mhurhangee/ep-ind-claims huggingface dataset:
Tarpaulin-closure element for a tarpaulin of a vehicle body, having - a retaining element (6.1), which, on a first portion (6.1.1) is designed for fastening on the tarpaulin, - a tensioning element (6.3), which is connected to the retaining element (6.1), - a frame-fastening element (6.5), and - a height-adjustment arrangement (6.6), which is designed to fasten the tensioning element (6.3) in a variable manner, at different distances from the first portion (6.1.1) of the retaining element (6.1), at least indirectly on the tarpaulin, characterized in that - the tarpaulin-closure element has a belt, which is coupled in a tensionable manner to the tensioning element (6.3), and - the frame-fastening element (6.5) is fastened on a portion (6.4.1) of the belt (6.4), said portion being directed away from the tensioning element (6.3), and is designed for fastening on a frame portion of the vehicle body, and - the retaining element (6.1) is designed in the form of a belt. - a retaining element (6.1), which, on a first portion (6.1.1) is designed for fastening on the tarpaulin, - a tensioning element (6.3), which is connected to the retaining element (6.1), - a frame-fastening element (6.5), and - a height-adjustment arrangement (6.6), which is designed to fasten the tensioning element (6.3) in a variable manner, at different distances from the first portion (6.1.1) of the retaining element (6.1), at least indirectly on the tarpaulin, characterized in that - a frame-fastening element (6.5), and - a height-adjustment arrangement (6.6), which is designed to fasten the tensioning element (6.3) in a variable manner, at different distances from the first portion (6.1.1) of the retaining element (6.1), at least indirectly on the tarpaulin, characterized in that - the tarpaulin-closure element has a belt, which is coupled in a tensionable manner to the tensioning element (6.3), and - the frame-fastening element (6.5) is fastened on a portion (6.4.1) of the belt (6.4), said portion being directed away from the tensioning element (6.3), and is designed for fastening on a frame portion of the vehicle body, and - the retaining element (6.1) is designed in the form of a belt.
Hoxb5, a nucleic acid molecule encoding Hoxb5, or a construct comprising the nucleic acid molecule for use in the prevention or treatment of T cell immunodeficiency, wherein B lymphoid cells are transdifferentiated into functional T cells.
A data reception method, comprising: receiving, by a receiving end, a data packet from a transmitting end, wherein the data packet comprises a medium access control layer, MAC, protocol data unit, PDU, the MAC PDU comprises multiple MAC subPDUs, and at least one MAC subPDU of the multiple MAC subPDUs comprises a MAC sub-header; wherein the MAC sub-header comprises a first information field, and the first information field is configured to indicate whether the MAC sub-header comprises a length indication L field; wherein the first information field is configured to indicate that the MAC sub-header does not comprise the L field, and a format of the MAC sub-header is the first information field/a second information field/a logical channel identification, LCID, field, or the format of the MAC sub-header is the first information field/the second information field/a third information field; wherein the second information field is configured to indicate the LCID field or the third information field, the third information field is configured to indicate multiple consecutive MAC subPDUs after the MAC sub-header, and each MAC subPDU of the multiple consecutive MAC subPDUs, except the MAC subPDU to which the MAC sub-header belongs, does not comprise a sub-header; wherein the first information field is located in a first bit of the MAC sub-header, the second information field is located in a second bit of the MAC sub-header, and the third information field is located in a third bit to an eighth bit of the MAC sub-header. receiving, by a receiving end, a data packet from a transmitting end, wherein the data packet comprises a medium access control layer, MAC, protocol data unit, PDU, the MAC PDU comprises multiple MAC subPDUs, and at least one MAC subPDU of the multiple MAC subPDUs comprises a MAC sub-header; wherein the MAC sub-header comprises a first information field, and the first information field is configured to indicate whether the MAC sub-header comprises a length indication L field; wherein the first information field is configured to indicate that the MAC sub-header does not comprise the L field, and a format of the MAC sub-header is the first information field/a second information field/a logical channel identification, LCID, field, or the format of the MAC sub-header is the first information field/the second information field/a third information field; wherein the second information field is configured to indicate the LCID field or the third information field, the third information field is configured to indicate multiple consecutive MAC subPDUs after the MAC sub-header, and each MAC subPDU of the multiple consecutive MAC subPDUs, except the MAC subPDU to which the MAC sub-header belongs, does not comprise a sub-header; wherein the first information field is located in a first bit of the MAC sub-header, the second information field is located in a second bit of the MAC sub-header, and the third information field is located in a third bit to an eighth bit of the MAC sub-header.
A method of sharing an image between a first terminal and a second terminal, the method comprising: receiving an original version of the image at a server from the first terminal over a communications network; receiving tiles at the server from the first terminal over the communications network, each tile representing at least a section of the image and including a change made to the image at the first terminal; maintaining an image state at the server identifying which tiles are required for forming a latest version of the image; combining, at the server, at least two of the tiles identified by the image state to form a combined tile the at least two tiles representing overlapping sections of the image, the combined tile representing the sections of the image represented by the at least two tiles and on determining that the latest version of the image is to be formed at the second terminal, transmitting, from the server to the second terminal over the communications network, tiles based on the image state for forming the latest version of the image. the method characterized in that the at least two of the tiles are combined when the amount of data contained in the tiles identified by the image state exceeds a threshold, or the at least two of the tiles are combined when the number of tiles identified by the image state exceeds a threshold. receiving an original version of the image at a server from the first terminal over a communications network; receiving tiles at the server from the first terminal over the communications network, each tile representing at least a section of the image and including a change made to the image at the first terminal; maintaining an image state at the server identifying which tiles are required for forming a latest version of the image; combining, at the server, at least two of the tiles identified by the image state to form a combined tile the at least two tiles representing overlapping sections of the image, the combined tile representing the sections of the image represented by the at least two tiles and on determining that the latest version of the image is to be formed at the second terminal, transmitting, from the server to the second terminal over the communications network, tiles based on the image state for forming the latest version of the image. the method characterized in that the at least two of the tiles are combined when the amount of data contained in the tiles identified by the image state exceeds a threshold, or the at least two of the tiles are combined when the number of tiles identified by the image state exceeds a threshold.
An isolated homogeneous population of cells derived from human umbilical cord tissue, for use in the treatment of a bone or cartilage condition, wherein said cell population is obtainable by enzymatic digestion of human umbilical cord tissue free of blood with a matrix metalloprotease, neutral protease, and mucolytic enzyme, and wherein said cell population is capable of self-renewal and expansion in culture, has the potential to differentiate into cells of other phenotypes, and wherein the population of cells: a) produces each of CD 10, CD 13, CD44, CD73, CD90, PDGFr-alpha and HLA-A,B,C, and, as detected by flow cytometry; and b) does not produce any of CD31, CD34, CD45, CD117, CD141, or HLA-DR,DP,DQ, as detected by flow cytometry. a) produces each of CD 10, CD 13, CD44, CD73, CD90, PDGFr-alpha and HLA-A,B,C, and, as detected by flow cytometry; and b) does not produce any of CD31, CD34, CD45, CD117, CD141, or HLA-DR,DP,DQ, as detected by flow cytometry.
