SU1548626A1 - Installation for centrifugal drying of small articles - Google Patents

Abstract

The invention relates to a technique for drying small articles in the field of centrifugal forces and allows for improved operational reliability. The installation comprises a frame 1, a perforated basket 2 rigidly fixed on the hollow spindle 3, a heating chamber 6, a loading device 14 and an unloading 15, an electrical cabinet 19 of the control system. The upper end of the hollow spindle 3 interacts with a conical valve fixed on the central rod 34 for rotation and reciprocating movement by means of a two-arm lever 32, which allows unloading products through the hollow spindle 3. The control system allows you to automate the process of loading, drying and unloading. 4 hp f-ly, 10 ill.

Description

The invention relates to the technique of drying products in the field of centrifugal forces and can be USED in machine building and other fields of grain industry for drying small products.

The purpose of the invention is to increase operational reliability.

Figure 1 shows schematically an installation for centrifugal drying of 20 small items, a general view; Fig. 2 shows the cover of the drying chamber in the closed (a) and open (b) positions; in FIG. 3 — node 1 in FIG. 1 in FIG. 4 — view A in FIG. Ij in FIG. 5 — section 25B-B in FIG. 1; figure 6 is a cross section of figure 5; figure 7 - section GG on fig.C on AIG.8 - section dD in figure 7; FIG. 9 shows the loading (c) and working (d) position of the loading device, 30, top view; in FIG. a functional diagram of the plant control system.

The proposed unit for centrifugal drying of small products contains a frame 1, a drying chamber made in the form of a perforated basket 2 rigidly “fixed on the spindle 3 made hollow and kinematically connected through the belt transmission 4 to the drive 5, the heating chamber 6 a heater 7 and a temperature sensor 8, a vacuum system 9 with a pressure sensor 10 in the drying chamber, a feed funnel 11 and a cover 13 rotating around the axis 12, a loading device 14 and a basket unloading device 15, coytener 16 to be dried Cereal disposed on the pivot arm 17, container 18 for receiving the finished articles and elektrr- cabinet 19 of the control system. The pivoting cover 13 is spring loaded and provided with a bracket 20 cooperating with the pivoting boom 17 and the torsion spring 21 to return the cover 13 to the initial closed position a, and the sensor 22 to open and the sensor 23 to close the drying chamber.

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The basket loading device 14 is made in the form of a pusher 24 connected kinematically through a chain drive 25 and a gearbox 26 with an actuator 27. The pusher 24 in the Bottom part has a fixed fork 28 for fixing the swing arm 17 when the basket is loaded, and in the upper part a cam 29 to interact with the sensors 30 and 31 of the stroke limits of the pusher, respectively, Up and Down.

The device 15 for unloading the basket 2 is made in the form of a two-arm lever 32 pivotally attached to the body, one arm of which is connected to the drive 33 (for example, electromagnetic), and the second arm to the central shaft 34 passing through the guide 35, which is located coaxially with the cavity 36 the spindle 3 and with the help of the holders 37 is fixed in the lower part of the funnel 11, while the lower part of the rod 34 is equipped with a conical valve 38, which interacts with the outlet 39 of the perforated basket 2, located in the place of attachment to it of a hollow spindle l 3.

The conical valve 38 is made in the form of a plug 40 mounted on the bearing support 41 of the lower end of the central rod 34 and tightly fitting its base under the action of gravitational forces to the bottom of the basket 2 and blocking the outlet opening 39.

The container 16 is made in the form of a container 42, a split bottom 43, rigidly connected to the lower end of the rod 44, placed in the glass 45 and spring-loaded in it by means of a pushing spring 46, the glass 45 being fixed by means of the ribs 47 in the center of the container 42, while the upper the end of the rod 44 has the ability to interact with the pusher 24 of the basket loading device 14. In order to more accurately stop the container 16 in the refueling zone and in the product processing zone, the boom 17 of the rotary device is equipped with travel stops 48 and 49 in the machining zone.

