mhurhangee/ep-ind-claims huggingface dataset:
A process for assembling a polynucleotide from a plurality of oligonucleotides comprising: (a) amplifying a plurality of oligonucleotides that together comprise the polynucleotide sequence using a pair of primers, wherein the plurality of oligonucleotides are attached to a microarray device or a bead device each having a solid or porous surface, wherein each of the oligonucleotides has an overlapping sequence region corresponding to a sequence region in a next oligonucleotide, and wherein each oligonucleotide comprises flanking sequence regions at its 3' end and 5' end, wherein said flanking sequence regions comprise primer binding sites for the same primer pair and a sequence segment having a restriction enzyme recognition sequence for removing the primer binding sites; (b) cleaving the oligonucleotides to remove the primer binding sites; and (c) assembling the cleaved oligonucleotide sequences through the overlapping regions to form a full length polynucleotide. (a) amplifying a plurality of oligonucleotides that together comprise the polynucleotide sequence using a pair of primers, wherein the plurality of oligonucleotides are attached to a microarray device or a bead device each having a solid or porous surface, wherein each of the oligonucleotides has an overlapping sequence region corresponding to a sequence region in a next oligonucleotide, and wherein each oligonucleotide comprises flanking sequence regions at its 3' end and 5' end, wherein said flanking sequence regions comprise primer binding sites for the same primer pair and a sequence segment having a restriction enzyme recognition sequence for removing the primer binding sites; (b) cleaving the oligonucleotides to remove the primer binding sites; and (c) assembling the cleaved oligonucleotide sequences through the overlapping regions to form a full length polynucleotide.
A surgical drape for sterile covering of the legs and abdomen for a surgical procedure, the surgical drape comprising a first part provided with two leg-shaped portions and a second portion provided with an incision window, such that the incision window covers at least partly the abdomen region and the inguinal region, when the legs - e.g. upper legs - of a patient that needs to undergo the surgery are positioned in the leg-shaped portions of the surgical drape, characterized in that the surgical drape comprises integrated fixation points, integrated in the surgical drape, the fixation points being for fixating a retractor for keeping open a wound during a surgical procedure, the integrated fixation points being positioned near the leg-shaped portions so that retractors can be coupled to the leg-shaped portions and the retractors can be oriented by the movement of the legs of the patient.
A buckle comprising: a male member; and a female member into which the male member is inserted for engagement, the male member comprising: a male base to which a string member is attachable; a pair of legs projected from the male base, the pair of legs being capable of an elastic deformation in a direction orthogonal to an insertion direction of the male member; and an engagement portion (24, 51) respectively provided to each of the legs to be detachably engaged with the female member, the female member comprising: a female base to which a string member is attachable; an insertion hole provided in the female base into which the pair of legs are insertable while being elastically deformed in a direction for the legs to face with each other; a housing space provided in the female base in communication with the insertion hole, the pair of legs being housed within the housing space; and an engaged portion (46, 52) with which the engagement portions (24, 51) are engaged in a manner capable of detachment due to a restoration force of the pair of legs against the elastic deformation when the pair of legs are inserted to a prede-termined position, wherein the male member comprises: a movement restricting portion provided to each of the legs, and a deformation restricting portion provided on the male base in a manner that the movement restricting portions and the deformation restricting portions are spaced apart when one or both of the legs are not deformed in the direction opposite to the direction of the legs to face with each other, the movement restricting portions being in contact with the deformation restricting portions to restrict the legs from deforming in a direction opposite to the direction for the legs to face with each other when one or both of the legs are deformed in the direction opposite to the direction for the legs to face with each other, characterized by the movement restricting portions projecting in a direction to face with each other.
