mhurhangee/ep-ind-claims huggingface dataset:
Coating agent supply device, particularly for a painting installation, a) a coating agent metering device for metering the coating agent to be applied to an application device; b) a coating agent storage tank for temporary receiving the coating agent and for supplying the coating agent to the coating agent metering device, wherein the coating agent storage tank is located upstream before the coating agent metering device and is connected on an output side to the coating agent metering device, characterized in that c) the coating agent metering device and the coating agent storage tank are arranged in one or more robot arms of a painting robot or in an atomizer guided by the painting robot. a) a coating agent metering device for metering the coating agent to be applied to an application device; b) a coating agent storage tank for temporary receiving the coating agent and for supplying the coating agent to the coating agent metering device, wherein the coating agent storage tank is located upstream before the coating agent metering device and is connected on an output side to the coating agent metering device, c) the coating agent metering device and the coating agent storage tank are arranged in one or more robot arms of a painting robot or in an atomizer guided by the painting robot.
An instant noodles container lid that includes a surface member, an intermediate member, and a seal base member having a sealant layer in order, respectively, from one surface side to the other surface side, wherein the surface member has a printed layer (112; 113) in an area other than a predetermined first area, defining a window hole, the intermediate member includes a paper layer, a printed layer, a filling layer, and a wax layer in order, respectively, from the one surface side, and the wax layer is in a second area that covers the first area in a planar view of the lid, a first half cut is formed from the surface member into the paper layer of the intermediate member, in the first area, and a second half cut is formed in the second area from the filling layer of the intermediate member into the paper layer thereof in a portion opposing an outer side of the first area.
A reduced-pressure treatment system for treating a wound on a patient, the reduced-pressure treatment system comprising: a composite manifold, wherein the composite manifold comprises: a perimeter manifold member for disposing adjacent to a wound edge and having an interior portion, and an inboard manifold member disposed adjacent to the interior portion of the perimeter manifold member; a sealing member for coupling to the patient's epidermis and operable to form a fluid seal over the wound; a reduced-pressure subsystem for providing reduced pressure to the composite manifold; wherein the perimeter manifold member is formed with adequate strength to resist collapse under a compressive force transmitted by the sealing member when under therapeutic reduced pressure; and the perimeter manifold member has a first bulk modulus, K1; the inboard manifold member has a second bulk modulus, K2; and characterised in that the first bulk modulus is greater than the second bulk modulus, K1>K2. a composite manifold, wherein the composite manifold comprises: a perimeter manifold member for disposing adjacent to a wound edge and having an interior portion, and an inboard manifold member disposed adjacent to the interior portion of the perimeter manifold member; a perimeter manifold member for disposing adjacent to a wound edge and having an interior portion, and an inboard manifold member disposed adjacent to the interior portion of the perimeter manifold member; a sealing member for coupling to the patient's epidermis and operable to form a fluid seal over the wound; a reduced-pressure subsystem for providing reduced pressure to the composite manifold; wherein the perimeter manifold member is formed with adequate strength to resist collapse under a compressive force transmitted by the sealing member when under therapeutic reduced pressure; and the perimeter manifold member has a first bulk modulus, K1; the inboard manifold member has a second bulk modulus, K2; and characterised in that the first bulk modulus is greater than the second bulk modulus, K1>K2.