The automatic installation control system has a loading control unit 50, a starting unit 51, a command formation unit 52 Closing the drying chamber, an executive control unit 53, a software block 54, a temperature controller 55 with a sensor 8 and a setting unit 56, a heating control unit 57, block 58 basket rotation control, power unit 59, Start button 60 and Stop 61, as well as sensor 22 open the drying chamber, sensor 30 for limiting the pusher stroke 24 Down, sensor 30 for limiting the stroke of the pusher 24 Up, sensor 10 for pressure in the drying chamber, sensor 23 for cover drying chamber, the detector 62 readiness installation to perform technological operations and the detector 63 of the completion of technological operations.

The functional diagram of the installation control system is performed as follows.

The first output of the load control unit 50 is connected to the first input.

The load control block 50 comprises two elements 64 and 65, two

(Down commands) of the drive 27 of the bans zoelement of the BANKS 66 and 67, three element devices and the second input of the block NOT 68-70, element OR 71, element

ka 52, and the second output is the corresponding-72 time delay, with the element

but with the second input (Up commands) OR 71, the BAN 66 element and the element

drive 27, with the first input 64 interconnected sequentially

this block 50 is connected to the output of the Start button 60, the second with the exit of the Stop button 61 and the second input of the starting block 51, the third input with the output of the sensor 22 opening the drying chamber, the fourth input with the output of the sensor 31 limiting the pusher down, the first input of the starting block 51, the fifth input - with the output of the starting block 51, the third input of the command block 52, closing the heating chamber and the first input of the program block 54, the sixth input - with the output of the pusher stroke control 24 upward sensor 30 and the first input of the close command block 52 The term drying chamber, the third input of the trigger unit 51 connected to the output of the sensor 10, the pressure in the drying chamber, the fourth input - a sixth output software Bloch. 54, the output of the command-forming unit 52. The closing of the drying chamber is connected to the input of the executive control unit 53, and the fourth input

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Of course, the second BAND element 6-7, the time delay element 72 and the second element AND 65 are also interconnected in series, with the first input of unit 50 connected to one of the inputs OR 71, the second input through the first element NOT 68 to the second input of the first element 64, the third input with the third input of the first element 64, the fourth input with the input of the second element BAN 67 and through the second element NOT 69 with the fourth input of the first element AND 64, the third input with the first input of the second element AND 65, the sixth entry through the third element is NOT 70 - with the second entry And 65, the first output of this block 50 (command Down) is connected to the output of the first element AND, the second input of the element OR 71 and the prohibited 55 input of the second element BAN 67, and the second output of this block 50 (Up command) is connected to the output of the second element And 65 and the forbidden entrance of the first element BAN 66.

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This unit is connected to the sensor output. The drying chamber is closed and the second input of the software unit 54, the first output of which is connected to the first input of the basket rotation control unit 58, the second input of the heating control unit 57 and the input of the temperature controller 55, and the second, third and fourth software outputs unit 54 is connected to the second, third and fourth inputs of the basket rotation control unit 58, the fifth output of the unit 54 through the power unit 59 is connected to the input of the drive 33 of the unloading device, the output of the control unit 57 Greve connected to the input of the heater 7, and its first input connected to the output of the regulator 55

temperature, the comparison inputs of which are connected to the outputs of the sensor 8 and the temperature sensor, the first output (Left command) of the basket rotation control unit 58 is connected to the first input of the drive 5, and the second input (Right command) - to the second input of the drive 5.

The load control block 50 comprises two elements 64 and 65, two

BAN 66 and 67, three elements

Of course, the second BAND element 6-7, the time delay element 72 and the second element AND 65 are also interconnected in series, with the first input of unit 50 connected to one of the inputs OR 71, the second input through the first element NOT 68 to the second input of the first element 64, the third input with the third input of the first element 64, the fourth input with the input of the second element BAN 67 and through the second element NOT 69 with the fourth input of the first element AND 64, the third input with the first input of the second element AND 65, the sixth entry through the third element is NOT 70 - with the second entry And 65, the first output of this block 50 (command Down) is connected to the output of the first element AND, the second input of the element OR 71 and the forbidden input of the second element BAN 67, and the second output of this block 50 (Up command) is connected to the output of the second element AND 65 and the forbidden entrance of the first element BAN 66.

