mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle exterior wiper blade system for use in motor vehicles comprising the following elements: - an exterior glass sealing element that seals between the interior and the exterior of the vehicle, - at least one reservoir on the exterior glass sealing element in one piece, - a camera for instantaneous display of the traffic situation behind the vehicle in the reservoir , - a display that allows the driver to see the snapshots transferred from the camera in the vehicle, characterised in that the vehicle exterior wiper blade system comprises the further elements: - a side signal light compartment made of translucent Thermoplastic Elastomer (TPE) material that provides the return signal of the vehicle in the reservoir , - an upper cover , which is closed on the reservoir and seals the camera , - a conductive polymer having high electrical conductivity for power transmission providing electrical connection of camera and side signal light compartment , - an exterior glass sealing element that seals between the interior and the exterior of the vehicle, - at least one reservoir on the exterior glass sealing element in one piece, - a camera for instantaneous display of the traffic situation behind the vehicle in the reservoir , - a display that allows the driver to see the snapshots transferred from the camera in the vehicle, - a side signal light compartment made of translucent Thermoplastic Elastomer (TPE) material that provides the return signal of the vehicle in the reservoir , - an upper cover , which is closed on the reservoir and seals the camera , - a conductive polymer having high electrical conductivity for power transmission providing electrical connection of camera and side signal light compartment ,
An electric motor control method for controlling an electric motor by voltage phase control performed based on a voltage norm command value (V a *) representing a magnitude of a voltage to be supplied to the electric motor and a voltage phase command value (α*) representing a phase of the voltage, the method being characterized by comprising: acquiring a required time (T s ) required for calculating a final command value of a voltage (V dv_fin *, V qv_fin *) applied to the electric motor by the voltage phase control according to a command value calculation model for calculation by using a rotation speed parameter (ω e ) related to a rotation speed of the electric motor ; detecting the rotation speed parameter (ω e ); changing the rotation speed parameter by advancing a phase of the detected rotation speed parameter based on the required time (T s ) such that the rotation speed parameter after the phase change approaches a predicted rotation speed parameter after the required time (T s ) is elapsed; and calculating the final command value (V dv_fin *, V qv_fin *) by using the changed rotation speed parameter (|ω e '|) according to the command value calculation model. acquiring a required time (T s ) required for calculating a final command value of a voltage (V dv_fin *, V qv_fin *) applied to the electric motor by the voltage phase control according to a command value calculation model for calculation by using a rotation speed parameter (ω e ) related to a rotation speed of the electric motor ; detecting the rotation speed parameter (ω e ); changing the rotation speed parameter by advancing a phase of the detected rotation speed parameter based on the required time (T s ) such that the rotation speed parameter after the phase change approaches a predicted rotation speed parameter after the required time (T s ) is elapsed; and calculating the final command value (V dv_fin *, V qv_fin *) by using the changed rotation speed parameter (|ω e '|) according to the command value calculation model.
A dish washer comprising: a water supply unit that has a water chamber collecting water that is used to wash dishes; a sump that is supplied with the water in the water chamber and supplies wash water into a tub ; a filter unit that is disposed in the sump and filters foreign substances in the wash water; a wash pump that pumps up the wash water in the sump to the tub; a heat exchange passage for heat exchange between the wash water in the sump and the water collecting in the water chamber ; a supply passage that allows the wash water in the sump into the heat exchange passage ; and a discharge passage through which the wash water in the heat exchange passage is discharged, wherein the sump comprises a receiving portion that receives' the filter unit and the discharge passage is connected to the receiving portion , at a position adjacent to the wash pump ; and wherein the wash water that has exchanged heat with the water chamber is discharged to the filter unit , characterized in that the discharge passage comprises a main passage and one or more diverging passages that diverge from the main passage. a water supply unit that has a water chamber collecting water that is used to wash dishes; a sump that is supplied with the water in the water chamber and supplies wash water into a tub ; a filter unit that is disposed in the sump and filters foreign substances in the wash water; a wash pump that pumps up the wash water in the sump to the tub; a heat exchange passage for heat exchange between the wash water in the sump and the water collecting in the water chamber ; a supply passage that allows the wash water in the sump into the heat exchange passage ; and a discharge passage through which the wash water in the heat exchange passage is discharged, wherein the sump comprises a receiving portion that receives' the filter unit and the discharge passage is connected to the receiving portion , at a position adjacent to the wash pump ; and wherein the wash water that has exchanged heat with the water chamber is discharged to the filter unit , characterized in that the discharge passage comprises a main passage and one or more diverging passages that diverge from the main passage.
