BE1030694B1 - SCP machine for a coke oven system, coke oven system, and method for operating an SCP machine and/or a coke oven system - Google Patents

Abstract

The present invention relates to an SCP machine for a coke oven system, comprising ovens with oven openings (1a, 7a) that can be selectively closed or opened using oven doors (1, 7), the SCP machine having an emptying device for ejecting coke from an oven of the coke oven battery, and a loading device for filling coal or a coal cake into an oven of the coke oven battery, wherein both the emptying device comprises an oven door handling device (2) and the loading device comprises an oven door handling device (8). The present invention further relates to a coke oven system and a method for operating an SCP machine and/or coke oven system.

Description

SCP machine for a coke oven system, coke oven system, and method for operating an SCP machine and/or a coke oven system

The present invention relates to an SCP machine according to the preamble of claim 1, a coke oven system according to the preamble of claim 6, a method for operating the

SCP machine according to the preamble of claim 8, and a method for actuating the

Coke oven system according to the preamble of claim 9.

An SCP machine (Stamping Charging Pushing Machine) for a coke oven battery essentially comprises an emptying device for pushing out coke from an oven of the coke oven battery of the coke oven system, as well as a loading device for filling coal or a coal cake into an oven of the coke oven battery. This serves accordingly

SCP machine on the coal side of the coke oven battery especially for loading and

Draining the ovens of the coke oven battery.

The SCP machine or its emptying device and/or loading device can

Include components such as tamping, setting and feeding units. The tamping unit may include a hammer unit and coal storage containers with vibratory feeders. The

Feeding unit can have a tamping box under the hammer unit, a

Include loading device and a sealing frame. The setting unit can be one

Include setting plate and a setting drive assembly. An oven door handling device for

Removing and reinstalling the door, a door cleaner to clean the door, a

Frame cleaning device for cleaning the door frame, a coal cake cutter for

Reducing the length of the charcoal cake after placing it in the oven and a

Driving mechanisms for moving can also be part of the SCP machine. Through a

Hopper can load coal into the punching box. After a series of loading and hammering operations, the coal cake is ready to be loaded into the furnace chamber. The glowing coke can be pushed out of the furnace chamber using the emptying device as soon as the coking process is completed. The empty oven can then be charged with a coal cake using the charging device.

A coke oven system essentially includes a battery of coke ovens with multiple ovens. The

Ovens each have oven doors that are used to express the oven or to load it

oven can be used.

A conventional SCP machine is first positioned to remove a door in front of the oven battery oven to be pushed out. The oven is then pushed out, i.e. emptied. The SCP machine then moves a second time to load and a third time to reset the door. Another trip (fourth time) can be used to cut the loaded

Coal cake (if necessary) should be provided before the door is returned. Multiples

Journeys consume time and energy and can result in excessive cargo emissions.

This is where the present invention comes in and sets itself the task of improving SCP

Suggest a machine, especially a SCP machine, the shorter one

Cycle times for squeezing out coke and feeding it with coal and/or tend to enable lower emissions. The present invention is intended to solve the need for multiple

Eliminate, or at least reduce, the process of an SCP machine.

According to the invention, this task is achieved by an SCP machine with the characteristic ones

Features of claim 1 solved. Because both the emptying device has one

Oven door handling device as well as the loading device

Oven door handling device includes, at least the oven door of a first oven and the oven door of a second oven can be handled, i.e. at least removed and reinserted, i.e. the oven can be opened or closed. This opens up the

Possibility of parallel processing of two ovens, preferably at the same time and preferably without having to move the SCP machine for this processing. This is how one can

The oven is emptied and another oven is loaded.

Further advantageous embodiments of the proposed invention result in particular from the features of the subclaims. The objects or characteristics of the various

In principle, claims can be combined with one another in any way.

In an advantageous embodiment of the invention it can be provided that

Emptying device comprises an oven door cleaning device, a push rod for squeezing out the coke, a drive for the push rod and / or a frame cleaning device for an oven opening frame. With the oven door cleaning device, the oven door picked up by the oven door handling device can be cleaned accordingly. With the

The coke can be pushed out of the oven using the push rod for squeezing out the coke and the drive for the push rod. With the frame cleaning device you can

Oven opening frames need to be cleaned. In principle, these devices can also be used simultaneously or at least close to one another, so that shorter cycle times can also result here.

