WO2025144057A1 - Mannequin for collecting semen from south american camelids - Google Patents

Abstract

The present invention relates to an animal mannequin for collecting semen from South American camelids that comprises a head, a neck, a main body and a hole at the rear end of the main body for an interchangeable artificial vagina. The mannequin comprises a solar panel embedded in the neck or body of the mannequin to self-generate energy and articulations arranged in the connections between the head, neck and main body such that the natural movements of the body of a camelid is simulated.

Description

MANNEQUIN FOR COLLECTING SEMEN FROM SOUTH AMERICAN CAMELIDS

TECHNICAL FIELD

The present invention applies to the technical field of medicine, being a device that is responsible for collecting semen from camelids, more specifically it refers to a mannequin with tilt and height adjustment for collecting semen from South American camelids.

BACKGROUND OF THE INVENTION

Alpacas are a species with very specific reproductive management; therefore, species-specific considerations are required when obtaining semen samples. Using a mannequin to collect semen through an artificial vagina is a widely known technique, as it allows the male to simulate the shape and appearance of a female, encouraging him to engage properly with the artificial vagina and avoiding problems with the behavior typical of this species.

As far as patent background is concerned, the document CN219921282U, published on October 31, 2023, is known in the state of the art, which refers to a fake animal for collecting seminal fluid from a camelid, this animal comprises a head, a neck, a front body, a rear body and a tail in sequence from front to back, where the position and height of the fake vagina can be adjusted by rotating the screw rod. In addition, a battery is fixedly connected to the inner side of the rear cover, and electric heating rings are provided around the inner and outer sides of the rear cover and the fake vagina.

Another state-of-the-art document is CN116250959A, published on June 13, 2023, which refers to an automatic boar semen collection device and system. The automatic boar semen collection device comprises a sow prosthesis, a bionic vagina, a sound simulation device, a cleaning device, a semen collection device, and a control device. The sound simulation device is arranged at the head position of the sow prosthesis and is used to simulate the sound generated when the sow is in heat; the A cleaning device is mounted on the tail portion of the sow prosthesis and is used to rinse the boar's penis; a seminal fluid collection device is disposed in the cavity and is used to collect the seminal fluid flowing out of the tail end of the bionic vagina; the control device communicates with the bionic vagina, the sound simulation device, the cleaning device, and the semen collection device. This invention has the advantages that the actual vaginal environment of the sow is simulated by the bionic vagina, thereby reducing additional operational difficulty in the entire semen collection process; semen in the early ejaculation period and semen in the mid- and late ejaculation periods of boars can be collected in a differentiated manner, and the quality of semen collection is improved.

Finally, there is the background CN204428199U, published on July 1, 2015. This background refers to a fake female dog for collecting male dog semen through a fake vagina, includes an electric acoustic generator, an odor diffuser to create a relatively vivid mating environment, and a height adjustment mechanism for the fake female dog's body.

However, existing semen collection mannequins have technical problems or opportunities for improvement, such as their inability to integrate a set of technical advantages to make mating simulation as similar as possible to reality. They lack a single device that integrates a solar panel for autonomous power generation in remote areas and movement joints on a mannequin, where the mannequin is also capable of emitting sounds simulating the mating female. They also have a mechanism for adjusting the height of the vagina to adapt to different sizes and physical characteristics of males, thus ensuring a safe and effective interaction and inducing an adequate sexual response in males, which is a crucial aspect for semen collection. Furthermore, the creation of an environment that mimics the female's body temperature is required, which is especially important in cold climates. Ease of maintenance and hygiene of the mannequin are essential to avoid cross-contamination between samples. Finally, it is necessary to ensure the mannequin's durability and provide a realistic feel for effective interaction with the male. DESCRIPTION OF THE INVENTION

As a solution to the aforementioned problems, the present invention was developed, which refers to a dummy for collecting semen from South American camelids of the type comprising a main body that supports a neck at its front end, said neck being also attached to a head, the main body also having an orifice at its rear end where an interchangeable artificial vagina is attached, characterized in that: a solar panel is embedded in the dummy and where the solar panel is connected to a battery to supply it with energy; where both the connection of the head to the neck and the connection of the neck to the main body are by means of joints; where a sound-emitting device is embedded in the dummy and is connected to the battery for the emission of pre-recorded copulation sounds; and, where electrical resistors are embedded on the main body and are connected to the battery to generate heat.

The semen collection dummy for South American camelids, such as llamas and alpacas, is a tool specifically designed to facilitate safe and efficient semen collection from these animals. This dummy consists of a main body that mimics the shape and size of a female camelid, a crucial aspect for stimulating the male's natural mounting behavior, which is essential for successful semen collection.

In addition, the mannequin includes a neck and head attached to the main body, which help further simulate the appearance of a real female. This feature is particularly important, as camelid mating behavior can involve visual and tactile elements involving these body parts.

At the rear end of the main body is a hole designed to accommodate an artificial vagina. This artificial vagina, which attaches to the mannequin, is the component where the semen is actually collected. Its interchangeable design allows for easy cleaning and the possibility of using multiple vaginas in a single collection session, which It is useful to maintain hygiene and prevent cross-contamination between different samples.

The proposed invention integrates a set of technical features into a single device, with the goal of achieving adequate semen collection and reducing animal stress. The solar panel improves the dummy's autonomy and sustainability under field conditions. Furthermore, the built-in joints allow the dummy to be moved in areas that are highly visible to the animal.

Additionally, the use of this manikin offers several other advantages, such as improved animal welfare, reducing animal stress by providing a non-invasive and more natural semen collection method. It also improves safety, minimizing the risk of injury for both animals and operators. Furthermore, this system allows for the collection of high-quality semen that can be used in artificial insemination programs, vital for the conservation and genetic improvement of these species.

In conclusion, the semen collection manikin for South American camelids represents a valuable tool in the assisted reproduction of these animals, contributing to their well-being and reproductive efficiency.

The inclusion of joints at the junction of the head and neck, and of the neck and main body, as well as a speaker embedded in the head that emits pre-recorded copulation sounds, in a mannequin for the collection of South American camelid semen, significantly improves the efficiency and naturalness of the semen collection process.

The joints allow the dummy's head and neck to move more naturally, mimicking the movements of a real female during mating. This mobility is crucial for properly stimulating the male, as camelids interact and respond to the female's movements during their natural mating behavior. By replicating these movements in the dummy, the likelihood of a successful sexual response from the male is increased, making semen collection easier. On the other hand, the head speaker that plays pre-recorded copulation sounds plays an important role in creating a more realistic and stimulating environment. Camelids use auditory cues during mating, and these sounds are important for sexual behavior. By reproducing copulation sounds, the goal is to enhance the male's sexual response, increasing the effectiveness of semen collection.

The combination of these features in the manikin aims to simulate as closely as possible the environment and circumstances of a natural mating. This approach not only reduces stress for the animal but also improves safety for both the animal and the operator, increasing the likelihood of successful collection of high-quality semen. This advancement is especially valuable in assisted reproduction programs and conservation of these species.

The incorporation of a top cover and a scissor-type lifting mechanism into the main body of a mannequin for collecting semen from South American camelids provides significant flexibility and functionality. The top cover, which allows access to the interior of the main body, is essential for the mannequin's maintenance and adaptability. This feature facilitates adjustments, repairs, or changes to internal components, such as the interchangeable artificial vagina. This ease of access ensures that the mannequin remains in optimal condition, both in terms of hygiene and functionality.

On the other hand, the scissor-type lifting mechanism is crucial for adjusting the height of the dummy's main body. Since camelids vary in size, it is important that the dummy be adjusted to the appropriate height for each male. This mechanism allows for precise and safe height adjustment, ensuring accessibility for different sizes of males. This not only improves semen collection efficiency but also reduces the risk of injury for both the animal and the operator, avoiding awkward or unnatural postures during the process.

Together, these features make the mannequin a more versatile and efficient tool, allowing proper adjustment to different animals and facilitating handling. of the team. This leads to more successful and safer semen collection, a crucial aspect in South American camelid breeding and conservation programs.

The usefulness of incorporating electrical resistors embedded in the main body of a dummy for collecting semen from South American camelids, which generate heat, is significant in the process of simulating a natural environment for mating.

The heat generated by these electrical resistors mimics the body temperature of a female camelid. In the natural context, during mating, the male perceives the female's body heat, which is an important stimulus for triggering and maintaining appropriate sexual behavior. By replicating this thermal condition in the dummy, a more natural and effective response from the male is encouraged.

This warmth not only enhances the male's sexual response but can also be crucial in colder environmental conditions, where the absence of an adequate heat source could negatively affect the male's readiness for mating. Keeping the dummy at a temperature similar to that of a live animal helps create a more realistic and comfortable environment for the male, thus increasing the likelihood of successful semen collection.

Thus, the electrical resistors that generate heat in the dummy are essential to effectively simulate natural mating conditions, improving the efficiency of the semen collection process and contributing to the well-being and comfort of the animal during the procedure.

The benefits of covering both the main body and the neck and head of a South American camelid semen collection mannequin with polyurethane foam and an outer covering of South American camelid leather are multiple and focus on enhancing the mannequin's authenticity and functionality.

Polyurethane foam provides a soft and flexible base, which is essential for mimicking the tactile sensation of a real animal. This softness and flexibility are important for the male to feel comfortable and secure during the mounting process, which can significantly increase the likelihood of a successful sexual response and the Effective semen collection. Furthermore, polyurethane foam is a durable and resistant material, ensuring a long lifespan for the mannequin and minimizing the need for frequent repairs.

On the other hand, the South American camelid leather covering over the polyurethane foam adds a layer of visual and tactile realism to the mannequin. Leather, being a natural material, more closely mimics the texture and feel of real camelid skin, contributing to the mannequin's authenticity. This feature is particularly important since camelids, during mating, are largely guided by tactile stimuli. A mannequin that feels realistic to the touch can significantly enhance the male's interaction with the mannequin.

Overall, the use of polyurethane foam and camelid leather in the mannequin not only improves the animal's response but also ensures durability and realism, key elements for successful semen collection in South American camelid breeding and conservation programs.

The presence of three adjustable straps on the inside of the main body of a South American camelid semen collection mannequin, located next to the orifice and intended to hold and remove the interchangeable artificial vagina, has a practical and essential use in the semen collection process.

These adjustable straps allow the artificial vagina to be securely fixed in a position that exactly matches the orifice of the mannequin's main body. This precise alignment is crucial to ensure that, during the mating process, the male can effectively deposit semen into the artificial vagina. Without proper alignment, semen collection could be difficult, reducing the efficiency of the process.

Furthermore, the adjustability of these straps is important for accommodating artificial vaginas of different sizes or designs, which adds versatility to the mannequin. This is particularly useful in breeding programs where different types of camelids are handled, each with its own physical characteristics. The ease of assembly and disassembly of the artificial vagina provided by these straps is also a key aspect. It allows for quick replacement of the artificial vagina between collection sessions, which is essential for maintaining hygiene and avoiding cross-contamination between different semen samples. It also facilitates cleaning and maintenance of the manikin, thus ensuring it remains in optimal condition for use.

In this way, these adjustable straps play a fundamental role in ensuring the correct position of the artificial vagina, facilitating efficient and hygienic semen collection, and allowing the flexible use of the manikin in different assisted reproduction scenarios for South American camelids.

Incorporating a battery housed inside the main body of a mannequin for collecting semen from South American camelids, which is connected to the electric heaters and the speaker, along with a solar panel embedded in the neck that powers this battery, offers an innovative solution that improves the mannequin's autonomy and sustainability. The battery provides a constant and portable power source for the electric heaters, which generate heat, and for the speaker, which emits pre-recorded copulation sounds. This independence from an external power source is particularly useful in remote areas or where access to electricity is limited. The placement of the solar panel on the neck is strategic because this area is not at risk of contact with the animal's weight when the camelid is mounted on the mannequin.

The solar panel embedded in the mannequin's neck adds an additional level of autonomy and sustainability. By converting solar energy into electricity to charge the battery, the mannequin becomes self-sufficient, reducing the need for manual recharging and ensuring continuous operation even in field environments. Furthermore, the use of solar energy reduces the environmental impact, aligning with sustainability and conservation practices.

This battery and solar panel configuration transforms the mannequin into a more versatile and autonomous tool, capable of operating in a variety of environments without relying on external power sources. This is not only beneficial from a practical, facilitating semen collection under various conditions, but also from an environmental perspective, supporting conservation efforts and sustainable reproduction of South American camelids.

In a preferred embodiment, a servomotor is associated with the joints for their movement. The usefulness of integrating a servomotor associated with the joints in a dummy for collecting semen from South American camelids lies in its ability to control and automate the movement of these joints, more realistically imitating the natural movements of a female camelid during mating. This movement induced by the servomotor can play a crucial role in stimulating an appropriate mounting response in the male, since camelids, in their natural mating behavior, interact and respond to the dynamic movements of the female. By reproducing these movements in a controlled and precise manner, the dummy becomes more effective in eliciting successful sexual behavior from the male, thus increasing the efficiency and effectiveness of semen collection, an essential aspect for breeding and conservation programs for these species.

BRIEF DESCRIPTION OF THE FIGURES

To complement the description being made and in order to facilitate the understanding of the characteristics of the invention, a set of drawings is attached to this specification, in which, for illustrative and non-limiting purposes, the following has been represented:

FIGURE 1: An external isometric view of the mannequin with tilt and height adjustment for collecting semen from South American camelids is shown.

FIGURE 2: An exterior side view of the mannequin with tilt and height adjustment for collecting semen from South American camelids is shown.

FIGURE 3: An interior side view of the mannequin with tilt and height adjustment for collecting semen from South American camelids is shown, with the back elevated. FIGURE 4: An internal isometric view of the mannequin with tilt and height adjustment for collecting semen from South American camelids is shown, with the lid open.

FIGURE 5: A rear isometric view of the mannequin with tilt and height adjustment for collecting semen from South American camelids is shown, with the lid open.

FIGURE 6: A front view of the mannequin with tilt and height adjustment for collecting semen from South American camelids is shown.

Where the following elements are observed:

• head (1)

• speaker (2)

• neck (3)

• main body (4)

• electrical resistors (5)

• solar panel (6)

• lid (7)

• lifting mechanism (8)

• hole (9)

• straps (10)

• foam lining (11 )

• leather upholstery (12)

• joints (13)

• battery (14)

PREFERRED EMBODIMENT OF THE INVENTION

As mentioned above, the present invention relates to a mannequin with tilt and height adjustment for collecting semen from South American camelids of the type comprising a main body (4) that supports a neck (3) at its front end; furthermore, said neck (3) is joined to a head (1); likewise, the main body (4) has an orifice (9) at its rear end where an interchangeable artificial vagina is attached, characterized in that: • both the union of the head (1) with the neck (3) and the union of the neck (3) with the main body (4) are by means of joints (13);

• there is a speaker (2) preferably embedded in the head (1) that emits pre-recorded copulation sounds;

• the main body (4) has an upper cover (7), which allows access to the interior of the main body (4) where a scissor-type lifting mechanism (8) is housed that allows the height of said main body (4) to be adjusted;

• There are electrical resistors (5) embedded on the main body (4) to generate heat;

• both the main body (4) and the neck (3) and head (1) have a polyurethane foam covering (11), on which sits a South American camelid leather covering (12);

• on the inside of the main body (4), there are three adjustable straps (10) next to the hole (9);

• a battery (14) housed inside the main body (4) is connected to the electrical resistors (5) and the speaker (2) to energize them; and

• a solar panel (6) embedded in the neck (3) is connected to the battery (14) to supply it with energy.

The dummy for semen collection from South American camelids, such as llamas and alpacas, is a tool specifically designed to facilitate the safe and efficient extraction of semen from these animals. This dummy consists of a main body (4) that mimics the shape and size of a female camelid, a crucial aspect to stimulate the natural mounting behavior of the male, which is essential for successful semen collection.

In addition, the mannequin includes a neck (3) and a head (1) attached to the main body (4), which help to further simulate the appearance of a real female. This feature is particularly important, since the mating behavior of camelids may involve visual and tactile elements involving these body parts.

At the rear end of the main body (4), there is an opening (9) designed to accommodate an artificial vagina. This artificial vagina, which is attached to the mannequin, is the The component where semen is actually collected. Its interchangeable design allows for easy cleaning and the possibility of using multiple samples in a single collection session, which is useful for maintaining hygiene and preventing cross-contamination between different samples.

The use of this manikin offers several advantages, such as improved animal welfare, reducing animal stress by providing a non-invasive and more natural semen collection method. It also improves safety, minimizing the risk of injury for both animals and operators. Furthermore, this system allows for the collection of high-quality semen that can be used in artificial insemination programs, vital for the conservation and genetic improvement of these species.

In conclusion, the semen collection manikin for South American camelids represents a valuable tool in the assisted reproduction of these animals, contributing to their well-being and reproductive efficiency.

The inclusion of joints (13) at the junction of the head (1) with the neck (3) and of the neck (3) with the main body (4), as well as a speaker (2) embedded in the head (1) that emits pre-recorded copulation sounds, in a dummy for the collection of semen from South American camelids, significantly improves the efficiency and naturalness of the semen collection process.

The joints (13) allow the head (1) and neck (3) of the dummy to move more naturally, mimicking the movements of a real female during mating. This mobility is crucial to properly stimulate the male, as camelids in their natural mating behavior interact and respond to the female's movements. By replicating these movements in the dummy, the likelihood of a successful sexual response from the male is increased, making semen collection easier.

