阅读说明：本技术 一种高安全系数的离手即停式建筑用振动设备 (High factor of safety's vibration equipment for stopping formula building promptly from hand ) 是由 李习勇 莫学雁 陶军 刘娟 于 2020-07-20 设计创作，主要内容包括：本发明涉及一种高安全系数的离手即停式建筑用振动设备,通过长度调节装置、按钮控制器、弹性装置及外套圈等可以实现对混凝土浆料进行磨抛作业,通过所设置的外套圈可以对多种复杂磨抛表面的边角部分进行按需磨抛作业,同时,按钮控制器使设备具有离手即停的特点,极大程度上提高了设备安全系数,有效避免了误操作带来的安全隐患,本发明具有安全系数高、操作方便、环境适应能力强、应用范围广等特点,对建筑行业的发展与促进社会快速发展具有非常重要的现实意义。(The invention relates to a vibration device for a building, which is stopped when the device is out of hand and has high safety factor, wherein the vibration device can grind and polish concrete slurry through a length adjusting device, a button controller, an elastic device, an outer ring and the like, the grinding and polishing operation can be carried out on corner parts of various complex grinding and polishing surfaces as required through the arranged outer ring, and meanwhile, the button controller enables the device to have the characteristic of stopping when the device is out of hand, thereby greatly improving the safety factor of the device and effectively avoiding potential safety hazards caused by misoperation.)

1. The utility model provides a high factor of safety's vibration equipment for stopping formula building from hand, including electronic bobbing machine, cross the cab apron, length adjustment device, control lever I, the handle, button controller, control lever II, outer ferrule, resilient means, vibration board upper plate, vibration board even board, vibration board hypoplastron, fastener, the U-shaped diving tower, fastening nut, spring fixing plate I, spring fixing plate II, fastening bolt, adjust the pole gim peg, adjust the hole, adjust pole set nut, the through-hole, the rubber gasket, go up the boss, go up the bump, lower boss, spring II, lower boss, the contact button, the contact shrouding, the controller wallboard, the controller bottom plate, vibration board hypoplastron transition table, the fastening grub, the grub fastening nut, the fastening pin sleeve pipe, the cover ear, its characterized in that: the equipment can be stopped immediately after being taken away from the hand and the corner part of the complex grinding and polishing surface can be ground and polished as required by the arranged outer ring and the button controller.

2. A high factor of safety construction vibrator apparatus as claimed in claim 1, wherein: the electric vibrator is connected with the U-shaped bouncing platform; the lower end of the U-shaped bouncing table is connected with an upper plate of a vibrating plate through an elastic device, and the upper side of the right end of the U-shaped bouncing table is connected with a control rod II through a transition plate; the control rod II is connected with the control rod I through a length adjusting device; the control rod I is connected with the button controller through a handle; the lower end of the upper plate of the vibrating plate is connected with the lower plate of the vibrating plate through a connecting plate of the vibrating plate, and the two ends of the upper plate of the vibrating plate are connected with the outer ring through fastening devices.

3. A high factor of safety construction vibrator apparatus as claimed in claim 1, wherein: the elastic device comprises a fastening nut, a spring fixing plate I, a spring fixing plate II and a fastening bolt; the upper end of the spring I is connected with a spring fixing plate I, and the lower end of the spring I is connected with a spring fixing plate II; the spring fixing plate I is connected with the U-shaped bouncing platform through a fastening nut and a fastening bolt; and the spring fixing plate II is connected with the vibrating plate upper plate through a fastening nut and a fastening bolt.

4. A high factor of safety construction vibrator apparatus as claimed in claim 1, wherein: the length adjusting device comprises an adjusting rod fixing bolt, an adjusting hole and an adjusting rod fixing nut; the lower end of the control rod I is connected with uniformly distributed adjusting holes; the control rod II penetrates through the adjusting hole through the adjusting rod fixing bolt to be connected with the control rod I; one end of the adjusting rod fixing bolt is connected with an adjusting rod fixing nut.

