mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit chip device, comprising: a main processing circuit and a plurality of basic processing circuits; the plurality of basic processing circuits are arranged as an array having h rows and w columns, each basic processing circuit is connected to an adjacent basic processing circuit, the main processing circuit is connected to w basic processing circuits in a first row, w basic processing circuits in an h th row, and h basic processing circuits in a first column; the integrated circuit chip device is configured to perform a convolution computation; the main processing circuit is configured to: perform respective neural network computations in series, transfer data of some or all convolution kernels to the w basic processing circuits in the first row through horizontal data input interfaces, classify input data according to positions of convolution, and transfer data of some or all positions of convolution in the input data to the h basic processing circuits in the first column through vertical data input interfaces; and the plurality of basic processing circuits are configured to: perform computations in a neural network in parallel according to the transferred data, and transfer computation results to the main processing circuit through the basic processing circuits that are connected to the main processing circuit. the plurality of basic processing circuits are arranged as an array having h rows and w columns, each basic processing circuit is connected to an adjacent basic processing circuit, the main processing circuit is connected to w basic processing circuits in a first row, w basic processing circuits in an h th row, and h basic processing circuits in a first column; the integrated circuit chip device is configured to perform a convolution computation; the main processing circuit is configured to: perform respective neural network computations in series, transfer data of some or all convolution kernels to the w basic processing circuits in the first row through horizontal data input interfaces, classify input data according to positions of convolution, and transfer data of some or all positions of convolution in the input data to the h basic processing circuits in the first column through vertical data input interfaces; and the plurality of basic processing circuits are configured to: perform computations in a neural network in parallel according to the transferred data, and transfer computation results to the main processing circuit through the basic processing circuits that are connected to the main processing circuit.
A hot rolled steel sheet comprising by mass%, C: 0.01% or more and 0.20% or less, Si: 0.01% or more and 1.0% or less, Mn: 0.5% or more and 3.0% or less, P: 0.040% or less, S: 0.004% or less, Al: 0.005% or more and 0.10% or less, N: 0.004% or less, optionally further comprising, by mass%, one or more selected from Nb: 0.01% or more and 0.20% or less, Ti: 0.01% or more and 0.15% or less, Mo: 0.01% or more and 1.0% or less, Cu: 0.01% or more and 0.5% or less, and Ni: 0.01% or more and 0.5% or less, and a balance of Fe and impurities wherein Ca and REM are in respective amounts of 0.005% or less, wherein the hot rolled steel sheet comprises ferrite with an average orientation difference in the same grain of 0.5° or more and 5.0° or less in 30 vol% or more and 70 vol% or less, measured as outlined in the description, the ferrite and martensite in a total of 90 vol% or more, and a balance microstructure of 10 vol% or less, and the hot rolled steel sheet has an average grain size of the ferrite of 0.5 μm or more and 5.0 μm or less, has an average grain size of the martensite of 1.0 μm or more and 10 μm or less, measured as outlined in the description, and, when there is the balance microstructure, has an average grain size of the balance microstructure of 1.0 μm or more and 10 μm or less, measured as outlined in the description. C: 0.01% or more and 0.20% or less, Si: 0.01% or more and 1.0% or less, Mn: 0.5% or more and 3.0% or less, P: 0.040% or less, S: 0.004% or less, Al: 0.005% or more and 0.10% or less, N: 0.004% or less, optionally further comprising, by mass%, one or more selected from Nb: 0.01% or more and 0.20% or less, Ti: 0.01% or more and 0.15% or less, Mo: 0.01% or more and 1.0% or less, Cu: 0.01% or more and 0.5% or less, and Ni: 0.01% or more and 0.5% or less, and a balance of Fe and impurities wherein Ca and REM are in respective amounts of 0.005% or less, wherein the hot rolled steel sheet comprises ferrite with an average orientation difference in the same grain of 0.5° or more and 5.0° or less in 30 vol% or more and 70 vol% or less, measured as outlined in the description, the ferrite and martensite in a total of 90 vol% or more, and a balance microstructure of 10 vol% or less, and the hot rolled steel sheet has an average grain size of the ferrite of 0.5 μm or more and 5.0 μm or less, has an average grain size of the martensite of 1.0 μm or more and 10 μm or less, measured as outlined in the description, and, when there is the balance microstructure, has an average grain size of the balance microstructure of 1.0 μm or more and 10 μm or less, measured as outlined in the description.
A data processing method, comprising: receiving, by a user equipment, a remapping indication comprising a mapping relationship between a first flow and a second radio bearer, RB, from an access network device; determining, by the user equipment, that a radio bearer, RB, to which the first flow is mapped changes from a first RB to the second RB; and sending, by the user equipment, end indication information to the access network device; wherein the end indication information is used to indicate to the access network device that the sending of data packets of the first flow through the first RB has been completed. receiving, by a user equipment, a remapping indication comprising a mapping relationship between a first flow and a second radio bearer, RB, from an access network device; determining, by the user equipment, that a radio bearer, RB, to which the first flow is mapped changes from a first RB to the second RB; and sending, by the user equipment, end indication information to the access network device; wherein the end indication information is used to indicate to the access network device that the sending of data packets of the first flow through the first RB has been completed.
A refrigeration appliance comprising: a freezer compartment maintained at a temperature of zero degrees Centigrade or less and a fresh food compartment maintained at a temperature greater than zero degrees Centigrade; a liner located within the fresh food compartment; a bracket and at least one recess integrally formed in the liner, wherein the recess includes at least one aperture extending through the liner; and a bracket for removable insertion into the recess, wherein the bracket includes a front edge, a back edge, and a side edge, wherein the back edge includes at least one mounting hole configured to align with the at least one aperture when the bracket is inserted into the recess, wherein the side edge is rounded to form an arcuate corner, and wherein the front edge and liner form a substantially planar plane when the bracket is inserted into the recess, characterized in that the refrigerator appliance further includes a screw and anchor nut assembly (16, 18), wherein a screw is adapted to be inserted through the mounting hole in the bracket and the at least one aperture in the liner to secure the bracket in the recess and wherein the anchor nut is adhesively applied to the back of the liner. a freezer compartment maintained at a temperature of zero degrees Centigrade or less and a fresh food compartment maintained at a temperature greater than zero degrees Centigrade; a liner located within the fresh food compartment; a bracket and at least one recess integrally formed in the liner, wherein the recess includes at least one aperture extending through the liner; and a bracket for removable insertion into the recess,
A pen-type position indicating device comprising: a housing; a position indicating portion configured to indicate a position; a first sensor configured to detect a first pressure applied to the position indicating portion; a second sensor configured to detect a second pressure applied to the housing; a first communication unit configured to transmit the first pressure detected by the first sensor; a second communication unit configured to transmit the second pressure detected by the second sensor, wherein the first communication unit is a communication unit configured to transmit a data signal including the first pressure to a first device for applying the first pressure to the position indicating portion, wherein the first device is a position sensor including an input surface and a plurality of electrodes arranged so as to cover the input surface, wherein the first communication unit is further configured to transmit the data signal such that the first device can receive the data signal by using the plurality of electrodes, and the second communication unit is a communication unit further configured to transmit the second pressure to a second device for controlling generation of a three-dimensional object in a virtual reality space. a housing; a position indicating portion configured to indicate a position; a first sensor configured to detect a first pressure applied to the position indicating portion; a second sensor configured to detect a second pressure applied to the housing; a first communication unit configured to transmit the first pressure detected by the first sensor; a second communication unit configured to transmit the second pressure detected by the second sensor, wherein the first communication unit is a communication unit configured to transmit a data signal including the first pressure to a first device for applying the first pressure to the position indicating portion, wherein the first device is a position sensor including an input surface and a plurality of electrodes arranged so as to cover the input surface, wherein the first communication unit is further configured to transmit the data signal such that the first device can receive the data signal by using the plurality of electrodes, and the second communication unit is a communication unit further configured to transmit the second pressure to a second device for controlling generation of a three-dimensional object in a virtual reality space.
A bypass switch assembly for a semiconductor module, comprising a housing, the housing comprising a first electrical conductor; a second electrical conductor; and a chamber; an electrical insulator; a movable member placed in said chamber and movable between a first position and a second position, wherein the member in the first position is in electrical contact with at most one of said first electrical conductor and said second electrical conductor, and wherein the movable member in the second position is in electrical contact with both said first electrical conductor and said second electrical conductor; the bypass switch assembly further comprising an actuator arranged to move said movable member from said first position to said second position, thereby causing said movable member to bypass said electrical insulator; and gas relief means, characterized in that said chamber is filled with a gas from a group of CO 2, SF 6, N 2,H 2 and air; said electrical insulator being formed by said gas; said gas relief means being in the form of a pressure relief valve arranged to release gas from said chamber upon movement of said movable member; the bypass switch assembly further comprising detection means for detecting electrical failure, said detecting means activating the gas relief means synchronised with triggering said actuator upon detection of the electrical failure. a first electrical conductor; a second electrical conductor; and a chamber; an electrical insulator; a movable member placed in said chamber and movable between a first position and a second position, wherein the member in the first position is in electrical contact with at most one of said first electrical conductor and said second electrical conductor, and wherein the movable member in the second position is in electrical contact with both said first electrical conductor and said second electrical conductor; the bypass switch assembly further comprising an actuator arranged to move said movable member from said first position to said second position, thereby causing said movable member to bypass said electrical insulator; and gas relief means, characterized in that said chamber is filled with a gas from a group of CO 2, SF 6, N 2,H 2 and air; said electrical insulator being formed by said gas; said gas relief means being in the form of a pressure relief valve arranged to release gas from said chamber upon movement of said movable member; the bypass switch assembly further comprising detection means for detecting electrical failure, said detecting means activating the gas relief means synchronised with triggering said actuator upon detection of the electrical failure.
An interference detection apparatus for generating an auxiliary interference signal for a multi-carrier receive signal, comprising means for generating a plurality of oscillator signals, the plurality of oscillator signals comprising at least a first oscillator signal with a first local oscillator frequency adjusted to a first carrier frequency of the multi-carrier receive signal and a second oscillator signal with a second local oscillator frequency adjusted to a second carrier frequency of the multi-carrier receive signal; at least two subsequent mixing means comprising a first mixing means configured to mix the multi-carrier receive signal with the first oscillator signal to output a first mixed signal, and a second mixing means configured to mix a second mixed signal with the second oscillator signal to output the auxiliary interference signal, wherein the plurality of oscillator signals comprises one or more additional oscillator signals having one or more additional local oscillator frequencies being adjusted to one or more additional carrier frequencies of the multi-carrier receive signal, the interference detection apparatus further comprising one or more intermediate mixing means between the first mixing means and the second mixing means, wherein the one or more intermediate mixing means are configured to mix an output signal of the first mixing means with at least one of the additional oscillator signals and to output the second mixed signal as input for the second mixing means. a first mixing means configured to mix the multi-carrier receive signal with the first oscillator signal to output a first mixed signal, and a second mixing means configured to mix a second mixed signal with the second oscillator signal to output the auxiliary interference signal, wherein the plurality of oscillator signals comprises one or more additional oscillator signals having one or more additional local oscillator frequencies being adjusted to one or more additional carrier frequencies of the multi-carrier receive signal, the interference detection apparatus further comprising one or more intermediate mixing means between the first mixing means and the second mixing means, wherein the one or more intermediate mixing means are configured to mix an output signal of the first mixing means with at least one of the additional oscillator signals and to output the second mixed signal as input for the second mixing means.
Multilayer composite, comprising a layer of leather; in contact with a first monolayer, said first monolayer comprising parallel UHMWPE fibers aligned in a first fiber direction and a first matrix material whereby the leather thickness ranges from 0.5-6 mm and wherein the fiber density in the monolayer is between 2-30 grams per square meter and wherein the matrix has a stiffness (measured according to the method specified in the description) of at most 2 MPa.
A medical needle comprising a needle shaft that defines a longitudinal axis, a tip formed at one end of the needle shaft, and an ultrasonic reflector formed in an outer surface of the needle shaft, the reflector comprising: a first reflector surface (R 3) that is formed in the outer surface of the needle shaft at an angle of no more than 35° to the longitudinal axis of the needle shaft and that faces towards the tip of the needle, and at least one additional reflector surface (R 1, R 2) formed in the outer surface of the needle shaft that forms an angle to the first reflector surface within the range of 75° to 105°, wherein the at least one additional reflector surface is substantially concave in a direction towards the first reflector surface, and in that ultrasound waves emitted by an ultrasound transducer are reflected by the reflector back to the transducer for relative orientations of the needle and the emitted ultrasound waves in which the emitted waves are parallel to the first reflector surface or at an angle to impinge on the first reflector surface, and the needle is in a range of axial rotational positions of approximately -60° to +60°, where 0° corresponds with an axial rotational position in which a plane of ultrasound waves emitted by the transducer is co-incident with a plane of symmetry of the reflector. a first reflector surface (R 3) that is formed in the outer surface of the needle shaft at an angle of no more than 35° to the longitudinal axis of the needle shaft and that faces towards the tip of the needle, and at least one additional reflector surface (R 1, R 2) formed in the outer surface of the needle shaft that forms an angle to the first reflector surface within the range of 75° to 105°, wherein the at least one additional reflector surface is substantially concave in a direction towards the first reflector surface, and in that ultrasound waves emitted by an ultrasound transducer are reflected by the reflector back to the transducer for relative orientations of the needle and the emitted ultrasound waves in which the emitted waves are parallel to the first reflector surface or at an angle to impinge on the first reflector surface, and the needle is in a range of axial rotational positions of approximately -60° to +60°, where 0° corresponds with an axial rotational position in which a plane of ultrasound waves emitted by the transducer is co-incident with a plane of symmetry of the reflector.
A composition of matter having the chemical structure: wherein each of R 1, R 2, R 3 and R 4 are independently selected from the group consisting of: wherein the dotted line shows the point of attachment to an N atom of Formula II, and wherein at least one of R 1, R 2, R 3 and R 4 is selected from the group consisting of:
An air treatment system for an enclosed operator space, said system comprising: - a device having an air inlet and circulating air to said operator space; - a first filtration device having a first level of filtration; - a blower having an inlet connected to said first filtration device and an outlet connectable to the inlet of said air circulating device; - a second filtration device having a second level of filtration and connectable to the inlet of said air circulating device; - first and second valves (44, 52) interposed between said first and second filtration devices (30, 32), respectively and the inlet to said air circulating device for selective connection; the first valve being positively actuated to open and close said system being characterized by: the second valve is exposed to air pressure differentials created by said blower and said first valve to selectively connect or block flow between the second filtration device and the inlet to said air circulating device. - a device having an air inlet and circulating air to said operator space; - a first filtration device having a first level of filtration; - a blower having an inlet connected to said first filtration device and an outlet connectable to the inlet of said air circulating device; - a second filtration device having a second level of filtration and connectable to the inlet of said air circulating device; - first and second valves (44, 52) interposed between said first and second filtration devices (30, 32), respectively and the inlet to said air circulating device for selective connection;
A method for reducing crosstalk of a display, the display configured to display a first number of views, the method comprising: reducing the first number of views to a second number of views less than the first number of views by applying a second number of image signals to groups of adjacent views of the first number of views, wherein each image signal of the second number of image signals is applied to a respective one of the groups of adjacent views so that a same respective image signal is applied to the repsective group of adjacent views, and wherein each group of adjacent views includes a corresponding group of adjacent pixels; for at least one group of adjacent pixels, adjusting a luminance profile of the adjacent pixels of the group by reducing a luminance of pixels located at a periphery on each side of said group with respect to a luminance of other pixels of the group; and reproducing images on the display using the second number of views with the adjusted luminance profile. reducing the first number of views to a second number of views less than the first number of views by applying a second number of image signals to groups of adjacent views of the first number of views, wherein each image signal of the second number of image signals is applied to a respective one of the groups of adjacent views so that a same respective image signal is applied to the repsective group of adjacent views, and wherein each group of adjacent views includes a corresponding group of adjacent pixels; for at least one group of adjacent pixels, adjusting a luminance profile of the adjacent pixels of the group by reducing a luminance of pixels located at a periphery on each side of said group with respect to a luminance of other pixels of the group; and reproducing images on the display using the second number of views with the adjusted luminance profile.
Tyre with a radial carcass reinforcement, comprising a crown reinforcement, itself capped radially by a tread connected to two beads by two sidewalls, the said tread comprising at least two layers (61, 62) of blended elastomeric compounds that are radially superposed and have a voids ratio that is lower in the central part than at the axially outer parts (8, 9), characterized in that a first layer of blended elastomeric compounds of the tread is made up of a first blended elastomeric compound forming a part extending at least into the region of the equatorial plane and of at least two axially outer parts formed of a second blended elastomeric compound, in that the first blended elastomeric compound has a macro dispersion Z-value higher than 55, in that the first blended compound and the second blended compound have a maximum tan(δ) value, denoted tan(δ)max, lower than 0.110, in that the complex dynamic shear modulus G* 1% at 100°C of the second blended elastomeric compound has a value at least 10% higher than that of the complex dynamic shear modulus G* 1% at 100°C of the first blended elastomeric compound, in that a second layer of the tread, radially on the outside of the said first layer, is made up of a third blended elastomeric compound of which the complex dynamic shear modulus G* 1% at 100°C has a value at least 10% higher than that of the complex dynamic shear modulus G* 1% at 100°C of the first blended elastomeric compound, and in that the elongation at break of the third blended elastomeric compound in a tearability test at 100°C has a value at least 10% higher than those of the elongations at break of the first and second blended elastomeric compounds (M1, M2) in a tearability test at 100°C.