mhurhangee/patent-ind-claim-en huggingface dataset:
A relay base for connection to a plug-in relay , comprising a plurality of connection units , each connection unit comprising an electrically conductive socket member having a first end and a second end , the first end being configured to receive a pin of the relay , an electrically conductive flexible connector having a first end and a second end , the first end of the flexible connector being electrically connected to the second end of the socket member , and an electrically conductive insert having a first end and a second end , the first end of the insert being electrically connected to the second end of the flexible connector , wherein the second end of the insert is configured as an electrical connectivity receptacle. a plurality of connection units , each connection unit comprising an electrically conductive socket member having a first end and a second end , the first end being configured to receive a pin of the relay , an electrically conductive flexible connector having a first end and a second end , the first end of the flexible connector being electrically connected to the second end of the socket member , and an electrically conductive insert having a first end and a second end , the first end of the insert being electrically connected to the second end of the flexible connector , wherein the second end of the insert is configured as an electrical connectivity receptacle.
Electrical apparatus for automatically opening, closing and/or locking a leaf/sash of a door or of a window, in particular door closer, with a drive associated with the leaf/sash or a frame and a lever arrangement provided between the drive and the frame or leaf/sash and used for the transmission of force, wherein the lever arrangement comprises a lever that is provided with a sliding block guided in a slide rail , and wherein the lever arrangement comprises power transmission means for supplying power to at least one electrical component that is associated with the leaf/sash , of the apparatus , wherein the slide rail comprises means for supplying power to the sliding block , and means for transferring power from the sliding block to the lever arrangement are provided, characterized in that the means for transferring power from the sliding block to the lever arrangement comprise a cable , wherein the cable is guided in a corresponding recess of the sliding block by way of at least one turn and the sliding block is able to be screwed to the lever, or the means for transferring power from the sliding block to the lever arrangement comprise a sliding block bolt that is connected to the lever arrangement , is able to be clipped into the sliding block , and has separate electrical contact regions for the various electrical poles (a, b) with which spring plates come into contact when the sliding block bolt is clipped in, wherein an electrical contact region is directly connected to the electrically conductive main body of the lever arrangement , or the sliding block is able to be screwed to the lever arrangement and the means for transferring power from the sliding block to the lever arrangement comprise spring pins , as a result of which direct electrical contact is able to be established with the lever arrangement by screwing the sliding block to the lever arrangement . the slide rail comprises means for supplying power to the sliding block , and means for transferring power from the sliding block to the lever arrangement are provided, characterized in that the means for transferring power from the sliding block to the lever arrangement comprise a cable , wherein the cable is guided in a corresponding recess of the sliding block by way of at least one turn and the sliding block is able to be screwed to the lever, or the means for transferring power from the sliding block to the lever arrangement comprise a sliding block bolt that is connected to the lever arrangement , is able to be clipped into the sliding block , and has separate electrical contact regions for the various electrical poles (a, b) with which spring plates come into contact when the sliding block bolt is clipped in, wherein an electrical contact region is directly connected to the electrically conductive main body of the lever arrangement , or the sliding block is able to be screwed to the lever arrangement and the means for transferring power from the sliding block to the lever arrangement comprise spring pins , as a result of which direct electrical contact is able to be established with the lever arrangement by screwing the sliding block to the lever arrangement .
A method for use in a station, STA, the method comprising: receiving, from an access point, AP, sounding restricted access window, RAW, information that includes a sounding schedule and a channel indication indicating one or more allowed channels for the STA; receiving, from the AP, during the sounding schedule, a plurality of sounding frames over the one or more allowed channels; receiving, from the AP, a preference indication schedule to report a preferred channel indication; selecting, based on measurements of the plurality of sounding frames, a channel from among the one or more allowed channels; and transmitting, to the AP, based on the preference indication schedule, a report frame that includes the preferred channel indication identifying the channel selected from among the one or more allowed channels. receiving, from an access point, AP, sounding restricted access window, RAW, information that includes a sounding schedule and a channel indication indicating one or more allowed channels for the STA; receiving, from the AP, during the sounding schedule, a plurality of sounding frames over the one or more allowed channels; receiving, from the AP, a preference indication schedule to report a preferred channel indication; selecting, based on measurements of the plurality of sounding frames, a channel from among the one or more allowed channels; and transmitting, to the AP, based on the preference indication schedule, a report frame that includes the preferred channel indication identifying the channel selected from among the one or more allowed channels.
