mhurhangee/ep-ind-claims huggingface dataset:
A speedy-screwing screw comprising a shank, a head disposed at one end of said shank, a drilling portion disposed at another end of said shank and opposite to said head, and a plurality of main threads spirally formed on said shank and having main thread convolutions spiraling in a first direction; characterised in that a plurality of auxiliary threads are disposed on said shank between said main threads and extend in the direction of said drilling portion, said plurality of auxiliary threads extending in a second direction which is reverse to said first direction of said plurality of main threads, a main diameter of said plurality of main threads being larger than an auxiliary diameter of said plurality of auxiliary threads, each of said auxiliary threads including a plurality of cutting sections which are connected one after another, each of said cutting sections including two flank surfaces facing said head and said drilling portion respectively and a crest formed at a junction of said two flank surfaces, adjacent flank surfaces which face a same direction being continuously connected in reverse curves to allow said plurality of crests to lie like waves rising and falling.
An electromagnetic device having: - an electromagnetic system having a coil that extends around a fixed core in order to generate a magnetic field therein when it is supplied with electric power, - an element that is movable under the effect of the magnetic field generated by the coil, this movable element being in the form of a plunger core - a fuel vapor outlet duct extending the electromagnetic system disposed in an intermediate casing, - a first casing in which the electromagnetic system is disposed, characterized in that it comprises a circular filter arranged on the path of the fuel vapors at an opening of an inlet conduit upstream of the electromagnetic system. - an electromagnetic system having a coil that extends around a fixed core in order to generate a magnetic field therein when it is supplied with electric power, - an element that is movable under the effect of the magnetic field generated by the coil, this movable element being in the form of a plunger core - a fuel vapor outlet duct extending the electromagnetic system disposed in an intermediate casing, - a first casing in which the electromagnetic system is disposed,
Pneumatic vehicle tire having a tread of directional design and with profile positives, for example profile block rows (1, 2) or profile strips, which are separated from one another by channels, for example circumferential channels, transverse channels, oblique channels and the like, wherein profile positives are provided with spikes positioned in spike holes, and, around each spike, shallow and elongate depressions (10, 10', 11, 11') with different volumes and different extent lengths, as reservoirs for receiving the ice chips that form when the spike scrapes on ice, are formed in the profile positive so as to extend at least in both circumferential directions - in and counter to the rolling direction during forward travel - proceeding from the spike, wherein the depression(s) (10, 10') that extend(s) from the spike in the rolling direction during forward travel has or have, in sum total in the case of multiple depressions (10, 10'), the greatest volume (V 1), characterized in that at least one further depression (12, 12') extends from the spike outward in the direction of the tire shoulder situated closest to the spike, which at least one further depression, in sum total in the case of multiple depressions (12, 12'), has the smallest volume (V 3).
A method for thermal printing of a digital image on a thermal imaging member with a thermal print head comprising at least one print head element, comprising: identifying a density value of a color component of a pixel j in the digital image, the pixel comprising c color components, each of the color components associated with one of c printing segments of a printing line n where c > 1; identifying a print head element temperature; identifying at least one amount of energy supplied to the print head element during each of c -1 previous printing segments; identifying an energy computation function associated with the color component; identifying at least one function of the amount of energy identified in; identifying an input energy amount using the energy computation function and the density value, the print head element temperature, and the at least one function of the amount of energy; and supplying energy equal to the input energy amount to the print head element. identifying a density value of a color component of a pixel j in the digital image, the pixel comprising c color components, each of the color components associated with one of c printing segments of a printing line n where c > 1; identifying a print head element temperature; identifying at least one amount of energy supplied to the print head element during each of c -1 previous printing segments; identifying an energy computation function associated with the color component; identifying at least one function of the amount of energy identified in; identifying an input energy amount using the energy computation function and the density value, the print head element temperature, and the at least one function of the amount of energy; and supplying energy equal to the input energy amount to the print head element.