In a further advantageous embodiment of the invention it can be provided that

Feeding device a sealing frame, a coal cake tamping box, a

Ramming box door, a coal cake charging plate, a coal cake charging trestle and / or a coal cake charging drive. The aforementioned components can be used to load an oven advantageously.

In a further advantageous embodiment of the invention it can be provided that

Feeding device includes a coal cake cutter. The charcoal cake cutter can be used to process the charcoal cake, in particular to remove any disturbing ones

areas.

In a further advantageous embodiment of the invention or according to the invention, it can be provided that the emptying device and the loading device are mounted on a common receptacle. The unit can be made accordingly

Emptying device and loading device are picked up together and in particular moved. This opens up the possibility of parallel processing of two ovens, preferably at the same time and preferably without the SCP machine for this

Processing would have to be postponed. This means that one oven can be emptied and another oven can be loaded.

A further object of the present invention is to propose an improved coke oven system, in particular to propose a coke oven system which has shorter cycle times for the

Expressing coke and feeding it with coal and/or tends to enable lower emissions.

According to the invention, this object is achieved by a coke oven system with the characterizing features of claim 6. Because the coke oven system is equipped with an SCP machine according to at least one of the preceding claims, the advantages of the SCP machine according to the invention can be used for the coke oven system, in particular loading and emptying processes on the ovens can be carried out at the same time.

Further advantageous embodiments of the proposed invention result in particular from the features of the subclaims. The objects or characteristics of the various

In principle, claims can be combined with one another in any way.

In an advantageous embodiment of the invention, it can be provided that the emptying device mounted on a common receptacle and the loading device are movably arranged in front of the furnace battery. This means that basically all ovens can be used

Coke oven system, especially the coke oven battery, can be achieved. With appropriate

The respective coking processes and the number of existing ovens can be coordinated

SCP machine the entire coke oven battery in a predetermined and optimized cycle

Execute pattern.

In a further advantageous embodiment of the invention it can be provided that

Actuation processes of emptying devices, especially their

Oven door handling device, and loading device, in particular their

Oven door handling device, can be carried out in parallel, at different times or at least in close proximity.

Further advantageous embodiments of the proposed invention result in particular from the features of the subclaims. The objects or characteristics of the various

In principle, claims can be combined with one another in any way.

Another object of the present invention is to provide an advantageous method for

Suggest operation of an SCP machine.

According to the invention, this object is achieved by a method according to claim 8. The fact that the actuation processes of the emptying device, in particular their

Oven door handling device, and loading device, in particular their

Oven door handling device, carried out in parallel, overlapping in time or at least in close proximity, cycle times can be shortened and emissions can be reduced, especially since loading and emptying of two ovens can basically be carried out at the same time.

Another object of the present invention is to provide an improved method for

Actuation of a coke oven system according to the invention, comprising an SCP system according to the invention

machine to suggest. 5 According to the invention, this object is achieved by a method according to one or more of the

Claims 9 to 14 solved. The process features outlined here contribute to shorter cycle times for squeezing out coke and feeding it with coal and/or tend to enable lower emissions from the coke oven system.

Further features and advantages of the present invention will become clear from the following description of preferred exemplary embodiments with reference to the accompanying illustrations. Show in it

Fig. 1 shows an SCP machine according to the invention and parts of it

Coke oven system, especially the coke oven battery, in one

Top view;

Fig. 2.Step1 to 2.Step11 Detailed views of the SCP machine according to the invention

Movement of the oven door handling device, especially for

Removing, cleaning and replacing an oven door;

Fig. 3.Step1 to 3.Step5 detailed views of the SCP machine according to the invention

Emptying an oven, especially for the sliding process

emptying device;

Fig. 4.Step1 to 4.Step5 detailed views of the SCP machine according to the invention

Cleaning an oven opening frame, especially for

Movement of the frame cleaning device

emptying device;

Fig. 5.Step1 to 5.Step9 detailed views of the SCP machine according to the invention

Loading an oven, especially for moving the

Loader oven door handling device;

Fig. 6.Step1 to 6.Step6 detailed views of the SCP machine according to the invention

Loading an oven, in particular for the loading process of the loading device;

Fig. 7.Step1 to 7.Step5 detailed views of the SCP machine according to the invention

Cutting off the coal cake, especially to move the

Charcoal cake cutter.

