JPS61234831A - Dust remover of electric cleaner - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement of a dust removal device for a vacuum cleaner equipped with a dust collection bag made of paper or the like that cannot be reused and is discarded together with the collected dust.

Although this vacuum cleaner can easily dispose of garbage, it is extremely effective at collecting dust, as it only collects about 1/2 to 1/3 of the actual dust collection volume compared to the effective dust collection capacity of the dust collection bag. Bad rate.

This is because the dust bag vent (
This is because the air permeability of the filtration surface (filtration surface) is impaired due to dust adhesion, making it virtually impossible to collect dust.

In order to improve the dust collection rate, many attempts have been made to remove dust from dust collection bags, but the biggest problem is that paper dust collection bags are weak in strength and are prone to tearing or other damage. .

For example, when the outer circumferential surface of a dust collection bag is rubbed with a dust remover made of wire, etc., the outer circumference of the dust collection bag is uneven or has a complicated shape due to various types of dust collection, so the dust remover may come into contact with the dust remover. This will scratch the surface and eventually tear the dust bag.

The present invention takes into consideration the above-mentioned drawbacks when considering dust removal from dust collection bags made of paper, etc., and aims to provide a dust collection bag that does not cause damage and further improves the dust collection ability of the dust collection bag. It is something to do.

That is, the present invention includes a fine dust filter that is made of a thin material such as paper that is breathable and flexible, has a bag shape, and cannot be reused. The present invention is characterized in that a breathable filter holder held by the dust collecting filter is provided, and a vibration device is provided to vibrate the filter holder.

According to this, by vibrating the filter holder, the bag-shaped fine dust collection filter receives vibration force through the filter holder, so that the dust-resistant dust is removed from the ventilation hole of the fine dust collection filter, and the fine dust collection filter is removed from the fine dust collection filter. The air permeability of the dust filter is restored. Further, since the dust removal vibration is performed through the filter holder, damage such as tearing does not occur. Further, since the filter holder is configured to have air permeability, the portion of the fine dust collection filter that the filter holder comes into contact with concentrates on dust adhesion. The dust removal power of the filter holder is greatest in the area where dust is concentrated, so
Dust removal is carried out.

Recovering air permeability through dust removal in this area further contributes to improving dust collection ability.

An embodiment of the present invention will be described below with reference to the drawings. This vacuum cleaner is composed of a main body case 1 and a dust case 2, as shown in FIG. has been done.

The main body case 1 is equipped with an electric blower 3 and a cord winding device 4 inside.

Cord winding device Cord reel 6 that winds up the 4-digit cord 5
has. A toothed portion 7 is formed on the outer periphery of the cord reel 6, and the toothed portion 7 meshes with an intermediate gear 9 rotatably supported on the front wall 8 side of the main body case l. A drive coupling 10 is attached to this intermediate gear 9, and this drive coupling 10 is located on the outer surface of the front wall 8 (exposed).

This drive coupling 10 is connected to a dust removing device of a dust collecting filter unit, which will be described later, provided on the dust case 2 side.

Next, the configuration of the dust case 2 will be explained.

The dust case 2 has a cylindrical shape, as shown in FIGS. 1, 2, and 4.

A first fine dust collection filter 1 is installed on the front side of the dust case 2.
An opening for a WCL fine dust collection filter is formed to take in and take out the WCL. A filter support plate 12 that can be opened and closed is provided in the opening for the first fine dust collection filter. This filter support plate 12 is rotatably supported by a support shaft (not shown) provided at the bottom of the opening for the first fine dust collection filter, and the support plate 12 is tilted forward using this support shaft as a fulcrum. It can be rotated.

The dust case lid 14 closes the opening for the first fine dust collection filter from the outside of the filter support plate 12, and is rotatably supported at the bottom of the dust case 2 with a support shaft 13. The lid 14 can be rotated forward using the fulcrum 13 as a fulcrum.

The dust case lid 14 has a hose connection port 15 into which a suction hose (not shown) is inserted, and a clamp 16.

The main body case 1 is detachably connected to the rear side of the dust case 2. A joint side opening is provided on the rear side of the dust case 2, and a dust collection filter unit 17, which will be described in detail later, is inserted into and taken out of the dust case 2 through this joint side opening.

The dust case 2 has a first fine dust collection filter 11 on the inner wall surface.
It has a plurality of filter holding ribs 18 that hold the filter from the outer periphery. The filter holding rib 18 extends from the inner part of the opening on the joint side toward the opening for the first fine dust collecting filter.

Further, between the filter holding ribs 18, filter drawer guide ribs 19 extending in the same direction as the filter holding ribs 18 are provided closer to the opening for the first fine dust collecting filter. This filter drawer guide rib 19 is inclined so as to be higher toward the first fine dust collecting filter opening side.

Next, the configuration of the first fine dust collection filter 11 will be described. As shown in FIGS. 1 and 2, the first fine dust collecting filter 11 is composed of a bag-shaped body 2o and a support plate 21. As shown in FIGS. The bag-like body 2o is made of thin, breathable, flexible paper. The support plate 21 is made of hard paper such as cardboard.

The support plate 21 and the bag-like body 20 are bonded together with an adhesive.

The support plate 21 has a dust suction port 22 and a cover 23 . The cover 23 can be easily bent along a bending line 24 formed on one side of the support plate 21. Two cut lines 25 are provided at the tip of the lid 23. Retaining piece 2 formed by both cut lines 25
6 is relatively easy to bend due to the cut line 25.

This support plate 21 is easily formed by punching out a single plate.

The dust suction port 22 is closed by bending the lid 23 and aligning it with the support plate 21. In order to maintain the cover 23 in this state, the retaining piece 26 is slightly bent and engaged with the inner edge of the dust suction port 22.

The first fine dust collection filter 11 is equipped with a bag-like body 20 before use.
Since the cover 23 is folded as shown in FIG. 2, it is very compact. For this reason, the first
Storage of the fine dust collection filter 11 does not take up a large space.

The first fine dust collection filter 11 is attached to the first fine dust collection opening side of the dust case 2 using the inner lid 12.

After that, by closing the dust case lid 14,
This vacuum cleaner is ready for use.

Next, the configuration of the dust collection filter unit 17 will be described.

As shown in FIGS. 1 and 4, the dust collecting filter 22) 17 mainly includes a coarse dust collecting filter integral 27, a second fine dust collecting filter frame 28, a filter support substrate 29, and a holding seal backing 30. It consists of

The coarse dust collecting filter frame 27 has a flat coarse dust collecting filter 31 on its front surface, and auxiliary coarse dust collecting filters 32 on its side and top surfaces.

Both filters 31. az is made of a net-like knitted yarn made of nylon, polyethylene/or polypropylene, etc., and the size of the ventilation holes is sufficiently larger than that of the first fine dust collection filter 11. . In other words, the first fine dust collecting filter 11 can collect fine dust such as sand, whereas both filters 31 and 32 allow fine dust to pass through.

The second fine dust collecting filter frame 28 is provided with a second fine dust collecting filter 33 made of a nonwoven fabric formed into a wave shape.

The size of the ventilation openings of the second fine dust collecting filter 33 is formed to be almost the same as that of the first fine dust collecting filter 1.

In this way, a second filter is installed downstream of the first fine dust collection filter 11.
It has a two-stage configuration in which fine dust collection filters 33 are arranged, and the dust that is not collected by the first fine dust collection filter 11 can be collected by the second fine dust collection filter 33, and the dust that is not collected by the first fine dust collection filter 11 can be collected by the second fine dust collection filter 33. No more fine dust will blow out than in 34.

The filter support substrate 29 rotatably supports a dust remover gear body 35 on the front side and a dust remover side manual handle 36 on the rear side. A dust remover 37 formed of an elastic body is fixed to the front surface of the dust remover gear body 35 with a screw 38.
8 to the dust remover manual lock end 36, the dust remover 37, the dust remover gear body 35, and the dust remover manual lock/handle 36 are connected.
The dollar 36 is attached to the filter support substrate 29 together.

The rear side of the second fine dust collecting filter frame 28 and the front side of the filter support substrate 29 are aligned, and a holding seal backing 30 is fitted on the outer periphery of both to form a set, and the coarse dust collecting filter frame 27 The second fine dust collection filter 33
The dust collecting filter unit 17 is constructed by covering and attaching it from the side.

