Progressive direction changer for moving wall

[Detailed Description of the Invention]

<Field of the Invention> at the crossing of a hanger rail, this invention is used as the above-mentioned hanger rail under Hanging, and it carries out closed to the direction-of-movement conversion device of changing a direction of movement only by making the move wall which come out and is move, or the move wall which was made to be made. <Prior art> If it can be made to do [ changing the partition of the room which is the hall according to the kind, a form, or atmosphere generally by smells, such as the exhibition halls, such as a work of art, a conference room, and a wedding hall, or ], it will be desirable or will be a move wall about whether the ground was carried out from such a request. and in order to carry out such a move wall under Hanging from a ceiling and to make it move, the hanger rail is allocated in a ceiling, but this hanger rail should move the above-mentioned move wall even to any positions or direction -- To -- it crosses just like the eye of a base and is allocated in the basis of consideration of like. Problem > of Resolution(ing) By the way, the thing for which cross shape is intersected in the hanger rail as mentioned above, for example inside the hall at the above halls, therefore -- pillar a as turned a move wall right-angled or shown in Drawing 7 stands up -- At last the situation which must be detoured aslant [ hanger rail bv ] in the portion of this pillar a also arose, in this case, hanger rail b had Y character-like intersection forced, and came out, and it kept, or processing of such a portion was conventionally impossible. then, stationary type hanger rail a% of the shape of a section abbreviation H character which supports movably the running body which it hung as a means for solving this problem for this artificer to make a move wall Saki under Hanging, and connected the bolt -- the shape of a Y character, or cross shape (it is 1 This as if you make it This opposed) turn rail 6% which can rotate the shape of a section abbreviation H character which connects these two hanger rails a that counter -- allocating It adheres to the axis of rotation of the above-mentioned turn rail d so that a gear may be faced on a turn rail attachment board on the rotation center line of this turn rail d, moreover -- allocating driven pulley c in the position which contacts during a run of the above-mentioned running body, being what connected this driven pulley C and turn rail d by belt e as shown in Drawing 7, giving a simultaneous rotating machine style, and coming out Although the thing thing it enabled it to turn, enabling free movement vt was developed [ in / in suiting the hanger rail which crosses in the shape of a Y character not to mention the case of the hanger rail which intersects cross shape / the intersection portion ], If it became a thing using Held e, it had a problem of slipping or cutting. <Means for solving a problem> Direction-of-movement conversion device of the move wall applied to this invention there, In order to solve the above-mentioned problem, while making the stationary type shape of a section abbreviation H character-like hanger rail VY character or cross shape which supports movably the running body which it hung for carrying out a move wall under Hanging, and connected the bolt counter, Ri-Railroad which can rotate the shape of a section abbreviation H character which connects these two hanger rails that counter is allocated, It adheres to the axis of rotation of the above-mentioned turn rail so that a gear may be faced on a turn rail attachment board on the rotation center line of this turn rail, It is while adhering the gear which allocates a driven pulley in the position which contacts during a run of the above-mentioned running body, and attends other partial upper surfaces on a turn rail attachment board also at the axis of rotation of this driven pulley, connecting the gear connected with the axis of rotation of the turn rail, and the gear connected with the driven pulley by other gears, giving a simultaneous rotating machine style and coming out on the above-mentioned Kuhn~Le attachment board It enables it to turn free [ move wall Wo ] in the intersection portion not to mention the case of the hanger rail which intersects cross shape also by the hanger rail smell which crosses in the shape of a Y character. <fruit Example > of Application next, this invention -- But -- the example of the direction-of-movement conversion device of a Move wall -- a drawing -- when it becomes empty and states, 1 is hung for carrying out a move wall (not shown) under - Hanging via an adjuster, and is a bolt, and 2 is this running body that was hung and was connected with bolt 1. three are the run wheel allocated in the 1 side four pieces on two pieces and both sides among this running body 2, while this run wheel 3 is allocated by the perpendicular state, starts and is, 4 is the guide roller allocated in the 1 side four pieces on two bacilli and both sides, and this guide roller 4 is allocated by the horizontal state. 5.5' is the stationary type hanger rail formed in the shape of a section abbreviation H character, and this hanger rail 5.5 degree, it is allocated and is [ come out and ] so that cross shape may be countered, as shown in Drawing 3 (allocated in the shape of a Y character.). 6 is the turn rail allocated in the space part which above-mentioned hanger rail 5.5' counters, comes out, and is, as shown in the figure, and it is allocated, enabling free rotation while this turn rail 6 is also formed in the shape of a section abbreviation H character and it comes out of it. 7 connects hanger rail 5.5' in that upper part, it is a turn rail attachment board of a first To sake almost free [ rotation of turn rail 6 ] in the central part, and 8 is that driven pulley allocated in a part of this turn rail attachment board 7. it is allocated in arm 10 which adhered to this axis of rotation 9, enabling free rotation, and it comes out of it to it while allocating axis of rotation 9 extended above turn rail attachment board 7, as this driven pulley 8 is shown in Drawing 4. 11 is the gear which adhered to the upper end of this axis of rotation 9, and 12 is the coil spring allocated in axis of rotation 9. and by this coil spring 12, it adheres to axis of rotation 9 and this, and gear 11 which come out and is, and driven pulley 8 grade carry out rotation energization to one way, come out to it, and are needed to it. Turn rail attachment board 71, although it illustrated and said that it This arrangement(ed), if the above-mentioned driven pulley 8 is a position which contacts during a run of running body 2, in short, as for driven pulley 8 described above, the position will not be asked. Therefore, this driven pulley 8 cuts the upper part of the vertical wall section of hanger rail 5' part, and it may allocate it in arm 10 which adhered to this axis of rotation 9, enabling free rotation while it allocates axis of rotation 9 extended above hanger rail 5' into this portion. 13 is the axis of rotation of turn rail 6. 13 is the axis of rotation of - Railroad 6. It comes out. It is the gear which adhered to this axis of rotation 13, and this gear 14 is turn rail attachment board 7. 15 is a gear which meshes to the both sides of this gear 14 and gear 11 allocated in driven pulley 8, and these gears 11.14.15 constitute a simultaneous rotating machine style by engaging and closing each of these gears 11.14 and]5. Action > Hereinafter, the thing which described the operation of direction-of-movement degree replacement-of-parts: of the move wall concerning this invention, or made hanger rail 5.5' counter cross shape in here will be illustrated and described. then, by the operation of coil spring]2 attached to axis of rotation 9 which has attached driven pulley 8 first, time of peace presupposes that it counters in the shape of a straight line to the move wall which runs in the direction of arrow X, the state, i.e., turn rail 6, of Drawing 3, it comes out of hanger rail 5 top, and is. And running body 2 which runs hanger rail 5 top is made to move onto turn rail 6. Transfer U in this case, carry out running body 2 by [ which are not required by figure example ] doing move vi= movement of. In this case, it is only making run ' object 2 go straight on, and running body 2 will change on turn rail 6 easily. And it is although running body 2 stops movement of running body 2 in the state where it changed completely on turn rail 6, as [ state / if it designs so that the center of gravity of running body 2 may become ahead from a turn rail 60 rotation center, i.e., axis of rotation 13, / in this case, / below ] -- it turns and rotational movement of - Le 6 becomes smooth. That is, although running body 2 is made to move to one hanger rail 5' in this stage, you make it That rotation in the direction of hanger rail 5' of the side which is going to make it move in this case turn rail 6. that is, if it pushes in the direction of hanger rail 5' to which the tip part of a move wall is made to move, this or Ya will come out, it will be transmitted to running body 2, and turn rail 6 will rotate by running body 2. And the thing for which gear 14 connected with turn rail 6 also rotates only the same angle by rotation of turn rail 6 (gear 11 also rotates via gear 15 by This and this.) thus, if gear 11 rotates, this gear 11 adheres, axis of rotation 9 which comes out and is rotates, by this, this axis of rotation 9 will be Solid @ used, arm 10 which comes out and is will rotate, and driven pulley 8 will evacuate by With. Since driven pulley 8 which had obstructed advance on hanger rail 5' by doing in this way is removed, running body 2 may be advanced to hanger rail 5 degree as it is. Although the gear ratio of each gear 11.14.15 poses a problem in here, It may set up to rotate only an angle from which arm 10 of driven pulley 8 becomes a vertical wall section which is hanger rail 5degree, and parallel when gear]4 carries out required angle rotation about this, and can ask easily calculatively. this -- hanger rail 5.5degree -- 0 [ same also when it is made to counter in the shape of a uY character ] -- although it moves from running body 2 to hanger rail 5 degree as mentioned above, it runs as it is and it moves forward if running body 2 passes the above-mentioned driven pulley 8, it is allocated in axis of rotation 9 of driven pulley 8, and by the operation of coil spring 12 which come out and is, it will reverse again and driven pulley 8 will be suitable in the direction of a vertical wall section of hanger rail 5'. next -- ranking next to the operation which running body 2 which changed on hanger rail 5' in this way is made to go back, and is moved on turn rail 6 and hanger rail 5 -- Description -- To -- previously -- like -- hanger rail 5degree -- running body 2 which exists upwards is moved in the turn rail 6 direction. then -- resisting energization of this Li and coil spring]2 and appearing in driven pulley 8 in which run wheel 3 of running body 2 starts, and is toward the direction of the perpendicular V section of hanger rail 5' If it continues pushing common, driven pulley 8 will rotate so that it may become parallel to the vertical wall section of hanger rail 5' soon, be absorbed -- be alike -- axis of rotation 9 and gear 11 which take driven pulley 8 by and which attach, and start and are rotate, gear 15 of turn rail 6 rotates via gear 15 common, and it turns turn rail 6 to a running body 2 or existence hanger rail 5' side. And since running body 2 will be canceled in press of driven pulley 8 if it passes over the above-mentioned driven pulley 8 and changes to turn rail 6 completely, By the operation of coil spring 12, gear 11 rotates, turn rail 6 also rotates via gear 15 in connection with this, and running body 2 faces hanger rail 5 and a straight line state. If running body 2 is advanced after that, it will change to hanger rail 5 as it is. although the above explanation was given one piece, came out and showed and explained running body 2, two running bodies 2 usually exist in a move room at front Recovery, and each of the operation is the same. <The effect of an invention> While making the stationary type hanger rail of the shape of section abbreviation 8 study which supports movably the running body which it hung for carrying out a move wall under Hanging, and connected the bolt counter the shape of a Y character, or cross shape according to the direction-of-movement conversion device of the move wall applied to this invention as mentioned above, The turn rail which can rotate the shape of section abbreviation 8 study which connects these two hanger rails that counter is allocated, a gear is faced on a turn rail attachment board on the rotation center line of this turn rail -- as -- the axis of rotation of the above-mentioned turn rail -- Solid -- if It is while adhering the gear which allocates a driven pulley in the position which contacts during a run of the above-mentioned running body, and attends other partial upper surfaces on a turn rail attachment board also at the axis of rotation of this driven pulley, since the gear connected on the above-mentioned turn rail attachment board at the axis of rotation of the turn rail and the gear connected with the driven pulley are connected by other gears, a simultaneous rotating machine style is given, it comes out and it is direction of a move room is changed by the crossing partial smell of a hanger rail -- direction f Suppression only carries out become possible to turn free also to the hanger rail allocated by what kind of angle, especially improper Assembly is carried out in the former -- Sports -- it has the prominent effect that it is convertible also in the direction of [ other than 90' ].

[Brief Description of the Drawings]

A drawing shows the example of the direction-of-movement conversion device of the move wall concerning this invention, and Drawing 1 shows a running body, the -- obtaining -- t5 (b) -- a sectional view and (Ro) -- the A-A line sectional view of (b), and (C) -- B~B!f of (b)! Sectional view, The sectional view in the state where Drawing 2 fitted the running body into the hanger rail, and Drawing 3 are top views of a turn rail attachment board, The front view in which the top view in the state where the C-C line expanded sectional view of Drawing 3 rotated Drawing 4, and the turn rail rotated Drawing 5, and Drawing 6 show the D-D line sectional view of Drawing 3, and Drawing 7 shows the physical relationship of a hanger rail and a pillar, and Drawing 8 are front views showing a conventional example. 1 ... It hangs and is a bolt. 2 ... Running body 3 ... Run wheel 4 ... Guide roller 5.5' ... Hanger rail 6 ... Turn rail 7 ... Turn rail attachment board 8 and - driven pulley 9 ... Axis of rotation 10 -.. Arm 11.14.15 ... Gear 12 ... Coil spring 13 ... Axis-of-rotation foolish] name of a turn rail