mhurhangee/ep-ind-claims huggingface dataset:
An outfeed device for a packaging assembly configured to form and seal a plurality of packages containing a pourable product; said outfeed device comprising an input station, at which said outfeed device receives, in use, said packages, and an output station, at which said packages exit, in use, from said outfeed device; characterized by comprising at least one selectively operable cart element cyclically movable along an endless path, comprising a receiving portion defining a receiving seat for picking one single package at a time at said input station, housing at least part of said package, and being configured to bring said package from said input station to said output station; and by further comprising an endless track defining said path; said cart element comprising a main portion, operatively coupled with said track so as to be cyclically movable along said path, and a holding portion, carried by said main portion and carrying, in turn, said receiving portion, wherein said holding portion is movable with respect to said main portion along a relative axis transversal to said path between: - an operative position, in which said holding portion is extracted from said main portion and is moved away from said path for picking or releasing, in use, said package; and - an idle position, in which said holding portion is retracted towards said main portion. - an operative position, in which said holding portion is extracted from said main portion and is moved away from said path for picking or releasing, in use, said package; and - an idle position, in which said holding portion is retracted towards said main portion.
One or more computer-readable media comprising computer-executable instructions for generating an erasure code, the computer-executable instructions directed to steps comprising: selecting locally stored instances of two or more extents (211, 212, 213, 214) such that at least one other instance of each of the selected extents (311, 312, 313, 314) is stored in an unencoded form on a distinct failure domain(150, 160, 170, 320, 330, 340), wherein each distinct failure domain is a set of components whose failure is at least partly independent of other sets of components in other failure domains, each extent being a set of data comprising one of a single piece of data, a portion of a larger piece of data, and multiple smaller pieces of data; generating the erasure code from the selected locally stored instances of the two or more extents; deleting the selected locally stored instances of the two or more extents after the erasure code is generated; and retaining the erasure code in place of the deleted locally stored instances of the selected two or more extents, wherein any one of the selected two or more extents can be locally regenerated from the generated erasure code and the others of the selected two or more extents as obtained from distinct failure domains. selecting locally stored instances of two or more extents (211, 212, 213, 214) such that at least one other instance of each of the selected extents (311, 312, 313, 314) is stored in an unencoded form on a distinct failure domain(150, 160, 170, 320, 330, 340), wherein each distinct failure domain is a set of components whose failure is at least partly independent of other sets of components in other failure domains, each extent being a set of data comprising one of a single piece of data, a portion of a larger piece of data, and multiple smaller pieces of data; generating the erasure code from the selected locally stored instances of the two or more extents; deleting the selected locally stored instances of the two or more extents after the erasure code is generated; and retaining the erasure code in place of the deleted locally stored instances of the selected two or more extents, wherein any one of the selected two or more extents can be locally regenerated from the generated erasure code and the others of the selected two or more extents as obtained from distinct failure domains.
A method for assembling and disassembling a pallet formed of two plastic material half pallet members (2, 3), said half pallet members comprising a rigid rectangular main panel having a first lateral side and a second lateral side opposite to said first lateral side around a central axis of the pallet, said half pallet members (2, 3) having identical sets of interlocking snap-fit latches between each other, each of said half pallet members comprising a plurality of support legs (9, 10) having distal ends and external panels and a plurality of corresponding hollow posts (11, 12) presenting corresponding openings having internal panels, said support legs and hollow posts having said snap-fit latches on their respectively external and internal panels, said snap-fit latches comprising protruding parts and corresponding holes disposed on each of said support legs (9,10) and hollow posts (11,12), respectively, wherein the two half pallet members are assembled together by snap-fitting of said support legs of one half pallet member with the hollow posts of the other half pallet member, said support legs and said hollow posts being integral with and projecting from the inner side of said main panel, wherein for assembling said half pallet members (2, 3), the distal ends of the support legs (9, 10) of one half pallet are engaged with the corresponding hollow posts (11, 12) of the other half pallet by said snap-fit latches, wherein for disassembling said half pallet members, a tool is used for pressing the protruding parts out of the corresponding holes, in order to disconnect from the corresponding hollow posts said support legs, wherein for this purpose said snap-fit latches include guiding trenches, arranged to guide said tool on and along said trench for pressing the protruding parts out of the corresponding holes, said tool being introduced along said respective external and internal panels between said support legs (9, 10) and corresponding hollow posts (11, 12) for disconnection, wherein all the holes or protruding parts of a same hollow post are disconnected from the corresponding protruding parts or holes of the corresponding support leg simultaneously using said tool at least partially in a form of a knife blade, and wherein said disconnection is repeated at each support leg and corresponding hollow post in order to disconnect entirely the two half pallet members from each other.
