SU1286116A3 - Magazine for measuring and/or sampling probes - Google Patents

Abstract

The invention relates to a shop of measuring and / or sampling probes, can be used in steel-smelting shops and allows increasing the volume of loading of storage cells while ensuring safe loading and unloading while reducing the size of the discharge unit. The magazine has a number of cells for probes that sense the probes in a horizontal position. The cells are provided with input and output windows parallel to the probes and have an on-line clone providing automatic probe folding. Receiving windows are equipped with angle flaps, and exit windows - with stop flaps. Leave the windows vertically one above the other, and near them is a transport device made in. a view of the elevator, and a guiding device, provided with a swinging lever, mounted pivotally, which, with its freely rotatable end, is pivotally connected to the probe holder, which receives the Elect from the elevator. 2 hp f-ly, 6 ill. WITH

Description

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The invention relates to a dp shop for measuring and / or sampling probes, in particular for steel smelters, having cells in which the probes are located in a horizontal position, and receiving and output windows arranged parallel to the probes, while at the exit windows a transport device is provided probes on the device, placing the probes in a vertical position.

The purpose of the invention is to increase the loading volume of the storage cells while ensuring safe loading and unloading while reducing the size of the discharge unit.

Fig. 1 shows a shop installed in a steel-smelting shop, top view; figure 2 is a view of And figure 1 (with a partial cut); on fig.Z - view B in figure 1 (with a partial cut); figure 4 and 5, the node I in figure 2; 6 shows a device for placing the probes in a vertical position, a perspective view.

Magazine 1 is intended for measuring and / or sampling, sampling 2, which are used to make measurements or take samples from a steelmaking converter, and is equipped with a tong clamp 3 mounted on the manipulator 4 and pico 5 on the lower end which the probe is mounted for insertion into the converter.

Store I contains cells 6 located one above the other vertically for probes 2, with each cell 6 accommodating a large number of probes and they are located with a slight inclination at an angle of 7. The cells have receiving 8 and output 9 windows. Vertically arranged one above the other receiving windows 8 are closed with flaps 10 having an angular shape in cross section, each valve being installed at the bottom 11 of each cell 6 rotatably about an axis 12 passing along the receiving window 8. The axis of rotation is provided on the edge 13 corner flap 10 forming an angle.

The length 14 of the receiving window 8 corresponds to the length of the probes 2.

The output window 9 of each cell 6 is equipped with a shut-off device 15, which is made in the form of a stopper

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flaps. Each stop flap I5 is installed above the probe 2, which is closest to the exit window, can be rotated on the ceiling 5 16 cells and has two shelves located at an obtuse angle to one another.

Shop 1 is equipped with a lift 17 ,. On the front side 18 of the magazine 1 there is a device 19 for placing the probes in a vertical position, which consists of a holder 20, the latter with one end connected to the rod 21 of the power cylinder 22, which rotates about an axis 23 located on the shop 1, and from two parallel swing arms 24, which are mounted on the store I rotatably about the axis 25, and their free ends 26 are hinged on the holder 20. The axis 27 connecting the ends 26 of the swing arms 24 to the holder is located between the ends of the bodies, namely at a distance 28 from the point of attachment of the articulated rod 21 of the actuator, which corresponds approximately to the length of the rocker arm 29.

The device works as follows.

The probe 2 is placed between the angled elements of the shutter 10, rotated to the loading position G, after which the shutter 10 turns to the closed position B, while the probe 2 from the shutter 10 rolls into the cell. Since the axis 12 of rotation of each flap 10 is parallel to the receiving window 8, and due to the angle of inclination -7, the probes inside the cells 6 are transferred to the output windows 9 or to the probes that are already near the output windows without tilting. In the C position of the shutter 15, its shelf can contact the first probe 2 from the exit window. The second shelf, which is directed to the probes adjacent to the probe 2, contacts in the D position with the probe adjacent to the first probe 2, and therefore stops the probe located behind it in the corresponding cell 6 probes, as a result of which the cell can roll out-. 5, only the first probe 2 (lower cell 6 in FIG. 2).

The probes 2 rolling out of the cells 6 are taken to be moving in ver 30

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ticking direction lift 17, which passes through all the output windows 9, located one above the other in the vertical direction. By means of a lift 17, each probe 2 is transported to a device 19, located on the front side 18 of the magazine 1, for placing the probes in a vertical position.

Due to the connection with the swinging arms 24 on the axis 27, the distance corresponding to the length of the swinging arms is located from the hinge point of the stem cell while ensuring safe loading and unloading while reducing the size of the discharge unit, the tip cells have an inclination that automatically rolls the probes , - receiving windows are equipped with angle valves, and the output windows are equipped with stop valves, and the output windows of the accumulation cells are located vertically above each other, transporting the device Complete in the form of a lift, the guiding device is equipped with a swinging lever mounted

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21, the probe holder 20 can be pivotally rotatable, which

return from the horizontal position E to the vertical position F, and this does not require an area on the side near shop 1 or below it.

Thus, neither when the magazine is loaded, nor when the probe is removed, no additional space is piped to the side of store 1 outside of the restriction lines 30 and

 31 (Fig. 1), therefore, when using the proposed shop in already existing steel-smelting shops, the production area is saved.

Claims (3)

Claim 1. Stores for measuring , and / or sampling probes, containing at an obtuse angle one to the other number of accumulative cells, the first shelf is directed to the extracting probes in a horizontal transom window, and the second to the probe, the bearing and equipped located adjacent to the front ridge, and parallel to the probes by the receiving valve from the position where the exit windows occur, containing a direct contact of the first shelf with the pilot device and transporting the middle probe, the device delivering the probes to the guide rail The device is characterized in that, with the aim of elevating the position where the second shelf contacts with the probe adjacent to the front probe, while ossifying the load volume of accumulative 45 beats of the front probe. 861164 cells while ensuring safe loading and unloading while reducing the size of the unloading unit, storage cells have a slope for automatic rolling of probes - receiving windows are equipped with angle flaps, and the output windows are equipped with stop valves, while the output windows of the storage cells are located vertically above each other, transporting the device is in the form of a lift, and the guide device is equipped with a swinging lever mounted fO  with turning which 0 with its free turnable end, it is pivotally connected to the holder, the probes, which receive the probe from the elevator. 2. Shop pop. 1, which differs from the fact that the angle flaps on the receiving windows of the storage cells are installed with the possibility of rotation relative to the forming angle  edges at the bottom of each cumulative cell. 3. Shop according to claims 1 or 2, in which the stop flaps are installed with the possibility of rotation at the ceiling level of each accumulative Cell above the probe that lies closest to the outlet, with each stop flap having two shelves. 0 obtusely facing one to the other, the first shelf is directed to the exit window, and the second to the probe adjacent to the front one, and the damper from the position where the first shelf is in contact with the front probe can be rotated to the position where the second shelf contacts with the probe adjacent to the front probe, during mastering Y5 2i 2V Fsh FIG. five