JPH0429911Y2 - - Google Patents

Description

[Detailed description of the invention] <<Industrial application>> The present invention is designed to remove elongated waste such as hair and thread waste that is deeply and strongly entangled in the flocked part of a flocked floor mat whose surface is formed in the shape of a cut pile. Regarding the device for removing thread-like waste (hereinafter referred to as thread-like waste), in particular, a rotating brush is applied from below to the flocked pine that is being transported with the flocked side facing downward, and the rotating brush scrapes off the thread-like waste entangled in the flocked part. This invention relates to a cleaning device for floor mats.

<Prior Art> Flocked floor mats that have been used for a long time have thread-like debris entangled in the flocked areas along with soil and sand. Of these, soil and sand can be removed by washing with water, but filamentous debris cannot be removed by washing with water. For this reason, conventionally, thread-like debris has been manually removed using a comb or brush.

In view of these points, the present applicant has previously proposed a long and narrow waste removal device that removes filamentous waste entangled in the flocked areas by applying a roller brush to the flocked floor mats being transported. 1986-
No. 168819 (Jikkoi No. 4-6873).

<<Problem to be solved>> However, the method proposed above only removed thread-like debris from the floor mats, so if the mats were to be charged to improve their dust removal ability, a charged liquid had to be applied again. It had to be processed using processing equipment such as equipment.

<Means for Solving the Problems> The present invention solves the above-mentioned problems and provides a mat cleaning device that can complete the charging process when cleaning floor mats. A charged liquid applicator is arranged on the downstream side in the conveyance direction, a mat reversing guide plate is arranged opposite to the unloading section of the charged liquid applicator, and a treated mat unloader is placed below the charged liquid applicator and the roller brush. At the same time, a transfer guide plate placed between the roller brush delivery section and the inlet of the charged liquid application device is used to guide the pine to the charged liquid application device in an introduction position and to process the mat without passing through the charged liquid application device. The present invention is characterized in that it is configured to be able to swing between a short-circuit position in which the mat is guided while being reversed to the finished mat unloading device.

<<Function>> In the present invention, a charged liquid applicator is disposed on the lower side in the conveying direction than the roller brush, and a mat reversal guide plate is disposed opposite to the discharge section of the charged liquid applicator, and the charged liquid applicator and A device for discharging treated mats is disposed below the roller brush, and a transfer guide plate is disposed between the discharging section of the roller brush and the entrance of the charged liquid coating device to guide the mats to the charged liquid coating device. Since it is configured to be able to swing between the posture and the short-circuiting posture in which the treated pine is guided while being reversed to the unloading device without passing through the charged liquid applicator, by setting the transfer guide plate in the introduction posture, the roller brush can be used. After the thread-like debris has been removed, a charged liquid will be applied to the floor mats before they are transported out.
By setting the transfer guide plate in the short-circuited position, the mat from which filamentous debris has been removed is transported out.

《Example》 Fig. 1 is a perspective view taken out of the main part, Fig. 2 is a partially cutaway right side view of the flocked floor mat cleaning device, Fig. 3 is an enlarged sectional view of the main part of Fig. 2, and Fig. 4 is an enlarged sectional view of the main part of Fig. It is an enlarged view of the figure.

This floor mat cleaning device includes a take-in roller 2, a first roller brush 3, a relay roller 4, a second roller brush 5, a charged liquid application device 6, and a reversing guide plate 7 from the processing mat insertion side in the upper half of a casing 1.
are arranged in order, and the second roller brush 5 and the charged liquid application device 6 are connected by a transfer guide plate 8, and an endless guide plate 8 is provided below the reversing guide plate 7 to return the treated pine to the front side of the casing. A mat unloading device 9 using a belt mechanism is arranged.

Above the first roller brush 3 between the take-in roller 2 and the relay roller 4, a mat transfer path 12 is arranged, which is made up of a comb-like lower support member 10 and an upper member constituted by an endless belt mechanism 11. There is,
The leading end of the linear body 13 of the first roller brush 3 protrudes into the mat transfer path 12. Further, above the second roller brush 5, a comb-shaped support arm 14 and a counter roller 15 are arranged. Cleaning brushes 16 and 17 are arranged below each roller brush 3 and 5, respectively.
Dust removal combs 18 and 19 are arranged below the comb 7, respectively. Each cleaning brush 16, 17 has a polygonal rotary cylinder 20, 21, and rows of wire bundles 22, 23 extending in the axial direction are intermittently planted at appropriate intervals in the circumferential direction on the circumferential surface of a polygonal rotary cylinder 20, 21. Yes, each wire bundle 22, 23
is formed in a dogleg shape so that the leading end of the wire rotates before the base end of the wire.

The first roller brush 3, the corresponding cleaning brush 16, and the dust removal comb 18 for removing thread-like debris from the wire bundle 22 of the cleaning brush 16 are housed in the compartment 24, and the second roller brush 5
A corresponding cleaning brush 17 and a dust removal comb 19 for removing thread-like debris from the cleaning brush 17 are housed in the compartment 25. Both compartments 24 and 25 are communicated via suction ducts 26 and 27 with a suction type dust collector 28 disposed within the casing 1 below the mat unloading device 9.

