JPS58131168A - Device for applying material for inhibiting leakage of water inside flower vase - Google Patents

Abstract

PURPOSE:To obtain the titled device which can uniformly, mechanically and easily apply a material for inhibiting a leakage of water to the inner wall of a flower vase, by arranging the flower base fixed to a rotary chuck rotatably and revolvably with the operation of a reduction change motor. CONSTITUTION:A flower vase 1 is fixed onto a rotary chuck 12 and rotated together with the rotary chuck 12 through a driving shaft 7 for rotation, spur gears 8a, 8b, a main driving shaft 9 for rotation, bevel gears 10a, 10b an auxiliary conjointly-driving shaft 11, etc. by the operation of a reduction change motor 5 for rotation. The flower vase is concurrently revolved through a driving shaft 13 for revolution, spur gears 14a, 14b, a tubular main conjointly-driving shaft 15a for revolution, an L-shaped conjointly-driving arm 15b, etc. by the operation of a reduction change motor 6 for revolution. A material for inhibiting leakage of water, e.g. dissolved coal tar or paint, is poured into the flower vase, and the rotation and the revolution with slow or rapid and normal or reversal motions are conjunctly performed by the electric operation of a limit switch or the like. Consequently, said material for inhibiting the leakage of water can be uniformly applied around up to the opening 4 of the flower vase 1.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an apparatus for uniformly forming a film layer of coal tar or a paint-based water leakage prevention material mainly in a metal vase for the purpose of preventing water leakage.

The conventional manufacturing method for gold vases has mainly been based on the first method due to the manufacturing method or manufacturing cost.
After pouring an appropriate amount of coal tar melted at high temperature into a prepared kettle-shaped container by visual measurement, a second As shown in the figure, while rotating the vase body 1, there was a dangerous situation in which the bottom of the vase body 1 was raised higher than the eye level.
Moreover, the process was completely done by hand, with the vase body 1 continuing to rotate to form a layer of coal tar evenly up to the vase opening 4, which exposed the workers to the danger of being constantly exposed to high-temperature molten coal tar. As a result, there were problems such as workers often getting burnt.

In view of the above-mentioned problems, the present invention has a structure that can be used safely and conveniently by simply making adjustments to suit vases of various shapes or sizes, and can be combined with a comprehensive automatic system. It was devised for the purpose of providing a product that has the characteristics of achieving the desired effects, such as obtaining the desired results, and that it can also lead to cost savings.

The present invention is constructed as follows in order to achieve the above object.

FIG. 3 is a simplified vertical sectional view showing the principle of the present invention,
The rotary chuck 12 is connected to the rotation drive shaft 7 and the gears 8a and 8.
h. Main interlocking shaft 9 for autorotation, bevel gears 10a, 101) A reduced speed motor for autorotation which can be rotated via the auxiliary interlocking shaft 11 for autorotation and can arbitrarily adjust the speed change stop and reverse rotation;
6 is a rotating chuck 12, a drive shaft 13 for revolving, and a spur gear 14.
a, , 141), a cylindrical main interlocking shaft for revolution 15a is connected to the main interlocking shaft for rotation 9, and an L-shaped public body is connected to the end of the main interlocking shaft for revolution 15a. Diversion interlocking element-1, 15b and cross-shaped revolution interlocking arm], 5
Bearing 16 provided between b and the auxiliary interlocking shaft 11 for rotation
16a and 16b are main interlocking shafts for revolution 15a which are cylindrical in the same manner as the main interlocking shaft for rotation #shaft 9; 16d is a bearing provided between the case body 18 and the cylindrical revolution main interlocking shaft 153, 17 is a balance weight for smoothly operating the L-shaped revolution interlocking arm 15b, An anchor bolt 19 fixes the case body 18.

