mhurhangee/ep-ind-claims huggingface dataset:
A method carried out by a controller, comprising: receiving input data related to an enclosure, the input data including solar intensity data on an exterior of a wall of the enclosure; generating a thermal model of a wall of the enclosure based at least in part on the input data, the wall modeled as having a plurality of layers wherein physical properties of a material used to construct a respective layer reflect an ability of the material to store heat energy, and the thermal model defines the wall as a physical domain represented by a plurality of nodes, each layer of the plurality of layers being associated with at least one node of the plurality of nodes and each node of the plurality of nodes being thermally coupled to an adjacent node by a thermal resistance; solving an energy balance equation associated with the thermal model including compensating for solar load based on the solar intensity data to determine a predicted temperature for at least one node; and output the predicted temperature to a display device. receiving input data related to an enclosure, the input data including solar intensity data on an exterior of a wall of the enclosure; generating a thermal model of a wall of the enclosure based at least in part on the input data, the wall modeled as having a plurality of layers wherein physical properties of a material used to construct a respective layer reflect an ability of the material to store heat energy, and the thermal model defines the wall as a physical domain represented by a plurality of nodes, each layer of the plurality of layers being associated with at least one node of the plurality of nodes and each node of the plurality of nodes being thermally coupled to an adjacent node by a thermal resistance; solving an energy balance equation associated with the thermal model including compensating for solar load based on the solar intensity data to determine a predicted temperature for at least one node; and output the predicted temperature to a display device.
Apparatus for contrast-enhanced ultrasound imaging, comprising: - injection means for injecting a contrast agent within a region of interest, - an ultrasound system for propagating ultrasound waves within said region of interest and detecting ultrasound waves backscattered within said region of interest, - imaging means for producing a temporal succession of images according to said backscattered ultrasound waves, each image being representative of a spatial configuration of said contrast agent within said region of interest, characterised in that it comprises transport calculating means arranged to determine a spatial transport of the contrast agent from successive images, in which the transport calculating means comprises numerical resolution means for numerical resolution of the following transport equation: I t + V →. ∇ → I = 0 where I is a grey level intensity on said images, I t is a partial temporal derivative of I between successive images, ∇ is a spatial gradient operator, ∇ I is the spatial gradient of I, and V corresponds to said spatial transport between those successive images. - injection means for injecting a contrast agent within a region of interest, - an ultrasound system for propagating ultrasound waves within said region of interest and detecting ultrasound waves backscattered within said region of interest, - imaging means for producing a temporal succession of images according to said backscattered ultrasound waves, each image being representative of a spatial configuration of said contrast agent within said region of interest,
A video decoding method, comprising: decoding information on a quantization matrix; reconstructing a quantization matrix based on the information on the quantization matrix; and generating a residual block for a current block based on the reconstructed quantization matrix, wherein the information on the quantization matrix includes information indicating a prediction method of the quantization matrix and further includes, based on the information indicating a prediction method of the quantization matrix, at least one of information on a reference quantization matrix identifier of the quantization matrix, information representing a DC value of the quantization matrix, and information representing a difference value between quantization matrix coefficients, wherein the reconstructing of the quantization matrix is characterized by including deriving a quantization matrix coefficient by using the information representing a difference value between the quantization matrix coefficients; and arranging the quantization matrix coefficients in the quantization matrix by up-right diagonally scanning the quantization matrix coefficients, wherein the up-right diagonally scanning arranges the quantization matrix coefficients along every up-right diagonal lines in the quantization matrix one by one from top-left to bottom-right direction, and starting from a lower-left position to an upper-right position for each up-right diagonal line. decoding information on a quantization matrix; reconstructing a quantization matrix based on the information on the quantization matrix; and generating a residual block for a current block based on the reconstructed quantization matrix, wherein the information on the quantization matrix includes information indicating a prediction method of the quantization matrix and further includes, based on the information indicating a prediction method of the quantization matrix, at least one of information on a reference quantization matrix identifier of the quantization matrix, information representing a DC value of the quantization matrix, and information representing a difference value between quantization matrix coefficients, wherein the reconstructing of the quantization matrix is characterized by including deriving a quantization matrix coefficient by using the information representing a difference value between the quantization matrix coefficients; and arranging the quantization matrix coefficients in the quantization matrix by up-right diagonally scanning the quantization matrix coefficients, wherein the up-right diagonally scanning arranges the quantization matrix coefficients along every up-right diagonal lines in the quantization matrix one by one from top-left to bottom-right direction, and starting from a lower-left position to an upper-right position for each up-right diagonal line.