The starting block 51 contains the element 11LI 73, the element AND 74 and two elements NOT 75 and 76, with the first input of the block 51 connected to one of the inputs of the element OR 73, the second through the first element NOT 75 to the second input of the element 74, the third input - with the third input of the element And 74 "the fourth input through the second element IIЛ 76 with the fourth input of the element And 74, and the output of block 51 is connected to the output of the element And 74 and the second input of the element OR 73, the output of which is connected to the first input of the element AND 74.

The command block 52 for building the closure of the drying chamber contains an element AND 77 and two elements HE 78 and 79, with the first input of the block connected to the first input of element AND 77, its second input through the first element 78 NOT with the second input of element And 77, the third input this block 52 - with the third input of the element And 77 and its fourth input through the second element NOT 79 - with the fourth input of the element And 77, the output of which is connected to the output of the block 52,

Program block 54 contains an element 80 and five time delay elements 81-85, the first and second inputs of the element 80 and connected respectively to the first and second inputs of this block 54, and the output of the element 80 and connected to the first output of block 54 and with the inputs of all time delay elements 81-85, wherein the outputs of time delay elements 81-85 are connected to the second and third, fourth, fifth and sixth outputs of block 54, respectively, with the time delay of each subsequent time delay element exceeding the time delay pre yduschego time delay element.

The heating control unit 57 contains the element AND 86 and the element 87, the first input of the block 57 is connected via the element NOT 87 to the first input of the element 86. And the second input of this

the BAN 91 element with the first input of the second element AND 89, the second input of this block through the first element NO 92 is connected to the second input of the first element AND 88, the third input of block 58 to the second input of the second element And 89, the fourth input of this block through the second element NOT 93 - with the third input of the second element AND 89, the output of the first element And 88 is connected to the forbidden input of the second element BAN 91 and the first input (Left command) of block 57, and the output of the second element And 89 is connected to the forbidden input of the first element BAN 90 and the second exit (command Right) block 57 .

Installation for centrifugal drying of small products works as follows.

Before starting work, the operator switches on the system 9 for evacuating the installation, as a result of which a signal appears at the output of the pressure sensor 10 in the drying chamber, which is fed to the third input of the starting unit 51 and to one of the inputs of the And 74 element.

Then, the container 16, filled with articles in the refueling zone, is moved by means of the swing arm 17 manually or automatically, for example, by means of a boom, to the treatment zone.

The boom 17, when moving to the treatment area, interacts with the bracket 20, as a result of which the lid 13, overcoming the force of the spring 21, begins to rotate around its axis 12, the loading funnel 11 and the entire drying chamber gradually open. After the funnel 11 is fully opened The arrow 17 rests on the stopper 49 and stops, having the container 16 with products exactly above the funnel 11 and under the basket loading device 14.

After fully opening the funnel 11

block - with the second input element And 86, "and the drying chamber, the lid enters

the output of which is connected to the output of block 57.

The basket rotation control unit 58 contains two elements AND 88 and 89, two elements BENCHES 90 and 91 and two elements NOT 92 and 93, the first input of block 58 through the first element BAN 90 and connected to the first input of the first element And 88 and through the second

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interaction with the sensor 22, as a result of which a signal appears at its output, which is fed to the third input of the basket loading control unit 50 and to one of the inputs of the AND 64 element, as well as to the input of the device readiness indicator 62 to perform technological operations. After that, the operator voz5

interaction with the sensor 22, as a result of which a signal appears at its output, which is fed to the third input of the basket loading control unit 50 and to one of the inputs of the AND 64 element, as well as to the input of the device readiness indicator 62 to perform technological operations. After that, the operator acts on the Start button 60, the signal from which is fed to the first input of block 50 and through the OR 71 element and the BAN 66 element to the other input of the And 64 element. No signals are output from the Stop 61 button and at the output of the Pusher Limit Sensor 31 leads to the appearance of signals at the outputs of elements HE 68 and 69, u, which causes the appearance of signals

at the output of the elements NE 75 and 76 and at the remaining inputs of the element AND 74. The simultaneous appearance of signals at all inputs of the element AND 74 causes the appearance of a signal at its output, which goes to the output of block 51, to the first input of program block 54, to the first input element I 80, to the third input of block 52, to one of the inputs of element I 77, to the fifth input of block 50 to one of the inputs of element I 65.

