DE10113411A1 - Shaft usable for more than a single purpose is made of a variety of materials, and can have a variety of shapes and sizes - Google Patents

Abstract

The shaft usable for more than a single purpose is made of a variety of materials, and can have a variety of shapes and sizes. It is installable wherever it is needed. Also claimed is a flushing system which can be integrated into existing shaft structures.

Description

The invention relates to a combined rinsing and control shaft, with the possibilities for camera tracking and other with integrated Flushing system that can also be retrofitted in existing shafts.

combination shaft

The invention is a shaft that is a combination of: Control shaft and flushing shaft is, and possibility of Camera tracking and other offers.

There are currently many and different products in the shaft area, (Civil engineering, sewage) but there is no combined shaft that enables all these variants in one.

Furthermore, the flushing system of the shaft is an invention that is already in existing inspection shafts, and other shafts, without problems and can be retrofitted with little effort.

The invention can be used in all materials (e.g. PP, PE, concrete and much more) getting produced.

The disadvantage of the previous shafts is that you can flush, Check and other only one shaft for each function available, and thus plan, connect and connect multiple shafts must finance.  

In addition, this invention also enables control of the function and number of rinses by an integrated counter, which by a Controller can be read, but also an electronic one Remote inquiry is possible.

The invention of this combination shaft offers many possibilities:

• - Diameters, rectangles and other feasible variants in all Sizes and dimensions;
• - Flushing water volume possible in all feasible quantities and dimensions;
• - Construction of the shaft in all feasible lengths, dimensions and variants possible;
• - Connections and special requests possible in all feasible sizes;
• - u. v. m.

Further advantages of the combination shaft with the possibilities for camera tracking and other are:
The flushing system and other are freely accessible and can be observed and checked at any time by simple visual inspection.

The system can be used with rainwater, waste water or similar types of water can be filled automatically through an inlet connection or otherwise. On Another advantage is that the rest of the shaft is accessible, too during a rinse.

The object of the invention is to provide several options in one System to form a combined system that also represents an innovation of the flushing system, to manufacture and thus one offers a simplified and cheaper variant of all the options in existing shafts can be retrofitted.  

This is achieved according to the invention in that an individual Combination shaft, with all these new possibilities, designed, or the flushing system is retrofitted in existing shafts and thus enables a lot and is designed to be more environmentally friendly.

The invention will be explained in more detail using an application example. The drawing shows the schematic top view of a combination shaft. ( Fig. 1)

In the example, the combination shaft is designed so that it is preferably provided with a cylindrical outer diameter. The construction of the shaft here consists of a shaft pipe ( 5 ) shaft inlet ( 8 ) from the waste water pipe and shaft drain ( 3 ), which are connected to the waste water pipe. The passage in the shaft consists of a channel with a banquet ( 4 ) that is accessible. The vertical ladder ( 2 ) is for getting in and out. The partition for flushing water volume ( 1 ) is connected to the inner wall of the shaft to which the counter ( 6 ) is attached. The partition for flushing water volume ( 1 ) contains an overflow ( 10 ). The partition for the flushing water volume ( 1 ) and the inner wall of the shaft form the flushing water container ( 11 ) in which the flushing mechanism ( 8 ) is located. A flushing water inlet ( 7 ) is attached to this area on the shaft wall.

The operation of the combination shaft is as follows. The rinse water enters the rinse water tank ( 11 ) through the rinse water inlet ( 7 ). When the water level is reached, the flushing mechanism ( 9 ) opens (the function of the flushing mechanism is explained separately, because of the patent claim) and all the water in the flushing water tank ( 11 ) immediately enters the shaft drain ( 3 ) in the form of a flush and flushes the sewage pipe free. The flushing mechanism ( 9 ) remains open until the flushing water tank ( 1 ) has emptied. Through the ladder ( 2 ) and the channel with banquet ( 4 ) that can be walked on, there is always the possibility to get into the shaft to observe the flushing mechanism ( 9 ), check the camera ( 6 ), camera movement and much more. Since the flushing mechanism ( 9 ) is easily accessible, there is also the possibility of easy maintenance. Camera tracking and other things are also possible.

Customizing in different sizes and shapes is easy Dimensions can be changed  

Flushing system that can be retrofitted separately

The task of the secondary invention is to create a flushing system that is environmentally friendly, simple and inexpensive to retrofit.

This is achieved according to the invention in that a retrofittable Flushing system that is adapted to the given circumstances.

The cistern is manufactured in such a way that it can easily pass through the existing one Opening is to be introduced. (The cistern contains the complete Flushing system). Then the cistern must be attached or set up become. The rinse water inlet is connected last and that Flushing system is ready for use. To retrofit this flushing system no earthworks or the like necessary.

The invention will be explained in more detail using an application example. The drawing shows the schematic representation of a separate rinsing system for retrofitting. ( Fig. 2)

The separate flushing system works as follows; Rinse water enters the rinse water tank ( 9 ) through the rinse water inlet ( 10 ). The rinsing water tank ( 9 ) fills with rinsing water, the lower closure suction bell ( 7 ) seals the outlet opening of the guide unit ( 6 ). Due to the rising rinse water level, the buoyancy body with the suction bell ( 4 ) is buoyant, and the water column pressure is applied to the lower suction bell ( 7 ).

At a certain water level, the forces would cancel each other out and the float with the suction bell ( 4 ) would start to vibrate and neither open nor close.

This is avoided by the guide with the holding mechanism ( 3 ). The holding mechanism ( 3 ) holds the buoyancy body with the sealing suction cup ( 4 ) in the sealing state until the desired rinse water level is reached. Now the buoyancy body with the closure suction bell ( 4 ) has so much lift that it is released by the holding mechanism ( 3 ), and at the same time the buoyancy is so strong that the water column pressure on the lower closure suction bell ( 7 ) is lower. When released from the holding mechanism ( 3 ), the buoyancy body with the closure suction bell ( 4 ) makes a jerky and rapid movement upwards, guided in the guide unit with mounting plate and outlet opening ( 6 ) and the guide with the holding mechanism ( 3 ). Above, the buoyancy body with the sealing suction bell ( 4 ) abuts the upper suction bell ( 2 ) which is attached to the holder for the upper suction bell ( 1 ). Now the rinse water shoots through the rinse water outlet in the rinse direction ( 8 ).

The upper suction cup ( 2 ) holds the buoyancy device with the suction cup ( 4 ) until the volume of the rinsing water tank ( 9 ) has emptied. Then the buoyancy body with closure suction bell ( 4 ) is released from the upper suction bell ( 2 ) and falls down in the direction of washing ( 8 ) to seal the flushing water outlet again. Now a new filling can begin. The number of rinses can be determined by a counter.

The overflow ( 5 ) serves to protect against malfunctions in the piping system.

Customizing different shapes and quantities is through one Dimensions can be changed.  

LIST OF REFERENCE NUMBERS

Top view of the combination shaft

1

Partition for flushing water volume

2

ladder

3

Schacht expiration

4

Flume with banquet

5

manhole pipe

6

counter

7

Spülwasserzulauf

8th

shaft inlet

9

flushing mechanism

10

overflow

11

RinseTank
Separate flushing mechanism

1

Bracket for upper suction cup

2

Upper suction bell

3

Guide with holding mechanism

4

Buoyancy body with locking suction cup

5

overflow

6

Guide unit with mounting plate and outlet opening

7

Lower suction cup

8th

Rinse water outlet in the rinse direction

9

RinseTank

10

Spülwasserzulauf

Claims (2)

1. The combination shaft, characterized in that it combines several options in one;
Inspection shaft, rinsing shaft with simple control of the function and number of rinses, camera inspection, etc.
Reference list and drawing: Top view of the combination shaft
It can be made in a variety of shapes and sizes, as well as from almost all materials such. B. PP, PE, concrete, etc
It can be installed wherever it is needed. 2. The separately retrofittable flushing system, characterized in that it is a complete unit that can be retrofitted almost anywhere.
The flushing system can be manufactured in a wide variety of shapes and sizes, also in different material variants.
The flushing system is simple and easily accessible, the principle of operation is the interaction of a holder for the upper suction cup ( 1 ), upper suction cup ( 2 ), guide with holding mechanism ( 3 ), buoyancy body with closing suction cup ( 4 ), overflow ( 5 ), guide unit with Mounting plate and outlet opening ( 6 ), lower closing suction bell ( 7 ), rinsing water outlet in the rinsing direction ( 8 ), rinsing water tank ( 9 ) and rinsing water inlet ( 10 ).