TW201325511A - Rotatable clothes hanger - Google Patents

Abstract

A rotatable clothes hanger is provided. The rotatable clothes hanger includes a supporting frame, an annular frame, a control device, and a variety of crane scales. The annular frame includes a conveyor belt capable of rotating along the annular frame, and a drive unit to drive the conveyor belt to rotate along the annular frame. The control device is arranged in the supporting frame and used to control the drive unit to drive the conveyor belt to rotate along the annular frame. The crane scales is connected to the conveyor and used to hang garments thereon, thereby allowing the garments to rotate together with the crane scales.

Description

Rotatable drying rack

The invention relates to a clothes drying rack, in particular to a rotatable drying rack.

Today, home drying racks are becoming more and more automated. Among them, the electric lifting drying racks are favored by more and more families because of their advantages of small occupied space, labor-saving operation and convenient use. The electric lifting drying rack comprises a clothes drying rod, a rope or a diamond frame fixed to both ends of the clothes drying rod, and a control device for controlling the rope winding or the diamond frame to rise or fall. When in use, the user can automatically raise or lower the clothes rail by simply pressing the up and down switch buttons. However, when the hook with the clothes attached is placed in the positioning hole opened on the clothes shaft, the position of the clothes is fixed, so that the parts of the clothes cannot receive the sunlight uniformly, resulting in inconsistent drying of the clothes.

In view of the above, it is necessary to provide a rotatable drying rack which can solve the above problems.

The present invention provides a rotatable drying rack comprising a support frame; an annular frame comprising a guide belt movable along the annular frame and a belt drive unit; a control device disposed inside the support frame The control device is configured to control the belt driving unit to drive the belt to move along the ring frame; a plurality of electronic hanging scales are fixed on the guiding belt, the electronic hanging scale is used for hanging clothes, and the clothes are in the guide The belt is driven to move along the ring frame at the same time.

Compared with the prior art, the rotatable drying rack of the present invention can automatically rotate the clothes, so that the clothes fixed to the parts of the drying rack can receive the sunlight uniformly.

1 and 2 illustrate a rotatable drying rack 1 of the present invention. The rotatable drying rack 1 comprises an annular frame 10, two connecting elements 20 and a support frame 30. The upper ends of the two connecting elements 20 are respectively fixed to the two ends of the support frame 30, and the lower end portions are fixed to both ends of the ring frame 10 by a fixing strip 200. Referring to FIG. 3 together, the rotatable drying rack 1 further includes a control device 40 disposed inside the support frame 30 for controlling the connecting member 20 to move up or down, thereby driving the ring frame 10 to rise. Or drop.

In the present embodiment, each connecting element 20 includes a plurality of connecting rod units 21, each connecting rod unit 21 includes two rotationally connected connecting rods 22, the connecting positions of which are located at respective intermediate positions. The connecting rod unit 21 is made substantially X-shaped. The ends of the connecting rods 22 of the two adjacent connecting rod units 21 are rotatably connected. In the present embodiment, each connecting element 20 further includes two connecting cords 23, one end of which is respectively connected to two connecting rods 22 of one of the connecting rod units 21, and the two connecting ropes 23 The other end is connected to the control device 40. The control device 40 can now include a first motor 41, a pulley 42 and a controller 43. When the controller 43 controls the first motor 41 to rotate forward or reverse, the pulley 42 is simultaneously rotated or reversed, so that the two connecting strings 23 are extended or retracted, and the connecting rope 23 is connected at this time. The two connecting rods 22 rotate relative to each other while driving the other connecting rods 22 to rotate relative to each other, so that the connecting member 20 as a whole is moved upward or downward. In the present embodiment, the user controls the controller 43 via a remote controller (not shown). It can be understood that in other embodiments, the connecting element 20 can be replaced by the two connecting cords 23, that is, one end of the two connecting cords 23 is directly connected to the fixing strip 200, and the other end is connected to the control device 40. When the first motor 41 is in operation, the pulley 42 also rotates or reverses, so that the connecting rope 23 is wound on the pulley to be extended or retracted, and the ring frame 10 can also be driven to rise or fall.

An annular groove 100 is defined in the lower side of the annular frame 10. A plurality of second motors 44 and gears 45 electrically connected to the controller 43 are disposed in the annular groove 100. In the present embodiment, the connecting rods 22 are hollow tubes, and the connecting line of the second motor 44 and the controller 43 is received in the connecting rod 22 . The second motor 44 is rotatable under the control of the controller 43, thereby enabling the gear 45 to rotate. A guide strip 12 is received in the annular groove 100 and includes a rack 120 that meshes with the gear 45. The belt 12 is movable along the annular groove 100 by the gears 45.

A plurality of wireless electronic crane scales 11 for securing clothes can be coupled to the belt 12 and can be moved with the annular groove 100 by the belt 12. In the embodiment, a plurality of positioning holes (not shown) are uniformly disposed on the guide belt 12, and hooks (not shown) of the wireless electronic crane scales 11 can pass through the positioning holes to make the wireless electronic cranes The scale 11 is connected to the guide belt 12. The wireless electronic crane scales 11 each include a hook 110 for hanging clothes. When the guide belt 12 rotates, the wireless electronic crane scale 11 drives the clothes along the ring frame 10 through the hooks 110, so that the clothes on the side of the ring frame 10 facing the sunlight can be moved to the side facing the sunlight. Thereby, the laundry distributed throughout the ring frame 10 can be uniformly exposed to sunlight. It can be understood that the connection manner between the wireless electronic crane scale 11 and the conduction belt 12 can be changed as needed, and is not limited to the example shown in the embodiment. For example, a plurality of clips may be evenly disposed on the guide belt 12, and the wireless electronic crane scale 11 is clamped by the clip to be fixed to the guide belt 12.

The wireless electronic crane scale 11 is further configured to periodically perform weight measurement on the laundry attached thereto for a predetermined period of time, and send the measurement result to the controller 43 via a wireless network, such as WiFi. Among them, the wireless electronic crane scale 11 has been widely used, and will not be described here. The control device 40 further includes a memory 46. After receiving the current measurement results of the wireless electronic crane scales 11, the controller 43 summarizes the current measurement results and stores them in the memory 46. The historical measurement result in the memory 46 is updated, wherein the historical measurement result is a measurement result acquired in a cycle of the wireless electronic crane scale 11. The controller 43 compares the current measurement result with the historical measurement result in the memory 46. If the current measurement result does not change with respect to the historical measurement result, indicating that the water of the laundry has substantially evaporated at this time, the control is performed. The controller 43 controls the conduction belt 12 to stop moving; otherwise, the controller 43 controls the conduction belt 12 to continue moving.

The predetermined time period can be set by the user through the remote controller. In the present embodiment, the control device 40 further includes a display 47 connected to the controller 43 at this time. When the user presses the corresponding button of the remote controller to set the start and end time of the belt movement (such as setting from 7:00 am to 5:00 pm), the remote controller immediately responds to the user's key input to generate a corresponding button signal, and the control After receiving the button signal, the controller 43 controls the display 47 to display the start and end time of the set movement of the conduction belt 12 to the user, and controls the movement of the conduction belt 12 within a corresponding predetermined period of time according to the button signal after the setting is completed.

The rotatable drying rack can be made of a conventional material such as a metal material, which is not limited in the present invention.

It is to be understood by those skilled in the art that the above embodiments are only intended to illustrate the invention, and are not intended to limit the invention, as long as it is within the spirit of the invention Changes and modifications are intended to fall within the scope of the invention.

1. . . Rotatable drying rack

10. . . Ring frame

11. . . Wireless electronic crane scale

12. . . Guide belt

20. . . Connecting element

twenty one. . . Connecting rod unit

twenty two. . . Connecting rod

twenty three. . . Connecting rope

30. . . Support frame

40. . . Control device

41. . . First motor

42. . . pulley

43. . . Controller

44. . . Second motor

45. . . gear

46. . . Memory

47. . . monitor

100. . . Annular groove

110. . . Hook

120. . . rack

200. . . Fixed strip

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a rotatable drying rack in accordance with a preferred embodiment of the present invention.

2 is a schematic view of the annular frame of the rotatable drying rack shown in FIG. 1.

Fig. 3 is a hardware structural view of the control device of the rotatable drying rack shown in Fig. 1.

