mhurhangee/patent-ind-claim-en huggingface dataset:
A locking mechanism positionable within an electronic device , the locking mechanism comprising: a latch configured to move between a locked position and an unlocked position , wherein a component of the electronic device is secured in the locked position and removable in the unlocked position ; and a memory wire in communication with the latch , wherein the memory wire is configured to contract in length to move the latch between the locked position and the unlocked position to release the component of the electronic device ; characterized in that : the locking mechanism further comprises a manual reset post detachably coupled with the latch , wherein the manual reset post is configured to return the latch into the locked position following movement of the latch between the locked position and the unlocked position . a latch configured to move between a locked position and an unlocked position , wherein a component of the electronic device is secured in the locked position and removable in the unlocked position ; and a memory wire in communication with the latch , wherein the memory wire is configured to contract in length to move the latch between the locked position and the unlocked position to release the component of the electronic device ; characterized in that : the locking mechanism further comprises a manual reset post detachably coupled with the latch , wherein the manual reset post is configured to return the latch into the locked position following movement of the latch between the locked position and the unlocked position . the locking mechanism further comprises a manual reset post detachably coupled with the latch , wherein the manual reset post is configured to return the latch into the locked position following movement of the latch between the locked position and the unlocked position .
A vehicle treatment system for cleaning a vehicle comprising at least one treatment device with which a treatment fluid can be applied to the vehicle to be cleaned during vehicle cleaning, a fluid line for supplying the treatment fluid to the at least one treatment device and a first dosing device and a second dosing device for additional dosing of a first and a second component to water in order to produce the treatment fluid, characterized in that a pump is arranged in the fluid line and the first dosing device and the second dosing device are arranged respectively upstream of the pump , the first component contains one or more constituents which assist cleaning of the vehicle, and the second component contains at least one constituent selected from agents for improving the foaming performance of the treatment fluid and aromatic substances, the vehicle treatment system comprises a control unit for controlling the vehicle treatment system via which the additional dosing of the first and the second component can be controlled separately, and the vehicle treatment system comprises an operating unit via which the first component and the second component can be selected and which makes it possible to specifically increase only the dosing of the first component and to specifically increase only the dosing of the second component.
Cutter system for an electric shaver and/or trimmer, comprising a pair of comb-like cutting elements each with at least one row of cutting teeth and movable relative to each other, wherein one of said cutting elements has thickened and/or rounded tooth tips overhanging the tooth tips of the other cutting element , characterized in that said overhanging tooth tips are provided with a two-step rounding including a spherical or drop-shaped or pearl-shaped thickening and a bent or curved portion connecting said thickening to a main tooth portion and bent or curved away from the skin contact surface of said main tooth portion , wherein said bent or curved tooth portion has a curve radius (R) smaller than 400 μm and/or said thickening has a diameter ranging from 300 - 550 μm.
A method for identifying a characteristic of an object , the method comprising: determining that the object is a target of a directional gesture by receiving, via a microphone , at least a directional voice prompt, the directional voice prompt identifying a position of the object relative to a user; detecting a trigger event that occurs while the object is a target of the directional gesture; in response to the trigger event, acquiring sensor data associated with the object via one or more sensors and/or via the microphone ; analyzing the sensor data to identify at least one characteristic of the object ; and transmitting information associated with the at least one characteristic of the object to at least one output device. determining that the object is a target of a directional gesture by receiving, via a microphone , at least a directional voice prompt, the directional voice prompt identifying a position of the object relative to a user; detecting a trigger event that occurs while the object is a target of the directional gesture; in response to the trigger event, acquiring sensor data associated with the object via one or more sensors and/or via the microphone ; analyzing the sensor data to identify at least one characteristic of the object ; and transmitting information associated with the at least one characteristic of the object to at least one output device.
