mhurhangee/patent-ind-claim-en huggingface dataset:
An optical component for illuminating a sample region with a periodic light pattern, the optical component comprising a first waveguide , a further waveguide , and an optical splitter , the optical splitter having (i) an input for receiving input light, (ii) a first output, and (iii) a second output, wherein: the first output of the optical splitter is optically coupled to the first waveguide so as to direct first input light into the first waveguide; the first waveguide is arranged to use total internal reflection to direct the first input light into the sample region along a first path in a first direction ; the second output of the optical splitter is optically coupled to the sample region so as to direct second input light into the sample region along a second path in a second direction ; the further waveguide is arranged to receive third input light and to use total internal reflection to direct the third input light into the sample region along a third path in a third direction ; the second direction is different from the first direction so that, in use, the first input light interferes with the second input light to form a periodic light pattern in the sample region ; the third direction is different from the first direction and from the second direction ; and the first, second and third directions (914a; 915a; 916a, 917a, 918a, 919a) are coplanar. the first output of the optical splitter is optically coupled to the first waveguide so as to direct first input light into the first waveguide; the first waveguide is arranged to use total internal reflection to direct the first input light into the sample region along a first path in a first direction ; the second output of the optical splitter is optically coupled to the sample region so as to direct second input light into the sample region along a second path in a second direction ; the further waveguide is arranged to receive third input light and to use total internal reflection to direct the third input light into the sample region along a third path in a third direction ; the second direction is different from the first direction so that, in use, the first input light interferes with the second input light to form a periodic light pattern in the sample region ; the third direction is different from the first direction and from the second direction ; and the first, second and third directions (914a; 915a; 916a, 917a, 918a, 919a) are coplanar.
Machine for detecting and/or monitoring the wear of a roller for spreading a fluid/viscous chemical substance such as for example a dyes and/or adhesives on a leather , said machine comprising a first roller , configured to spread said chemical substance on said leather , and to which a recognition element is associated, which allows to univocally recognize said first roller and comprises a corresponding first memory , said machine being associated with a reading element configured to reading the information stored in said first memory , characterized in that said first memory is comprised within a first RFID tag and in that said first recognition element is inserted inside a suitable reclosable recess positioned on one of the two bases of said first roller .
A speaker assembly , comprising: a speaker; a speaker basket having an opening for receiving the speaker, the speaker basket having a rear surface with a plurality of slots positioned circumferentially about the opening on a perimeter of the rear surface ; and a splash shield having an opening that coincides with the opening of the speaker basket , the splash shield being attached to the rear surface of the speaker basket, the splash shield having a perimeter wall having a predetermined height, a plurality of tabs on a first surface of the perimeter wall aligning with and being inserted into the plurality of slots , and a plurality of guards extending across the opening of the splash shield , wherein each guard in the plurality of guards has a predetermined width and wherein space exists between guards in the plurality of guards . a speaker; a speaker basket having an opening for receiving the speaker, the speaker basket having a rear surface with a plurality of slots positioned circumferentially about the opening on a perimeter of the rear surface ; and a splash shield having an opening that coincides with the opening of the speaker basket , the splash shield being attached to the rear surface of the speaker basket, the splash shield having a perimeter wall having a predetermined height, a plurality of tabs on a first surface of the perimeter wall aligning with and being inserted into the plurality of slots , and a plurality of guards extending across the opening of the splash shield , wherein each guard in the plurality of guards has a predetermined width and wherein space exists between guards in the plurality of guards .
A bipolar plate formed by two individual plates connected to each other, which are each formed with a reactant flow filed on their plate surfaces facing away form each other, which comprises a plurality of flow channels for a reaction medium bounded by walls of webs , the webs and the flow channels of one of the individual plates being arranged in an active region opposite the webs and the flow channels of the flow channels of one of the other individual plates , so as to provide channels of a coolant flow field extending between the individual plates the reactant flow fields and the coolant flow field each being fluidically connected to a media port via a distribution region located outside the active region , so that they cross one another in certain regions, characterized in that , for the purpose of guiding the coolant in the distribution region without crossing at least one of the individual plates on its plate surface facing the other of the individual plates in a crossing region of the reaction medium guides with a reduction in the height of the webs , so that two flow channels running side by side are flow-mechanically connected by the reduction .
