48results about How to "Not easy to recover" patented technology

The invention relates to a binding mechanism of a surgical binding apparatus, which is placed at the head of the surgical binding apparatus and includes a nail pin, a nail pushing plate and a nail block. The nail pushing plate and the nail pin are installed inside the binding apparatus body. The positions of the nail block and the nail pushing plate are opposite. The invention is characterized in that the working faces of nail pin, the nail pushing plate and the nail block are not at the same plane and at least present a step-type fall distributed structure. When the structure is adopted to form an anastomoses opening, the distance between two lines of nails is enlarged; the elasticity of the anastomoses opening which is formed in the operation is increased and is more close to the physiological characteristic of the tissue, which is in favor of the prompt recovery of the tissue. When the nail block is set out from an anastomoses ring or a content object is put through the anastomoses ring after binding, the elasticity of the anastomoses ring becomes larger to allow the nail block or the content object pass through and reduce the probability of damaging the anastomoses ring.

The invention discloses a method for realizing printing. In the invention, corresponding web page bitmap is generated according to a file to be printed; the generated web page bitmap is converted to a corresponding format of a target printer while a public GDI function in Windows operation system does not need to be called; the generated web page bitmap is output to the target printer by a hardware port directly but not by the port in the Windows operation system, thus avoiding applications similar to Hook program intercepting print data; furthermore, the print data generated in the invention is web page bitmap but not various vector graphs or text information, therefore even if the print data is intercepted by other ways, the information in the file to be printed is not easy to be recovered, thus improving the security of printing.

Provided is a method for producing non-woven fabrics, wherein a web containing thermoplastic fibers is carried onto a support having a concavo-convex shape (projections and vents), and hot air is blown from above the web toward the support so as to make the concavo-convex shape on the web (5). The hot-air blowing is provided with: a step for blowing a first hot air, and temporarily fusion bonding the fibers of the web by the blowing of the first hot air so as to hold the concavo-convex shape; and a step for blowing a second hot air having a higher temperature than the first hot air, and fixing the concavo-convex shape by fusion bonding the fibers of the web while the concavo-convex shape is held, wherein the concavo-convex shape is provided on the web while the web follows the shape of the support, thereby manufacturing the non-woven fabric.

The invention provides an operating system backup and restoration method and system based on storage sector data. The method comprises the steps that an effective use space of a system disk partitionis acquired; all original disk data, comprising master boot record sector data, stored in the space is acquired, data compression is performed on the data, and the data is organized into backup data in a preset format; and the backup data is stored into a hidden backup partition. According to the method, the sector data (comprising the master boot record sector data) relevant to an operating system is backed up by the adoption of the preset format and stored into one hidden backup partition; and when the system cannot be entered after the system is infected with a virus or a file system is damaged, the system can be restored effectively and timely by restoring the backup sector data.

The invention discloses a production process for an aluminum alloy window sectional material. The production process for the aluminum alloy window sectional material comprises the following steps: A1,cast ingot preparation; A2, soaking; A3, raw material preheating; A4, extrusion forming: an aluminum alloy cast ingot is extruded through an extruder, the aluminum alloy cast ingot is extruded by theextruder, so that the aluminum alloy cast ingot in an extrusion barrel is enabled to extrude towards an extrusion die and extruded out from a die hole of the extrusion die, and in the process, the temperature of the extrusion die is controlled to be 380 DEG C; A5, preliminary cooling: water cooling is adopted, and the extruded aluminum alloy section material is cooled to be 250-300 DEG C; A6, rolling straightening: the surface of the aluminum alloy section material is rolled through a straightening machine, so that the surface of the aluminum alloy section material is straight; A7, aftercooling: air cooling is adopted, and the aluminum alloy section material is cooled to be 200 DEG C and below; A8, heat treatment; and A9, surface treatment. The production process for the aluminum alloy window sectional material has the following advantage and effect: due to the production process, the accuracy of the straightness and the surface planeness of the aluminum alloy section material is increased, so that a guarantee on the installation dimensions of an aluminum alloy window prepared from the aluminum alloy sectional material is benefited.