An optical semiconductor apparatus comprising: * an optical semiconductor device said optical semiconductor device including a translucent support substrate ; a buffer layer provided on the support substrate , a first clad layer on the buffer layer , a first electrode provided on a first region of the first clad layer , an active layer provided on a second region of the first clad layer , the second region being different from the first region , a second clad layer provided on the active layer , and a second electrode provided on the second clad layer ; * a package substrate on which the optical semiconductor device is mounted; and characterized in that the optical semiconductor device further comprises: a seal ring provided on an outer region of the buffer layer , as well as a sealing part that seals a space between the seal ring and the package substrate , wherein the first clad layer is provided on an inner region of the buffer layer , the inner region being surrounded by the outer region of the buffer layer and wherein the seal ring is for sealing the structure of the optical semiconductor device provided in the inner region of the buffer layer , wherein the seal ring is formed as a metal layer in a frame shape surrounding the inner region . * an optical semiconductor device said optical semiconductor device including a translucent support substrate ; a buffer layer provided on the support substrate , a first clad layer on the buffer layer , a first electrode provided on a first region of the first clad layer , an active layer provided on a second region of the first clad layer , the second region being different from the first region , a second clad layer provided on the active layer , and a second electrode provided on the second clad layer ; * a package substrate on which the optical semiconductor device is mounted; and a seal ring provided on an outer region of the buffer layer , as well as a sealing part that seals a space between the seal ring and the package substrate , wherein the first clad layer is provided on an inner region of the buffer layer , the inner region being surrounded by the outer region of the buffer layer and wherein the seal ring is for sealing the structure of the optical semiconductor device provided in the inner region of the buffer layer , wherein the seal ring is formed as a metal layer in a frame shape surrounding the inner region .
A thermophoto conversion element (A, B, C, D, E, F) comprising: a base that includes metal, ceramic, or a complex combination of metal and ceramic, and has thereon multiple concave and convex patterns that are provided at one or more pitches equal to or less than 2 μm, each of the concave and convex patterns being constituted of a concave portion and a convex portion , characterized in that a surface part of the base is a porous layer, wherein the porosity of the porous layer is equal to or more than 1%, and the porosity of a part other than the porous layer in the base is equal to or less than 0.8%, and a maximum diameter of open pores in the porous layer is equal to or less than 10 nm.
A method of performing data transmission flow control wherein the method comprises: receiving, at an interface device coupled between a computer and a video client , a stream of input video data from the video client according to a first format, wherein the video client is unable to transfer the stream of input video data to the interface device according to a bus protocol used to exchange data between the interface device and the computer ; converting, at the interface device , the received input video data to scanned lines; deriving, at the interface device , a vertical blanking interval based on the conversion of the scanned lines; organizing, at the interface device , the scanned lines into frames of data that include video data ; and at each vertical blanking interval, transmitting one of the frames of data from the interface device to the computer according to the bus protocol, wherein the computer synchronizes the display of the video data from the frames of data by deriving the vertical blanking interval from a frequency of the frames of data received from the interface device , wherein the interface device and the computer share an external clock for synchronizing data transmission. receiving, at an interface device coupled between a computer and a video client , a stream of input video data from the video client according to a first format, wherein the video client is unable to transfer the stream of input video data to the interface device according to a bus protocol used to exchange data between the interface device and the computer ; converting, at the interface device , the received input video data to scanned lines; deriving, at the interface device , a vertical blanking interval based on the conversion of the scanned lines; organizing, at the interface device , the scanned lines into frames of data that include video data ; and at each vertical blanking interval, transmitting one of the frames of data from the interface device to the computer according to the bus protocol, wherein the computer synchronizes the display of the video data from the frames of data by deriving the vertical blanking interval from a frequency of the frames of data received from the interface device , wherein the interface device and the computer share an external clock for synchronizing data transmission.
A method for determining whether an input image is sufficiently sharp, comprising the steps of - providing a blur score threshold value, - inputting the input image to an image processing system, - generating, by the image processing system, a two-dimensional frequency spectrum of the input image , - generating a one-dimensional frequency spectrum from the two-dimensional frequency spectrum , - fitting a straight line on the one-dimensional frequency spectrum , and - determining a blur score value based on a residual of the fitting, and considering the input image as sufficiently sharp based on a comparison of the blur score value with the blur score threshold value. - providing a blur score threshold value, - inputting the input image to an image processing system, - generating, by the image processing system, a two-dimensional frequency spectrum of the input image , - generating a one-dimensional frequency spectrum from the two-dimensional frequency spectrum , - fitting a straight line on the one-dimensional frequency spectrum , and - determining a blur score value based on a residual of the fitting, and considering the input image as sufficiently sharp based on a comparison of the blur score value with the blur score threshold value.
Idarubicin or a pharmaceutically acceptable salt or solvate thereof for use in the treatment of proliferative diabetic retinopathy, wherein the treatment results in at least one-and-one-half-fold decreased expression of the CYR61 gene.
A thin film piezoelectric device , comprising: a piezoelectric element including: a lower electrode disposed over a first region of a substrate ; a first piezoelectric layer having a first polarization disposed over the lower electrode ; a second piezoelectric layer having the first polarization disposed over the first piezoelectric layer ; an intervening layer disposed between the first and second piezoelectric layers in at least a portion of the first region, wherein the intervening layer is of a different composition than that of the first and second piezoelectric layers, wherein the intervening layer comprises a first layer that interfaces the first piezoelectric layer, a second layer that interfaces the second piezoelectric layer, and a third layer between the first layer and the second layer, and wherein each of the first layer and the second layer is at least one of Pt, Ir, an alloy thereof, or an oxide thereof, wherein the first layer is in direct contact with the first piezoelectric layer, the second layer is in direct contact with the second piezoelectric layer, and wherein the third layer is one of a Ti, W, or TiW layer; and an upper electrode disposed over the second piezoelectric layer; wherein the piezoelectric element is in fluid communication with a pumping chamber of a microfluidic device, or wherein the piezoelectric element is disposed over a sealed cavity of an ultrasonic transducer. a lower electrode disposed over a first region of a substrate ; a first piezoelectric layer having a first polarization disposed over the lower electrode ; a second piezoelectric layer having the first polarization disposed over the first piezoelectric layer ; an intervening layer disposed between the first and second piezoelectric layers in at least a portion of the first region, wherein the intervening layer is of a different composition than that of the first and second piezoelectric layers, wherein the intervening layer comprises a first layer that interfaces the first piezoelectric layer, a second layer that interfaces the second piezoelectric layer, and a third layer between the first layer and the second layer, and wherein each of the first layer and the second layer is at least one of Pt, Ir, an alloy thereof, or an oxide thereof, wherein the first layer is in direct contact with the first piezoelectric layer, the second layer is in direct contact with the second piezoelectric layer, and wherein the third layer is one of a Ti, W, or TiW layer; and an upper electrode disposed over the second piezoelectric layer;
A pressing device for pressing meat products, in particular frozen and/or partly frozen meat products, preferably fresh meat products and/or bacon, comprising a pressing chamber which extends along a longitudinal direction (L) and into which a product to be pressed can be inserted, wherein the pressing chamber comprises at least one counter-element and a pressing means which is movable by a drive , wherein the pressing means can be moved from a starting position (O) along a pressing direction (P) towards the counter-element into an end position (E) in order to compress the product, and wherein the drive is configured to drive at least one eccentric cam , which is rotatable about an axis of rotation (D), in order to move the pressing means from the starting position (O) into the end position (E), wherein the pressing means can be moved from the starting position (O) into the end position (E) by a rotation of the eccentric cam of more than 90 degrees, in particular more than 120 degrees, preferably about 180 degrees, characterized in that the eccentric cam is connected to at least one further eccentric cam via a coupling rod , wherein the eccentric cam and the further eccentric cam engage at the pressing means at points of engagement spaced apart transversely to the pressing direction (P). wherein the pressing chamber comprises at least one counter-element and a pressing means which is movable by a drive , wherein the pressing means can be moved from a starting position (O) along a pressing direction (P) towards the counter-element into an end position (E) in order to compress the product, and wherein the drive is configured to drive at least one eccentric cam , which is rotatable about an axis of rotation (D), in order to move the pressing means from the starting position (O) into the end position (E), wherein the pressing means can be moved from the starting position (O) into the end position (E) by a rotation of the eccentric cam of more than 90 degrees, in particular more than 120 degrees, preferably about 180 degrees, characterized in that the eccentric cam is connected to at least one further eccentric cam via a coupling rod , wherein the eccentric cam and the further eccentric cam engage at the pressing means at points of engagement spaced apart transversely to the pressing direction (P).
