55results about How to "Increased accessible area" patented technology

An access port provides access through tissue to a surgical site or field, such as at the spine, in a minimally invasive manner. In one configuration, the access port is defined by a cannula-style retractor having a passage therethrough, a first end for insertion through tissue to the surgical site and a second end for positioning external therefrom. An access controller is associated with the second end of the retractor, the access controller selectively lockable to the retractor and including a passage leading to the retractor passage. The access controller may be used to selectively move the retractor and thus change the access path defined by the access port to the surgical site. The access controller may include features such as mirrors, light sources and retractor holders. The access port permits a user to clearly view and access the surgical field, including areas medial thereto, in a minimally invasive manner.

A method for creating and accessing a graphical user interface in the overscan area outside the area of the display normally visible to users of the common operating systems. This normal display area is generally known as the “desktop”. The desktop serves as the graphical user interface to the operating system. The desktop displays images representing documents and applications available to the user (icons). The desktop is restricted in the common environments to a predetermined set of resolutions (e.g., 640×480, 800×600, 1024×768) as defined by VGA and SuperVGA standards. Displayable borders outside this area are the overscan.

When a lens holder 2A is in a neutral position, a ratio of a gap between opposing surfaces of one tilt magnet 10a, 10b and one tilt coil 5 which oppose to each other, to a radial direction thickness of the tile magnet 10a, 10b, is in the range of 1 / 2 to 1 / 3. In at least one tilt coil of the tilt coils, a ratio of a light axis direction inside distance of the tilt coil to a light axis direction height of the tilt magnet, is in the range of 1 / 1.5 to 1 / 4. With this arrangement, even if the objective lens is shifted in a tracking direction or in a focusing direction, variation in the sensitivity and the linearity of the radial tilt movement is small, and an internally accessible area is increased.

The invention discloses a method for extracting longan pulp polysaccharide. The method comprises the following steps of (1) slurrying and slurry treatment: mixing fresh longan pulp and purified water, pouring a mixture into a homogenizer for slurrying, adding alkali liquor and activating at -4 to 10 DEG C for 10-12 hours to obtain an activated liquid; (2) enzymolysis and concentrating treatment: adjusting the pH value of filtrate, adding a copper oxide-zirconium oxide catalyst and ternary complex enzyme to filtrate, carrying out enzymolysis under the condition of 200-500W of microwave irradiation and then carrying out ultra-filtration concentration on enzymatic hydrolysate obtained through enzymolysis; (3) centrifugal treatment: mixing a concentrated liquid and a mixed alcohol solution, and collecting an educt by adopting a centrifugal machine; and (4) spray drying treatment. An alkali liquor low-temperature activating enzyme association technology is introduced into an extraction preparation process of the longan polysaccharide; the yield of a target product is obviously improved in comparison with a conventional technology; and meanwhile, the method has the characteristics of being efficient, fast, low in cost and suitable for massive industrial production.

The invention relates to the technical field of a clean energy source, in particular to a coal and biomass mixing process. The mixing liquification of coal, biomass and oil is creatively realized forthe first time. Firstly, coal and biomass raw materials are subjected to treatment of crushing, compression and secondary crushing; then, slurry is prepared; biomass coal oil slurry with high solid content and capability of being stably conveyed by a pump is successful obtained, so that high-viscosity waste oil which cannot be used as a coal and biomass liquification solvent in the prior art can also be utilized. Hydrogen gas is introduced into the biomass coal oil slurry for reaction, so that coal and biomass are liquified at high pressure and high temperature; then, cracking and hydrogenation reaction are further performed, so that the conversion of coal and biomass into biological oil is realized. The process provided by the invention has the advantages that the coal and biomass conversion rate can reach 90 to 99 percent; the yield of the biological oil can reach 60 to 80 percent; the residue quantity is not higher than 2.5 weight percent.

