mhurhangee/ep-ind-claims huggingface dataset:
An air flow regulator comprising an inlet port, an outlet port and a rotatable actuator, which projects into the air path between the inlet port and outlet port such that the effective cross-section of this air path can be set by rotating the actuator, characterised in that the single actuator is designed as a throttle pin and has a plurality of different air channels or air channel portions (4a, 4b, 4c), at least two channels or channel portions (4a, 4b, 4c) being arranged coaxially in relation to one another and it being to possible to activate and/or deactivate the contributions of these channels or channel portions (4a, 4b, 4c) to the effective cross-section of the air path by rotating the actuator into different angular positions (H, M, L).
A handle configured to be coupled to an implement to guide the implement during operation, the handle comprising: a first member configured to be coupled to a main body of the implement; a second member movably coupled to the first member between a retracted position and an extended position; a locking mechanism coupled between the first member and the second member, the locking mechanism moveable between a locked position, in which the second member is fixed relative to the first member, and an unlocked position, in which the second member is movable relative to the first member; wherein the handle further comprises a control assembly configured to allow operation of the implement in response to the locking mechanism being moved into the locked position, wherein the control assembly includes a position sensor in communication with a pin of the locking mechanism, characterized in that the pin is operable to lock the second member relative to the first member when the locking mechanism is in the locked position, and wherein the pin is operable to allow the second member to move relative to the first member when the locking mechanism is in the unlocked position. a first member configured to be coupled to a main body of the implement; a second member movably coupled to the first member between a retracted position and an extended position; a locking mechanism coupled between the first member and the second member, the locking mechanism moveable between a locked position, in which the second member is fixed relative to the first member, and an unlocked position, in which the second member is movable relative to the first member; wherein the handle further comprises a control assembly configured to allow operation of the implement in response to the locking mechanism being moved into the locked position, wherein the control assembly includes a position sensor in communication with a pin of the locking mechanism, characterized in that the pin is operable to lock the second member relative to the first member when the locking mechanism is in the locked position, and wherein the pin is operable to allow the second member to move relative to the first member when the locking mechanism is in the unlocked position.
A learning device comprising: an input unit configured to use a web browser to crawl one or more web pages from an originating web page, and to accept input of known benign and known malicious log information obtained from the web browser until an ending web page is reached, the log information including screen shot images of the one or more web pages; an image feature amount extraction unit configured to extract, as a feature amount of each web page included in the log information, image data on the screen shot image of the web page drawn by the web browser, and convert the image data into vector information having a dimension according to a number of feature points by detecting feature points residing in a certain screen shot image and extracting feature points common to the screen shot images; and a learning unit configured to generate a training model using, as training data, the feature amount of each web page included in the log information by integrating pieces of the vector information and using a supervised machine learning method capable of executing binary classification into malicious and benign log information. an input unit configured to use a web browser to crawl one or more web pages from an originating web page, and to accept input of known benign and known malicious log information obtained from the web browser until an ending web page is reached, the log information including screen shot images of the one or more web pages; an image feature amount extraction unit configured to extract, as a feature amount of each web page included in the log information, image data on the screen shot image of the web page drawn by the web browser, and convert the image data into vector information having a dimension according to a number of feature points by detecting feature points residing in a certain screen shot image and extracting feature points common to the screen shot images; and a learning unit configured to generate a training model using, as training data, the feature amount of each web page included in the log information by integrating pieces of the vector information and using a supervised machine learning method capable of executing binary classification into malicious and benign log information.
