JP2012187285A - Clothes drying device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a clothes drying device in which an angle of an arm set for use may be easily changed and the arm does not easily come off during use.SOLUTION: For changing an angle of an arm 2 from a horizontal use state in which a restricting use part 15 is abutted against a first pin 7, a second pin 8 is caught by a stopper 20 of a guide hole 17 and an engaging part 11 of the arm 2 is engaged with a hook part 6 of a support 1, the arm 2 is moved forward against force applied by a pressing spring 25 while slightly lifting upward for releasing the engaging part 11 from the hook part 6 and releasing the second pin 8 from the stopper 20 of the guide hole 17, and thus, the arm 2 is placed in a state rotatable both upward and downward. When the arm 2 is rotated from this state upward or downward and force applied for holding the arm is released at a desired angle, force is applied by the pressing spring 25 so as to place the arm in a use state where the second pin 8 is caught by any of stoppers 18-21 of the guide hole 17 and any of engaging parts 10-13 of the arm 2 is engaged with the hook part 6 of the support 1.

Description

  The present invention attaches two to a wall surface or a column of a building as a set and hangs a clothes rack, and is particularly suitable for mounting on a window or an outer wall above a window. It is about.

  Since the above-described clothes drying apparatus is attached to a high place, it is necessary that the armband can be set at an obliquely downward angle so that the laundry can be easily dried. No. -1758 has been proposed, and this device is a clothes drying device comprising an armband having a hook receiving portion and a support body that supports the armband. Three hooks are provided inside, and a first pin and a second pin are provided between both side plates of the housing, and a hook that protrudes rearward and hooks into the hook at the base end of the armband. And a guide hole in which the first pin is inserted and movable and a second pin is inserted and movable, and the guide hole has three receiving portions that engage with the second pin. When the second pin moves in the guide hole and engages / disengages with the receiving part, the first pin is regulated. It is configured ones interference device for movement within the bore.

  Further, Japanese Utility Model Laid-Open No. 1-128790 has been proposed. This device is a hanging rod hanging tool comprising an arm having an insertion hole and a bracket that supports the arm, and the rear portion of the arm is inserted into the bracket. In addition, the arm is pivotally supported by the pivots of the left and right sleeves embedded in the bracket, and springs are mounted in the pivots and the side holes of the arms, and the concave grooves formed on the peripheral surface of the rear end of the arm are pressed against the lateral axis of the sleeve It is a clothesline hanging tool made by hanging.

No. 8-1758 Japanese Utility Model No. 1-128790 microfilm

  In the former conventional example, in order to change the angle used by the armband, it is necessary to rotate the armarm and engage the second pin with one of the receiving portions. If the interval between the receiving parts becomes small in multiple stages, it is difficult to set the desired angle. Also, if the laundry receives wind during use, it is easy to come off the arm and the arm. There is a problem that there is.

  Further, in the latter conventional example, the force is simply received by the pivot and the horizontal axis, and the concave groove formed on the peripheral surface of the rear end of the arm is biased in the latching direction with the horizontal axis by the spring force. Since the angle of the arm is maintained, when the arm is pulled in the opposite direction (tip direction) to the bracket via the laundry that has been dried during use, the latch between the groove and the horizontal axis is released. It has a structure where force is applied in the direction. Therefore, if the arm can be set obliquely downward, there is a problem that the arm will come off during use if the spring's elastic force is weak, and if the spring's elastic force is increased, a large force will be applied to the angle changing operation. There is a structural problem that it becomes necessary and the operability deteriorates. Therefore, in this conventional example, the actual arm cannot be set obliquely downward, and cannot be said to be a clothes drying apparatus suitable for being attached to the outer wall on the window or on the upper side of the window. The usage is different from that of the laundry equipment.

  An object of the present invention is to provide a multi-level setting angle used by the armband in the clothes drying apparatus capable of setting the armband at a plurality of angles including diagonally downward, and using the armband. It is an object of the present invention to provide a clothes-drying device that is easy to change the set angle and that does not easily come off the armband during use.