A semiconductor device, comprising a control terminal that is fixedly attached to a patterned insulating substrate ; a resin case that is disposed so as to cover the patterned insulating substrate and has an opening for passing the control terminal therethrough; and a resin block that is inserted into the opening of the resin case and holds the control terminal together with a sidewall of the opening of the resin case to fix the control terminal to the resin case ; wherein the control terminal has a first projection , a second projection away from the first projection, and a concave valley that is formed between the first projection and the second projection ; wherein the resin case has a first concave portion that is formed on the sidewall of the opening , a beam portion that is disposed at a bottom of the opening ,and a second concave portion that is formed in the beam portion ; wherein the resin block has a convex step portion having a front end which is fitted into the concave valley of the control terminal , a third projection that is formed on a side surface of the resin block and fitted into the first concave portion , and a fourth projection that is formed on a bottom surface of the resin block and fitted into the second concave portion .
A fastening system for fastening a wall ring axial ventilator comprising a wall ring as fastening device , a ventilator , and holding means , to an apparatus, wherein the fastening device is provided in the radial direction around the ventilator and the ventilator is connected to the fastening device by means of the holding means , and wherein the fastening device has a first fastening geometry , wherein the fastening system comprises the fastening device and additionally has a holding device , wherein the fastening device has at least a second fastening geometry for fastening the holding device to the fastening device , the second fastening geometry is provided at the circumference of the fastening device , wherein the fastening device has a collar at its circumference, at the circumference of which the second fastening geometry is provided, and has a first guide in the form of a dovetail guide, into which the holding device can be inserted, wherein the outer diameter of the first guide is maximally equal to the maximal outer diameter of the fastening device , and wherein the holding device has at least a second guide , which can be operatively connected to the first guide of the second fastening geometry , and wherein the first and second guide of the second fastening geometry and of the holding device have corresponding bevels in the axial direction, wherein the first fastening geometry has a flange , which acts as a first fixing geometry , and a second fixing geometry has a snap-in hook at the holding device .
Perfected curving machine comprising: - a support bench configured to simultaneously support one or more bars , and having an oblong development in relation to the length of the bars , - at least one bending unit controllably mobile along said support bench in order to bend said bars , and - clamping means (15a, 15b; 16) configured to constrain the position of said bars on said support bench , characterized in that the bending units have two contrast rolls with adjustable interaxes and between which the bar passes, and is gripped, and in that in cooperation with the contrast rolls , the bending unit comprises a curving roll , wherein the curving roll is associated to guide means and to a positioning device , configured to move the curving roll , with respect to the contrast rolls , on the guide means , said curving roll being suitable to determine a predefined curvature of said bar around one of said contrast rolls while said bending unit is moved along said support bench . - a support bench configured to simultaneously support one or more bars , and having an oblong development in relation to the length of the bars , - at least one bending unit controllably mobile along said support bench in order to bend said bars , and - clamping means (15a, 15b; 16) configured to constrain the position of said bars on said support bench , characterized in that the bending units have two contrast rolls with adjustable interaxes and between which the bar passes, and is gripped, and in that in cooperation with the contrast rolls , the bending unit comprises a curving roll , wherein the curving roll is associated to guide means and to a positioning device , configured to move the curving roll , with respect to the contrast rolls , on the guide means , said curving roll being suitable to determine a predefined curvature of said bar around one of said contrast rolls while said bending unit is moved along said support bench .
An apparatus for absorbing CO 2 from a gas stream of flue gas comprising a stationary casing having a longitudinal axis, a gas stream inlet and a gas stream outlet , said casing comprising at least one drum being rotatable about the longitudinal axis (A), said drum having: - at least one absorption section arranged within the drum provided with spray means for spraying absorption liquid into the stream of flue gas containing CO 2 to form a cross-flow of absorption liquid droplets to the flow direction of the gas stream by aid of centrifugal force, and having means for disintegration of droplets, wherein said means for disintegration of droplets comprises a plurality of coaxially arranged cylinders provided to rotate about the longitudinal axis (A), said cylinders being provided with perforated mantle surfaces ; - at least one droplet removal section arranged after the absorption section in the flow direction of the gas stream; - at least one washing section arranged after the droplet removal section in the flow direction of the gas stream; and - said apparatus having means for rotating the drum such that the absorption section , the droplet removal section and the washing section rotate about the longitudinal axis (A) together. - at least one absorption section arranged within the drum provided with spray means for spraying absorption liquid into the stream of flue gas containing CO 2 to form a cross-flow of absorption liquid droplets to the flow direction of the gas stream by aid of centrifugal force, and having means for disintegration of droplets, wherein said means for disintegration of droplets comprises a plurality of coaxially arranged cylinders provided to rotate about the longitudinal axis (A), said cylinders being provided with perforated mantle surfaces ; - at least one droplet removal section arranged after the absorption section in the flow direction of the gas stream; - at least one washing section arranged after the droplet removal section in the flow direction of the gas stream; and - said apparatus having means for rotating the drum such that the absorption section , the droplet removal section and the washing section rotate about the longitudinal axis (A) together.
