mhurhangee/ep-ind-claims huggingface dataset:
A dynamic memory comprising: a. a first memory bank (1020, B0); b. a second memory bank (1020, B1); c. a request interface receiving a refresh activate command (REFA) specifying a refresh bank address and a data-access activate command specifying a data-access bank address; d. a refresh activate register (REF-ACT) storing the refresh bank address identifying the first memory bank (1020, B0) for a refresh activate command (REFA) and performing a refresh activate operation directed to the first memory bank (1020, B0); and e. a data-access activate register (DA-ACT) storing the data-access bank address identifying the second memory bank (1020, B1) for a data-access activate command and performing a data-access activate operation directed to the second memory bank (1020, B1), wherein the refresh activate register (REF-ACT) and the data-access activate register (DA-ACT) simultaneously perform a refresh activate operation and a data-access activate operation, wherein the first and second memory banks (1020, B0, B1) include respective first and second pluralities of rows, the dynamic memory further comprising a refresh-row address register (REF-ROW) selecting a first of the plurality of rows in the first memory bank (1020, B0) according to the refresh bank address specified by the refresh activate command (REFA). a. a first memory bank (1020, B0); b. a second memory bank (1020, B1); c. a request interface receiving a refresh activate command (REFA) specifying a refresh bank address and a data-access activate command specifying a data-access bank address; d. a refresh activate register (REF-ACT) storing the refresh bank address identifying the first memory bank (1020, B0) for a refresh activate command (REFA) and performing a refresh activate operation directed to the first memory bank (1020, B0); and e. a data-access activate register (DA-ACT) storing the data-access bank address identifying the second memory bank (1020, B1) for a data-access activate command and performing a data-access activate operation directed to the second memory bank (1020, B1), wherein the refresh activate register (REF-ACT) and the data-access activate register (DA-ACT) simultaneously perform a refresh activate operation and a data-access activate operation, wherein the first and second memory banks (1020, B0, B1) include respective first and second pluralities of rows, the dynamic memory further comprising a refresh-row address register (REF-ROW) selecting a first of the plurality of rows in the first memory bank (1020, B0) according to the refresh bank address specified by the refresh activate command (REFA).
An autonomous travel method comprising: causing a work vehicle to perform an autonomous travel following a target route including a turning route (Rb1, Rb2) in a work area; characterized in that the method further comprising: acquiring a distance from a reference point of the turning route (Rb1, Rb2) to an edge of the work area; and setting a vehicle speed of the work vehicle on a first turning route where the distance from the reference point to the edge of the work area is not more than a predetermined distance to a predetermined speed which is slower than a vehicle speed of the work vehicle on a second turning route where the distance from the reference point to the edge of the work area exceeds the predetermined distance. acquiring a distance from a reference point of the turning route (Rb1, Rb2) to an edge of the work area; and setting a vehicle speed of the work vehicle on a first turning route where the distance from the reference point to the edge of the work area is not more than a predetermined distance to a predetermined speed which is slower than a vehicle speed of the work vehicle on a second turning route where the distance from the reference point to the edge of the work area exceeds the predetermined distance.
An assembly set including a drip tray and a fan assembly, wherein the assembly set is configured to be provided in a machine compartment of a refrigerator, wherein the fan assembly includes: a fan configured to generate air flow by rotation thereof; and a frame configured to support the fan; wherein the drip tray includes: a fan assembly mounting space in which at least a portion of the fan assembly is mounted, wherein the drip tray includes an inner wall surrounding the fan assembly mounting space, wherein the drip tray further comprises: an opening laterally and outwardly open to communicate with the fan assembly mounting space; wherein the fan assembly is configured to be at least partially inserted into or withdrawn out of the fan assembly mounting space through the opening, wherein the inner wall is configured to guide an insertion of the frame of the fan assembly laterally into the fan assembly mounting space and to support the fan assembly when the fan assembly is received in the fan assembly mounting space, characterized in that the frame includes at least one cut-out, and wherein the at least one cut-out overlaps a portion of a water storage space of the drip tray and the inner wall when the fan assembly is arranged in the fan assembly mounting space. a fan configured to generate air flow by rotation thereof; and a frame configured to support the fan; an opening laterally and outwardly open to communicate with the fan assembly mounting space; wherein the fan assembly is configured to be at least partially inserted into or withdrawn out of the fan assembly mounting space through the opening, wherein the inner wall is configured to guide an insertion of the frame of the fan assembly laterally into the fan assembly mounting space and to support the fan assembly when the fan assembly is received in the fan assembly mounting space, characterized in that the frame includes at least one cut-out, and wherein the at least one cut-out overlaps a portion of a water storage space of the drip tray and the inner wall when the fan assembly is arranged in the fan assembly mounting space.
