mhurhangee/ep-ind-claims huggingface dataset:
A device for accommodating useful objects 1.1 comprising a sheet-like receptacle body, which has an outer circumference; 1.2 comprising at least one bracket for fastening the receptacle body on a wall or the like; wherein 1.3 the receptacle body is pocket-shaped or forms a lateral pocket wall and has a receptacle region, which forms the lateral pocket wall or which forms two pocket walls positioned on one another, which are connected to one another along the outer circumference except for an engagement opening for forming a pocket; wherein 1.4 the bracket has an installation plate and a cover plate or consists thereof, wherein the cover plate is plugged or pluggable in a friction-locked and/or formfitting manner onto the installation plate, such that 1.5 the receptacle body is enclosed between the installation plate and the cover plate at least along one section or along two sections opposite to one another of the outer circumference, characterized in that 1.6 the receptacle body has, in each of the section or sections of the outer circumference which is/are enclosed between the installation plate and the cover plate, a material strip which is produced from a material deviating from the receptacle region and extends along the corresponding section of the outer circumference. 1.1 comprising a sheet-like receptacle body, which has an outer circumference; 1.2 comprising at least one bracket for fastening the receptacle body on a wall or the like; wherein 1.3 the receptacle body is pocket-shaped or forms a lateral pocket wall and has a receptacle region, which forms the lateral pocket wall or which forms two pocket walls positioned on one another, which are connected to one another along the outer circumference except for an engagement opening for forming a pocket; wherein 1.4 the bracket has an installation plate and a cover plate or consists thereof, wherein the cover plate is plugged or pluggable in a friction-locked and/or formfitting manner onto the installation plate, such that 1.5 the receptacle body is enclosed between the installation plate and the cover plate at least along one section or along two sections opposite to one another of the outer circumference, characterized in that 1.6 the receptacle body has, in each of the section or sections of the outer circumference which is/are enclosed between the installation plate and the cover plate, a material strip which is produced from a material deviating from the receptacle region and extends along the corresponding section of the outer circumference.
A valve insert for use in an air venting valve of a vulcanizing mould of a vehicle tyre, said valve insert comprising a valve stem arranged to be inserted into a valve sleeve of the air venting valve, a first end of said valve stem being provided with a valve disk, wherein the second end of the valve stem is provided with an elastically compressible retainer member for detachably attaching the valve insert to the valve sleeve and characterised by comprising; a slot for achieving the compression of the retainer member, said slot extending from the second end of the valve stem towards the first end of the valve stem, and wherein the valve insert comprises a venting bore for removing air from the vulcanizing mould and an opening of the venting bore is located on a front surface of the valve disk, and further characterised in that; another opening of the venting bore is located on a bottom of the slot.
A threaded joint for oil well steel pipe comprising: a pin having a male thread that is a male tapered thread at one end of a steel pipe; and a box having a female thread that is a female tapered thread threadedly engaged with the male thread at the other end of a steel pipe, the pin and the box forming radial seal structures which seals a fluid by metal contact with each other at two positions, one on an outer periphery side sealing portion of the pin on a pipe end side and one on an inner periphery side sealing portion of the box on a pipe end side, the threaded joint further comprising an intermediate shoulder formed between thread rows of the female and male tapered threads, wherein on the outer periphery side sealing portion formed on the pin on the pipe end side, a cross-sectional area S1 (mm 2) of the pin at a seal point which is a portion on the outer peripheral surface of a nose portion on the pin side which comes into contact with the seal surface on the box side first, and a cross-sectional area SO (mm 2) of a pipe body portion, which is an unprocessed pin portion satisfy the following expression, on the inner periphery side sealing portion formed on the box on the pipe end side, a cross-sectional area S2 (mm 2) of the box at a seal point, which is a portion on the inner peripheral surface of the pipe end portion on the box side which comes into contact with the seal surface on the pin side first and a cross-sectional area SO' (mm 2) of a pipe body portion, which is an unprocessed box portion satisfy the following expression, and a surface area S3 (mm 2) of a contact portion of the intermediate shoulder and the cross-sectional area SO (mm 2) of the pipe body portion, which is the unprocessed pin portion, satisfy the following expression, S 1 / SO × 100 ≥ 15 % S 2 / S 0 ′ × 100 ≥ 20 % S 3 / S 0 × 100 ≥ 10 % wherein the S1, the SO, the S2, and the SO' satisfy the following expression, S 1 / S 0 ≤ S 2 / S 0 ′ an intermediate shoulder formed between thread rows of the female and male tapered threads, wherein