99 results about "Continuous Firing" patented technology

A continuous firing furnace of the present invention comprises: a muffle formed into a cylindrical shape so as to ensure a predetermined space; a plurality of heat generators placed at the peripheral direction from the muffle; and a heat insulating layer formed in a manner so as to enclose said muffle and said heat generators therein, said continuous firing furnace being configured such that a formed body to be fired, which is transported from an inlet side, passes through the inside of said muffle at a predetermined speed in an inert gas atmosphere and, then, is discharged from an outlet so that said formed body is fired, wherein said inert gas flows through: a space between said muffle and said heat insulating layer; and a space inside the muffle, in sequence.

A firing control mechanism for an air-soft toy gun is disclosed for enabling a user to rotate a switch in selecting a single shot, 3-shot continuous firing, multi-shot continuous firing or safety lock mode, having a ratchet wheel pivotally mounted on an axle of the hammer thereof, which ratchet having two shadow teeth and one deep tooth arranged in a series around the periphery at one side and sloping teeth arranged around the periphery at an opposite side. The hammer has a stop rod meshed with one sloping tooth of the ratchet wheel. During a continuous 3-shot firing action, the ratchet wheel is rotated following down stroke of the hammer, and a pawl is meshed with one shadow tooth or the deep tooth, and the stop rod of the hammer is shifted into mesh with a next sloping tooth of the ratchet wheel to prohibit reverse rotation of the ratchet wheel when the hammer is returned after a firing action.

A continuous sintering furnace has an entrance-side deaerating chamber through which trays each with an material to be sintered being mounted thereon may pass, preheating, heating and cooling zones into which the trays are sequentially fed from the deaerating chamber, an exit-side deaerating chamber through which the trays having passed through the cooling zone may pass, a pusher for pushing the tray from the deaerating chamber to the preheating zone, a puller for pulling the tray from the cooling zone to the deaerating chamber, an intermediate puller for pulling the tray from the heating zone to the cooling zone, a vertically movable door between the deaerating chamber and the preheating zone, a vertically movable intermediate door adjacent to the door and arranged at an upstream end of the preheating zone in the direction of transportation of the trays, a vertically movable intermediate door between the heating and cooling zones and a vertically movable door between the cooling zone and the deaerating chamber. With the door being at a lowered position thereof for closing, heat input is suppressed to the cooling zone. Movement of the trays in the cooling zone is effected by the intermediate puller so as to decrease the number of trays needing to be pushed by the pusher.

A method for correcting a trajectory of terminally guided ammunition is provided. In order to achieve a high probability of hits, in particular when firing in bursts (continuous fire, rapid single shot fire), it is provided that every individual ammunition is addressed separately. The “imprinting” is performed based on the beam rider guidance principle of terminally guided ammunition. Every individual ammunition reads only the guidance beam identified for this ammunition and can, using additional information, determine its absolute roll attitude in space in order to achieve the proper triggering of the correcting propulsion unit.

In a single/continuous firing air soft gun and a firing switch thereof, the air soft gun includes a gun body and a barrel fixed in the gun body, and the firing switch includes a piston seat and a firing switch device, wherein the piston seat is disposed in the gun body and capable of reciprocally moving in horizontal with respect to the barrel; and the firing switch device is installed on the piston seat, and includes a stop piece and a toggle piece connected with the stop piece, and the stop piece is disposed corresponding to the trigger assembly.

The invention discloses a firing process of Nixing pottery products. The process comprises the steps that: (1) blank moisture eliminating is carried out, wherein blanks processed through a drying treatment are placed in a kiln, a temperature is gradually increased to 40-60 DEG C with a heating speed of 20-30 DEG C per hour, and continuous firing is carried out for 10-12h under the temperature; (2) after the moisture eliminating treatment, the temperature is increased to 1050-1100 DEG C with a heating speed of 50-100 DEG C per hour; and (3) heating is stopped, and the blanks are fetched from the kiln after cooling, such that blank firing is finished. According to the invention, moisture eliminating is carried out upon the blanks first, water content in the blanks are slowly discharged by firing under a low-temperature environment. Blank moisture eliminating is uniform, and blank cracking due to breakage caused by large amounts of bubbles produced in the blanks is avoided. With the process, a firing success rate is higher than 95%. Also, during the subsequent high-temperature firing process, blank shrinkage is reduced, and blank cracking rate is reduced, such that firing success rate is further improved.

A continuous firing type trigger structure of a toy gun (air soft gun/BB-gun) includes a valve body disposed behind the output port of a magazine clip in air communication with the gas outlet of a high-pressure gas can, an enclosed socket connected to the rear side of the valve body, a valve tube inserted through the valve body, a spring that pushes the valve tube forwards to keep the air inlet of the valve tube not in communication with the inside space of the valve body, and a piston inserted into the enclosed socket and fixedly connected to a sliding shell on the outside of the toy gun such that the valve tube is moved with the piston forwards (or backwards) to let a high pressure gas be discharged out of the high-pressure gas can into the valve tube to drive an airsoft gun out of the toy gun and to force the piston and the sliding shell backwards after triggering of the trigger of the toy gun, for enabling the piston and the sliding shell to be immediately returned by a return spring for a next firing operation. A hammer is pivoted to the toy gun and releasably secured in place by a spring-supported sear for firing one single airsoft bullet per each hammering action.

The present invention provides an air gun firing operating system that uses compressed air to eject bullets by purely mechanical means, and enables single firing or high-speed continuous firing. During the firing operation, the system uses a sliding shuttle tube that is able to slide back and forth in a linear displacement on a central axis between a bullet chamber and a cylinder. The sliding shuttle tube uses differential pressure variation in a pressure buffer chamber to achieve a stroke state that can be continuously changed, thereby achieving high-speed back and forth motion and continuous firing of bullets. The relevant driving position of a trigger device is provided with a sliding retainer, which is able to effect transient retaining of the sliding shuttle tube, thereby restricting the system for single firing, or discontinuing the retention to enable the system to be in a continuous firing operation state.

The invention discloses a corrosion-resisting enamel composite pipeline and a manufacturing method thereof. Due to adoption of glaze components, it can be guaranteed that an enamel anti-corrosion layer on the inner wall of a hot rolled steel pipe is free of fish-scaling defects. The achievement of the large-size steel pipe inner wall enamel technology and efficient large-scale manufacturing can be guaranteed through an accumulation chain transmission system, a tunnel type continuous firing furnace and other equipment related to the technical scheme. Continuity and integrity of an anti-corrosion structure can be guaranteed through an enamel anti-corrosion layer, a teflon gasket and related structures, all of which are integrally prefabricated. Effective sealing and continuity of the anti-corrosion layer can be conveniently achieved through a butt welding pipe flange with a limiting boss structure and a butt welding pipe flange with a sealing groove structure, and field construction is facilitated. The enamel anti-corrosion layer and a sealing structure cannot be excessively affected by the high welding temperature through an annular heat isolation cavity, and the failure of the anti-corrosion system is avoided.

A single-and-continual shot changeover device for a nailing gun includes a trigger shaft positioned in an interior of a trigger body, a trigger inner member pivotally connected with an intermediate fitting stage of the trigger shaft, which also has two slide shaft stages at two sides of the fitting stage for two springs and two press buttons to fitting around respectively. The two press buttons are elastically pushed to shift outward to engage one of two—an upper and a lower—grooves of the two sidewalls of the trigger body. When the two press buttons are pressed inward, the trigger inner member can be shifted up and down to let the press buttons secured at either of the two limit grooves by means of the trigger shaft. Then the trigger inner member is controlled to separate or not from the safety connect rod for changing firing a single shot or continual shot.

The nailing machine includes a closed first cylinder and a closed second cylinder, a working chamber of the first cylinder and a working chamber of the second cylinder are communicated with each other. A first piston inside a first cylinder is fixedly connected with a striker that has a locking part. The locking part could be locked by a pawl. The second cylinder is provided with a second piston reciprocated by a motor between a first position and a second position. When the second piston is in the first position, after the first piston moves inward, the pawl snaps at the locking part of the striker. When the second piston is in the second position, the motor drives the pawl to disengage from the locking part. The motor drives the second piston to compress air, and triggers the pawl, achieving the rapid and continuous firing of strip nails.

The invention discloses a puncturing appliance capable of performing continuous firing and needle lifting by a single hand. The puncturing appliance comprises a housing, a trigger striking assembly, aneedle lifting assembly and a pen cap, wherein the housing is combined by the butting of an upper housing and a lower housing; an accommodating cavity is formed in the housing; two parallel through openings are formed in the rear end of the housing; the trigger striking assembly and the needle lifting assembly are mounted in the accommodating cavity in parallel, and the rear ends of the trigger striking assembly and the needle lifting assembly extend from the two through openings, and are arranged at the rear ends of the housing in parallel; the pen cap is connected to a contracting part of the front end of the housing in a sleeving manner; and an opening allowing an adapted blood taking needle to pass and penetrate is formed in the opening in the front end of the pen cap. The puncturingappliance disclosed by the invention is grasped by the single hand, the operations of firing, puncturing and lifting needle can be realized through position exchanging and pressing by a thumb; after akey is loosened, the puncturing appliance is automatically returned to prepare for the next operation; when a needle lifting key is pressed, the blood taking needle is directly removed from the frontend of the pen cap, during assembling a needle, the blood taking needle is directly assembled at the front end of the pen cap, and the pen cap does not need to be removed, so that the effect of performing continuous firing and needle lifting by the single hand is realized, and the using convenience is greatly improved.

The invention discloses a controllable continuous firing mechanism and a method thereof. The firing mechanism comprises a bearing base plate, a firing pipe, a firing friction wheel, a first motor, a bomb feeding pipe and a bomb plucking device. The firing pipe, the first motor and the bomb feeding pipe are installed on the bearing bottom plate; Hollow at the end of the launching pipe; The firing friction wheel is sleeved on the first electric machine and symmetrically arranged on both sides of the firing pipe end, and the distance between the outer sides of the two firing friction wheels is smaller than the diameter of the projectile; The bomb feeding pipe is connected with the launching pipe; The cartridge plucking device realizes squeezing and plucking out single or multiple projectilesby controlling the rotation angle of the cartridge. The launching mechanism can not only launch a single projectile at high speed, but also realize the continuous firing of multiple projectiles. The whole launching mechanism is small in size, simple and reliable in control.

The invention discloses a shooting display method and device of a virtual gun, computer equipment and a storage medium, and relates to the technical field of virtual scenes. The method comprises the following steps: displaying a virtual gun in a virtual scene; controlling the virtual gun to continuously shoot in the virtual scene; and displaying at least one of a gun body recoil animation and a muzzle recoil animation of the virtual gun in response to once shooting of the virtual gun in the continuous shooting process, wherein the gun body recoil animation is an animation that a gun body of the virtual gun fluctuates in at least one direction of an X axis and a Y axis according to a fluctuation curve, the muzzle recoil animation is an animation that a muzzle of the virtual gun fluctuates by taking a root node of the virtual gun as a center according to the fluctuation curve, the X axis is used for indicating a horizontal recoil direction of the virtual gun, and the Y axis is used for indicating the vertical recoil force direction of the virtual gun. According to the method and the device, a user can obtain the percussion feeling of real shooting in the process of shooting by using the virtual gun.

The embodiment of the invention discloses a virtual prop control method and device, computer equipment and a storage medium, and belongs to the technical field of virtual scenes. The method comprisesthe following steps: displaying a virtual scene picture containing a target virtual prop used by a virtual object; in response to the fact that the target virtual prop is in the continuous shooting state, acquiring an offset control parameter of the target virtual prop including the offset of the current aiming direction of the target virtual prop relative to the initial aiming direction; and controlling the aiming direction of the target virtual prop to deviate based on the deviation control parameter of the target virtual prop. By means of the method, in the control process of the virtual prop, the accumulated offset in the aiming direction influences the subsequent offset process, the aiming direction of the target virtual prop can be conveniently controlled to be kept relatively stablein the continuous shooting process, the man-machine interaction effect in a virtual scene is improved, therefore, the duration of a single battle can be reduced, and the electric quantity and the data flow consumed by the terminal are saved.