A method of constructing a nucleic acid library, comprising following steps of: subjecting a nucleic acid sample to a first PCR amplification using a Degenerate Oligonucleotide Primed primer, to obtain a first PCR amplification product; subjecting the first PCR amplification product to a second PCR amplification using a DOP-Amp primer, to obtain a second PCR amplification product; and subjecting the second PCR amplification product to an adaptor ligation PCR amplification, to obtain a third PCR amplification product, wherein the third PCR amplification product constitutes the nucleic acid library, wherein the DOP primer at least has a non-degenerate oligonucleotide region located at the 5'-end of the DOP primer and a degenerate nucleotide region downstream thereof, wherein the DOP primer has a sequence shown as SEQ ID NO:1, wherein the DOP-Amp primer is the same as the non-degenerate oligonucleotide region located at the 5'-end of the DOP primer, or at least covers 50% of the non-degenerate oligonucleotide region located at the 5'-end of the DOP primer, and wherein in the adaptor PCR amplification primers are used which comprise P5 having the nucleotide sequence shown as SEQ ID NO: 3 and P7 having any one of the nucleotide sequences shown as SEQ ID NO: 4 to 7. subjecting a nucleic acid sample to a first PCR amplification using a Degenerate Oligonucleotide Primed primer, to obtain a first PCR amplification product; subjecting the first PCR amplification product to a second PCR amplification using a DOP-Amp primer, to obtain a second PCR amplification product; and subjecting the second PCR amplification product to an adaptor ligation PCR amplification, to obtain a third PCR amplification product, wherein the third PCR amplification product constitutes the nucleic acid library, wherein the DOP primer at least has a non-degenerate oligonucleotide region located at the 5'-end of the DOP primer and a degenerate nucleotide region downstream thereof, wherein the DOP primer has a sequence shown as SEQ ID NO:1, wherein the DOP-Amp primer is the same as the non-degenerate oligonucleotide region located at the 5'-end of the DOP primer, or at least covers 50% of the non-degenerate oligonucleotide region located at the 5'-end of the DOP primer, and wherein in the adaptor PCR amplification primers are used which comprise P5 having the nucleotide sequence shown as SEQ ID NO: 3 and P7 having any one of the nucleotide sequences shown as SEQ ID NO: 4 to 7.
Method of transporting tiles or similar objects using a device comprising an axle with one or more wheels, the axle carrying a frame with a handle, an abutment plate in front of the one or more wheels for abutment of a first edge of the tile, and a lever with a backside end extending from the backside of the one or more wheels and a front end carrying a thrust plate for engaging a second edge of the tile opposite to the first edge, wherein the lever is pivotable between a holding position, in which position the thrust plate faces the abutment plate, and higher positions creating a larger distance between the thrust plate and the abutment plate, characterized in that in the used device the space confined by the lever, the thrust plate and the abutment plate is higher than at least two of the tiles to be transported and in that after lifting a tile, the tile is piled on a further tile which is subsequently lifted together with the first tile.
A method for monitoring a makeup state of a threaded tubular connection, the threaded connection comprising a male threaded tubular element and a female threaded tubular element, characterized in that during makeup of the male threaded element into the female threaded element, a variation with time of a dimensional characteristic of at least one of the elements (16, 18) is measured in a pre-defined direction and the variation with time of the characteristic is analysed in order to determine a makeup state for the threaded connection.
Improved tube rail cart fit for riding on tubes of a horticultural greenhouse and which is intended for harvesting products such as fruit and vegetables with, wherein the tube rail cart has a loading floor or loading space intended for stacking packagings on, such as boxes, crates or the like, for harvested products while harvesting, wherein the tube rail cart is provided with a work platform (25, 26) on at least one of the front sides (23, 24), more particularly on the front side or the rear side or on both sides (23, 24), which is intended to allow a user or harvester to fill empty packagings (16, 33) standing on the work platform (25, 26) with harvested products, characterised in that the tube rail cart is further provided with an automated handling system for automatically supplying empty packagings (16, 33) and removing full packagings (16, 34) between the loading floor or loading space and a work platform (25, 26), and vice versa, and for efficiently stacking empty packagings (16, 33) and full packagings (16, 34) on the loading floor or in the loading space without any direct intervention of the user or harvester.
