JP3194407U - Elevator magnet base for laser marking machine - Google Patents

Abstract

The present invention provides an elevator magnet base for a laser marking device that can confirm a horizontal laser beam that meets a standard from a laser marking device without using a tripod at a high position in a building. A laser marking device is installed on a pan head 8 attached to the upper end of a movable shaft of an elevator that is moved up and down by an operation handle 7 of an elevator 10 attached to a mounting arm 5 provided on a base 3, and the knob 2 is operated. Then, the magnet 1 attached to the base 3 is attracted and fixed to the side surface of the iron column, and the laser marking device is installed on the side surface of the high iron column. Subtle movement adjustment of the position of the pan head 8 on the elevator movement axis is enabled by operating the handle 7. [Selection] Figure 2

Description

  In the present invention, at the height of the steel pillar of the building, the elevator base that is attached to the steel pillar of the construction site by attracting magnets is provided with a vertical movable shaft of the elevator, and the horizontal line is observed and confirmed on the pan head provided at the top The present invention relates to an elevator magnet base for a laser marking device for installing a laser marking device. The operator is located at the height of the building and attaches the magnet of the base to the side of the steel pillar, and installs and operates the laser ink ejector on the head of the upper and lower movable shaft of the base elevator. When the process is completed, it is an elevator magnet base for a laser marking device that allows easy removal of the laser marking device installed from the top of the elevator's upper and lower movable shaft and removal of the platform from the side of the iron pillar.

A laser marking machine is used to check the standard horizon at the construction site. Normally, a laser marking device is installed on a tripod head on an open tripod, or the tripod cannot be used at high places in buildings.
A pan head mounted on a tripod is used for practical purposes as a laser marking unit. However, a practical pan head is used by installing a laser marking device on a pan head mounted on a tripod base. If you place a tripod pedestal on a steel pillar, for example, if you install a laser marking device at the height of a steel pillar used in a steel structure and check the horizon, place the tripod above the height of the building. It must be lifted up and installed with a laser marking device on the pan head. For this reason, it is difficult to finely adjust the height of the laser marking horizontal line by placing a tripod on the iron pillar and installing a laser marking device on the pan head.

However, when a tripod is set up at a high place to operate a laser marking device, it is necessary to have a wide place at the high place. Furthermore, when the tripod is used for the installation of a laser marking device at a high place, in order to realize a laser marking horizontal line at a relatively high position and a wide field of view at a high position, and to make it difficult for fine adjustment shake to occur manually, It is necessary to solve the problem of fine adjustment by securing a sufficient installation area at a high place and installing a laser marking device on a tripod head.
FIG. 1 is a front view of the base, showing the positional relationship between the base that adsorbs the magnet attached to the side of the iron pillar and the vertical movement axis of the elevator attached to the elevator mounting arm. Reference numeral 3 is a base, 10 is an elevator, 6 is an elevator vertically movable shaft, 7 is a height adjustment handle for the elevator vertically movable shaft, and 9 is a mounting fixing screw for the elevator vertically movable shaft. Attach a magnet to the side of the steel pillar, attach a base, and install a laser marking device on the platform mounted on the top of the elevator's vertical movable shaft. Make fine adjustments accordingly.

JP 2005-49198 A JP 2004-45240 A JP 2000-246673 A Registered Utility Model No. 3101610

  The problem to be solved is that there is no place to install a tripod when a laser marking device is installed on the side of a steel pillar of a steel structure building and the operator operates it to irradiate a laser beam. It becomes an obstacle for the person. Therefore, the laser marking device cannot be fixed at the height of the steel structure building.

  In this invention, in order to install the laser marking device on the side of the iron pillar of the building where the laser marking device is installed, the magnet provided on the bottom of the base is attracted to the iron column and fixed, so that it is in the proper position on the side of the iron column. The most important feature is that the laser marking device is installed on the pan head provided at the upper end of the elevator's upper and lower movable shaft, which is fixed to the side of the steel pillar and attached to the elevator mounting arm of the base. .

  The elevator magnet base for the laser marking device of the present invention is mounted on the vertical movable shaft of the elevator fixed to the base fixed to the side of the iron pillar at a high place by attaching the magnet to the side of the iron pillar and fixed with the mounting arm. Loosen the fixing screw, move up and down with the height adjustment handle, move the laser marking device up and down to adjust the laser beam irradiation position, tighten the mounting fixing screw, and always keep the horizontal line on the side of the steel pillar Since it can be determined, there is an advantage that a horizontal laser beam meeting the standard can be confirmed from the laser marking device without using a tripod at a high position in the building.

FIG. 1 is an explanatory view showing a method for carrying out the front of the elevator magnet base for a laser marking device. Example 1 FIG. 2 is an explanatory view showing a method of performing the side surface of the elevator magnet base for the laser marking device. Example 1 FIG. 3 is an explanatory view showing a method of implementing a plane of the elevator magnet base for the laser marking device. Example 1

  The place where the laser ink detector is installed with a magnet and elevator installed on the base for the purpose of irradiating the laser beam from the side of the steel pillar as high as possible in the building according to the standard. This is achieved without using a tripod that requires a wide space.

  FIG. 1 is a front view of an embodiment of the device according to the present invention, wherein 1 is a magnet, 2 is a magnet operation knob, 3 is a base, 4 is a safety rope mounting ring, 5 is an elevator mounting arm, An elevator movable shaft, 7 is a height adjusting handle of the elevator movable shaft, 8 is a mounting head for a laser marking device, 9 is an elevator fixing shaft fixing screw, and 10 is an elevator. Reference numerals 1 to 10 are the same as those in FIGS.

  The elevator magnet base for the laser marking device according to the present invention adsorbs the magnet attached to the bottom surface of the base at an appropriate position on the side of the iron column of the building where the laser marking device is installed, and the base is attached to the side of the iron column. The laser marking device is installed on the pan head at the upper end of the vertical movable shaft of the elevator attached to the mounting arm of the base. For this reason, the magnet 1 provided on the bottom surface by the magnet operation knob 2 of the base 3 is attracted and fixed to the side surface of the iron column at an appropriate position on the side surface of the iron column, and the base 3 is stabilized on the side surface of the iron column. A laser marking device is installed on the pan head 8 attached to the upper end of the vertically movable shaft 6 of the elevator attached to the elevator attachment arm 5.

  A magnet 1 is attached to the bottom surface of the base 3, and when the base is fixed to the iron pole, the magnet operation knob 2 is rotated so that the magnet 1 protrudes from the bottom surface of the base 3 to the side of the iron pillar. Can be adsorbed. When the base 3 is no longer used, the laser marking device is removed from the pan head 8, the magnet operation knob 2 is rotated, the magnet 1 is stored on the bottom surface of the base 3, and the base 3 is removed from the iron pillar. Can be removed.

  A safety rope attachment ring 4 is provided on the side surface of the base 3, one end of the rope is connected to the safety rope attachment ring 4, and the other end of the rope is connected to an iron pole, thereby preventing a danger from being caused by dropping the base 3. In a building, use a safety rope to avoid the danger of dropping the base from a high place. Be careful not to drop the elevator magnet base for the laser in accordance with the present invention. It is necessary to install and carefully operate the laser marking device.

  The vertical moving shaft mounting fixing screw 9 of the elevator 10 fixed to the base 3 with the mounting arm 5 is loosened, and the height of the vertical movable shaft 6 of the elevator 10 is increased by the height adjustment handle 7 provided on the side surface of the base 3. Alternatively, the laser beam irradiation position is adjusted, the mounting fixing screw 9 is tightened, the height of the laser marking device installed on the pan head 8 at the upper end of the vertical movable shaft is determined, and the laser horizontal line of the laser marking device is determined. The construction position can be specified according to the standard.

The base 3 can be easily fixed by moving the magnet operation knob 2 to an appropriate position of the iron pillar and attracting the magnet 1.

  Therefore, the operator can move the base by operating the magnet operation knob 2 even at a position in the building, positioning the horizontal line from the laser marking device, and even if the operator does not use a tripod. There is an effect that makes it easy to install the laser marking device at a high place.

If there is a steel pillar, it is possible to easily change the mounting position of the base by operating the magnet attached to the base even at a high place in the building, and attract the magnet to the side of the high steel pillar. Thus, the elevator vertical movement shaft can be moved up and down by the operation handle of the elevator in which the laser marking device installed on the platform is mounted on the mounting arm of the base.
A laser marking device is installed and mounted on the pan head attached to the upper end of the elevator's vertical movable shaft, and the position of the laser marking device can be finely adjusted by moving the vertical movable shaft of the elevator. It can be applied to applications in which delicate movement adjustment of the position of the pan head on the elevator is indispensable by operating the handle in the building.

DESCRIPTION OF SYMBOLS 1 Magnet 2 Magnet operation knob 3 Base 4 Safety rope mounting ring 5 Elevator mounting arm 6 Elevator vertical movable shaft 7 Elevator height adjustment handle 8 Pan head 9 Elevator vertical movable shaft mounting fixing screw 10 Elevator

Claims (1)

    A pan head 8 for installing a laser marking device is attached to the upper end of the vertically movable shaft 6 of the elevator that moves up and down by operating the handle 7 of the elevator 10 attached to the attachment arm 5 provided on the base 3, and a magnet is attached to the bottom of the base 3. 1 is attached, and the magnet 1 is attached to the side of the high steel pillar where the laser marking device is installed with a magnet operation knob. The elevator 1 is provided with a fixing screw 9 for the vertical movable shaft, and a pan head 8 at the upper end of the vertical movable shaft. Elevator magnet base for laser marking machine, which enables subtle vertical adjustment of the position of the laser marking machine installed in the machine.

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