which arrive at the remaining inputs of the element 64. The presence of signals simultaneously on all the inputs of the element 64 leads to the appearance of a signal at its output, which arrives at the forbidden input of the element BAN 67, preventing the activation of the Up command, then the second input an element OR 71 to memorize the Down command, to the first output of block 50 and further to the second JQ swarm input of the command forming unit 52. Closing the drying chamber, preventing the signal at the output of the HE element 78, to the first input of the actuator 27 of the loading device 14, - 25 th act t to the last input element result of which it is incorporated and via reduction gear 26 and the transmission 25 starts to move the plunger 24 down. The pusher 24, when moving downward first with the help of the fork 28, fixes the pivoting boom 17, and then interacts with the container rod 44, as a result of which the latter, having overcome the force of the spring 46, begins to move downward together with the connector 43. The dividers start to pour out the funnel 11 through the annular slot formed in the bottom of the container 16 and then directly into the first

And 65. Simultaneous receipt of signals at all inputs of element And 65 causes the appearance of a signal at its output, at the forbidden input of element 30 BANKS 67, at the second output of block 50 and .the second input of drive 27, as a result of which it is turned on and with the gearbox 26 and the gear 25 begins to move the pusher 24 upward, at the same time the bottom 43 of the container 16 under the action of the pushing spring 46 begins to close, and the plug 28 releases the swivel boom 17. In the upper extreme position, the pusher 24 by means of the cam 29 acts on the sensor 30 none of the upward pusher motion, as a result of which a signal appears at its output, which is fed to the sixth input of block 50 and

And 65. Simultaneous receipt of signals at all inputs of element And 65 causes the appearance of a signal at its output, at the forbidden input of element 30 BANKS 67, at the second output of block 50 and .the second input of drive 27, as a result of which it is turned on and with the gearbox 26 and the gear 25 begins to move the pusher 24 upward, at the same time the bottom 43 of the container 16 under the action of the pushing spring 46 begins to close, and the plug 28 releases the swivel boom 17. In the upper extreme position, the pusher 24 by means of the cam 29 acts on the sensor 30 none of the upward pusher motion, as a result of which a signal appears at its output, which is fed to the sixth input of block 50 and

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forged basket 2. After completing the full opening of the bottom of the container 16, the pusher 24 with its cam 29 acts on the sensor 31 for limiting the stroke of the pusher Down, resulting in a signal at its output, g5, on the perPV1Y VH ° D unit 52. The appearance of which enters the first input of the start signal at the sixth input of block 50 of the language block 51 and through the element OR 73 to one of the inputs of the element AND 74, and also goes to the fourth input of the block 50, which leads to the disappearance of signals at the output of the element NOT 69, at the output of the element AND 64, at the forbidden entrance ale 67-coagulant inverted output of the OR gate 71, inverted at the output member 66, the first drive input 27, and appearance of the signal at the permissive inverted input member 67 and input member 72 to the time delay. The drive 27 is turned off, and the pusher 24 stops in its lowest position, allowing for full unloading of the container 16, which occurs when there are no signals at the output of the Stop button 61 and at the outputs of the program block 54, as well as a signal at the output of the pressure sensor 10 in the drying chamber what causes the appearance of signals

at the output of the elements NE 75 and 76 and at the remaining inputs of the element AND 74. The simultaneous appearance of signals at all inputs of the element AND 74 causes the appearance of a signal at its output, which goes to the output of block 51, to the first input of program block 54, to the first input element I 80, to the third input of block 52, to one of the inputs of the element I 77, to the fifth input of block 50, to one of the inputs of the element I 65.