A decorative member manufacturing apparatus for manufacturing a decorative member having a decorative layer provided on a surface of a base material, the decorative member manufacturing apparatus comprising: a jetting part configured to jet a fluid toward the surface of the base material, the fluid being cured by receiving light; an irradiation part that, to form a cured convex portion constituting the decorative layer on respective portions on the surface of the base material, is configured to irradiate the fluid which has landed on the respective portions with light; a control part that is configured to control the jetting part based on control data for forming the cured convex portion having a set thickness in the respective portions; and characterized by a correction part that is configured to perform correction processing on the control data; wherein the correction processing is a process of reducing a thickness corresponding to a spatial frequency equal to or smaller than a set value, in a correspondence relationship between the thickness and spatial frequency of the cured convex portion which is formed in a case where the control part controls the jetting part based on the control data. a jetting part configured to jet a fluid toward the surface of the base material, the fluid being cured by receiving light; an irradiation part that, to form a cured convex portion constituting the decorative layer on respective portions on the surface of the base material, is configured to irradiate the fluid which has landed on the respective portions with light; a control part that is configured to control the jetting part based on control data for forming the cured convex portion having a set thickness in the respective portions; and characterized by a correction part that is configured to perform correction processing on the control data; wherein the correction processing is a process of reducing a thickness corresponding to a spatial frequency equal to or smaller than a set value, in a correspondence relationship between the thickness and spatial frequency of the cured convex portion which is formed in a case where the control part controls the jetting part based on the control data.
A particle comprising: i) a hydrophobic camptothecin-based compound; ii) a hydrophilic camptothecin-based compound; and iii) an amphiphilic block copolymer composed of a hydrophobic block and a hydrophilic block. i) a hydrophobic camptothecin-based compound; ii) a hydrophilic camptothecin-based compound; and iii) an amphiphilic block copolymer composed of a hydrophobic block and a hydrophilic block.
A foothold comprising: a module housing including a dissipation fan ; a dissipation heat sink provided over the dissipation fan ; a cover disposed on the module housing and having a top surface on which a user's feet (F) are placeable; a thermoelectric element disposed between the dissipation heat sink and the cover ; and a blowing portion disposed at a side of the module housing and including a blowing fan configured to blow air to a space over the cover. a module housing including a dissipation fan ; a dissipation heat sink provided over the dissipation fan ; a cover disposed on the module housing and having a top surface on which a user's feet (F) are placeable; a thermoelectric element disposed between the dissipation heat sink and the cover ; and a blowing portion disposed at a side of the module housing and including a blowing fan configured to blow air to a space over the cover.
A labyrinth seal assembly for forming a seal between a shaft and a housing , comprising a stationary element configured to be coupled to the housing and having an annular shape defining a space through which the shaft extends, a rotary element disposed within the space and in use coupled to the shaft so as to rotate therewith, the rotary element having an outer surface that extends in an axial direction and having a groove formed therein, the rotary element in use being disposed between the stationary element and the shaft , and a valve element mounted within the groove and disposed between the stationary element and the rotary element when assembled, wherein the valve element is sized and dimensioned such that a portion of the valve element extends radially outwardly from the groove when mounted therein, wherein the stationary element has an outer surface and an inner surface , wherein the inner surface includes a first radially innermost axially extending inner surface and a first stepped radially extending surface coupled thereto, characterised in that : wherein the valve element is movable between a contacting position and a non-contacting position in response to rotation of the shaft , and wherein the valve element is adapted to contact the first stepped radially extending surface when disposed in the contacting position to form the seal, and wherein the inner surface of the stationary element further includes a second intermediate axially extending inner surface spaced radially outwardly from the first radially innermost axially extending inner surface , and a third radially outermost axially extending inner surface disposed radially outwardly from the second intermediate axially extending inner surface , wherein the second and third axially extending inner surfaces are connected by a second stepped radially extending surface . wherein the valve element is movable between a contacting position and a non-contacting position in response to rotation of the shaft , and wherein the valve element is adapted to contact the first stepped radially extending surface when disposed in the contacting position to form the seal, and wherein the inner surface of the stationary element further includes a second intermediate axially extending inner surface spaced radially outwardly from the first radially innermost axially extending inner surface , and a third radially outermost axially extending inner surface disposed radially outwardly from the second intermediate axially extending inner surface , wherein the second and third axially extending inner surfaces are connected by a second stepped radially extending surface .
Method for controlling pyrimethanil-resistant fungi or pyrimethanil-tolerant fungi by contacting said fungi with a composition comprising a combination of pyrimethanil and an alkane carboxylic acid of formula CH 3 -(CH 2 ) n -COOH wherein n is 4 to 7 whereby the ratio by weight of pyrimethanil to the alkane carboxylic acid of formula CH 3 -(CH 2 ) n -COOH is from 1/10 to 1/100.