mhurhangee/ep-ind-claims huggingface dataset:
method for decoding an image on a block-by-block basis from a coded bit stream, said method comprising parsing the coded bit stream to obtain difference information indicating a difference between a quantization parameter for a current block and a quantization parameter for a previous block located immediately before the current block in the processing order, wherein a value of zero is assigned to said difference information when the current block is an Intra Pulse Code Modulation, IPCM, block; determining a quantization parameter for the current block, using the quantization parameter for the previous block and the difference information, irrespective of whether the current block is an IPCM block or a non-Intra Pulse Code Modulation, non-IPCM, block; determining a filter strength of a deblocking filter using an average value of the quantization parameter for the current block and the quantization parameter for the previous block, the filtering strength being determined so as to increase with increasing average value of the quantization parameter in order to absorb a quantization error; and performing deblocking filtering on a boundary between the previous block and the current block using the determined filter strength of the deblocking filter, wherein performing the deblocking filtering comprises determining whether at least either one of the previous block and the current block is an IPCM block and applying the deblocking filtering to pixels of the non-IPCM blocks only.
A colored fine particle dispersion comprising emulsified particles each comprising a pigment and a polymer comprising a constitutional unit derived from a compound represented by the following general formula and a constitutional unit derived from a polymerizable monomer component comprising a hydrophobic vinyl-based monomer: wherein BO is a butyleneoxy group; EO is an ethyleneoxy group; M is a cation; m represents an average molar number of addition of BO and is a number of not less than 1 and not more than 10; and n represents an average molar number of addition of EO and is a number of not less than 4 and not more than 25, wherein the pigment is coated with the polymer.
A method on a portable data carrier, comprising the steps of: - receiving by the data carrier of a command information from a terminal concerning at least one card application toolkit, CAT command; - executing by a CAT interpreter of the data carrier of the at least one CAT command; wherein the command information is embedded in an HTTP command request message of an HTTP client of the terminal, and wherein the received command information is extracted from the HTTP command request message, wherein the method is characterized in that the command information is forwarded to the CAT interpreter of the data carrier for executing the at least one CAT command; the steps of receiving, extracting and forwarding are executed in the portable data carrier by a web server of the portable data carrier, and the web server identifies the command information in the HTTP command request message, wherein the web server identifies at least one CAT command as command information in the HTTP command request message. - receiving by the data carrier of a command information from a terminal concerning at least one card application toolkit, CAT command; - executing by a CAT interpreter of the data carrier of the at least one CAT command; wherein the command information is embedded in an HTTP command request message of an HTTP client of the terminal, and wherein the received command information is extracted from the HTTP command request message, wherein the method is characterized in that the command information is forwarded to the CAT interpreter of the data carrier for executing the at least one CAT command; the steps of receiving, extracting and forwarding are executed in the portable data carrier by a web server of the portable data carrier, and the web server identifies the command information in the HTTP command request message, wherein the web server identifies at least one CAT command as command information in the HTTP command request message.
An electronic device enclosure comprising: a first structural layer forming a first rectangular cavity and having a first surface inside the first cavity and a second surface outside the first cavity; said first structural layer is composed of a light transmissive, moldable plastic; characterized in that the electronic device enclosure comprises a decorative feature formed by laser-marking into said first surface of said first structural layer inside the first cavity; a second structural opaque plastic layer forming a second cavity and formed within the first cavity and formed by directly overmolding opaque material onto said first surface of said first structural layer. a first structural layer forming a first rectangular cavity and having a first surface inside the first cavity and a second surface outside the first cavity; said first structural layer is composed of a light transmissive, moldable plastic; characterized in that the electronic device enclosure comprises a decorative feature formed by laser-marking into said first surface of said first structural layer inside the first cavity; a second structural opaque plastic layer forming a second cavity and formed within the first cavity and formed by directly overmolding opaque material onto said first surface of said first structural layer.
An apparatus comprising: an acquisition unit configured to acquire information about a directional beam, said information being provided from a neighbor base station of a base station, said directional beam serving as an interference source for a terminal apparatus among a plurality of directional beams which is able to be formed by the base station, wherein the terminal apparatus is connected to the neighbor base station; and a control unit configured to decide an operation of the base station regarding transmission of a signal over the directional beam on the basis of the information, wherein the information refers to interference for the terminal apparatus,wherein the control unit is configured to decide restriction or suspension on transmission of the signal over the directional beam as the operation and to execute said operation, characterized in that the control unit in configured to cancel the operation of the base station in a case where a cancellation condition is satisfied, said cancellation condition including a condition that an elapsed time from initiation of the operation exceeds a predetermined time. an acquisition unit configured to acquire information about a directional beam, said information being provided from a neighbor base station of a base station, said directional beam serving as an interference source for a terminal apparatus among a plurality of directional beams which is able to be formed by the base station, wherein the terminal apparatus is connected to the neighbor base station; and a control unit configured to decide an operation of the base station regarding transmission of a signal over the directional beam on the basis of the information, wherein the information refers to interference for the terminal apparatus,wherein the control unit is configured to decide restriction or suspension on transmission of the signal over the directional beam as the operation and to execute said operation, characterized in that the control unit in configured to cancel the operation of the base station in a case where a cancellation condition is satisfied, said cancellation condition including a condition that an elapsed time from initiation of the operation exceeds a predetermined time.
A sowing row for a sowing machine, with - a coupling device, which is configured to couple to a support element of a sowing machine; - a joint device, with which a joint is provided between the coupling device and a support device, on which separate fastening points for functional components that are arranged on the support device are formed; and - a sowing heart, which is configured to meter a work product to be spread; wherein the support device has - a proximal support arm, which couples to the joint device, and - a distal support arm, which, on a side of the proximal support arm facing away from the joint device, extends away from said proximal support arm, which is integrally molded to the proximal support arm and on which the sowing heart is arranged laterally in the area of an assembly section in such a way that a rear side of the sowing heart is arranged so as to be located opposite to the assembly section of the distal support arm and a front side of the sowing heart is arranged so as to be unobstructed by the support device. - a coupling device, which is configured to couple to a support element of a sowing machine; - a joint device, with which a joint is provided between the coupling device and a support device, on which separate fastening points for functional components that are arranged on the support device are formed; and - a sowing heart, which is configured to meter a work product to be spread; wherein the support device has - a proximal support arm, which couples to the joint device, and - a distal support arm, which, on a side of the proximal support arm facing away from the joint device, extends away from said proximal support arm, which is integrally molded to the proximal support arm and on which the sowing heart is arranged laterally in the area of an assembly section in such a way that a rear side of the sowing heart is arranged so as to be located opposite to the assembly section of the distal support arm and a front side of the sowing heart is arranged so as to be unobstructed by the support device.
Use of a culture medium for culturing an oocyte, the medium including: (i) recombinant GDF-9 or a biologically active fragment thereof; and (ii) recombinant BMP-15 or a biologically active fragment thereof. (i) recombinant GDF-9 or a biologically active fragment thereof; and (ii) recombinant BMP-15 or a biologically active fragment thereof.
An outdoor unit comprising: a cabinet in which at least one air inlet and at least one air outlet are formed; a heat exchanger arranged inside the cabinet; an air inlet hood that covers the air inlet; and an air outlet hood that covers the air outlet, wherein the air inlet hood includes a facing panel arranged facing the air inlet, an upper surface panel arranged on an upper surface of a part between the air inlet and the facing panel, and two side panels arranged respectively on two side surfaces of the part between the air inlet and the facing panel, a lower surface air intake hole is provided to a lower surface of the part between the air inlet and the facing panel, and a side surface air intake hole is provided to at least one of the two side panels, characterized by a damper and a damper operator are provided inside the air outlet hood, the damper being openable and closable, and the damper operator being connected to the damper, and the air outlet hood is provided with an air discharge hole in the front end portion of the air outlet hood and an opening at a position which is within an operating range of the damper and diagonally forward and downward from the damper. a cabinet in which at least one air inlet and at least one air outlet are formed; a heat exchanger arranged inside the cabinet; an air inlet hood that covers the air inlet; and an air outlet hood that covers the air outlet, wherein the air inlet hood includes a facing panel arranged facing the air inlet, an upper surface panel arranged on an upper surface of a part between the air inlet and the facing panel, and two side panels arranged respectively on two side surfaces of the part between the air inlet and the facing panel, a facing panel arranged facing the air inlet, an upper surface panel arranged on an upper surface of a part between the air inlet and the facing panel, and two side panels arranged respectively on two side surfaces of the part between the air inlet and the facing panel, a lower surface air intake hole is provided to a lower surface of the part between the air inlet and the facing panel, and a side surface air intake hole is provided to at least one of the two side panels, characterized by a damper and a damper operator are provided inside the air outlet hood, the damper being openable and closable, and the damper operator being connected to the damper, and the air outlet hood is provided with an air discharge hole in the front end portion of the air outlet hood and an opening at a position which is within an operating range of the damper and diagonally forward and downward from the damper.