A semiconductor device comprising: an insulating substrate including an insulating plate formed of ceramics and a circuit plate fixed on the main face of the insulating plate; a semiconductor element fixed on the circuit plate; and a printed circuit board set so as to be opposed to the main face of the insulating plate; characterized in that the semiconductor device further comprises: a ceramic plate set so as to be opposed to the main face of the insulating plate, wherein the ceramic plate is set further away from the main face of the insulating plate than from the printed circuit board; an external connection terminal with a protrusion (12Aa, 12Ba) fixing a position of the ceramic plate, wherein the external connection terminal is fixed to the circuit plate; and a resin which covers the circuit plate, the semiconductor element, the printed circuit board, and the ceramic plate. an insulating substrate including an insulating plate formed of ceramics and a circuit plate fixed on the main face of the insulating plate; a semiconductor element fixed on the circuit plate; and a printed circuit board set so as to be opposed to the main face of the insulating plate; characterized in that the semiconductor device further comprises: a ceramic plate set so as to be opposed to the main face of the insulating plate, wherein the ceramic plate is set further away from the main face of the insulating plate than from the printed circuit board; an external connection terminal with a protrusion (12Aa, 12Ba) fixing a position of the ceramic plate, wherein the external connection terminal is fixed to the circuit plate; and a resin which covers the circuit plate, the semiconductor element, the printed circuit board, and the ceramic plate. a ceramic plate set so as to be opposed to the main face of the insulating plate, wherein the ceramic plate is set further away from the main face of the insulating plate than from the printed circuit board; an external connection terminal with a protrusion (12Aa, 12Ba) fixing a position of the ceramic plate, wherein the external connection terminal is fixed to the circuit plate; and a resin which covers the circuit plate, the semiconductor element, the printed circuit board, and the ceramic plate.
An apparatus, comprising: a memory array having a plurality of memory planes; a plurality of access line driver circuits, wherein an access line driver circuit of the plurality of access line driver circuits is configured to provide voltages to access lines of a respective memory plane of the plurality of memory planes; a controller coupled to the plurality of access line driver circuits, the controller configured to serially configure the plurality of access line driver circuits for concurrent memory access operations, the controller further configured to concurrently access the plurality of memory planes after serially configuring each of the plurality of access line driver circuits during the concurrent memory access operations; and a plurality of power circuits, wherein each power circuit of the plurality of power circuits is associated with a respective one of the plurality of memory planes and is coupled to a respective one of the plurality of access line driver circuits, and wherein each power circuit of the plurality of power circuits, during the concurrent memory access operations, is configured to provide voltages to the respective one of the plurality of access line driver circuits. a memory array having a plurality of memory planes; a plurality of access line driver circuits, wherein an access line driver circuit of the plurality of access line driver circuits is configured to provide voltages to access lines of a respective memory plane of the plurality of memory planes; a controller coupled to the plurality of access line driver circuits, the controller configured to serially configure the plurality of access line driver circuits for concurrent memory access operations, the controller further configured to concurrently access the plurality of memory planes after serially configuring each of the plurality of access line driver circuits during the concurrent memory access operations; and a plurality of power circuits, wherein each power circuit of the plurality of power circuits is associated with a respective one of the plurality of memory planes and is coupled to a respective one of the plurality of access line driver circuits, and wherein each power circuit of the plurality of power circuits, during the concurrent memory access operations, is configured to provide voltages to the respective one of the plurality of access line driver circuits.
Freight tramway, comprising at least two carrier cars (12, 14) each comprising at least one bogie (13, 15), and at least one suspended car which does not have a bogie and is arranged between two of the carrier cars (12, 14), the suspended car comprising a structural body comprising a floor, a front wall and a rear wall, characterised in that the structural body does not have a roof so that the front wall and the rear wall delimit an upper opening.
An imaging system for diffuse optical tomography comprising: a plurality of light sources, each light source being connected to a separate, isolated digitally controlled power source and being isolated from each other light source; a plurality of light conduits connected to the plurality of light sources; an optode grid attachable to a portion of a human subject, wherein the optode grid is connected to the plurality of light conduits; a plurality of detector channels connected to the optode grid for receiving light from the plurality of light sources after interacting with the human subject; light detectors, each light detector being coupled to only one of the detector channels for instantaneously detecting light received by its coupled channel, each light detector having a separate, isolated power source; and a plurality of analog to digital converters (ADCs), each ADC connected to only one light detector and converting signals from its connected light detector into a separate digital signal for use in imaging. a plurality of light sources, each light source being connected to a separate, isolated digitally controlled power source and being isolated from each other light source; a plurality of light conduits connected to the plurality of light sources; an optode grid attachable to a portion of a human subject, wherein the optode grid is connected to the plurality of light conduits; a plurality of detector channels connected to the optode grid for receiving light from the plurality of light sources after interacting with the human subject; light detectors, each light detector being coupled to only one of the detector channels for instantaneously detecting light received by its coupled channel, each light detector having a separate, isolated power source; and a plurality of analog to digital converters (ADCs), each ADC connected to only one light detector and converting signals from its connected light detector into a separate digital signal for use in imaging.
