ES1069596U - Container of feces for carriages (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

The stool container for carriage is characterized by being formed by two main devices; an actuating device (fig.2) composed of a transmitter (wireless) control, operated by a switch, powered by a battery or battery, (fig.4) that is operated by a switch, with a lever, (end of race) (fig.5) attached to a support that tilts and extends to adapt to the shape of the horse's back, (fig.3) supplemented by a (wireless) receiver (fig.11) located on the second device, which it is the articulated deposit, (fig.6) composed by; a tank (container) (fig.7) and an articulated arm (fig.10). (Machine-translation by Google Translate, not legally binding)

Description

Stool container for carriages.

Object of the invention

The present invention as expressed in the set forth in this specification, refers to a container of stool for carriages, (Fig. 1) which is intended store stool inside them automatically Animals that pull the carriages. The device is operated at distance by the animal itself when it is going to evacuate by device (Fig. 2) that drives a second, (Fig. 6) formed by a container tank (Fig. 7) to which an articulated arm is attached (Fig. 10) attached to the carriage, which is moved by a mechanism to position itself mechanically in the exact place where they will fall the feces, opening to receive them and depositors in their interior, where they are stored being extracted later. When the animal has finished evacuating, the whole set returns to its starting position, operating the device so many times as the animal evacuates.

Background of the invention

Some means are known to collect feces equine, are the so-called "trusses", which consists of a sack which is placed around the anus of the animal so that it evacuates inside. This system produces that causes the animal to feel annoying and uncomfortable, since the animal is hitting with the hindquarters and also allows bad ones to be transmitted smells abroad.

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}, del animal por el otro. Su función es recoger las heces que expulsa el animal cuando evacúa, de forma que caen encima deslizándose a la parte de abajo donde se juntan y son almacenadas.On the other hand there is another system that, is a canvas or plastic that is attached to the carriage at one end and retracts _

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}, of the animal on the other. Its function is to collect the feces that the animal expels when it evacuates, so that they fall on it sliding to the bottom where they gather and are stored.

Both systems are not hygienic since They transmit odors abroad and when it comes to stool, it implies A public health problem.

The stool container for carriages, improves this technique since it comes into operation only when the animal evacuates, leaving isolated stool that is stored inside, from where they are extracted later. Being able to be built in Materials that isolate the content, prevents us from supporting the bad odors, as well as the annoying insects that go to the excrement.

It is easy to install and its operation is automatic, so no personnel involved, except for your stool placement and removal. It has a great autonomy of operation, which allows it to function for a long period of weather. It is detachable and accessible on all sides to facilitate cleaning and storage.

Description of the invention

The stool container for carriages (Fig. 1) two devices that act together allow it position yourself to receive and store inside, the feces of the animals that pull the carriages.

The first device or actuator (Fig. 2) drives the second at a distance when the animal is going to evacuate and basically consists of a signal emitting control, powered by a battery or battery, (Fig. 4) operated by a switch, (limit or limit switch) (Fig. 5) which is attached by an adaptable support, to the horse's back (Fig. 3) and which is adapted so that the animal presses it with its tail, thus sending the wireless signal to the Second device Although it can also be manually operated from the carriage.

The second articulated device or reservoir (Fig. 6) receives the signal through a receiver (Fig. 11) that allows the passage of current from a battery while maintaining the signal and consists mainly of: a reservoir (container), a where the stool falls (Fig. 7) and an articulated arm, which holds it and moves it to collect them.

1.- The tank (container) (Fig. 7) is a hollow container, with an inlet that opens and closes through a gate (Fig. 8) (when operated by a mechanism) where feces enter and an exit (side) hole where extracted. (exit door) The tank (container) (Fig. 7) is find split internally by a funnel-shaped piece, (Fig. 9) that divides the deposit in two and channels the stool to through its (central) hole, taking them from the side top to bottom of the tank, where it can be attached to the outlet of the funnel, a container or sack so that Fall inside.

The tank walls (container) (Fig. 7) will have a window to the outside (transparent) that allows us Know at all times how much stool it contains and how much missing for filling.

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2.- The articulated arm (Fig. 10) is the piece which holds the tank (container) to the carriage (Fig. 7) and allows to the articulated tank (Fig. 6) move, using a mechanism, to position itself properly.

One end of the articulated arm (Fig. 10) is attached to the structure of the tank (container) (Fig. 7) and It is extensible as well as adjustable in height and depth, for be able to regulate the articulated tank (Fig. 10) properly. He other end, it is also adjustable and is attached to the carriage by anchors (Fig. 12) adapted to this, preventing the deposit Fall or move.

Brief description of the drawings

Figure 1; represents The stool container for carriage as a whole.

Figure 2; represents the device of drive

Figure 3; represents the device holder drive.

Figure 4; represents the emitter of the device drive.

Figure 5; represents the switch (lever) of the drive device.

Figure 6; represents the articulated deposit in as a whole

Figure 7; represents deposit (container) of articulated deposit

Figure 8; represents the gate of the deposit articulate.

Figure 9; represents the funnel-shaped piece of the articulated tank.

Figure 10; It represents the articulated arm.

Figure 11; Represents the receiver.

Figure 12; represents an example of anchorage.

Figure 13; represents an example of acting Of the device.

Description of a preferred embodiment

In view of the commented figures, you can observe how the stool container for carriage is formed by two devices, dependent on each other. The device of drive (Fig. 2) can either be pressed from the carriage or Good for the animal. If the latter is chosen, it will be installed and will regulate so that once it is subject to the whisk it is at a distance enough so that the animal can easily press it lift the tail and stop pressing it when lowering it. That's why you have to consider placing the bracket with the correct angle to facilitate this task.

On the other hand the deposit will be placed articulate. (Fig. 6) that is attached to the carriage (for example; to the rod or rudder,) by means of the anchors (Fig. 12) that it carries in one of the ends of the articulated arm. (Fig. 10) Once anchored, it will regulate the articulated arm, (Fig. 10) in depth and height. For this, the articulated tank is separated (Fig. 6) until position it with the gate (Fig. 8) open just below the Anus of the animal. This position is set and returned to the initial, so that once the mechanism acts the articulated tank is position at the set point. Then it is introduced, by the access inside the articulated tank (Fig. 6) the reservoir where stool will be accommodated, which for the example could well be a bag or a sack that fits the mouth of the funnel piece. Once this is done, it connects to the current, which may well come from a removable battery or charged by alternator or dynamo, which take advantage of the wheel spin when the carriage.

The installation process of the device, we will leave the stool container for carriage (Fig. 1) act automatically. When the animal is going to evacuate, lift the tail touching the lever of the drive device, (Fig. 2) that acts as a switch, thus the wireless transmitter (Fig. 4) emits the signal that is picked up by the receiver (Fig. 11) located in the articulated tank (Fig. 6). The receiver (Fig. 11) once receives the signal, allows the passage of current from the battery and the mechanism starts up.

This mechanism could well be formed by a servomotor and an electromagnet with a lever or two motors electric with a cogwheel, etc. You have to keep in mind that there are mechanisms on the market that perform similar functions and that we can also use them equally. For this example practical, we choose the first example; where the servomotor would be located at the end that holds the articulated arm (Fig. 10) to the carriage. Once it receives the current, it is put into operation and acts on the articulated arm, (Fig. 10) to which it is attached by means of the lever or connecting rod and due to its action the arm articulated (Fig. 10) performs a mechanical movement that displaces it together with the tank (Fig. 7) until it is below the anus of the animal, (Fig. 13) to receive feces.

The electromagnet (or another servomotor) would be located at the top of the tank (Fig. 7), below the gate, (Fig. 8) When the electromagnet receives the current, retracts its plunger by pulling the lever anchored to it and to the gate (Fig. 8) of the tank (Fig. 7), thus causing the opening  Of the same.

Once the stool arrives, they slide along the gate (Fig. 8) and are introduced into the tank through the mouth of input, these fall on the funnel-shaped piece (Fig. 9), which divides the tank, and leads them through its hole (central) to the bottom of the tank, (Fig. 7) where there will be placed a bag or sack in the outlet of the funnel, so that Fall inside.

When the animal is finished, it will lower its tail, so stop pressing the lever of the device drive, (Fig. 2) this stops emitting the signal. So the receiver (Fig. 11) when not receiving it cuts the current flow, causing on the one hand the closing of the gate (Fig. 8) when returning the plunger that pulls the lever to its starting position and by the other than the deposit (Fig. 7) return to its initial position when leaving of operating the servomotor; that by its own operation internal, makes the lever or crank back, returning to the articulated tank (Fig. 6) to its initial position.

When we consider the deposit (Fig. 7) or The bag is full, the tank will be separated from the wand and opened through the exit hole to extract it.

Claims (6)

1. The stool container for carriage is characterized by being formed by two main devices; a drive device (Fig. 2) composed of a transmitter (wireless) controller, operated by a switch, powered by a battery or battery, (Fig. 4) that is operated by a switch, with a lever, (limit switch) ) (Fig. 5) attached to a support that tilts and extends to adapt to the shape of the horse's back, (Fig. 3) complemented by a receiver (wireless) (Fig. 11) located in the second device, which is the articulated warehouse,
(Fig. 6) composed of; a tank (container) (Fig. 7) and an articulated arm (Fig. 10). 2. The stool container for carriages, according to claim 1, is characterized by having a container tank (Fig. 7), which is hollow, with an inlet opening, which opens and closes a gate (Fig. 8) (actuated by means of a mechanism) and with an exit hole (lateral). 3. The stool container for carriages, according to claim 1, is characterized by housing inside the container container (Fig. 7), a funnel-shaped piece (Fig. 9) that is attached to its structure and that divides in two to the tank (container) (Fig. 7). This piece has a hole that communicates both cavities and a bag or bag, where stool is stored, can be attached to its outlet. 4. The stool container for carriages, according to claim 1, is characterized in that its container (container) (Fig. 7) has a transparent outer window that is numbered. 5. The stool container for carriages, according to claim 1, is characterized by having an articulated arm (Fig. 10) that holds the carriage (Fig. 7) to the carriage and allows the articulated tank to be moved by means of a mechanism (Fig. 6). ). One of the ends of the articulated arm (Fig. 10) is attached to the structure of the tank (container) (Fig. 7) and is extensible as well as adjustable in height and depth. The other end is also adjustable and is attached to the carriage by means of anchors (Fig. 12) adapted to it. 6. The stool container for carriages, according to claim 1, is characterized in that it is powered by a rechargeable battery.