Shaped body produced from a raw powder comprising a polyimide powder, wherein the polyimide polymer is composed of at least one aromatic tetracarboxylic dianhydride component and at least one diamine component, characterized in that at least one aromatic tetracarboxylic dianhydride component consists to an extent of 60 to 100 mol% of 3,3',4,4'-biphenyltetracarboxylic dianhydride (BPDA) and to an extent of 40 to 0 mol% of pyromellitic dianhydride (PMDA) and at least one diamine component is a mixture of p-phenylenediamine (p-PDA), m-phenylenediamine (m-PDA) and 4,4'-diaminodiphenyl ether.
A wheelchair comprising: a chassis, a seat system attached to the chassis, which seat system has a backrest having a front side and a backside, and an energy absorber (9-1; 9-2) having a proximal end attached to the seat system or joined with the chassis, a distal end having means that enable attachment of straps or belts to the distal end, and an intermediate portion extending from the proximal end to the distal end in a direction from the front side towards the back side, wherein the intermediate portion has a curved portion adapted to straighten and plastically deform when the energy absorber is subjected to a pulling force above a predetermined threshold. a chassis, a seat system attached to the chassis, which seat system has a backrest having a front side and a backside, and an energy absorber (9-1; 9-2) having a proximal end attached to the seat system or joined with the chassis, a distal end having means that enable attachment of straps or belts to the distal end, and an intermediate portion extending from the proximal end to the distal end in a direction from the front side towards the back side, wherein the intermediate portion has a curved portion adapted to straighten and plastically deform when the energy absorber is subjected to a pulling force above a predetermined threshold.
A lithium ion secondary battery capacity restoration system for restoring a capacity of a battery pack including lithium ion secondary batteries and mounted on a vehicle (1, 2), the lithium ion secondary battery capacity restoration system comprising: a capacity restoration device configured to perform a restoration process to restore a capacity of the battery pack by maintaining an SOC of the battery pack to be equal to or less than a reference SOC; a data acquisition device configured to acquire restoration data (P1, P2) from a plurality of vehicles (1, 2) including a target vehicle and a plurality of further vehicles, the restoration data including the reference SOC used for the restoration process and a capacity restoration amount (R, ΔC) attained by the restoration process; and a calculation device configured to calculate a target reference SOC using the restoration data, the target reference SOC being the reference SOC used for the restoration process for the target vehicle. a capacity restoration device configured to perform a restoration process to restore a capacity of the battery pack by maintaining an SOC of the battery pack to be equal to or less than a reference SOC; a data acquisition device configured to acquire restoration data (P1, P2) from a plurality of vehicles (1, 2) including a target vehicle and a plurality of further vehicles, the restoration data including the reference SOC used for the restoration process and a capacity restoration amount (R, ΔC) attained by the restoration process; and a calculation device configured to calculate a target reference SOC using the restoration data, the target reference SOC being the reference SOC used for the restoration process for the target vehicle.
A method for transmitting a downlink signal with a guard band between at least two sub-bands at a base station in a cellular radio communication system using orthogonal frequency division multiplexing, OFDM, using carrier aggregation of at least two long term evolution, LTE, carriers, supporting a bandwidth scalability, where each of said at least two sub-bands respectively corresponds to a useful band of each of said at least two LTE carriers, the method comprising: mapping a signal to inputs of an inverse fast fourier transform, IFFT, corresponding to the at least two sub-bands except inputs of the IFFT corresponding to a middle guard band between adjacent sub-bands among the at least two sub-bands; and transmitting the mapped signal, wherein a bandwidth of the middle guard band is determined such that an interval between center frequencies of the adjacent sub-bands becomes a common multiple of subcarrier spacing and a frequency raster default value; characterized in that the bandwidth of the middle guard band is determined using the following Equation: Bandwidth of Middle Guard Band = m * G + G − MOD A + B + D, G wherein m is zero or positive integer, wherein G is the least common multiple of the subcarrier spacing and the frequency raster default value, wherein each of A and B is a half bandwidth of each adjacent sub-bands, and wherein D is a bandwidth of DC subcarrier. mapping a signal to inputs of an inverse fast fourier transform, IFFT, corresponding to the at least two sub-bands except inputs of the IFFT corresponding to a middle guard band between adjacent sub-bands among the at least two sub-bands; and transmitting the mapped signal, wherein a bandwidth of the middle guard band is determined such that an interval between center frequencies of the adjacent sub-bands becomes a common multiple of subcarrier spacing and a frequency raster default value; characterized in that the bandwidth of the middle guard band is determined using the following Equation: Bandwidth of Middle Guard Band = m * G + G − MOD A + B + D, G wherein m is zero or positive integer, wherein G is the least common multiple of the subcarrier spacing and the frequency raster default value, wherein each of A and B is a half bandwidth of each adjacent sub-bands, and wherein D is a bandwidth of DC subcarrier.