A data backup method, implemented by an intermediate device connecting first devices (112, 113, 117, 119) connected in a first network (1100, 1107, 1110) to a backup data storage server connected in a second network, wherein the method comprises the following steps: upon expiration of a first delay, first uploading, from the intermediate device to the backup data storage server, of a full backup archive built by the intermediate device from data stored by the first devices; during the first uploading and upon expiration of a second delay that is shorter than said first delay, a second uploading (200, 202), is done from the intermediate device to the backup data storage server, of at least one differential backup archive built by the intermediate device from data stored by the first devices, wherein each of the at least one differential backup archive that is uploaded in the second uploading step is differential with regard to a latest completely uploaded full backup archive that is uploaded during the first uploading step. upon expiration of a first delay, first uploading, from the intermediate device to the backup data storage server, of a full backup archive built by the intermediate device from data stored by the first devices; during the first uploading and upon expiration of a second delay that is shorter than said first delay, a second uploading (200, 202), is done from the intermediate device to the backup data storage server, of at least one differential backup archive built by the intermediate device from data stored by the first devices, wherein each of the at least one differential backup archive that is uploaded in the second uploading step is differential with regard to a latest completely uploaded full backup archive that is uploaded during the first uploading step.
A method for decoding, by a wireless communications receiving apparatus, comprising: receiving polar encoded data; decoding the polar encoded data to obtain a physical broadcast channel, PBCH, payload based on a distributed cyclic redundancy check, D-CRC, interleaving pattern; characterized in that the PBCH payload comprises a synchronization signal block index, SSBI, a size of the PBCH payload is 32, a number of CRC bits are 24, the D-CRC pattern is (0 2 3 5 7 10 11 12 14 15 18 19 21 24 26 30 31 32 1 4 6 8 13 16 20 22 25 27 33 9 17 23 28 34 29 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55), the bits in the PBCH payload corresponding to the set {2, 3, 5} in the D-CRC pattern are the SSBI. receiving polar encoded data; decoding the polar encoded data to obtain a physical broadcast channel, PBCH, payload based on a distributed cyclic redundancy check, D-CRC, interleaving pattern; characterized in that the PBCH payload comprises a synchronization signal block index, SSBI, a size of the PBCH payload is 32, a number of CRC bits are 24, the D-CRC pattern is (0 2 3 5 7 10 11 12 14 15 18 19 21 24 26 30 31 32 1 4 6 8 13 16 20 22 25 27 33 9 17 23 28 34 29 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55), the bits in the PBCH payload corresponding to the set {2, 3, 5} in the D-CRC pattern are the SSBI.
Method for locating an earth fault in a DC network to which a plurality of load zones (3, 5) can be connected, wherein each load zone (3, 5) is connected directly or indirectly to at least one main line of the DC network via an electrical component (23 to 26) assigned to the load zone (3, 5), which electrical component has a network-side connection and a load-zone-side connection and has a voltage dropped across it between the network-side connection and the load-zone-side connection when current flows through the component (23 to 26), wherein, for each component (23 to 26), - a network-side potential at which the network-side connection lies and a load-zone-side potential at which the load-zone-side connection lies are continuously measured, characterized in that - in the event that an earth fault is detected on a main line (7, 9), a change in the voltage dropped across the component (23 to 26) results in the earth fault being attributed to the load zone (3, 5) to which the component (23 to 26) is assigned if the voltage change results in the network-side potential changing to a greater extent than the load-zone-side potential. - a network-side potential at which the network-side connection lies and a load-zone-side potential at which the load-zone-side connection lies are continuously measured, characterized in that - in the event that an earth fault is detected on a main line (7, 9), a change in the voltage dropped across the component (23 to 26) results in the earth fault being attributed to the load zone (3, 5) to which the component (23 to 26) is assigned if the voltage change results in the network-side potential changing to a greater extent than the load-zone-side potential.
A method for classifying a video, the method comprising: acquiring a to-be-classified video and an image complexity of the to-be-classified video, wherein the image complexity of the to-be-classified video is a color complexity of an image content appearing in the to-be-classified video; extracting a feature map with a resolution corresponding to the image complexity from the to-be-classified video, wherein the resolution of the feature map is proportional to the image complexity; and determining a target video class to which the to-be-classified video belongs based on the feature map. acquiring a to-be-classified video and an image complexity of the to-be-classified video, wherein the image complexity of the to-be-classified video is a color complexity of an image content appearing in the to-be-classified video; extracting a feature map with a resolution corresponding to the image complexity from the to-be-classified video, wherein the resolution of the feature map is proportional to the image complexity; and determining a target video class to which the to-be-classified video belongs based on the feature map.
