WO2017041426A1

WO2017041426A1 - Combination toy having function output

Info

Publication number: WO2017041426A1
Application number: PCT/CN2016/073163
Authority: WO
Inventors: 蔡东青
Original assignee: 广东奥飞动漫文化股份有限公司; 广东奥迪动漫玩具有限公司; 广州奥飞文化传播有限公司
Priority date: 2015-09-08
Filing date: 2016-02-02
Publication date: 2017-03-16
Also published as: CN205323212U

Abstract

A combination toy having a function output, comprising a first toy body (1) provided with a socket (3), at least two second toy bodies (2) that can be plugged into the socket (3), a control chip and a functional device, an inner wall of the socket (3) being provided with touch switches (4), the second toy body (2) being provided thereon with at least two protruding portions (5), all of the protruding portions (5) being arranged at an interval in the plug-in direction and in alignment with the touch switches (4), the control chip recording touching and pressing of all of the protruding portions (5) on the touch switches (4) during the whole plug-in process so as to effect the output of corresponding preset functions by the functional device, that is, one touch switch (4) may be touched and pressed by a plurality of protruding portions (5), and different control instructions are generated in accordance with different triggering to one touch switch (4) after one plug-in, thereby achieving more different triggering control instructions by means of limited touch switches (4) in a limited product space, such that the combination toy can output more functions, being more interactive and capable of maintaining long-term interest in playing.

Description

Combination toy with function output

Technical field

The utility model relates to a children's toy, in particular to a combination toy with functional output.

Background technique

With the development of technology, the existing toys are no longer a simple function output, but even the same function can have different effects output, such as the same sounding toy can emit a variety of different sounds. And in order to achieve the purpose of teaching and learning, toys are no longer simple buttons to achieve functional output, but through more interesting human-computer interaction to achieve functional output, the most common is through plug-in To realize the interaction, by inserting another object on a certain body, the object triggers a contact switch on the main body after the plugging, so that the main body issues a control command to control the corresponding function output.

At present, in order to achieve different object insertion to obtain different control commands, thereby outputting different functions or outputting different output effects of the same function, a sufficient number of contact switches are set on the main body, and then inserted into the main body through the object and different The contact switch touches to get different control commands. However, such a setting is limited in the limited product space, and the number of control commands that can be generated is limited, the limitation is large, it is difficult to meet the needs of the user, the playing interest is easily lost, and the manufacturing cost is high and it is difficult to promote.

Summary of the invention

In view of the problems of the prior art described above, it is an object of the present invention to provide a combination toy that can realize more kinds of functional output and low cost in a limited product space.

In order to achieve the above object, the technical solution adopted by the present invention is: a combination toy having a functional output, comprising: a first toy body, at least two second toy bodies, a control chip, and a functional device, The first toy body is provided with a plugging position, and the inner wall of the plugging position is provided with a touch switch, the touch switch is electrically connected to the control chip and the function device, the control chip and the function The device is disposed on the first toy body, the second toy body is inserted into the insertion position to achieve splicing with the first toy body, and the second toy body is provided with at least two convex bodies. a lifting portion, all the convex portions are arranged at intervals along the insertion direction of the second toy body and aligned with the touch switch, and the convex portions on each of the second toy bodies are arranged differently when the second toy body is inserted When the device is in the docking position, the control chip records all the convex portions to the touch state of the touch switch during the whole plugging process, and sends corresponding control signals to control the preset function corresponding to the function device output.

In order to realize a more kind of functional output, the convex portion includes a bit pressure convex portion and a normal pressure convex portion, and the time pressing convex portion touches the touch switch for a short time each time, the atmospheric pressure Each time the convex portion touches the touch switch for a long time, the interval distance between two adjacent convex portions affects the interval between the two touches of the touch switch, and is set along the insertion direction. The number of raised portions affects the number of times the touch switch is touched during the set time.

Further, the arrangement of the protrusions in the insertion direction of the second toy body has a plurality of arrangement manners, and each arrangement manner touches the touch switch when the second toy body is inserted into the first toy body. The situation is different. Each touch pressure corresponds to a control signal set by the control chip, and the function device is controlled to output a corresponding preset function according to a control signal sent by the control chip.

The touch pressure recorded by the control chip of the present invention is the duration of the touch switch being touched each time, the interval between two adjacent touches, or the time being touched within the set time. In either case or a combination of multiple cases, the control chip issues a control signal to control the function device to output a corresponding preset function after recording the corresponding situation.

In order to further enrich the output function of the combination toy, the first toy body is provided with at least two touch switches, and the second toy body is correspondingly provided with the same number of touch switches and touched in the plugging direction. a column in which the touch switches are aligned, the at least two raised portions are disposed on the placement columns, and the control chip records the contact pressure of each touch switch that is touched during the entire plugging process and After the combination of the pressure conditions, the corresponding control signals are sent to control the function device to output a corresponding preset function.

Specifically, the first toy body is provided with a first touch switch and a second touch switch, and the second toy body is provided with a first placement position aligned with the first touch switch, the second The toy body is provided with a second placement position aligned with the second touch switch, and each placement position has at most two raised portions.

The convex portion of the second toy body of the utility model corresponds to two touch switches of the first toy body, and the package But not limited to the following arrangements:

The first placing position of the second toy body is provided with a normal pressure convex portion, and the lower portion is provided with a point pressing convex portion, and the upper and lower convex portions are spaced apart;

The first placing position of the second toy body is provided with a normal pressure convex portion, and the lower portion of the second placing position is provided with a point pressing convex portion;

a second pressing portion of the second toy body is provided with a constant pressure convex portion, and a lower portion of the first placing position is provided with a point pressing convex portion;

a second pressing portion of the second toy body is provided with a constant pressure convex portion, and a lower portion is provided with a point pressing convex portion, and the upper and lower convex portions are spaced apart;

The first placing position of the second toy body is provided with a normal pressure convex portion, the lower portion is provided with a point pressing convex portion, and the upper and lower convex portions are spaced apart; the second placing position is provided with a common upper portion. The pressing protrusion and the lower portion are provided with a point pressing protrusion, and the upper and lower protrusions are spaced apart from each other.

The functional device of the present invention is a device that outputs at least one of sound, light, motion, or image.

In order to ensure that the protrusion can be triggered with the touch switch after each successful insertion, the insertion position of the first toy body is upward, and the touch switch is disposed at the rear wall of the insertion position. The convex portion is disposed on a rear end surface of the second toy body, and the two side walls of the insertion position are symmetrically disposed with a vertical slot at a position of the middle rear portion, and the two sides of the second toy body are correspondingly disposed There is a vertical insert, and the vertical slot cooperates with the vertical insert to ensure that the second toy body is inserted into the first toy body, and the convex portion and the touch switch are pressed.

Further, in order to ensure that the plug is secure, the two sides of the plug portion of the second toy body are provided with elastic studs, and the two sides of the first toy body are correspondingly provided with concave positions, when the second play The elastic stud is ejected in the recess when it is completely inserted into the first toy body.

The utility model adopts a touch switch and a convex portion respectively on the first toy body and the second toy body which are inserted into the phase, and the arrangement of the convex portions provided on each of the second toy bodies is different. When the second toy body is inserted into the first toy body, the plurality of convex portions are pressed with the touch switch, and the control chip provided in the first toy body records all the convex portions to be completely inserted. During the process, a corresponding control signal is sent to the touch switch to control the function device to output a corresponding preset function, that is, a touch switch can be pressed by a plurality of convex portions on the movement path, so Different control commands can be generated according to the situation that one touch switch is triggered after one plugging, and the existing one touch switch can only be touched and not touched, so the utility model can In a limited product space, a variety of different trigger control commands are realized through a limited trigger switch, so that the combination toy has more output functions, meets the needs of users, is more interactive, and can last longer. Play is fun, and cost-effective; and because the touch voltage recorded by the control chip is the length of time each time the touch switch is touched, the interval between two adjacent touches, or within the set time The combination of any of the cases of the number of times of being pressed or a plurality of cases further increases the difference in the contact pressure condition, thereby achieving more functional output. In summary, the combination toy of the utility model has the function of interactive operation, effectively solves the problem that the function of the product is limited and the taste is not strong at present, the cost performance is high, the gameplay is novel and novel, the function output is strong, and the child is satisfied. Play needs and hunting desires.

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

DRAWINGS

1 is a schematic view showing the structure of a front assembled state of the present invention.

2 is a schematic view showing the structure of the back assembled state of the present invention.

3 is a perspective view showing the structure of a second toy body according to the first embodiment of the present invention.

