44 results about "Bundle method" patented technology

Methods and systems for dynamically bundling portions into secured destination files are provided. Example embodiments provide a Dynamic Digital Rights Bundling System (“DDRBS”), which dynamically bundles a set of portions each variously containing digital rights management components, user interface controls, and content, into a secured destination file in response to a designated content request. In one embodiment, the DDRBS comprises a bundling engine, a translation engine, a merging engine, and an assortment of data repositories. These components cooperate to dynamically assemble and provide customized secured destination files comprising the requested content together with specialized user interface and digital rights management controls. This abstract is provided to comply with rules requiring an abstract, and it is submitted with the intention that it will not be used to interpret or limit the scope or meaning of the claims.

Systems and methods are provided for enabling different “bundling” methods for downlink transmissions and provide different interpretations of the acknowledgement / negative-acknowledgement bit. A user equipment is configured so that it commonly acknowledges all downlink transmission time intervals within a bundle so that if one packet is determined to be erroneous, all packets in that bundle will be retransmitted. Additionally, the systems and methods are implemented by allowing an interpretation to be applied to the uplink acknowledgement / negative-acknowledgement field such that the user equipment is able to divide bundled downlink packets into smaller windows in Long Term Evolution (LTE) Release 8 time division duplex (TDD) mode. In LTE Advanced (LTE-A) TDD mode, various embodiments provide bundling within the time domain, within the frequency domain, and within a hybrid time-frequency domain. Furthermore, enhanced channel selection methods are also provided in support of the above-mentioned bundling methods in accordance with various embodiments.

Some embodiments of the invention provide a method of automatically bundling environmental conservation items with computed environmental conservation values into “credit blocks” so that the aggregate sum of the environmental conservation values of the items in a particular block is sufficient to issue a tradable environmental commodity, also referred to as a credit. In some such embodiments the various different items represent items with different forms of environmental conservation such as emissions reductions, energy savings, hazardous waste reductions, or generated renewable energy.In some embodiments, credits with at least one expired item are unbundled and the at least one expired item is removed from the credit block. Some embodiments replace the at least one expired item with at least one valid item having the same or a similar environmental conservation value.

The invention discloses a GPS / INS data direct orientation precision evaluation method, which takes photogrammetric emphasis equation collinearity equation as base and a multi-piece forward intersection of a bundle method as theory basis; the evaluation method is combined with the least square principle for obtaning the coordinate of a ground control point object by compensating calculation; and then a comparison with the actually measured coordinate of the ground control point is carried out for obtaining the error value of the coordinate by the statistics so as to evaluate the direct orientation precision of the outer orientation elements obtained by the GPS / INS system. The method has high evaluation precision and small measurement error, and the evaluation result can be used for manufacture practice directly, thus being capable of effectively avoiding the measurement error of the picpointed coordinate added in manual stereomeasurement; and the algorithm is not limited by image number.

Systems and methods are provided for enabling different ''bundling'' methods for downlink transmissions and provide different interpretations of the acknowledgement / negative- acknowledgement bit. A user equipment is configured so that it commonly acknowledges all downlink transmission time intervals within a bundle so that if one packet is determined to be erroneous, all packets in that bundle will be retransmitted. Additionally, the systems and methods are implemented by allowing an interpretation to be applied to the uplink acknowledgement / negative-acknowledgement field such that the user equipment is able to divide bundled downlink packets into smaller windows in Long Term Evolution (LTE) Release 8 time division duplex (TDD) mode. In LTE Advanced (LTE-A) TDD mode, various embodiments provide bundling within the time domain, within the frequency domain, and within a hybrid time- frequency domain. Furthermore, enhanced channel selection methods are also provided in support of the above-mentioned bundling methods in accordance with various embodiments.

