mhurhangee/ep-ind-claims huggingface dataset:
A DETACHABLE JOINT for coupling large thickness pieces, comprising: a bolt having: a first section with a first threaded end segment; a second section with a second threaded end segment; and an intermediate annular extension between said first and second sections, for limiting the tightening rotation of the bolt; a first piece to be joined, with an inner face and a threaded blind hole threadedly connected to the first threaded end segment of the bolt; a second piece to be joined, having a through hole connected to the second threaded end segment of the bolt in which is coupled a nut, and anti-rotation means of the bolt in its threaded coupling in the blind hole of the first piece, wherein said means consists of an intermediate piece coupled to the bolt, characterized in that, the nut coupled to the second threaded end segment of the bolt is a self-locking nut, the second piece to be joined, further having a coaxial space being defined around the bolt in correspondence with the inner faces of the two pieces to be joined, and the intermediate piece coupled to the bolt is arranged between the intermediate annular extension of the bolt and the inner face of the first piece. a bolt having: a first section with a first threaded end segment; a second section with a second threaded end segment; and an intermediate annular extension between said first and second sections, for limiting the tightening rotation of the bolt; a first piece to be joined, with an inner face and a threaded blind hole threadedly connected to the first threaded end segment of the bolt; a second piece to be joined, having a through hole connected to the second threaded end segment of the bolt in which is coupled a nut, and anti-rotation means of the bolt in its threaded coupling in the blind hole of the first piece, wherein said means consists of an intermediate piece coupled to the bolt, characterized in that, the nut coupled to the second threaded end segment of the bolt is a self-locking nut, the second piece to be joined, further having a coaxial space being defined around the bolt in correspondence with the inner faces of the two pieces to be joined, and the intermediate piece coupled to the bolt is arranged between the intermediate annular extension of the bolt and the inner face of the first piece.
A collection box for a grass mower, comprising: an upper cover, a bottom plate, side edge portions, and support assemblies, the support assemblies being disposed between the upper cover and the bottom plate, wherein the support assembly comprises an upper arm portion, a lower arm portion, and a rotating portion, the upper arm portion and the lower arm portion can rotate oppositely around a rotary shaft through the rotating portion, and the collection box at least comprises two support assemblies, characterized in that: the upper cover of the collection box is provided with an adaption groove and a fixing element, and the bottom plate is provided with a clamping groove and a fixing plate. an upper cover, a bottom plate, side edge portions, and support assemblies, the support assemblies being disposed between the upper cover and the bottom plate, wherein the support assembly comprises an upper arm portion, a lower arm portion, and a rotating portion, the upper arm portion and the lower arm portion can rotate oppositely around a rotary shaft through the rotating portion, and the collection box at least comprises two support assemblies, characterized in that: the upper cover of the collection box is provided with an adaption groove and a fixing element, and the bottom plate is provided with a clamping groove and a fixing plate.
An inverter, comprising: - a moisture sensor inside a housing of the inverter; - a control unit for controlling the inverter, said control unit being connected to the moisture sensor for receiving a moisture value from the moisture sensor, and - a heating element connected to the control unit, characterized in that - the inverter is provided for converting electrical power from a DC voltage generator by means of a converter unit and feeding the electrical power into a power grid, and - the control unit is designed to control the inverter dependent on the moisture value in such a way that, in the case where a limit value for the moisture is exceeded, the voltage at an input of the converter unit lies below an arc-avoiding voltage value and electrical power is fed to the heating element. - a moisture sensor inside a housing of the inverter; - a control unit for controlling the inverter, said control unit being connected to the moisture sensor for receiving a moisture value from the moisture sensor, and - a heating element connected to the control unit, - the inverter is provided for converting electrical power from a DC voltage generator by means of a converter unit and feeding the electrical power into a power grid, and - the control unit is designed to control the inverter dependent on the moisture value in such a way that, in the case where a limit value for the moisture is exceeded, the voltage at an input of the converter unit lies below an arc-avoiding voltage value and electrical power is fed to the heating element.
