Environment-friendly and energy-saving rammer for building construction

[0021] Example

[0022] Refer Figure 1-4 A hammer for environmentally-friendly energy-saving building construction, including a hammer body 1, and the lower surface of the hammer body 1 is thinned by the sliding groove 2 damping sliding sleeve, wherein the opposite two side wall damped slide, and two The side wall is not in contact with the inner side wall of the slide groove 2, that is, the slide groove 2 is in communication with the outside, and the steel sheet 3 is fixed between the top wall of the steel sheet 2, and several connecting springs 4 are fixed, and the steel plate 3 welded has several magnetic columns 5 However, the top wall of the slide groove 2 is opened with a U-shaped hole 6, and four of the U-shaped holes 6 are opened. Each intermediate angle is 90 °, the inner side wall of the U-shaped hole 6 is fixedly connected to the solenoid 7, and the hover body 1 is opened. There is a functional chamber 9, the U-shaped hole 6 is coupled to the slide groove 2 and the function chamber 9, and a spraying apparatus and a secondary watering device are provided in the hover body 1.

[0023] The primary watering apparatus includes a main aquifer 14 in which the main body of the hammer body 1 is disposed in a tamper body 1, an electromagnet 13, a main aquifer 14 sealing sliding sleeve, a main magnetic plate 16, an electromagnet 13 and a snail The coil 7 is connected in series through the wire, and the sensing current is slid into the solenoid 7 by the magnetic column 5 such that the electromagnet 13 generates magnetic properties, which causes the main magnetic plate 16 to press the water in the main water chamber 14, and the larger the impact force, The faster the magnetic column 5 moves speed, the larger the resulting induction current, the stronger the magnetic force generated by the electromagnet 13, the faster the spray water, the sidewall of the hammer body 1 is opened, and the water hole 19 is connected. The main water chamber 14 is in the outside, and the hammer body 1 side wall penetrates the fixed connection with a plurality of water pipes 21, and the water pipe 21 is extended to the main water chamber 14, and the water pipe 21 is directly connected to the outside water source.

[0024] The secondary watering apparatus includes a sub-water chamber 15 where the tamper body 1 is opened, and the sub-water chamber 15 is sealed in the sub-magnetic plate 161, and several connect chamber 17 is opened in the main body 1, the connecting chamber 17 is connected. The main water chamber 14 is provided with a sub-water chamber 15, and there is a solenoid valve 18 in each of the connecting chamber 17, and the function chamber 9 is provided, and the main water chamber 14 and the sub-water cavity 15 are ring cavities, and the main magnetic plate 16 and the submicron plate 161 are ring magnetic plates.

[0025] The starting device includes a pressure plate 10 in which a sealing slide is attached to the function chamber 9, and a plurality of pressure spring 24 is fixed between the pressure plate 10 and the end wall of the function chamber 9, and the U-shaped hole 6 seals the sliding sleeve in the hit block 8 The cross section of the impact block 8 is a T-shaped shape, which extends to the intermediate position in the falling coil 7, that is, the magnetic column 5 is in contact with the impact block 8 when moving to the intermediate position of the solenoid 7, and drives them together, hit the block 8 The hydraulic oil is filled between the pressure plate 10, the cross-sectional area of ​​the impact block 8 is much smaller than the cross-sectional area of ​​the pressure panel 10, which is known from the principle of hydraulic pressure. The impact block 8 needs to be moved to the pressure plate 10, which requires a greater force, That is, after the impact force reaches a certain value, the magnetic column 5 can drive the hit block 8, start the secondary watering device, discharge more water, but cannot start, and the impact of the magnetic column 5 depends on the The height of the hammer can adjust the amount of sprayed water according to the different sniper, and the function cavity 9 is inlaid. There are two permanent magnets 12, and the lower surface welding of the pressure plate 10 has several conductive rods 11, two forever. The magnet 12 is disposed in two inner side walls opposite to the functional chamber 9, and the magnetic induction of the magnetic induction thereof is tangent to the conductive rod 11, and the conductive rod 11 and the solenoid valve 18 are connected in series through the wire.

[0026] The water hole 19 is located in the hous hammer body 1, with an angle of 20 °, and the water hole 19 is disposed at one end of the main water chamber 14, and is provided by the atomized nozzle 20 through the sidewall of the main body 1. The annular and dense water hole 19, and the ejected water is atomized, so that the present invention can better settle down the dust, the lifting chamber 17, and the solenoid valve 18 at the time of the hammer. There are 18 groups in the hue body 1, and the angle between each group is 20 °.