5. A high factor of safety construction vibrator apparatus as claimed in claim 1, wherein: the button controller comprises a through hole, a rubber gasket, an upper boss, an upper salient point, a lower salient point, a spring II, a lower boss, a contact button, a contact seal plate, a controller wall plate and a controller bottom plate; the middle part of the upper end of the contact button is connected with a lower boss, and both sides of the upper end of the contact button are connected with lower salient points; the lower boss is connected with the upper boss through a spring II; the upper end of the upper boss is connected with a controller bottom plate; the contact button is connected with the contact seal plate and can freely move on the contact seal plate; the two ends of the upper side of the contact seal plate are connected with a controller bottom plate through a controller wall plate; the lower side of the controller bottom plate is connected with an upper convex point between the controller wall plate and the upper convex table; the controller bottom plate is connected with the handle through a rubber gasket; the controller bottom plate and the rubber gasket are connected with through holes.

6. A high factor of safety construction vibrator apparatus as claimed in claim 1, wherein: the vibrating plate connecting plate is connected with a lower plate transition table of the vibrating plate; the transition table of the lower plate of the vibrating plate is connected with the fastening vertical lugs through the vertical lug fastening nuts; the fastening lugs are connected with the lower plate of the vibration plate.

7. A high factor of safety construction vibrator apparatus as claimed in claim 1, wherein: the fastening device comprises a fastening pin, a fastening pin sleeve and a sleeve lug; the upper sides of the upper plate of the vibrating plate and the outer ring are both connected with sleeve lugs; the outer side of the sleeve lug is connected with a fastening pin sleeve, and the sleeve lug on the upper plate of the vibrating plate is connected with the sleeve lug on the outer ferrule through a fastening pin.

Technical Field

The invention relates to vibration equipment for buildings, in particular to vibration equipment for buildings, which is high in safety coefficient and stops when being away from hands.

Background

In recent years, with the continuous acceleration of the development speed of the society in China, the living standard of people is continuously improved, the development speed of the building industry is obviously accelerated, the infrastructure facilities are continuously improved, the development of the infrastructure industry becomes strong power for promoting the social development, the building industry also becomes one of the important industries of the national economy, the development of the building industry is closely related to the national economic development and the improvement of the living standard of people, under the action of the national relevant policies, the building industry keeps good growth situation, and with the rapid development of the building industry, the traditional building industry application equipment is difficult to meet the development needs of the industry in new situation.

In order to better meet the requirements of the development of the society on the construction equipment and relieve the requirement pressure of the construction equipment, researchers carry out various research works on the aspect of research and development of the construction equipment. In the building implementation process, the grinding and polishing process of the concrete slurry is indispensable, and as for the vibration equipment used in the grinding and polishing process at the present stage, the construction operation requirements under most conditions can be met, but the problem that the grinding and polishing cannot be carried out or the grinding and polishing is insufficient exists at the corner part of a construction site. Therefore, the development of the vibration equipment for the construction which is stopped immediately after leaving the hand and has high safety factor, convenient operation, strong environment adaptability and wide application range has very important practical significance for the development of the construction industry and the promotion of the rapid development of the society.

Disclosure of Invention

Aiming at the defects, the invention provides the vibration equipment for the building, which is stopped when the building is away from the hand and has high safety coefficient.

The invention is realized by the following technical scheme: the utility model provides a high factor of safety's vibration equipment for stopping formula building from hand, including electric vibration machine, cross the cab apron, length adjustment device, control lever I, the handle, button controller, control lever II, outer ferrule, resilient means, vibration board upper plate, vibration board even board, vibration board hypoplastron, fastener, the U-shaped diving tower, fastening nut, spring fixing plate I, spring fixing plate II, fastening bolt, adjust the pole gim peg, the regulation hole, adjust pole set nut, the through-hole, the rubber gasket, go up the boss, go up the bump, lower boss, spring II, lower boss, the contact button, the contact shrouding, the controller wallboard, the controller bottom plate, vibration board hypoplastron transition table, fastening ear, the ear of standing, the ear fastening nut, the fastening pin sleeve pipe, the cover ear.