A method of forming a III nitride semiconductor substrate for Epitaxial Lateral Overgrowth with a III nitride film constituting a semiconductor element, wherein the substrate comprises: a base, and a III nitride underlayer including at least Al element formed directly on said base, the Al content of said III nitride underlayer is reduced continuously from said base to the opposition side of said base in a direction of thickness, and the part of said III nitride underlayer neighboring said base comprises AlN, and the method is characterized by forming a surface of the said III nitride underlayer as concave-convex by using a predetermined mask pattern. a base, and a III nitride underlayer including at least Al element formed directly on said base, the Al content of said III nitride underlayer is reduced continuously from said base to the opposition side of said base in a direction of thickness, and the part of said III nitride underlayer neighboring said base comprises AlN, and the method is characterized by forming a surface of the said III nitride underlayer as concave-convex by using a predetermined mask pattern.
A process for producing a microcapsule formulation, comprising the steps of maintaining a mixture of the following constitutive components (a), (b) and (c) at a temperature of from 20 to 80°C for 3 hours or longer; adding the resulting mixture to an aqueous solution which contains a polyol or a polyamine, to form liquid droplets of the mixture in the aqueous solution; forming coatings of a polyurethane or a polyurea around the liquid droplets: the constitutive component (a): an agricultural chemical compound; the constitutive component (b): at least one kind selected from the group consisting of ester compounds and aromatic hydrocarbon compounds, except for the compounds of the formula: wherein X represents -CH 2 -CH 2 - or -CH=CH-; R 1 represents a C 1 -C 4 alkyl group; and R 2 represents a C 1 -C 4 alkyl group; and the constitutive component (c): a polyisocyanate. maintaining a mixture of the following constitutive components (a), (b) and (c) at a temperature of from 20 to 80°C for 3 hours or longer; adding the resulting mixture to an aqueous solution which contains a polyol or a polyamine, to form liquid droplets of the mixture in the aqueous solution; forming coatings of a polyurethane or a polyurea around the liquid droplets: the constitutive component (a): an agricultural chemical compound; the constitutive component (b): at least one kind selected from the group consisting of ester compounds and aromatic hydrocarbon compounds, except for the compounds of the formula: wherein X represents -CH 2 -CH 2 - or -CH=CH-; R 1 represents a C 1 -C 4 alkyl group; and R 2 represents a C 1 -C 4 alkyl group; and the constitutive component (c): a polyisocyanate. the constitutive component (a): an agricultural chemical compound; an agricultural chemical compound; the constitutive component (b): at least one kind selected from the group consisting of ester compounds and aromatic hydrocarbon compounds, except for the compounds of the formula: wherein X represents -CH 2 -CH 2 - or -CH=CH-; R 1 represents a C 1 -C 4 alkyl group; and R 2 represents a C 1 -C 4 alkyl group; and at least one kind selected from the group consisting of ester compounds and aromatic hydrocarbon compounds, except for the compounds of the formula: wherein X represents -CH 2 -CH 2 - or -CH=CH-; R 1 represents a C 1 -C 4 alkyl group; and R 2 represents a C 1 -C 4 alkyl group; and the constitutive component (c): a polyisocyanate. a polyisocyanate.
A method operative in an overlay network comprising a sending peer and a receiving peer, wherein the sending peer and receiving peer provide stream-based data deduplication by examining data that flow through the sending peer and receiving peer and replacing blocks of the data with references that point into data dictionaries associated with each of the peers, the method comprising: maintaining a first directed cyclic graph, DCG, in association with the sending peer; maintaining a second directed cyclic graph, DCG, in association with the receiving peer; wherein each directed cyclic graph represents temporal and ordered relationships among the blocks of data in the data stream by the respective peer, at least one or each directed cyclic graph being annotated with information from which the respective peer generates a prediction about the blocks of data that are subject to the stream-based data deduplication; in response to reception at the receiving peer of a first request for a page, the receiving peer generates a second request that predicts which blocks of data the sending peer is expected to utilize during the stream-based data deduplication of the page; upon receipt of the second request at the sending peer, the sending peer generates a response that predicts which blocks of data are expected to compose the page; and while sending a third request to an origin to fetch the page, the sending peer returning the second response to the receiving peer to provide a pre-warming operation at the receiving peer during the stream-based data deduplication of the page; wherein the sending peer ceases sending information associated with one or more second responses when the data from the origin begins to arrive at the sending peer. maintaining a first directed cyclic graph, DCG, in association with the sending peer; maintaining a second directed cyclic graph, DCG, in association with the receiving peer; wherein each directed cyclic graph represents temporal and ordered relationships among the blocks of data in the data stream by the respective peer, at least one or each directed cyclic graph being annotated with information from which the respective peer generates a prediction about the blocks of data that are subject to the stream-based data deduplication; in response to reception at the receiving peer of a first request for a page, the receiving peer generates a second request that predicts which blocks of data the sending peer is expected to utilize during the stream-based data deduplication of the page; upon receipt of the second request at the sending peer, the sending peer generates a response that predicts which blocks of data are expected to compose the page; and while sending a third request to an origin to fetch the page, the sending peer returning the second response to the receiving peer to provide a pre-warming operation at the receiving peer during the stream-based data deduplication of the page; wherein the sending peer ceases sending information associated with one or more second responses when the data from the origin begins to arrive at the sending peer.
