JP3143987U - Screen door with net storage frame - Google Patents

Abstract

A screen door with a net storage frame that can easily remove a net together with a winding device while maintaining the frame without removing a connecting block of the frame such as a screen door.
Both connecting blocks (8, 9) are metal or resin inner boards (13, 14) screwed, and at one end, an adjustment device (10) is provided between the connecting block and the inner board, and at the other end. In the connecting block, a shaft support hole 80 which is the center of rotation of the winding shaft 27 is provided in itself or in a component attached thereto, and a lower bearing 36 is provided at the other end of the winding shaft 27. A movable shaft 32 with a finger hook 46 that enters and exits the shaft support hole 80 is provided on the same axis. When removing the net wound around the storage frame, the take-up shaft 27 is lifted by pulling up the movable shaft 32 from the shaft support hole 80 while lifting the finger hook 46 protruding to the lower bearing 32 with the open / close cover 17 open. Pull out from the bottom.
[Selection] Figure 2

Description

  The present invention relates to a screen door and a screen window with a storage frame that automatically rewinds and opens the net with spring elasticity.

  Conventionally, a screen door or the like is framed by incorporating a net storage frame at one end so that it can be completed when the net is not needed seasonally. In this case, as shown in the drawing of the embodiment, the net storage frame has the connecting blocks 8 and 9 screwed to the upper and lower ends in the face contact, and in the meantime, as the winding device 7 of the net 5, the winding shaft 27, A coil spring 25 for automatically storing a winding force, a central shaft 31 for applying a rotational elastic force to the coil spring 25 with respect to the take-up shaft 27, and the like are provided. The movable rod 12 is attached to the tip of the net 5, and the movable rod 12 is stopped against the elastic force of the coil spring 25 on the other vertical frame 2 so that the net is in a tensioned state.

  Further, when the tension state is released, the net 5 is automatically wound up by the force of the coil spring 25. However, in order for the net tension and storage to be performed normally without excess or deficiency, adjustment is sometimes necessary. Therefore, the main part of the adjusting device 10 is provided at the upper end, which is a structure related to the internal winding device 7, the coil spring 25, and the like.

  Insects and trash enter the net storage frame through a small gap, and trash attached to the net will enter at the same time as storage, so the inside will become dirty with insect dead bodies and trash. That was inevitable.

  In the net storage frame, as described above, the front is the open / close cover 17 because it is necessary to adopt a structure for storing the net and to maintain and maintain the function. However, the structure can be improved by opening the open / close cover. It was complicated and I could not clean the inside cleanly. In particular, in order to remove the dirt adhering to the net, the work can be facilitated by removing the winding shaft 27 of the net. However, as long as the winding shaft 27 is not removed from the upper and lower frames 3 and 4 of the connecting blocks 8 and 9. Because it was a structure that could not be removed, it was actually impossible to remove the net and clean it.

  In view of the above situation, the present invention provides a screen door with a net storage frame that can easily remove the net together with the winding device while maintaining the frame without removing the connecting block of the frame such as the screen door. The problem was to provide a mesh window.

  In order to solve the above problems, this device has a frame that opens and closes a net by a left and right vertical frame and an upper and lower frame, one of which is a net storage frame, and the winding shaft is made elastic by the coil spring. A net winding device that rotates around the central axis is built in, and an open / close cover is pivotally supported so that the winding device can be removed. In a screen door and a mesh window in which a connecting block is screwed and a winding device adjusting device is provided on one end of the connecting block side, and the central axis of the winding shaft is detachably connected to the adjusting device, both connecting blocks are The inner substrate made of metal or resin is screwed, and the adjusting device is installed between the connecting block and the inner substrate at one end, and the connecting block at the other end is attached to itself or to it. The part is provided with a shaft support hole that becomes the center of rotation of the take-up shaft, a lower bearing is provided at the other end of the take-up shaft, and a movable shaft with a finger hook that goes in and out of the shaft support hole coaxially with the center axis. A screen door and a net window with a net storage frame, characterized in that are provided.

  Since the screen door and the net window with the net storage frame are configured as described above, when removing the net wound around the storage frame, the movable shaft is lifted while lifting up the finger hook protruding on the lower bearing in the state where the opening / closing cover is opened. Pull up the take-up shaft from the lower end by pulling it up from the shaft support hole. If it does so, since the center axis | shaft of a winding apparatus will remove | deviate from the adjustment apparatus in the upper end, the winding apparatus in which the net | winding was wound can be removed with a net | network so that a net | frame storage frame may become empty.

  As explained above, according to the screen door and the net window with the net storage frame of the present invention, the winding device can be detached from the net storage frame and removed without disassembling the frame. In addition to being able to clean the inside of the net storage frame, there is an excellent effect that it can be completely cleaned by pulling out the net from the winding device while rewinding it.

  Further, when the lower bearing is provided with a coil spring for biasing the movable shaft downward or a seat plate joined to the lower inner substrate is formed (Claim 2), the lower end portion of the winding shaft is reliably supported. .

  Next, an embodiment of the invention will be described with reference to the drawings.

  1 to 4 show an example implemented as an insect screen, and the insect screen has one vertical frame as a net storage frame 1, and the net storage frame 1, the other vertical frame 2, and the upper and lower frames 3. , 4 (FIGS. 1 and 2), the net storage frame 1 is equipped with a winding device 7 for the net 5, and the net storage frame 1 and the upper and lower frames 3 and 4 are connected to the connecting pieces respectively. Connection blocks 8 and 9 with 8a and 9a are used, and inner blocks 13 and 14 are associated with the connection blocks 8 and 9, respectively. An adjustment device 10 for the winding device 7 is provided at the upper end of the net storage frame 1, and is provided between the connection block 8 and the inner substrate 13. Moreover, the bearing 15 of the winding device 7 is used at the lower end of the net storage frame 1 and is sandwiched between the connection block 9 and the inner substrate 14 (FIG. 3).

  The winding device 7 is detachable, but is separated from the lower end bearing 15 before being removed from the adjusting device 10 described above. A movable rod 12 is connected to the tip of the net 5, and upper and lower magnets 18 and 18 are attached to the vertical frame 2, and metal magnet receivers 18 a and 18 a attracted to the movable rod 12 are attached.

  The net storage frame 1 is composed of a combination of a frame main body 16 and an opening / closing cover 17 and is formed in an L-shaped cross section. The frame main body 16 is provided with screw pockets 19, 19, 19 at the inner corner and both ends (see FIG. 4) The opening / closing cover 17 is pivotally supported with the screw pocket 19 at one end thereof as an axis so that the opening / closing cover 17 can be opened and closed. Is formed.

  The main part of the winding device 7 is housed in the net storage frame 1 (FIG. 3), and a cylindrical winding shaft 27 is supported on the center shaft 31. The bearing includes an upper bearing 35 and a shaft support. 35 a and the lower bearing 36 are fitted to the winding shaft 27. Then, the coil spring 25 is inserted into the upper end portion of the central shaft 31, and the lower end thereof is hooked to the intermediate bearing 35 so that the coil spring 25 is wound by the rotation of the central shaft 31, and the upper end is stopped to the central shaft 31. It is fixed with a tool 37. Therefore, when the movable rod 12 is moved in the direction of the arrow Pa for opening the net 5 and the net 5 is pulled out, the elasticity is accumulated in the coil spring 25 and is biased in the direction of the arrow Pb for winding the net 5.

  Since the connecting piece 38 with the adjusting device 10 is formed into a minus (−)-shaped projecting piece at the upper end of the central shaft 31, the winding device 7 can release the lower end from the bearing 15. When the connecting piece 38 is removed by lowering, it can be removed from the net storage frame 1 as a whole. In order to release the lower end of the winding device 7, the following structure is adopted. In the embodiment described later, this point has been further improved and developed.

  The lower bearing 36 has a cylindrical shape having a shaft hole 42 at the center, and a vertical guide groove 44 in which the shaft hole 42 opens is formed at the lower end portion. The central shaft 31 is rotatably supported at the upper end portion, and the winding shaft 27 is fixed. However, at the lower end portion, a movable shaft 32 that falls so as to be able to escape from the bearing 15 is fitted in a vertically movable manner, and a finger hook 46 that protrudes from the guide groove 44 protrudes therefrom. Further, a thin shaft 32a that is rotatably fitted to the bearing 15 is formed at the lower end of the movable shaft 32, and the movable shaft 32 is received by the bearing 15 by an annular step therebetween.

  The adjusting device 10 is supported by sandwiching a driving gear 39 that rotates coaxially with the central shaft 31 and a driven gear 41 that meshes with it between the connecting block 8 at the upper end and the inner substrate 13, and further between them. Includes a ratchet lever 43 that stops and releases the driving gear 39 that accumulates the elasticity of the coil spring 25, and a spring pin 45 that biases it in the stopping direction.

  The driving gear 39 is integrally formed with a ratchet wheel 40, and has circular shaft portions 17 and 47 protruding vertically and formed with a minus (−) driver hole 49 penetrating vertically. The connecting piece 38 at the upper end of the central shaft 31 is fitted into the lower end of the hole 49 so as to be able to escape. Further, the driven gear 41 is also provided with shaft portions 48 and 48 projecting vertically, and a minus-shaped driver hole 50 is also formed in this. Further, the ratchet lever 43 has a shape refracted into a square shape, and a bearing hole 51 is formed at the proximal end, a finger hook 53 is formed at the distal end, and a ratchet 55 that meshes with the ratchet wheel 40 is provided in the middle. A narrow groove on which the spring pin 45 is hooked is formed on the side surface.

  The upper and lower connecting blocks 8 and 9 are substantially rectangular plate-shaped, and the connecting pieces 8a and 9a project from the outer side of one side so as to be bifurcated. (See FIGS. 5 and 6). About the shape, the fitting wall 56 joined to the inner side of the frame main body 16 protrudes in the circumference | surroundings, and it is formed except the part from the front surface to the storage port 21, and it hits the inner substrates 13 and 14. It acts as a separator between them. Then, through holes 61, 61, 61 are provided at three corners of the portion having the fitting wall 56 in order to screw mounting screws into the screw pockets 19, 19, 19 of the frame body 16. . Further, in order to fix the inner boards 13 and 14 against the fitting wall 56, a pair of cylindrical screw holes 64 and 64 into which the fixing screws 63 and 63 are screwed are protruded integrally with the fitting wall 56. Established.

  Further, a pivot shaft 65 is provided in which a shaft hole 57 is provided at the center of the quadrilateral of the connecting blocks 8 and 9, a shaft hole 59 is provided near the rounded angle, and the shaft hole 59 of the ratchet lever 43 is fitted at the back end. A support shaft 67 on which the spring pin 45 is fitted is provided on the side. Further, a catch 68 of the ratchet lever 43 protrudes near the front end, and the ratchet lever 43 is urged by the spring pin 45 around the rotation shaft 65 and is hooked on the ratchet wheel 40 in a state where the catch 68 is stopped. Yes. Therefore, when the ratchet lever 43 is pulled against the elasticity of the spring pin 45, the driving gear 39 is rotated by the return force of the coil spring 25, so that the coil spring 25 can be adjusted to be loosened by pulling. Further, as for the connecting pieces 8a and 9a, screw holes 71 and 71 for connecting screws 69 and 69 are formed in each of the two forks.

  The upper and lower inner substrates 13 and 14 are also made of metal or plastic (resin) that are symmetrical with respect to each other. The upper and lower inner substrates 13 and 14 are formed of screw pockets 19, 19, 19 of the frame body 16 and the rounded angles of the connecting blocks 8, 9. The four corners of this portion are cut out, and a shaft hole 57a corresponding to the shaft hole 57 of the connecting blocks 8 and 9 and a shaft hole 59a corresponding to the shaft hole 59 are formed at the center. Each is formed. Further, through holes 73 and 73 for fixing screws 63 and 63 for stopping the inner substrates 13 and 14 are formed.

  The bearing 15 at the lower end has a cylindrical shape having a shaft support hole 80 into which the lower end thin shaft 32 a of the movable shaft 32 of the winding device 7 is fitted, and a short columnar mating member 79 is integrated with the connecting piece 77. Circular projections 81, 81 are formed on the upper and lower ends of the bearing 15 so as to fit into the original shaft hole 57 a of the inner substrate 14 and the original shaft hole 57 of the connecting block 9, respectively. Similarly, protrusions 82 and 82 that fit in the driven shaft holes 59a and 59 are formed on the upper and lower ends of the mating member 79, respectively.

  5 to 12 show another embodiment. In this case, the winding device 7 is mainly improved with respect to the embodiment, and the winding device 7 is as shown in FIG. The center shaft 31 is inserted into the driver hole 49 (see FIG. 2) of the adjusting device 10 from below and connected. The upper bearing 35 is rotatably supported on the upper end portion of the center shaft 31. The shaft support 35 a is fixed to the central shaft 31 and is rotatable with respect to the winding shaft 27. The coil spring 25 is fixed to the upper bearing 35 at the upper end. Therefore, the net 5 is pulled out (the window is closed), and the elastic force is accumulated in the coil spring 25. When the net 5 is released, the elastic force is pulled back. However, unlike the above embodiment, the lower bearing 36 is integrally fitted to the lower end of the winding shaft 27 regardless of the central shaft 31.

  The lower bearing 36 has a bearing body 85 as a main body and a movable shaft 32, a filling plug 86, and a coil spring 88 combined therewith. The bearing body 85 has a cylindrical shape in which the coil spring 88 and the upper portion of the movable shaft 32 are accommodated. A large-diameter seat plate 89 joined to the lower inner substrate 14 is formed at the lower end, and a large-diameter attachment portion 90 whose cylindrical shape expands is formed at the upper end. It fits on the lower end of 27 and is attached to it. The lower shaft 36 including the bearing body 85 having the large disk-shaped seat plate 89 and the large-diameter mounting portion 90 that expands the cylindrical shape, and the above-described upper bearing 35, the winding shaft 27 and the interior thereof. Is equipped with a function to stabilize the rotation of the components.

  The small-diameter cylindrical portion of the bearing body 85 is provided with a guide groove 44 vertically on one side, and a through-hole 92 through which the movable shaft 32 hangs down is provided at the center of the seat plate 89. The movable shaft 32 is formed with a head portion 93 with a finger hook 46 at the upper end, and the head portion 93 is housed in a small-diameter cylinder. Therefore, when the coil spring 88 presses the head portion 93, the movable shaft 32 is pivoted. It always hangs down from the support hole 92. Further, since the finger hook 46 protrudes from the guide groove 44, the movable shaft 32 can be lifted against the elasticity of the coil spring 88 while touching the finger hook 46.

  The upper end of the coil spring 88 is stopped by a filling plug 86 in order to maintain this elasticity, and the filling plug 86 is housed and fixed in the mounting portion 90 of the bearing body 85 to stop the coil spring 88. . As fixing means, slits 95, 95 are provided at positions facing the mounting portion 90, and a projecting piece 96, 96 that fits into the slit 95, 95 is provided on the plug 86, and this is the winding shaft 27. Can be held down by.

  In addition, the inner connecting board 14 is screwed to the lower connecting block 9 and a shaft support hole 80 is provided on both of them (unlike the above embodiment, the bearing 15 is not used). By pulling up the movable shaft 32 from the shaft support hole 80, the lower end portion of the winding shaft 27 becomes free, so that it can be pulled out from the lower end portion.

It is a disassembled perspective view which shows the net door and net window with a net storage frame by one Embodiment of this invention. It is the perspective view which decomposed | disassembled the principal part further. It is sectional drawing seen from the front which shows the principal part of the screen door and a mesh window. It is sectional drawing of the AA arrow of FIG. It is sectional drawing which shows the winding shaft by other embodiment. It is a front view which shows the main body of the lower bearing in the same embodiment. It is a top view of the lower bearing main body. It is sectional drawing of the BB arrow of FIG. It is the front view to which the movable shaft used for the same lower bearing was expanded. It is a top view of the movable axis. It is the front view which expanded the partially used stopper plug used for the lower bearing. It is a bottom view of the plug.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Net storage frame 2 Vertical frame 3 Upper frame 4 Lower frame 5 Net 7 Winding device 8, 9 Connection block 8a, 9a Connection piece 10 Adjustment device 13, 14 Inner board 15 Bearing as attached component 17 Opening / closing cover 25 Coil Spring 27 Winding shaft 31 Central shaft 32 Movable shaft 35 Bearing 35a Shaft support 36 Lower bearing 80 Shaft support hole

Claims (2)

  A frame that opens and closes the net is formed by a left and right vertical frame and an upper and lower frame, and one of the frames is used as a net storage frame, and a winding device for a net that rotates around the central axis by the elasticity of a coil spring. The cover is pivotally supported so that the take-up device can be removed, and a plate-like connecting block made of plastic is screwed to each end of the net storage frame to secure the plate. In a screen door and a net window, which are provided with an adjustment device for the winding device, and the central shaft of the winding shaft is connected to the adjustment device so that it can be inserted and removed, both connecting blocks are screwed to the inner substrate made of metal or resin. The adjusting device is housed between the connecting block and the inner substrate at one end, and the connecting block at the other end is provided with a shaft support hole serving as a center of rotation of the winding shaft in itself or in a component attached thereto. The lower bearing provided at the other end of the take-up shaft is provided with a screen door with a net storage frame provided with a movable shaft with a finger hook that goes in and out of the shaft support hole coaxially with the central shaft and Net window. The net storage frame is a vertical frame on either the left or right side, and for the net winding device incorporated therein, a bearing supporting the central axis is fixed to the upper end of the cylindrical winding shaft, and the movable shaft is fixed to the lower bearing. 2. A screen door with a net storage frame according to claim 1, wherein a coil spring for urging downward is housed, and further, a seat plate joined to the lower inner substrate is provided in a bowl shape on the lower bearing. Net window.

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