  In order to solve the above-mentioned problems, the present invention provides, in the invention of claim 1, an arm hook having a hook receiving portion and a support body for supporting the arm hook, wherein the arm hook includes a plurality of slant downwards including a downward direction. In the clothes drying apparatus which can be set to an angle, the support body is provided with a first pin and a second pin between both side plates of the housing, as well as providing a latching portion inside the housing whose front surface opens. At the base end of the armband, a hooking portion that protrudes rearward and engages with the hooking portion is provided, and a restriction hole that is movable by inserting the first pin and a guide hole that is movable by inserting the second pin are formed. And a plurality of engaging portions and engaging portions are provided so that the engaging portions can be selectively engaged with the engaging portions, and the guide holes are engaged with the second pin. When the second pin moves in the guide hole and engages / disengages with the receiving portion, the first pin is provided. It is configured to be able to move within the restriction hole, and the armband is provided with an urging spring that can contact the first pin at or near the restriction hole, and the hook part and the hook part are engaged and received. In a state where the engagement between the part and the second pin is released and the armband is rotatable, the biasing spring presses the first pin, the engaging part engages with the engaging part, and the receiving part of the guide hole Urging the armband in a direction to engage the second pin. In the invention of claim 2, the armband having the armrest receiving portion and a support body for supporting the armband. In the clothes drying apparatus which can set the armband at a plurality of angles including diagonally downward, the support body is provided with a latching portion inside the housing whose front surface is open, and both side plates of the housing A first pin and a second pin are provided between them, and a hook part that protrudes rearward and hooks with the hook part is provided at the base end of the armband. In addition, a restriction hole that can be moved by insertion of the first pin and a guide hole that can be moved by insertion of the second pin are drilled, and at least one of the latching portion and the latching portion is provided to latch the latching portion. The guide hole is provided with a plurality of receiving portions that engage with the second pin, and the second pin moves in the guide hole to receive the receiving portion. The first pin is configured to be able to move in the restriction hole when being engaged and disengaged, and the armband is provided with an urging spring that can contact the second pin at or near the guide hole. In a state where the engagement between the hook and the latching portion and the engagement between the receiving portion and the second pin are released and the arm hook is rotatable, the urging spring presses the second pin, and the latching portion becomes the latching portion. In addition to engaging, the armrest is biased in a direction in which the receiving portion of the guide hole engages with the second pin.

  As described above, according to the present invention, in the first aspect of the present invention, the urging spring capable of coming into contact with the first pin is provided in the restricting hole or in the vicinity thereof, and the engaging portion and the engaging portion are engaged and received. In a state where the engagement between the part and the second pin is released and the armband is rotatable, the biasing spring presses the first pin, the engaging part engages with the engaging part, and the receiving part of the guide hole Since the arm rod is urged in the direction to engage the second pin, the arm rod is operated to remove the engaging portion from the engaging portion, and the receiving portion of the guide hole from the second pin. If you remove it and loosen the force you have to rotate and set near the angle you want to set, the urging spring will move the armband to which the urging spring is attached to the proximal end side by the reaction force that presses the first pin Because it is energized, the second pin engages with one of the receiving parts of the guide hole, and one of the engaging parts of the arm hook engages with the engaging part of the support. Even if the setting angle used by the armband is multi-stage including the diagonally downward angle and the interval between the receiving parts is reduced, it is easy to change the setting angle used by the armband. In addition, there is an effect that the armband does not easily come off during use and the safety is improved.