According to the vibration equipment for the building, which is high in safety coefficient and stops when the building leaves the hand, the electric vibrator is connected with the U-shaped bouncing platform; the lower end of the U-shaped bouncing table is connected with an upper plate of a vibrating plate through an elastic device, and the upper side of the right end of the U-shaped bouncing table is connected with a control rod II through a transition plate; the control rod II is connected with the control rod I through a length adjusting device; the control rod I is connected with the button controller through a handle; the lower end of the upper plate of the vibrating plate is connected with the lower plate of the vibrating plate through a connecting plate of the vibrating plate, and the two ends of the upper plate of the vibrating plate are connected with the outer ring through fastening devices.

The building vibration equipment comprises an elastic device, a spring fixing plate I, a spring fixing plate II and a fastening bolt, wherein the elastic device comprises the fastening nut, the spring fixing plate I, the spring fixing plate II and the fastening bolt; the upper end of the spring I is connected with a spring fixing plate I, and the lower end of the spring I is connected with a spring fixing plate II; the spring fixing plate I is connected with the U-shaped bouncing platform through a fastening nut and a fastening bolt; and the spring fixing plate II is connected with the vibrating plate upper plate through a fastening nut and a fastening bolt.

The length adjusting device comprises an adjusting rod fixing bolt, an adjusting hole and an adjusting rod fixing nut; the lower end of the control rod I is connected with uniformly distributed adjusting holes; the control rod II penetrates through the adjusting hole through the adjusting rod fixing bolt to be connected with the control rod I; one end of the adjusting rod fixing bolt is connected with an adjusting rod fixing nut.

A high-safety-factor off-hand and stop type vibration device for a building comprises a button controller, a button controller and a controller base plate, wherein the button controller comprises a through hole, a rubber gasket, an upper boss, an upper salient point, a lower salient point, a spring II, a lower boss, a contact button, a contact sealing plate, the controller wall plate and the controller base plate; the middle part of the upper end of the contact button is connected with a lower boss, and both sides of the upper end of the contact button are connected with lower salient points; the lower boss is connected with the upper boss through a spring II; the upper end of the upper boss is connected with a controller bottom plate; the contact button is connected with the contact seal plate and can freely move on the contact seal plate; the two ends of the upper side of the contact seal plate are connected with a controller bottom plate through a controller wall plate; the lower side of the controller bottom plate is connected with an upper convex point between the controller wall plate and the upper convex table; the controller bottom plate is connected with the handle through a rubber gasket; the controller bottom plate and the rubber gasket are connected with through holes.

A vibration device for a building is stopped as soon as the vibration device is left from the hand with a high safety coefficient, wherein a vibration plate connecting plate is connected with a vibration plate lower plate transition table; the transition table of the lower plate of the vibrating plate is connected with the fastening vertical lugs through the vertical lug fastening nuts; the fastening lugs are connected with the lower plate of the vibration plate.

A high-safety-factor vibration equipment for a construction which is stopped immediately after being separated from a hand comprises a fastening pin, a fastening pin sleeve and a sleeve lug; the upper sides of the upper plate of the vibrating plate and the outer ring are both connected with sleeve lugs; the outer side of the sleeve lug is connected with a fastening pin sleeve, and the sleeve lug on the upper plate of the vibrating plate is connected with the sleeve lug on the outer ferrule through a fastening pin.

The vibration equipment for the building is high in safety coefficient, can grind and polish concrete slurry through the length adjusting device, the button controller, the elastic device, the outer ring and the like, can grind and polish corner parts of various complex grinding and polishing surfaces as required, meanwhile, the button controller enables the equipment to have the characteristic of stopping immediately after being out of hand, the safety coefficient of the equipment is greatly improved, and potential safety hazards caused by misoperation are effectively avoided.

Drawings

FIG. 1 is a front sectional view of the overall structure of the present invention;

FIG. 2 is a top view of the overall structure of the present invention;

FIG. 3 is a schematic view of the elastic device of the present invention;

FIG. 4 is a schematic structural view of a length adjustment device of the present invention;

FIG. 5 is a schematic view of a button controller according to the present invention;

FIG. 6 is a top plan view of the vibrating plate upper plate of the present invention;

FIG. 7 is a schematic view of the connection between the vibrating plate connecting plate and the vibrating plate lower plate according to the present invention;

FIG. 8 is a schematic view of the connection between the outer ferrule and the upper plate of the vibrating plate according to the present invention.

In the figure, 1, an electric vibrator, 2, a transition plate, 3, a length adjusting device, 4, a control rod I, 5, a handle, 6, a button controller, 7, a control rod II, 8, an outer ring, 9, an elastic device, 10, a vibration plate upper plate, 11, a vibration plate connecting plate, 12, a vibration plate lower plate, 13, a fastening device, 14, a U-shaped bounce table, 15, a fastening nut, 16, a spring fixing plate I, 17, a spring I, 18, a spring fixing plate II, 19, a fastening bolt, 20, a regulating rod fixing bolt, 21, a regulating hole, 22, a regulating rod fixing nut, 23, a through hole, 24, a rubber gasket, 25, an upper boss, 26, an upper boss, 27, a lower boss, 28, a spring II, 29, a lower boss, 30, a contact button, 31, a contact closing plate, 32, a control wall plate, 33, a controller bottom plate, 34, a vibration plate transition table, 35 and a fastening lug, 36. the vertical lug fastening nut 37, the fastening pin 38, the fastening pin sleeve 39 and the sleeve lug.

Detailed Description

The invention is realized by the following technical scheme:

a high-safety-factor off-hand stop-type building vibration device comprises an electric vibrator 1, a transition plate 2, a length adjusting device 3, a control rod I4, a handle 5, a button controller 6, a control rod II 7, an outer ring 8, an elastic device 9, a vibration plate upper plate 10, a vibration plate connecting plate 11, a vibration plate lower plate 12, a fastening device 13, a U-shaped bounce platform 14, a fastening nut 15, a spring fixing plate I16, a spring I17, a spring fixing plate II 18, a fastening bolt 19, a regulation rod fixing bolt 20, a regulation hole 21, a regulation rod fixing nut 22, a through hole 23, a rubber gasket 24, an upper convex platform 25, an upper convex point 26, a lower convex point 27, a spring II 28, a lower convex platform 29, a contact button 30, a contact seal plate 31, a controller wall plate 32, a controller bottom plate 33, a vibration plate lower plate transition platform 34, a fastening upright lug 35, an upright lug fastening nut 36, a fastening pin 37 and a fastening pin sleeve 38, and (6) ear sleeving 39.

The vibration equipment for the building is stopped as soon as the electric vibrator 1 is separated from the hand, and the electric vibrator is connected with a U-shaped bouncing platform 14; the lower end of the U-shaped bouncing platform 14 is connected with an upper plate 10 of a vibrating plate through an elastic device 9, and the upper side of the right end is connected with a control rod II 7 through a transition plate 2; the control rod II 7 is connected with the control rod I4 through the length adjusting device 3; the control rod I4 is connected with a button controller 6 through a handle 5; the lower end of the vibrating plate upper plate 10 is connected with the vibrating plate lower plate 12 through the vibrating plate connecting plate 11, and the two ends are connected with the outer ring 8 through the fastening devices 13.

The building vibration equipment with the high safety factor and the function of stopping immediately after leaving the hands comprises an elastic device 9, a spring fixing plate I16, a spring I17, a spring fixing plate II 18 and a fastening bolt 19, wherein the fastening nut is arranged on the elastic device; the upper end of the spring I17 is connected with a spring fixing plate I16, and the lower end of the spring I is connected with a spring fixing plate II 18; the spring fixing plate I16 is connected with the U-shaped bouncing table 14 through a fastening nut 15 and a fastening bolt 19; the spring fixing plate II 18 is connected to the vibrating plate upper plate 10 by a fastening nut 15 and a fastening bolt 19.

The length adjusting device 3 comprises an adjusting rod fixing bolt 20, an adjusting hole 21 and an adjusting rod fixing nut 22; the lower end of the control rod I4 is connected with uniformly distributed adjusting holes 21; the control rod II 7 penetrates through the adjusting hole 21 through the adjusting rod fixing bolt 20 to be connected with the control rod I4; one end of the adjusting rod fixing bolt 20 is connected with an adjusting rod fixing nut 22.

