FR2732874A3 - Production line with rotating crown holding carriages - Google Patents

Abstract

The apparatus has a fixed axle (6) which carries a mobile crown (7) which is rotated by a motor (12). Arms (8) leave the crown and carry hexagonal holders (9). Six mobile carriages are suspended inside each holder from their axle (10). They are between pairs of hexagonal plates and thirteen holders are preferably fixed to the crown. The carriages are constituted of three or four stages each in the form of a shoe. Lights (3, 4) are fixed above the crown. The carriages can be in triangles that are supported by triangular metallic plates joined to the crown.

Description

 The present invention relates to an object-holding store with a circular method, an accumulator of advantages for production quality and human possibilities.

 Traditional tiered conveyors use the interval technique between the carriages, and without intervals with stationary stop. The work is therefore carried out horizontally with a cart of two pairs or even three pairs.

 The device here, according to the invention, also uses horizontal work, and vertical work has been added to it. Carts are 16 pairs or 12 pairs, 12 pair carts being desirable. These carriages are suspended inside regular 6-sided hexagons, making a total of 6 carriages per hexagon. These 6 trolleys are equipped with the same size but of different category thus making 6 kinds of immobilized forms ready for use. To change, simply rotate by hand. The hexagons are connected by arms to the arms of the movable crown.

According to particular embodiments:
The 6-sided hexagon can be replaced by the regular 7-sided hexagon, thus making more immobilized forms, ready to use. The vertical trolleys allow time savings of 30 to 60 seconds compared to other systems, resulting in significant acceleration.

 The rotary drive system should descend to the lowest speed of 0.5 cm. per minute, and as fast as possible at least 3 m. per minute, for various uses. Horizontal for example with a small team of textbooks using one or two floors, as desired. The movable crown (7) must rest on a large ball bearing or on large rollers. At the choice of the manufacturer. Once the height of the hexagons calculated above the ground.

 The carriage (FIG. 7) can be connected directly to the arms of the crown (7) as well as two back-to-back carriages connected by a pivoting axis connected to the arm of the crown (7).

The accompanying drawings illustrate the invention:
Fig. 1 shows the object store according to the invention
Fig. 2 shows the arms of the movable crown (part).

With reference to these drawings, the device comprises:
(1) Power supply unit - (2) lighting support 3 and 4.

 (5) Channel crown - (6) fixed axis - (7) movable crown.

 (8) Support arm connected to the mobile crown - (9). 6-sided hexagon.

 (10) Movable axis - (11) protective casing with vents.

 (12) Rotary drive device.

 The drawings appended to the carts according to the invention: (Fig. 3) Back to back carts in equilateral triangle representing another type of technique. - (FIG. 4) Trolley suspended in France. - (FIG. 5) the elements of the carriage. - (FIG. 6) The carriage trays. - (FIG. 7) The carriage seen at an angle with the shapes. - (FIG. 8) White plastic triangle to write in red the size and number of the shapes.

(15) Form floors. Each floor has 4 pairs. Height between floors 0.18 cm. For 12 pairs we will put 3 stages of shapes.

(17) Large tray = 1m X 0.40- (18) Small inclined tray = lm X 0.12.

(19) Upper for uppers = 1m X 0.25- (20) Triangle with its fixing height approximately 0.10 cm. Form supports = 1m X 0.26.

 The other type of triangle cart technique aims to produce stores at reduced cost to widen the range of interested companies.

Example: It is thus possible to have three triangles in a triangular crown, or also: the triangle of the pivoting carriages (FIG. 3) can be directly connected to the arms of the crown (7) instead of the hexagons. But to minimize the intervals, one in two will be slightly lower (3 to 5 cm) to avoid bumps.

Example: - - These three lines represent the bottom plate (19) of the carriage.

 Object magazine with circular device (B) equipped with hexagons (9) with 6 faces. Each hexagon (9) has six (mobile) carriages suspended vertically (FIG. 4). These (mobile) hexagons can move by hand. The system allows you to accumulate time savings of 30 to 60 seconds in the cart, practically without any increase in staff. The circular rotation requires that the workstations are arranged around the circle formed. This circle is determined by the number of hexagons. Thirteen hexagons are desirable depending on the sizes. In general on a full range of sizes, there are always three out of seven which are largely in surplus. All this depends on the company concerned. But does this system make it possible to obtain directly operational forms? Save time, save surface. The hexagons must be brought together as much as possible to reduce the intervals as well as possible (time saving). We could also do the rotation step by step, one hexagon quickly replacing the other, linked to a timer for the time chosen on the carriage. Due to the circular shape of the store, lighting has been provided.

 To do this, the support axis (6) has been extended. At the top of the axis was fixed an electrical supply box (1) the energy coming from the top, then reinforced flat iron frames (2) were fixed to the support axis (6) and overflowed beyond stores with their angled ends. These frames support on the one hand, the canalis ring (5) which will power different machines placed around the stores, a double neon (3) to light the workstations, and a single inclined neon (4) in order to avoid there are gray areas at the workstations.

 The number of flat iron frames (2) of double neon lights (3) and single inclined neon lights (4) is equal to the number of hexagons. If there are thirteen hexagons there will therefore be thirteen reinforcements; thirteen double neon and thirteen single neon.

 If for technical reasons we put only twelve hezagons, we would delete one in the size 37 woman and 41 man. If the manufacturer uses hollow tube closed at the ends, calculate the air circulation holes to avoid the propagation of green waves (carcinogenic).

Claims (4)

 1. Store door objects in closed circuit, characterized in that it consists of a fixed axis (6), carrying a movable ring (7) rotated by a drive device (12). Arms (8) -, starting from the mobile crown (7) -, carry hexagonal magazines (9), the whole being necessary to obtain the result.  2. Hexagons (stores) are equipped with six (mobile) carts suspended inside each hexagonal six-sided store. The hexagons being mobile, can move by hand. These hexagons (9) here represent the value of six traditional chains in one. Thirteen hexagons are desirable. Quantity of hexagons: 1 1 3 3 3 1 1 Examples: Sizes: 39 - 40 - 41 - 42 - 43 - 44 - 45  3. The trolleys (FIG. 5) presented are sixteen pairs. They consist of four levels of shoe shapes. However, carts of twelve pairs are desirable, therefore carts of three stages of shapes. Each floor has four pairs of shapes. Everything being necessary, "claims one, two, three" to get the results reported.  4. The carriages (FIG. 3) arranged in a triangle, supported by a triangular metal plate provided at the center of a pivoting axis, can be connected directly to the arm of the movable crown (7). In this case, the triangles (FIG. 3) and the arms of the movable crown (7) will be 12 in number.