A magazine configured to be coupled to a power tool housing having a tool holder for holding a screwdriving bit, the magazine having: a magazine housing having a rear end portion with an attachment mechanism configured to removably attach the magazine housing to the power tool housing, and a front end portion that receives an advancing mechanism configured to advance a strip of collated fasteners into position to be driven by the screwdriving bit; and a bit guide coupled to the rear end portion of the magazine housing, the bit guide configured to receive the screwdriving bit for proper alignment of the screwdriving bit relative to the collated fasteners, characterised in that the bit guide including a rear annular flange portion and a front hollow conical portion extending forward from the annular flange portion and tapering inward toward the front end portion of the magazine housing. a magazine housing having a rear end portion with an attachment mechanism configured to removably attach the magazine housing to the power tool housing, and a front end portion that receives an advancing mechanism configured to advance a strip of collated fasteners into position to be driven by the screwdriving bit; and a bit guide coupled to the rear end portion of the magazine housing, the bit guide configured to receive the screwdriving bit for proper alignment of the screwdriving bit relative to the collated fasteners, characterised in that the bit guide including a rear annular flange portion and a front hollow conical portion extending forward from the annular flange portion and tapering inward toward the front end portion of the magazine housing.
A coaxial cable, comprising: a central conductive member; a dielectric insulative layer surrounding said central conductive member; an outer protective sheath; and a braided EMI shield layer sandwiched between said dielectric insulative layer and said outer protective sheath, characterised in that said braided EMI shield layer being braided with hybrid yarn, said hybrid yarn including at least one electrically conductive wire filament twisted or served with at least one nonconductive filament. a central conductive member; a dielectric insulative layer surrounding said central conductive member; an outer protective sheath; and a braided EMI shield layer sandwiched between said dielectric insulative layer and said outer protective sheath, characterised in that said braided EMI shield layer being braided with hybrid yarn, said hybrid yarn including at least one electrically conductive wire filament twisted or served with at least one nonconductive filament.
A screen printing apparatus comprising: a base; a frame member fixedly installed on the base; a printing section which is supported by the frame member and which has a function of printing on a board; a board conveying segment provided on the base displaceably within a range including a printing zone where the printing is performed by the printing section, to convey the board; a driving mechanism (24, 27) for driving the board conveying segment; a control section for controlling the driving of the board conveying segment by the driving mechanism (24, 27); characterized in that a mark is provided on the frame member; and an image pickup section is mounted on the board conveying segment to pick up an image of the mark, the control section is adapted to cause the board conveying segment to be displaced so as to allow the board to be set in the printing zone, and, based on the image of the mark picked up by the image pickup section, to perform a strain compensation for correcting an error in displacement of the board conveying segment due to a strain of the driving mechanism (24, 27). a base; a frame member fixedly installed on the base; a printing section which is supported by the frame member and which has a function of printing on a board; a board conveying segment provided on the base displaceably within a range including a printing zone where the printing is performed by the printing section, to convey the board; a driving mechanism (24, 27) for driving the board conveying segment; a control section for controlling the driving of the board conveying segment by the driving mechanism (24, 27); characterized in that a mark is provided on the frame member; and an image pickup section is mounted on the board conveying segment to pick up an image of the mark, the control section is adapted to cause the board conveying segment to be displaced so as to allow the board to be set in the printing zone, and, based on the image of the mark picked up by the image pickup section, to perform a strain compensation for correcting an error in displacement of the board conveying segment due to a strain of the driving mechanism (24, 27).
Method of manufacturing an insertion-type connector having a plurality of first, mutually electrically insulated conductor contacts, which are cut from a metal sheet in such a way that they are connected together via a connecting part of the metal sheet, and having a plurality of second conductor contacts which are connected together and which are cut from a metal sheet, the conductor contacts (1, 2) being partly embedded in an electrically insulating material to form an electrically insulating housing which fixes the conductor contacts relative to one another, and the connecting part then being separated off, characterised in that the plurality of second conductor contacts form a conductor contact plate and are not separated from one another, with the conductor contact plate being connected to the plurality of first conductor contacts via the connecting part.