By fitting this dust collection filter unit 17 into the dust case 2, the holding seal backing 3
The outer periphery of the dust case 2 is hermetically joined to the inner wall surface of the dust case 2.

The tip of the dust remover 37 is in contact with the rear surface (back surface) of the second fine dust collecting filter 33, so by turning the manual handle 36 for the dust remover, the back surface is caused to snap against the tip of the dust remover 37. It's rubbed like it's being rubbed. With this rubbing,
The second fine dust collection filter 33 vibrates, and the second fine dust collection filter 33 vibrates.
Fine dust adhering to the front (surface) of 3 is removed.

A percussion vibration type dust removal device is provided inside the coarse dust collection filter frame 27.

That is, as shown in FIG. 1, FIG. 4, FIG. 7, and FIG. is provided. A striking rod 41 made of a spring material is attached to this support boss portion 40. This installation is
A screw 42 that screws one end of the striking rod 41 into the support boss portion 40
and the seat plate 43.

A receiving mold protrusion 44 facing the free end side, which is the other end of the striking rod 41, is integrally formed on the back side of the coarse dust collecting filter 31. A vibration transmitting body 45, which is stretched over the coarse dust collecting filter 31 so as to extend left and right from the base of the receiving projection 44, has a tuning fork shape.

When the receiving mold protrusion 44 is struck with the striking rod 41, the coarse dust collecting filter 31 vibrates. Since the impression transmitting body 45 has a tuning fork shape, its vibration is well transmitted to the entire coarse dust collection filter 31. Also, since the striking rod 41 strikes the receiving mold protrusion 44 closer to the tip than the base, the coarse dust collection is improved. As shown in FIG. 8, the dust filter 31 vibrates like a seesaw around the receiving mold protrusion 44. Due to this seesaw-like vibration, the first fine dust collecting filter 11 connected to the surface of the coarse dust collecting filter 31 is continuously hit from the outside, so that the same filter 1
Dust adhering to the inner surface of 1 is removed.

Bearing 4 provided above the second fine dust collection filter frame 28
6 rotatably supports a cam body 48 via a seal backing 47. An idle gear body 49, a clutch ring 50, a spring 51, and a connecting cylinder body 52 are attached to the back side of the bearing 46, and these are fixed by a screw 53 that is screwed into the cam body 48.

The cam body 48 is rotated by turning the idler gear body 49. However, the rotation transmitted from the idle gear body 49 to the cam body 48 is only rotated in one direction by the clutch ring 50.

The cam body 48 is positioned so as to be joined to the free end of the striking rod 41, and the teeth of the idle gear body 49 are meshed with the teeth of the dust removal gear body 35, so that the dust removal gear body - By turning the dollar 3G, the cam body 48 is rotated via the dust removal gear body 35. As the cam body 48 rotates, the free end of the striking rod 41 is repelled, so that the striking rod 41 strikes the receiving mold protrusion 44 as described above.

The bearing 54 of the filter support board 29 rotatably supports the passive force lug ring 56 via the spring 55, and the passive coupling 56 is prevented from being removed by the bearing 5 via the seat plate 57.
This is done by means of a screw 58 which is screwed into 4.

The passive coupling 56 is formed with a toothed portion, and this toothed portion meshes with the toothed portion of the dust removal gear body 35. Further, the passive coupling 56 engages with the drive coupling 10 by coupling the dust case 2 to the main body case 1, and both couplings 0 and 56 are connected. With this connection, the cord reel 6 of the cord winding device 4
The rotational force is transmitted to the dust removal device installed in the dust collection filter.

Since the unidirectional rotation of the cam body 48 described above coincides with the rotation direction of the cord reel 6 when the cord 5 is pulled out, the cam body 48 does not rotate when the cord reel 6 rotates when the cord 5 is wound up.

This contributes to downsizing the unwinding mainspring spring of the cord winding device 4 that rotates the cord reel 6.

The above description has been made mainly from the viewpoint of the configuration of this vacuum cleaner shown in one embodiment. Next, the operation based on this configuration will be explained.

When the electric blower 3 is operated, the airflow containing dust passes through the suction hose and the hose connection port 15 and flows into the bag-like body 20 of the first fine dust collection filter 11 .