On the other hand, the speaker (2) on the head (1) that emits pre-recorded copulation sounds plays an important role in creating a more realistic and stimulating environment. Camelids use auditory signals during mating, and these sounds are important for sexual behavior. By reproducing copulation sounds, we seek improve the male's sexual response, increasing the efficiency of semen collection.

The combination of these features in the manikin aims to simulate as closely as possible the environment and circumstances of a natural mating. This approach not only reduces stress for the animal but also improves safety for both the animal and the operator, increasing the likelihood of successful collection of high-quality semen. This advancement is especially valuable in assisted reproduction programs and conservation of these species.

The incorporation of a top cover (7) and a scissor-type lifting mechanism (8) into the main body (4) of a mannequin for collecting semen from South American camelids provides great flexibility and functionality. The top cover (7), which allows access to the interior of the main body (4), is essential for the maintenance and adaptability of the mannequin; this feature makes it easy to make adjustments, repairs, or changes to internal components, such as the interchangeable artificial vagina; the ease of access ensures that the mannequin remains in optimal condition, both in terms of hygiene and functionality. Furthermore, the scissor-type lifting mechanism (8) is crucial for adjusting the height of the main body (4) of the mannequin. Since camelids vary in size, it is important that the mannequin be adjusted to the appropriate height for each male. This mechanism allows the height to be modified precisely and safely, ensuring accessibility for different sizes of males. This not only improves the efficiency of semen collection, but also reduces the risk of injury to both the animal and the operator by avoiding awkward or unnatural postures during the process.

Together, these features make the manikin a more versatile and efficient tool, allowing proper adjustment to different animals and facilitating equipment handling. This leads to successful and safe semen collection, a crucial aspect in South American camelid breeding and conservation programs.

The usefulness of incorporating electrical resistors (5) embedded in the main body (4) of a dummy for the collection of semen from South American camelids, which generate heat, is significant in the process of simulating a natural environment for mating. The heat generated by these electrical resistors (5) mimics the body temperature of a female camelid. In the natural context, during mating, the male perceives the female's body heat, which is an important stimulus to trigger and maintain appropriate sexual behavior. By replicating this thermal condition in the dummy, a more natural and effective response from the male is encouraged.

This warmth not only enhances the male's sexual response but can also be crucial in colder environmental conditions, where the absence of an adequate heat source could negatively affect the male's readiness for mating. Keeping the dummy at a temperature similar to that of a live animal helps create a more realistic and comfortable environment for the male, thus increasing the likelihood of successful semen collection.

Thus, the electrical resistors (5) that generate heat in the dummy are essential to effectively simulate natural mating conditions, improving the efficiency of the semen collection process and contributing to the well-being and comfort of the animal during the procedure.

The utility of covering both the main body (4) and the neck (3) and head (1) of a mannequin for collecting semen from South American camelids with polyurethane foam and an outer covering of South American camelid leather is multiple and focuses on improving the authenticity and functionality of the mannequin.

Polyurethane foam provides a soft and flexible base, which is essential for mimicking the tactile sensation of a real animal. This softness and flexibility are important for the male to feel comfortable and secure during the mounting process, which can significantly increase the likelihood of a successful sexual response and effective semen collection. Furthermore, polyurethane foam is a durable and resilient material, ensuring a long lifespan for the dummy and minimizing the need for frequent repairs.

On the other hand, the South American camelid leather (12) covering over the polyurethane foam adds a layer of visual and tactile realism to the mannequin. Leather, being a Natural material, more closely mimics the texture and feel of real camelid skin, contributing to the mannequin's authenticity. This feature is particularly important since camelids, during mating, are largely guided by tactile stimuli. A mannequin that feels realistic to the touch can significantly enhance the male's interaction with the mannequin.

Overall, the use of polyurethane foam and camelid leather in the mannequin not only improves the animal's response but also ensures durability and realism, key elements for successful semen collection in South American camelid breeding and conservation programs.

The presence of three adjustable straps (10) on the inside of the main body (4) of a mannequin for collecting semen from South American camelids, located next to the hole (9) and intended to hold and disassemble the interchangeable artificial vagina, has a practical and essential use in the semen collection process.

These adjustable straps (10) allow the artificial vagina to be securely fixed in a position that exactly matches the opening (9) of the main body (4) of the dummy. This precise alignment is crucial to ensure that, during the mounting process, the male can effectively deposit semen into the artificial vagina. Without correct alignment, there could be difficulties in semen collection, which would reduce the efficiency of the process.

Furthermore, the adjustability of these straps (10) is important to accommodate artificial vaginas of different sizes or designs, which adds versatility to the mannequin. This is particularly useful in breeding programs where different types of camelids are handled, each with its own physical characteristics.

The ease of assembly and disassembly of the artificial vagina provided by said straps (10) is also a key aspect. It allows rapid replacement of the artificial vagina between collection sessions, which is essential to maintain hygiene and avoid cross-contamination between different semen samples. In addition, it facilitates cleaning and maintenance of the mannequin, thus ensuring that it remains in optimal conditions for use. In this way, said adjustable straps (10) play a fundamental role in ensuring the correct position of the artificial vagina, facilitating the efficient and hygienic collection of semen, and allowing the flexible use of the mannequin in different assisted reproduction scenarios for South American camelids.

Incorporating a battery (14) housed inside the main body (4) of a mannequin for collecting semen from South American camelids, which is connected to the electric resistors (5) and the speaker (2), together with a solar panel (6) embedded in the neck (3) that powers this battery (14), offers an innovative solution that improves the autonomy and sustainability of the mannequin. The battery (14) provides a constant and portable power source for the electric resistors (5), which generate heat, and for the speaker (2), which emits pre-recorded copulation sounds. This independence from an external power source is particularly useful in remote areas or where access to electricity is limited.

The solar panel (6) embedded in the mannequin's neck (3) adds an additional level of autonomy and sustainability. By converting solar energy into electricity to charge the battery (14), the mannequin becomes self-sufficient, reducing the need for manual recharging and ensuring its continuous operation even in field environments. Furthermore, the use of solar energy decreases the environmental impact, aligning with sustainability and conservation practices.

This battery (14) and solar panel (6) configuration transforms the mannequin into a more versatile and autonomous tool, capable of operating in a variety of environments without relying on external power sources. This is not only beneficial from a practical point of view, facilitating semen collection in diverse conditions, but also from an environmental perspective, supporting conservation efforts and sustainable breeding of South American camelids.

In a preferred embodiment, there is a servomotor associated with the joints (13) for their movement. The usefulness of integrating a servomotor associated with the joints (13) in a mannequin for collecting semen from South American camelids lies in its ability to control and automate the movement of these joints (13), More realistically mimicking the natural movements of a female camelid during mating. This servomotor-induced movement can play a crucial role in stimulating an appropriate mounting response in the male, as camelids interact and respond to the female's dynamic movements during natural mating behavior. By reproducing these movements in a controlled and precise manner, the dummy becomes more effective in eliciting successful sexual behavior from the male, thereby increasing the efficiency and effectiveness of semen collection, an essential aspect of breeding and conservation programs for these species.

In another preferred form, the lower base of the main body (4) can be fixed by means of stakes, pegs for uneven floors and with suction cups for smooth floors.

Claims

1. A dummy for collecting semen from South American camelids of the type comprising a main body (4) that supports a neck (3) at its front end, said neck (3) being joined to a head (1), the main body (4) also having an orifice (9) at its rear end where an interchangeable artificial vagina is attached, characterized in that: a solar panel (6) is embedded in the dummy and where the solar panel (6) is connected to a battery (14) to supply it with energy; where both the union of the head (1) with the neck (3) and the union of the neck (3) with the main body (4) are by means of joints (13); where a sound emitting device is embedded in the dummy and is connected to the battery (14) for the emission of pre-recorded copulation sounds; and, where electrical resistors (5) are embedded on the main body (4) and are connected to the battery (14) to generate heat. 2. The mannequin for collecting semen from South American camelids, according to claim 1, characterized in that both the main body (4) and the neck (3) and the head (1) have a polyurethane foam coating (11), on which a South American camelid leather coating (12) rests. 3. The mannequin for collecting semen from South American camelids, according to claim 1, characterized in that the main body (4) has a cover (7), which allows access to the interior of the main body (4) where a lifting mechanism (8) of the scissor type is housed that allows regulating the height of said main body (4). 4. The dummy for collecting semen from South American camelids, according to claim 1, characterized in that on the inside of the main body (4), next to the hole (9), three adjustable straps (10) are arranged. 5. The mannequin for collecting semen from South American camelids, according to claim 1, characterized in that the solar panel (6) is coupled to the neck (3) of the mannequin. 6. The mannequin for collecting semen from South American camelids, according to claim 1, characterized in that the speaker is embedded in the head of the mannequin.