A body care product, hygiene product or disinfectants dispenser comprising a fluid reservoir , a dosing device having a fluid-side module and a dry module , wherein the fluid-side module comprises a chamber and a magnetic piston which is guided in the chamber and is movable by means of a magnetic drive, said piston being penetrated by a duct provided with a seal , wherein the magnetic drive for the magnetic piston is disposed in the dry module and wherein the magnetic drive comprises magnets , which are linearly displaceable in the motional direction of the piston , and the chamber has an inlet on a side lying in the motional direction of the piston and an outlet on an opposite side, and wherein the inlet is connectable to a fluid reservoir , and the outlet to a dispensing device , wherein the chamber is configured as a riser tube.
A method for wireless communication, comprising: receiving a physical downlink control channel, PDCCH, of a downlink transmission time interval, TTI; identifying , via a downlink control information, DCI, payload of the PDCCH, that the PDCCH includes data communications having a first service configuration for ultra-low latency, ULL, or ultra-reliable low latency communications, URLLC, service; and receiving the data communications within contents of the DCI payload. receiving a physical downlink control channel, PDCCH, of a downlink transmission time interval, TTI; identifying , via a downlink control information, DCI, payload of the PDCCH, that the PDCCH includes data communications having a first service configuration for ultra-low latency, ULL, or ultra-reliable low latency communications, URLLC, service; and receiving the data communications within contents of the DCI payload.
A method of operation of a base station for supporting carrier aggregation between different radio access networks, the base station configured for operation in a cellular radio access network, the method comprising: - configuring (S1) an access point of a Wireless Local Area Network, WLAN, with a Pairwise Temporal Key, PTK, originating from a key K eNB ; and - sending a random number to a wireless device associated with a given identifier to generate the PTK originating from the K eNB and the random number, in order to provide encryption of data; and - configuring (S3) said access point to forward data from the wireless device to said base station, wherein the data is encrypted using at least the PTK. - configuring (S1) an access point of a Wireless Local Area Network, WLAN, with a Pairwise Temporal Key, PTK, originating from a key K eNB ; and - sending a random number to a wireless device associated with a given identifier to generate the PTK originating from the K eNB and the random number, in order to provide encryption of data; and - configuring (S3) said access point to forward data from the wireless device to said base station, wherein the data is encrypted using at least the PTK.
Valve drive for variable actuation of an inlet valve and an outlet valve of a single combustion chamber of an internal combustion engine , comprising - a first operative connection between a valve activation device and the inlet valve ; - a second operative connection between the valve activation device and the outlet valve , wherein - an interrupter element is assigned to the first operative connection and second operative connection and is set up to interrupt the operative connections temporarily, wherein - the first operative connection and the second operative connection are connected to the same interrupter , in such a way that - the first operative connection and the second operative connection can be interrupted temporarily by the interrupter element . - a first operative connection between a valve activation device and the inlet valve ; - a second operative connection between the valve activation device and the outlet valve , wherein - an interrupter element is assigned to the first operative connection and second operative connection and is set up to interrupt the operative connections temporarily, wherein - the first operative connection and the second operative connection are connected to the same interrupter , in such a way that - the first operative connection and the second operative connection can be interrupted temporarily by the interrupter element .