A method for attaining scalable transactions throughput in a multiple distributed ledger system including a plurality of distributed ledger networks each of which has a plurality of nodes, one of the plurality of distributed ledger networks has a source distributed ledger and another distributed ledger network has a target distributed ledger, the method comprising: determining an existing transaction in the source distributed ledger which has a transaction output that is unspent, wherein one of the source distributed ledger and the target distributed ledger differs from the other in having at least one transaction not existing in the other; generating and submitting an initiating transaction for commission to the target distributed ledger, wherein the initiating transaction has a transaction output; generating and submitting a locking transaction for commission to the source distributed ledger, wherein the locking transaction is generated to spend and lock the transaction output of the existing transaction in the source distributed ledger and references the initiating transaction in the target distributed ledger to verify existence of the initiating transaction; and generating and submitting a completing transaction for commission to the target distributed ledger, wherein the completing transaction is generated to spend the transaction output of the initiating transaction in the target distributed ledger and references the locking transaction in the source distributed ledger to verify existence of the locking transaction. determining an existing transaction in the source distributed ledger which has a transaction output that is unspent, wherein one of the source distributed ledger and the target distributed ledger differs from the other in having at least one transaction not existing in the other; generating and submitting an initiating transaction for commission to the target distributed ledger, wherein the initiating transaction has a transaction output; generating and submitting a locking transaction for commission to the source distributed ledger, wherein the locking transaction is generated to spend and lock the transaction output of the existing transaction in the source distributed ledger and references the initiating transaction in the target distributed ledger to verify existence of the initiating transaction; and generating and submitting a completing transaction for commission to the target distributed ledger, wherein the completing transaction is generated to spend the transaction output of the initiating transaction in the target distributed ledger and references the locking transaction in the source distributed ledger to verify existence of the locking transaction.
Semiconductor chip with a carrier and with a semiconductor body comprising a semiconductor layer sequence with an active region provided for generating radiation, - the carrier having a first carrier face facing the semiconductor body and a second carrier face remote from the semiconductor body, - a plurality of reflective or scattering elements (40, 7) being formed between the second carrier face and the active region, - the semiconductor body being attached in integrally bonded manner to the carrier by means of a bonding layer between an attachment surface on the semiconductor body and a mounting surface on the carrier, - a contact layer transmissive for radiation generated in the active region being formed between the semiconductor body and the bonding layer, the contact layer being provided for impressing an operating current when in operation, and - wave guidance being disrupted by the reflective or scattering elements, characterized in that - the refractive index of the contact layer is adapted to the refractive index of the semiconductor body. - the carrier having a first carrier face facing the semiconductor body and a second carrier face remote from the semiconductor body, - a plurality of reflective or scattering elements (40, 7) being formed between the second carrier face and the active region, - the semiconductor body being attached in integrally bonded manner to the carrier by means of a bonding layer between an attachment surface on the semiconductor body and a mounting surface on the carrier, - a contact layer transmissive for radiation generated in the active region being formed between the semiconductor body and the bonding layer, the contact layer being provided for impressing an operating current when in operation, and - wave guidance being disrupted by the reflective or scattering elements, characterized in that - the refractive index of the contact layer is adapted to the refractive index of the semiconductor body.
Agricultural field spraying device for dispensing liquids with a distribution boom having at least one liquid supply line which runs transversely with respect to the direction of travel and is provided at intervals with connection branches and multi-nozzle bodies which are connected to the latter and have various spray nozzles (10, 11, 12) connected thereto, wherein the housings of the multi-nozzle bodies each contain a valve arrangement with remote-controllable switching elements which are connected to an on-board computer via connections and data lines connected to the latter, in order to switch on or to switch off the liquid supply to the respective spray nozzles (10, 11, 12) via said valve arrangement, and wherein the on-board computer has a circuit arrangement for the switching elements for switching on and off the liquid supply to the spray nozzles (10, 11, 12) in such a manner that different spray nozzles (10, 11, 12) are switched on in different partial regions (15, 16, 17) of the distribution boom, specifically in such a manner that, of a plurality of spray nozzles (11, 11, 12) arranged on at least one of the two outermost partial regions of the distribution boom, only spray nozzles for producing a droplet spectrum with less drift than in the remaining region (16, 17) of the distribution boom are switched on.