A method for detecting the boundaries of an image region of video data, the method comprising: retrieving, in raster scan order, pixel data of a frame of video data from a data source; performing, on pixel data of at least some pixels of said frame, edge detection for each of said pixels in raster scan order to determine whether the or each pixel lies adjacent an edge region which is perpendicular to, or close to perpendicular to, the raster scan direction, wherein the pixel data are read in scan line order and wherein said edge detection is based on pixel data of pixels of a current scan line; determining the boundaries of the image region of said frame from said edge detection by comparing edge detected pixels adjacent one another in raster scan order to determine a transition from a non-edge region to an edge region or from an edge region to a non-edge region; identifying, from any pixels having a transition from a non-edge region to an edge region, the pixel having, in raster scan order, the smallest horizontal and vertical coordinate indices; defining said pixel coordinates as the upper left corner of the image region; identifying, from any pixels having a transition from an edge region to a non-edge region, the pixel having, in raster scan order, the largest horizontal and vertical coordinate indices; and defining said pixel coordinates as the lower right corner of the image region. retrieving, in raster scan order, pixel data of a frame of video data from a data source; performing, on pixel data of at least some pixels of said frame, edge detection for each of said pixels in raster scan order to determine whether the or each pixel lies adjacent an edge region which is perpendicular to, or close to perpendicular to, the raster scan direction, wherein the pixel data are read in scan line order and wherein said edge detection is based on pixel data of pixels of a current scan line; determining the boundaries of the image region of said frame from said edge detection by comparing edge detected pixels adjacent one another in raster scan order to determine a transition from a non-edge region to an edge region or from an edge region to a non-edge region; identifying, from any pixels having a transition from a non-edge region to an edge region, the pixel having, in raster scan order, the smallest horizontal and vertical coordinate indices; defining said pixel coordinates as the upper left corner of the image region; identifying, from any pixels having a transition from an edge region to a non-edge region, the pixel having, in raster scan order, the largest horizontal and vertical coordinate indices; and defining said pixel coordinates as the lower right corner of the image region.
A 5-hydroxamate substituted azaindoline-cyanine dye compound, comprising a 5-hydroxamate-azaindoline group linked to a 5-membered heterocylic ring via a divalent polymethine linking group, wherein one or more of the 5-hydroxamate-azaindoline group, the divalent polymethine linking group and the 5-membered heterocylic ring is substituted with a reactive group moiety.
A Coriolis flowmeter that is adapted to vibrate a measurement tube through which a fluid subject to measurement flows, to detect vibrations including Coriolis force developed in the fluid from the vibrations, and to measure a mass flow rate of the fluid from a detection signal, wherein the Coriolis flowmeter comprises: a fluctuation calculation section that is adapted to calculate fluctuations based on the detection signal; a status value calculation section that is adapted to calculate a status value showing a state of air bubbles in the fluid from the fluctuations calculated by the fluctuation calculation section; and a determination section that is adapted to determine a state of air bubbles from the status value calculated by the status value calculation section, characterised in that the fluctuation calculation section comprises: a reference signal generation section that is adapted to generate a reference signal through use of a frequency or angular velocity calculated based on the detection signal; an average calculation section that is adapted to calculate an average of a product of the reference signal generated by the reference signal generation section and the detection signal; and an average variation calculation section that is adapted to calculate variations in the average calculated by the average calculation section as the fluctuations. a fluctuation calculation section that is adapted to calculate fluctuations based on the detection signal; a status value calculation section that is adapted to calculate a status value showing a state of air bubbles in the fluid from the fluctuations calculated by the fluctuation calculation section; and a determination section that is adapted to determine a state of air bubbles from the status value calculated by the status value calculation section, characterised in that the fluctuation calculation section comprises: a reference signal generation section that is adapted to generate a reference signal through use of a frequency or angular velocity calculated based on the detection signal; an average calculation section that is adapted to calculate an average of a product of the reference signal generated by the reference signal generation section and the detection signal; and an average variation calculation section that is adapted to calculate variations in the average calculated by the average calculation section as the fluctuations. a reference signal generation section that is adapted to generate a reference signal through use of a frequency or angular velocity calculated based on the detection signal; an average calculation section that is adapted to calculate an average of a product of the reference signal generated by the reference signal generation section and the detection signal; and an average variation calculation section that is adapted to calculate variations in the average calculated by the average calculation section as the fluctuations.
