46results about How to "No problem" patented technology

Provided is a polycarbonate resin composition which is capable of blocking, in addition to ultraviolet light, light closer to visible light and having a wavelength of 400 to 420 nm, and which does nothave the problem of gas generation when being molded. The polycarbonate resin composition is characterized by comprising, with respect to 100 parts by mass of a polycarbonate resin (A): (i) 0.02 to 1part by mass of a benzotriazole ultraviolet absorber (B1) which has a sesamol group, conforms to JIS K7105, and has a maximum absorption wavelength of an absorption curve determined from the formulaof 375 nm or greater, or (ii) 0.08 to 1 part by mass of a benzotriazole ultraviolet absorber (B2) which has a sesamol group, conforms to JIS K7105, and has a maximum absorption wavelength of an absorption curve determined from the formula of 360 nm or greater and less than 375 nm; and 0.01 to 0.5 parts by mass of a stabilizer (C).

The invention discloses a rotor power supply switching line slot. The motor power supply switching line slot comprises a box body provided with a detachable upper cover, wherein multiple groups of plug connecting holes are formed in the upper cover; multiple groups of parallel copper bar fixed parts are transversely arranged in the box body; each copper bar fixed part is formed by one row of four fixed blocks which have the same size and shape and H-shaped cross sections; and a copper bar which is vertically inserted is arranged in a gap between two adjacent fixed blocks. By applying the motor power supply switching line slot, line switching from normal racking to non-normal racking can be quickly realized, clipping of a motor lead can be effectively avoided, various problems caused by clipping of the lead cannot occur, the reliability of the power supply line is improved, and meanwhile, the motor switching line slot is applied, so that the non-normal test can be carried out at any safe distance, the occurrence of the human injury is avoided, the tester can operate conveniently, and the system testing requirements are met.

The invention provides a kettle cover which comprises a water absorption element, a bottle cap, a water bottle cap and an opening element, wherein the water absorption element is provided with a waterabsorption head and an air leakage part; the air leakage part is provided with an air leakage valve; the water absorption element is arranged on the bottle cap; the water suction head and the air leakage part are exposed outwards; the bottle cap is locked on a bottle opening; the opening element is arranged on the bottle cap in a sliding and penetrating manner and is provided with an initial position and an acting position; one end of the kettle cover is pivoted to the bottle cover, the other end of the kettle cover is buckled and fixed by an opening element located at the initial position, and when the opening element is pressed to be located at the acting position, in order to enable the kettle cover to be separated from the opening element, the kettle cover is opened through elastic force of the water suction head, and meanwhile the opening element pushes the air leakage part to deform to enable the air leakage valve to be opened. Therefore, when a user presses the opening elementto open the kettle cover, the air leakage valve can be simultaneously linked to be opened to release pressure, water in the kettle is prevented from being sprayed out of the water suction head due topressure, and dangers and environmental pollution can be avoided.

The invention relates to a method for controlling a soldering device for enameled wire leads, comprising the following steps: S1, providing a soldering device for enameled wire leads; S2, placing skeletons in parallel on the skeleton positioning mechanism; S3, controlling the heating mechanism to heat the fixture to The first temperature; S4, control the first driving cylinder to drive the clamp to close and hold one of the lead pins of the frame corresponding to the position of the enameled wire lead, and keep it for the first time; S5, control the reel to pull out the tin wire from the reel and send it Enter the tin feeding conduit, make the tin wire contact the clamping part, use the residual temperature of the clamping part to melt the tin and divert it to the position of the lead pin corresponding to the lead wire of the enameled wire; S6, control the first driving cylinder to drive the clamping part Loosen; S7, control the second driving cylinder to drive the mounting plate to move laterally, so that the clamping part corresponds to the position of the other lead pin of the frame corresponding to the lead wire of the enameled wire, and repeats steps S3-6.