A method for detecting biliary tract cancer by the amounts of APOA2 protein variants in a blood sample from a test subject, the method comprising: a first step of measuring the amount of the APOA2-ATQ protein in the sample by using an anti-APOA2-ATQ terminus antibody which specifically binds to the C-terminal region of the APOA2-ATQ protein consisting of the amino acid sequence represented by SEQ ID NO: 1, and an anti-APOA2-ATQ non-terminus antibody which binds to the amino acid sequence excluding said C-terminal region; a second step of measuring the amount of the APOA2-AT protein in the sample by using an anti-APOA2-AT terminus antibody which specifically binds to the C-terminal region of the APOA2-AT protein consisting of the amino acid sequence represented by SEQ ID NO: 2, and an anti-APOA2-AT non-terminus antibody which binds to the amino acid sequence excluding said C-terminal region; and a third step of determining that the test subject is affected with biliary tract cancer when the discriminant value is statistically significantly different compared to the discriminant value of a normal subject, wherein a discriminant value is obtained by inputting the amount of the APOA2-ATQ protein obtained in the first step and the amount of the APOA2-AT protein obtained in the second step into a prescribed discriminant function. a first step of measuring the amount of the APOA2-ATQ protein in the sample by using an anti-APOA2-ATQ terminus antibody which specifically binds to the C-terminal region of the APOA2-ATQ protein consisting of the amino acid sequence represented by SEQ ID NO: 1, and an anti-APOA2-ATQ non-terminus antibody which binds to the amino acid sequence excluding said C-terminal region; an anti-APOA2-ATQ terminus antibody which specifically binds to the C-terminal region of the APOA2-ATQ protein consisting of the amino acid sequence represented by SEQ ID NO: 1, and an anti-APOA2-ATQ non-terminus antibody which binds to the amino acid sequence excluding said C-terminal region; a second step of measuring the amount of the APOA2-AT protein in the sample by using an anti-APOA2-AT terminus antibody which specifically binds to the C-terminal region of the APOA2-AT protein consisting of the amino acid sequence represented by SEQ ID NO: 2, and an anti-APOA2-AT non-terminus antibody which binds to the amino acid sequence excluding said C-terminal region; and an anti-APOA2-AT terminus antibody which specifically binds to the C-terminal region of the APOA2-AT protein consisting of the amino acid sequence represented by SEQ ID NO: 2, and an anti-APOA2-AT non-terminus antibody which binds to the amino acid sequence excluding said C-terminal region; and a third step of determining that the test subject is affected with biliary tract cancer when the discriminant value is statistically significantly different compared to the discriminant value of a normal subject, wherein a discriminant value is obtained by inputting the amount of the APOA2-ATQ protein obtained in the first step and the amount of the APOA2-AT protein obtained in the second step into a prescribed discriminant function.