An overhead rigid catenary temperature compensation device, comprising a left slide guide rail and a right slide guide rail, wherein one end of each of the left slide guide rail and the right slide guide rail is adapted to be fixedly connected to an end of each of two busbars; slide ways and slide rails are manufactured throughout on inner side surfaces of the left slide guide rail and the right slide guide rail, and the two slide ways and the two slide rails are arranged to be staggered up and down, the slide way is a circular groove channel, and a wear-resisting, self-lubricating and electric-conductive shaft sleeve is embedded in the slide way; the slide rail is a circular guide shaft, and an outer diameter of the circular guide shaft is adapted to an inner diameter of the shaft sleeve, by inserting the slide rails into the slide ways on the opposite side, the left slide guide rail and the right slide guide rail are connected together to be relatively slidable freely; contact line latch grooves are manufactured throughout at lower ends of outer side surfaces of the left slide guide rail and the right slide guide rail, and the contact line latch grooves correspond to contact line latch grooves at lower ends of the busbars that are coupled to the contact line latch grooves; conducting rods are installed by conducting supports and parallel conducting pedestals on top surfaces of both of the left slide guide rail and the right slide guide rail, one end of the conducting rod is fixed on the conducting support, the other end of the conducting rod is fixed on the slide guide rail on the same side as the conducting support where the one end of the conducting rod is fixed by the parallel conducting pedestal, and middle sections of the conducting rods pass through the parallel conducting pedestals on the opposite side and are allowed to be slidably installed in the parallel conducting pedestals and to be relatively slidable freely along with the two slide guide rails, one end of the parallel conducting pedestals is fixed on a top surface of the slide guide rail, and the other end is positioned on a top surface of the slide guide rail on the opposite side.
A method of tiling primitives in a tile based graphics processing system in which a rendering space is divided into a plurality of tiles, the plurality of tiles being grouped into a plurality of tile groups each comprising at least two tiles, the method comprising, for a tile group of the plurality of tile groups: determining, for each tile of the tile group, which primitives of each of a plurality of primitive blocks intersect that tile, each primitive block comprising at least one primitive; storing in memory a variable length control data block for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group; and storing in memory a control stream, the control stream comprising a fixed sized primitive block entry for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group, each primitive block entry comprising (i) a data pointer identifying a location in memory of the control data block for the corresponding primitive block, and (ii) valid tile information identifying which tiles of the tile group are valid for the corresponding primitive block, a tile being a valid tile for a primitive block if at least one primitive in the primitive block intersects that tile. determining, for each tile of the tile group, which primitives of each of a plurality of primitive blocks intersect that tile, each primitive block comprising at least one primitive; storing in memory a variable length control data block for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group; and storing in memory a control stream, the control stream comprising a fixed sized primitive block entry for each primitive block that comprises at least one primitive that intersects at least one tile of the tile group, each primitive block entry comprising (i) a data pointer identifying a location in memory of the control data block for the corresponding primitive block, and (ii) valid tile information identifying which tiles of the tile group are valid for the corresponding primitive block, a tile being a valid tile for a primitive block if at least one primitive in the primitive block intersects that tile.
A conjugate of a protein or a peptide with a polyethylene glycol derivative having bound thereto a compound containing a catechol of the following formula 1, wherein the protein or the peptide is mono-PEGylated at the N-terminal amine group with the catechol of the polyethylene glycol derivative:
A random access apparatus, wherein in a scenario of an ultra-large coverage cell, the apparatus comprises: a receiving unit, configured to receive a random access, RA, preamble sent by user equipment, UE; wherein the ultra-large coverage cell is a cell with a coverage distance greater than 107 Km; the apparatus further comprises: a processing unit, configured to set a timing advance T A and an R-bit identifier that are of the ultra-large coverage cell after the receiving unit receives the RA preamble, wherein the R-bit identifier is used to indicate a time granularity of the timing advance T A; and a sending unit, configured to send a RA response message to the UE, wherein the RA response message comprises the timing advance T A and the R-bit identifier that are set by the processing unit; characterised in that the processing unit is specifically configured to set the R-bit identifier to 1 in the random access response message, indicating that the time granularity of the timing advance T A is greater than 16 T S. a receiving unit, configured to receive a random access, RA, preamble sent by user equipment, UE; wherein the ultra-large coverage cell is a cell with a coverage distance greater than 107 Km; the apparatus further comprises: a processing unit, configured to set a timing advance T A and an R-bit identifier that are of the ultra-large coverage cell after the receiving unit receives the RA preamble, wherein the R-bit identifier is used to indicate a time granularity of the timing advance T A; and a sending unit, configured to send a RA response message to the UE, wherein the RA response message comprises the timing advance T A and the R-bit identifier that are set by the processing unit; a processing unit, configured to set a timing advance T A and an R-bit identifier that are of the ultra-large coverage cell after the receiving unit receives the RA preamble, wherein the R-bit identifier is used to indicate a time granularity of the timing advance T A; and a sending unit, configured to send a RA response message to the UE, wherein the RA response message comprises the timing advance T A and the R-bit identifier that are set by the processing unit; characterised in that the processing unit is specifically configured to set the R-bit identifier to 1 in the random access response message, indicating that the time granularity of the timing advance T A is greater than 16 T S.