Next, a method of using the present invention will be explained with reference to the drawings. After injecting an appropriate amount of dissolved coal tar or a paint-based water leakage prevention material into the vase body 1 to suit various shapes or dimensions, it is rotated to suit the shape or dimensions of the vase body 1, as shown in FIG. Fixed on the chuck 12, then simultaneously or sequentially a reduced speed motor 5 for rotation and a reduced speed motor 6 for revolution.
When the rotary chuck 12 is operated, the fixed vase body 1 is moved to the rotary chuck 1 as shown in FIG.
2, the dissolved coal tar or paint-based water leakage prevention material in the vase body 1 moves in a spiral toward the vase opening, and this rotation and revolution Do not continue to use the dissolved coal tar or other paint-based water leakage prevention material in the vase body 1 when the vase opening is in an evenly stirred position. If it is necessary to reverse the direction of revolution of the vase body 1 by rotating the gear C1 revolution speed reduction motor 6 in the reverse direction by operation, the revolution is stopped for the necessary time at the position where the revolution direction is reversed, and then the revolution is started in the opposite direction. After switching to revolution, stop at the revolution stop position before operation.When the vase body 1 rotates (e) When the rotation force direction is reversed or in the middle of revolution in the opposite direction, the dissolved coal tar or paint inside the vase body 1 Since the system water leakage prevention +14" is stirred almost evenly, the rotational speed reduction motor 5 will last for a long time even if it is stopped.
It is also possible to carry out C at the same time as the revolution stops at the revolution stop position - H.

After the vase body 1 has completed the above-mentioned rotation and revolution operations, it may be removed from the rotary chuck 12 and the dissolved coal tar or paint-based water leak prevention material in the vase body 1 may be naturally dried in a conventional manner.

Since the present invention is constructed as described above, in addition to solving the conventional manual labor problems, the dissolved coal tar or paint-based water leakage prevention IE material in the vase body can be solved by mechanical operation. Equal distribution or vase date delay can not only improve the aesthetic appearance because it can be distributed almost evenly, but also can be adjusted to fit vase bodies of various shapes and sizes.
The rotation speed, revolution speed, or revolution distance of the C chuck can be easily and arbitrarily adjusted by electrical operation such as a limit switch, delay relay, time switch, etc., or by a control device called a rotary pulse generator. A device that can automatically inject an appropriate amount of dissolved coal tar or paint-based water leak prevention material into the vase body on a rotating chuck, a device that can automatically mount the vase body onto the rotating chuck, and a device that can automatically attach the vase body onto the rotating chuck. It is possible to create a consistent automatic system device 1!11 by combining it with devices that can be extracted from In order to achieve the desired effect with only a power source such as a reduced speed motor, it can also be used as a manual type with one hand for the purpose of preventing danger in the above work. It can also be combined with an automatic system T device, etc. In the above embodiment, gears were used as a power transmission medium, but the combination is limited to gears, such as chains, timing belts, flexible shafts, etc., or an autorotation acceleration/deceleration variable speed motor can be used. The same effect can be obtained even if it is installed on the interlocking arm for revolution of the letter shape and directly connected to the rotating shaft of the rotary chuck.It can be selected and modified to suit various purposes, and the requirements can be further expanded. , cost savings can also be provided at relatively low prices.

5 to 7 show other embodiments using the present invention, and FIG. 5 shows an embodiment in which the rotation and revolution axes of the embodiment shown in FIG. 3 are linked in parallel. , 16e, 16f, 1
6g and 16h are hair rings, 20a and 20b are spur gears,
21a121b and 21c are bevel gears, and 22 is an interlocking shaft for revolution. FIG. 6 shows a type in which the rotation and revolution axes are interlocked and the power source for the rotation and revolution is a single power source 23 such as a reduced speed motor, 24 is a fixed bevel gear, and 16i is a bearing. FIG. 7 shows another embodiment in which the axis of revolution shown in FIG. This shows that the effect can be obtained, and 25 is a thrust bearing.