A pressure sensor, particularly an absolute pressure sensor, comprising a deformable membrane separating a cavity and a port open to an outside of the sensor, with the cavity having a measuring chamber with an associated sensing device to transfer a response of the deformable membrane to pressure at the port into a signal capable of being processed by a processing circuit being mounted onto a substrate , wherein the sensor comprises a stack of at least three layers with a first layer comprising the substrate with the processing circuit ,a second layer bonded onto the first layer and comprising the membrane and a third layer of handling layer thickness bonded onto the first or second layer wherein the port includes an opening traversing the third layer , the sensor having further a buffer chamber with a volume larger than a volume of the measuring chamber , the buffer chamber being connected to a channel to allow fluid transfer to and from the measuring chamber , wherein the measuring chamber is located beneath a plane of the membrane and buffer chamber is located above the plane of the membrane and the channel traverses the plane of the membrane .
An air conditioning unit for installation on a roof , comprising a housing , an indoor air distributor , and two frame units , wherein each frame unit has a first side and a second side , wherein in an installed state, the two frame units are arranged between the housing and the indoor air distributor , and one frame unit serves as an upper frame unit and the other frame unit serves as a lower frame unit , and wherein in the installed state, the first sides of the two frame units face each other, and the second side of the upper frame unit faces the housing and the second side of the lower frame unit faces the indoor air distributor , characterized in that the two frame units are of identical design. comprising a housing , an indoor air distributor , and two frame units , wherein each frame unit has a first side and a second side , wherein in an installed state, the two frame units are arranged between the housing and the indoor air distributor , and one frame unit serves as an upper frame unit and the other frame unit serves as a lower frame unit , and wherein in the installed state, the first sides of the two frame units face each other, and the second side of the upper frame unit faces the housing and the second side of the lower frame unit faces the indoor air distributor , characterized in that the two frame units are of identical design.
A turbine engine , comprising: a turbine nozzle assembly with a plurality of circumferentially spaced first components and second components ; and a plurality of transition pieces each defining a hot gas path from a combustor to the turbine nozzle assembly ; the turbine engine being further characterised in that the first components are generally aligned with interfaces between two transition pieces of the plurality of transition pieces , the second components are generally aligned with openings of individual transition pieces of the plurality of transition pieces, the first components having a plurality of cooling holes designed to direct flow towards the second components , and the second components are configured to provide more cooling than the first components ; wherein the first components and the second components comprise turbine nozzle shroud segments placed adjacent to each other. a turbine nozzle assembly with a plurality of circumferentially spaced first components and second components ; and a plurality of transition pieces each defining a hot gas path from a combustor to the turbine nozzle assembly ; the turbine engine being further characterised in that the first components are generally aligned with interfaces between two transition pieces of the plurality of transition pieces , the second components are generally aligned with openings of individual transition pieces of the plurality of transition pieces, the first components having a plurality of cooling holes designed to direct flow towards the second components , and the second components are configured to provide more cooling than the first components ; wherein the first components and the second components comprise turbine nozzle shroud segments placed adjacent to each other.
An illumination system , comprising: a first LED light source , wherein the first LED light source is configured to emit a first light of a first color; and a luminescent rod light source , wherein the luminescent rod light source includes: a second LED light source having a plurality of LEDs arranged in a linear array, wherein the second LED light source is configured to emit a second light consisting of a second color; and a luminescent rod having a first end, a second end and a wall extending between the first end and the second end, the luminescent rod positioned to receive the second light through the wall, the luminescent rod comprising a luminescent material which is excitable along its length by the plurality of LEDs arranged in a linear array for absorbing the second light of the second color and, in response, emitting a third light of a third color; and associated optics , wherein the associated optics are configured to combine the first light of the first color and the third light of the third color into a combined light on the same optical axis, wherein the illumination system is configured to individually adjust a driving current to each of the first LED light source and the second LED light source. a first LED light source , wherein the first LED light source is configured to emit a first light of a first color; and a luminescent rod light source , wherein the luminescent rod light source includes: a second LED light source having a plurality of LEDs arranged in a linear array, wherein the second LED light source is configured to emit a second light consisting of a second color; and a luminescent rod having a first end, a second end and a wall extending between the first end and the second end, the luminescent rod positioned to receive the second light through the wall, the luminescent rod comprising a luminescent material which is excitable along its length by the plurality of LEDs arranged in a linear array for absorbing the second light of the second color and, in response, emitting a third light of a third color; and a second LED light source having a plurality of LEDs arranged in a linear array, wherein the second LED light source is configured to emit a second light consisting of a second color; and a luminescent rod having a first end, a second end and a wall extending between the first end and the second end, the luminescent rod positioned to receive the second light through the wall, the luminescent rod comprising a luminescent material which is excitable along its length by the plurality of LEDs arranged in a linear array for absorbing the second light of the second color and, in response, emitting a third light of a third color; and associated optics , wherein the associated optics are configured to combine the first light of the first color and the third light of the third color into a combined light on the same optical axis, wherein the illumination system is configured to individually adjust a driving current to each of the first LED light source and the second LED light source.
Gantry-type positioning device having two linear guides (FX1, FX2) arranged parallel to one another on a base (G) and holding a first transverse support (FY1) and a second transverse support (FY2) movable in a first direction (X), wherein a carriage (LY) with a function element (T) is held on the first transverse support (FY1) movable in a second direction (Y), characterized in that a position measuring device with scales (Mxy, Mz, Mx) and scanning heads (AKx1, AKx2, AKx3, AKy, AKz1, AKz2) for detecting the position of the carriage (LY) relative to the second transverse support (FY2) is mounted on the carriage (LY) and on the second transverse support (FY2), and that a position measuring device (M1, M2, M3) enables the detection of the position of the second transverse support (FY2) relative to an absolute reference system, so that the second transverse support (FY2) serves as a movable reference system when establishing the spatial position of the carriage (LY) relative to the absolute reference system),
A method implemented by a first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610), the method comprising: receiving (705; 755; 805), by the first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610), a first indicator indicating distance based HARQ feedback operation with negative acknowledgement only and a first sidelink message grant; and determining (707; 757; 807), by the first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610), that location information associated with the first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610) is unavailable, and based thereon, characterized by transmitting , by the first communication device (120; 505, 510, 512, 514, 516; 555, 562, 564, 60; 605, 610), a second indicator indicating that the location information is unavailable. receiving (705; 755; 805), by the first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610), a first indicator indicating distance based HARQ feedback operation with negative acknowledgement only and a first sidelink message grant; and determining (707; 757; 807), by the first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610), that location information associated with the first communication device (120; 505, 510, 512, 514, 516; 555, 560, 562, 564; 605, 610) is unavailable, and based thereon, characterized by transmitting , by the first communication device (120; 505, 510, 512, 514, 516; 555, 562, 564, 60; 605, 610), a second indicator indicating that the location information is unavailable.
A relay device for wirelessly relaying data from a terminal device to a base station , the relay device comprising: a receiver for receiving from the terminal device uplink data transmitted on resources allocated to the terminal device by the base station; and a transmitter for transmitting the received uplink data to the base station using uplink resources allocated to the relay device, wherein the relay device is operable to: add a relay header to the uplink data received from the terminal device, the relay header comprising control information to be used by the terminal device for controlling the transmission of subsequent messages from the terminal device to the relay device, the relay header identifying the terminal device and providing timing advance and power control information; and relay the uplink data having the relay header added to the base station. a receiver for receiving from the terminal device uplink data transmitted on resources allocated to the terminal device by the base station; and a transmitter for transmitting the received uplink data to the base station using uplink resources allocated to the relay device, wherein the relay device is operable to: add a relay header to the uplink data received from the terminal device, the relay header comprising control information to be used by the terminal device for controlling the transmission of subsequent messages from the terminal device to the relay device, the relay header identifying the terminal device and providing timing advance and power control information; and relay the uplink data having the relay header added to the base station. add a relay header to the uplink data received from the terminal device, the relay header comprising control information to be used by the terminal device for controlling the transmission of subsequent messages from the terminal device to the relay device, the relay header identifying the terminal device and providing timing advance and power control information; and relay the uplink data having the relay header added to the base station.