Here, coarse dust and fine dust are collected, and air and a small amount of fine dust pass through the vent of the bag-shaped body 20, and further pass through the coarse dust collecting filters 31 and 32, and the second fine dust collecting filter 3.
Flows to the 3rd side. The fine dust is recaptured here, and the air is
Pass through the ventilation hole of the fine dust collection filter 33 and remove it from the main body case l.
The air is exhausted from the exhaust port 34 of.

When the first fine dust collection filter 11 is attached to the dust case 2, the bag-like body 20 is in a folded state, but when air flows into the bag-like body 20, this wind pressure and the bag-like body 20 Due to the static pressure applied to the outer circumferential surface of the pouch 20, the pouch 20 inflates as shown in FIG. Since the outer periphery of the swollen bag-shaped body 20 is held down by the coarse dust collection filter 31 and the filter holding rib 18, it does not swell any further and dust collection is performed in this state.

The outer periphery of the bag-shaped body 20 is covered with a coarse dust collecting filter 3 as described above.
1 and the filter holding lip 18, the air permeability of the bag-like body 20 is not impaired. That is, since the coarse dust collecting filter 31 has sufficient air permeability and there is a ventilation passage between each filter holding lip 18, the bag-like body 2
Airflow to the outer circumference of 0 is not blocked.

Dust collection within the bag-shaped body 20 proceeds from the portion facing the coarse dust collection filter 31. As the opposing portions become more clogged, most of the airflow passes through the portions opposing the filter support lip 18 and further passes through the coarse dust collecting filter frame 27.
The dust flows to the second fine dust filter 33 through the coarse dust filter 32 provided on the side and upper sides of the dust filter 32 .

In this way, dust is collected from the bag-like body 20 of the first fine dust collecting filter 11.

If the amount of dust adhering to the bag-like body 20 and the second fine dust collection filter 33 increases and the suction force decreases, rotate the cord reel 6 of the cord winding device 4 or use the manual dust remover. 36, as described above, the dust remover 37 operates to remove dust from the second fine dust collecting filter 33, and the striking rod 41 operates to remove the dust from the bag-shaped body 2.
0 dust removal is also performed.

As described above, dust removal from the bag-like body 20 is carried out by vibration on the coarse dust collecting filter 31 side due to the operation of the striking rod 41, so that the bag-like body 20 is not damaged.

That is, since the bag-like body 20 is made of a relatively weak material such as paper, the bag-like body 20 is
If you rub the outside surface directly, it will break. However, since the dust removal vibration force is applied to the bag-like body 20 through the coarse dust collection filter 31, an unreasonable force that would tear the bag-like body 20 is not applied.

Furthermore, as described above, the coarse dust collecting filter 31 vibrates like a seesaw around the receiving mold protrusion 44, so due to this seesaw-like movement, the bag-like body 20 is bent inward from the outer surface and the bag-like body 20 is bent inwardly. On the other hand, since the impact force is applied, the dust adhering to the inner surface of the bag-like body 20 can be effectively peeled off.

Furthermore, the bag-shaped body 20 is in contact with the coarse dust collection filter 31.
Dust is extremely resistant to adhesion to this area, but since dust removal imaging is added to this area, dust removal is carried out effectively and contributes greatly to the recovery of dust collection capacity.

In this way, by using the first fine dust collecting filter 11 and the like while repeatedly removing dust in a timely manner, the first fine dust collecting filter 11 is filled with dust without leaving any extra space.

At this time, the first fine dust collection filter 1 is filled with dust.
1 from the dust case 2, and install a new first fine dust collection filter 11.

That is, the removal of the first fine dust collection filter 11 is as follows:
First, as shown in FIG. 5, the dust case lid 14 is opened by operating the clamp 16, and the dust suction port 22 is closed with the lid 23 of the first fine dust collection filter 11, as described above. Thereafter, by pulling the first fine dust collecting filter 11 outward with the supporting plate 21, the filter supporting plate 12 is opened, so that the first fine dust collecting filter 11 can be easily pulled out to the outside of the dust case 2.

When this drawer is drawn out, the dust suction port 22 is closed with the cover lid 23.
Since the suction port 22 is closed, dust does not spill out from the suction port 22. The first fine dust collection filter 11 that has been pulled out is thrown away with the dust still stored therein.

Moreover, the first fine dust collecting filter 11 can be pulled out more easily by the filter drawer guide rib 19.