A sweetener formulation, comprising mogroside as a high-intensity sweetener and at least one disintegrant; wherein the proportion by weight of the amount of mogroside to the amount of disintegrant is in the range of 1 to 30.
A method for manufacturing an article in accordance with three-dimensional CAD data of a model of a body by depositing layers of a first metallic powder material, whereby several layers of the first metallic powder are successively deposited one on top of the other, whereby each layer of first metallic powder is heated to a specified temperature by means of a focused laser or electron beam applied to a given area corresponding to a selected cross-sectional area of the model of the article, before depositing the next layer and where the beam is guided over each layer of powder in accordance with the CAD cross-sectional data of the selected cross-sectional area of the model in such a way that each layer of powder is fixed to the layer below, wherein for the application onto the article of at least one layer or portion of a second metallic material, which is different from the material of the first metallic powder, a tape, sheet, foil or three-dimensional pre-form of a second material is applied to the article and is heated by means of a focused laser or electron beam to a specified temperature such that the tape, sheet, foil or pre-form, respectively, are molten by the laser or electron beam, wherein the focused beam is applied to a given area corresponding to a selected cross-sectional area of the model of the article under formation of a new layer or part made of second material integral with the article.
A data processing system comprising a main terminal device having one or more functions, and a sub terminal device connected to the main terminal device and adapted to perform data communications therewith, wherein the main terminal device comprises: a data storing unit that stores various types of data, and enables the sub terminal device to recognize the data storing unit as an external storage device so as to enable the sub terminal device to access the data storing unit; a request storage commanding unit that receives commands from an external source and stores request data and external data in association with the request data in the data storing unit, the request data being generated from the main terminal device for requesting the sub terminal device to generate, from the external data, implementation data required for implementing one or more functions; and a function implementing unit that executes a process to implement a function based on the implementation data when the implementation data is transmitted from the sub terminal device following a command by the request storage commanding unit, and wherein the sub terminal device comprises: a data reading unit that reads the external data and the request data stored in the data storing unit whenever the external data and the request data are stored in the data storing unit; a data generating unit that generates the implementation data from the external data when the request data is stored in the data storing unit; and an implementation data transmitting unit that transmits the implementation data generated by the data generating unit to the main terminal device. a data storing unit that stores various types of data, and enables the sub terminal device to recognize the data storing unit as an external storage device so as to enable the sub terminal device to access the data storing unit; a request storage commanding unit that receives commands from an external source and stores request data and external data in association with the request data in the data storing unit, the request data being generated from the main terminal device for requesting the sub terminal device to generate, from the external data, implementation data required for implementing one or more functions; and a function implementing unit that executes a process to implement a function based on the implementation data when the implementation data is transmitted from the sub terminal device following a command by the request storage commanding unit, and a data reading unit that reads the external data and the request data stored in the data storing unit whenever the external data and the request data are stored in the data storing unit; a data generating unit that generates the implementation data from the external data when the request data is stored in the data storing unit; and an implementation data transmitting unit that transmits the implementation data generated by the data generating unit to the main terminal device.
Airplane stairs with - a pulpit, - a staircase, with - steps leading from a floor level to the pulpit; - a frame which supports the pulpit and - Connecting means between the frame and the pulpit, which keep the pulpit at an adjustable height characterized in, that an adjusting device is provided, by means of which the pulpit as a whole is mounted horizontally displaceably relative to at least part of the frame while the height of the pulpit remains the same, together with the staircase. - a pulpit, - a staircase, with - steps leading from a floor level to the pulpit; - a frame which supports the pulpit and - Connecting means between the frame and the pulpit, which keep the pulpit at an adjustable height