The invention relates to a strip steel coil automatic bundling machine, which mainly comprises rails, a big bodywork, a small bodywork, a bundle wire kinking mechanism, a wire delivering mechanism, a shearing mechanism, an oil cylinder, and a bundle wire tightening mechanism, wherein a bundle wire length check-control and straightening mechanism is arranged on the upper part of the small bodywork; a bundle wire limiting mechanism is arranged on the upper part of the big bodywork; the small bodywork is arranged on the big bodywork; the bundle wire kinking mechanism is arranged on the middle lower part of the small bodywork; the wire delivering mechanism is arranged on the right upper part of the small bodywork; and the shearing mechanism is arranged on the right lower part of the wire delivering mechanism. A method for bundling method for the strip steel coil automatic bundling machine comprises the following steps: driving the oil cylinder first to send wire delivering rods into inner holes of an upper kinking arm, a lower kinking arm and a strip steel coil; compacting a bundle wire head through a compacting mechanism in the lower kinking arm; tightening the bundle wire; shearing the bundle wire; kinking the bundle wire after the intersection of the two ends; loosening the bundle wire by the compacting mechanism after finishing the kinking; and opening the upper kinking arm and the lower kinking arm to move back to the original positions. The strip steel coil automatic bundling machine has the advantages of stable performance, long service life, and adaptation to work in a high-temperature environment.

The invention relates to a high-density and non-stop bundling method for round bale bundles and a bundling machine used for pasture and crop straws. The method comprises the following steps: firstly forming grass cores in the bundling machine such that grass core and the rest of roll bales are the same in density; then, continuously winding outer layers of grass cores with forage and finally forming final round bale bundles; bundling the round bale bundles and unloading the round bale bundles from the bundling machine; and making next grass cores by the bundling machine in sync during the process such that the bundling machine can continuously bundle round bale bundles in a non-stop manner. The bundling machine most comprises a spring-tooth picker, a steel-roll bundling device, a net-winding mechanism, a hydraulic bale unbundling mechanism, a bale unloading mechanism, a front bin, a back bin door, a hanging mechanism, a driving mechanism, ground wheels and a pre-compressing device. The high-density and non-stop bundling machine for round bale bundles and the bundling machine used for pasture and crop straws have the following beneficial effects: the bundling machine is capable of bundling high-density round bale bundles with uniform density, which is conducive to silage operation and reduction in transport cost in the later period of round bale bundles; and the bundling machine is high in production efficiency, low in production cost and good in bale quality.

The invention discloses a novel multi-image plumb line track matching method capable of returning multiple elevation values. The method comprises the following steps of: confirming m to-be-matched points of a ground space element (X0, Y0) on a benchmark image by using an image imaging model; matching multiple images restrained by space information to m to-be-matched points; calculating space three-dimensional coordinates (Xi, Yi, Zi) corresponding to the to-be-matched points and an absolute difference (deltaXi and deltaYi) between each coordinate (Xi, Yi) and the space element (X0, Y0) by adopting a multi-image adjustment bundle method, and deciding the returned elevation values according to whether the absolute difference is less than a set threshold. In the multi-image plumb line track matching method, multi-image matching and accuracy test of matching result are together fused to effectively eliminate wrong matching, so that the method can solve the disadvantage that only one elevation value can be returned by the traditional ground image matching method.

The invention relates to the fields of aerial photogrammetry and particularly relates to an island-air triangular measuring method based on a GPS / IMU (Global Position System / Inertial Measurement Unit) positioning and orientating technology. The technical scheme adopted by the invention is that an aerial photography system with high-precision GPS / IMU positioning and orientating equipment is used for carrying out three-dimensional aerial mapping for a target island and sea and a land and shore measuring region with a land control network, extracting joint points of images on the island and the land and shore and directly carrying out virtual joint point generation on fall-water images according to exterior orientation elements solved based on GPS / IMU data, thus realizing the air triangular measurement and calculation by adopting a bundle method and further solving exterior orientation elements of the island, the land and the shore and corresponding object point land coordinates. According to the island-air triangular measuring method disclosed by the invention, the difficult problem that the island measurement cannot be controlled is effectively solved, the foundation for large-medium proportional scale mapping of the island is laid; and meanwhile, the problem of aerial photogrammetry of other measuring regions with poor and single textures (such as deserts, grasslands and snow fields) can be effectively solved.

The invention provides an aerial triangulation free net building method based on a minimum spanning tree for special unmanned aerial vehicle images. For such special unmanned aerial vehicle images aswater falling, cloud shielding and overlapping holes, the problems of relative orientation, model connection failures and the like during conventional automatic aerial triangulation are solved; an aerial triangulation free net of the whole area is automatically built under the condition of not providing POS auxiliary data; exterior orientation elements of all images in a detected area and the initial values of object point coordinates are acquired; bundle-method block adjustment is performed; the exterior orientation elements of each image in the whole area and space coordinates of all objectpoints are wholly resolved. If a few of known control point coordinates are provided, the whole area can be incorporated into a control point ground coordinate system to realize absolute orientation.The processing level and the processing capability of the special unmanned aerial vehicle images are greatly improved.