A method for route optimization during switching in an identity location separation architecture based on a network, comprising: establishing a communication relationship between a mobile node, MN, and a correspondent node, CN, the MN switching from a source access network element to a target access network element, in which the target access network element stores a mapping relationship of identity information of the MN and location information of the target access network element; characterized in that: the target access network element inquires the MN to obtain identity information of the CN which has the communication relationship with the MN (6; 603), and after the target access network element obtains the identity information of the CN, the target access network element acquires location information of an access network element on which the CN locates, and sends the mapping relationship of the identity information of the MN and the location information of the target access network element to the access network element on which the CN locates, so as to update a mapping relationship stored in the access network element on which the CN locates from a mapping relationship of identity information of the MN and location information of the source access network element to the mapping relationship of the identity information of the MN and the location information of the target access network element (7; 604). the target access network element inquires the MN to obtain identity information of the CN which has the communication relationship with the MN (6; 603), and after the target access network element obtains the identity information of the CN, the target access network element acquires location information of an access network element on which the CN locates, and sends the mapping relationship of the identity information of the MN and the location information of the target access network element to the access network element on which the CN locates, so as to update a mapping relationship stored in the access network element on which the CN locates from a mapping relationship of identity information of the MN and location information of the source access network element to the mapping relationship of the identity information of the MN and the location information of the target access network element (7; 604).
A method for grading an agglutination reaction in an immunodiagnostic test card, said test card including at least one transparent column, said at least one column initially containing a quantity of bead or gel material capable of producing an agglutination reaction when mixed with a patient sample, said method comprising the steps of: providing indicia relative to said at least one transparent column of a test card, said indicia including a set of parallel spaced lines provided directly on said at least one transparent column or adjacent thereto, the spacing between each of said lines defining grades of said agglutination reaction; using the indicia to provide an indication relating to evaporation of contained bead or gel material following manufacture of the test card; adding patient sample to said at least one transparent column; mixing the patient sample with the contents of said at least one transparent column; and grading the reaction by visually noting the agglutinate relative to the indicia. providing indicia relative to said at least one transparent column of a test card, said indicia including a set of parallel spaced lines provided directly on said at least one transparent column or adjacent thereto, the spacing between each of said lines defining grades of said agglutination reaction; using the indicia to provide an indication relating to evaporation of contained bead or gel material following manufacture of the test card; adding patient sample to said at least one transparent column; mixing the patient sample with the contents of said at least one transparent column; and grading the reaction by visually noting the agglutinate relative to the indicia.
A system, comprising: a heatshield for cooling a first ball grid array, BGA, package of a clamshell BGA structure, the heatshield comprising: a backer plate including at least one air inlet port and air inlet ducting connected to the at least one air inlet port, and a first plurality of vents extending from the air inlet ducting to a first surface of the backer plate; and a metal plate coupled to the backer plate, wherein the metal plate and the backer plate form one or more outlets, wherein the at least one air inlet port is configured to receive cooling gas to decrease a temperature of at least one of the metal plate, and the backer plate, and wherein the cooling gas is configured to exit the system through at least one of the one or more outlets. a backer plate including at least one air inlet port and air inlet ducting connected to the at least one air inlet port, and a first plurality of vents extending from the air inlet ducting to a first surface of the backer plate; and a metal plate coupled to the backer plate, wherein the metal plate and the backer plate form one or more outlets, wherein the at least one air inlet port is configured to receive cooling gas to decrease a temperature of at least one of the metal plate, and the backer plate, and wherein the cooling gas is configured to exit the system through at least one of the one or more outlets.