The invention relates to the technical field of clean energy, and specifically provides a multi-grade liquefying technology of coal and biomass. The technology is characterized in that the coal and the biomass raw materials are processed by crushing, compressing and crushing again, then the sizing is prepared, so that biomass diesel oil which is high in solid content and can be stably conveyed through a pump can be obtained; high-viscosity waste oil which cannot be used as a coal and biomass liquefying solvent in the prior art can be utilized. According to the technology, coal and biomass canbe liquefied under high pressure and high temperature in the existence of proper volume of water; the liquefying product is sequentially subjected to primary cracking, hydrogenation reaction and deepcracking and hydrogenation reaction under the effects of resisting hydrogen and a first catalyst and a second catalyst, so that the coal and the biomass can be converted into biomass oil, and the biomass oil can be refined; the conversion rate of the biomass and the coal is up to 95-99%; the yield of the biomass oil is up to 70-80%; and moreover, the residue content is less than 2.5%.

The invention provides a filter core for a microparticle capture device, a preparation method of the filter core and the microparticle capture device. The filter core is prepared from the following raw material ingredients in parts by weight: 70 to 95 parts of high silica fiber, 5 to 20 parts of silica sol, 0 to 10 parts of organic glue, 0 to 10 parts of zeolite molecular sieves and 0 to 3 parts of coupling agents. The microparticle capture device comprises the filter core. The raw material ingredients of the filter core are reasonably designed; the high silica fiber is used as major ingredients, so that the contact area of the filter core is large; the adsorption load quantity is great; the filtering efficiency is improved; meanwhile, the high-temperature tolerance level of the high silica fiber can reach 1000 DEG C or higher; the requirement on the high temperature during the regeneration can be met; the dispersion performance is good, so that the regeneration is easier. In addition,the high silica fiber does not have the radial and transverse expansion coefficient differences; the heating in the regeneration process is uniform; the filter core cannot be damaged through heat stress; the service life of the filter core is prolonged.

The invention discloses a core-shell hollow Cu(OH)2@Au@Co(OH)2 composite material as well as a preparation method and application thereof. The microstructure of the product is controlled by adjustingthe injection rate of a raw material liquid, a synthesized precursor Cu2[Fe(CN)6]3@Au@Co2[Fe(CN)6]3 has a regular cubic morphology, nano gold particles are uniformly distributed at the core-shell interface, and the conductivity of the composite material is remarkably improved. NaOH with different concentrations is used for etching the precursor, and the generated Cu(OH)2@Au@Co(OH)2 crystal has a three-dimensional nano flower-like morphology, a large specific surface area and multiple catalytic sites. An electrochemical sensor prepared from the Cu(OH)2@Au@Co(OH)2 composite material is suitablefor enzyme-free detection of glucose in serum, and has the advantages of high sensitivity, strong stability and good selectivity.

The invention relates to the technical field of clean energy, in particular to a blending process of coal and biomass. The invention provides a co-hydrolysis hydrogenation process for coal and biomass, the coal and biomass raw materials are subjected to crushing, compression and re-crushing, then the slurry is prepared, and the biomass water coal slurry which is high in solid content and capable of being stably conveyed by a pump is successfully obtained. Hydrogen is introduced into the biomass water coal slurry, the reaction pressure is controlled to be 15-25 MPa, the reaction temperature iscontrolled to be 300-420 DEG C, and finally the biological oil is prepared. The process disclosed by the invention is characterized in that the coal and the biomass are subjected to high-pressure high-temperature hydrolysis under a subcritical or a supercritical state of water, furthermore subjected to cracking and hydrogenation reaction, so that the conversion of the coal and the biomass into thebiological oil is realized. In the process disclosed by the invention, the conversion rate of the coal and the biomass can reach 85-95%, the yield of the biological oil can reach 60-80%, and the residue amount is less than 5%.

The invention provides a method for preparing CNT-Cu composite powder by a solution combustion method, and relates to the field of composite material preparation. The method comprises the following steps that (1), copper nitrate, functionalized carbon nanotubes, cane sugar and deionized water are mixed, and then subjected to ultrasonic stirring for 30 minutes to enable all the components to be uniformly mixed to obtain a mixed solution; (2), the mixed solution obtained in the step (1) is poured into a corundum crucible to be heated, and the mixed solution is combusted to obtain precursor composite powder after undergoing water evaporation, boiling and bubbling; and (3), the precursor powder obtained through combustion of the solution in the step (2) is reduced to obtain the carbon nanotubecopper composite powder by adopting a reduction process in an aqueous solution powder mixing method. According to the method for preparing the CNT-Cu composite powder by the solution combustion method, the process is simple, the reaction is rapid, the efficiency is high, the cost is low, the product purity is high, all the components can achieve uniform mixing on the molecular level, moreover, inthe combustion process, the material experiences relatively large temperature change in a short time and then possibly generates a metastable phase, and then the phase-to-phase bonding strength can be improved.