The invention provides a cable erection assisting device, cable erection device and cable erecting and bundling method. In a cable erection device, the cable erection assisting device can be mounted between any two cross supports of a cable tray in a dismountable manner and includes a support and a plurality of rollers. The support includes a pair of support pieces arranged in parallel. Two ends of each support piece are provided with mounting parts used for detachable connection with the cross supports. The interval between the two support pieces is smaller than the width of the cable tray. The rollers are arranged at intervals along the length direction of the support pieces. The two ends of each roller are connected to the two support pieces respectively. The rollers can rotate around their rotary axes which are perpendicular to the length direction of the support pieces. By adopting the devices and the method provided by the invention, simple and convenient operation is achieved, abrasion of cables is reduced and labor strength is reduced greatly, labor power is saved and working efficiency is improved.

The invention discloses a bundle method and a device for a file to a host file. The host file comprises a plurality of bytes which are arrayed in a certain order and used for storing data. The device comprises a converting unit, a bundle unit and a modifying unit. According to the bundle method and the corresponding device for the file to the host file, a last byte of the host file is bundled with a file with an arbitrary length, so that the problems in the prior art that only small files can be bundled, and errors happen caused by the information on the head portion of the host file is too concentrated, large files which can be bundled with arbitrary lengths can be obtained, and the errors can not occur easily.

The invention discloses an aerial image parallel aerial-triangulation and recursion fusion method. The method comprises the following steps: dividing a large-scale testing zone into a plurality of testing sub-zones according to a GPS plane coordinate by utilizing a KD tree algorithm, controlling the number of images of each testing sub-zone, respectively establishing a free network by adopting theexisting SFM algorithm by virtue of a multi-machine parallel way, adjusting by using a GPS-supported light bundle method, finally gradually fusing the aerial-triangulation results of the testing sub-zones by adopting a recursion-type algorithm, and obtaining an aerial-triangulation result of the entire testing zone. The method has the advantages that the segmented SFM way is performed for the large-area testing zone, so that the problems that the massive data SFM is large in error, the speed is low and the success cannot be achieved can be solved; and by adopting the recursion fusion method,each image in the obtained aerial-triangulation result only has one exclusive group of calculation results, and the splicing staggering problem of the testing zone is solved.

The invention discloses a bundle method block iteration self-checking adjustment method. The adjustment method comprises the following steps: acquiring initial image point coordinates of feature homonymy points on an image through an image matching technology; obtaining an initial exterior orientation element value of the image and constructing a regional network by using the initial exterior orientation element value, constructing a plurality of additional parameter model combinations for iteration and outputting an adjustment result; and judging the adjustment result; if requirements are met, outputting the additional parameter values, or else, performing loop iteration until the requirement is met. The problems are solved that the model of the traditional self-checking method is singleand the suitable cameras are limited, the bundle method block iteration self-checking adjustment method can prevent the problem of excessive parameterization in the self-calibration process, can fit system errors to the maximum extent in the adjustment process, and can be used for correcting and compensating errors introduced by other systems in the adjustment process as well as system errors of the cameras.

Some embodiments perform buyer bundling to permit a buyer the ability to purchase only a portion or percentage of a credit by bundling several buyers into “buyer blocks”. Each buyer within a buyer block desires to offset its polluting activities, where the polluting activities of each buyer equates to only a fraction of the total pollution offsetting afforded by a single credit. In some such embodiments, the aggregate of all buyers in the buyer block exhausts the full pollution offsetting potential of the credit. Moreover, the cost for purchasing the credit is distributed amongst the buyers of the buyer block in proportion to their desired participation in the purchase of the credit.

