DE1653296C - Loading device for multi-level presses for the production of chipboard, fiberboard or the like - Google Patents

Description

The advantages achieved by the invention are 55 Beseliickviirriehtung for multi-daylight presses

are in that egg presses with any size for the production of chipboard, fiber board

number of wear without difficulty mil in Ab- or the like., Consists of loading frame with the

cuts: divided.

because a level adjustment of the (! hergäbe- bind and upstream acceleration

nose of the closing bayidcs on unkruhied- 60 lowing band for continuously spread, in

lichc floors de * Ueschickgctlcll * no longer explored, divided Spancmattcrt, thereby g e -

dcrlidi isl. In addition, the movement of the ken n / e I net that the Beschickgestctl as

(Jbergabciiasc on the one hand and the up and down lifting cage 7 with insertable into the multi-tier press

movement of the basket on the other hand as cimlimcn- ßnnillahlefls H and the acceleration

sionulu ßewegungsvorgiinge Mcucrungsivchmsch 65 gungsbtind 5 with its top nose (t band-

Realize hr easy / ti. Inlet-like in the individual levels of the lifting body

In the following, the f rftudiing will be implemented on the basis of a hes 7. 1 sheet of drawings

Claims (8)

I 653 296 3 1 2 The invention has a specification merely as an exemplary embodiment Multi-day press !! for the production of voltage explained in more detail. The only figure shows plates, Fiberboard or the like, consisting of a loading frame according to the invention in side view With the number of press floors, the firing device in an oil filling system Speaking conveyor hood and upstream 5 of chipboard. Fiberboard and the like
Schleuniiuingshand for continuously Geslreule, in Die gezeiule plant for the production of Chip-Ahschnilte divided chip mats. Plalten, fibrous plates and the like consists in their essential Such loading devices are borrowed in systems, initially from a chip spreading station 1, for the production of chipboard, fibreboard ii. Like. A scatter band arranged underneath -, one used. As a rule, chips are used in the multi-opening press' J and the one in between iHiierücii on a scatter belt to a chip mat up- loading device 5 to 8. The infeed device, which is divided into sections. The chip tuny;:; to 8 in turn consists of a loading frame designed as lift maiten sections grazing from the spreading hand via the basket 7 with the number of loading devices supplied to the l'resse. In one of the press units corresponding to the Bandtahleits 8, known system of this type, which can be moved into the multi-tier press from the feeder, and from the frame and voig-Jschalteiem acceleration collar to an upstream accelerator belt 5, the dividing feeder in detail so ver - With its upper lip 6 in the manner of a belt tray, in which the conveyor belts can be retracted in the individual days of the lubrication basket 7.
Floors of the Bcschickgcstclls fixed in height The continuously working Späneslreustaiion I are arranged, while the transfer-side hands 20 spreads on the accelerating belt loaded at constant speed adjustable in height and tiv to the chip spreading station 1 drivable spreader 2 so that on the conveyor belts in the individual floors a chip mat can be connected by a 1 racing device. As a disadvantageous device 4 in the press size adapted chip mat nut? it can be seen here that a damaged section is divided. For the task of chip-free transport of the chip mat sections at 25 mat dimensions to the subsequent acceleration use eir. For such a loading device in the conveyor belt 5, the sliding belt 2 has a transfer connection with multi-daylight presses, that is to say with an essential device 3. The acceleration balance S is ma borrowed more than two or three layers, no more than the speed of the scatter belt 2 than is transferred, since the chip mat sections at the transfer speed and a much higher transfer from the acceleration limit to the speed Introduction of the picked-up frame too much kinking, the chip mat section into the lifting basket 7 drive legs Disturbance in the structure of the chip mats with bar, whereby the transfer of a chip brings about. "Tes from the scatter belt 2 on the acceleration belt 5 In another known system for producing synchronous delivery and intake speeds of chipboard, fiberboard and the like, which is made from both tapes. Even during the Lindner One-daylight press, an upstream fixation of the relevant mat section in the sieving acceleration belt and a spreading lifting basket 7, the chip mat is transferred to the spreading belt 2 band is viewed, the scatter band has a scattered over the next. This is done through appropriate Accelerator belt movable transfer nose on, each control of the forward and backward movement of the overhead this measure made the development of input device 3 possible without further ado. For loading devices For multi-level press sending of the individual conveyor trays 8 up to now the Benielii drives influenced. sdileunigungsband 5 with its transfer nose 6 den The invention is based on the object of a chip mat removal device taken over from the scatter belt 2 Feeding device for a multi-daylight press that cuts and places at increased speed The type explained at the beginning should be designed in such a way that with you 45 this is shown on the corresponding tape table 8 also multi-daylight presses with on a scattering belt. Then the acceleration belt 5 is used Continuously scattered chips divided into sections - recording of a further chip mat section mats can be loaded. moved back and the next Bandtablctt 8 in The invention is that the loading lift basket 7 on the acceleration belt 5 ent- Gesieil brought into the multi-storey press as a leaf basket. The multi-day trainable belt trays and the accelerator is in a known manner with scrapers 10 supply tape with its upper hub tab-like for the spin mat sections. can be moved into one of the floors of the lifting cage ,,, j _s j claim: