TH441A3 - The mousetrap is fully integrated. - Google Patents

Abstract

Mousetrap The handle is a unified According to this invention Looks like a metal cabinet. The side squares on the front have two chambers. There are stairs for mice to walk up to the back room and along the corridors there are food and food smells luring them into the room. And stepped down on the mechanical bridge with a beam switch to let the bridge down Causing rats to fall into the cell and unable to escape, then will take the rats out of the cabinet for further destruction

Claims (1)

1. The mouse The handle is fully integrated. It has a unique appearance with a square metal cabinet, size 70X100 cm. Hexagon sized enough for mice to walk. And easy to turn upside down, cabinet height about 80 cm, with four castors Movable The front has a door size 20 X33 cm, a bye, 2 sliding doors to let the mice out. And to insert the mechanical platform Installed in the cabinet above the door is a glass compartment To examine the hanging victim and inspect the upper Ginda bridge as the victim's armhole. Which will hang in the center of the mechanical bridge This compartment has an open cover, next to it is the installation location. Number of machines To know the amount of rodents trapped each time Next is the fan switch. And switch to turn off the machine Above the slope is a mirror for viewing. The movement of the mouse size 20X30 cm. The side of the glass compartment. Is 2 sets of small fans to ventilate inside to outside Behind the machine, like a rat, is a ready-made food dispenser. There is a food barrier. Not let me in Can go eat Disassembled water dispenser On the left and right side, there are 2 more cabinets attached to the side of the cabinet. Features like one with the back cabinet. And there are bridges for mice Walk up next to each side through 2 cabinets to the door of the hexagon. Under the floor this room is a sensor switch, which shoots a beam of light at the opposite room. The beam is centered on the mechanical bridge and is 3cm higher than the floor of the mechanical bridge. Install the scent box Food that I like Between the room there is a door for the mice to step down on the mechanical bridge. Inside the cabinet there is a plan to welcome the mice, size 30 X69 cm, with the axis to attach the plate to the back; Place plate is attached in the back. When to drive away Will have a handle to be extended Then push it forward to force it out through the front door, the mechanical bridge and the motor? The mechanism is mounted on the platform, the brackets are in the same unit and separated from the cabinet. Assembly with the cabinet By inserting through the front door And install the anchor way Side of the cabinet The mechanical bridge in front Half of the mechanical bridge Match the center of the door between the room, the floor level, the mechanical bridge is 5 cm lower than the floor of the room, the power unit to drive the mechanism is a motor, a direct current electric motor type 2-way (REVERSIBLE MOTOR) 24 volts (clear in case that area has no alternating current). Or electric motor, 220 volt alternating current, with gear reducer at the speed of the gear shaft 10 rpm, the shaft end wearing a small chain sprocket 15 teeth, the motor is in the center of the upper part of the chain gear that will be transferred from the sprocket Small chain It is a 30-tooth chain gear that is attached to the metal, installed below the oblique space on the right side of the motor. The vertical distance of the center between the gear shaft and the metal shaft is 8.5 cm apart, loop with the soburn 25, the front of the chain 30 teeth, the gearbox with a diameter of 63 cm, number 40 teeth. Chain 30 teeth on the left side of the boom chain, 30 teeth placed on the front. The same size chain sprocket is mounted on the metal shaft. The center of the metal rod These two are 34 cm apart, with chain No. 25 on the front metal rod. There is an overhang to wait for the bridge on the left. The right side of the 30-tooth sprocket, attached to the 40-tooth sprocket, is attached to the same-sized sprocket and grinds together, stretched against the front metal shaft. Mechanical bridge on the right The center of the left and right metal axes are 40 cm apart, the head and face of the three metal rods are fitted with bearings to attach to the support frame of the metal rod mechanism that attaches the sprocket to the gear. The two gears are 11 cm apart in the center, install the angle adjustment needle. To force the downward angle of the mechanical bridge Left and right sides of the mounting angle needle Two sets of microswitches, in normal condition, the mechanical bridge is aligned, the angle adjustment needle touches the left or right microswitch when the mouse steps down on the mechanical bridge on the left or right. In order to walk in and eat the prey, the body of the rat cuts off the infrared beam. Then a delay of 5-10 seconds, the switch beam (SENSOR) will be four to the motor rotation. Counterclockwise, the mechanical clock will force the mechanical bridge on the left and right Press down at the same time, speed and angle are the same, the angle adjustment needle will sweep the top floor from left to right, when the mechanical bridge rotates, sweeps down at an angle of 120 degrees, the intensity of the angle adjustment will be at the right side of the switch, the electric motor will rotate back. The way (REVERSE) is rotated clockwise. The mechanism is sterile, reversed, the opposite forces the mechanical bridge. Rotate back to the same plane. Along with the needle to adjust the angle Swipe from right to left and tap on the left side switch. The motor stops rotating each time - an electric motor to drive the mechanism. As mentioned above - switch to operate. Which will be electrically connected To control the motor And such internal mechanism For stimulating the mechanical bridge on the left And the right side tipped down at the same time When an object is triggered to the switch This command works - electrical power supply. To supply power to the motor mousetrap In general, AC motors are used. Except where there is no AC power, a DC electric motor will be used.