A Chinese medicine for treating acne is prepared from 6 Chinese-medicinal materials including scutellaria root, phellodendron bark, bugleweed, trichosanthes root, etc. Its advantages are high curative effect, quickly taking its effect, no toxic by-effect and no recurrence.

The invention relates to degaussing equipment, in particular to full degaussing equipment for a computer hardware storage device, and aims at solving the technical problem of providing the full degaussing equipment for the computer hardware storage device, which is full in degaussing, high in security and low in equipment cost. In order to solve the technical problem, the invention provides the full degaussing equipment for the computer hardware storage device. The full degaussing equipment comprises a degaussing box and the like, wherein a crushing mechanism is arranged at the top in the degaussing box; a first through hole is formed in the left wall of the degaussing box; a second through hole is formed in the right wall of the degaussing box; a fixing mechanism is arranged at the external right side of the degaussing box; the left side of the fixing mechanism is connected with a movable rod; the movable rod passes through the second through hole; a crushing box is arranged at the left side of the movable rod; and the crushing box passes through the first through hole. The effects of full degaussing, high security and low equipment cost are achieved, so that the degaussed computer hardware storage device does not easily restore information and the privacy security of people is protected.

The invention discloses a cooling mask, comprising a mask layer, a connector, and a traction rope. The mask layer includes a protective layer, an antibacterial layer, a nanofiber filter layer, and a protective layer that are sequentially sewn from the inside to the outside; the antibacterial layer is polypropylene antibacterial Spun-bonded non-woven fabric layer or polyester antibacterial fabric layer; a circle of adhesive compression strips is fixed on the inner edge of the protective layer; a connecting layer is stitched on the outer side of the protective layer, and the connecting layer is provided with an arc-shaped opening. There is a cooling layer between them; the cooling layer includes a sealed bag with a cooling block, the cooling block is one of the biological ice cooling block and the gel cooling block, and the connecting layer is provided with an elastic band to prevent the cooling layer from overflowing; on the mask layer A connecting piece is arranged symmetrically on both sides of the two sides, the connecting piece is a ring structure, and the traction rope is movably connected to the connecting piece. The cooling mask disclosed by the invention can effectively cool down, reduce the face temperature of the wearer, and make breathing smooth, neither stuffy nor hot, and difficult to sweat.

The invention discloses an automatic smoother for a circuit board. The automatic smoother for the circuit board includes a frame platform, a feeding mechanism, a hot-pressing smoothing mechanism and a discharge mechanism are arranged on the frame platform in sequence, and the hot-pressing smoothing mechanism includes a beam frame and at least one smoothing device. The automatic smoother for the circuit board in the invention can rapidly perform automatic smoothing operation on an OLB position of a flexible circuit board, has a good smoothing effect, enables the OLB position of the flexible circuit board not to be easy to restore, facilitates subsequent fitting operation of the flexible circuit board, can reduce a reject rate in a fitting process and production cost, and has the advantages of high work efficiency, simple structure, convenient operation and the like. In addition, the invention also discloses a smoothing method of the automatic smoother for the circuit board.

The invention discloses a simple propagation technique for grating camellia gauchowensis in golden camellia. The technique comprises the steps of S1: stock breeding, S2: grafted mother tree culturing,S3: grafting, S4: management procedures after grafting, wherein grafting in S3 comprises the steps of (1), stock processing; (2), scion collecting and processing; (3), grafting of scion and the stock: the scion is cut into a wedge with two oblique plains which are not completely opposite to each other and presented in angle forming a thicker side and a thinner side; the stock is obliquely cut into deep xylem with an incision in the length of 1.5-2 cm, and the section of the incision is in a shape of the number '7'; the scion is inserted into the section of the stock to make the cambia of thestock and the scion right align with each other; a hormonal bacteriostasis solution is used, and the hormonal bacteriostasis solution is uniformly sprayed on the scion and a grafting interface until the blades and twigs of the scion and the grating interface are uniformly bonded with the solution; a special grafting transparent plastic thin film is adopted for fastening and the grafting is completed. By means of the technique, the surviving rate of the grafting technique is high, the shaping of a tree body is faster, the operation is convenient, the cost is low, the efficiency is high, and grafting is not restricted by seasons.

The invention discloses a financial engineering safe box special for classified documents. The financial engineering safe box special for the classified documents comprises an electronic password box, wherein an alarm is arranged on the electronic password box, and the financial engineering safe box special for the classified documents further comprises multiple U-shaped placement boards arranged in parallel, a placement box, a lifting assembly, two sets of destroying assemblies, an identification assembly, multiple clamping boards, a sensing unit, a wireless communication module and a controller which are arranged in the electronic password box. The financial engineering safe box special for the classified documents is of a double insurance structure, an electronic password lock on the electronic password box can be prevented from being picked through cracking, taking out of the classified documents requires password authentication of the electronic password lock, after successful authentication, a box-opening person needs to be identified through the identification assembly, the classified documents can be taken out finally if the identity is verified, thus a password on the electronic password lock can be effectively prevented from being cracked, the protection effort is strong, and when the electronic password box and the U-shaped placement boards where the classified documents are placed are destroyed by violence, the classified documents can be automatically destroyed, so that the classified documents are prevented from being leaked.

The invention discloses a form recording device which comprises a shell provided with a head cover and a tail cover, a fixing frame, an inner pipe sleeved with an inner cavity of the shell, a center shaft, a saw blade and a pen. An inversion-preventing device preventing a form roll from being inversed is arranged between the inner pipe and the center shaft. An inner pipe through groove for the form roll to penetrate out is formed in the inner pipe in the length direction. A saw tooth edge of the saw blade is arranged at the position of the inner pipe through groove. A shell through hole for the form roll to penetrate out is formed in the position, corresponding to the inner pipe through groove, of the shell. The pen is arranged in a hollow inner cavity of the center shaft, and the tail portion of the pen stretches out of the tail cover. The pen is detachably connected with the side wall of the fixing frame. The inversion-preventing device is composed of a ratchet wheel installed at the upper portion of the center shaft in a sleeving manner, an elastic piece arranged in a groove in the inner wall of the inner pipe and matched with the ratchet wheel, and a limiting pillar arranged on one side of the elastic piece. The form recording device is compact in structure, forms can be easily stored and used in a classified manner, in addition, the form recording device can be used in a production field with the relatively severe working environment, taking and placing are convenient and quick, and recording is convenient.

The invention discloses a soil turning weeding device for nursery stock roots. The soil turning weeding device comprises a frame and a turning mechanism; a stabilizing plate is welded to one end of the top of the frame; a clamping groove is formed in the end, away from the frame, of the stabilizing plate; and the turning mechanism is installed below the end, away from the frame, of the stabilizing plate. The device can adapt to pruning of branches with different heights. If the diameter of a trimmed nursery stock is small, a trimming knife can trim the branches, and the situation that after the branches are trimmed, an excessively long root is reserved, and the attractiveness of the nursery stock is affected is avoided. Branches at the root of nursery stock are fully trimmed, weeds are fully removed, fertilizer is uniformly sprayed, and soil is thoroughly turned over. Branch pruning, weeding, soil turning and fertilization can be carried out through one motor at the same time, the working efficiency is high, one worker can complete operation, time and labor are saved, and the cost is saved.

The invention discloses carton sealing glue code spraying equipment. The carton sealing glue code spraying equipment structurally comprises a machine frame, a carton outlet frame, a conveying frame, acarton sealing structure and a carton inlet frame, wherein the conveying frame is horizontally installed at the upper end of the machine frame, the carton outlet frame is horizontally installed at the right end of the conveying frame, the carton sealing structure is fixed to the upper end of the conveying frame, and the carton inlet frame is installed on the left side of the conveying frame; andthe carton sealing structure comprises side frames, a guide rail, a movable rubberizing and code spraying structure and a side guide plate, wherein the guide rail is vertically installed on the innersides of the side frames, the movable rubberizing and code spraying structure is installed between the side frames, and the side guide plate is fixed between the side frames. According to the carton sealing glue code spraying equipment, the movable rubberizing and code spraying structure is arranged on the outer side of the guide rail, cross-region code spraying is formed, an existence region of code spraying marks is increased, carton sealing glue is not prone to recovery after being torn down, and anti-theft and anti-damage degree is improved; and a code spraying roller is arranged on the outer side of the rotating shaft, the area is divided and sunken while cross-area code spraying is conducted, the difference before and after carton sealing is increased, distinguishing observation is facilitated, and the anti-theft and anti-damage degree of the code spraying marks is improved.

The invention pertains to garden machinery fabrication field, especially a combined dislocation knife of lawn trimmer, which comprises a shaft, a shaft sleeve, keys, screws, washers, bolts, cutting blades, bevel fan blades, static blades, a hanging board, stud bolts and so on. A petrol engine or a motor drives the cutting blades to rotate; the cutting blades are dislocated with the static blades so as to form a shearing mechanism to shear grass; the bevel fan blades or centrifuge blades rotates to cast the sheared grass up to grass collection bag through a helical case. The invention has evident energy-saving effect, so a motor is preferably used as the power source; the electric lawn trimmer with a battery can work anywhere outdoor. Because of good obstacle-resistant performance, the invention is more suitable for trimming lawn in our country. The invention also has advantages of environmental protection and energy-saving, and extensive use future.

The invention belongs to the technical field of communication safety, and specifically discloses a method for reducing a safety gap of a COFDM system. The method is based on a complete communication system environment, an information bit stream is output at a source of an emission end, channel encoding, Yarg-code mapping, constellation puncturing, serial-parallel conversion, inverse fast Fourier transform, parallel-serial conversion and CP adding operation are carried out on the information bit stream, a receiving end employs an algorithm opposite to the emission end, and finally, the information bit stream is recovered. According to the invention, a Yarg-code mapping method and a constellation puncturing technology are combined and are applied to a COFDM system, through performing puncturing zero-setting on constellation points on a Yarg-code constellation mapping graph, puncture positions are enabled to be not easily recovered under a signal-to-noise ratio and can be completely recovered under a high signal-to-noise ratio, the system bit error rate is enabled to be higher under the low noise-to-signal ratio and is more rapidly reduced under the high signal-to-noise ratio, and thus the purpose of greatly reducing the system safety gap is realized.

The invention discloses a printing implementing method. The method comprises generating a corresponding page bitmap according to a file to be printed; transforming the page bitmap into a corresponding format for a target printer instead of calling a common GDI (graphics device interface) function in a Windows operating system; directly outputting the transformed page bitmap to the target printed through a hardware port instead of a port in the Windows operating system. Therefore, printing data interception of applications such as Hook can be avoided. Meanwhile, printing data generated in the printing implementing method is the page bitmap instead of various vector graphics or text messages, so that even when the printing data are intercepted in other ways, information in the file to be printed is still difficult to recover, and further the printing security can be improved.

The invention discloses a stereoscopic laser scratch film which comprises a base layer. A separation layer is stacked on the base layer. A laser mold pressing layer is stacked on the separation layer.A printing layer is stacked on the laser mold pressing layer. An aluminum film layer is stacked on the printing layer. A waterproof and wear-resisting layer is stacked on the aluminum film layer. A brightening layer is stacked on the waterproof and wear-resisting layer. An optical grating layer is stacked on the brightening layer. The invention further discloses a preparation method and application of the laser scratch film. The laser scratch film is waterproof, resistant to wear, exquisite in appearance and good in stereoscopic fantasy effect, colors of inside patterns or characters are gorgeous and bright, the definition is high, and anti-fake means are diversified and novel.

The invention relates to the technical field of carton preparation, in particular to a green, recoverable and degradable corrugated carton and a production method thereof. The corrugated carton is made of high-elasticity calcium plastic corrugated boards, and the high-elasticity calcium plastic corrugated boards sequentially comprise an outer-layer plane paperboard, multiple layers of calcium plastic corrugated paper and a bottom-layer plane paperboard. The section of the calcium plastic corrugated paper is a wavy concave-convex surface, the shapes of all layers of calcium plastic corrugated paper are the same, and the vertexes of the convex surfaces of the adjacent calcium plastic corrugated paper are connected; and a plurality of cotton threads are arranged between the adjacent calcium-plastic corrugated paper along the wave extension direction of the calcium-plastic corrugated paper. The high-elasticity calcium-plastic corrugated board has the beneficial effects that interlayer paper in the middle is removed and replaced with the cotton threads, and the wave crests of the wavy calcium-plastic corrugated paper abut against each other and are matched with the cotton threads, so that the high-elasticity calcium-plastic corrugated board is better in elasticity, better in buffering performance and not prone to deformation after bearing larger pressure.

The invention relates to an artificial leather crease setting processing machine and processing method. The processing machine comprises a worktable, a spraying device, a shoveling plate and a creasepressing device, the spraying device is mounted on the right side of the upper end of the worktable, the shoveling plate is arranged on the left side of the spraying device and symmetrically welded onthe worktable front and back, and the crease pressing device is arranged on the left side of the shoveling plate and welded on the left side of the upper end of the worktable. The artificial leathercrease setting processing machine and processing method can solves the problems that when a crease is artificially pressed, pressing pressure is small, a crease is unclear, easily resets and cannot beset, and pressure-maintaining setting of the crease of artificial leather cannot be ensured as the artificial leather is pressed only once when the crease is pressed by an existing artificial leatherprocessing device.

The invention belongs to the technical field of general surgery and discloses a postoperative nursing apparatus with an infusion support and for general surgery. The apparatus of the invention comprises a chair, two sides of which are both provided with a first pulley and blow which a second pulley is arranged. Two fixed blocks, a telescopic rod, a storage battery and an electric telescopic rod are disposed above the chair. The two fixed blocks and the storage battery are located between the electric telescopic rod and the telescopic rod. A backrest is connected between the two fixed blocks through a rotating shaft. A power button is arranged at one side of the backrest. Since the postoperative nursing apparatus for general surgery is provided with the rotating shaft, the fixed blocks andthe electric telescopic rod, the fixed blocks are convenient to rotate the backrest through the rotating shaft, and the electric telescopic rod can drive the backrest to rotate by ascending or descending, which is convenient to adjust the angle of the backrest and convenient for patients to be semirecumbent when they have a rest at night and avoids the case that lying-down easily increases tensionforce of patients' operative wounds and increases aching feeling for patients and is not easy for patients to recover.

The invention discloses a manufacturing method of an anchor bolt expansion sleeve. The method comprises the steps of manufacturing a petal shaped metal sheet body, wherein the petal shaped metal sheet body comprises a plurality of petal bodies, the quantity of the petal bodies is equal to that of load tongues of the expansion sleeve, and the adjacent petal bodies are in arc transition; arranging a polygonal central hole in the middle of the sheet body, wherein the sides of the polygonal central hole are as much as the load tongues of the expansion sleeve and are corresponding to the load tongues of the expansion sleeve in positions, and a circular corners is formed on the top corner of the polygonal central hole; manufacturing the expansion sleeve through the metal sheet body by the punching process, wherein the punching is carried out in the thickness direction of the sheet body.

Provided is a method for producing non-woven fabrics, wherein a web containing thermoplastic fibers is carried onto a support having a concavo-convex shape (projections and vents), and hot air is blown from above the web toward the support so as to make the concavo-convex shape on the web (5). The hot-air blowing is provided with: a step for blowing a first hot air, and temporarily fusion bonding the fibers of the web by the blowing of the first hot air so as to hold the concavo-convex shape; and a step for blowing a second hot air having a higher temperature than the first hot air, and fixing the concavo-convex shape by fusion bonding the fibers of the web while the concavo-convex shape is held, wherein the concavo-convex shape is provided on the web while the web follows the shape of the support, thereby manufacturing the non-woven fabric.

The invention belongs to the technical field of medicinal chemistry and particularly relates to a preparation method of 6-Chloromethylmorphanthridine. The preparation method comprises the steps that under the action of concentrated sulfuric acid, N-[2-(phenyl methyl)phenyl]-2-chloroacetamide is taken as the raw material, a complex compound of a trifluoromethanesulfonic acid rare earth compound and dimethyl sulfoxide is taken as the catalyst, and dehydration cyclization is performed to prepare the 6-Chloromethylmorphanthridine. According to the preparation method of the 6-Chloromethylmorphanthridine, the complex compound of the trifluoromethanesulfonic acid rare earth compound and the dimethyl sulfoxide is taken as the catalyst, a better effect is realized, the pollution is small, the preparation method is environment-friendly, and recyclable production is realized.

The invention relates to a regenerative environment-friendly spool which comprises a spool body, a plurality of anti-skid stripes are arranged on the outer surface of the spool body at intervals, and raw materials of the spool body comprise, by weight, 80-150 parts of waste plastic particles, 6-240 parts of waste tire powder and 8-340 parts of waste automotive trim EVA sheets. The waste plastic particles and the waste tires are ground into powder, the powder and the waste automotive trim EVA sheets are blended to be used for producing the spools, the toughness and the mechanical performance of the spools are improved, recycling of waste materials is achieved, pollution of solid waste and plastic is reduced, the environment protection effect is achieved, and meanwhile the pressure of resource shortage is relieved; besides, compared with a traditional disposable paper tube yarn winding drum, the yarn winding drum is high in toughness, free of burrs, not prone to chip falling, not prone to fragmentation after collision and easy to recover after deformation, so that the yarn winding drum can be repeatedly used, the service life is prolonged, resource waste and use cost are reduced, meanwhile, the production cost is lower when waste materials are adopted for production, and the yarn winding drum is worthy of popularization and application. And the economic benefit is higher from the long term.

The invention discloses a simple propagation technique for grating camellia gauchowensis in golden camellia. The technique comprises the steps of S1: stock breeding, S2: grafted mother tree culturing,S3: grafting, S4: management procedures after grafting, wherein grafting in S3 comprises the steps of (1), stock processing; (2), scion collecting and processing; (3), grafting of scion and the stock: the scion is cut into a wedge with two oblique plains which are not completely opposite to each other and presented in angle forming a thicker side and a thinner side; the stock is obliquely cut into deep xylem with an incision in the length of 1.5-2 cm, and the section of the incision is in a shape of the number '7'; the scion is inserted into the section of the stock to make the cambia of thestock and the scion right align with each other; a hormonal bacteriostasis solution is used, and the hormonal bacteriostasis solution is uniformly sprayed on the scion and a grafting interface until the blades and twigs of the scion and the grating interface are uniformly bonded with the solution; a special grafting transparent plastic thin film is adopted for fastening and the grafting is completed. By means of the technique, the surviving rate of the grafting technique is high, the shaping of a tree body is faster, the operation is convenient, the cost is low, the efficiency is high, and grafting is not restricted by seasons.