After the final unloading of the container 16, a signal appears at the output of the time delay element 72, which arrives at the last input

And 65. Simultaneous receipt of signals at all inputs of element And 65 causes the appearance of a signal at its output, at the forbidden input of element 30 BANKS 67, at the second output of block 50 and .the second input of drive 27, as a result of which it is turned on and with the gearbox 26 and the gear 25 begins to move the pusher 24 upward, at the same time the bottom 43 of the container 16 under the action of the pushing spring 46 begins to close, and the plug 28 releases the swivel boom 17. In the upper extreme position, the pusher 24 by means of the cam 29 acts on the sensor 30 none of the upward pusher motion, as a result of which a signal appears at its output, which is fed to the sixth input of block 50 and

0

5 on the first percussion block of the block 52. The appearance of a signal at the sixth input of the block 50 calls 0

five

The disappearance of the signal at the output of the element HE 70 and at one of the inputs of the element And 65, which leads to the disappearance of the signal at the output of the element And 65, at the second input of the unit 50 and at the second input of the drive 27. The latter is turned off, and the plunger 24 stops in extreme position. The absence of signals at the second and fourth inputs of the block 52, the presence of t signals at the outputs of the HE elements 78 and 79 and the third input of the block 52, as well as 1 signal input to the first input

block 52 causes the appearance of a signal at the output of the element 77, which is fed to the output of block 52 and to the input of the executive controller 53. The latter gives the command to send the container 16 to the refueling zone.

After that, the boom 17 manually, by means of a warning signal or automatically, for example, with the aid of a manipulator, by an executive command of the commander-in-command 53 moves to the refueling zone, thus releasing the bracket 20, as a result of which the cap 13 is rotated around the axis 12 under the action of the spring 21 to its original position, automatically closing the drying chamber. After the final drying of the drying chamber, the cover 13 acts on the sensor 23 for closing the drying chamber, as a result of which a signal appears at its output, which is fed to the fourth input of the block 52 and to the second input of the software block 54.

The appearance of a signal at the fourth input of block 52 causes the disappearance of the signal at the output of the element HE 79, at one of the outputs of the element I 77, at the output of the block 52 and at the output of the executive control unit 53, as well as the disappearance of the command to send the swing arm 17 to the refueling zone . The boom 17 in the refueling zone interacts with the stopper 48 and stops to fill the container 16 with the next batch.

The appearance of a signal at the second input of program block 54 and the presence of a signal at its first input cause the appearance of signals at the same time at all inputs of the And 80 element, with the result that at its output also a signal appears that goes to the inputs of all elements 81-85 time delay, and also goes to the first output of the unit 54 itself, to the internal control valve of the temperature controller 5, to the second input of the heating control unit 57 and to the first input of the basket lifting control unit 58. The presence of a signal at the input of the controller 55 and the difference in the readings of the sensor 8 and the temperature setting device 56 (since the lid 13 had been open the day before and there was a loss of heat, the temperature sensor 8 reads below the settings of the setting device 56) at the comparison inputs of the controller 55 causes the absence of a signal at the output of the controller 55 and at the first input of the block 57.

The absence of a signal at the first input of block 57 and the presence of a signal at its second input and at the output of the element HE 87 cause signals to appear simultaneously at all inputs of the AND 86 element, with the result that a signal appears at its output that is output at the block 57 and to the input of the heater 7.

The latter is turned on and heats the air in the heating chamber 6. The appearance of the signal at the first input of block 58 causes the appearance of a signal at the permissive input of the BAN 90 element, at its output and at one of the inputs of the And 88 element. The absence of a signal at the second input of the block 58 causes the appearance of a signal at the output of the HE 92 element at the second input element 88. The presence of signals at the same time on all inputs of element 88 causes a signal to appear at its output, which is fed to the first output of block 58 and to the first input of drive 5. The latter starts and rotates spindle 3 and perforated baskets through gear 4 2 to the left, whereby the article placed in the basket 2, under the action of centrifugal forces begin to press against the side of the cylindrical perforated wall, creating conditions for maximum removal of moisture through the evacuation system 9 and drying products.

During the rotation of the basket 2, its outlet 39 is securely closed, since the plug 40 of the conical valve 38 under its own weight, the weight of the central stem 34 and the weight of the products is pressed tightly against the bottom of the basket 2 and does not move relative to it because it can rotate synchronously with the basket on the bearings 41 of the central rod 34.