The invention belongs to the technical field of machines, and relates to a bundling method and an auxiliary bundling device for disc-shaped workpiece heat treatment. The bundling method and the auxiliary bundling device solve the problems that existing disc-shaped workpieces are not convenient to bundle, and heat treatment is difficult. The bundling method comprises the following steps that firstly, two iron wires the same in length are taken and well twisted to be placed at the bottom of a disc-shaped workpiece to form an iron wire set; secondly, the horizontally-placed iron wire set is bent in the vertical direction; thirdly, a section A and a section C of the iron wire set are bent towards the rear end and twisted into a first rope knot, a section B and a section D are bent towards the front end and twisted into a second rope knot; fourthly, the section A, the section B, the section C and the section D of the iron wires are bent towards the top of the peripheral face of the disc-shaped workpiece; and fifthly, the section A, the section B, the section C and the section D of the iron wire set are twisted into a third rope knot at the top end of the peripheral face of the disc-shaped workpiece, the end portions of the section A, the section B, the section C and the section D of the iron wire set are twisted into a fourth rope knot, and a lantern ring is formed by the third rope knot and the fourth rope knot. The bundling method and the auxiliary bundling device can effectively solve the problem about bundling of the disc-shaped workpiece, and accordingly the disc-shaped workpiece can be conveniently placed in a salt bath furnace.

The invention discloses automatic bundling equipment for power lines and a bundling method of the equipment and is used for automatic bundling of the power lines during production and machining of thepower lines. The automatic bundling equipment for the power lines comprises a main body frame; the main body frame is shaped like a lying U; a control cabinet is fixed below the main body frame; a main guide rail is fixed above the main body frame; an operating platform is mounted above the control cabinet; a wire bundling guiding mechanism, a wire bundling feeding mechanism, a wire bundling cutting mechanism, a wire bundling manipulator and a line winding device are sequentially mounted on the operating platform from left to right; rubber strips are mounted on the wire bundling manipulator;and a line bundling manipulator and a line clamping manipulator which can move in a rotating manner are sequentially connected on the main guide rail from left to right. In the manner, by the aid of the equipment, the problem that the efficiency is low in the production and bundling process of the power lines can be effectively solved, the production efficiency can be improved, and the productioncost can be reduced.

The present invention is mixed adobe material packing method for heat value measurement, and belongs to the field of adobe material heat value measuring technology. The mixed adobe material packing method may be a ball packing method or a reel packing method. The ball packing method includes spreading packing paper, setting mixed adobe material in the center of the paper, folding the paper, tightening the upper part of paper package, and tying with cotton thread. The reel packing method includes transversely rolling the packing paper with mixed adobe material, folding the paper from two ends, and tying with cotton thread in the middle part. The present invention has the advantages of simple packing process and capacity of burning the mixed adobe material fully.

Some embodiments of the invention provide a method of automatically bundling environmental conservation items with computed environmental conservation values into “credit blocks” so that the aggregate sum of the environmental conservation values of the items in a particular block is sufficient to issue a tradable environmental commodity, also referred to as a credit. In some such embodiments the various different items represent items with different forms of environmental conservation such as emissions reductions, energy savings, hazardous waste reductions, or generated renewable energy.In some embodiments, credits with at least one expired item are unbundled and the at least one expired item is removed from the credit block. Some embodiments replace the at least one expired item with at least one valid item having the same or a similar environmental conservation value.

The invention provides a manufacture method of a honeycomb type conductive glass reinforced plastic tube bundle. A plurality of single regular hexagonal conductive glass reinforced plastic tubes are prefabricated into a honeycomb type conductive glass reinforced plastic tube bundle of a defined size according to the design data of an electric demister and the size of each single regular hexagonal conductive glass reinforced plastic tube, thus the honeycomb type conductive glass reinforced plastic tube bundle is conveniently transported to a construction site of the electric demister, the accuracy of the size of the tube bundle can be ensured, and a plurality of honeycomb type conductive glass reinforced plastic tube bundles are combined and installed on the electric demister conveniently.

The present invention relates to an active phase locking multi-optical fiber laser with no external phase modulation device and a coherent beam combination method. Two ends of an active optical fiberare written into a grating; the optical fiber with the maximum gain is used as a main resonant cavity for manufacturing optical fiber lasers; a plurality of active optical fibers with similar length are taken for manufacturing optical fiber lasers. Coating and outer cladding layers at two end parts of the optical fiber of each optical fiber laser are removed, and then a common outer cladding layeris arranged on the place where the outer cladding layers are removed. By utilizing synergistic coupling, the rest active optical fiber lasers are phase-locked on the laser of the main resonant cavitywithout adding any external phase modulation device, which simplifies the complex feedback control system of the prior active phase locking optical fiber laser. According to needs, the number of theoptical fiber lasers can be arbitrarily increased or decreased, so as to increase or decrease beam combination power. In an uncoupling area, the placement of the optical fibers can be arbitrarily arranged. The beam combination method can arbitrarily combine needed optical fiber lasers, can adopt discrete or united pumps, and is easy in heat dissipation and low in requirements on active optical fibers. The active phase locking multi-optical fiber laser is characterized in little influence from environment, compact structure, easy implementation, etc.