Mobile transport system for transporting objects in a technical facility, comprising a vehicle frame , a first wheel pair , a second wheel pair and a third wheel pair , each having two wheels , which are rotatable relative to the vehicle frame , and a swing frame , which is pivotable relative to the vehicle frame about a swing axle that extends in a transverse direction (Y), wherein the first wheels of the first wheel pair are attached to the vehicle frame , and the second wheels of the second wheel pair are attached to the swing frame , characterized in that the third wheels of the third wheel pair are attached to a tilting frame , which is pivotable relative to the swing frame about a tilt axle that extends at least approximately in the longitudinal direction (X), and in that arranged at each of the third wheels of the third wheel pair is a braking device , by means of which a rotation of the respective third wheel about an axis of rotation that extends in a horizontal direction can be braked, and in that the braking devices are electromagnetically actuated. a vehicle frame , a first wheel pair , a second wheel pair and a third wheel pair , each having two wheels , which are rotatable relative to the vehicle frame , and a swing frame , which is pivotable relative to the vehicle frame about a swing axle that extends in a transverse direction (Y), wherein the first wheels of the first wheel pair are attached to the vehicle frame , and the second wheels of the second wheel pair are attached to the swing frame , characterized in that the third wheels of the third wheel pair are attached to a tilting frame , which is pivotable relative to the swing frame about a tilt axle that extends at least approximately in the longitudinal direction (X), and in that arranged at each of the third wheels of the third wheel pair is a braking device , by means of which a rotation of the respective third wheel about an axis of rotation that extends in a horizontal direction can be braked, and in that the braking devices are electromagnetically actuated.
A strain gauge comprising: a flexible resin substrate ; and a resistor , characterized by further comprising a functional layer formed of a metal, an alloy, or a metal compound, directly on one surface of the substrate , wherein the resistor is formed of a film including Cr, CrN and Cr 2 N, directly on one surface of the functional layer , and wherein the functional layer includes a material that allows for promotion of crystal growth of the resistor , and the crystal growth causes a film of the resistor formed with a main component to be formed. a flexible resin substrate ; and a resistor , characterized by further comprising a functional layer formed of a metal, an alloy, or a metal compound, directly on one surface of the substrate , wherein the resistor is formed of a film including Cr, CrN and Cr 2 N, directly on one surface of the functional layer , and wherein the functional layer includes a material that allows for promotion of crystal growth of the resistor , and the crystal growth causes a film of the resistor formed with a main component to be formed.
A writing instrument , comprising: a writing instrument body provided with a pen point to be a writing tip end at a front end of a barrel; and a replacement ink cartridge provided with a tubular container having an opened front end including an opening and a closed rear end, wherein the ink cartridge has a plug fitted in an inner circumferential surface of said opening of the container and blocking said opening , characterized in that the plug is provided with - a plug portion having an outer circumferential surface capable of being fitted in the inner circumferential surface of said opening of the container for sealing the opened inner circumferential surface and - an ink intake portion provided in a rear of the plug portion and allowing ink in the container to flow there through, wherein the ink intake portion is integrally formed in the rear of the plug portion , the writing instrument body has a projection pressing the plug portion rearward when inserted into said opening of the container to release fitting between the plug portion and the inner circumferential surface of said opening of the container, the fitting between the plug portion and the inner circumferential surface of said opening of the container at the opened front end is released in a procedure of attaching the ink cartridge to the writing instrument body , and the plug portion blocks said opening of the container at the opened front end again in a procedure of detaching the ink cartridge from the writing instrument body . - a plug portion having an outer circumferential surface capable of being fitted in the inner circumferential surface of said opening of the container for sealing the opened inner circumferential surface and - an ink intake portion provided in a rear of the plug portion and allowing ink in the container to flow there through, wherein the ink intake portion is integrally formed in the rear of the plug portion , the writing instrument body has a projection pressing the plug portion rearward when inserted into said opening of the container to release fitting between the plug portion and the inner circumferential surface of said opening of the container,