A method for inserting a nucleic acid sequence that encodes a foreign peptide into a poxvirus genome, said method comprising: A) identifying in the poxvirus genome a poxvirus open reading frame wherein said open reading frame is characterised by an initial ATG start codon and wherein expression of said open reading frame is driven by an operably-linked poxvirus promoter located upstream of the open reading frame and wherein expression of said open reading frame provides a peptide that is non-essential to viability of the poxvirus; and B) inserting the nucleic acid sequence that encodes the foreign peptide at a position downstream of the poxvirus promoter; wherein following said insertion, (i) the nucleic acid that encodes the foreign peptide is operably-linked to the poxvirus promoter and expression of said nucleic acid is driven by said poxvirus promoter; and (ii) translation of the foreign peptide is initiated at an ATG start codon located at the same position relative to the poxvirus promoter as the ATG start codon of the poxvirus open reading frame, wherein the nucleic acid sequence that encodes a foreign peptide is inserted in frame with and immediately after the initial ATG start codon; or the nucleic acid sequence is inserted together with a start codon into the position previously occupied by the initial start codon of the poxvirus open reading frame. A) identifying in the poxvirus genome a poxvirus open reading frame wherein said open reading frame is characterised by an initial ATG start codon and wherein expression of said open reading frame is driven by an operably-linked poxvirus promoter located upstream of the open reading frame and wherein expression of said open reading frame provides a peptide that is non-essential to viability of the poxvirus; and B) inserting the nucleic acid sequence that encodes the foreign peptide at a position downstream of the poxvirus promoter; wherein following said insertion, (i) the nucleic acid that encodes the foreign peptide is operably-linked to the poxvirus promoter and expression of said nucleic acid is driven by said poxvirus promoter; and (ii) translation of the foreign peptide is initiated at an ATG start codon located at the same position relative to the poxvirus promoter as the ATG start codon of the poxvirus open reading frame, wherein the nucleic acid sequence that encodes a foreign peptide is inserted in frame with and immediately after the initial ATG start codon; or the nucleic acid sequence is inserted together with a start codon into the position previously occupied by the initial start codon of the poxvirus open reading frame. (i) the nucleic acid that encodes the foreign peptide is operably-linked to the poxvirus promoter and expression of said nucleic acid is driven by said poxvirus promoter; and (ii) translation of the foreign peptide is initiated at an ATG start codon located at the same position relative to the poxvirus promoter as the ATG start codon of the poxvirus open reading frame, wherein the nucleic acid sequence that encodes a foreign peptide is inserted in frame with and immediately after the initial ATG start codon; or
A thermal inkjet ink set, comprising: a pre-treatment fixing fluid including a metal salt; an ink including an ink vehicle and a colorant; and a post-treatment fluid including a fluid vehicle and an anionic polyurethane acrylic hybrid polymer binder dispersed in the fluid vehicle, the anionic polyurethane acrylic hybrid polymer binder present in an amount ranging from greater than 0 wt% to about 25 wt%, and the anionic polyurethane acrylic hybrid polymer binder including: an acrylic polymer or copolymer; and an anionic polyurethane polymer encapsulating the acrylic polymer or copolymer. a pre-treatment fixing fluid including a metal salt; an ink including an ink vehicle and a colorant; and a post-treatment fluid including a fluid vehicle and an anionic polyurethane acrylic hybrid polymer binder dispersed in the fluid vehicle, the anionic polyurethane acrylic hybrid polymer binder present in an amount ranging from greater than 0 wt% to about 25 wt%, and the anionic polyurethane acrylic hybrid polymer binder including: an acrylic polymer or copolymer; and an anionic polyurethane polymer encapsulating the acrylic polymer or copolymer. an acrylic polymer or copolymer; and an anionic polyurethane polymer encapsulating the acrylic polymer or copolymer.
A tool tip (70,80) for a rotary press punch, comprising: a body having a shank, and a radially extending flange on the shank adjacent a bottom end of the body; an axial bore within said body constructed and configured to hold a fastener, characterized in that it comprises further a displacer ring (71, 88) captivated to the body and loosely affixed to the shank axially and radially, said ring having a 360 angular degree cutting edge at the bottom thereof; and force transmission means (73, 82) located between the flange and the displacer ring (71, 88) constructed and configured to transmit a pressing force from the shank to the ring (71, 88) at a single point on the ring such that when the tool is pressed against a workpiece and rotated the ring (71, 88) performs a wobbling motion pressing only a portion of the cutting edge against the workpiece. a body having a shank, and a radially extending flange on the shank adjacent a bottom end of the body; an axial bore within said body constructed and configured to hold a fastener, characterized in that it comprises further a displacer ring (71, 88) captivated to the body and loosely affixed to the shank axially and radially, said ring having a 360 angular degree cutting edge at the bottom thereof; and force transmission means (73, 82) located between the flange and the displacer ring (71, 88) constructed and configured to transmit a pressing force from the shank to the ring (71, 88) at a single point on the ring such that when the tool is pressed against a workpiece and rotated the ring (71, 88) performs a wobbling motion pressing only a portion of the cutting edge against the workpiece.