Device for vibratory grinding of a vehicle wheel, comprising a working container for receiving the vehicle wheel and grinding elements, comprising a support for the vehicle wheel that is arranged in the working container, comprising a shaft for penetrating a centre hole of a wheel hub of the vehicle wheel, which shaft is arranged in the working container, comprising a clamping element by means of which the vehicle wheel can be clamped against the support, characterised in that the device comprises a form-fitting coupling which releasably connects the clamping element to the shaft in a form-fitting and threadless manner, and/or comprises a form-fitting coupling which releasably connects the shaft to the working container or the support in a form-fitting and threadless manner.
A heat-dissipating sheet having a structure in which carbon black is uniformly dispersed among fine graphite particles, a mass ratio of fine graphite particles to carbon black being 75/25 to 95/5; and said heat-dissipating sheet is obtained by burning and pressing a composite sheet of fine graphite particles, carbon black and an organic binder, so that it has a density of 1.9 g/cm 3 or more and an in-plane thermal conductivity of 570 W/mK or more, characterized in that the heat-dissipating sheet has a thickness of 25 - 150 μm and said fine graphite particles have an average diameter of 3 - 150 μm and an average thickness of 200 nm or more.
An interactive toy, comprising: a toy environmental body; and a toy body for being placed in the environmental body, including at least one sensor to collect at least one toy environmental physical factor, wherein the toy body is controlled to change based on the at least one toy environmental physical factor, and the toy environmental body is configured to change in response to the change of the toy body, characterized in that the at least one sensor includes a vibration sensor, the vibration sensor is configured to collect vibration information generated by shaking or breaking of the toy environmental body, and the toy body includes at least one of the following effect elements: a vibration motor, a light source, a buzzer, and a speaker; in response to the vibration information collected by the vibration sensor, the vibration motor, the light source, the buzzer, and/or the speaker is configured to be triggered to vibrate, emit light, and/or sound. a toy environmental body; and a toy body for being placed in the environmental body, including at least one sensor to collect at least one toy environmental physical factor, wherein the toy body is controlled to change based on the at least one toy environmental physical factor, and the toy environmental body is configured to change in response to the change of the toy body, characterized in that the at least one sensor includes a vibration sensor, the vibration sensor is configured to collect vibration information generated by shaking or breaking of the toy environmental body, and the toy body includes at least one of the following effect elements: a vibration motor, a light source, a buzzer, and a speaker; in response to the vibration information collected by the vibration sensor, the vibration motor, the light source, the buzzer, and/or the speaker is configured to be triggered to vibrate, emit light, and/or sound.
Tyre chain for a vehicle tyre, comprising at least one chain strand made of at least two coupled, planar chain links which span a chain link plane in each case, the chain link planes of directly consecutive chain links being oriented in the manner of a saltire relative to a tread of the vehicle tyre when the tyre chain is mounted on the vehicle tyres, characterised in that directly consecutive chain links of the chain strand are provided in each case with at least one anti-skid element and in that the at least one anti-skid element is connected to both legs of a chain link.
A reinstatement tool, comprising: a flexible shaft having a first length, a first end, and a second end; a cutting head (120, 1800) coupled to the first end of the flexible shaft, the cutting head (120, 1800) including: a hollow cylindrical member having a first end, a second end, an internal surface and an external surface; and cutting teeth disposed on a first end of the hollow cylindrical member and extending longitudinally from the first end of the hollow cylindrical member; a coupling assembly coupled to the second end of the flexible shaft; a first compressible tensioner portion disposed around the flexible shaft and extending a first distance along the flexible shaft, the first compressible tensioner portion disposed proximate the cutting head (120, 1800); characterized by a second compressible tensioner portion disposed around the flexible shaft and extending a second distance along the flexible shaft, the second compressible tensioner portion disposed proximate the coupling assembly; and a flexible sleeve disposed around the flexible shaft and positioned between the first compressible tensioner portion and the second compressible tensioner portion. a flexible shaft having a first length, a first end, and a second end; a cutting head (120, 1800) coupled to the first end of the flexible shaft, the cutting head (120, 1800) including: a hollow cylindrical member having a first end, a second end, an internal surface and an external surface; and cutting teeth disposed on a first end of the hollow cylindrical member and extending longitudinally from the first end of the hollow cylindrical member; a hollow cylindrical member having a first end, a second end, an internal surface and an external surface; and cutting teeth disposed on a first end of the hollow cylindrical member and extending longitudinally from the first end of the hollow cylindrical member; a coupling assembly coupled to the second end of the flexible shaft; a first compressible tensioner portion disposed around the flexible shaft and extending a first distance along the flexible shaft, the first compressible tensioner portion disposed proximate the cutting head (120, 1800); characterized by a second compressible tensioner portion disposed around the flexible shaft and extending a second distance along the flexible shaft, the second compressible tensioner portion disposed proximate the coupling assembly; and a flexible sleeve disposed around the flexible shaft and positioned between the first compressible tensioner portion and the second compressible tensioner portion.
Elastic bearing having an elastomer/metal bush, in particular bearing of an anti-swaying support of a rail vehicle, having two elastomer/metal half shells (5, 6) which form the elastomer/metal bush and can be clamped together in a bearing socket, which is formed by outer bearing-socket half shells (29, 30) which can be clamped together, as first bearing part on a cylindrical support as second bearing part, the two elastomer/metal half shells (5, 6) consisting in each case of an elastomer half shell (14, 15) with an inner metal half shell (12, 13) which is connected radially on the inside in a bonded manner and an outer metal half shell (10, 11) which is connected radially on the outside in a bonded manner, and the two elastomer/metal half shells (5, 6) being connected on one side at two adjacent longitudinal edges via an elastomer web as integral hinge so as to be contiguous and capable of being folded open for lateral plugging onto the support, characterized in that a stop is integrated into the elastomer/metal bush, having two stop half shells (8, 9) which are plugged into the bush inner region and, in the assembled state, are fixed by way of the prestress on the second bearing part and such that they cannot be moved with respect to the inner metal half shells (12, 13), and in that, on at least one end side, at least one stop half shell has a stop collar which, in the assembled state, projects radially into the radial region of an end side of the bearing socket which is fixed to the vehicle body, having an axial spacing gap between a stop region of the stop collar and the bearing-socket end side in a manner which corresponds to a predefined free axial spring travel with a stop limitation means.
A method of recovering information bits from a modulated signal in which information bits are modulated using a coherent modulation technique, the method comprising: receiving the modulated signal in an analog format; converting the modulated signal in the analog format into a digitized signal; estimating, by processing the digitized signal, a channel impairment in the modulated signal and a modulation carrier used for the coherent modulation technique; filtering the processed digitized signal operation using a finite impulse response digital post-filter comprising a number of filter coefficients to generate a filter output; performing inter-symbol-interference equalization on the filter output to produce estimates of the information bits; evaluating a performance of the estimates of the information bits; and adaptively adjusting, using the estimates of the information bits, the filter coefficients by providing a feedback signal to change the filter coefficients to optimize the performance; wherein the evaluating the performance includes: calculating a number of samples of the filter output that fall within a window in a constellation map of the coherent modulation technique. receiving the modulated signal in an analog format; converting the modulated signal in the analog format into a digitized signal; estimating, by processing the digitized signal, a channel impairment in the modulated signal and a modulation carrier used for the coherent modulation technique; filtering the processed digitized signal operation using a finite impulse response digital post-filter comprising a number of filter coefficients to generate a filter output; performing inter-symbol-interference equalization on the filter output to produce estimates of the information bits; evaluating a performance of the estimates of the information bits; and adaptively adjusting, using the estimates of the information bits, the filter coefficients by providing a feedback signal to change the filter coefficients to optimize the performance; wherein the evaluating the performance includes: calculating a number of samples of the filter output that fall within a window in a constellation map of the coherent modulation technique.
A wireless power supply system in which at least one of a power-receiving device and a power-transmitting device is disposed in an underwater mobile object and a receiving-side pad including a coil of the power-receiving device and a transmitting-side pad including a coil of the power-transmitting device oppose each other with liquid interposed between the receiving-side pad and the transmitting-side pad, the wireless power supply system performing wireless power supply using magnetic coupling of the coils (111a, 121a), the wireless power supply system (101 comprises: a spacer member characterised in that the spacing member includes a gap for forming a flow of the liquid between the receiving-side pad and the transmitting-side pad, wherein the spacer member is formed of a buffer material. a spacer member characterised in that the spacing member includes a gap for forming a flow of the liquid between the receiving-side pad and the transmitting-side pad, wherein the spacer member is formed of a buffer material.