A method of determining fatigue of a pressure-resistant component for high-pressure hydrogen made of a ferritic steel and provided in a high-pressure hydrogen gas environment having a pressure in a range of up to 45 MPa, characterized in that, when a material of the ferritic steel in an air environment has an ultimate tensile strength in a range of 958 to 1144 MPa, the method obtains a fatigue strength in the high-pressure hydrogen gas environment S H (MPa) for the pressure-resistant component provided in the high-pressure hydrogen gas environment using the following equation: S H MPa = 2577 − 1.8925 × Su MPa wherein Su represents the ultimate tensile strength of the material of the ferritic steel in the air environment, the method further obtains an upper limit to cycling of a principal stress difference that gives a stress amplitude to a pressure-part surface of the pressure-resistant component for high-pressure hydrogen from an average stress, which is to be imposed on a pressure-part surface layer of the pressure-resistant component and into which residual stress has been incorporated, and from the stress amplitude which the pressure-part surface undergoes, and the method then determines an influence of the high-pressure hydrogen gas environment on the fatigue properties of the pressure-part surface of the pressure-resistant component for high-pressure hydrogen based on a comparison between the upper limit to the cycling of the principal stress difference that gives the stress amplitude to the pressure-part surface of the pressure-resistant component for high-pressure hydrogen and the fatigue strength in the high-pressure hydrogen gas environment for the pressure-resistant component provided in the high-pressure hydrogen gas environment obtained by using the equation. wherein Su represents the ultimate tensile strength of the material of the ferritic steel in the air environment, the method further obtains an upper limit to cycling of a principal stress difference that gives a stress amplitude to a pressure-part surface of the pressure-resistant component for high-pressure hydrogen from an average stress, which is to be imposed on a pressure-part surface layer of the pressure-resistant component and into which residual stress has been incorporated, and from the stress amplitude which the pressure-part surface undergoes, and the method then determines an influence of the high-pressure hydrogen gas environment on the fatigue properties of the pressure-part surface of the pressure-resistant component for high-pressure hydrogen based on a comparison between the upper limit to the cycling of the principal stress difference that gives the stress amplitude to the pressure-part surface of the pressure-resistant component for high-pressure hydrogen and the fatigue strength in the high-pressure hydrogen gas environment for the pressure-resistant component provided in the high-pressure hydrogen gas environment obtained by using the equation.
An aseptic container molding method, wherein after a heated preform is put in a molding die, the molding die is clamped, and a mist or gas of a sterilizer or a mixture thereof is blasted into the preform, a blow molding air is blasted into the preform to expand the preform into a container as a finished product, and the used blow molding air is discharged from the container to remove the sterilizer in the container, wherein after the mist or gas of the sterilizer or the mixture thereof is blasted into the preform, a primary blow molding air is blasted into the preform to expand the preform into an intermediate molded product and at the same time sterilize an interior of the intermediate molded product, characterized in that a secondary blow molding air is then blasted into the intermediate molded product to expand the intermediate molded product into the container as the finished product, and the used blow molding air is discharged from the container to remove the sterilizer in the container.
A control system configured to use a database and a data storage area, the control system comprising: a control device that controls a process executed on an object; an image processing device arranged in association with the control device, for taking an image of the object, and executing a process on image data acquired from taking the image of the object; the image data acquired by the image processing device configured for storage in the data storage area; the control device sends the database an attribute value, results information, and designation information in association with each other for the same object, the attribute value managed by the control device and corresponding to any attribute defined in the database, the results information representing a result of an inspection process of the object transmitted from the image processing device to the control device, and the designation information specifying a storage destination in the data storage area for image data acquired from taking an image of the object; and the image processing device being configured to store the image data in accordance with the corresponding designation information. a control device that controls a process executed on an object; an image processing device arranged in association with the control device, for taking an image of the object, and executing a process on image data acquired from taking the image of the object; the image data acquired by the image processing device configured for storage in the data storage area; the control device sends the database an attribute value, results information, and designation information in association with each other for the same object, the attribute value managed by the control device and corresponding to any attribute defined in the database, the results information representing a result of an inspection process of the object transmitted from the image processing device to the control device, and the designation information specifying a storage destination in the data storage area for image data acquired from taking an image of the object; and the image processing device being configured to store the image data in accordance with the corresponding designation information.
