80results about How to "Avoid sticky" patented technology

An aircraft shock strut includes a cylinder and a piston telescopically movable within the cylinder. A first bearing is mounted to one of the cylinder and the piston. The first bearing includes a support structure and a first bearing surface formed by a lead-free PTFE material layer for providing sliding engagement with the other of the cylinder and the piston.

The invention relates to the technical field of printing ink, in particular to offset printing ink and a preparation method thereof. The offset printing ink is formed by preparing printing ink base ink and components such as cerate dry vegetable oil under specific process conditions, wherein the printing ink base ink is prepared from components such as self-made quick-drying varnish as a printing ink connection substance, half-dry vegetable oil and dry vegetable oil. Compared with the prior art, the offset printing ink prepared by adopting a preparation process disclosed by the invention has significantly improved comprehensive performance, has the advantages of good wear-resisting property, quick drying speed, strong adhesion, and good in adaptation to various types of paper, and the problems of dirt attachment, slow drying, fading and the like of a printed product can be effectively avoided.

The invention relates to a cooking method of an automatic cooking machine. The automatic cooking machine comprises a pot body, a wok and a pot cover, wherein a stirring slice is arranged on the pot cover and extends into the wok so as to stir-fry food materials, and a heating device for heating the wok is arranged in the pot body. The cooking method mainly comprises a food material adding stage, asolidifying stage, a stir-frying stage and a thickening stage. The method provided by the invention can ensure food material juice absorption and improve dish taste.

In cleaning devices, process cartridges and image forming devices, a cleaning structure with low linear pressure and high surface pressure can be obtained by specifying the material, shape and support structure of the cleaning blade. Press the front end corners of the elastic cleaning blade (38) supported by the so-called sheet holder, that is, the supporting member (37), on the roller-shaped and belt-shaped image carrier (10), and remove the residue remaining on the image carrier after image transfer. body toner. In such a cleaning device (16), the angle (θ) forming the front end corner line portion (36) of the cleaning blade is formed as an obtuse angle, and the front end corner line portion is formed at a surface pressure greater than or equal to 2.0 g/mm2. Press on the image carrier. The so-called surface pressure refers to the value obtained by dividing the total load applied to the cleaning blade by the contact area of ​​the cleaning blade with respect to the member to be cleaned.

The invention discloses full-automatic dye weighing and dissolving equipment. The full-automatic dye weighing and dissolving equipment comprises a dye weighing system, an automatic grabbing stereoscopic storehouse, a dye dissolving device and a special dye barrel, wherein a discharge platform of the automatic powdery dye weighing system is connected with a feed platform of the automatic grabbing stereoscopic storehouse, and the dye dissolving device is arranged at one side of the automatic grabbing stereoscopic storehouse; the automatic grabbing stereoscopic storehouse comprises a stereoscopic frame used for placing a dye barrel, a triaxial moving platform and a mechanical hand used for grabbing the dye barrel, the mechanical hand is installed on the triaxial moving platform to achieve motion along the X,Y and Z space, and therefore the mechanical hand can grab and conveying the dye barrel at any position of the stereoscopic frame; the dye dissolving device comprises a dye dissolving tank, a tank cover and a clamping and turnover mechanism. The dye weighing system, the automatic grabbing stereoscopic storehouse and the dye dissolving device are organically combined, and the full-automatic dye weighing and dissolving equipment integrates dye weighing, dissolving and conveying functions and is rich in function and high in automation degree.

The invention relates to an aluminum oxide recycling and material jam treatment method of an electrolytic aluminum flue gas purification system. The possible material jam and leakage problems as well as the environmental factors of the electrolytic aluminum flue gas purification system are fully considered; negative-pressure dust collection is adopted to recycle aluminum oxide, the aluminum oxide is delivered into a cage-shaped material separation device arranged in the flue of the electrolytic flue gas purification system; the negative pressure of the flue of the electrolytic flue gas purification system performs winnowing separation on the material which is thrown from top to bottom; and the aluminum oxide and small particles of aluminum oxide are separated from the flue, then enter the electrolytic flue gas purification system and is recycled by a deduster before entering a production cycle. The method has the following advantages: the process flow is short, on-site recycling and on-site separation are realized, the recycled material is switch to production cycle on site; the power is high, the efficiency is high, the working environment of workers can be greatly improved, and the labor intensity can be reduced; the antimagnetic design is improved, and reliable operation in a strong magnetic field environment can be ensured; and due to the remote control opening and closing design, the labor intensity of the workers is reduced, and the method is safer.

The invention discloses a shoe manufacturing process. The shoe manufacturing process comprises the following steps: (1) molding a sole: preparing the sole in a mold; (2) preparing an upper material: compounding and molding a vamp and a lining through gluing; (3) cutting the upper material: cutting the upper material prepared by the step (2) into an upper matched with the sole; (4) gluing or sewing the upper prepared by the step (3) onto the sole; (5) carrying out paint spraying and waxing treatment on the vamp, and naturally airing; and (6) correcting a shoe edge. By setting a shoe edge correction step, burrs and gluing at the shoe edge of a prepared shoe are treated by adopting a correction tool and the problems of the burrs and the gluing of the shoe edge of the finished-product shoe are avoided.

The invention discloses a dye dissolving and adding device. The device comprises a dissolving and adding tank, a tank cover and a clamp turnover mechanism. The tank cover is arranged on an upper opening in the dissolving and adding tank through a pneumatic cover-opening mechanism. The bottom surface of the dissolving and adding tank is of a conical structure to prevent dye solutions from leaving on the tank bottom. The dye dissolving and adding device is provided with a steam inlet. Water temperature is increased by high-temperature steam such that the device reaches the optimal dissolving and adding temperature. The tank top of the dye dissolving and adding device adopts a sprayer capable of rotating 360 degrees such that the dissolving and adding tank allows water ingress and can be cleaned at a full angle. The sprayer is externally connected with a main water inlet/air pipeline which is connected with a cold water inlet branch, a cold water inlet branch and a high-pressure air inlet branch. The 360-degree rotary sprayer allows water and air ingress. Therefore, the cleaning and drying functions of the tank are realized. The clamp turnover mechanism of the dye dissolving and adding device matches a special-purpose dye barrel. As a result, the dye barrel freely turns over in the dissolving and adding tank.

The invention aims to solve the existing problem of the inconvenience of quickly detecting the viscosity of an adhesive, and disclose an adhesive viscosity detecting apparatus for building wood bonding process. The apparatus comprises a first positioning ring, a first rotating ring, a first collar, first mounting frames, first fastening screws, a first rotating shaft, a first rocking handle, a first supporting rod, a spiral spring, a sliding block, a third fastening screw, a guide groove, heating rods, a base, a storage box, second fastening screws, second mounting frames, a second supportingrod, a second positioning ring, a second rotating ring, a second collar, a second rotating shaft, a second rocking handle, and positioning rods. According to the adhesive viscosity detecting apparatusfor the building wood bonding process, various types of wood separately placed can be detected by using the first mounting frames and the second mounting frames, and the woods of different thicknesscan be tightened by the first fastening screws and the second fastening screws; a bonding between the woods is not strengthened during building construction is avoided by detecting the adhesion between various woods, and the requirement is met.

The invention relates to a continuous automatic output vermicelli cooking device. The device comprises a sheet jelly conveying belt which is erected at the top of a machine frame, a cooking box is arranged at the bottom of the sheet jelly conveying belt, the cooking box comprises a material holding mechanism, a driving mechanism and a transmission mechanism, the material holding mechanism is fixedly arranged below the sheet jelly conveying belt and is arranged on the machine frame, the material holding mechanism is used for supporting the sheet jelly which is vertically output by the sheet jelly conveying belt and outputting the sheet jelly in an S shape, the material holding mechanism comprises a first material holding assembly and a second material holding assembly, the first holding assembly and the second holding assembly are arranged in parallel in a staggered mode; the driving mechanism are symmetrically arranged below the sheet jelly conveying belt and is arranged between the first holding assembly and the second holding assembly, the transmission mechanism is arranged below the material holding mechanism and is arranged in a circuitous manner along the length direction of the cooking box, the transmission mechanism comprises a transmission component, a material receiving component and a discharging component. According to the continuous automatic output vermicelli cooking device, the technical problem that the sheet jelly cannot be transmitted out in time is solved.

The invention relates to a tool for deep geological exploration coring, in particular to a drill bit for ultra-high rotating speed drilling of a deep hard stratum. The drill bit for ultra-high rotating speed drilling of the deep hard stratum comprises a drill bit body, one end of the drill bit body is fixedly connected with a connector, the other end of the drill bit body is fixedly provided witha plurality of drill bit matrixes which are evenly distributed along the circumference, an interval is formed between every two adjacent drill bit matrixes, and reinforced polycrystalline diamond cutting teeth are fixedly arranged on the working face of the drill bit matrixes. The drill bit for ultra-high rotating speed drilling of the deep hard stratum further comprises a plurality of gauge protectors fixedly connected with the side walls of the drill bit matrixes and the side wall of a rotary head body, the gauge protectors correspond to the drill bit matrixes one to one, the top ends of thegauge protectors are flush with the working faces of the drill bit matrixes, an interval is formed between every two adjacent gauge protectors, and a diversion water channel is further formed in eachgauge protector, and the top ends of the diversion water channels are flush with the gauge protectors. The drill bit for ultra-high rotating speed drilling of the deep hard stratum is rapid in heat dissipation, rapid in powder discharging, small in vibration and preventing stick-slip.

The invention discloses a soil grinding device with a soil drying function. The device comprises an equipment box, a support frame is arranged at the bottom end of the equipment box; the equipment boxis sequentially divided into a drying area used for soil drying and a grinding area used for soil grinding in the direction from a top end opening to a bottom end opening. The drying area and the grinding area are separated through a double door. A plurality of baking lamps are arranged on the side wall of the drying area; a detachable lampshade is arranged on each baking lamp in a sleeving manner; the soil grinding device is easy to operate and has the soil drying capacity, meanwhile, the whole soil grinding process is carried out in a closed space, dust is prevented from being generated inthe grinding process, the working environment of operators is guaranteed, meanwhile, the device can be directly washed, and equipment cleaning is facilitated.

The invention relates to an electric meter box transparent plastic shell injection molding method. The method mainly comprises the following steps following steps of: mold mounting, mechanism mounting, injection molding, finished product pushing and the like. A used injection molding machine comprises a fixed base, a sliding groove, a molding device, a supporting bottom plate and an injection molding device. The sliding groove is formed in the front side of the upper end of the fixed base, the molding device is slidably arranged in the sliding groove, supporting bottom plates are symmetricallyarranged on the left side and the right side of the upper end of the fixed base, and the injection molding device is installed at the upper ends of the supporting bottom plates. The problems that according to a traditional electric meter box transparent plastic shell injection molding method, when electric meter box transparent plastic shells of different specifications need to be subjected to injection molding, injection molding equipment needs to be replaced, inconvenience is caused, and due to the fact that the side walls of part of the transparent plastic shells are prone to adhering to an injection molding mechanism and difficult to push out, the damage to the transparent plastic shells is possibly caused by forcible push-out can be solved.

The invention discloses a medical image in-vitro positioning identification point with compatibility, which belongs to the technical field of medical equipment and medical treatment and public health. The positioning identification point comprises an imaging portion and a fixing portion capable of fixing the imaging portion at the surface of a human body, wherein the imaging portion is a hollow body which is made of an imaging material with density greater than the tissue density of the human body, and the hollow body can be imaged by using a secondary refraction principle; the imaging portion is a hollow sphere; the imaging material is glass, ceramics or zirconium oxide. The hollow body made of the imaging material with the density greater than the tissue density of the human body is used as the imaging portion, the hollow imaging portion can be imaged by using the secondary refraction principle of the hollow structure when in CT/MRI and MRI imaging, so that the medical image in-vitro positioning identification point is more compatible with the existing multi-mode image fusion imaging device, has universality, is unnecessary to replace when different modes are changed for scanning, more precise in positioning and more convenient to use.

A lubricant composition contains a base oil having a kinematic viscosity of 1500 to 13000 mm²/s (40° C.) and polytetrafluoroethylene serving as a thickener, and is used for lubricating an expandable shaft to prevent stick-slip from occurring when a high surface pressure is applied thereto, thereby allowing to maintain a good lubricating performance consistently. The expandable shaft 5 has a pair of shaft members 51 and 52 filled with the lubricant composition. In a steering system 1, the expandable shaft 5 is incorporated as an intermediate shaft into an area between a steering shaft 3 and a rack-and-pinion mechanism A.