[0027] The main water chamber 14 is fixed to the inner side wall of the sub-water chamber 15, and the restricted plate 22 in the main water chamber 14 is located above the water pipe 21, and the restricted plate 22 in the sub-water chamber 15 is located above the lifting chamber. The moving position of the main magnetic plate 16 and the submicrobe plate 161 is limited to avoid its excessive movement, and there is a plurality of balance holes 23, the balance hole 23 communicates with the slide 2, and the balance hole 23 can maintain functional cavity. 9 Connect to the outside, avoiding the functional cavity 9 inner sealing pressure plate 10 cannot move.

[0028]In the present invention, the traction line of the traction device is connected to the hook of the hammer body 1, and the tamper body is raised to a certain height through the traction device, and then the low impact force is required, only the low impact force is required. The height, the hammer, the dust is less dust, when falling, the steel sheet 3 is in contact with the ground, and the anti-impact force causes the steel sheet 3 compression connection spring 4 to slide in the slide 2, and drive the magnetic column 5 In the incorporated coil 7, the magnetic column 5 does not contact, or in contact but the magnetic column 5 has a small impact, which cannot cause the impact block 8, that is, the solenoid valve 18 cannot be opened, the magnetic column 5 slide The induction current is generated in the solenoid 7, which supplies the electromagnet 13 such that the electromagnet 13 generates magnetic properties, producing a magnetical force to the main magnetic plate 16, so that the main magnetic plate 16 moves in a direction away from the electromagnet 13, and puts the main water chamber 14 The water pressure is discharged from the water hole 19 and the atomizing nozzle 20, and the dust that is raised when the hammer is dropped by atomized water, preventing its flying pollution construction site;

[0029] If a high impact force is required, it is necessary to increase the higher height of the hammer body 1, and the hammer will fall, at this time, due to the large impact force, the dust is large, and the steel plate 3 is in contact with the ground. The anti-impact force causes the steel sheet 3 compression connection spring 4 to slide in the sliding groove 2, and the magnetic column 5 is slid into the solenoid 7, and the water in the main water chamber 14 is ejected by the electromagnet 13, at which time the magnetic column 5 The impact force of the impact block 8 is large, sufficient to move the block 8, and move through the hydraulic oil to move the pressure plate 10, the pressure plate 10 drives the conductive rod 11 to cause the magnetic material of the permanent magnet 12 to generate induction current, so that the solenoid valve 18 is powered Open, while continuing to move, the electromagnet 13 is continued to generate an induction current, and the sub-magnetic plate 161 is ejected under the magnetonvin 13 magnetistist force, so that in the high impact Strip more water to settle dust;

[0030] After the sniper is completed, the tamper body 1 is linked, and the steel sheet 3 is slowly reset at the end of the spring 4, and when the heterogeneous gravity is discharged, when the water cavity 15 is ejected, the pressure plate 10 is elastically. Reset, causes the conductive rod 11 to re-cut the magnetic induction line to generate an induction current such that the solenoid valve 18 is opened, and the magnetic column 5 slides out of the solenoid 7 as the reset of the steel sheet 3, so that the solenoid 7 generates opposite The induction current such that the electromagnet 13 produces magnetic attraction to the main magnetic plate 16 and the secondary magnetic plate 161 such that the main magnetic plate 16 and the secondary magnetic plate 161 are reset to the magnetic attraction, and water from the water pipe 21 Insert the main water chamber 14 and the sub-water chamber 15, when there is no discharge in the sub-water chamber 15, only the main magnetic plate 16 moves, and the water cavity 14 is filled, and then the next sniper can continue , Such a reciprocating cycle.

[0031] Although the hammer body 1, the sliding groove 2, the steel sheet 3, the connection spring 4, the magnetic column 5, the U-shaped hole 6, the solenoid 7, the striking block 8, the function cavity 9, the pressure plate 10, conductive rod 11, permanent magnet 12, electromagnet 13, main water chamber 14, sub-water chamber 15, main magnetic plate 16, sub-magnetic plate 161, connection chamber 17, solenoid valve 18, water hole 19, atomizing nozzle 20, water pipe 21 Terms such as limit panel 22, balance hole 23, pressure spring 24, but do not exclude the possibility of using other terms. These terms are used only for more convenient description and explanation of the nature of the present invention; it is explained to any additional limitation is contrary to the spirit of the present invention.