[Brief explanation of the drawing]

Fig. 1 is a longitudinal sectional view of the vase body used in the present invention, Fig. 2 is a perspective view showing the working state according to the conventional method, and Fig. 3 is a simplified longitudinal sectional view showing the principle of the invention. its side view,
5 to 7 are simplified longitudinal cross-sectional views of modified examples of the present invention. 1...Vase body, 2...Vase cylinder part, 3...
...Bottom lid, 4...Vase [], 5...
Autorotation acceleration/deceleration variable speed motor, 6... Rotation interlocking shaft motor, 7... Autorotation drive shaft, 8a, 8b...
... Spur gear, 9... Main drive shaft for rotation, 1.0 a
, 10 Ri・River・Bevel gear, 11・Old・Auto rotation auxiliary interlocking shaft, 12・Rotating chuck, 13・・・・
...Driver J-axis for revolution, 14a, ]4b... Spur gear, 15a... Cylindrical main connected d1 axis for revolution,]
5 h---L-shaped interlocking arm for revolution, 16
2~16h・River...Bearing, 17...Balance weight, 18...Case body, 19...
...Anchor bolt, 2 Q a, 2 Q b, mountain, spur gear, 21 a, 21 b, 21 c...
・Bevel gear, 22... Interlocking shaft for revolution, 23...
...Power source such as a single reduced speed motor, 24...
Fixed bevel gear, 25... Thrust bearing,
26... Drive shaft. 1! Opening 58-131168 (4)

Claims (1)

[Scope of Claims] 1) Vase bodies of various shapes or sizes are removably attached to the upper end of the auxiliary rotational interlocking shaft, which is rotated from one end of the horizontally provided main rotational axis in an upward vertical direction. An interlocking system for rotation of the rotary chuck in which a rotary chuck is fixed, and an end of a cylindrical main interlocking shaft for revolution that is fitted and fixed to the main interlocking shaft for rotation via a bearing. ,
A revolution movement system in which substantially L-shaped revolution interlocking arms having a bending part that can be fitted and fixed at the upper end of the auxiliary rotation shaft via a bearing are fixedly connected to each other independently. A machine for lining a vase with water leakage prevention material that can simultaneously or independently change the speed, stop, and reverse the rotation and revolution of the rotating cha and ivy. The upper end of the auxiliary interlocking shaft for rotation is fixedly connected to the rotating chuck, which can removably attach vase bodies of various shapes or sizes to the end of the main interlocking shaft for revolution, which is installed horizontally. A revolution interlocking system in which a roughly L-shaped revolution interlocking arm having a bent part for rotation is fixedly connected, and a rotation main interlocking shaft for rotation provided parallel to the main interlocking shaft for revolution are controlled by the In order to convert the rotation to the auxiliary interlocking shaft for diversion, a bevel gear with a bearing fitted onto the main interlocking shaft for revolution is provided between the auxiliary interlocking shaft for autorotation and the main interlocking shaft for autorotation. It consists of a bicycle rotation interlocking system,
By independently connecting the power source drive shaft for revolution and the main interlocking shaft for revolution, and the power source drive shaft for autorotation and the main interlocking shaft for autorotation, directly or indirectly, the rotation of the rotating chuck and A machine for placing water leakage prevention material inside a vase that can change the speed, stop, and reverse the revolution simultaneously or independently. 3) The upper end of the rotating interlocking shaft is fixedly connected to the end of the horizontally provided main interlocking shaft for revolution to a rotating chuck that can removably attach vase bodies of various shapes or sizes, through bearings. 1. Fixing and connecting a substantially L-shaped revolution interlocking arm having a bent part for fitting 1. It consists of a continuous system for revolution, and an interlock system for rotation, which can interlock the interlock shaft for rotation by rotating the -L interlock shaft for revolution. A machine for tensioning water leakage prevention material in a vase, which can change, stop, and reverse the rotation and revolution of the rotary chuck by directly or indirectly connecting interlocking shafts.