The invention discloses an optical fiber conduction green light source and an all-fiber laser backlight source device. The green light source device comprises a blue laser I, an optical fiber I, a fluorescence converter and an optical fiber II which are connected in sequence, the all-fiber laser backlight source device comprises the above optical fiber conduction green light source device, a second blue light laser, a red light laser, a third optical fiber, a fourth optical fiber, a fifth optical fiber, an optical fiber beam combiner and a focusing collimating mirror. The second blue laser isconnected with the third optical fiber, the red laser is connected with the fourth optical fiber, and the second optical fiber, the third optical fiber and the fourth optical fiber of the green lightsource device are jointly combined and inserted into the optical fiber beam combiner. The other end of the optical fiber beam combiner outputs the fifth optical fiber, and the tail end of the fifth optical fiber is provided with the focusing collimating mirror. According to the green light source device, the green light luminous intensity and the conversion efficiency are improved, and the laser backlight source device is low in production cost, good in device thermal management and high in projection quality.

The invention relates to the technical field of clean energy, particular to a coal and biomass co-refining process. According to the present invention, the mixing liquefaction of coal and biomass is firstly achieved; coal and a biomass raw material are sequentially subjected to crushing, compressing and re-crushing, then a slurry is prepared so as to successfully obtain the biomass coal water slurry having the high solid content and capable of being stably conveyed by a pump, a reaction is performed by introducing hydrogen into the biomass coal water slurry so as to hydrolyze the coal and thebiomass at a high temperature under a high pressure, and the hydrolyzed product is further subjected to cracking and hydrogenation so as to achieve the conversion of the coal and the biomass to biological oil; and with the process, the conversion rate of coal to biomass is up to 90-100%, the yield of the biological oil is more than 60-86%, and the generated coke is less than 0.1%.

The invention relates to the technical field of clean energy, in particular to a coal and biomass co-liquefaction technology. According to the coal and biomass co-liquefaction technology, coal and biomass materials are subjected to crushing, compression and re-crushing treatment, and then slurry is prepared, so that biomass coal oil slurry, with high solid content, capable of being stably conveyedthrough a pump, is obtained, and high-viscosity waste oil which can not serve as a coal and biomass liquefaction solvent in the prior art can be utilized. By leading hydrogen into the biomass coal oil slurry and controlling the reaction pressure to be 15 to 25MPa and the reaction temperature to be 380 to 480 DEG C, biomass oil is formed finally. The technology ensures that coal and biomass are liquefied in high pressure and high temperature environment, and cracking and hydrogenation reaction are further produced, so that the conversion of coal and biomass to biomass oil is realized. In the technology, the conversion ratio of coal and biomass can reach 90 to 95 percent, the yield of biomass oil can reach 40 to 75 percent, and the amount of residue is not greater than 3 percent.

The invention relates to the technical field of clean energy, and particularly relates to a blending process of coal and biomass. The invention provides a method for producing light oil by liquefyingcoal and biomass. Treatments of grinding, compression and regrinding are carried out on coal and biomass raw materials, then slurry is prepared, biomass coal oil slurry which has a high solid contentand can be stably conveyed by a pump is successfully obtained, and high-viscosity waste oil which cannot be used as a liquefaction solvent of coal and biomass in the prior art can also be utilized. The method can ensure that the coal and the biomass are fully liquefied to liquid phases through twice liquefaction reactions, and the yield of liquid oil is improved. The yield of light oil is furtherimproved by subsequent separation and hydrogenation steps, particularly the yield of low-distillation-range oil such as naphtha and the like in the light oil is improved, and the residue content of subsequent light oil is reduced.

The invention discloses an open end wrench capable of being wrenched to and fro. The open end wrench comprises a body which is provided with a grip jaw; a sliding chute is formed in the grip jaw; a chute body of the sliding chute can be processed at one time; a sliding block can slide along an arc in the sliding chute and is provided with a guide slot through which a guide column can pass to ensure a structure is reinforced and does not fall off easily; two sides of a first wrenching plane of the sliding block are provided with a first expanding surface respectively; a first jaw and a second jaw of the clamping jaw, the first wrenching plane of the sliding block and an inner circle diameter formed between two expansion surfaces can rotate relative to an axis position of a working substance and do not generate clamping interference; and the areas of the expansion surfaces of the two sides of the sliding block are expanded outward from the first wrenching plane to two side walls of a first support wall and a second support wall of the body, so the contact area of the first wrenching surface and a fourth forward-direction stress surface of the contacted working substance is increased.

The invention provides a rabbit breeding cage convenient to clean, and mainly relates to the field of livestock breeding. The rabbit breeding cage convenient to clean comprises a rabbit cage body, the bottom face of the rabbit cage body is in a grid shape formed by iron wires, a falling position is arranged between every two adjacent iron wires, a guide plate is hinged to the bottom of the rabbit cage body, a plurality of protruding strips are linearly arranged on the top face of the guide plate, a clamping groove is formed between every two adjacent protruding strips, and a water groove is formed in the middle of each protruding strip. The depth of the two ends of each water tank is smaller than that of the middle, a water hole is formed in the middle of each water tank, a urine storage tank is arranged in the middle of the bottom face of the guide plate, a water outlet channel is formed in the front end of each urine storage tank, a buckle is arranged at one side of the front end of the guide plate, and a clamping groove is formed in one side of the front end of the bottom face of the rabbit cage body. The rabbit breeding cage has the advantages that on the premise that the comfort degree of rabbits in the rabbit cage body is guaranteed, cleaning is convenient, and normal rabbit breeding is guaranteed.

The present invention disclosed an apparatus for reverse rectification, relating to the field of civil engineering technology. The apparatus for reverse rectification comprises two sets of steel plate hooks, which are reversely arranged and respectively fixed on the building and the skewed large-scale structure that needs to be rectified, and a jack which is horizontally placed on the steel plate hooks. The steel plate hooks, which are driven by the jack, push the skewed structure towards the existed building, whereby the skewed structure and the existed building can be spliced correctly. This present invention has more advantages, e.g. simple structure and convenient operability, which can improve the construction efficiency and reduce the construction costs. Therefore it can be widely used in the field of civil engineering technology. Further, the present invention also discloses a method for reverse rectification by using the apparatus.

At present, in various experiments of work, life and study of people, shoes and socks worn by people, sofas, chairs, stools, desks, beds and bedclothes used by people, vehicles and boats used by people are usually insulators or / and parts of the shoes, the socks, the sofas, the chairs, the stools, the desks, the beds, the bedclothes, the vehicles and the boats, which are in contact with the ground, and parts of the shoes, the socks, the sofas, the chairs, the stools, the desks, the beds, the bedclothes, the vehicles and the boats, which are in contact with a human body, are insulators, accumulation of static electricity continuously generated by the human body in the human body is caused, thus all sorts of diseases of the human beings and contabescence of the human body are caused at present. The invention relates to a static electricity earthing device of the human body, which is characterized in that a human body contactable part and a ground contactable part are respectively embedded, adhered and coated by using metals or conductors and are electrically connected by using the metals or conductors. When people uses the shoes, the socks, the sofas, the chairs, the stools, the desks, the beds, the bedclothes, the vehicles and the boats, original applications of the shoes, the socks, the sofas, the chairs, the stools, the desks, the beds, the bedclothes, the vehicles and the boats are maintained, and static electricity continuously generated by the human body is increased to be fully and immediately conducted into the ground, thus the functions of preventing and treating the diseases of the human body are obtained, and the effects of being full of energy and being beneficial to health of the human body are achieved.

The invention relates to the technical field of clean energy, in particular to a process for smelting coal and biomass. The coal and biomass materials are subjected to 'crushing, compression and crushing again' treatment, and biomass coal oil slurry with high solid content and capable of being conveying stably by a pump is successfully obtained. The biomass coal oil slurry is subjected to first liquefaction reaction and second liquefaction reaction sequentially, so that the fact that the biomass is completely liquefied into liquid phase and the yield of the liquid is increased; through twice gas and liquid separation, oil products are enriched and the residues in the oil products are enriched and caked; and through first distillation and second distillation, the yield of the liquid oil isfurther increased, the residues in the liquid oil is further enriched and caked and is discharged to the outside through the bottom of a distillation device, the residues are prevented from entering the subsequent process and the residue solid content of the liquid oil is reduced; and through test, the yield of the liquid oil is above 98 percent by weight and the residue solid content of the liquid oil is less than 0.5 percent by weight.

The invention discloses an evaluation method of the phosphine release amount of a phosphoric series flame retardant and application of the evaluation method. The method includes the following steps: method 1, in an open system, or method 2, in a sealed system, first transferring phosphine in a form of a phosphorus containing substance to a solution with the help of a metal sheet, and measuring thecontent of phosphorus in the solution through an inductively coupled plasma-optical emission spectrometer so as to measure the phosphine release amount in the system indirectly. The metal sheet is selected from a copper sheet with a surface coated with copper-loading microspheres, or a silver sheet with a surface coated with silver-loading microspheres. The detection method of the invention is convenient, simple and easy to implement, and a phosphine can be completely absorbed, thus a detection result of the phosphine release amount is more accurate.

A method for creating and accessing a graphical user interface in the overscan area outside the area of the display normally utilized by the common operating systems. This normal display area is generally known as the “desktop”. The desktop serves as a graphical user interface to the operating system. The desktop displays images representing files, documents and applications available to the user. The desktop is restricted in the common environments to a predetermined set of resolutions (e.g., 640×480, 800×600, 1024×768) as defined by VGA and SVGA standards. Displayable borders outside this area are the overscan area.

The invention relates to an automatic manure removal device which comprises a power mechanism; the power mechanism comprises a fixing frame, a motor, a direction-change button, a thread spool, a speed reduction mechanism, a driving shaft, a driven shaft and a conveying belt, the thread spool is provided with thread grooves, the thread grooves are connected with a traction rope, and the traction rope is connected with four auxiliary wheels and a manure removal device body at a minimum. The manure removal device body comprises a scrapping plate, a U-shaped supporting frame, fixed rotation pieces, a rotation rod, auxiliary rods, first supporting rods, a thread guide opening, a fixing device, a first rope fixing device, a fixing rod, second supporting rods and a second rope fixing device. The automatic manure removal device has the advantages that the device is simple and stable in structure, low in manufacturing cost, practical in function and convenient to operate, safety and practicability are improved, and work efficiency is improved.

The invention discloses a method for detecting accessibility of plant fibers. The method comprises a contact area of fibers and accessibility of chemical reagents to the fibers. Plant fibers are usedas a raw material, a three-dimensional structure among lignin, hemicellulose and cellulose is cut off and crystalline regions of cellulose are broken by utilizing the reaction of chemical reagents including an H2O2 solution and a NaOH solution and lignin, therefore, the active group is exposed; a compact two-layer tissue structure of the plant fibers is broken by external mechanical force, thus, the fibers are broomed, and the fiber contact area and the pore size are increased; and finally, the contact area of the fibers and the accessibility of the chemical reagents to the fibers are judged by utilizing the strength of the binding force of macromolecular direct yellow and the Chicago sky blue 6B in a mixed coloring agent to the hydroxyl groups of the fibers. The method has the advantagesof simplicity in operation, no toxicity or harm, low cost and the like, and is a green and environment-friendly plant fiber accessibility detection method.

The invention relates to the technical field of clean energy sources, and particularly provides a multi-stage liquefying technology of coal and biomass. The multi-stage liquefying technology comprisesthe following steps of firstly, compressing the coal and biomass raw materials, crushing, and crushing again; preparing into a slurry, so as to successfully obtain biomass water coal slurry which hashigh solid content and can be stably conveyed by a pump. The multi-stage liquefying technology of coal and biomass has the advantages that the coal and the biomass are hydrolyzed at high pressure andhigh temperature, and the hydrolyzed product is sequentially subject to primary cracking, hydrogenation reaction, deep cracking and hydrogenation reaction under the actions of critical hydrogen, a first catalyst and a second catalyst, so as to convert the coal and biomass into bio-oil and refine the bio-oil; the conversion rate of biomass and coal can reach 97 to 99%, the yield rate of bio-oil can reach 70 to 80%, and the amount of residues is lower than 3%.

The invention relates to the technical field of a clean energy source, in particular to a coal and biomass mixing process. The mixing liquification of coal, biomass and oil is creatively realized forthe first time. Firstly, coal and biomass raw materials are subjected to treatment of crushing, compression and secondary crushing; then, slurry is prepared; biomass coal oil slurry with high solid content and capability of being stably conveyed by a pump is successful obtained, so that high-viscosity waste oil which cannot be used as a coal and biomass liquification solvent in the prior art can also be utilized. Hydrogen gas is introduced into the biomass coal oil slurry for reaction, so that coal and biomass are liquified at high pressure and high temperature; then, cracking and hydrogenation reaction are further performed, so that the conversion of coal and biomass into biological oil is realized. The process provided by the invention has the advantages that the coal and biomass conversion rate can reach 90 to 99 percent; the yield of the biological oil can reach 60 to 80 percent; the residue quantity is not higher than 2.5 weight percent.

The invention relates to the technical field of clean energy, and in particular relates to a co-processing process for coal and biomass. According to the process provided by the invention, ''compression + crushing + re-crushing'' treatment is firstly performed on coal and biomass raw materials, so that a biomass coal water slurry which has a high solid content and can be smoothly transported by apump is successfully obtained; the biomass coal water slurry is subjected to a first liquefaction reaction, and a second liquefaction reaction is performed, so that the biomass is fully liquefied intoa liquid phase, and the liquid yield is improved; through two times of gas-liquid separation, an oil product is enriched, and at the same time, residues in the oil product are enriched and agglomerated; through first distillation and second distillation, the yield of liquid oil is further improved, residues in the liquid oil are further enriched and agglomerated, the residues are discharged outwards from the bottom of a distillation device to the outside, so that the residues are avoided from entering the subsequent process, and the solid content of the residues in the liquid oil is reduced.

The invention relates to the technical field of clean energy, and in particular relates to a co-processing process of coal and biomass. The invention creatively realizes mixing and liquefaction of thecoal, the biomass and oil for the first time. ''Crushing + compressing + re-crushing'' treatment is performed on the coal and biomass raw materials, a slurry is prepared, a biomass kerosene slurry which has a high solid content and can be conveyed smoothly by a pump is successfully obtained, and therefore waste oil with high viscosity which cannot be used as a liquefaction solvent of the coal andthe biomass in the prior art can also be utilized. According to the process provided by the invention, primary cracking is performed on the coal and the biomass, a hydrogenation reaction is performed, deep cracking is performed, and a hydrogenation reaction is performed, so that transformation from the coal and the biomass to fuel oil and chemical raw materials is realized, the conversion rate ofthe coal and the biomass can reach 90-99%, the yield of the fuel oil can reach 60-80%, and the content of residues is less than 3%.

The invention discloses an open end wrench capable of being wrenched to and fro. The open end wrench comprises a body which is provided with a grip jaw; a sliding chute is formed in the grip jaw; a chute body of the sliding chute can be processed at one time; a sliding block can slide along an arc in the sliding chute and is provided with a guide slot through which a guide column can pass to ensure a structure is reinforced and does not fall off easily; two sides of a first wrenching plane of the sliding block are provided with a first expanding surface respectively; a first jaw and a second jaw of the clamping jaw, the first wrenching plane of the sliding block and an inner circle diameter formed between two expansion surfaces can rotate relative to an axis position of a working substance and do not generate clamping interference; and the areas of the expansion surfaces of the two sides of the sliding block are expanded outward from the first wrenching plane to two side walls of a first support wall and a second support wall of the body, so the contact area of the first wrenching surface and a fourth forward-direction stress surface of the contacted working substance is increased.

The present invention disclosed an apparatus for reverse rectification, relating to the field of civil engineering technology. The apparatus for reverse rectification comprises two sets of steel plate hooks, which are reversely arranged and respectively fixed on the building and the skewed large-scale structure that needs to be rectified, and a jack which is horizontally placed on the steel plate hooks. The steel plate hooks, which are driven by the jack, push the skewed structure towards the existed building, whereby the skewed structure and the existed building can be spliced correctly. This present invention has more advantages, e.g. simple structure and convenient operability, which can improve the construction efficiency and reduce the construction costs. Therefore it can be widely used in the field of civil engineering technology. Further, the present invention also discloses a method for reverse rectification by using the apparatus.