A toilet chair comprising, a chair back comprising a head part and a bottom part, a seat comprising a front part and a rear part, wherein said seat further comprises a toilet opening through which a user may go to the toilet, wherein said bottom part and said rear part are arranged next to each other, wherein said bottom part is arranged to be displaceable outwards in a direction towards the front of said chair by said bottom part being arranged to be displaceable outwards by being arranged to tilt around a back pivot point, characterised in that, said rear part is arranged to be displaceable upwards in a direction towards the front of said chair by said rear part being arranged to be displaceable upwards by being arranged to tilt around a seat pivot point or by said front part and said rear part being formed as two separate individual parts, wherein said individually formed rear part is arranged to be displaceable upwards independently of said individually formed front part and wherein said chair comprises back mechanical actuation means for displacing said bottom part and seat mechanical actuation means for displacing said rear part. a chair back comprising a head part and a bottom part, a seat comprising a front part and a rear part, wherein said seat further comprises a toilet opening through which a user may go to the toilet, wherein said bottom part and said rear part are arranged next to each other, wherein said bottom part is arranged to be displaceable outwards in a direction towards the front of said chair by said bottom part being arranged to be displaceable outwards by being arranged to tilt around a back pivot point, characterised in that, said rear part is arranged to be displaceable upwards in a direction towards the front of said chair by said rear part being arranged to be displaceable upwards by being arranged to tilt around a seat pivot point or by said front part and said rear part being formed as two separate individual parts, wherein said individually formed rear part is arranged to be displaceable upwards independently of said individually formed front part and wherein said chair comprises back mechanical actuation means for displacing said bottom part and seat mechanical actuation means for displacing said rear part.
Method for transferring data in a topic-based publish-subscribe system, comprising a key distribution server and a number of local client systems (310, 320) that can be coupled with the key distribution server, comprising: a) providing (S1, T1) a group key by the key distribution server for a group selected from the local client systems (310, 320), b) locally deriving (S2, T2) a first-order sub-group key for a first-order sub-group of the group by means of key derivation parameters, at least comprising the provided group key and a specific topic of the publish-subscribe system, by the respective client system (310, 320) of the first-order sub-group, and c) transferring (S3, T3) at least one message cryptographically protected by means of the derived first-order sub-group key between the client systems (310, 320) of the first-order sub-group, wherein the method also comprises: locally deriving a second-order sub-group key for a second-order sub-group of the first-order sub-group by means of the derived first-order sub-group key by the respective client system of the second-order sub-group, and transferring at least one message cryptographically protected by means of the derived second-order sub-group key between the client systems of the second-order sub-group. a) providing (S1, T1) a group key by the key distribution server for a group selected from the local client systems (310, 320), b) locally deriving (S2, T2) a first-order sub-group key for a first-order sub-group of the group by means of key derivation parameters, at least comprising the provided group key and a specific topic of the publish-subscribe system, by the respective client system (310, 320) of the first-order sub-group, and c) transferring (S3, T3) at least one message cryptographically protected by means of the derived first-order sub-group key between the client systems (310, 320) of the first-order sub-group, locally deriving a second-order sub-group key for a second-order sub-group of the first-order sub-group by means of the derived first-order sub-group key by the respective client system of the second-order sub-group, and transferring at least one message cryptographically protected by means of the derived second-order sub-group key between the client systems of the second-order sub-group.