As shown in FIGS. 1 and 4, the transfer guide plate 8 disposed between the second roller brush 5 and the charged liquid applicator 6 has its upper surface formed as a mat passage portion, and the transfer guide plate 8 has a mat passage portion. There are hexagonal tubes 29 on the left and right sides of the
is fixed to the hexagonal tube 29, and the pivot shaft 30, which is integrally fixed to the hexagonal tube 29, is rotatably supported by the structural wall 31 of the casing 1, so that it can be flipped up and swung. By pressing the contacts 33, which are elastically biased by the posture holding springs 32, into contact with the side wall portion, the transfer guide plate 8 is placed in the introduction posture T in which the mat passage portion is horizontal, and the mat passage portion is relative to the mat transfer surface. The position is maintained in a short-circuit position S tilted at 60 degrees. In the short-circuiting position S, the pine sent out from the second roller brush 5 is guided by the lower surface of the inclined transfer guide plate 8 and is flocked onto the treated pine carrying device 9 located below. It will be placed with the surface facing upward.

Further, one pivot shaft 30 of the transfer guide plate 8 and a rotary operating tool 34 attached to the upper wall of the casing 1 are connected by a flexible shaft 35, and the posture of the transfer guide plate 8 is changed by rotating the rotary operating tool 34. It is designed to do so.

Reference numeral 36 in the figure is a limit switch disposed corresponding to the upper end of the swinging region of the transfer guide plate 8. When the limit switch 36 is operated, the transfer guide plate 8
It is configured to stop driving the charged liquid application roller 37 of the charged liquid application device 6 and the charged liquid supply pump (not shown) when the device is switched to the short circuit position S.

In the flocked floor mat cleaning device having such a configuration, the transfer guide plate 8 is held in the introduction position T when applying the charged liquid after removing filamentous debris with the first roller brush 3 and the second roller brush 5. Then, the limit switch 36 becomes inactive, and the coating roller 37 of the charged liquid coating device 6 is turned off.
Since the liquid supply pump is in the driving state, the mat M sent out from the second roller brush 5 is introduced into the charged liquid application device 6, where the charged liquid is applied. The treated pine sent out from the charged liquid application device 6 has its conveyance direction changed by the reversing guide plate 7, and is then conveyed out by the pine unloading device 9 with the flocked surface facing upward.

On the other hand, when the charging process is not required, the transfer guide plate 8 is switched to the short circuit position S. Then, the mat sent out from the second roller brush 5 is guided to the mat delivery device 9 without entering the charging coating device 6. At this time, the application roller 37 and the liquid supply pump of the charged liquid application device 6 are stopped.

<<Effects>> In the present invention, the charged liquid application device is arranged on the lower side in the conveyance direction than the roller brush, and the mat reversal guide plate is arranged opposite to the discharge part of this charged liquid application device, and the charged liquid application device and A device for discharging treated mats is disposed below the roller brush, and a transfer guide plate is disposed between the discharging section of the roller brush and the inlet of the charged liquid coating device to guide the mats to the charged liquid coating device. Since it is configured to be able to swing between the posture and the short-circuiting posture in which the treated pine is guided while being reversed to the unloading device without passing through the charged liquid applicator, by setting the transfer guide plate in the introduction posture, the roller brush can be used. A charged liquid can be applied to the floor mat from which thread-like debris has been removed, and the floor mat can be transported out. Further, by setting the transfer guide plate in the short-circuited position, the mat with thread-like debris removed can be transported out. As a result, it is possible to provide a cleaning device that can remove filamentous debris from floor mats and perform charging treatment if necessary.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the main parts taken out, Figure 2 is a partially cutaway right side view of the flocked floor mat cleaning device, Figure 3 is an enlarged sectional view of the main parts of Figure 2, and Figure 4 is an enlarged view of the third part. It is. 1...Casing, 3...Roller brush, 6...
... Charged liquid application device, 7 ... Mat reversal guide plate, 8
...transfer guide plate, 9...processed pine transport device,
12...Matsuto transfer path, 13...3 linear body, M
...Flocked floor mat, T...Introduction posture mat,
S...Short-circuit posture.

Claims (1)

[Claims for Utility Model Registration] The leading end of the linear body 13 of the roller brush 3 rotating around a horizontal axis within the casing 1 is configured to be able to enter into the mat transfer path 12 formed on the upper side of the roller brush 3. Then, move the flocked floor mat M to the mat transfer path 12 with the flocked surface located on the roller brush 3 side.
In the cleaning device for flocked floor mats, which is configured to remove thread-like debris entangled on the flocked surface with a roller brush 3, a charged liquid applicator 6 is disposed on the downstream side of the roller brush 3 in the conveying direction, and this A mat reversal guide plate 7 is arranged opposite to the discharge section of the charged liquid application device 6,
A treated mat carrying-out device 9 is disposed below the charged liquid application device 6 and the roller brush 3, and a transfer guide plate 8 is arranged between the carrying-out portion of the roller brush 3 and the entrance portion of the charged liquid coating device 6. , an introduction posture T that guides the mat M to the charged liquid application device 6, and a device 9 for carrying out the treated mat without passing through the charged liquid application device 6.
A cleaning device for flocked floor mats, characterized in that the cleaning device is configured to be able to swing between a short-circuiting posture S in which the mats are guided while being reversed.