A marine rope comprising: a plurality of cores (2; 2a, 2b), each core (2; 2a, 2b) comprising a strand of fibers or a braid of fibers, an individual coating around each core (2; 2a, 2b), each individual coating being watertight, a protective sheath around the plurality of cores (2; 2a, 2b), the protective sheath being permeable so as to allow the passage of water and the circulation of water between the cores (2; 2a, 2b), characterized in that each individual coating has a melting temperature lower than that of the corresponding core and an elongation at break greater than that of the corresponding core. a plurality of cores (2; 2a, 2b), each core (2; 2a, 2b) comprising a strand of fibers or a braid of fibers, an individual coating around each core (2; 2a, 2b), each individual coating being watertight, a protective sheath around the plurality of cores (2; 2a, 2b), the protective sheath being permeable so as to allow the passage of water and the circulation of water between the cores (2; 2a, 2b), characterized in that each individual coating has a melting temperature lower than that of the corresponding core and an elongation at break greater than that of the corresponding core.
A method for wireless communications by a user equipment, UE, comprising: receiving downlink control information, DCI, from a base station, BS, the DCI scheduling at least one transmission and having a first DCI format, wherein the first DCI format is compressed relative to a second DCI format, and wherein the first DCI format includes a carrier indicator field, CIF, and a rate-matching indicator field; and communicating with the BS based on the received DCI, and wherein the DCI schedules an ultra-reliable low-latency communication, URLLC, transmission. receiving downlink control information, DCI, from a base station, BS, the DCI scheduling at least one transmission and having a first DCI format, wherein the first DCI format is compressed relative to a second DCI format, and wherein the first DCI format includes a carrier indicator field, CIF, and a rate-matching indicator field; and communicating with the BS based on the received DCI, and wherein the DCI schedules an ultra-reliable low-latency communication, URLLC, transmission.
A transdermal drug delivery system, which is a delivery system for transdermal absorption, having a multi-lamellar emulsion structure, comprising: lipids including long-chain amides, sterols, fatty acid and fatty alcohol; an emulsifier; oil; and at least one active ingredient for transdermal administration, wherein the active ingredient is at least one non-steroidal anti-inflammatory drug (NSAID) selected from phenylpropionic acid derivative based NSAIDs including ketoprofen, flurbiprofen and ibuprofen; oxicam derivative based NSAIDs including piroxicam, tenoxicam and meloxicam; diclofenac; and indomethacin. lipids including long-chain amides, sterols, fatty acid and fatty alcohol; an emulsifier; oil; and at least one active ingredient for transdermal administration, wherein the active ingredient is at least one non-steroidal anti-inflammatory drug (NSAID) selected from phenylpropionic acid derivative based NSAIDs including ketoprofen, flurbiprofen and ibuprofen; oxicam derivative based NSAIDs including piroxicam, tenoxicam and meloxicam; diclofenac; and indomethacin.
A method performed at a receiving device coupled to a multi-wire serial bus, comprising: generating a plurality of sampling edges from a plurality of pulses in a clock signal received from a first wire of the multi-wire serial bus, wherein the plurality of sampling edges is generated from rising edges and falling edges of pulses in the plurality of pulses; using each edge in the plurality of sampling edges to capture a data bit from a data signal received from a second wire of the multi-wire serial bus; and decoding additional data from the clock signal from a duration of each pulse in the plurality of pulses, wherein the duration of each pulse is representative of a value of one or more bits of the additional data. generating a plurality of sampling edges from a plurality of pulses in a clock signal received from a first wire of the multi-wire serial bus, wherein the plurality of sampling edges is generated from rising edges and falling edges of pulses in the plurality of pulses; using each edge in the plurality of sampling edges to capture a data bit from a data signal received from a second wire of the multi-wire serial bus; and decoding additional data from the clock signal from a duration of each pulse in the plurality of pulses, wherein the duration of each pulse is representative of a value of one or more bits of the additional data.
A photovoltaic ("PV") sensor for the early detection of potential induced degradation ("PID") comprising: a housing ; a power source located within the housing ; an electrical connection presented by the housing for electrically communicating the power source with a PV module (14a to 14n); wherein current supplied by the power source to the PV module (14a to 14n) is less than 10 mA; and an isolation device configured to electrically isolate the PV module (14a to 14n) from the remainder of a PV string (12a to 12n) when the current is supplied by the power source to the PV module (14a to 14n), wherein the isolation device includes a switch or a metal-oxide-semiconductor filed-effect transistor (MOSFET"). a housing ; a power source located within the housing ; an electrical connection presented by the housing for electrically communicating the power source with a PV module (14a to 14n); wherein current supplied by the power source to the PV module (14a to 14n) is less than 10 mA; and an isolation device configured to electrically isolate the PV module (14a to 14n) from the remainder of a PV string (12a to 12n) when the current is supplied by the power source to the PV module (14a to 14n), wherein the isolation device includes a switch or a metal-oxide-semiconductor filed-effect transistor (MOSFET").
A machine-readable non-transitory storage medium comprising instructions executable by a processor to histogram compress an input image, the input image having a color spectrum, by: selecting a histogram compression end point pair from a list of histogram compression end point pairs related to a target color space range, each end point pair including a low value and a high value between which pixel colors in the input image are linearly compressed, wherein the selection is based on the application of the histogram compression end point pairs to the pixels within the input image with color values within a reduced color space, the reduced color space indicating a set of color values outside the target color space and affected by histogram compression to reach the target color space range, and based on a prioritization rule which prioritizes for selection either (a) histogram compression end point pairs affecting more color values in the set of color values which are at a low value end of the color spectrum than are at a high value end of the color spectrum or (b) histogram compression end point pairs affecting more color values in the set of color values which are at the high value end of the color spectrum than are at the low value end of the color spectrum; and applying the selected histogram compression end point pair to the input image to histogram compress the input image. selecting a histogram compression end point pair from a list of histogram compression end point pairs related to a target color space range, each end point pair including a low value and a high value between which pixel colors in the input image are linearly compressed, wherein the selection is based on the application of the histogram compression end point pairs to the pixels within the input image with color values within a reduced color space, the reduced color space indicating a set of color values outside the target color space and affected by histogram compression to reach the target color space range, and based on a prioritization rule which prioritizes for selection either (a) histogram compression end point pairs affecting more color values in the set of color values which are at a low value end of the color spectrum than are at a high value end of the color spectrum or (b) histogram compression end point pairs affecting more color values in the set of color values which are at the high value end of the color spectrum than are at the low value end of the color spectrum; and applying the selected histogram compression end point pair to the input image to histogram compress the input image.