  According to the invention of claim 2, an urging spring capable of contacting the second pin is provided in the guide hole or in the vicinity thereof, and the engagement between the engagement portion and the engagement portion and the engagement between the reception portion and the second pin. In a state where the arm hook is disengaged and the armband is rotatable, the urging spring presses the second pin, the engaging portion engages with the engaging portion, and the receiving portion of the guide hole engages with the second pin. Since the arm rod is urged in the direction to be operated, the arm rod is operated to remove the engaging portion from the engaging portion, and the receiving portion of the guide hole is removed from the second pin to rotate and set. When you loosen the force you have near the angle you want, the biasing spring biases the armband with the biasing spring attached to the base end by the reaction force that presses the second pin. The second pin is engaged with any one of the receiving parts, and any one of the hooking parts of the armband is engaged with the hanging part of the support, Even if the setting angle used by the heel is set in multiple stages including the diagonally downward angle and the interval between the receiving parts is reduced, the operation to change the setting angle used by the arm heel is easy, There is an effect that the brace does not easily come off and the safety is improved.

  In addition, by making it possible to set the angle used by the armband in multiple stages including an angle that is diagonally downward, the effect that it can correspond to a height that is easy to use depending on the height and age of the person using it, construction Even if the height to be attached is limited depending on the place, there is an effect that the arm can be set to a height that is easy for the user to use.

1 is an overall side view of Example 1. FIG. It is principal part sectional drawing of the use state where the armband of Example 1 is horizontal. It is principal part sectional drawing of the use condition of the armband of Example 1 diagonally upward. It is principal part sectional drawing of the use condition (small angle) of the armband of Example 1 diagonally downward. It is principal part sectional drawing of the use condition (large angle) of the armband of Example 1 diagonally downward. It is principal part sectional drawing of the accommodation state where the armband of Example 1 is perpendicular | vertical downward. It is principal part sectional drawing of the state which can rotate the armband of Example 1. FIG. 1 is an overall exploded perspective view of Example 1. FIG. 1 is a cross-sectional view of a support body in Example 1. FIG. It is sectional drawing of the base end part of the armband of Example 1. FIG. It is principal part sectional drawing of the use condition where the armband of Example 2 is horizontal. It is principal part sectional drawing of the state which the armband of Example 2 can rotate.

Example 1 is demonstrated based on FIGS.
The support body 1 is provided with mounting pieces 5 and 5 at both upper and lower ends of the rear portion of the housing 3 provided so that the pair of side plates 4 and 4 face each other with a space therebetween. Some are open. A latching portion 6 is provided in the middle and lower part of the inside of the housing 3, and a downwardly facing projection 33 is provided at the tip thereof. The side plates 4 and 4 are formed with two shaft holes (not indicated) through which the first pin 7 and the second pin 8 are inserted and fixed at oblique positions.

  The armband 2 is provided with five ellipse-shaped hook receiving portions 9... 9 having a substantially thin rectangular shape, and hook portions 10 to 13 that are selectively hooked with the hook portion 6 are provided at the base end portion. And a guide hole 17 through which the first pin 7 near the base end is inserted and the movement of the second pin 8 near the tip end is inserted and guided. It is drilled. In addition, upward locking protrusions 34 to 37 are provided at the tips of the hooking portions 10 to 13, respectively, and engage with the locking protrusions 33 provided on the hooking portion 6 of the support 1. .

  The restriction hole 14 is a substantially L-shaped penetrating hole, the tip of the upper side is used as the restriction use part 15, the tip of the lower side is used as the restriction storage part 16, and the guide hole 17 is substantially arc-shaped as a whole. The four receiving portions 18 to 21 that are arranged at a fixed angle interval centering on the restriction use portion 15 are projected outside the substantially arcuate path over a substantially half portion on the front end side. In addition, the guide storage portion 22 is formed at the end portion of the substantially arc-shaped path from the side of the receiving portion 18 closest to the base end portion.

  At the base end portion of the armband 2, there is provided a mounting recess 23 in the vicinity of the restriction hole 14, as will be described later, in which a winding portion 28 of a biasing spring 25 that is a torsion coil spring and one arm 29 are housed and attached. A circular fan-shaped recess 27 that allows the other arm 30 to rotate is provided, and the back stoppers 26 and 26 that protrude in the thickness direction of the armband 2 are attached to two spaced locations. Through-holes 24 and 24 are provided.

  The biasing spring 25, which is a torsion coil spring, is attached to one surface of the base end portion of the armband 2 and has a short arm 29 projecting from one end of the winding portion 28 and a long arm 30 projecting from the other. It is bent. The rattle stopper 26 is attached to both surfaces of the base end portion of the armband 2 and is formed by projecting substantially cylindrical mounting legs 32 and 32 on both end portions of the rear surface of the substantially rhombus-shaped main body portion 31. This is because the armband 2 reduces the rattling with respect to the support 1 and smoothly rotates.

Explain how to assemble.
First, an urging spring 25 that is a torsion coil spring is housed on one surface side of the armband 2, and its winding portion 28 and one arm 29 are housed in the mounting recess 23, and the other arm 30 is placed on the distal end side of the rotation recess 27. The arm 30 can be rotated within the range of the rotation concave portion 27 by being attached to the stepped portion and held in a state where the elastic force is charged.

  Next, the back stoppers 26 and 26 are attached to both surfaces of the armband 2 by attaching the mounting leg portions 32... 32 to the through holes 24 and 24 from both the front and back surfaces. The backlash stopper 26 attached to the urging spring 25 side also serves to hold the urging spring 25 so that the main body 31 does not come off the attachment recess 23.

  Then, the armband 2 is horizontally inserted into the housing 3 of the support 1 from the front opening between the pair of side plates 4, 4, and the first pin 7 and the second pin 8 are connected to 2 of the one side plate 4. Inserting from one shaft hole (not indicated), passing through the restricting use portion 15 and the receiving portion 20 of the restricting hole 14, respectively, and screwing and attaching to the two shaft holes (not indicated) of the other side plate 4.

The operation method will be described.
As shown in FIG. 2, the restriction use portion 15 abuts on the first pin 7, the second pin 8 engages with the receiving portion 20 of the guide hole 17, and the engaging portion 11 of the armband 2 is the support 1. In order to change the angle from the state in which the armband 2 is hooked, that is, the armband 2 is in a horizontal use state, the armband 2 is lifted slightly and moved forward against the force of the biasing spring 25. (See FIG. 7) When the hooking portion 11 is removed from the hooking portion 6 and the receiving portion 20 of the guide hole 17 is removed from the second pin 8, the armband 2 is in a state of being able to rotate both up and down. .

  When the arm 2 is rotated upward or downward from this state and the force held at the desired angle is loosened, the biasing spring 25 is attached by the reaction force that presses the first pin 7. Since the armband 2 is biased toward the base end, the second pin 8 is engaged with any one of the receiving portions 18 to 21 of the guide hole 17 and the hooking portion 10 of the armband 2 is engaged. -13 will be in the use state which latched by the latching | hanging part 6 of the support body 1. FIG.

  In any state of use, the outer protrusions 34 to 37 provided on the engaging portions 10 to 13 are engaged with the outer protrusion 33 provided on the engaging portion 6 of the support 1, so that it is supported by the armband 2. Even if a force is applied in a direction away from the body 1, the latching portions 10 to 13 and the latching portion 6 are not easily detached.

  As described above, when the armband 2 is in a rotatable state, when the second pin 8 is rotated downward until it exceeds the receiving portion 18 closest to the base end portion, the restriction accommodating portion 16 of the restriction hole 14 is changed to the first position. While abutting on one pin 7, the guide accommodating portion 22, which is the terminal end of the guide hole 17, abuts on the first pin 8 and is in a vertically downward retracted state (see FIG. 6).

A second embodiment will be described with reference to FIGS.
In this embodiment, the armband 42 is provided with a storage hole 49 extending downward so as to be continuous with the guide hole 46, and a fitting recess 51 is continuously provided at the lower end of the storage hole 49. . A biasing spring 48 is attached to the storage hole 49 so as to leave the moving space 52 on the base end side. The biasing spring 48 is a plate spring made of synthetic resin, provided with a fitting protrusion 50 at one end, and press-fitted into the fitting recess 51, and is attached to the moving space 52 side of the accommodation hole 49. It is provided so as to be deformable.

The operation method will be described.
As shown in FIG. 11, in order to change the angle of the armband 42 from the horizontal use state, the armspring 42 is moved forward against the force of the biasing spring 48 while slightly lifting the armarm 42. Is pushed by the second pin 44 and deformed and moved to the moving space 52 side, and the hook part 45 is removed from the hook part 43 and the receiving part 47 of the guide hole 46 is removed from the second pin 44. Is in a state in which it can rotate both up and down (see FIG. 12).

  When the arm 42 is rotated upward or downward from this state and the force held at the desired angle is loosened, the urging spring 48 is attached by the reaction force that presses the second pin 44. Since the arm 42 is biased toward the base end side, the second pin 44 is engaged with one of the four receiving portions of the guide hole 46 and the four hooking portions of the arm rod are engaged. One of them is in a use state where it is hooked on the hooking portion 43 of the support body 41. Other configurations are the same as those in the first embodiment, and are omitted.

DESCRIPTION OF SYMBOLS 1 Support body 2 Armband 3 Housing | casing 6 Latching part 7 1st pin 8 2nd pin 9 Latching part 10 Hanging part 11 Hanging part 12 Hanging part 13 Hanging part 14 Restriction hole 17 Guide hole 18 Receiving part 19 Receiving Part 20 Receiving part 21 Receiving part 25 Energizing spring 41 Support body 42 Armband 43 Engaging part 44 Second pin 45 Engaging part 46 Guide hole 47 Receiving part 48 Energizing spring

Claims (2)

 In the clothes drying apparatus, which includes an arm hook having a hook receiving portion and a support body that supports the arm hook, and the arm hook can be set at a plurality of angles including diagonally downward, the support body has an open front surface. A latching portion is provided inside the casing and a first pin and a second pin are provided between both side plates of the casing. The base end portion of the armband projects rearward and engages with the latching portion. In addition to providing a hooking portion, a restriction hole that can be moved by insertion of the first pin and a guide hole that can be moved by insertion of the second pin are drilled, and at least one of the hooking portion and the hooking portion can be provided. The guide hole is provided with a plurality of receiving portions that engage with the second pin, and the second pin moves in the guide hole. The first pin is configured to be able to move in the restriction hole when engaging and disengaging with the receiving part. A biasing spring that can come into contact with the first pin is provided beside the hook and the hook, and the hook and the hook are turned off. The urging spring presses the first pin so that the engaging portion engages with the engaging portion and the receiving portion of the guide hole urges the armband in a direction to engage with the second pin. A clothes drying device characterized by that.  In the clothes drying apparatus, which includes an arm hook having a hook receiving portion and a support body that supports the arm hook, and the arm hook can be set at a plurality of angles including diagonally downward, the support body has an open front surface. A latching portion is provided inside the casing and a first pin and a second pin are provided between both side plates of the casing. The base end portion of the armband projects rearward and engages with the latching portion. In addition to providing a hooking portion, a restriction hole that can be moved by insertion of the first pin and a guide hole that can be moved by insertion of the second pin are drilled, and at least one of the hooking portion and the hooking portion can be provided. The guide hole is provided with a plurality of receiving portions that engage with the second pin, and the second pin moves in the guide hole. The first pin is configured to be able to move in the restriction hole when being engaged with or disengaged from the receiving part. A biasing spring that can come into contact with the second pin is provided beside the hook and the hook, and the hook and the hook are turned off. The urging spring presses the second pin so that the engaging portion engages with the engaging portion and the receiving portion of the guide hole urges the armband in a direction to engage with the second pin. A clothes drying device characterized by that.

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