4 is a schematic exploded view of the second toy body according to the first embodiment of the present invention.

Fig. 5 is a perspective view showing the structure of a second toy body according to a second embodiment of the present invention.

Fig. 6 is a perspective view showing the structure of a second toy body according to a third embodiment of the present invention.

Fig. 7 is a perspective view showing the structure of a second toy body according to a fourth embodiment of the present invention.

Figure 8 is a perspective view showing the structure of a second toy body according to a fifth embodiment of the present invention.

Figure 9 is a schematic perspective view of the utility model.

Figure 10 is a schematic exploded view of the first toy body of the present invention.

detailed description

As shown in FIG. 1 to FIG. 10, a combination toy having a functional output according to the present invention includes a first toy body 1, at least two second toy bodies 2, a control chip, and a functional device, the first The toy body 1 is provided with a plug-in position 3, and the inner wall of the plug-in position 3 is provided with a touch switch 4, and the touch switch 4 is electrically connected to the control chip and the function device, and the control chip and the function device are disposed on the first toy body. 1 , the second toy body 2 is inserted into the insertion position 3 to achieve splicing with the first toy body 1 . The second toy body 2 is provided with at least two raised portions 5, all of which are arranged along the insertion direction of the second toy body 2 and aligned with the touch switch 4, on each of the second toy bodies 2 The arrangement of the raised portions 5 is different. When the second toy body 2 is inserted into the insertion position 3, the control chip records the contact pressure of all the raised portions 5 with the touch switch 4 during the entire insertion process. The corresponding control signal is sent to control the function device to output a corresponding preset function, that is, one touch switch 4 can be pressed by the plurality of protrusions 5 on the movement path, so that the touch switch 4 can be inserted at one time according to one touch switch 4 The latter is triggered differently to generate different control commands, and the existing one of the touch switches 4 is only touched and not touched, so the present invention can be limited in a limited product space. The trigger switch realizes a variety of different trigger control commands, so that the combination toy has more output functions, meets the needs of the user, is more interactive, and can maintain long-lasting play fun, and is cost-effective.

As shown in FIG. 2, the boss portion 5 of the utility model includes a point pressing protrusion portion 51 and a normal pressure protrusion portion 52, wherein the point pressing protrusion portion 51 touches the switch 4 for a short time each time, and the atmospheric pressure is normal. Each time the convex portion 52 touches the touch switch 4 for a long time, the distance between the adjacent two convex portions 5 affects the interval between the two touches of the touch switch 4, and the insertion direction. The number of the raised portions 5 is set to affect the number of times the touch switch 4 is touched within the set time. The control chip in the first toy body 1 can record the duration of the touch switch 4 being touched each time, the interval between the two adjacent touches, and the number of times of being touched within the set time, The control chip can output a corresponding preset function according to any one of the cases, or a combination of the two, or a combination of the three. After the control chip records the corresponding situation, the control signal control function device outputs a corresponding preset function. Further, the arrangement of the convex portion 5 in the insertion direction of the second toy body 2 has a plurality of arrangement manners, and each arrangement manner is a touch switch when the second toy body 2 is inserted into the first toy body 1. The contact pressure conditions of 4 are different. Each touch pressure corresponds to a control signal set by the control chip, and the corresponding preset function is controlled by the function device according to the control signal sent by the control chip.

Embodiment 1:

As shown in FIG. 3, two horizontally spaced touch switches 4 are disposed in the insertion position 3 of the first toy body 1 of the embodiment, respectively being the first touch switch 41 and the second touch switch. 42. The second toy body 2 includes a plug portion 21 at the lower half and an imitation molding portion 22 for distinguishing the different second toy bodies 2 in the upper half, the upper half of the second toy body 2 of this embodiment Is the imitation The molding portion 22 of the bee is provided with a first placement position aligned with the first touch switch 41 and a second placement position aligned with the second touch switch 42 on the insertion portion 21 of the lower half; As shown, the insertion portion 21 of this embodiment is further provided with a voice device. Two bosses 5 are provided on the back of the second toy body 2, one of the bosses 5 is at the upper portion of the first placement position, the other of the bosses 5 is at the lower portion of the second placement position, and is located at the upper portion The convex portion 5 is a normal pressure convex portion 52, and the convex portion 5 at the lower portion is a pressure pressing convex portion 51. As shown in FIG. 2, at the time of plugging, the lower point pressing protrusion 51 first triggers the second touch switch 42, and when the insertion is continued, the point pressing protrusion 52 moves downward and leaves the second When the switch 42 is touched, a point trigger is formed, and the control chip records the trigger condition; at this time, the upper atmospheric pressure convex portion 51 starts to touch the first touch switch 41, and when the second toy body 2 is fully inserted, The upper atmospheric pressure convex portion 51 is still flush with the position of the first touch switch 41, so the upper atmospheric pressure convex portion 51 forms a normal pressure trigger, and the control chip records the trigger condition; then the control chip combines the two. a triggering situation (the first touch switch 41 is pressed by the normal pressure and the second touch switch 42 is pressed) to form a corresponding control command, thereby controlling the function module in the first toy body 1 to output a corresponding preset function. Like the sound of a bee.

Embodiment 2:

As shown in FIG. 5, two horizontally spaced touch switches 4 are disposed in the insertion position 3 of the first toy body 1 of the embodiment, respectively being the first touch switch 41 and the second touch switch. 42. The second toy body 2 includes an insertion portion 21 at the lower half and an imitating molding portion 22 for distinguishing different second toy bodies in the upper half, the upper half of the second toy body 2 of this embodiment That is, the molding portion 22 of the shark is imitated, and the insertion portion 21 of the lower half is provided with a first placement position aligned with the first touch switch 41 and a second placement position aligned with the second touch switch 42. Two bosses 5 are provided on the back of the second toy body 2, one of the bosses 5 is at the lower portion of the first placement position, and the other of the bosses 5 is at the upper portion of the second placement position, and is located at the upper portion The convex portion 5 is a normal pressure convex portion 52, and the convex portion 5 at the lower portion is a pressure pressing convex portion 51. When the plugging is performed, the lower point pressing protrusion 51 first triggers the first touch switch 41. When the insertion is continued, the point pressing protrusion 51 moves downward and leaves the first touch switch 41. Forming a point trigger, the control chip records the trigger condition; at this time, the upper atmospheric pressure protrusion 52 starts to touch the second touch switch 42, and when the second toy body 2 is fully inserted, the upper part of the normal pressure convex The starting portion 52 is still flush with the position of the second touch switch 42, so that the upper atmospheric pressure convex portion 52 forms a normal pressure trigger, and the control chip records the triggering condition; Then, the control chip combines the two triggering situations (the first touch switch 41 is pressed and the second touch switch 42 is pressed) to form a corresponding control command, thereby controlling the function module output in the first toy body 1. The corresponding preset functions, such as the sound of sharks.

Embodiment 3:

As shown in FIG. 6, the plug-in position 3 on the first toy body 1 of this embodiment is provided with two horizontally spaced touch switches 4, which are a first touch switch 41 and a second touch switch, respectively. 42. The second toy body 2 includes an insertion portion 21 at the lower half and an imitating molding portion 22 for distinguishing different second toy bodies in the upper half, the upper half of the second toy body 2 of this embodiment It is to imitate the styling portion 22 of the bat, and the lower portion of the plug portion 21 is provided with a first placement position aligned with the first touch switch 41 and a second placement position aligned with the second touch switch 42. Two bosses 5 are provided on the back of the second toy body 2, both of which are located at the first placement position, one at the upper portion and one at the lower portion, and at the upper portion of the boss portion 5 That is, the atmospheric pressure convex portion 52, and the convex portion 5 located at the lower portion is the pressure pressing convex portion 51. When the plugging is performed, the lower point pressing protrusion 51 first triggers the first touch switch 41. When the insertion is continued, the point pressing protrusion 51 moves downward and leaves the first touch switch 41. Forming a point trigger, the control chip records the trigger condition; at this time, the upper atmospheric pressure protrusion 52 starts to touch the first touch switch 41, and when the second toy body 2 is fully inserted, the upper part of the normal pressure convex The starting portion 52 is still flush with the position of the first touch switch 41, so the upper atmospheric pressure convex portion 52 forms a normal voltage trigger, and the control chip records the trigger condition; then the control chip combines the two triggering situations (first The touch switch 41 is first pressed and then pressed to form a corresponding control command, thereby controlling the function module in the first toy body 1 to output a corresponding preset function, such as the sound of a bat call.

Embodiment 4:

As shown in FIG. 7 , two horizontally spaced touch switches 4 are disposed in the insertion position 3 on the first toy body 1 of the embodiment, respectively being the first touch switch 41 and the second touch switch. 42. The second toy body 2 includes an insertion portion 21 at the lower half and an imitating molding portion 22 for distinguishing different second toy bodies in the upper half, the upper half of the second toy body 2 of this embodiment The lion's molding portion 22 is mimicked, and the lower portion of the plug portion 21 is provided with a first placement position aligned with the first touch switch 41 and a second placement position aligned with the second touch switch 42. Two protrusions 5 are provided on the back of the second toy body 2, both of which are on the second placement position 42, one position The upper portion, one at the lower portion, and the upper portion of the boss portion 5 are the normal pressure boss portions 52, and the lower portion of the boss portion 5 is the point pressure boss portion 51. When the plugging is performed, the lower point pressing protrusion 51 first triggers the second touch switch 42. When the insertion is continued, the point pressing protrusion 51 moves downward and leaves the second touch switch 42. Forming a point trigger, the control chip records the trigger condition; at this time, the upper atmospheric pressure convex portion 52 starts to touch the second touch switch 42, and when the second toy body 2 is fully inserted, the atmospheric pressure convex portion 52 is still flush with the position of the second touch switch 42, so that a normal voltage trigger is formed, and the control chip records the trigger condition; then the control chip combines the two trigger situations (the second touch switch 42 is first pressed and then often Pressing, a corresponding control command is formed, thereby controlling the function module in the first toy body 1 to output a corresponding preset function, such as the sound of a lion call.

Embodiment 5:

As shown in FIG. 8 , two horizontally spaced touch switches 4 are disposed in the insertion position 3 on the first toy body 1 of the embodiment, respectively being the first touch switch 41 and the second touch switch. 42. The second toy body 2 includes an insertion portion 21 at the lower half and an imitating molding portion 22 for distinguishing different second toy bodies in the upper half, the upper half of the second toy body 2 of this embodiment That is, the molding portion 22 of the warrior is imitated, and the lower portion of the plug portion 21 is provided with a first placement position aligned with the first touch switch 41 and a second placement position aligned with the second touch switch 42. Four protrusions 5 are provided on the back of the second toy body 2, and the four protrusions 5 are divided into two in the first placement position and two on the second placement position. The two raised portions 5 at the upper portion and one at the lower portion and located at the upper portion are all-normal convex portions 52, and the two raised portions 5 at the lower portions are all point-pressing convex portions 51. When the plugging is performed, the lower two pressing protrusions 51 respectively trigger the first touch switch 41 and the second touch switch 42 respectively, and when the insertion is continued, the two pressure pressing protrusions 51 will go down. Moving away from the first touch switch 41 and the second touch switch 42, so that a point trigger is formed, and the control chip records the trigger condition; at this time, the upper two atmospheric pressure protrusions 52 start to touch the first touch. The switch 41 and the second touch switch 42 and the two atmospheric pressure projections 52 are still flush with the positions of the first touch switch 41 and the second touch switch 42 when the second toy body 2 is fully inserted. Therefore, a normal voltage trigger is formed, and the control chip records the trigger condition; then the control chip combines the two trigger situations (the first touch switch 41 and the second touch switch 42 are both first pressed and then pressed) to form a Corresponding control commands, in turn, control the function modules in the first toy body 1 to output corresponding preset functions, such as the sound of the warrior.

As shown in FIG. 9, the first toy body 1 of the present invention is designed as a stick toy (i.e., a long toy body), and the first toy body 1 includes an imitation attack portion 11 at the front and a rear portion. The handle portion 12; as shown in FIG. 10, the handle portion 12 and the imitation attack portion 11 are rotationally connected, and the handle portion 12 is rotated relative to the imitation attack portion 11 by pressing the button 13 on the side of the connection position. A plug-in position 3 is provided in the middle of the first toy body 1. The opening of the plug-in position 3 is upward, and the touch switch 4 of this embodiment is disposed on the inner wall of the plug-in position 3, specifically On the rear wall of the position 3, the touch switch 4 is a flexible switch, which can automatically bounce and reset after being pressed, and the touch button of the touch switch 4 protrudes into the insertion position 3. A sounding device is disposed in the imitation attack portion 11, and a light emitting device is disposed around the imitation attack portion 11, and the sound emitting device and the light emitting device are combined into the functional device, that is, the sound emitting device and the light emitting device are played through the second After the specific 2 is plugged into the first toy body 1, the output is triggered. It can be known from the above five embodiments that the two toy bodies 1 are provided with two touch switches 4, and when the convex portions 5 on the second toy body 2 are two or more, the triggering condition is the least. There are five cases as in the five embodiments, but in fact, plus the recording of the duration of the touch of the touch switch 4 and the interval of the two touches, the process is far more than the five cases; In the prior design, if two touch switches 4 are provided, the contact pressure of the bumps 5 with the touch switch 4 after the plugging is completed is only three cases, so compared with the existing design, In the case of the same number of touch switches 4, the utility model can realize more functional output, and the structure is only compared with the existing design, only one or two convex portions 5 are provided, and The number of the starting parts 5 can be achieved only by slightly adjusting the mold, so that the cost performance is higher. Further, the utility model places the boss portion 5 on the battery case cover 26 on the back of the second toy body 2, as shown in Figs. 3 to 8, since the battery case cover 26 has a small size, these can be used. The molds of the battery case cover 26 are integrated into one piece, and a plurality of battery case covers 26 provided with different bosses 5 can be obtained by one injection molding.

As shown in FIG. 2, in order to ensure that the protrusion 5 can be triggered with the touch switch 4 after each successful insertion, the two sides of the insertion position 3 of the first toy body 1 of the embodiment are centered. The position of the portion is symmetrically provided with a vertical slot 31, and the two sides of the plug portion 21 of the second toy body 2 are correspondingly provided with a vertical insert 23, so when the second toy body 2 is to be inserted into the insertion position 3, it is necessary to The vertical slot 31 is aligned with the vertical insert 23, and since the vertical slot 31 is not at an intermediate position on both sides, the second toy body 2 must face the first toy body as long as the two are aligned. The front of 1. Further to ensure The plugs 21 of the second toy body 2 of the embodiment are provided with elastic studs 24 on both sides. As shown in FIG. 4, the two elastic studs 24 are connected by a compression spring 25, and in the second The insertion portion 21 of the toy body 2 is internally provided with a groove for the two elastic protrusions 24 to be placed to keep the moving direction of the two elastic protrusions 24 from deviating; correspondingly, the first toy body 1 of the embodiment The two sides of the insertion position 3 are correspondingly provided with the recess 32. In addition, in order to assist the elastic protrusion 24 to shrink better when it enters the insertion position 3, the embodiment is provided at the opening edge of the insertion position 3. The arc recess 33 is matched with the end of the elastic stud 24 to assist the elastic stud 24 to smoothly contract when contacting the edge of the insertion position 3, without jamming, when the second toy body 2 is fully inserted When the first toy body 1 is reached, the elastic studs 24 are ejected in the recess 32.

Although the invention has been described with reference to the specific embodiments, this description is not intended to limit the invention. Other variations to the disclosed embodiments can be expected by those skilled in the art in light of the description of the invention, and such variations are within the scope defined by the appended claims.

Claims

A combination toy having a functional output, comprising: a first toy body (1), at least two second toy bodies (2), a control chip and a functional device, the first toy body (1) a plug-in position (3) is provided, and an inner wall of the plug-in position (3) is provided with a touch switch (4), and the touch switch (4) is electrically connected to the control chip and the functional device. The control chip and the functional device are disposed on the first toy body (1), and the second toy body (2) is inserted into the insertion position (3) to realize the first toy body (1) Stitching, the second toy body (2) is provided with at least two protrusions (5), all of the protrusions (5) are arranged along the insertion direction of the second toy body (2) and aligned Touching the switch (4), the projections (5) on each of the second toy bodies (2) are arranged differently, when the second toy body (2) is inserted into the insertion position (3), The control chip records that all the convex portions (5) issue corresponding control signals to the touch device of the touch switch (4) during the entire plugging process to control the corresponding preset function of the function device output.
A combination toy having a function output according to claim 1, wherein said convex portion (5) includes a point pressing projection portion (51) and a normal pressure convex portion (52), said point pressing convex portion The starting portion (51) has a short time for pressing the touch switch (4) each time, and the atmospheric pressure convex portion (52) touches the touch switch (4) for a long time, adjacent to the two The spacing distance of the convex portions (5) affects the interval length between the two touches of the touch switch (4), and the number of the convex portions (5) in the insertion direction affects the contact The number of times the touch switch (4) is touched during the set time.
A combination toy having a function output according to claim 2, characterized in that the arrangement of the projections (5) in the insertion direction of the second toy body (2) has a plurality of arrangements, each The arrangement manner is different when the second toy body (2) is inserted into the first toy body (1), and the contact pressure of the touch switch (4) is different, and each touch pressure corresponds to a control signal set by the control chip. And controlling, according to a control signal sent by the control chip, the function device to output a corresponding preset function.
The combination toy with function output according to claim 1 or 2 or 3, wherein the touch pressure recorded by the control chip is the duration of the touch switch (4) being touched each time, The control chip outputs a control signal control unit after recording the corresponding situation by combining any one or a plurality of cases in which the interval between adjacent two times is touched or the number of times of being touched within a set time. The function device outputs a corresponding preset function.
The combination toy with function output according to claim 2, characterized in that: the first toy body (1) is provided with at least two touch switches (4) on the second toy body (2) Correspondingly, there are a placement column which is the same as the touch switch (4) and which is aligned with the touch switch (4) in the plugging direction, and the at least two raised portions (5) are distributed on the placement columns. The control chip records the touch conditions of each touch switch (4) being touched during the entire plugging process and, after an orderly combination of the touch conditions, issues a corresponding control signal to control the output of the function device. Corresponding preset function.
The combination toy with function output according to claim 5, wherein the first toy body (1) is provided with a first touch switch (41) and a second touch switch (42), The second toy body (2) is provided with a first placement position aligned with the first touch switch (41), and the second toy body (2) is provided with a second alignment with the second touch switch (42) Two placement positions, each of which has at most two raised portions (5).
The combination toy with function output according to claim 6, characterized in that: the upper portion of the first placement position of the second toy body (2) is provided with a constant pressure boss portion (52), and the lower portion is provided with a point. The pressing protrusion (51) has a space between the upper and lower protrusions (5).
The combination toy with function output according to claim 6, characterized in that: the upper part of the first placement position of the second toy body (2) is provided with a constant pressure protrusion (52), and the second placement position is lower. A point pressing projection (51) is provided.
The combination toy with function output according to claim 6, characterized in that: the second placement position of the second toy body (2) is provided with a normal pressure protrusion portion (52), and a lower portion of the first placement position. A point pressing projection (51) is provided.
The combination toy with function output according to claim 6, characterized in that: the second placing position of the second toy body (2) is provided with a normal pressure convex portion (52) and a lower portion with a point. The pressing protrusion (51) has a space between the upper and lower protrusions (5).
The combination toy with function output according to claim 6, characterized in that: the first placing position of the second toy body (2) is provided with a normal pressure convex portion (52) and a lower portion with a point. The pressing protrusion portion (51) has a space between the upper and lower convex portions (5); the upper portion of the second placing position is provided with a constant pressure convex portion (52), and the lower portion is provided with a point pressing convex portion (51) There is a gap between the upper and lower convex portions (5).
A combination toy having a function output according to claim 1 or 3 or 4 or 5, characterized in that said functional device is a device for outputting at least one of sound, light, motion or image.
The combination toy with function output according to claim 1, characterized in that the insertion position (3) of the first toy body (1) is open upward, and the touch switch (4) is arranged at the docking a rear wall of the position (3), the convex portion (5) is disposed on a rear end surface of the second toy body (2), and the two side walls of the insertion position (3) are symmetrically disposed at a position of the middle and rear portions There is a vertical slot (31), and two sides of the second toy body (2) are correspondingly provided with a vertical insert (23), which is matched with the vertical insert (23) through the vertical slot (31) And ensuring that the second toy body (2) is inserted into the first toy body (1), the convex portion (5) and the touch switch (4) are pressed.
The combination toy with function output according to claim 1, characterized in that: the two sides of the insertion portion (21) of the second toy body (2) are provided with elastic studs (24), the first play The two sides of the insertion position (3) of the specific (1) are correspondingly provided with a concave position (32), and the elastic protruding column when the second toy body (2) is completely inserted into the first toy body (1) (24) The eject card is attached to the recess (32).