Fitting module for mounting a cistern behind a pre-wall which is arranged on the front side of the fitting module which extends along a vertical and along a transversal, the fitting module comprising a module frame, a drain pipe, and a cistern with a flush pipe, wherein in a construction period position of the fitting module, the cistern is attached to the module frame and the flush pipe forms a flush pipe connection that is open on the front side of the fitting module, and the drain pipe is attached to the module frame and forms a drain pipe connection that is open on the front side of the fitting module, wherein the fitting module has a two-part connection fore-part comprising a connecting element and a closure element, wherein the closure element in the construction period position of the fitting module is detachably mounted to the module frame and to the connecting element and closes the flush pipe connection and the drain pipe connection and has a transverse and a vertical extent on its front side within which both the flush pipe connection and the drain pipe connection are arranged, wherein the closure element can be detached from the connecting element and the module frame, starting from the construction period position, in order to achieve an operating position of the fitting module in which the connecting element is fixed to the module frame and protrudes with its front side beyond the module frame, in particular by at least 5 mm, more in particular between 5 mm and 30 mm, while forming a guide means running along a direction aligned perpendicular to the transversal and perpendicular to the vertical, which guide means runs in front of the front side of the module frame at least with one guide means section, wherein the connecting element has a cavity which is open on its front side and is accessible from the front side of the fitting module in the operating position and has a transverse and a vertical extent, wherein the flush pipe connection and the drain pipe connection are arranged within the transverse and the vertical extent of the cavity, characterized in that the front side of the closure element protrudes with its transverse and vertical extent at least 15 mm, in particular between 15 mm and 100 mm, beyond the module frame in the construction period position, and that the cavity comprises at least one partial cavity (63, 64) which is separated from horizontally and/or vertically adjacent regions of the cavity at least in sections, wherein the at least one partial cavity (63, 64) is located outside the flush pipe connection and outside the drain pipe connection in relation to the vertical and the transversal.
Backrest for a chair, in particular office chair, with a backrest shell covered with a backrest support, wherein the backrest shell is configured as a closed trough, the single opening thereof as defined by the shell periphery being spanned with the backrest support in the manner of a drum, and wherein the backrest shell provides a receiving space for temporarily receiving the backrest support or parts thereof, characterized in that the backrest shell has a tensioning frame into which the backrest support is clamped, wherein the tensioning frame is formed in an encircling manner on the periphery of the backrest shell.
An apparatus comprising: means for establishing to a serving wireless network a wireless connection with a relay context for the apparatus to act as a relay node to relay data between the serving wireless network and one or more second apparatuses using sidelink communication between the apparatus and the one or more second apparatuses, wherein the one or more second apparatuses using sidelink are acting as one or more remote nodes and the relay context comprises an identity assigned by the serving wireless network to the apparatus; means for determining, in response to preset criteria being fulfilled, that a role switch between the apparatus and a second apparatus amongst the one or more remote nodes is to take place; means for sending, in response to the means for determining determining that the role switch is to take place, over a sidelink to the second apparatus a first message comprising at least the relay context with said identity for the second apparatus to start to act as the relay node; means for stopping, in response to the means for sending sending said first message to the second apparatus, to act as the relay node, and for starting to act as a remote node, and for using the sidelink communication to the second apparatus for data transmission between the apparatus and the serving wireless network. means for establishing to a serving wireless network a wireless connection with a relay context for the apparatus to act as a relay node to relay data between the serving wireless network and one or more second apparatuses using sidelink communication between the apparatus and the one or more second apparatuses, wherein the one or more second apparatuses using sidelink are acting as one or more remote nodes and the relay context comprises an identity assigned by the serving wireless network to the apparatus; means for determining, in response to preset criteria being fulfilled, that a role switch between the apparatus and a second apparatus amongst the one or more remote nodes is to take place; means for sending, in response to the means for determining determining that the role switch is to take place, over a sidelink to the second apparatus a first message comprising at least the relay context with said identity for the second apparatus to start to act as the relay node; means for stopping, in response to the means for sending sending said first message to the second apparatus, to act as the relay node, and for starting to act as a remote node, and for using the sidelink communication to the second apparatus for data transmission between the apparatus and the serving wireless network.
A sensor apparatus with touch guiding function, comprising: a cover made from a transparent smooth material or having an opening, a lower surface of the cover being provided with an ink layer; the ink layer configured to shield the light; a biological sensor configured to collect biological information of the users, the sensor being arranged below the cover; at least one light-emitting module, the light-emitting module being arranged as parallel to the sensor; an upper reflecting layer and a lower reflecting layer configured to reflect light emitted from the at least one light -emitting module, the upper reflecting layer being arranged on a lower surface of the ink layer, and the lower reflecting layer being arranged on an upper surface of the sensor; and a light transmitting glue layer, the light transmitting glue layer being arranged between the upper reflecting layer and the lower reflecting layer; the ink layer on the lower surface of the cover and the upper reflecting layer are at least provided with an opening, wherein the opening of the ink layer is defined according to the wavelength of the light emitted by the at least one light-emitting module. a cover made from a transparent smooth material or having an opening, a lower surface of the cover being provided with an ink layer; the ink layer configured to shield the light; a biological sensor configured to collect biological information of the users, the sensor being arranged below the cover; at least one light-emitting module, the light-emitting module being arranged as parallel to the sensor; an upper reflecting layer and a lower reflecting layer configured to reflect light emitted from the at least one light -emitting module, the upper reflecting layer being arranged on a lower surface of the ink layer, and the lower reflecting layer being arranged on an upper surface of the sensor; and a light transmitting glue layer, the light transmitting glue layer being arranged between the upper reflecting layer and the lower reflecting layer; the ink layer on the lower surface of the cover and the upper reflecting layer are at least provided with an opening, wherein the opening of the ink layer is defined according to the wavelength of the light emitted by the at least one light-emitting module.