A method for engineering and naming building automation devices and field devices of a building automation system by automatically naming a plurality of building automation objects of a building automation model of the building automation system, the method comprising: providing a building automation device ; providing a building automation model comprising a parent view node object representing the building automation device and a child view node object logically linked to a field device, wherein the child view node object is logically linked to the parent view node object forming a hierarchical structure; assigning an object-name (310a-316a) to the parent view node object representing a name of the building automation device ; and assigning an object-name (310a-316a) to the child view node object comprising the object-name (310a-316a) of the parent view node object and a name representing the field device, wherein the hierarchical structure is formed by a logical tree of one or more parent-child-grandchild nodes such that each child is logically linked to a corresponding parent and each grandchild is logically linked to a corresponding child, forming a logically linked list, wherein a control program instructs and interacts with the hierarchy of objects of the building automation model to assign a name to the objects, wherein the control program iterates through the one or more parent view node objects and the one or more child view node objects logically linked to the one or more parent view node objects and read and/or write data within any of the objects so as to communicate with one or more field devices logically linked to the one or more child view node objects. providing a building automation device ; providing a building automation model comprising a parent view node object representing the building automation device and a child view node object logically linked to a field device, wherein the child view node object is logically linked to the parent view node object forming a hierarchical structure; assigning an object-name (310a-316a) to the parent view node object representing a name of the building automation device ; and assigning an object-name (310a-316a) to the child view node object comprising the object-name (310a-316a) of the parent view node object and a name representing the field device, wherein the hierarchical structure is formed by a logical tree of one or more parent-child-grandchild nodes such that each child is logically linked to a corresponding parent and each grandchild is logically linked to a corresponding child, forming a logically linked list, wherein a control program instructs and interacts with the hierarchy of objects of the building automation model to assign a name to the objects, wherein the control program iterates through the one or more parent view node objects and the one or more child view node objects logically linked to the one or more parent view node objects and read and/or write data within any of the objects so as to communicate with one or more field devices logically linked to the one or more child view node objects.
Apparatus for heating smokable material to volatilise at least one component of the smokable material, the apparatus comprising: an electrical power source having positive and negative terminals ; a voltage regulator ; a controller for controlling the supply of electrical power to a heating element in use; a first casing portion containing the controller , the first casing portion comprising a first connector ; and a second casing portion containing the electrical power source , the second casing portion comprising a second connector arranged to engage with the first connector; characterised in that the second casing portion comprises a first electrical conductor that extends from one of the positive and negative terminals of the electrical power source to the voltage regulator and a second electrical conductor that extends from the voltage regulator to the second connector , and the second casing portion comprises a third electrical conductor that extends from the other of the positive and negative terminals to the second connector , bypassing the voltage regulator , such that when the first connector is electrically connected to the second connector , the controller is electrically connected to one of the positive and negative terminals via the voltage regulator , and is electrically connected to the other of the positive and negative terminals by an electrically-conductive path that bypasses the voltage regulator . an electrical power source having positive and negative terminals ; a voltage regulator ; a controller for controlling the supply of electrical power to a heating element in use; a first casing portion containing the controller , the first casing portion comprising a first connector ; and a second casing portion containing the electrical power source , the second casing portion comprising a second connector arranged to engage with the first connector; characterised in that the second casing portion comprises a first electrical conductor that extends from one of the positive and negative terminals of the electrical power source to the voltage regulator and a second electrical conductor that extends from the voltage regulator to the second connector , and the second casing portion comprises a third electrical conductor that extends from the other of the positive and negative terminals to the second connector , bypassing the voltage regulator , such that when the first connector is electrically connected to the second connector , the controller is electrically connected to one of the positive and negative terminals via the voltage regulator , and is electrically connected to the other of the positive and negative terminals by an electrically-conductive path that bypasses the voltage regulator .
A method for the manufacture of a polymer strip useful to secure information contained within a secure card or document, characterized by : providing a first roll and a second roll spaced apart from one another by a spacing distance; providing a textured image having an outward extending mirror image of an optically variable device ; extruding a polymer resin, having an additive effective to facilitate laser engraving, to form an optically transparent strip; rotating said first roll in a first direction and said second roll in a second and opposite direction so as to feed said optically transparent strip and said textured image between said spacing distance so as to compress said textured image into said optically transparent strip, thereby embossing said optically variable device into a first surface of said optically transparent strip; laser engraving at least one security feature into said optically transparent strip; and metalizing at least a portion of said optically variable device . providing a first roll and a second roll spaced apart from one another by a spacing distance; providing a textured image having an outward extending mirror image of an optically variable device ; extruding a polymer resin, having an additive effective to facilitate laser engraving, to form an optically transparent strip; rotating said first roll in a first direction and said second roll in a second and opposite direction so as to feed said optically transparent strip and said textured image between said spacing distance so as to compress said textured image into said optically transparent strip, thereby embossing said optically variable device into a first surface of said optically transparent strip; laser engraving at least one security feature into said optically transparent strip; and metalizing at least a portion of said optically variable device .