The installation of the new first fine dust collection filter 11 has been described above, so a description thereof will be omitted here.

To remove the first fine dust collection filter 11 and install a new first fine dust collection filter 11, open the dust case lid 14 and remove the dust case 2.
Since this is done through the opening for the first fine dust collecting filter on the front side of the dust collecting filter, it can be carried out regardless of the removal of the dust collecting filter unit [7], which is easy to handle.

The amount of dust collected by the second fine dust collection filter 33 in the dust collection filter unit 17 is very small (95% or more is collected by the first fine dust collection filter 11). The amount of dust in the dust collection filter 33 is extremely small compared to when the first fine dust collection filter 11 is replaced.

Nevertheless, the reason for removing dust from the second fine dust collection filter 33 or discarding the dust is as follows.

That is, even if the first fine dust collecting filter 11 is replaced with a new one, if dust is attached to the second fine dust collecting filter 33, the suction capacity of the vacuum cleaner will not be completely restored. Even though I replaced the first fine dust collection filter 11 with a new one, there was a problem that the suction performance was poor, so I replaced the second fine dust collection filter 3.
It is necessary to recover the suction capacity of the filter 33 by removing dust as described in step 3.

In addition, when the amount of dust collected on the second fine dust collection filter 33 side exceeds a certain level, even if dust is removed, the removed dust will rise again significantly, and the filter 33 will soon lose its suction capacity due to dust adhesion. be inferior. In such a case, it is necessary to remove the dust collection filter unit 17 from the dust case 2 and throw away the dust, as shown in FIG.

To discard the dust on the second fine dust collection filter 33 side or to perform maintenance and inspection of the dust collection filter unit 17, remove the dust collection filter unit 17 from the joint side opening on the rear side of the dust case 2. Therefore, it can be carried out independently of the removal of the first fine dust collection filter 11, which is convenient in terms of handling.

Said 1st. The necessity of dust removal by the second fine dust collection filter 11.33 will be described in more detail with reference to the graphs shown in FIGS. 10 and 11.

That is, FIG. 1O and FIG. 11 show both the filters 11
The relationship between the suction strength and the amount of dust collected at t33 is shown in comparison with the presence or absence of dust removal.

First, as shown in FIG. 10 (showing the characteristics of only the first fine dust collection filter 11), when the first dust collection filter 11 is not removed, the dust collection performance characteristics shown in (A) are shown. In other words, as the amount of dust collected increases, the first fine dust collection filter 11 becomes clogged, the suction strength rapidly decreases, and the suction strength soon becomes saturated (the indicator shows saturation). ). Let V be the dust collection capacity in this case.

On the other hand, when the first fine dust collection filter 11 is timely removed, the dust collection performance characteristic shown in (b) is exhibited. In other words, when used while removing dust in a timely manner, the dust adhering to the first fine dust collection filter 11 is removed and the clogging is eliminated, so that the suction strength is restored and the amount of collected dust increases. The suction strength does not decrease rapidly. Therefore, when the suction strength reaches saturation, the dust collection capacity is 2.5 to 3V.
The dust collection capacity is increased by 2.5 to 3 times compared to the case where dust removal is not performed.

Next, as shown in Figure 11, the dust collection performance characteristics of the entire vacuum cleaner (c) are the dust collection performance characteristics of the first fine dust collection filter 11) and the second fine dust collection performance characteristics (e). becomes the sum of

Here, for convenience of explanation, it is assumed that dust removal from both filters 11.33 is not performed until the suction strength is saturated.

When the suction strength is saturated, if the first fine dust collection filter 11 is replaced with a new one, the decreased suction strength will be completely restored.

However, since the amount of decrease in suction strength of this vacuum cleaner as a whole is C, the suction strength as a whole has not completely recovered. That is, the amount of decrease a in the suction strength of the second fine dust collection filter 33 remains.

Therefore, by removing dust from the second fine dust collection filter 33, the suction strength of the second filter 33 is restored, and the suction strength of the vacuum cleaner as a whole is completely restored.

In this way, in a two-stage structure in which the second fine dust collecting filter 33 is provided downstream of the first fine dust collecting filter 11, it is expected that the suction capacity will be restored by replacing the first fine dust collecting filter 11. As above, the second fine dust collection filter 33
It is absolutely necessary to remove dust.