An illumination device that projects a desired projection pattern (E) on a surface to be illuminated (U), comprising: a light source ; a diffraction optical element configured to diffract a light (L) from the light source and to project the projection pattern (E) on the surface to be illuminated (U); an optical-element drive unit configured to support the diffraction optical element and to mechanically drive the same; and a light-source drive unit configured to support the light source and to mechanically drive the same; wherein: the optical-element drive unit is configured to change an orientation of an incident surface (P2) of the diffraction optical element in three-dimensional space; the light-source drive unit is configured to change, in accordance with the change in orientation of the incident surface (P2), an orientation of the light (L) from the light source , and wherein the optical-element drive unit is configured, apart from the changing orientation of the incident surface (P2), to rotate the diffraction optical element about a rotation axis (Rx) orthogonal to the rotation plane (P1) including the incident surface (P2) of the diffraction optical element . a light source ; a diffraction optical element configured to diffract a light (L) from the light source and to project the projection pattern (E) on the surface to be illuminated (U); an optical-element drive unit configured to support the diffraction optical element and to mechanically drive the same; and a light-source drive unit configured to support the light source and to mechanically drive the same; wherein: the optical-element drive unit is configured to change an orientation of an incident surface (P2) of the diffraction optical element in three-dimensional space; the light-source drive unit is configured to change, in accordance with the change in orientation of the incident surface (P2), an orientation of the light (L) from the light source , and wherein the optical-element drive unit is configured, apart from the changing orientation of the incident surface (P2), to rotate the diffraction optical element about a rotation axis (Rx) orthogonal to the rotation plane (P1) including the incident surface (P2) of the diffraction optical element . the optical-element drive unit is configured to change an orientation of an incident surface (P2) of the diffraction optical element in three-dimensional space; the light-source drive unit is configured to change, in accordance with the change in orientation of the incident surface (P2), an orientation of the light (L) from the light source , and wherein the optical-element drive unit is configured, apart from the changing orientation of the incident surface (P2), to rotate the diffraction optical element about a rotation axis (Rx) orthogonal to the rotation plane (P1) including the incident surface (P2) of the diffraction optical element .
A flat panel antenna comprising: an antenna feed configured to input a cylindrical feed wave ; a single physical antenna aperture having at least one antenna array of antenna elements , wherein the antenna elements are located on a plurality of concentric rings concentrically located relative to the antenna feed , wherein rings of the plurality of concentric rings (711, 712 713) are separated by a ring-to-ring distance, wherein a first distance between elements along rings of the plurality of concentric rings is a function of a second distance between rings of the plurality of concentric rings ; matrix drive circuitry ; and a controller configured to control each antenna element of the array separately using the matrix drive circuitry , each of the antenna elements being uniquely addressed by the matrix drive circuitry. an antenna feed configured to input a cylindrical feed wave ; a single physical antenna aperture having at least one antenna array of antenna elements , wherein the antenna elements are located on a plurality of concentric rings concentrically located relative to the antenna feed , wherein rings of the plurality of concentric rings (711, 712 713) are separated by a ring-to-ring distance, wherein a first distance between elements along rings of the plurality of concentric rings is a function of a second distance between rings of the plurality of concentric rings ; matrix drive circuitry ; and a controller configured to control each antenna element of the array separately using the matrix drive circuitry , each of the antenna elements being uniquely addressed by the matrix drive circuitry.
A controller , comprising a control part operating on a general-purpose operating system and a real-time operating system for controlling a control object, the controller comprising: a first data managing part , configured to perform acquisition processing of periodically input first data by an application program operating on the general-purpose operating system ; a first buffer memory in which the first data is memorized by the first data managing part ; a second data managing part , configured to exchange data with the first data managing part by an application program operating on the real-time operating system for controlling the control object; a second buffer memory in which data is memorized by the second data managing part , a power interruption detecting part configured to detect power interruption of the control part ; and a second nonvolatile memory , characterized in that the first data managing part , configured to transmit the acquired first data to the second data managing part as mirroring data, and the second data managing part , configured to memorize the mirroring data in the second buffer memory , wherein the mirroring data of the second buffer memory are stored in the second nonvolatile memory upon a detection of power interruption. a first data managing part , configured to perform acquisition processing of periodically input first data by an application program operating on the general-purpose operating system ; a first buffer memory in which the first data is memorized by the first data managing part ; a second data managing part , configured to exchange data with the first data managing part by an application program operating on the real-time operating system for controlling the control object; a second buffer memory in which data is memorized by the second data managing part , a power interruption detecting part configured to detect power interruption of the control part ; and a second nonvolatile memory , characterized in that the first data managing part , configured to transmit the acquired first data to the second data managing part as mirroring data, and the second data managing part , configured to memorize the mirroring data in the second buffer memory , wherein the mirroring data of the second buffer memory are stored in the second nonvolatile memory upon a detection of power interruption.