A crop saving accessory attachment system suitable for a cutting header of a combine comprising a knife mounted along a lower front edge thereof and a discharge opening in a middle rear portion thereof, the cutting header operative to cut crop plants and move the cut crop plants laterally along a header surface to the discharge opening such that the cut crop plants move rearward through the discharge opening, the crop saving accessory attachment system comprising a crop saving accessory comprising an accessory engagement mechanism on a rear portion of the crop saving accessory, the accessory engagement mechanism configured to engage a header engagement mechanism mounted on the cutting header, characterized in that the crop saving accessory attachment system is further comprising a tether attached to the crop saving accessory at a first end thereof and being attachable at a second end thereof to a tether location on the cutting header; and wherein the tether is configured such that when the accessory engagement mechanism is disengaged from the header engagement mechanism, the tether prevents the crop saving accessory from moving rearward through the discharge opening of the cutting header
A method for operating a satellite communication system having a plurality of radio frequency terminals, RFTs, each RFT (112, 114, 116) being associated with an antenna (102, 104, 106, 322, 324, 326, 328), the method comprising: receiving, via a satellite from a first RFT, a first version of a transmit signal having a first piggyback signal phase-locked with a symbol rate of the transmit signal; receiving, via the satellite from a second RFT, a second version of the transmit signal having a second piggyback signal phase-locked with the symbol rate of the transmit signal; determining a phase offset between the first version of the transmit signal and the second version of the transmit signal based on a phase difference between the first piggyback signal and the second piggyback signal; and transmitting an adjustment message to the first RFT and the second RFT based on the phase offset, the adjustment message including a time correction for the first version and the second version. receiving, via a satellite from a first RFT, a first version of a transmit signal having a first piggyback signal phase-locked with a symbol rate of the transmit signal; receiving, via the satellite from a second RFT, a second version of the transmit signal having a second piggyback signal phase-locked with the symbol rate of the transmit signal; determining a phase offset between the first version of the transmit signal and the second version of the transmit signal based on a phase difference between the first piggyback signal and the second piggyback signal; and transmitting an adjustment message to the first RFT and the second RFT based on the phase offset, the adjustment message including a time correction for the first version and the second version.
A CCR5 antagonist for use in inhibiting metastasis of cancer susceptible to treatment in an immunocompetent subject at risk for metastasis of cancer.
A plugged honeycomb structure for a diesel particulate filter, the plugged honeycomb structure having a plurality of cells functioning as fluid passages separated by porous partition walls and having plugging portions arranged in such a manner that each of adjacent cells is plugged in one fluid passage end portion of the honeycomb structure at the mutually opposite end from that at which the other of the adjacent cells is plugged; wherein the plugged honeycomb structure has a cutout portion in a part of one fluid passage end portion, and predetermined cells constituting the cutout portion are plugged in such a manner that each of adjacent cells of said predetermined cells is plugged in one said end portion at the mutually opposite end from that at which the other of the adjacent cells is plugged; wherein a plurality of honeycomb segments are integrally bonded by means of a bonding material layer; the cutout portion is formed in units of honeycomb segments by making the length in an axial direction of at least one of the honeycomb segment shorter than that of the other honeycomb segments; and the cutout portion is formed in a fluid inflow hole side end portion of the honeycomb structure, and the relation between (a) an average thickness Ts(in), on the fluid in flow hole side end face, of the bonding material layer bonding the short segment and a long segment being one of the other honeycomb segments together, and (b) an average thickness T (in), on the fluid inflow hole side end face, of the bonding material layer bonding the short segment with another short segment or bonding the long segment with another long segment is Ts in > T in.
A method for performing ultrasound tests on a plurality of samples arranged in a well plate having a plurality of substantially cup-shaped wells surrounded by accessible spaces (36, 37) delimited by walls (20, 24, 28, 30), comprising the steps of: • providing a device for ultrasound tests comprising a bath filled-up with a liquid for the ultrasound transmission at controlled temperature, one or more transducers arranged at the bottom of such bath, immersed in the transmission liquid, supporting means which supports said well plate at the free surface of the transmission liquid of the bath; • pouring a filling material into said accessible spaces (36, 37), thereby eliminating air gaps or air bubbles, and letting it solidify; • arranging samples to be subjected to test in the respective wells, filled up with a corresponding aqueous solution which substantially has the same sound transmission speed of the transmission liquid in the bath; • arranging covering means on the well plate and focusing on one or more target samples a beam of ultrasounds. wherein said filling material is an acoustic insulator, not reflecting nor transmitting acoustic waves. • providing a device for ultrasound tests comprising a bath filled-up with a liquid for the ultrasound transmission at controlled temperature, one or more transducers arranged at the bottom of such bath, immersed in the transmission liquid, supporting means which supports said well plate at the free surface of the transmission liquid of the bath; • pouring a filling material into said accessible spaces (36, 37), thereby eliminating air gaps or air bubbles, and letting it solidify; • arranging samples to be subjected to test in the respective wells, filled up with a corresponding aqueous solution which substantially has the same sound transmission speed of the transmission liquid in the bath; • arranging covering means on the well plate and focusing on one or more target samples a beam of ultrasounds.