JPS592128Y2 - Dehydration basket for metsuki - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to improvement of dehydration ability for plating.

Conventional dehydration devices for plating have generally had a bottomed cylindrical shape, with an inner flange on the upper surface of the opening and through-holes for dehydration provided throughout the main body.

As a result, various problems occur during work as described below.

(b) It is difficult to automate and save labor in the dewatering process.

(b) If automation is attempted, generally the dewatering capacity taken out from the dehydrator is chucked, then it is reversed and the stored plated product is discharged into a weighing machine, etc., and then the dehydration capacity is A method was used to restore the original state.

As a result, equipment such as chucking equipment becomes larger and more complex.

(c) As mentioned above, since 180° rotation is repeated, there is a high risk of work, and since two steps of reversing and returning are required, time is wasted in taking out the finished product, and workability is poor.

Furthermore, because it is a reversible type, the finished products often collide with each other, causing scratches on the products.

Therefore, the present invention has a structure in which the bottom part of the dewatering unit can be freely fitted and removed from its side plate part, and a locking device is provided to dynamically release the gap between the bottom part and the side plate part when the dehydrating unit is in a lifted state. An object of the present invention is to provide a dehydration function for plating in which the finished product flows down from the lower surface of the opening of the dehydration function in a radial direction in the suspended state, thereby eliminating the above-mentioned problems.

A preferred embodiment of the present invention will be described in detail based on the drawings.

Reference numeral 1 denotes a dehydrating side plate portion having an opening upper surface 2 and an opening lower surface 3, and has a cylindrical shape, and a large number of through holes 4 for dehydration are bored in the cylindrical main body surface 1a.

An annular collar body 5 is attached to the opening upper surface 2 and protrudes from the inside and outside of the main body surface 1a, and several supporting tubes 6 are connected to the opening lower surface from the lower surface of the collar body 5 inside the main body surface 1a. It is located slightly above the

A triangular guide plate 7 is attached to the lower end of each support tube 6, and a cutout groove 8 into which a triangular guide plate is inserted is provided on one side of the bottom section, which will be described later. It is cut adjacent to the guide plate 7.

Reference numeral 9 denotes a stopper provided inside the lower end opening of the carrier tube 6.

Reference numeral 10 denotes a dewatering bottom base section, which is formed of an umbrella-shaped bottom surface 10a and a protruding tube section 10b that is fitted onto a protruding shaft of a dehydrator (not shown). part is the side plate part 1
The structure is such that the bottom part of the dewatering capacity is closed in the fitted state, and the bottom part of the dehydrating capacity is opened in the detached state, so-called suspended state.

Note that 10C is a through hole for dewatering that is bored in the bottom surface 10a of the base part 10.

Reference numeral 11 is a piece of finished product having a triangular cross section provided on the bottom base part 10, and three pieces are provided on the bottom face 10a corresponding to the supporting tube 6 toward the protruding cylinder part 10b, and the bottom face 10a
reinforcement and sorting when discharging finished products.

Reference numeral 12 denotes a suspension rod that is installed upright on the inclined end surface of the piece 11, and is slidably inserted into the support tube 6, and with a stopper piece 12a provided at its tip, as shown in FIG. The bottom part 10 is held in a suspended state on the side plate part 1.

Reference numeral 13 denotes a guide plate provided between the hanging rod 12 and the swing piece 11, which is adjacent to the guide plate 7 of the carrier tube 6 and inserted into the notch groove 8 of the carrier tube 6 when the dewatering capacity is closed. Ru.

Also, just before the dewatering capacity is released, this guide plate 13 is replaced by the guide plate 7.
At the same time, it gives a slight jolt to the dehydrated finished product, giving it fluidity and smoothing out its discharge.

Reference numeral 14 denotes a hanging ring installed upright on the upper surface of the projecting tube part 10b, and is attached to the hook of a chain block, hoist, etc., for the purpose of lifting and then suspending the dewatering ability of the present invention.

15 is provided on the lower surface of the bottom pedestal 10;
is integrated into the side plate part 1, and in this embodiment, the lock rod 18 is inserted into and removed from the insertion hole 19 provided in the side plate part 1 and the bottom part 10 via a spring 16 and a link mechanism 17. It has become.

20 is a reinforcing member of the side plate portion 1.

Note that the support tube 6, suspension rod 12, and locking device 15 are not limited to this embodiment, and the so-called support tube 6 and suspension rod 12 are connected to the bottom part 1.
0 is maintained in a suspended state from the side plate part 1, and the locking device 15 is also a mechanism in which the bottom part 10 and the side plate part 1 are integrated and the lock is released when the dewatering capacity is lifted. Of course it's a good thing.

Next, the state of use of the present invention will be explained.

The dewatering ring 14, which has completed dewatering and is fitted into the dehydrator (not shown), is attached to a hook such as a chain block to suspend the dehydrator. The device 15 is disengaged from the side plate portion 1.

That is, by increasing the dewatering capacity, the spring 16 is restored by its elastic force, and the link mechanism 17 is bent outward as the spring 16 returns to its original state.

As a result, the locking rod 18 is removed from the insertion hole 19 of the side plate 1, and the locked state between the bottom pedestal 10 and the side plate 1 is released.

In this state, the dewatering capacity is lifted and transferred, and by inserting from the side direction into the horse-shaped pedestal 23 on the frame 22 placed at a predetermined position, approximately 2/3 of the outer ring of the collar body 5 is removed. is placed on the pedestal 23.

Then, when the hook is engaged or detached from the hanging ring 14 or when the chain block or the like is loosened, the bottom part 10 automatically moves downward due to its own weight and the weight of the finished product, and the stopper piece 12 a
hits the stopper 9 and its movement is regulated, and the bottom part 1
0 is maintained in a suspended state on the side plate portion 1 via a mounting stand 23.

In this suspended state, strictly speaking, when the bottom part 10 starts to separate from the side plate part 1, the finished product is formed by its own weight between the opening lower surface 3 of the side plate part 1 and the edge of the bottom surface 10a of the bottom part 10. The finished products are discharged in the radial direction of the dewatering capacity through the gap between the two, and in the suspended state shown in Figure 3, where the gap is at its maximum, all of the finished products are discharged in the radial direction from the bottom of the opening of the dehydration capacity, as described above. be done.

The discharged product is passed through a chute 24 to a weighing machine 2, for example.
It is stored in 5.

Next, when the hook is attached to the hanging ring 14 or a chain block or the like is attached to lift the dewatering function, when this is fitted into the dehydrator, the link mechanism 17 is pressed against the inner bottom surface of the dehydrator.
The locking rod 18 is inserted into the insertion hole 19 and the locking device 1
5 is activated, and the first state shown in FIG. 1, in which the side plate part 1 and the bottom part 10 are integrated, is reached.

Note that even when the locking device 15 is installed on the floor of a factory after being lifted, the locking device 15 has the same effect as described above.

As described in detail above, the present invention has a structure in which the bottom part can be freely fitted and removed from the side plate part having an open upper and lower surface, and by effectively utilizing a lifting tool such as a chain block and a mounting base,
Finished products can be discharged from the bottom of the dehydration opening in the radial direction, providing automation and labor-saving dehydration that is ideal for automated lines in the plating process. Since it is a lifting and hanging method, there is no danger and it can contribute to improving work safety and work efficiency.

In particular, the present invention uses a suspension and insertion method rather than a reversal direction, so there is no need for processes such as chucking and repeated reversals.
This significantly improves work efficiency and shortens discharge time, helping to expand production capacity and lower production costs.

In addition, unlike the reversing method, the discharge method for finished products is a natural flow method, so finished products can be reliably discharged without remaining during dewatering, and the direction of discharge is the radial direction of dewatering, so plating Regardless of the type of product, even fairly long products can be reliably discharged.

Furthermore, compared to the reversing method, there are fewer collisions between products, and the occurrence of scratches can be minimized.

Furthermore, compared to the inversion method, there is no need for incidental equipment, and only the dewatering ability of the present invention is required, so it has many practical effects such as simplifying factory equipment and being able to easily automate and save labor. has.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, in which Fig. 1 is a partially cutaway plan view, Fig. 2 is a sectional view taken along line AA' of the above, Fig. 3 is a sectional view showing the same in a suspended state, and Fig. 4 is a sectional view of the same. The figure is a schematic plan view showing the state of insertion into the mount. 1...Side plate part, 2...Opening top surface, 3.
... lower surface of opening, 4 ... through hole, 5 ...
... Flange body, 6 ... Support tube, 7 ... Guide plate, 8 ... Notch groove, 9 ... Stopper, 10 ...・Bottom pedestal part, 11... The distribution is one piece, 12... Hanging rod, 13... Guide plate, 14... Hanging ring, 15... ... Lock device, 18 ... Lock rod, 19 ... Insertion hole, 23 ... Mounting stand, 24 ... Chute.

Claims (1)

[Scope of utility model registration request] An umbrella-shaped cage side plate having upper and lower opening surfaces and having a collar body on the opening upper surface and a large number of through holes on the cylindrical main body surface, and a hanging ring that is fitted into and removed from the opening lower surface of the side plate. A cage bottom pedestal section comprising a number of through holes in the bottom surface and a suspension rod inserted into a support tube provided on the main body surface of the side plate section, and a lock that integrates the bottom pedestal section and the side plate section. The device is configured such that when the bottom pedestal is detached from the lower surface of the opening of the side plate, the bottom pedestal is suspended from the side plate via a hanging rod, and in this suspended state, the lower surface of the opening is The dewatering function for plating is characterized by discharging the plated products stored in the radial direction of the basket from a gap formed between the bottom edge of the bottom part and the bottom edge of the bottom part.