The invention provides a renewable energy source-containing power system scheduling model solving method and system, and the method comprises the steps: firstly building a renewable energy source output scene-based joint opportunity constraint solving model, and then carrying out the preprocessing of an original scene through a bundle method, and obtaining a bundle scene set with the calculation complexity greatly reduced; and finally, according to the obtained bundle scene, establishing a solving model for converting the joint opportunity constraint into the deterministic constraint. According to the method, analysis and preprocessing are carried out by adopting a bundle thought, and a large number of similar scenes which do not influence a final solving result are integrated into a bundle, so that the complexity of the model is reduced, and the solving efficiency of the joint opportunity constraint is greatly improved while the solving accuracy is not influenced.

The present invention relates to a bundling method and bundling device for reducing a risk of stent unloading and solves a technical problem that stent unloading is caused due to insecure bundling during use of existing stents. The bundling method comprises the following steps: (1) bundling pressure and time and bundling cavity inner diameter are set, first bundling is conducted, manual rotation for 90 degrees is conducted, then second bundling is conducted, and taking out and heat shaping sleeve are conducted to complete pre-bundling; (2) a stent and a balloon in the step (1) are placed on a material storage tray, one end sleeved with the heat shaping sleeve is placed on a guiding tray, temperature and time are set, the other end is connected with a Luer connector, pressure is applied to the balloon by using nitrogen gas and heat-set shaping is started; and (3) bundling pressure and time and bundling cavity inner diameter are set, the heat shaping sleeve is removed, the stent and balloon are placed in the bundling cavity, after the first bundling, manual rotation for 90 degrees is conducted, and second bundling and taking out are conducted. The present invention also provides the bundling device at the same time. The bundling method and bundling device can be widely applied in technical fields of medical devices.

The invention discloses a bundle method and a device for a file to a host file. The host file comprises a plurality of bytes which are arrayed in a certain order and used for storing data. The device comprises a converting unit, a bundle unit and a modifying unit. According to the bundle method and the corresponding device for the file to the host file, a last byte of the host file is bundled with a file with an arbitrary length, so that the problems in the prior art that only small files can be bundled, and errors happen caused by the information on the head portion of the host file is too concentrated, large files which can be bundled with arbitrary lengths can be obtained, and the errors can not occur easily.

PURPOSE: To provide a method of packing synthetic fiber bundles wherein curls (cold-setting) occurring during packing and transportation can be minimized to prevent workability and cosmetic characteristics from degrading, and to provide a synthetic fiber bundle for a wig. CONSTITUTION: The method comprises a step of packing the synthetic fiber bundles in a circle with a radius of curvature of 35 mm or more when casing the bundles. The synthetic fiber bundle has an average weaving degree of a single fiber in the bundle of 35 to 85 dtex, and a coefficient of a curl of the fiber when cut for use is 0.25 or less.

The invention discloses a digital video monitoring cable for a high-speed elevator and an installing and binding method of the digital video monitoring cable. The digital video monitoring cable comprises a monitoring communication cable, an electrifying cable, four strands of anti-bending wire ropes and a butterfly outer sheath, wherein the butterfly outer sheath is in a butterfly outer sheath structure with two triangular grooves on the cross section; the butterfly outer sheath structure is formed by simultaneously removing an isosceles triangle inwards from each of two opposite sides of a rectangular frame; the monitoring communication cable and the electrifying cable are respectively arranged at the centre positions of two symmetrical triangles; the four strands of anti-bending wire ropes are symmetrically arranged at the positions at the inner sides of four vertex angles of the butterfly outer sheath structure respectively; the butterfly outer sheath and an elevator travelling cable are arranged in parallel and then are transversely bound by a transverse binding tape; and the transverse binding tape at the position of the gap between the butterfly outer sheath and the elevator travelling cable is vertically bound by a binding tape. Therefore, the anti-disturbance force of the cable in the high-speed up and down movement process is improved; damages caused by external force are avoided; and relatively long-term use of the monitoring cable is ensured.