A jig saw comprising a contact surface which is configured for placing the jig saw at a workpiece surface; and a saw blade, wherein the jig saw can be brought into a circular cut configuration in which a compass element (30, 50) spaced apart from the saw blade projects from the contact surface for an engagement with the workpiece surface, characterized in that the contact surface is formed at a base plate of the jig saw, with the base plate having at least one recess with which the compass element (30, 50) can be brought into engagement, with, at both sides of the saw blade, reception bores being provided as recesses at the base plate which are in each case at the same level as the saw blade, but are laterally spaced apart therefrom by a uniform predefined amount, with a compass element (30, 50) being able to be plugged into each of the reception bores.
A security scanning method for a mini program, the method comprising: obtaining a target mini program to be released; invoking a security scanning strategy combination to perform multi-dimensional security scanning on the target mini program, wherein the security scanning strategy combination comprises malicious code scanning on the target mini program, security loophole scanning on the target mini program, and security loophole scanning on a server interface of the target mini program, and wherein the security loophole scanning on the target mini program comprises: detecting whether the target mini program includes a sensitive information leaking loophole; detecting whether the target mini program includes an HTML code loophole; detecting whether the target mini program includes a JS code loophole; and detecting whether the target mini program includes an unauthorized external resource reference loophole; and when the target mini program passes the multi-dimensional security scanning, releasing the target mini program to a server corresponding to a target APP which the target mini program uses as a carrier in use. obtaining a target mini program to be released; invoking a security scanning strategy combination to perform multi-dimensional security scanning on the target mini program, wherein the security scanning strategy combination comprises malicious code scanning on the target mini program, security loophole scanning on the target mini program, and security loophole scanning on a server interface of the target mini program, and wherein the security loophole scanning on the target mini program comprises: detecting whether the target mini program includes a sensitive information leaking loophole; detecting whether the target mini program includes an HTML code loophole; detecting whether the target mini program includes a JS code loophole; and detecting whether the target mini program includes an unauthorized external resource reference loophole; and detecting whether the target mini program includes a sensitive information leaking loophole; detecting whether the target mini program includes an HTML code loophole; detecting whether the target mini program includes a JS code loophole; and detecting whether the target mini program includes an unauthorized external resource reference loophole; and when the target mini program passes the multi-dimensional security scanning, releasing the target mini program to a server corresponding to a target APP which the target mini program uses as a carrier in use.
A sport ball comprising: a casing forming at least a portion of an exterior surface of the ball, the casing having an exterior side and an opposite interior side, and the casing including: a first panel that includes a thermoplastic polymer material layer applied to the interior side and adjacent to an edge area of the first panel, a second panel that includes a thermoplastic polymer material layer applied to the interior side and adjacent to an edge area of the second panel, and at least one seam joining (a) the edge area of the first panel and the edge area of the second panel and (b) the exterior side of the first panel and the exterior side of the second panel, the thermoplastic polymer material layer of the first panel and the thermoplastic polymer material layer of the second panel having been heat activated to form a hot melt layer that extends across the seam; and a bladder located within the casing and configured to be pressurized with air. a casing forming at least a portion of an exterior surface of the ball, the casing having an exterior side and an opposite interior side, and the casing including: a first panel that includes a thermoplastic polymer material layer applied to the interior side and adjacent to an edge area of the first panel, a second panel that includes a thermoplastic polymer material layer applied to the interior side and adjacent to an edge area of the second panel, and at least one seam joining (a) the edge area of the first panel and the edge area of the second panel and (b) the exterior side of the first panel and the exterior side of the second panel, the thermoplastic polymer material layer of the first panel and the thermoplastic polymer material layer of the second panel having been heat activated to form a hot melt layer that extends across the seam; and a first panel that includes a thermoplastic polymer material layer applied to the interior side and adjacent to an edge area of the first panel, a second panel that includes a thermoplastic polymer material layer applied to the interior side and adjacent to an edge area of the second panel, and at least one seam joining (a) the edge area of the first panel and the edge area of the second panel and (b) the exterior side of the first panel and the exterior side of the second panel, the thermoplastic polymer material layer of the first panel and the thermoplastic polymer material layer of the second panel having been heat activated to form a hot melt layer that extends across the seam; and a bladder located within the casing and configured to be pressurized with air.
A method for preparing a coal mixture for cokemaking, the coal mixture containing two or more types of coals, the coal mixture being used as at least one portion of a coal blend for cokemaking, the method comprising: determining a blending ratio of the coal mixture in the coal blend in advance in the case of using the coal mixture as a portion of the coal blend; determining a type and a blending ratio of coal contained in the rest of the coal blend excluding the coal mixture; determining an interfacial tension between a semicoke mixture obtained from the coal mixture and a semicoke obtained from the coal contained in the rest of the coal blend excluding the coal mixture; and adjusting the blending ratio of each coal in the coal mixture such that the interfacial tension (γ blend) of semicoke obtained by thermally treating the coal blend is 0.03 mN/m or less. determining a blending ratio of the coal mixture in the coal blend in advance in the case of using the coal mixture as a portion of the coal blend; determining a type and a blending ratio of coal contained in the rest of the coal blend excluding the coal mixture; determining an interfacial tension between a semicoke mixture obtained from the coal mixture and a semicoke obtained from the coal contained in the rest of the coal blend excluding the coal mixture; and adjusting the blending ratio of each coal in the coal mixture such that the interfacial tension (γ blend) of semicoke obtained by thermally treating the coal blend is 0.03 mN/m or less.
A method of storing a navigation history, the method comprising: storing a plurality of resources in an order in which they are visited to create a stored navigation history, thereby enabling navigation through the stored resources in reverse order by means of a back button, characterized in that the method further comprises: when the stored plurality of resources contains a predetermined number of occurrences of a specific resource, the predetermined number being at least two, and the specific resource is visited again, deleting from the stored navigation history the stored resources between two of said occurrences of the specific resource, and also deleting one of said occurrences of the specific resource. storing a plurality of resources in an order in which they are visited to create a stored navigation history, thereby enabling navigation through the stored resources in reverse order by means of a back button, characterized in that the method further comprises: when the stored plurality of resources contains a predetermined number of occurrences of a specific resource, the predetermined number being at least two, and the specific resource is visited again, deleting from the stored navigation history the stored resources between two of said occurrences of the specific resource, and also deleting one of said occurrences of the specific resource. when the stored plurality of resources contains a predetermined number of occurrences of a specific resource, the predetermined number being at least two, and the specific resource is visited again, deleting from the stored navigation history the stored resources between two of said occurrences of the specific resource, and also deleting one of said occurrences of the specific resource.
An air guidance unit for mounting into a cut-out of a switchgear cabinet wall, comprising an air guidance housing and a fan assembly that can be detachably connected thereto, the air guidance housing comprising one or more blocking studs, the fan assembly comprising closure receptions each having a blocking section (32.2) into which the blocking stud can be swiveled, a detachable locking piece immobilizing the fan assembly in the mounting position of the fan assembly, wherein the fan assembly comprises two fixing sides, the fixing sides comprising the closure receptions with blocking section (23.2) and wherein the fan assembly can be selectively fixed at the air guidance housing by means of the fixing sides in operating positions rotated by 180°, and wherein the fan assembly comprises a housing having two flanges which are equipped with the closure receptions and wherein the fan assembly, depending on a desired operation mode, sucking or blowing, is seated with the respective flange at its rear side on a bottom of the air guidance housing, so that the air guidance unit can be selectively converted from sucking to blowing operation and vice versa, wherein the air guidance housing carries hinge parts at a front side thereof to which an air guidance grating is pivotally hinged, so that the air guidance grating can be swiveled between a mounting and a maintenance position, wherein it covers an air passage portion of the air guidance housing at the front thereof in said mounting position.
Solar unit, comprising multiple photo voltaic modules for generating electric energy, a solar antenna for generating electric energy, said solar unit being characterized in that the solar antenna comprises a graphene layer, an insulation layer and a carrying means, wherein the insulation layer is arranged between the graphene layer and the carrying means, wherein electric energy generated by the photo voltaic modules and the solar antenna is feed into a common electric lead, the carrying means is a back sheet connecting cells (14, 16) of multiple photovoltaic modules, wherein at least one string is arranged on one side of the cells (14, 16) of each photovoltaic module, wherein the back sheet is arranged on the opposing side of each of said cells (14, 16), wherein the photo voltaic modules are spaced apart from each other, wherein an intermediate space between said photovoltaic modules is present, wherein the solar antenna, in particular a plurality of solar antennas, is arranged in said intermediate space. a graphene layer, an insulation layer and a carrying means, wherein the insulation layer is arranged between the graphene layer and the carrying means,
Method for inserting or dispersing particles (P, 90) with piezoelectric properties within a substrate modifiable by an electromagnetic field to vary its electric resistivity, from insulator to conductor and vice versa, characterised by the fact that - in the substrate particles (P; 90) are dispersed, the particles comprising in a sandwich structure two conductor layers (E; 50, 64) and a layer of material with piezoelectric properties (Qinv; 60) in the middle. - in the substrate particles (P; 90) are dispersed, the particles comprising in a sandwich structure two conductor layers (E; 50, 64) and a layer of material with piezoelectric properties (Qinv; 60) in the middle.
Method for stabilizing the driving of a motorized two-wheeled vehicle, in which two gyroscopes (104, 105) which are arranged one next to the other and have rotational axes which are parallel with one another are present, wherein the gyroscopes can each be pivoted about a pivoting axis perpendicularly with respect to the rotational axis, wherein the pivoting axes of the two gyroscopes are also parallel with one another, - wherein the gyroscopes (104, 105) rotate about their rotational axes in opposite rotational directions to one another, - wherein, when an unstable driving behaviour of the two-wheeled vehicle is detected, the two gyroscopes (104, 105) are pivoted about their respective pivoting axis with a first angular speed, wherein the pivoting directions are opposite to one another, characterized in that - subsequently the two gyroscopes (104, 105) are pivoted about their respective pivoting axis again back into their original orientation with a second angular speed, - wherein the gyroscopes (104, 105) are driven by electric motors and are pivoted by means of electric motors. - wherein the gyroscopes (104, 105) rotate about their rotational axes in opposite rotational directions to one another, - wherein, when an unstable driving behaviour of the two-wheeled vehicle is detected, the two gyroscopes (104, 105) are pivoted about their respective pivoting axis with a first angular speed, wherein the pivoting directions are opposite to one another, - subsequently the two gyroscopes (104, 105) are pivoted about their respective pivoting axis again back into their original orientation with a second angular speed, - wherein the gyroscopes (104, 105) are driven by electric motors and are pivoted by means of electric motors.
An animal litter box having a front-rear direction, a lateral direction, and a vertical direction intersecting each other, the animal litter box comprising: a main body portion and a tray, the main body portion having a urine passing portion through which urine passes; the tray being a portion in which an absorbent body is installed, the absorbent body absorbing the urine that has passed through the urine passing portion, characterized in that a notch portion is provided in a bottom portion of the main body portion on a rear side in the front-rear direction, characterized in that the notch portion being obliquely cut so as to have a predetermined angle with respect to a horizontal plane, the main body portion being capable of standing on its own while inclining to the horizontal plane at the predetermined angle, by bringing the notch portion into contact with a ground plane. the animal litter box comprising: a main body portion and a tray, the main body portion having a urine passing portion through which urine passes; the tray being a portion in which an absorbent body is installed, the absorbent body absorbing the urine that has passed through the urine passing portion, characterized in that a notch portion is provided in a bottom portion of the main body portion on a rear side in the front-rear direction, characterized in that the notch portion being obliquely cut so as to have a predetermined angle with respect to a horizontal plane, the main body portion being capable of standing on its own while inclining to the horizontal plane at the predetermined angle, by bringing the notch portion into contact with a ground plane.
A flexible packaging material, comprising: a flexible substrate comprising a first surface; an electrophotographic ink composition printed on the first surface of the flexible substrate, the printed electrophotographic ink composition comprising a polymer resin comprising a copolymer of an alkylene monomer and a monomer selected from acrylic acid and methacrylic acid; a polymeric base layer; and a thermally activatable laminating layer co-extruded with the polymeric base layer and thermally laminated to the first surface of the flexible substrate printed with the electrophotographic ink composition; wherein the thermally activatable laminating layer comprises a thermoplastic polymer resin. a flexible substrate comprising a first surface; an electrophotographic ink composition printed on the first surface of the flexible substrate, the printed electrophotographic ink composition comprising a polymer resin comprising a copolymer of an alkylene monomer and a monomer selected from acrylic acid and methacrylic acid; a polymeric base layer; and a thermally activatable laminating layer co-extruded with the polymeric base layer and thermally laminated to the first surface of the flexible substrate printed with the electrophotographic ink composition; wherein the thermally activatable laminating layer comprises a thermoplastic polymer resin.