1. . . Rotatable drying rack

10. . . Ring frame

11. . . Wireless electronic crane scale

20. . . Connecting element

twenty one. . . Connecting rod unit

twenty two. . . Connecting rod

twenty three. . . Connecting rope

30. . . Support frame

100. . . Annular groove

110. . . Hook

200. . . Fixed strip

Claims (12)

A rotatable drying rack comprising:
a support frame;
An annular frame includes a conduction belt movable along the annular frame and a conduction belt driving unit;
a control device disposed inside the support frame, the control device is configured to control the conduction belt driving unit to drive the conduction belt to move along the annular frame;
A plurality of electronic crane scales are fixed on the guide belt, and the electronic crane scale is used for hanging clothes, so that the clothes are moved along the ring frame while being driven by the guide belt. The rotatable drying rack of claim 1, wherein the rotatable drying rack further comprises two connecting elements, and the upper end of each connecting element is fixed to the two ends of the supporting frame, each connecting The lower end of the component is fixed to the two ends of the ring frame, and the connecting frame is provided with a connecting component driving unit, and the control device is further configured to control the connecting component driving unit to drive the connecting component to move up or down, thereby driving the The ring frame rises or falls. The rotatable drying rack of claim 2, wherein the connecting element comprises a plurality of connecting rod units, each connecting rod unit comprises two rotationally connected connecting rods, the connecting of the two connecting rods The positions are located at respective intermediate positions, and the ends of the connecting rods of two adjacent connecting rod units are rotatably connected, and each connecting element further comprises two connecting ropes, one ends of which are respectively connected to one of the connecting rod units Two connecting rods, the other ends of the two connecting ropes are connected to the connecting component driving unit, and when the controller controls the connecting component driving unit, the two connecting cords are extended or retracted, and the connecting rope is connected with the connecting rope The two connecting rods connected to each other rotate relative to each other, and at the same time, the other connecting rods are relatively rotated, so that the connecting element as a whole moves upward or downward. The rotatable drying rack of claim 2, wherein the connecting element comprises two connecting cords, one end of which is directly connected to the fixing strip, and the other end is connected to the connecting component driving unit. When the controller controls the connecting element driving unit, the connecting rope is correspondingly elongated or retracted, thereby driving the ring frame to rise or fall. The rotatable drying rack of claim 1, wherein the lower side of the annular frame defines an annular groove, and the guiding belt and the guiding belt driving unit are accommodated in the annular groove. When the control device controls the conduction belt driving unit, the conduction belt moves along the annular groove. The rotatable drying rack of claim 5, wherein the guide belt is uniformly provided with a plurality of positioning holes, and the hooks of the electronic hanging scales pass through the positioning holes to make the electronic hanging scales Connected to the tape. The rotatable drying rack according to claim 5, wherein the guide belt is uniformly provided with a plurality of clips, and the electronic hanging scales are clamped by the clip to be fixed to the guide belt. The rotatable drying rack of claim 1, wherein the control device controls the belt driving unit to move the belt along the ring frame for a predetermined period of time. The rotatable drying rack according to claim 1, wherein the electronic hanging scale is further configured to periodically perform weight measurement on the laundry attached thereto, and send the measurement result to the control device. The control device compares the measurement result transmitted by the electronic crane scales with a reference value, and if the measurement result is not equal to the reference value, the control device controls the conduction belt driving unit to cause the conduction belt driving unit to drive the The guide belt moves along the annular frame. The rotatable drying rack according to claim 9, wherein the electronic hanging scale periodically measures the weight of the laundry for a predetermined period of time. The rotatable drying rack according to claim 10, wherein the electronic hanging scale is a wireless electronic hanging scale, and the wireless electronic hanging scale sends the periodically obtained measurement result to the control device through a wireless network. . The rotatable drying rack of claim 9, wherein the reference value is a measurement result obtained in a cycle of the wireless electronic crane scale, the control device further comprising a memory, the control device is After receiving the measurement results of the electronic crane scales, the measurement result is stored in the memory in real time, and the controller compares the current measurement result with the measurement result obtained in the previous cycle in the memory, if the current If the measurement result is smaller than the measurement result obtained in the previous cycle, the control device controls the conduction belt driving unit to cause the conduction belt driving unit to drive the conduction belt to move along the annular frame.