The above is the first fine dust collection filter 11 inside the dust case 2.
Although the description has been made regarding the usage type 114 when the first fine dust collecting filter 11 is set, this vacuum cleaner can be used without using the first fine dust collecting filter 11.

In this case, coarse dust is collected in the inner space of the dust case 2 in front of the coarse dust collection filter 31, and fine dust is collected in the second
The dust is collected by a fine dust collection filter 33.

It is convenient to remove the dust collection filter unit 17 and throw away the collected dust from the joint side opening of the dust case 2, since coarse and fine dust can be thrown away all at once.

When the first fine dust collection filter 11 is used, the coarse dust collection filter 31 does not function as a dust collection filter, but mainly has the function of holding the first fine dust collection filter 11 from the outside. On the other hand, when the first fine dust collection filter 11 is not used, the coarse dust collection filter 31
performs its original function as a dust collection filter. Furthermore, the coarse dust collection filter 31 can only collect coarse dust, and the collection of fine dust is performed by the second fine dust collection filter 33, so the second fine dust collection filter 33 performs its original fine dust collection function. do.

Dust removal from the second fine dust collection filter 33 is performed in the same manner as described above, but dust removal from the coarse dust collection filter 31 is performed by the vibration of the filter 31 caused by the impact of the striking rod 41.

As described above, the present invention includes a fine dust collection filter that is made of a thin material such as paper that has air permeability and flexibility, has a bag shape, and cannot be reused. The present invention is characterized in that an air-permeable filter holder is provided in contact with the outer surface of the filter to be held by the dust collecting filter, and a vibration device is provided to vibrate the filter holder.

According to this configuration, the following actions and effects can be expected.

(1) By photographing the filter holder,
Since the bag-shaped fine dust collecting filter receives the vibration force through the filter holder, the anti-adhesive dust is removed from the ventilation port of the fine dust collecting filter, and the air permeability of the fine dust collecting filter is restored.

(2) Since the dust removal vibration is performed through the filter holder, damage such as tearing does not occur.

(3) Since the filter holder is configured to have air permeability, the part of the fine dust collecting filter that this filter holder comes into contact with concentrates on dust adhesion. The dust removal power of the filter holder is greatest in the area where dust is concentrated, so
Dust is often removed. Recovering air permeability through dust removal in this area further contributes to improving dust collection ability.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; Fig. 1 is a longitudinal sectional view of the vacuum cleaner, Fig. 2 is an exploded perspective view of the vacuum cleaner, and Fig. 3 is a perspective view of the main parts of the dust case. Figure 4 is an exploded perspective view of the dust collection filter unit, Figure 5 is a diagram showing the state in which the first fine dust collection filter is removed, and Figure 6 is a diagram showing how to remove the dust collection filter unit and remove dust from the dust case. Figure 7 is an enlarged rear view of the coarse dust filter, and Figure 8 is a diagram showing the dust removal state of the first fine dust filter in relation to the coarse dust filter and the first fine dust filter. , Figure 9 is a diagram showing the state in which dust airflow flows into the first fine dust collection filter, Figure 10 is a diagram showing the dust collection performance characteristics of the first fine dust collection filter, and Figure 11 is a diagram showing the dust collection performance characteristics of the first fine dust collection filter. It is a figure which shows the dust collection performance characteristic when a filter and a 2nd fine dust collection filter are combined. DESCRIPTION OF SYMBOLS 11... First fine dust collection filter, 31... Coarse dust collection filter, 41... Strike rod, 44... Receiver.

Claims (1)

[Claims] 1. A bag-like fine dust collection filter that has air permeability and flexibility and is discarded as is after being filled with dust, and the downstream outer surface of the fine dust collection filter is in contact with the flat part to allow ventilation. A filter holder is provided with a filter holder for holding the filter holder, a receiver integrally formed on the surface of the filter holder, and an excitation means for striking and vibrating the receiver. The above-mentioned vibration excitation means striking in a direction parallel to the planar holding surface of the filter holder, and the above-mentioned receiver located approximately symmetrically with respect to a straight line passing through the center of the receiver perpendicular to the direction in which the receiver is struck. A dust removal device for a vacuum cleaner, characterized in that a vibration transmitting body is integrally fixed on a shooting body fixing surface.