An agricultural work apparatus, comprising: a first image-capturing device; an agricultural work determination unit that determines, on the basis of first image information obtained by capturing an image of a target of agricultural work through the first image-capturing device, whether or not to execute the agricultural work on the target; an agricultural work execution unit that executes the agricultural work on the basis of a determination result of the agricultural work determination unit; a measurement unit that measures a position of the target; characterized by the agricultural work apparatus comprising: an agricultural work information generation unit that generates agricultural work information including a result of the agricultural work; an agricultural work information management unit that manages the agricultural work information and positional information indicating the measured position; and an abnormality determination unit that determines presence or absence of abnormality in the target on the basis of the first image information and second image information that is a reference image including the target, wherein the measurement unit measures a dimension of the target on the basis of the first image information, and wherein the agricultural work determination unit determines whether or not to execute the agricultural work on the target on the basis of a result of comparison between the dimension and a set threshold and the presence or absence of the abnormality. a first image-capturing device; an agricultural work determination unit that determines, on the basis of first image information obtained by capturing an image of a target of agricultural work through the first image-capturing device, whether or not to execute the agricultural work on the target; an agricultural work execution unit that executes the agricultural work on the basis of a determination result of the agricultural work determination unit; a measurement unit that measures a position of the target; an agricultural work information generation unit that generates agricultural work information including a result of the agricultural work; an agricultural work information management unit that manages the agricultural work information and positional information indicating the measured position; and an abnormality determination unit that determines presence or absence of abnormality in the target on the basis of the first image information and second image information that is a reference image including the target, wherein the measurement unit measures a dimension of the target on the basis of the first image information, and wherein the agricultural work determination unit determines whether or not to execute the agricultural work on the target on the basis of a result of comparison between the dimension and a set threshold and the presence or absence of the abnormality.
A mobile telecommunications system LTE entity mobile telecommunications system including at least one New Radio, NR, anchor cell entity serving at least one user equipment, wherein the at least one entity and the at least one user equipment are located in a common system information area, wherein the common system information area is an area where all Transmission/Reception Points and/or beams in the system information area are configured with at least some common essential system information, and wherein the at least one anchor cell entity is configured to transmit minimum system information to the at least one user equipment and to provide a link of the control plane, wherein the minimum system information include cell access information and system information area identifier information, comprising circuitry configured to: transmit, in a handover command, a new system information area identifier, configuration information and an anchor entity identification.
A laparoscopic surgical system comprising; a camera, the camera having a lens, insertion tool for a camera for inserting the camera into a body cavity through an access port, and a surgical instrument, the camera is mountable to the surgical instrument inside the body cavity, and releasable from the insertion tool after mounting to the surgical instrument, the camera having an instrument engaging surface, characterised in that the instrumer engaging surface comprises a concave portion conforming to a portion of the surgical instrument, such that when the camera is mounted to the surgical instrument, the lens of the camera is aligned along a path of end effectors of the surgical instrument.
A method for removing gypsum from calcium-containing material, wherein the method comprises cooling a cooled pregnant leach solution in a cooling device to obtain a further cooled pregnant leach solution; precipitating gypsum from the further cooled pregnant leach solution to obtain a gypsum-depleted pregnant leach solution; characterized in that the method comprises cooling a calcium-containing pregnant leach solution by indirectly contacting the calcium-containing pregnant leach solution with the gypsum-depleted pregnant leach solution to obtain the cooled pregnant leach solution; the method comprising obtaining the calcium-containing pregnant leach solution by leaching the calcium-containing material in a sulphate solution, or by adjusting pH of the sulphate solution with the calcium-containing material; wherein the step of cooling the calcium-containing pregnant leach solution by indirectly contacting the calcium-containing pregnant leach solution with the gypsum-depleted pregnant leach solution is carried out in a heat exchanger, wherein the temperature of the calcium-containing pregnant leach solution entering the heat exchanger is 40 °C to 90 °C; the temperature of the cooled pregnant leach solution exiting the heat exchanger is 40 °C to 85 °C; the temperature of the gypsum-depleted pregnant leach solution entering the heat exchanger is 30 °C to 35 °C; the temperature of the gypsum-depleted pregnant leach solution exiting the heat exchanger is 30 °C to 43 °C.