Interface plate of a bumper reinforcement (1; 1') for motor vehicles intended to allow the fixing of such bumper reinforcement (1; 1') on the body structure of the vehicle, said interface plate containing: - a rectangular plate having a plurality of holes capable of fastening to a corresponding interface element of the vehicle body structure by bolting, and - a pre-maintenance device which is attached to the said plate and which is intended to be inserted into a corresponding reception window in the said interface element so as to ensure a pre-maintenance of the said bumper reinforcement; 1') before it is fastened by bolting on the said body structure; those fixing holes being arranged symmetrically between two and two opposite the center vertical axis (A M) of the said plate, and the said pre-maintenance device being capable of lifting one face or/and the other of the said plate on a transverse longitudinal axis separated from a predefined offset (d) in relation to the said median vertical axis (A M), characterized by the said pre-maintenance organ being a pawn crossing the said plate following a longitudinal axis offset horizontally in accordance with the said predefined offset in relation to the said median vertical axis, so as to protrude on both sides of that plate. said interface plate containing: - a rectangular plate having a plurality of holes capable of fastening to a corresponding interface element of the vehicle body structure by bolting, and - a pre-maintenance device which is attached to the said plate and which is intended to be inserted into a corresponding reception window in the said interface element so as to ensure a pre-maintenance of the said bumper reinforcement; 1') before it is fastened by bolting on the said body structure; - a rectangular plate having a plurality of holes capable of fastening to a corresponding interface element of the vehicle body structure by bolting, and - a pre-maintenance device which is attached to the said plate and which is intended to be inserted into a corresponding reception window in the said interface element so as to ensure a pre-maintenance of the said bumper reinforcement; 1') before it is fastened by bolting on the said body structure; those fixing holes being arranged symmetrically between two and two opposite the center vertical axis (A M) of the said plate, and the said pre-maintenance device being capable of lifting one face or/and the other of the said plate on a transverse longitudinal axis separated from a predefined offset (d) in relation to the said median vertical axis (A M), characterized by the said pre-maintenance organ being a pawn crossing the said plate following a longitudinal axis offset horizontally in accordance with the said predefined offset in relation to the said median vertical axis, so as to protrude on both sides of that plate.
A motion control configuration program stored in a non-transitory computer-readable storage medium and executable on an electronic computer comprising: a first data element storing an electronic motion profile characterizing a physical motion for a load over a period of time; a second data element storing a performance parameter characterizing an acceptable level of error with respect to the electronic motion profile; and an evaluation engine determining a motion control configuration comprising a drive adapted to power a motor carrying out the physical motion of the load and a plurality of tuning parameters for the drive; wherein the motion control configuration is determined based on implementing the electronic motion profile stored in the first data element while substantially meeting the performance parameter stored in the second data element with a minimum amount of power consumed, wherein determining the motion control configuration comprises simulating a trajectory of the electronic motion profile using a model stored in database and accumulating power consumption along the trajectory. a first data element storing an electronic motion profile characterizing a physical motion for a load over a period of time; a second data element storing a performance parameter characterizing an acceptable level of error with respect to the electronic motion profile; and an evaluation engine determining a motion control configuration comprising a drive adapted to power a motor carrying out the physical motion of the load and a plurality of tuning parameters for the drive; wherein the motion control configuration is determined based on implementing the electronic motion profile stored in the first data element while substantially meeting the performance parameter stored in the second data element with a minimum amount of power consumed, wherein determining the motion control configuration comprises simulating a trajectory of the electronic motion profile using a model stored in database and accumulating power consumption along the trajectory.
Passenger flow management system for managing elevator passenger flow such that elevator waiting times can be optimized, wherein the management system comprises an elevator central controller and detecting means configured to detect elevator passengers registered with an elevator and given a smart card or a device which contains their data and destination floor within a detection area located at least outside the building and wherein, when a registered elevator passenger carrying the smart card or the device enters the detecting area, the detecting means is configured to read the information of the smart card or the device and the passenger flow management system is configured to make the elevator go to the ground floor and wait for the registered elevator passengers and to register a destination floor from the smart card or the device, characterized in that the detection area is located around an elevator inside the building.
Device for filling a container with solid particles, the device comprising: - annular ducts (20, 20', 20") for passing particles in order to dispense particles uniformly in the container, the ducts being defined by a plurality of vertical nozzles arranged coaxially relative to one another; and - a diaphragm arranged upstream from the annular ducts (20, 20', 20") in order to regulate the flow of particles in the annular ducts (20, 20', 20"); the device being characterized in that the diaphragm has a plurality of shutter flaps for shutting off the annular ducts (20, 20', 20"), each shutting of an angular sector of a single annular duct (20, 20', 20"), and in that the diaphragm has control means (44, 44', 44") for controlling the movement of the shutter flaps, and configured to enable any one duct to be shut off partially independently of the other ducts. - annular ducts (20, 20', 20") for passing particles in order to dispense particles uniformly in the container, the ducts being defined by a plurality of vertical nozzles arranged coaxially relative to one another; and - a diaphragm arranged upstream from the annular ducts (20, 20', 20") in order to regulate the flow of particles in the annular ducts (20, 20', 20");
A patch panel on which a plurality of mounting frames (1A, 1B), to which various kinds of adapters including a SC adapter and a LC adapter for electrical or optical communication, and a modular adapter for telephone are attached by combining the adapters (1A, 1B), are mounted in an insertable manner through a window opening from the front side of the patch panel, where the patch panel is provided with the window opening set to a predetermined length dimension which allows the mounting frames (1A, 1B) having a port specification different from one another to be mounted by combining the mounting frames (1A, 1B) in array.