The following reference symbols are used in the figures:

B oven battery

A Receptacle for the emptying device and loading device

R Oven opening frame 1 Oven door la Oven opening 2 Oven door handling device 3 Oven door cleaning device 4 Push rod 5 Push rod drive 6 Furnace frame cleaning device 7 Oven door 7a Oven opening 8 Oven door handling device 9 Sealing frame 10 Coal cake ramming box 11 Ramming box door 12 Mashed coal cake 13 Coal cake charging plate zo 14 Coal cake charging trestle 15 Coal cake bes chick drive 16 coal cake cutter 17 coke

Of course, features and details that are described in connection with a method also apply in connection with the device according to the invention and vice versa, so that reference is or can always be made to each other with regard to the disclosure of the individual aspects of the invention. In addition, a possibly described method according to the invention can be carried out with the device according to the invention.

The terminology used herein is for the purpose of describing specific ones only

Embodiments and is not intended to limit the disclosure. As used herein, the singular forms "a" and "the" shall also include the plural forms, provided that

The context does not make this clear in any other way. It will also be understood that the terms "comprising" and/or "comprising" when used in this specification specify the presence of, but not the existence of, said features, integers, steps, operations, elements and/or components or the addition of one or more other features, integers, steps, operations, elements, components and/or

Exclude groups of the same. As used herein, the term "and/or" includes any and all combinations of one or more of the associated ones listed

Elements.

First, reference is made to FIG. 1. Here is an SCP machine according to the invention and

Parts of the coke oven system, in particular the coke oven battery, shown in a top view. The

SCP machine and the coke oven system can include further components, not shown here, which are well known to those skilled in the art.

A coke oven system according to the invention essentially comprises an oven battery B with a

Multiple ovens arranged in a row next to each other. The ovens as such each have an oven opening with an oven door. As an example, oven opening 1a or 7a and oven door 1 or 7 are provided with a reference number. The oven door 1 or 7 can be selectively inserted or removed, whereby an oven opening 1a or 7a in the respective oven is either closed or released. The oven opening is 1a or 7a

Preferably surrounded by an oven opening frame R, which can either be used to hold or

Locking or releasing the oven door is set up. Through the respective oven opening, the respective oven can optionally be charged, i.e. loaded with coal or preferably a coal cake. A loading device is provided for this purpose. The oven can also be pushed out, i.e. emptied, through the same oven opening. An emptying device is provided for this purpose. For example, a push rod 4 can be inserted through the furnace opening. By retracting the push rod, the respective oven can be unloaded, i.e. the finished coke can be pushed out of the oven. There is basically another one for this

Furnace opening is provided on the back of the furnace (for example visible in FIG. 3), but this is not fundamentally important for understanding the present invention.

The oven opening 1a or 7a and oven door 1 or 7 in question here face the SCP machine.

If the ovens are timed appropriately, there will be at least one in a time window

Furnace that can be emptied, i.e. whose coke can be pushed out, and an oven that can be loaded, i.e. filled with coal or a coal cake.

Below, it will be assumed by way of example that the oven door 1 closes the oven opening la of an oven which can be pushed out, i.e. whose coke can be emptied. Furthermore, it is assumed that the oven door 7 is the oven opening 7a

The oven closes, which can be loaded, i.e. filled with coal or a coal cake.

Furthermore, the coke oven system according to the invention comprises an SCP machine according to the invention, which includes the emptying device and loading device already mentioned above.

The emptying device is set up to empty an oven, i.e. to remove the finished coke from the oven. The loading device is set up to fill an oven with coal or a coal cake.