A high-safety-factor off-hand stop-and-go type vibration equipment for buildings is characterized in that a button controller 6 comprises a through hole 23, a rubber gasket 24, an upper boss 25, an upper boss 26, a lower boss 27, a spring II 28, a lower boss 29, a contact button 30, a contact seal plate 31, a controller wall plate 32 and a controller bottom plate 33; the middle part of the upper end of the contact button 30 is connected with a lower boss 29, and both sides of the upper end are connected with lower salient points 27; the lower boss 29 is connected with the upper boss 25 through a spring II 28; the upper end of the upper boss 25 is connected with a controller bottom plate 33; the contact button 30 is connected with the contact closing plate 31 and can freely move on the contact closing plate 31; the two ends of the upper side of the contact seal plate 31 are connected with a controller bottom plate 33 through a controller wall plate 32; the upper convex point 26 is connected between the controller wall plate 32 and the upper convex table 25 on the lower side of the controller bottom plate 33; the controller bottom plate 33 is connected with the handle 5 through a rubber gasket 24; the controller bottom plate 33 and the rubber gasket 24 are both connected with through holes 23.

The building vibration equipment is characterized in that the vibration plate connecting plate 11 is connected with a vibration plate lower plate transition table 34; the vibrating plate lower plate transition table 34 is connected with a fastening upright lug 35 through an upright lug fastening nut 36; the fastening lugs 35 are connected to the vibrating plate lower plate 12.

A high-safety-factor vibration equipment for an off-hand stop building comprises a fastening pin 37, a fastening pin sleeve 38 and a sleeve lug 39; the upper sides of the vibrating plate upper plate 10 and the outer ring 8 are both connected with sleeve lugs 39; the fastening pin sleeves 38 are connected to the outsides of the lugs 39, and the lugs 39 on the vibrating plate upper plate 10 are connected to the lugs 39 on the outer ferrule 8 through the fastening pins 37.

The working principle is as follows: before using, at first according to the actual conditions of construction place, select suitable outer lasso 8 size, in addition, can adjust the length of stretching out of control lever II 7 to control lever I4 according to operating personnel's actual conditions, when adjusting, pass the regulation hole 21 of different positions on control lever I4 through adjusting pole gim peg 20 to adopt adjusting pole fixation nut 22 to carry out threaded connection locking.

When the device is installed, firstly, a spring fixing plate I16 with a spring I17 is connected to the U-shaped bouncing platform 14 through a fastening nut 15 and a fastening bolt 19 in a bolt connection mode, the other end of the spring I17 is fixed to the spring fixing plate II 18, the spring fixing plate II 18 is fixed to the vibrating plate upper plate 10 through the fastening nut 15 and the fastening bolt 19 in a bolt connection mode, and at the moment, the U-shaped bouncing platform 14 is connected and fixed with the vibrating plate upper plate 10. When the lower vibrating plate 12 is connected, the connecting vibrating plate 11 is abutted against the upper surface of the lower vibrating plate 12, the fastening lugs 35 penetrate out of the transition table 34 of the lower vibrating plate and are fixed by bolts through the fastening nuts 36 of the lugs, and the outer ring 8 is installed after the lower vibrating plate 12 is installed; when the outer ring 8 is installed, the outer ring 8 is first attached to the vibrating plate upper plate 10, then the fastening pin sleeves 38 are sleeved on the outer sides of the sleeve lugs 39 on the outer ring 8 and the vibrating plate upper plate 10, and finally the fastening pins 37 are inserted into the sleeve lugs 39 on the outer ring 8 and the vibrating plate upper plate 10 for bolt connection. When the vibration machine is used, the contact button 30 is manually pressed, the contact button 30 drives the lower salient point 27 to move upwards, the spring II 28 starts to be compressed, when the lower salient point 27 contacts the upper salient point 26, the electric vibration machine 1 starts to work, when the contact button 30 is released, the lower salient point 27 is not in contact with the upper salient point 26, the electric vibration machine 1 stops working, and the spring II 28 starts to rebound, so that the purpose of stopping when the vibration machine leaves the hand is achieved, and the personal safety of operators is protected to the maximum extent.

It will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in the embodiments described above without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims.