阅读说明：本技术 一种智能轨道互动装置 (Intelligent track interaction device ) 是由 冯毅 尹一笑 曹邱晴 于 2021-04-02 设计创作，主要内容包括：本发明公开了一种智能轨道互动装置,它将音乐谱曲与轨道拼接有机的融合在了一起。与传统的轨道拼装装置以外观结构创新,拼装方式创新不同,我们将每个轨道元件与音乐曲谱的音符一一对应起来,在进行轨道拼接的同时,还要考虑音乐谱曲,大大提高了装置的可玩性和扩展性。用户完成拼装及音乐设置后,随着移动体在轨道上运动,装置就会进行“奏乐”,用户可以根据自己的喜好进行拼装、谱曲,完成自己的作品,并且音乐内容没有任何的限制,用户可以使用装置拼接完成任意乐曲。本发明既适用于培养少年儿童的音乐能力、动手能力、空间思维能力、社交能力,也适用于成人休闲娱乐,放松身心使用。(The invention discloses an intelligent track interaction device, which organically integrates music and track splicing. Different from the traditional track splicing device in which the appearance structure and the splicing mode are innovative, each track element is in one-to-one correspondence with the musical notes of the music score, the music score is considered while the tracks are spliced, and the playability and the expansibility of the device are greatly improved. After the user finishes assembling and music setting, the device can play music along with the motion of the moving body on the track, the user can assemble and compose music according to own preference to finish own works, the music content is not limited, and the user can use the device to assemble and finish any music. The invention is not only suitable for cultivating the music ability, the operation ability, the space thinking ability and the social ability of children, but also suitable for the leisure entertainment of adults and the use of relaxing the body and mind.)

1. The utility model provides an intelligence track interactive installation, includes the track body (1), moving body (2), its characterized in that: the track body (1) is formed by freely splicing a plurality of track body elements (3), the track body elements (3) internally comprise a sound production mechanism, a sensing mechanism, a communication mechanism and a control mechanism, the moving body (2) comprises a power mechanism and the control mechanism, the moving body (2) advances along the track body (1) formed by the track body elements (3) through the power mechanism, when the moving body (2) moves to the position of the corresponding track body element (3), the sensing mechanism in the track body element (3) sends a signal to trigger the sound production mechanism to send preset sound, and the sound production mechanism is arranged in the track body element (3) or is independently arranged outside to obtain the signal through communication.

2. The intelligent track interaction device of claim 1, wherein: the tracks of the track body elements (3) have different track forms, including a linear track, a curve track, a ramp track and a linear curve ramp mixed track, and the track body elements with different track forms meet the following manufacturing standards: the time that the moving body (2) passes through a single track body element with set power is integral multiple of the reference time, and the times are 1, 2, 3 and the like; the reference time means: the moving body (2) passes through all the track body elements provided by the device respectively with set power, and the shortest time is spent on passing through one track body element; and each track body element (3) appearance contains multiple information of the time of the moving body (2) passing through the track body element (3) as reference time.

3. The intelligent track interaction device of claim 2, wherein: the sound content emitted by the track body element (3) is one sound or a plurality of sounds in the basic music score, and the sound production information is set by the control mechanism of the track body element or is connected with external equipment by the communication mechanism.

4. The intelligent track interaction device of claim 1, wherein: the sound content emitted by the track body element (3) is a sound segment, and the sound production information of the sound segment is set by a control mechanism of the track body element or is set by connecting an external device through a communication mechanism.

5. The utility model provides an intelligence track interactive installation, includes the track body (1), moving body (2), its characterized in that: the track body (1) is formed by freely splicing a plurality of track body elements (3), each track body element (3) comprises an information mechanism, the moving body (2) internally comprises a sound production mechanism, a sensing mechanism, a communication mechanism and a control mechanism, the moving body (2) moves forwards along the track body (1) formed by the track body elements (3) through an internal power mechanism, when the moving body (2) moves to the position of the corresponding track body element (3), the moving body (2) acquires information of the information mechanism of the track body element (3) through the sensing mechanism, the sound production mechanism of the moving body (2) emits set sound according to the information, and the sound production mechanism is arranged in the moving body (2) or is independently arranged outside to acquire signals through communication.

6. The intelligent rail interaction device of claim 5, wherein: the tracks of the track body elements (3) have different track forms, including a linear track, a curve track, a ramp track and a linear curve ramp mixed track, and the track body elements with different track forms meet the following manufacturing standards: the time that the moving body (2) passes through a single track body element with set power is integral multiple of the reference time, and the times are 1, 2, 3 and the like; the reference time means: the moving body (2) passes through all the track body elements provided by the device respectively with set power, and the shortest time is spent on passing through one track body element; and the appearance of each track body element (3) contains the multiple information of the time of the moving body (2) passing through the track body element (3) as the reference time.

7. The intelligent rail interaction device of claim 6, wherein: the sound content emitted by the moving body (2) is one sound or a plurality of sounds in the basic music score, and the sound emission information is determined by the information contained in the track body element information mechanism or determined by the information contained in the track body element information mechanism and the information preset and stored in the moving body (2) information.

8. The intelligent rail interaction device of claim 6, wherein: the sound content emitted by the moving body (2) is a sound segment, and the sound emission information is determined by the sound information contained in the track body element sound information mechanism or determined by the sound information contained in the track body element (3) sound information mechanism and the information preset and stored in the moving body (2).

9. The intelligent track interaction device as claimed in claim 1 or claim 5, wherein: the track body elements (3) are freely spliced into the track body (1) in a physical connection mode, and the moving body (2) is connected with external equipment through a control mechanism or is provided with motion parameters or sound characteristic parameters.

10. The intelligent track interaction device as claimed in claim 1 or claim 5, wherein: the moving bodies (2) of the plurality of track devices can be controlled to simultaneously start or start according to the time sequence of music by a control mechanism or an external device.

Technical Field

The invention relates to an intelligent entertainment interaction device based on modern information technology, in particular to an intelligent track interaction device.

Background

The rail entertainment interaction device has a deep user foundation and is deeply loved by teenagers and children. Most of the existing rail entertainment interaction devices are mainly characterized by innovation of appearance design, structural design and assembly modes, product homogenization is serious, function modes are limited, expansibility is lacked, users can only assemble the rail entertainment interaction devices according to a product guide, and creativity of the users is mostly limited to combination of different assembly module combinations and product interactivity is also insufficient (reference documents: a single-rail double-control rail toy CN201910429762.6, a circulating rail toy CN201910163859 and a running method of the rail toy CN 201710692663).

Disclosure of Invention

The invention aims to provide a brand-new intelligent track interaction device, which organically integrates track assembly and music composition, and a user can fully use the device to create works, so that the composition interaction can be carried out, and the device can also be used for other interactions.

The invention relates to an intelligent track interaction device which mainly comprises a moving body (2) and a track body element (3). The track body elements (3) can be freely spliced into a continuous track body (1), the moving body (2) can move forward along the track body (1), each time the moving body (2) moves onto a new track body element (3), the device can send set sound information, each track body element (3) corresponds to one music fragment one by one, a user completes track body splicing and creation of music, and the passing track body elements (3) sequentially send set sounds as the moving body (2) moves forward on tracks of the track body elements.

As shown in fig. 1, the track body element (3) is a plan view of a part of the track body element, the track of the track body element (3) may have a different track form, and may have a straight line form, a curved line form, or another form, the parallel line track in fig. 1 is merely illustrative, and the track is not limited to a double track, and the track may have a single track, or the track may have a protruding or recessed track portion such that the direction of the moving body is guided by a side wall fence as shown in fig. 4.

As shown in fig. 3, which is a side view of a part of the rail body element (3), the rails of the rail body element may also take different forms in the vertical direction.

The device does not limit the appearance structure of the track and the appearance structure of the moving body (2), and only needs to ensure that the moving body (2) can move forward along the track body (1).

Each track body element (3) in the device comprises a sound production mechanism, a sensing mechanism, a communication mechanism and a control mechanism; the sensing mechanism is used for detecting whether the moving body (2) comes to the position, wherein the sensing mechanism can use a pressure sensor, an infrared sensor, an electromagnetic inductor or other sensors capable of detecting objects; the content of the sound-producing mechanism which produces sound is preset and can be changed through setting; the control mechanism is used for directly setting the sound content emitted by the track body element (3); the communication mechanism can be used for connecting an external device, and the content of the sound emitted by the track body element (3) is set by using the external device; when the moving body (2) moves to the position where the corresponding track body element (3) is located, the sensing mechanism detects the moving body and sends a signal to trigger the sound production mechanism to produce set sound.

The continuous track body is composed of a plurality of track body elements (3), and the moving body (2) passes through the track body elements (3) with set power, and the time passing through the track body elements is not identical.

In the scene for direct composition, in order to facilitate creation of a user, a moving body (2) takes the time of passing through a single track body element with set power as integral multiple of reference time, 1 time, 2 times, 3 times and the like; the reference time means: the moving body (2) passes through all the track body elements provided by the device respectively with set power, and the shortest time is spent on passing through one track body element; and the appearance of each track body element contains information on the multiple of the time that the moving body (2) passes through the track body element as the reference time.

When the actual user carries out composition creation, the selection is carried out according to the situation of creating songs by the user; for example, if the shortest note in a song created by a user is an eighth note, the user can set that the reference time represents the pronunciation time of the eighth note in the song, at this time, the track body element with the track time being one time of the reference time can represent one eighth note, the track body element with the track time being two times of the reference time can represent a quarter note, the track body element with the track time being three times of the reference time can represent three eighth notes, and the track body element with the track time being four times of the reference time can represent a half note, and so on; obviously, the two track body elements with the track time being one time of the reference time can be spliced to form the quartile notes, and similarly, all the notes in the song can be represented by the track body elements through splicing combination; the user can easily use the track splicing to finish the song compiling.

When the moving body (2) passes through, each track body element can be set to emit single sound, or a plurality of sounds, or no sound, and corresponds to a music score in music, so that solo, ensemble, solo and solo effects can be simulated; the track can also be arranged in the first pass, the second pass and the like of the moving body (2), different sounds or the same sounds are emitted during each pass, and when the tracks are spliced into a ring, each circle can correspond to different music or the same music.

Similarly, the device can also be used for playing the set sound content in a segmented manner, and each segment of content corresponds to the track body element one to one; as the moving body (2) moves forward on the track, the device can emit corresponding sound.

The device also supports collaborative creation, each individual is provided with an independent music score similar to a symphony orchestra and a chorus orchestra, a plurality of independent tracks can be spliced, each track corresponds to one music score, and when the device is displayed, the moving bodies (2) on each track are controlled to simultaneously start or start according to a music time sequence (for example, triple singing, the second sound part is later than the first sound part by a period of time, and the third sound part is later than the second sound part by a period of time) through the control device or external equipment, each device sends out the sound corresponding to the music scores, and the effects of multiple playing and multiple singing are generated; similar function settings based on the present device may also achieve other musical effects.

The power setting of the moving body (2) can be freely adjusted, so that the time for the moving body (2) to pass through the track body element is changed, and the tempo of the music is changed.

The sounding mechanism can be arranged in the track body element, or in the moving body (2), or be independently arranged externally to acquire sounding signals through communication, and the realization effect of the device is not influenced.

The sensing means may be built in the moving body (2), and the moving body (2) may acquire information of the rail element information means by the sensing means and determine the sound based on the information or the information and information previously set and stored in the moving body (2).

As shown in fig. 1 and 3, the track portion of the track body element (3) has different track forms, including a linear track, a curved track, a ramp track, a linear-curved ramp mixed track, and other common forms, and a user can splice the track portions into a rich track combination, and the track portions can be spliced into a closed loop or an open loop.

The track body element (3) is spliced in a physical mode, built-in magnetic sheets are used for adsorption, or the magnetic sheets are inserted into a slot, or other common splicing structures are used for design, as shown in figure 2, if the magnetic sheets are used for splicing, the magnetic sheets can be installed on the inner side of the splicing positions, other common splicing structures or installation methods are used, and the realization effect of the device is not influenced.

The track splicing and music are organically combined together, so that the track splicing and music playing device is simple to use by a user, has strong interactivity and very large personal creation space, and is an inexhaustible intelligent entertainment interaction device; the device is suitable for adult entertainment, and is also suitable for the culture of innovation ability of children and the improvement of music interest.

Drawings

FIG. 1 is a top view of a plurality of rail body members, showing the rich configuration of the rails, varying in length; FIG. 2 is an example of a mobile body; FIG. 3 is a test chart of the track body element, showing that the track also has undulations in the vertical direction; fig. 4 is a sectional view of three common rail examples, which are a concave rail, a convex rail and a side wall fence guide rail from left to right.

Detailed Description

The following are merely preferred embodiments of the present invention, and the scope of the present invention is not limited thereto.

As shown in fig. 3, the device of this embodiment uses magnetic sheets to splice the track body elements (3), and the magnetic sheets are installed inside the contact portions of the track body elements (3), so that the track body elements (3) can be easily spliced repeatedly (in other embodiments, the device can splice the track body elements (3) in other manners, such as felts, buckles, socket butt joints, and other common manners).

As shown in fig. 3, in the present embodiment, the track body element (3) is printed with the multiple information in which the number indicates the time when the moving body (2) passes through the track body element as the reference time; in other embodiments, the color of the track body element (3) may also represent multiple information of the reference time, such as red for 1 time, yellow for 2 times, blue for 3 times, and so on; the number of patterns printed on the track body element (3) can also represent the multiple information of the reference time, for example, one flower represents 1 time, two flowers represent 2 times, three flowers represent 3 times, and so on; or other recognizable appearance information can be used for expressing the multiple information of the reference time, and the same effect can be achieved, and the specific mapping between the appearance information and the multiple information can be freely set.

According to the desired arranged yeast, the corresponding track body elements (3) are selected and then spliced in sequence, and the sound to be emitted by each track body element (3) is set.

The moving mode of the moving body (2) of the embodiment uses a common powered four-wheel trolley which can stably advance along the track, and other common track moving body (2) structures can be used for replacing the common powered four-wheel trolley without influencing the realization effect of the device.

The trolley advances along the track, in the embodiment, an infrared sensor is arranged on the track body element (3); in other embodiments, the device may be replaced with other sensors that can detect objects; when the moving body (2) passes by, the infrared sensor can send out a signal, the track body element (3) sends out a set sound, and the device can send out arranged music along with the advance of the trolley; the sensor and the sound generating device can be arranged in the mobile body, the sound generating device can also be independently arranged, and the change does not influence the realization of the core function of the device.

If the tracks are spliced into a ring shape, the device can play circularly, and the track body element (3) can play different audios each time the trolley passes through according to the setting, so that the interestingness of the device is increased.

By using the device of the invention, a plurality of interactive implementation cases can be combined by combining rich music creation modes and track structure design schemes, which are not listed.

Although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art will understand that various changes, modifications and substitutions can be made without departing from the spirit and scope of the invention as defined by the appended claims.

Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.