The emptying device essentially comprises an oven door handling device 2, an oven door cleaning device 3, a push rod 4 for squeezing out the coke

Drive 5 for the push rod 4, and a frame cleaning device 6 for one

Oven opening frame R, in which an oven door 1 or 7 is accommodated. zo The loading device essentially comprises an oven door handling device 8, a sealing frame 9, a coal cake tamping box 10, a tamping box door 11, a

Coal cake loading plate 13, a coal cake loading stand 14, one

Coal cake loading drive 15, and optionally a coal cake cutter 16.

According to the invention it is provided that both the emptying device

Oven door handling device 2, as well as the loading device

Oven door handling device 8 includes. The oven door handling device 2 or 8 is basically set up to unlock an oven door 1 or 7, if necessary, pick it up, transport it and reinsert it into the oven opening 1a or 7a.

1 shows the basic structure of an SCP machine according to the invention and parts of it

Coke oven system, in particular the coke oven battery, shown in a top view.

The oven door handling device 2 is arranged on one side next to the push rod 4.

The frame cleaning device 6 is also on the other side near the

Push rod 4 placed. This arrangement allows the oven door 1 or the to be pulled out

Cleaning an oven door frame R. The oven door cleaning device 3 is placed near the

Oven door handling device 2 placed to clean the oven door 1 that has been pulled out.

The push rod 4 is aligned with the oven to be pressed. The push rod drive 5 is connected to the push rod 4 to drive it during pushing out the coke from the furnace.

The charcoal cake tamping box 10 with the tamped charcoal cake 12, the

Coal cake charging plate 13 and the coal cake charging trestle 14 are placed so that they are in line with the oven to be charged or its oven door 7 in accordance with the

Shift order is aligned.

The coal cake stamping box 10 has a coal cake stamping box door 11, and the

Coal cake loading plate 13 has a coal cake loading drive 15 driving it.

The oven door handling device 8 is located on one side next to the charcoal cake tamping box 10. The charcoal cake cutter 16 is also arranged on the other side next to the charcoal cake tamping box 10. This arrangement makes that possible

Pulling out the oven door 7 and also cutting the coal cake to fit into the oven (if necessary). The oven sealing frame 9 is in front of the

Coal cake tamping box 10 attached to seal the oven to be charged during loading.

The oven battery B of the coke oven system according to the invention is also shown. It can be seen that many ovens with corresponding oven doors are shown next to each other.

For the purpose of understanding the invention proposed here, however, only two ovens or their oven doors are provided with a corresponding reference number, in particular the oven door 1 of an oven to be emptied and the oven door 7 of an oven to be loaded.

It can also be seen that the emptying device and the loading device are accommodated on a common receptacle A. The SCP machine, especially that one

Recording A can generally be moved in front of the coke oven battery.

Further details of the proposed invention emerge in particular from one

Description of the operation of the emptying device (in particular FIGS. 2 to 4), as well as one

Actuation of the loading device (particularly FIGS. 5 to 9).

It goes without saying that only a few selected process steps are shown here, as they are helpful for understanding the process according to the invention. The method can include further steps or intermediate steps known to those skilled in the art.

The following FIGS. 2 to 4 relate in particular to processes relating to the emptying device.

Figures 2.Step1 to 2.Step11 show detailed views of the SCP machine according to the invention

Movement of the oven door handling device 1, in particular for removing, cleaning and inserting an oven door, through the emptying device. The index “Step 1 to 11” stands for a process step 1 to 11. A corresponding index is used for the others

Figures used.

In step 1, the oven door handling device 2 is in a starting position in front of the oven to be pressed, in particular its oven door 1. In step 2 the

Oven door handling device 2 rotated so that it is aligned with the oven to be emptied, in particular its oven door 1. In step 3 the

Oven door handling device 2 is brought to the oven door 1 and the oven door 1 is unlocked. In step 4, the oven door handler 2 is pushed back together with the oven door 1. The oven door 1 is removed, revealing the oven opening 1a of the oven, which is surrounded by an oven opening frame R for receiving the oven door 1. In step 5 the

Oven door handling device 2 with the oven door 1 in the starting position of the sliding side

Oven door handling device 2 rotated. In step 6 the moves

Oven door cleaning device 3 in the direction of the received oven door 1, in particular forward, in order to clean the oven door 1 during the emptying process, which preferably takes place in parallel. The oven door handling device 2 with the oven door 1 is accordingly in a position that allows the oven to be emptied. In step 7 the moves

