JPS584207A - Remote operating cord - 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 a remote control cord used for controlling an electric fan.

Conventionally, for example, in an electric fan, one swing control has been performed by pushing and pulling a dangerous operation knob, which is located inside the head and protrudes above the outside of the head. It is difficult to operate, especially JI! #Ir type electric fans, whose bodies are located at high places, have the disadvantage that they are even more difficult to operate. On the other hand, in contrast, there have been round models in which the advanced iris control can be remotely controlled from the front lower part of the fuselage or via a telescope. However, if the inner shoe on the control wire is bent, its sliding resistance will increase and it will not operate smoothly. The turf ear has such rigidity that it cannot be bent freely (perhaps to hold it in a suitable washer), so it cannot be bent freely, and there are restrictions on its distribution line, etc., making it difficult to assemble. This may cause defects due to heat, and furthermore, there may be cases where the tube is bundled or rolled up for storage).

The present invention has been made in consideration of the above-mentioned circumstances, and therefore, its purpose is to make it easy to assemble, to make it possible to use a Jlli2 that can be easily assembled, or to be rolled up and stored. To provide a suit for remote control that is inexpensive and has a good appearance.

Hereinafter, one embodiment of the present invention applied to a remote control code for controlling one peak of a TMM horizontal machine will be explained with reference to drawing 11. First, I! Referring to Figure 1, 1 is the base of the body on a wall-mounted fan, 2 is the nettabeath attached to the tip of the base 1 so that the angle of elevation can be adjusted, and 5 is the nettapee 72'&-Caoyup.
The head is simply attached to W, 4 is a blower blade which is attached to the rotating shaft of A-I protruding forward from inside the neck s, and 5 is 9 I-do which covers the air blower @4. In addition to the above-mentioned A-I, inside the head 3, there is also a pseudo mechanism 6 that causes the head 5 to be lost due to the fear of the A-I. 112m
In the same figure, 7 is a gear box, which houses a 9 worm 8 formed at the other end of the rotating shaft of the aforesaid screwdriver and a worm member μ 9 meshing with the worm 8, and also, A pinion (V) 10 is inserted into the worm member (μ9) so as to be movable up and down, and the groove (10) of the pinion (V) (10)
The engagement force of the bow 11 that engages with the bow 11 and the bow N11 of the bow N11 is used as a bow whose rotational force is transmitted to the Vio YF Yat 1o. Komude 10h is a 9-binion Vyaa) 10 lower end pinion that protrudes outside the gear box, and is rotatably pivoted to this on the outer surface of the gear box 7 with a screw 1B. Furthermore, this? One end of a link 15 is attached to the ten tire 14 by a screw 16, and the other end of the link 15 (not shown) is attached to the neter bead 2 at the other end (not shown) of the armpit 1S. Therefore, in the case of this embodiment, as described above, the pinion V shaft 10 is called, and the rotational force of the nine rotors is further transmitted from the pinion 10k to the drop gear 14 to give a circular motion tube to one end of the link 15. Since the head 1S makes a reciprocating rotational movement around the other end attached to the netter piece 2, the head 5 eventually makes one oscillation movement as a whole. Now, with respect to the one-swing mechanism 6 as described above, 17 is a control mechanism for controlling 70-stop operation], and in particular, 18 is a lever that controls 70-stop operation, and this is concentrated outside the gear box 7. It is attached to the support column 19 provided so as to be movable up and down by means of a support shaft 20, and its middle portion is engaged with the upper end portion of the above-mentioned bi-tool 1G. On the other hand, 21 is shown in its entirety in the first Iil 174-):! I love this with the Kent Stomach-μ Box! - and an operation knob 22 for adjusting the air volume, and an operation knob 2s for controlling the stoppage of the irises.
and an operation shaft zia&- with knob 2s attached.
Furthermore, as shown in Figure 2, a tongue piece 24 as an operator is attached inside the box 21. 25 is the lever 1 which is the above-mentioned stop control body.
8 and interposed between the lever 18 and the protrusion 7a on the upper surface of the ear pot X7;
Inside is a piece of scissors that is attached to the tongue piece 24, which is the aforementioned operator, and is interposed between the tongue piece 24 and the operation base 270, and the raised part 27&. 25 and 26 for remote control] and 28 are connected by a first suite 29. The remote control cord 28 connects the flexible first cord 29, which is a hollow tube through which an air operation medium is passed, to the device through which the conductive wire 50 is passed. 3WA to FIG. 5, in which reference numeral 53 indicates one (5) hole 34 for extruding the first cord 29 and, for example, four holes 3 for extruding the second cord s1#.
Arrange them in rows and rows of 5 llljim! 2 This is a mold that has a p-connection 1 connected to a through-groove ink 6 for extrusion, and a mandrel fi/6 shown in enlarged/reduced figure 4 is placed inside the hole Is4 part.
7 and a non-porous guide s8 are arranged, and on the other hand, there is a hole at the tip inside the hole 55! A guide 40 having a diameter of 191 is provided, and the conductor wire sO and 311 can be passed through the hole 59 of the guide 40. For example, soft chloride (for example, soft chloride) injected into the inner surface of III, the outer picture of guide 40, and the hole d! In addition to extruding from s5, mold! l! Inject vinyl chloride P between the inner surface of the guide 3B and the outer surface of the guide 3B. I7
hole through the shoulder girth! 14 is also extruded and has a transparent groove! By pushing out those incarnations Bi=μ from I6 as well, the first suit 2 as described above! and the second =-do! lIr with $1
It is integrally molded via part s2. Portrait, the previous enemy-2
5 and 24 are provided with protrusions 25&, 26&l, respectively, of which the protrusion 25m is engaged with the lever 18, while the protrusion 26m1 is engaged with the tongue piece 24. Also, the second (6) code S1 of the tool 28 for the remote control fI11 is a tie in the switch for adjusting the air volume in response to the aforementioned operation knob 22! - is used for electrical connection with the basket -I in the front 1B head δ.

Now, in the case of this embodiment configured as above, assuming that the control mechanism 6 and the control mechanism 17 are in the state shown in FIG. 2, the knob 2B is moved counterclockwise in the figure from this state. If the rotation operation is performed, the tongue piece 24 will cause the base-26-II to
X is pressed, and the pressed vessel 1l-26 contracts and sends its internal air to the first cord 29 of the 28 for remote control to the v-25. -25 extends and pushes up the lever 18, which is further pushed up and the nine V bar 18 pulls up the pinion shaft 1G, thereby releasing the engagement between the groove 10 & of the pinion shaft 10 and the port μm1. and the pinion V yaf) eIF to 10
Then, the transmission of the rotational force to the link 15 in the crank gear 14 is cut off, and thus the operation of the one-swing mechanism 6, in other words, the head 111! Stop S from shaking his head. When the knob 23 is rotated clockwise from this state and returned to its original position, the berry 26 is also pulled back by the protrusion 261 by the tongue 24 and returns to its original length, thereby allowing the first cord 29 to pass through. Since the air inside 25 is removed, the belly 25 contracts and the convex part 25a pulls down the v-bar 18, further pushing down this lever 1.
8 presses down the pinion Vya 7) 10, so the binding pinion Vya 7) 104 groove 10& engages with the bow fi/11, so that rotational force is transmitted through the link 151 as described above. This causes the penetrating mechanism 6 to perform its operation, in other words, to use the penetrating mechanism 6 to penetrate the neck 3.

In this way, the remote control cord 28 of this embodiment transmits pneumatic pressure using the first cable 29, and thereby controls the loss of the electric fan. Unlike Fiya, it is possible to use a material with excellent flexibility that does not get bent, so there is no need to bend it or make it hot, and there are no restrictions on wiring, etc. The attachment can be crystallized, and furthermore, it can be rolled up or rolled up and stored in a suitable storage space as desired. And in addition to that, the first code 2 above! Pass the conductive wire 50 through the *second =- wire 31
Since it is integrally molded with 9 parts, it can be manufactured efficiently, and in particular, they can be basically manufactured in the same way, which makes it easier to design the layers and other equipment related to manufacturing. Product prices can also be made much cheaper. or,
By integrally molding the first cord 29 and the second cord F51 in this way, there is no need to bundle them using a separate string tape, etc., which contributes to further speed-up of the work. In particular, it can improve the appearance.

Incidentally, the first cord 29 and the second cord s1 may be formed using different materials.Incidentally, the second cord 3
If soft vinyl chloride P is used for the first cord 29 and semi-rigid vinyl chloride μ tube is used for the first cord 29, rich flexibility can be obtained for the second cord 31, while the first cord The soot 29 has an appropriate flexibility and an appropriate rigidity, and thereby the second soot 29 can be prevented from collapsing.

(9) In addition, the present invention is not limited to the above-mentioned embodiments and shown in the drawings, for example, application to other than electric fans, specific molding methods, and even air as an operating medium. When using fluids other than
It can be carried out with appropriate changes within the limits.

In summary, according to the present invention, a first soot body having a hollow shape and having flexibility through which a fluid such as air as an operating medium passes, and the first cord having a conductive wire passed through it, It is characterized by a flexible second T-shape and an integrally molded joint, which makes it easy to assemble and also allows it to be rolled up and stored. Moreover, it is possible to provide a remote control code that has many advantages, such as being inexpensive, and having a good appearance.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention; Fig. 1 is a side view of the entire wall-mounted fan, Fig. 2 is an enlarged vertical sectional view and perspective view of the main part, and Fig. 3 is a perspective view of the mold. Figure 4 is I
I! 1llf) ff-4 line sectional view, FIG. 5 is an enlarged marma line sectional view. (10) In the figure, 28 is a suit for remote control, 29 is a first hood,
30 is a conductive wire, and 31 is a second suit.Applicant Tokyo Shibaura Electric Co., Ltd. Representative Patent Attorney Sahara − de + r′, :i Fig. 1

Claims (1)

[Scope of Claims] 1. A first flexible cord having a hollow 5 shape through which a fluid such as air as an operating medium passes, and a second cord having the same flexible tube through which a conductive wire is passed. For remote control, the - and do are integrally molded. 11. The remote control cord according to claim 1, wherein the cord 2@- and the second cord are made of different materials.