Culinary article comprising a cooking surface compatible with induction cooking, a signal processing unit connected to a magnetic field measuring device and to a wireless bidirectional communication module characterised in that the culinary article comprises a battery or batteries to supply power to the signal processing unit and the communication module, and the signal processing unit generates at least one confirmation information of the presence or absence of a magnetic field and the bidirectional communication module transmits at least this information.
A microwave heating construct, comprising: a substantially curved, tubular body having a pair of open ends (148a, 148b) and an interior space for receiving a food item, the body comprising a plurality of foldably joined panel segments extending between and at least partially defining the open ends of the body, wherein the body includes microwave energy interactive material, the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into thermal energy, the curvature of the tubular body being formed by the plurality of foldably joined panel segments and fold lines, the tubular body being continuously curved approximately 360 degrees in order to be placed around the tubular food item, and the microwave interactive material being able to be wrapped around the entire curved surface of the tubular food item and being able to be in contact with the curved surface of the tubular food item around the entire circumference of the tubular food item; and a plurality of support elements extending downwardly from the body, characterised in that each of the plurality of support elements are defined by cuts (112a, 112b) that extend from a first fold line and across at least a second fold line of two adjacent panel segments of the plurality of foldably joined panel segments. a substantially curved, tubular body having a pair of open ends (148a, 148b) and an interior space for receiving a food item, the body comprising a plurality of foldably joined panel segments extending between and at least partially defining the open ends of the body, wherein the body includes microwave energy interactive material, the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into thermal energy, the curvature of the tubular body being formed by the plurality of foldably joined panel segments and fold lines, the tubular body being continuously curved approximately 360 degrees in order to be placed around the tubular food item, and the microwave interactive material being able to be wrapped around the entire curved surface of the tubular food item and being able to be in contact with the curved surface of the tubular food item around the entire circumference of the tubular food item; and a plurality of support elements extending downwardly from the body, characterised in that each of the plurality of support elements are defined by cuts (112a, 112b) that extend from a first fold line and across at least a second fold line of two adjacent panel segments of the plurality of foldably joined panel segments.
A force sensor system for measuring forces that are transferred from foil or sheet metal strips to a measuring roller during rolling in roll stands wherein said force sensor system can be installed into a cylindrical bore of a measuring roller under preload, comprising a first force sensor and a preloading device for generating a preload onto the first force sensor so that the first force sensor can determine a force acting radially onto the measuring roller, characterized in that said force sensor system comprises a second force sensor which can also be subjected to a preload by means of the preloading device wherein said first force sensor has a high sensitivity corresponding to the required measuring sensitivity of the pressing force of the film or sheet-metal strip and said second force sensor is a statically measuring force sensor.
Method for converting a first gas mixture comprising hydrocarbons to a product gas mixture with a lower Wobbe index than the first gas mixture, comprising the steps of (i) providing the first gas mixture, (ii) providing a second gas mixture comprising hydrocarbons, (iii) providing a third gas mixture comprising oxygen, (iv) carrying the second and the third gas mixture into a chemical reactor configured to produce a fourth gas mixture comprising carbon dioxide gas, and (v) carrying the fourth gas mixture into the first gas mixture, thus obtaining the product gas mixture, wherein the chemical reactor comprises a fuel cell. (i) providing the first gas mixture, (ii) providing a second gas mixture comprising hydrocarbons, (iii) providing a third gas mixture comprising oxygen, (iv) carrying the second and the third gas mixture into a chemical reactor configured to produce a fourth gas mixture comprising carbon dioxide gas, and (v) carrying the fourth gas mixture into the first gas mixture, thus obtaining the product gas mixture, wherein the chemical reactor comprises a fuel cell.
A control mechanism for controlling dispensing of fluid from a container, the control mechanism comprising: a motor; a gear arrangement operably connected to the motor; and an actuator operably connected to the gear arrangement and configured to actuate an outlet of the container to dispense fluid therefrom under operation of the motor; characterized in that the gear ratio of the gear arrangement is at least 190:1, and the motor comprises a stall torque of no more than 70gcm. a motor; a gear arrangement operably connected to the motor; and an actuator operably connected to the gear arrangement and configured to actuate an outlet of the container to dispense fluid therefrom under operation of the motor; characterized in that the gear ratio of the gear arrangement is at least 190:1, and the motor comprises a stall torque of no more than 70gcm.
A superconducting wire connector comprising: (a)superconducting wires; and (b)a sintered body containing MgB 2, wherein the superconducting wires are connected by the sintered body, the superconducting wires include a superconducting core having a first outer surface, and the sintered body is in contact with the first outer surface, wherein the superconducting wires further include a metal sheath disposed around the superconducting core and having an opening, characterized in that the opening is positioned at an intermediate portion in a longitudinal direction of the superconducting wires, and the sintered body is in direct contact with the first outer surface through the opening. (a)superconducting wires; and (b)a sintered body containing MgB 2, wherein the superconducting wires are connected by the sintered body, the superconducting wires include a superconducting core having a first outer surface, and the sintered body is in contact with the first outer surface, wherein the superconducting wires further include a metal sheath disposed around the superconducting core and having an opening, characterized in that the opening is positioned at an intermediate portion in a longitudinal direction of the superconducting wires, and the sintered body is in direct contact with the first outer surface through the opening.
A method of controlling a velocity profile for a vehicle comprising: determining a first velocity profile and a second required braking force with a controller based on an identified first target stopping distance from a current location of a vehicle; determining a second velocity profile and a first required braking force with the controller required to substantially stop the vehicle at a second target stopping distance less than the first target stopping distance; applying the first brake force according to the second velocity profile to stop the vehicle at the second target stopping distance; and transitioning to applying the second braking force according to the first velocity profile as the vehicle approaches the second target stopping distance determined to stop the vehicle at the first target stopping distance, wherein the first braking force is greater than the second braking force. determining a first velocity profile and a second required braking force with a controller based on an identified first target stopping distance from a current location of a vehicle; determining a second velocity profile and a first required braking force with the controller required to substantially stop the vehicle at a second target stopping distance less than the first target stopping distance; applying the first brake force according to the second velocity profile to stop the vehicle at the second target stopping distance; and transitioning to applying the second braking force according to the first velocity profile as the vehicle approaches the second target stopping distance determined to stop the vehicle at the first target stopping distance, wherein the first braking force is greater than the second braking force.
A method of conjugating polysialic acid or a modified PSA (mPSA) to an oxidized carbohydrate moiety of a glycoprotein other than a blood coagulation protein comprising a carbohydrate group, comprising contacting the oxidized carbohydrate moiety with the PSA or mPSA under conditions that allow conjugation, wherein said PSA or mPSA contains a hydrazide group and a hydrazone linkage is formed between the oxidized carbohydrate moiety and the hydrazide group on the PSA or mPSA, wherein modified PSA is PSA comprising a moiety derived from a terminal N-acetylneuraminic acid moiety by oxidation or reduction.
An electrically operated coffee machine with a housing and one or more storage chamber(s) (3a, 3b) integrated at least in portions in the interior of the housing, wherein the coffee machine has one or more built-in grinder(s), and that the upper side of the housing is designed as a cup rest which is displaceable and/or pivotable relative to the storage chamber(s) (3a, 3b) designed for receiving non-ground coffee beans or ground coffee grounds, or has such a cup rest, characterised in that the storage chamber(s) can be filled by a user from the upper side of the housing, in that the cup rest can be displaced and/or can be pivoted from a first position, in which it closes the storage chamber(s), into a second position, in which the storage chamber(s) is/are accessible for filling purposes, and back again.
A shock absorbing member for an injection device, the shock absorbing member comprising: a sleeve configured to receive a medicament chamber, the sleeve having a proximal end and a distal end connected by a middle portion; wherein the sleeve includes a compressible element between the proximal end and the distal end that is deformable, characterised in that the compressible element comprises a plurality of compressible posts spaced about an axis of the sleeve. a sleeve configured to receive a medicament chamber, the sleeve having a proximal end and a distal end connected by a middle portion; wherein the sleeve includes a compressible element between the proximal end and the distal end that is deformable, characterised in that the compressible element comprises a plurality of compressible posts spaced about an axis of the sleeve.
Heating module of a heating channel of a moulding machine for the production of containers made from preforms, in which thermoplastic preforms are heated, with two opposite side walls, preferably, also with a bottom side and a top cover, wherein a main reflector is provided between the side wall and tubular heating devices emitting infrared radiation parallel and arranged on top of one another on a side wall of the heating module, as well as, optionally, a floor reflector in the floor area and a counter-reflector on the opposite side wall are provided, wherein at least the main reflector is made of ceramic material, characterized in that the main reflector is connected to the side wall via a dovetail connection, wherein, on each reflector (51, 51'), a connecting area (52, 52') is formed in the form of a dovetail, each of which can be fixed using a clasp made of metal, particularly spring steel, attached to the side wall with dimensions adapted to the dovetail.