Oven door cleaning device 3 after cleaning the oven door 1, preferably during

Pushing process, back to the starting position. In step 8, especially after

Sliding process and oven door cleaning, the oven door handling device 2 is with the

Oven door 1 rotated to align with emptied oven. In step 9 the

Oven door handling device 2 is brought to the emptied oven to reset the oven door 1. In step 10, the oven door handler 2 is pushed back without opening the oven door 1. In step 11, the oven door handler 2 without the

Oven door 1 turned to the starting position.

In summary, the removal, cleaning and insertion process is as follows: a) picking up the oven door 1 with the oven door handling device 2; b) feeding the oven door 1 to the oven door cleaning device 2 and cleaning the oven door 1 by the oven door cleaning device 2;

C) Reinserting the oven door 1 with the oven door handling device 2, preferably the emptying device, in particular during cleaning

Oven door that pushes the coke out of the oven.

3.Step1 to 3.Step5 show detailed views of the SCP machine according to the invention

Emptying an oven, in particular for the pushing process of the emptying device, shown.

In step 1, the push rod 4 is aligned with the oven 1 to be pressed and is in the starting position. In step-2, the push rod 4 moves by the drive of the

Push rod 5 forward and reaches the oven opening without the oven door 1 to be emptied

oven. In step 3, the push rod 4 moves further forward and pushes the coke out of the oven. In step 4, the push rod 4 moves back and reaches the front of the

of the oven onto which it was pushed. In step 5, the push rod 4 moves further back to the starting position.

In summary, the process for pushing the coke out of the oven is as follows: a) inserting the push rod 4 through the oven opening 1a; b) pushing the coke out of the oven through the push rod 4;

C) Pulling the push rod 4 out of the oven.

4.Step1 to 4.Step5 show detailed views of the SCP machine according to the invention

Cleaning an oven opening frame, especially to move the

Frame cleaning device of the emptying device, shown.

The coke was first pushed out of the oven. In step 1 you will find the

Frame cleaning device 6 in a starting position. In step 2 the

Frame cleaning device 6 rotated so that it is aligned with the emptied oven. In

Step 3 attaches the frame cleaning device 6 to the oven opening frame R

Oven door opening 1a was brought up and the oven opening frame R was cleaned. The oven door is accordingly not in the oven opening frame R. In step 4, the

Frame cleaning device 6 pushed back. In step 5 the

Frame cleaning device 6 turned back to the starting position.

In summary, the process of cleaning an oven opening frame, in particular for moving the frame cleaning device of the emptying device, is as follows: a) bringing the frame cleaning device 6 closer to the oven door frame R of the oven door 1; b) cleaning the oven door frame R with the frame cleaning device 6;

C) Removing the frame cleaning device 6 from the oven opening frame R.

The following FIGS. 5 to 7 relate in particular to processes relating to the loading device.

5.Step1 to 5.Step9 show detailed views of the SCP machine according to the invention

Loading an oven, in particular for moving the oven door handling device 8 of the loading device.

In step 1, before the loading process, the oven door handling device 8 is in a starting position. In step 2, the oven door handling device 8 is rotated to align it with the oven to be loaded, in particular the oven door 7. In step 3, the oven door handling device 8 is brought to the oven door 7 and the oven door 7 is unlocked. In step 4, the oven door handler 8 is moved back with the oven door 7. The oven door 7 is removed accordingly by the oven door handling device 8. In step 5, the oven door handler 8 is inserted into the oven door 7

Starting position of the oven door handling device 8 rotated. The

Oven door handling device 8 with the oven door 7 is located in one

Position that allows the furnace to be loaded with coal or a coal cake. The oven opening of the oven, which was originally closed with the oven door 7, is now open and the oven can be filled with coal or a coal cake using the loading device. In step 6, after the loading process, the oven door handler 8 with the oven door 7 is rotated to align with the oven that has been loaded. In step 7 the

Oven door handling device 8 pushed into the loaded oven to reinsert the oven door 7. In step 8, the oven door handler 8 is pushed back without the oven door 7. In step 9, the oven door handler 8 is rotated to the home position of the side oven door handler 8 without the oven door 7.

In summary, the process “movement of the oven door handling device” is as follows: a) receiving the oven door 7 with the oven door handling device 8; b) moving the oven door handling device 8 into a position that does not interfere with loading the oven;

CC) Reinstall the oven door 7 with the oven door handler 8.

6.Step1 to 6.Step6 show detailed views of the SCP machine according to the invention

Loading an oven, especially for the loading process

Feeding device, shown.

In step 1, a pounded coal cake 12 is placed into the coal cake pounding box 10 and over the coal cake loading plate 13. In step 2 the sealing frame 9 is created

Loading device pushed forward to seal the oven, in particular the oven opening of the oven, before loading. In step 3, the tamping box door 11 of the

Charcoal cake stomping box 10 opened. In step 4, the punched coal cake 12 is with the

Coal cake loading plate 13 and the coal cake loading stand 14 through the

Coal cake loading drive 15 moved forward. In step 5 the mashed

Coal cake 12 is loaded into the oven, the coal cake loading plate 13 is retracted, leaving the coal cake loading trestle 14 in the forward position. In

Step 6, the coal cake loading trestle 14 is retracted to the starting position

Ramming box door 11 is closed and the sealing frame 9 on the loading side of the

The oven is moved back to the starting position. (In summary, the loading process is as follows: a) placing a rammed coal cake 12 into the coal cake ramming box 10 and over the coal cake loading plate 13; b) applying the sealing frame 9 to the oven opening 7a of the oven 7;

C) opening the stamping box door 11 of the coal cake punching box 10; à moving the rammed coal cake 12 with the coal cake loading plate 13 and the coal cake loading stand 14 by the coal cake loading drive 15 from an initial position towards the furnace; e) loading the pounded coal cake 12 into the oven; f) retracting the coal cake charging plate 13, whereby the

Coal cake loading stand 14 remains in position; g) retracting the coal cake loading frame 14 to the starting position, as well

Close the tamping box door 11 and reset the sealing frame 9.

7.Step1 to 7.Step5 show detailed views of the SCP machine according to the invention for cutting off the coal cake, in particular for moving the coal cake cutter.

The loading was carried out beforehand. The coal cake cutter is only used when necessary, so the process outlined below is not a regular process.

In step 1, after the loading process, the coal cake cutter 16 is in a starting position. In step 2, the coal cake cutter 16 is rotated to align it with the loaded oven. In step 3, the charcoal cake cutter 16 is brought into the oven to cut the pounded charcoal cake 12 so that it fits in the oven. In step 4, the coal cake cutter 16 is moved back. In step 5, the charcoal cake cutter 16 is rotated to reach the starting position of the charcoal cake cutter 16.

In summary, the cutting process is as follows: a) the coal cake cutter (16) in a starting position; b) the coal cake cutter (16) is aligned with the charged oven;

C) the charcoal cake cutter (16) is placed in the oven to cut the pounded charcoal cake (12); d) the coal cake cutter (16) is moved back; e) the coal cake cutter (16) is returned to the starting position.

It can be seen that the actuation processes outlined here are based on the example of two ovens and their oven doors. According to the invention it is provided that both

Emptying device an oven door handling device 2, as well as the

Loading device includes an oven door handling device 8. Accordingly, the actuation processes of emptying devices, in particular their

Oven door handling device 2, and loading device, in particular their

Oven door handling device 8, can be carried out in parallel, overlapping in time or at least close in time.

As already stated above, the SCP machine is designed to be movable relative to the coke oven battery. Accordingly, other ovens can of course also be used, in particular

Oven doors, the coke oven battery can be approached. In this respect, the processes outlined above are shown as examples in two ovens of the coke oven battery.

Claims (14)

Expectations 1. SCP machine for a coke oven system, comprising ovens with oven openings (1a, 7a) that can be closed or opened using oven doors (1, 7), the SCP machine - an emptying device for squeezing coke from an oven of the coke oven battery, and - a loading device for filling coal or a coal cake into an oven of the coke oven battery, characterized in that both the emptying device comprises an oven door handling device (2) and the loading device comprises an oven door handling device (8). 2. SCP machine according to claim 1, characterized in that the emptying device is an oven door cleaning device (3), a push rod (4) for squeezing out the coke, a drive (5) for the push rod (4) and / or a frame cleaning device (6). for an oven opening frame (R). 3. SCP machine according to at least one of the preceding claims, characterized in that the loading device has a sealing frame (9), a coal cake tamping box (10), a tamping box door (11), a coal cake loading plate (13), a coal cake loading stand (14), and / or comprises a coal cake feed drive (15). 4. SCP machine according to at least one of the preceding claims, characterized in that the loading device comprises a coal cake cutter (16). 5. SCP machine according to at least one of the preceding claims or the preamble of claim 1, characterized in that the emptying device and the loading device are mounted on a common receptacle (A). 6. Coke oven system, comprising an oven battery with a plurality of ovens, which are preferably arranged in a row next to one another, one oven having an oven opening (1a). comprises, which can be selectively closed or released by an oven door (1), wherein a further oven comprises an oven opening (7a), which can optionally be closed or released by an oven door (7), characterized in that the coke oven system with an SCP machine is equipped according to at least one of the preceding claims. 7. Coke oven system according to claim 6, characterized in that the emptying device mounted on a common receptacle (A) and the loading device are movably arranged in front of the oven battery. 8. A method for operating an SCP machine according to at least one of the preceding claims, characterized in that the actuation processes of the emptying device, in particular its oven door handling device (2), and loading device, in particular its oven door handling device (8), are carried out in parallel, overlapping in time or at least in be carried out in close proximity. 9. A method for operating a coke oven system according to claim 6 or 7, comprising an SCP machine according to at least one of claims 2 to 5, characterized by the following method steps: a) receiving the oven door (1) with the oven door handling device (2); b) feeding the oven door (1) to the oven door cleaning device (2) and cleaning the oven door (1) by the oven door cleaning device (2); C Reinserting the oven door (1) with the oven door handling device (2), preferably the emptying device pushing the coke out of the oven, especially during cleaning of the oven door. 10. The method according to claim 9 or the preamble of claim 9, characterized by the following method steps: 3 a) inserting the push rod (4) through the oven opening (1a); b) pushing the coke out of the oven through the push rod (4); C) Pulling the push rod (4) out of the oven. 11. The method according to claim 9 or the preamble of claim 9, characterized by the following process steps: a) bringing the frame cleaning device (6) closer to the oven opening frame (R) of the oven opening (1a); b) cleaning the oven door frame (R) with the frame cleaning device (6); C) Remove the frame cleaning device (6) from the oven opening frame (R). 12. The method according to at least one of the preceding claims or the preamble of claim 9, characterized by the following method steps: a) receiving the oven door (7) with the oven door handling device (8); b) moving the oven door handling device (8) into a position that does not interfere with loading the oven; C) Replace the oven door (7) with the oven door handler (8). 13. The method according to at least one of the preceding claims or the preamble of claim 9, characterized by the following process steps: a) placing a rammed coal cake (12) in the coal cake punching box (10) and over the coal cake loading plate (13); 5 b) applying the sealing frame (9) to the oven opening (7a) of the oven (7); C) opening the stamping box door (11) of the coal cake punching box (10); d) moving the rammed coal cake (12) with the coal cake loading plate (13) and the coal cake loading stand (14) from an initial position towards the furnace by the coal cake loading drive (15); e) loading the pounded charcoal cake (12) into the oven; f) retracting the coal cake charging plate (13), leaving the coal cake charging stand (14) in position; g) Pulling the coal cake charging frame (14) back to the starting position, closing the ramming box door (11) and resetting the sealing frame (9). 14. The method according to at least one of the preceding claims or the preamble of claim 9, characterized by the following method steps: a) the coal cake cutter (16) in a starting position; b) the coal cake cutter (16) is aligned with the charged oven; C) the charcoal cake cutter (16) is placed in the oven to cut the pounded charcoal cake (12); d) the coal cake cutter (16) is moved back; e) the coal cake cutter (16) is returned to the starting position.