptide; wherein said first transporter polypeptide is different from said second transporter polypeptide, and wherein said transporter polypeptides self-assemble to form a quasi-native structure of serum albumin.
Master brake cylinder for a hydraulic vehicle brake system of a motor vehicle comprising an electric machine which can be operated as a generator for decelerating the motor vehicle, wherein the master brake cylinder has two pistons (10, 11) for a brake circuit II and a carrier device which, after movement of a first of the two pistons by a prespecified piston travel (s), carries the second piston with the first piston, and wherein a piston area of both pistons (10, 11) active for displacement of brake fluid from the master brake cylinder is greater than a piston surface of the first piston active for displacement of brake fluid from the master brake cylinder, and with a hydro-accumulator which communicates with the master brake cylinder, characterized in that the hydro-accumulator has a pretension such that it only receives brake fluid from the master brake cylinder when a master brake cylinder pressure is greater than a maximum design pressure of the vehicle brake system.
A method of manufacturing a magnetic tunnel junction device, the method comprising: forming a trench having sidewalls in a substrate; depositing at least one conductive terminal (108, 110, 112; 208, 210, 212; 508, 510, 512; 808, 810, 812, 1050; 1108, 1110, 1112, 1350; 1408, 1410, 1412; 1708, 1710, 1712; 2008, 2010, 2012, 2250; 2308, 2310, 2312, 2250) within the trench; and depositing a magnetic tunnel junction structure within the trench, the MTJ structure including a fixed magnetic layer (114, 118; 2708; 3108; 3408; 3508) having a fixed magnetic orientation, a tunnel junction layer (116; 2706; 3106; 3406; 3506), and a free magnetic layer (118, 114; 2704; 3104; 3404; 3504) having a configurable magnetic orientation, the fixed magnetic layer coupled to the at least one conductive terminal (108, 110, 112; 208, 210, 212; 508, 510, 512; 808, 810, 812, 1050; 1108, 1110, 1112, 1350; 1408, 1410, 1412; 1708, 1710, 1712; 2008, 2010,2012,2250; 2308, 2310, 2312, 2250) along an interface that extends substantially normal to a surface of the substrate and the at least one conductive terminal reaching the surface of the substrate, the free magnetic layer adjacent to the at least one conductive terminal to carry a magnetic domain adapted to store a digital value. forming a trench having sidewalls in a substrate; depositing at least one conductive terminal (108, 110, 112; 208, 210, 212; 508, 510, 512; 808, 810, 812, 1050; 1108, 1110, 1112, 1350; 1408, 1410, 1412; 1708, 1710, 1712; 2008, 2010, 2012, 2250; 2308, 2310, 2312, 2250) within the trench; and depositing a magnetic tunnel junction structure within the trench, the MTJ structure including a fixed magnetic layer (114, 118; 2708; 3108; 3408; 3508) having a fixed magnetic orientation, a tunnel junction layer (116; 2706; 3106; 3406; 3506), and a free magnetic layer (118, 114; 2704; 3104; 3404; 3504) having a configurable magnetic orientation, the fixed magnetic layer coupled to the at least one conductive terminal (108, 110, 112; 208, 210, 212; 508, 510, 512; 808, 810, 812, 1050; 1108, 1110, 1112, 1350; 1408, 1410, 1412; 1708, 1710, 1712; 2008, 2010,2012,2250; 2308, 2310, 2312, 2250) along an interface that extends substantially normal to a surface of the substrate and the at least one conductive terminal reaching the surface of the substrate, the free magnetic layer adjacent to the at least one conductive terminal to carry a magnetic domain adapted to store a digital value.
A bowl for a kneading machine, comprising a bottom provided with an opening, and a discharge device equipped with a plug and with actuator means configured for moving said plug between a position for closing said opening and a position for discharge of the bowl, in which said opening is disengaged from said plug so as to be able to discharge through it the product contained in said bowl, wherein said device comprises an actuator configured for moving said plug, and, moreover, cam means (26', 26", 28) configured for guiding movement of said plug along a predetermined path, said bowl being characterized in that said cam means comprise a stationary structure provided with at least one cam track, and a slider assembly (18A, 18B) which carries said plug and engages said track, and in that said actuator is a linear actuator, and has a first end mounted oscillating about a stationary pivot and a second end (16") mounted oscillating on said slider assembly (18A, 18B), in such a way that passage of said actuator from its extended condition to its contracted condition brings about displacement of said plug from said closing position to said discharge position, or vice versa.
A transceiver element, comprising: a substrate; a membrane suspending from the substrate; and a transducer element mounted on the membrane at an attachment area, the transducer element having a bottom electrode, a piezoelectric layer on the bottom electrode, and a top electrode on the piezoelectric layer, the transducer element generating a bending moment in response to applying an electrical potential across the bottom electrode and the top electrode and developing an electrical charge in response to applying a bending moment thereto; wherein the membrane has a first cross-sectional thickness in the attachment area and a second cross-sectional thickness in a deflection area of the membrane, the first cross-sectional thickness being different from the second cross-sectional thickness to permit a desired deflection profile of the membrane for enhancing performance of the transducer element. a substrate; a membrane suspending from the substrate; and a transducer element mounted on the membrane at an attachment area, the transducer element having a bottom electrode, a piezoelectric layer on the bottom electrode, and a top electrode on the piezoelectric layer, the transducer element generating a bending moment in response to applying an electrical potential across the bottom electrode and the top electrode and developing an electrical charge in response to applying a bending moment thereto; wherein the membrane has a first cross-sectional thickness in the attachment area and a second cross-sectional thickness in a deflection area of the membrane, the first cross-sectional thickness being different from the second cross-sectional thickness to permit a desired deflection profile of the membrane for enhancing performance of the transducer element.
Use of a composition comprising a superoxide dismutase enzyme and/or an active plant extract containing SOD, said SOD or said active plant extract being composed of or coming from a purified or unpurified protein extract of Cucumis Melo, for stimulating overexpression of antioxidant enzyme proteins in plants.
A dust collection box, comprising: a box body provided with a dust extraction port in a bottom of the box body; and a lower lid comprising a first lateral portion and a second lateral portion opposite to each other, the first lateral portion being rotatably connected with the box body to enable the lower lid to open or close the dust extraction port, and when the lower lid closes the dust extraction port, the second lateral portion being snap-fitted with the box body through a first snap structure, and the lower lid being used to carry pollutants, wherein the lower lid comprises a bottom wall and a lateral wall extending from an edge of the bottom wall, and the bottom wall and the lateral wall enclose a groove; when the lower lid closes the dust extraction port, the bottom of the box body protrudes into the groove, and the lateral wall surrounds the bottom of the box body, characterized in that the box body is provided with a dust collecting chamber in communication with the dust extraction port; the lower lid comprises a bump fixed on the bottom wall and received in the groove; when the lower lid closes the dust extraction port, the bump extends into the dust collecting chamber and fills a bottom of the dust collecting chamber.. a box body provided with a dust extraction port in a bottom of the box body; and a lower lid comprising a first lateral portion and a second lateral portion opposite to each other, the first lateral portion being rotatably connected with the box body to enable the lower lid to open or close the dust extraction port, and when the lower lid closes the dust extraction port, the second lateral portion being snap-fitted with the box body through a first snap structure, and the lower lid being used to carry pollutants, wherein the lower lid comprises a bottom wall and a lateral wall extending from an edge of the bottom wall, and the bottom wall and the lateral wall enclose a groove; when the lower lid closes the dust extraction port, the bottom of the box body protrudes into the groove, and the lateral wall surrounds the bottom of the box body, characterized in that the box body is provided with a dust collecting chamber in communication with the dust extraction port; the lower lid comprises a bump fixed on the bottom wall and received in the groove; when the lower lid closes the dust extraction port, the bump extends into the dust collecting chamber and fills a bottom of the dust collecting chamber..
Method for determining a desired intake manifold pressure of an internal combustion engine by means of an iterative method, wherein the method is carried out by means of a control device for an internal combustion engine, which control device has a processor, wherein a cylinder filling (r pI1) is determined for an intake manifold pressure (p I1) iterated during the iterative method, and the desired intake manifold pressure is determined depending on the determined cylinder filling (r pI1), characterized in that the iterative method is a secant method, wherein two starting points are defined and a secant is placed between these starting points, wherein an intersection of the secant having an axis which indicates a desired intake manifold pressure is defined as an iteration which represents an improved starting value for the subsequent iteration, wherein a cylinder filling (r ps1) is determined for a first start intake manifold pressure (p s1) and a second start intake manifold pressure (p s2) is determined by comparing the cylinder filling (r ps1) for the first start intake manifold pressure with a desired cylinder filling of the internal combustion engine, and the second start intake manifold pressure (p s2) is determined depending on the comparison result between the cylinder filling (r ps1) for the first start intake manifold pressure (p s1) and the desired cylinder filling, wherein the cylinder filling (r pI1) for the iterated intake manifold pressure (p I1) is determined depending on a desired exhaust gas back pressure, wherein the desired exhaust gas back pressure is determined depending on the iterated intake manifold pressure (p I1), wherein the last determined intake manifold pressure iteration is defined as desired intake manifold pressure. characterized in that the iterative method is a secant method, wherein two starting points are defined and a secant is placed between these starting points, wherein an intersection of the secant having an axis which indicates a desired intake manifold pressure is defined as an iteration which represents an improved starting value for the subsequent iteration, wherein a cylinder filling (r ps1) is determined for a first start intake manifold pressure (p s1) and a second start intake manifold pressure (p s2) is determined by comparing the cylinder filling (r ps1) for the first start intake manifold pressure with a desired cylinder filling of the internal combustion engine, and the second start intake manifold pressure (p s2) is determined depending on the comparison result between the cylinder filling (r ps1) for the first start intake manifold pressure (p s1) and the desired cylinder filling, wherein the cylinder filling (r pI1) for the iterated intake manifold pressure (p I1) is determined depending on a desired exhaust gas back pressure, wherein the desired exhaust gas back pressure is determined depending on the iterated intake manifold pressure (p I1), wherein the last determined intake manifold pressure iteration is defined as desired intake manifold pressure.