A tent peg comprising a shaft and a head, wherein the head comprises a body having an arm extending therefrom and the arm includes a first aperture adjacent the body and a second aperture located between the first aperture and a distal end of the arm, characterised in that the shaft of a first further tent peg is receivable in the first aperture of the tent peg in an opposite orientation, the shaft of a second further tent peg (10") is receivable in the second aperture in the same orientation as the tent peg and the shaft of the second further tent peg (10") is receivable in the first aperture of the first further tent peg.
An optical sensor mounting structure for use in image display devices, the structure comprising: a) an optical sensor configured to measure light from a back surface of a reflection sheet disposed behind a backlight of an image display device; b) a substrate having the optical sensor thereon; c) a tubular cushion for preventing entry of external light into the optical sensor; and characterized in that the optical sensor mounting structure further comprises d) an adhesive or a double-sided tape wherein e) a front surface of the tubular cushion is adapted to be bonded to the reflection sheet by the adhesive or the double-sided tape, and f) a back surface of the tubular cushion and the substrate are bonded together by another adhesive or a double-sided tape. a) an optical sensor configured to measure light from a back surface of a reflection sheet disposed behind a backlight of an image display device; b) a substrate having the optical sensor thereon; c) a tubular cushion for preventing entry of external light into the optical sensor; and characterized in that the optical sensor mounting structure further comprises d) an adhesive or a double-sided tape wherein e) a front surface of the tubular cushion is adapted to be bonded to the reflection sheet by the adhesive or the double-sided tape, and f) a back surface of the tubular cushion and the substrate are bonded together by another adhesive or a double-sided tape.
A multi-plate clutch comprising: a flywheel; a pressure plate that is biased to the flywheel side by a biasing member; an intermediate plate that is disposed between the flywheel and the pressure plate; and a clutch disc that has a first friction coupler disposed between the flywheel and the intermediate plate, and a second friction coupler disposed between the intermediate plate and the pressure plate, wherein an elastic member having a first elastic portion and a second elastic portion is mounted on the intermediate plate, wherein the first elastic portion is configured such that one end portion is fixed to the intermediate plate, that the other end portion is fixed to the flywheel, and that an elastic biasing force acting in a direction away from the flywheel is applied to the intermediate plate, and wherein the second elastic portion is configured such that one end portion is fixed to the intermediate plate, that the other end portion is in contact with the pressure plate, and that an elastic biasing force acting in a direction approaching the flywheel is applied to the intermediate plate, characterized in that the elastic member is fixed at two points by using rivets (17, 19), wherein the one end portion of the second elastic portion is fixed to the intermediate plate by one of the rivets, and a contact portion is disposed at the other end portion of the second elastic portion, the contact portion being in contact with a boss portion of the pressure plate or with a rivet of the boss portion. a flywheel; a pressure plate that is biased to the flywheel side by a biasing member; an intermediate plate that is disposed between the flywheel and the pressure plate; and a clutch disc that has a first friction coupler disposed between the flywheel and the intermediate plate, and a second friction coupler disposed between the intermediate plate and the pressure plate, wherein an elastic member having a first elastic portion and a second elastic portion is mounted on the intermediate plate, wherein the first elastic portion is configured such that one end portion is fixed to the intermediate plate, that the other end portion is fixed to the flywheel, and that an elastic biasing force acting in a direction away from the flywheel is applied to the intermediate plate, and wherein the second elastic portion is configured such that one end portion is fixed to the intermediate plate, that the other end portion is in contact with the pressure plate, and that an elastic biasing force acting in a direction approaching the flywheel is applied to the intermediate plate, characterized in that the elastic member is fixed at two points by using rivets (17, 19), wherein the one end portion of the second elastic portion is fixed to the intermediate plate by one of the rivets, and a contact portion is disposed at the other end portion of the second elastic portion, the contact portion being in contact with a boss portion of the pressure plate or with a rivet of the boss portion.
A method for manufacturing an optically variable security element with a microcapsule-based ink layer with a motif region in the form of patterns, characters or a coding, in which D) a printing ink is made available that contains in a binder a multiplicity of microcapsules, each of which having a semi-permeable capsule shell which is permeable to predetermined reactive substances, and having a carrier liquid enclosed in the capsule shell and a capsule content (46, 96) that can be influenced by external electric or magnetic fields and is substantially freely movable in the microcapsule, A) the printing ink is applied to a background (32, 34) to form a microcapsule-based ink layer, R) in the motif region a layer with the predetermined reactive substances is applied to the microcapsule-based ink layer, which substances penetrate through the semi-permeable capsule shells into the microcapsules of the ink layer, M) in a partial region (72, 74) of the ink layer containing the motif region an external electric or magnetic field is applied in order to influence the movable capsule content (46, 96) there, and H) the reactive substances which have penetrated into the microcapsule are cured in order to fix the capsule content (46, 96) in the microcapsule in its influenced position. D) a printing ink is made available that contains in a binder a multiplicity of microcapsules, each of which having a semi-permeable capsule shell which is permeable to predetermined reactive substances, and having a carrier liquid enclosed in the capsule shell and a capsule content (46, 96) that can be influenced by external electric or magnetic fields and is substantially freely movable in the microcapsule, A) the printing ink is applied to a background (32, 34) to form a microcapsule-based ink layer, R) in the motif region a layer with the predetermined reactive substances is applied to the microcapsule-based ink layer, which substances penetrate through the semi-permeable capsule shells into the microcapsules of the ink layer, M) in a partial region (72, 74) of the ink layer containing the motif region an external electric or magnetic field is applied in order to influence the movable capsule content (46, 96) there, and H) the reactive substances which have penetrated into the microcapsule are cured in order to fix the capsule content (46, 96) in the microcapsule in its influenced position.
Illumination device, in particular for a motor vehicle, comprising a plurality of multi-colour LED units with respectively settable brightness and settable colour point, wherein each multi-colour LED unit is an individual semiconductor device with a plurality of single-colour LEDs (301, 302, 303, 304) of different colour and a microcontroller, characterized in that the single-colour LEDs (301, 302, 303, 304) and the microcontroller of each multi-colour LED unit are enclosed by a corresponding package of the semiconductor device, wherein a temperature sensor is integrated in the semiconductor device, which temperature sensor measures an instantaneous temperature value of the respective multi-colour LED unit and makes it available to the microcontroller, wherein the microcontroller is set up to control a respective multi-colour LED unit in dependence on the instantaneous temperature value of the respective multi-colour LED unit.
A biosensor consisting of: (a) a reference electrode comprising (i) a mediator layer deposited on a base electrode; and (ii) a receptor layer deposited on the mediator layer, wherein the receptor layer comprises an ethylene receptor protein; and (b) a counter electrode in communication with the reference electrode.
A method for audio signal compression and enhancement, including steps of performing enhancement on an input audio signal to generate an enhanced audio signal; and performing multiband compression on the enhanced audio signal, thereby generating a compressed, enhanced audio signal, wherein the enhancement is performed in response to a compression feedback signal indicative of an amount of compression applied to at least one frequency band of the enhanced audio signal, wherein the enhancement includes bass enhancement, the bass enhancement is or includes at least one of psychoacoustic bass enhancement or equalization-type bass enhancement, and the enhanced audio signal is a bass enhanced audio signal, and wherein the bass enhancement is performed in response to the compression feedback signal by selectively applying one or the other, or both, of the psychoacoustic bass enhancement or the equalization-type bass enhancement to the input audio signal, in a manner controlled by the compression feedback signal. performing enhancement on an input audio signal to generate an enhanced audio signal; and performing multiband compression on the enhanced audio signal, thereby generating a compressed, enhanced audio signal, wherein the enhancement is performed in response to a compression feedback signal indicative of an amount of compression applied to at least one frequency band of the enhanced audio signal, wherein the enhancement includes bass enhancement, the bass enhancement is or includes at least one of psychoacoustic bass enhancement or equalization-type bass enhancement, and the enhanced audio signal is a bass enhanced audio signal, and wherein the bass enhancement is performed in response to the compression feedback signal by selectively applying one or the other, or both, of the psychoacoustic bass enhancement or the equalization-type bass enhancement to the input audio signal, in a manner controlled by the compression feedback signal.