The invention discloses an intelligent material rack for an engine production line, comprising a product conveying device, a support frame is arranged on the lower side of the product conveying device, a driving device is connected to the outer side of the product conveying device, and a driving device is arranged on the upper side of the product conveying device The product positioning carrier, the outer side of the product conveying device is connected with a sleeve box, the left side of the sleeve box is provided with a charging screw gun box, the rear side of the product conveying device is provided with a bracket, and the lower side of the top of the bracket is connected with a A display, a height measuring device is arranged on the lower side of the display, an intelligent material rack is arranged on the right side of the height measuring device, and a screw gun is arranged on the left side of the height measuring device. The fluent strip at the bottom of the material rack is high in front and low in the back; the fluent strip on the upper side of the material rack is low in front and high in the back. The interior of the fluent strip is composed of multiple sets of pulleys. When in use, it is only necessary to load the material from the rear side, and take out the empty material box from the front end and place it on the fluent strip at the bottom. Easy to use and simple to operate.

A process of electrically connecting electrodes of a photovoltaic panel is provided, comprising: applying a conductive adhesive film on the electrodes of the photovoltaic panel, wherein the conductive adhesive film comprising an insulating adhesive layer and electrical conductive particles distributed in the insulating adhesive layer; providing a metal strip along the conductive adhesive film; and performing an electrical connection process between the metal strip and the electrodes via the conductive adhesive film.

The invention discloses a crash detection system based on a touch screen and a display screen. connection, the output end of the data transmission module is electrically connected to the input end of the application server, the output end of the application server is electrically connected to the input end of the setting module, the output end of the setting module is electrically connected to the input end of the counting module, and the output end of the counting module It is electrically connected with the input end of the judgment module. The crash detection system based on the touch screen and the display screen, through the cooperation between the display screen data acquisition module, the touch screen data acquisition module, the application server and the counting module, does not occupy system resources during detection, improves the operating speed of the mobile terminal, and The detection of the mobile terminal is more accurate than the watchdog timer.

The invention relates to a method for repairing a crack at a jointing part of a composite lightweight aggregate batten wall and belongs to the technical field of building decoration. The method comprises the following steps: treating a base course; brushing an interface agent; brushing a first layer of gypsum; paving an anti-cracking paper tape; brushing a second layer of gypsum; brushing a firstlayer of putty; paving alkali-resisting glass fiber gridding cloth; and brushing a second layer of putty to finish repairing the crack. With adoption of the method, the anti-cracking capacity at the jointing part between the composite lightweight aggregate battens is greatly enhanced, and the appearance quality of the composite lightweight aggregate batten wall is greatly improved.

The invention provides a method for determining safety handling time of cars and a car production method and belongs to the technical field of car window bonding, aiming to overcome the failure in determining the safety handling time of the cars in the prior art. The car comprises a window bonded to a car body through a binder. The first stage of the safety handling time refers to the time from bonding the window to the car body until the beginning of the stage. The method includes calculating the maximum shear stress tau and the maximum tensile stress sigma of the window at the first stage according to the formula: tau=m<1>(1+f<2>)*g*f<1> / (L*w*f<3>), sigma=m<z>*g*f<1> / (L*w*f<3>), wherein L is the window circumference, w is the width of the window bonding region, m<1> is the window mass, and m<z> is the equivalent mass causing shear stress; determining the safety handling time of the stage according to tau and sigma and the preset bonding strength table, wherein the bonding strength table refers to a corresponding relationship table about curing time, shear strength and tensile strength of the binder on current conditions, the safety handling time refers to the minimum curing time, which allows the shear strength and the tensile strength respectively to be greater than or equal to the tau and the sigma, of the bonding strength table.

The invention discloses a high-surface-quality polyurethane composition for self-demolding automotive exterior trim materials and its application. It includes component A in terms of weight percentage: 50-60% polyether polyol 1, 10-20% polyether Polyol 2, 5-10% polyether polyol 3, 1-5% fluorosilicon modified amino compound, 5-10% chain extender, 0.2-2% foam stabilizer, 0.5-2% catalyst, 1~ 5% flame retardant, 0.2-1% water, optionally add 0.5-3% other additives; polyether polyol 1 is mixed with sucrose and glycerin as starter, hydroxyl value is 400-500mg KOH / g, 6-official ; Polyether polyol 2 uses glycerin as the initiator, the hydroxyl value is 400~500mg KOH / g, 3-official; Polyether polyol 3 uses glycerin as the initiator, grafted with propylene oxide, and capped with ethylene oxide , hydroxyl value 33~37 mg KOH / g, 3 official; B component is PAPI.