After the time delay t expires, exceeding the time delay t by an amount d equal to the software duration of the basket rotation to the left, the output of the time delay element 81 is a signal that arrives at the second output of the program block 54, on the second input block 58 and the input element NO 92, as a result of which signals at its output, at | I 88 element stroke, at the forbidden input of BAN 91, at the first output of block 58 and at the first input of the drive 5, disappear. but basket 2 by inertia still continues vr schats and details as reducing the rotation speed begin to be separated from the cylindrical side wall and the bottom osypayuts stirring Referring interconnected.

After the time delay t2 expires, exceeding the time delay ..ts by an amount & te equal to the program duration of the pause for inertial coasting and smooth basket 2, the output of the time delay element 82 is a signal that arrives at the third output of the program block 54 , to the third input of the block 58 and to one of the inputs of the And 89 element. The absence of a signal at the fourth input and the presence of a signal at the first input of the block 58, as well as at the resolving element BAN 91, causes the appearance of signals at the same time at all inputs of the And 89 element, A signal appears at its output, at the second output of block 58, at the forbidden input of the BANNER element 90 and at the second input of the drive 5. The latter turns on and through gear 4 rotates spindle 3 and basket 2 to the right. The parts are agitated under the action of centrifugal force and again begin to press against the lateral cylindrical wall of the basket 2, and their intensive drying is repeated.

After a time delay exceeding the time delay t% by the value of dc equal to the software duration of the basket rotation time to the right, the output of the time delay element 83 is a signal that goes to the fourth output of the program block 54, to the fourth input of the block 58 and the input element is NOT 93, as a result of which the signals at its output, at the output of element And 89, disappear, at the prohibiting input of element BAN 90, at the second output of block 55 and at the second input of drive 5. The latter is turned off, but basket 2 by inertia continue The rotates, and as the speed of rotation decreases, the parts begin to separate from the lateral cylindrical wall and fall down to the bottom.

After the expiration of the time delay t. exceeding the time delay t (by the value of A.t2 equal to the software pause for the inertial coasting and smooth stop of the basket 2, the output of the time delay element 84 is a signal that goes to the fifth output of the software unit 54 and to the input of the power unit 59, as a result of which a signal appears at its output. It enters the input of the actuator 33 of the unloading device 15 and the input of the workflow indicator 63. The actuator 33 turns on and begins to act on the shoulder of the double-arm lever 32, as a result of which begins to lift central rod 34 and the stopper 40 of the conical valve 38, releasing the outlet opening 39 and the cavity 36 of the spindle 3, through which the dried product under its own weight into the container 18 vysypayuts.

During the unloading of parts, the detector 63 notifies the operator of the completion of technological operations.

After the time delay t- expires, exceeding the time delay tz by the value of At, equal to the program duration of unloading the basket 2, the output of the time delay element 85 is a signal that arrives at the sixth input of the program block 54, to the fourth input of the starting block 51, as a result of which the signals at the output of the element NE 76, at the output of the element AND 74, at the output of the element OR 73, at the output of the block 51, at the first input of the program block 54, at the output of the element 80, at all outputs of the program block 54 disappear, I at the outputs of blocks 57 and 59, at the input of the heater 7, at the input of the actuator 33 and at the input of the signaling device 63. After a time delay exceeding the time delay by an amount t6 equal to the pause to disconnect the control system switching circuits, the heater 7 and the actuator 33 turn off heating of chamber 6 ceases, the actuator 33 is turned off, and the plug 40 of the conical valve 33 together with the central rod 34 under the action of its own weight fits tightly to the bottom of the basket 2, blocking the outlet port 39, and also the alarm device 63, the entire control system is turned off comes to its original state.

The unit is ready to receive the next batch of processed products.

Claims (5)

1. Installation for centrifugal drying of small products, containing a drying chamber, made in the form of a perforated basket with a rotary lid, and the bottom of the basket is reinforced on the spindle, electric heaters, loading and unloading devices with individual drives, characterized in that, in order to increase operational reliability, the installation additionally contains an automatic control system and a central stem installed inside the basket, one end of which is conical and the other through a double-arm lever is connected to the drive, the spindle being hollowed out and connected to the unloading device with its free end, and the socket at the junction with the spindle is made with in the working position with a conical valve, the drive of the loading device is made in the form of a rotary boom with a pusher. 2, Installation according to claim 1, such that the automatic control system includes a loading control unit, a starting unit, a command building unit, Closing the drying chamber, an operating device controller, a software unit, a temperature controller with sensor and setting device, heating control unit, basket rotation control unit, power unit, Start and Stop buttons, sensor for opening the lid of the drying chamber, sensors for limiting the pusher movement Down and Up loading device, pressure sensor in the drying chamber, dates The close of the drying chamber, the unit ready alarm and the process completion alarm, the first output of the load control block connected to the first drive input of the boot device (Down command) and the second input of the command block Closing the drying chamber, and the second output of the load control block is connected to the second input of the boot device drive (Up command), the first the input of the load control block is connected to the output of the Start button, the second input of this block is connected to the Stop button and the second output of the starting block, the third input of the load control block is connected to the sensor output of opening the drying chamber lid and the readiness indicator of the installation, the fourth input of the load control block is connected to the output of the stroke limiter sensor pusher Down and the first input of the starting block, the fifth input of the load control block — with the output of the starting block, the third input of the command block the first chamber of the program block; the sixth input of the load control block — with the output of the push rod upstroke sensor and the first input of the command generation unit. Closing the drying chamber, the third input of the starting block is connected to the output of the pressure sensor in the drying chamber, the fourth input of the starting block — with the sixth output of the program block; the output of the command formation unit. The closure of the drying chamber is connected to the input of the executive controller, and its fourth input of the command formation unit. The chamber is connected to the output of the closure sensor, drying chamber and the second input of the software unit, the first output of which is connected to the first input of the basket rotation control unit, the second input of the heating control unit and the temperature controller input, and the second, third and fourth outputs of the software unit are connected respectively with the second, third and fourth inputs of the basket rotation control unit, and the fifth output of the program block through the power unit - with the input of the unloading drive and with the input of the detector for technological operations, the first output of the basket rotation control unit is connected to the first input of the basket drive, and its second output is connected to the second input of this drive, the output of the heating control unit is connected to the electric heater of the drying chamber, and the first input of this block is connected to the output of the temperature regulator with sensor and adjuster, 3, Installation according to claim 2, characterized by the fact that the control unit loading contains two elements AND, two elements BANNER, three elements NOT, element OR and element of time delay, moreover element OR, first element BAN and the first element AND are interconnected in series, the second element BAN, time delay element and the second element AND are connected between also sequentially, wherein the first input of the block is connected to one of the inputs of the OR element, the second input through the first element is NOT - to the second input of the first element AND, the third input of this block is to the third input of the first element AND, the fourth the input of the block is with the input of the second element BANGE and through the second element NOT with the fourth input of the first element I, and the fifth input of the block with the first input of the second element I, the sixth input of this block through the third element NOT with the second input of the second element I, the first output of this block (the Down command) is connected to the output of the first element AND, the second output of the OR element and the forbidden input of the second BAN element, and the second output of this block (the Up command) is connected to the output of the second AND element and the forbidden input of the first element BAN. 4. Installation according to claim 2, characterized in that the command formation unit Closing the drying chamber contains an element AND and two elements NOT, the first and third inputs of the block being connected respectively to the first and third inputs of the element AND, and the second and fourth inputs of this block are connected via the first and second elements NOT respectively with the second and fourth inputs of the element I, the output of which is connected to the output of the block. 5. The installation according to claim 2, wherein the program block contains an And element and five time delay elements, the first and second inputs of the And element are connected respectively to the first and second inputs of this block, and the output of the And element is connected to the outputs of all elements of the time delay and the first output of this block, while the outputs of the first, second, third, fourth and fifth elements of the time delay are connected respectively to the second, third, fourth, fifth and sixth inputs of the block itself, and the time delay of each the next element of the time delay exceeds the time delay of the previous element. and I 9Z98W1 45 5 eleven 1 77 M in to til FIG. 6 M 37 37 FIG. eight Fig.9