on the outer periphery side sealing portion formed on the pin on the pipe end side, a cross-sectional area S1 (mm 2) of the pin at a seal point which is a portion on the outer peripheral surface of a nose portion on the pin side which comes into contact with the seal surface on the box side first, and a cross-sectional area SO (mm 2) of a pipe body portion, which is an unprocessed pin portion satisfy the following expression, on the inner periphery side sealing portion formed on the box on the pipe end side, a cross-sectional area S2 (mm 2) of the box at a seal point, which is a portion on the inner peripheral surface of the pipe end portion on the box side which comes into contact with the seal surface on the pin side first and a cross-sectional area SO' (mm 2) of a pipe body portion, which is an unprocessed box portion satisfy the following expression, and a surface area S3 (mm 2) of a contact portion of the intermediate shoulder and the cross-sectional area SO (mm 2) of the pipe body portion, which is the unprocessed pin portion, satisfy the following expression,
A method for displaying an application interface, comprising: acquiring, by an electronic device when displaying an interface corresponding to a first application, a first input operation of a user; and simultaneously displaying, according to preset correlation information when the first input operation is a first preset operation, the interface corresponding to the first application and an interface corresponding to a second application, wherein the correlation information is used to indicate that the second application is an application that correlates with the first application; wherein the first application is a photo gallery, and wherein the second application is a camera; the method being characterised in that a size of the interface corresponding to the camera determines a size of a photographed picture. acquiring, by an electronic device when displaying an interface corresponding to a first application, a first input operation of a user; and simultaneously displaying, according to preset correlation information when the first input operation is a first preset operation, the interface corresponding to the first application and an interface corresponding to a second application, wherein the correlation information is used to indicate that the second application is an application that correlates with the first application; wherein the first application is a photo gallery, and wherein the second application is a camera; the method being characterised in that a size of the interface corresponding to the camera determines a size of a photographed picture.
Method for manufacturing a component in which the component is built up by thermal spraying with a coating jet carrying building material, characterized in that • a mold as a lost mold for the component to be manufactured is produced layer by layer on a building platform by a generative process on the basis of data describing the mold, • the component is built up in the mold, in that the mold is filled with the building material by thermal spraying and • the mold is removed from the component by being destroyed. • a mold as a lost mold for the component to be manufactured is produced layer by layer on a building platform by a generative process on the basis of data describing the mold, • the component is built up in the mold, in that the mold is filled with the building material by thermal spraying and • the mold is removed from the component by being destroyed.
A resealable and re-useable dispensing device for a multi-component composition, the dispensing device comprising a housing generally in the form of an elongate sleeve having a first end for receiving a compression device and a second end defining shoulders that taper to an outlet from which a supply of components housed within the housing are to be dispensed, wherein each component is retained within a compartment (21, 22) of a collapsible bag (2; 9, 10) prior to being dispensed, the collapsible bag compartments each having a sealed end for receiving pressure from the compression device and a dispensing end, which has been ruptured or is capable of rupturing, for dispensing a component via the outlet, wherein the dispensing device is provided with a closure device (4; 27) that the dispensing ends of the collapsible bag compartments are arranged to extend through, the closure device being adapted to apply a clamping force on the dispensing ends to seal off, or to re-seal, the supply of the components until the next use and to release the clamping force when required to allow the components to be dispensed, characterized in that the closure device (4; 27) comprises a plurality of fingers that are arranged to clamp off the dispensing ends of the collapsible bag compartments (21, 22).
Flexible shaft assembly for use with a bobbin probe for inspection of steam generator tubes at VVER type of nuclear power plants, where the inner diameter of tubes Is 13mm, the assembly, comprising an extension spring with dimension Φ7mm outside / Φ4mm inside, made of tempered steel wire of squared profile, characterized in that before winding said wire of the spring, having about 2.1 mm In diameter, Is deformed Into squared profile with dimension of about 2.5 x 1.5 mm, thus providing enhanced flexibility inside the elastic area of the spring and stable soldering joints; and nylon pearls with dimension of Φ9.8mm outside / Φ7.1mm inside x 10 mm In length, are mounted on said extension spring.
A method for attaching oligonucleotide barcodes to a nucleic acid target in a sample, comprising: barcoding copies of the nucleic acid target in a sample using a plurality of oligonucleotide barcodes to generate a plurality of barcoded nucleic acid molecules each comprising a sequence of the nucleic acid target, a molecular label, and a target-binding region, and wherein at least 10 of the plurality of oligonucleotide barcodes comprise different molecular label sequences; attaching an oligonucleotide comprising a complement of the target binding region to the plurality of barcoded nucleic acid molecules to generate a plurality of barcoded nucleic acid molecules each comprising the target-binding region and the complement of the target-binding region; hybridizing the target-binding region and the complement of the target-binding region within each of the plurality of barcoded nucleic acid molecules to form a stem loop; and extending 3'-ends of the plurality of barcoded nucleic acid molecules to extend the stem loop to generate a plurality of extended barcoded nucleic acid molecules each comprising the molecular label and a complement of the molecular label. barcoding copies of the nucleic acid target in a sample using a plurality of oligonucleotide barcodes to generate a plurality of barcoded nucleic acid molecules each comprising a sequence of the nucleic acid target, a molecular label, and a target-binding region, and wherein at least 10 of the plurality of oligonucleotide barcodes comprise different molecular label sequences; attaching an oligonucleotide comprising a complement of the target binding region to the plurality of barcoded nucleic acid molecules to generate a plurality of barcoded nucleic acid molecules each comprising the target-binding region and the complement of the target-binding region; hybridizing the target-binding region and the complement of the target-binding region within each of the plurality of barcoded nucleic acid molecules to form a stem loop; and extending 3'-ends of the plurality of barcoded nucleic acid molecules to extend the stem loop to generate a plurality of extended barcoded nucleic acid molecules each comprising the molecular label and a complement of the molecular label.
A grate bar for combustion facilities, comprising a substantially closed surface which faces a combustion site, a posterior supporting portion for seating on a grate support for configuring said grate, and an anterior nose which is rounded between the surface and a front edge, comprising a resting area configured on the bottom and cooling ribs for air cooling protruding from the bottom of the surface which forms the grate, wherein a head portion (8', 8") in the inside thereof comprises cooling ribs (13; 13') for air cooling, which are at least partially thickened and extend in longitudinal direction and vertical direction beneath the surface facing the combustion site, characterized in that the head ribs (13, 13') are arranged in three or four layers (23; 24; 25; 32), wherein two or three recesses (26; 27; 33) are arranged between the layers (23; 24; 25; 32), respectively, and wherein the layers subsequently follow each other towards the inside of the head portion (8'; 8").
Method of detecting the braking of a vehicle provided with a master cylinder (202, 400) and with a primary piston, characterized in that a plunger (220, 305, 404), arranged parallel to the primary piston so as to reproduce the movements of the primary piston, and a sensor (230, 300) which senses the movement of the plunger (220, 305, 404) are used to detect a braking operation.
A composite panel prepared using a moisture resistance additive useful for preparing composite panels, the moisture resistance additive comprising a triglyceride having a saponification value of at least 150 and an iodine value of at least 35, and is free of hydrocarbon wax and at least one non-ionic emulsifier comprising a fatty acid ester of a polyalcohol.
A method of generating a stereo signal, comprising: transforming a mono downmixed signal to a quadrature mirror filter, QMF, domain signal; generating a decorrelated signal from the QMF domain signal; converting spatial information to a binaural 3D parameter in the QMF domain by using a head related transfer function, HRTF, parameter; generating a binaural output signal from the QMF domain signal and the generated decorrelated signal by using the converted binaural 3D parameter in the QMF domain; and inverse transforming the generated binaural output signal from the QMF domain to a time domain to generate the stereo signal. transforming a mono downmixed signal to a quadrature mirror filter, QMF, domain signal; generating a decorrelated signal from the QMF domain signal; converting spatial information to a binaural 3D parameter in the QMF domain by using a head related transfer function, HRTF, parameter; generating a binaural output signal from the QMF domain signal and the generated decorrelated signal by using the converted binaural 3D parameter in the QMF domain; and inverse transforming the generated binaural output signal from the QMF domain to a time domain to generate the stereo signal.
Motor vehicle bench seat comprising a seat part and a backrest which has a lower edge facing the seat part, an opposite upper edge, and two lateral edges, characterized in that it comprises a webbing guide for seat belt webbing, which is mounted in a movable manner on the backrest, at a distance from the lateral edges, so as to have a height (h) that is adjustable with respect to the upper edge of the backrest, and which comprises a body that delimits two distinct passages (125, 126) for two webbings (51, 61) of seat belts (50, 60) and wherein the two passages (125, 126) are superposed.
A method of diagnosing ovarian cancer, comprising the steps (a) determining an expression profile of a predetermined set of miRNAs which comprises hsa-miR-342-3p (SEQ ID NO: 442), in a blood cell sample from a patient; and (b) comparing said expression profile to a reference expression profile, wherein the comparison of said determined expression profile to said reference expression profile allows for the diagnosis of ovarian cancer. (a) determining an expression profile of a predetermined set of miRNAs which comprises hsa-miR-342-3p (SEQ ID NO: 442), in a blood cell sample from a patient; and (b) comparing said expression profile to a reference expression profile,
Method for traction control of driven wheels of a multi-axle motor vehicle, wherein the driven wheels are assigned to at least one axle of the motor vehicle, wherein further wheels are assigned to at least one further axle of the motor vehicle, which wheels can be driven by means of activation of an engagement device and can be towed by releasing the engagement device, wherein rotational speed information of the driven wheels is acquired by a control unit and is compared with a reference value, and wherein when the rotational speed information exceeds an upper threshold deviation from the reference value or when the rotational speed information undershoots a lower threshold deviation from the reference value the control unit detects (7, 10) a loss of traction by the driven wheels, and wherein the activation of the engagement device is carried out (9, 12) in an automated fashion by the control unit when a loss of traction of the driven wheels is detected, characterized in that the activation of the engagement device (9, 12, 33) is not carried out in an automated fashion until a speed threshold of the motor vehicle is exceeded.
A computer-implemented method, the method being performed by a computing platform and comprising the steps of: generating (203, 310) a cryptographic key pair comprising a public key and a private key; publishing (204, 315), to a server, the public key; and generating a short message service, SMS, message; characterized by: signing (206, 211, 325), using the private key, the SMS message, wherein signing (206, 211, 325) the SMS message comprises computing a cryptographic hash of the SMS message using the private key and embedding the cryptographic hash in a short message peer-to-peer, SMPP, field of the SMS message; and sending (207, 330), to a downstream computing system, the signed SMS message, wherein the downstream computing system is configured to validate the signed SMS message using the cryptographic hash embedded in the SMPP field of the SMS message and by accessing the public key from the server of a domain indicated by the computing platform; wherein the server is a Domain Name Service, DNS, server. generating (203, 310) a cryptographic key pair comprising a public key and a private key; publishing (204, 315), to a server, the public key; and generating a short message service, SMS, message; characterized by: signing (206, 211, 325), using the private key, the SMS message, wherein signing (206, 211, 325) the SMS message comprises computing a cryptographic hash of the SMS message using the private key and embedding the cryptographic hash in a short message peer-to-peer, SMPP, field of the SMS message; and sending (207, 330), to a downstream computing system, the signed SMS message, wherein the downstream computing system is configured to validate the signed SMS message using the cryptographic hash embedded in the SMPP field of the SMS message and by accessing the public key from the server of a domain indicated by the computing platform; wherein the server is a Domain Name Service, DNS, server. signing (206, 211, 325), using the private key, the SMS message, wherein signing (206, 211, 325) the SMS message comprises computing a cryptographic hash of the SMS message using the private key and embedding the cryptographic hash in a short message peer-to-peer, SMPP, field of the SMS message; and sending (207, 330), to a downstream computing system, the signed SMS message, wherein the downstream computing system is configured to validate the signed SMS message using the cryptographic hash embedded in the SMPP field of the SMS message and by accessing the public key from the server of a domain indicated by the computing platform; wherein the server is a Domain Name Service, DNS, server.
A method in a process control device monitoring system (204,304,400), the method comprising: measuring, in the process control device monitoring system, one or more operating states of a process control device (208,310) using a position sensor (206,318); associating, in the process control device monitoring system, a time-stamp with the one or more measured operating states of the process control device, where associating the time-stamp with the one or more operating states is in response to a trigger generated based on the one or more measured operating states, wherein the trigger is indicative that a fugitive emission, to a surrounding atmosphere, has occurred; and transmitting the time-stamp and an indication of the one or more operating states to a monitoring device that quantifies an amount of fugitive emissions based on data from the position sensor and the time-stamp. measuring, in the process control device monitoring system, one or more operating states of a process control device (208,310) using a position sensor (206,318); associating, in the process control device monitoring system, a time-stamp with the one or more measured operating states of the process control device, where associating the time-stamp with the one or more operating states is in response to a trigger generated based on the one or more measured operating states, wherein the trigger is indicative that a fugitive emission, to a surrounding atmosphere, has occurred; and transmitting the time-stamp and an indication of the one or more operating states to a monitoring device that quantifies an amount of fugitive emissions based on data from the position sensor and the time-stamp.
Underwater electrical appliance for garden ponds, water fountains and outdoor installations, comprising at least one lighting means which can be supplied with power by a power supply and is housed in a watertight dry region, comprising a protective element which can be brought into a protective position which protects the lighting means, and comprising a wet region which is surrounded in regions by a water housing and which has at least one water inlet and at least one water outlet (22, 22a, 22b), characterised in that the water housing forms the protective element, the underwater electrical appliance has an interrupter assembly which disconnects the power supply from the lighting means when the protective element is not in the protective position, and the underwater electrical appliance comprises a safety apparatus which interrupts the power supply to the lighting means when moisture penetrates the dry region.