CN111389031A

CN111389031A - Children's toy card book with rotary switch

Info

Publication number: CN111389031A
Application number: CN202010383144.5A
Authority: CN
Inventors: 赵晓旭
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-08
Filing date: 2020-05-08
Publication date: 2020-07-10
Anticipated expiration: 2040-05-08
Also published as: CN111389031B

Abstract

The invention discloses a children toy card book with a rotary switch, which comprises a front cover page, an inner page and a spiral rotary switch. The interior page or leaf is equipped with the observation hole including mutual surface layer card paper, bed course card paper and the bottom card paper of mounting in proper order on the surface layer card paper, is equipped with the hole of accomodating that corresponds with the observation hole on the bed course card paper, accomodates the hole diameter and is greater than the observation hole diameter, and the bottom card paper shelters from on the bottom surface of bed course card paper. The rotary switch is embedded in the accommodating hole of the cushion layer paperboard, and the operating end of the rotary switch extends out of the outer side of the inner page from the space between the cushion layer paperboard and the bottom layer paperboard. The structure of the toy card book enriches the content of the card book of the children, effectively simulates the spiral opening and closing process of the rotary switch, and is matched with the pictures and texts on the bottom card paper, so that the mysterious sense of the content is increased, the learning and practice interests of children are improved, the simulation is good, the operation sense is strong, the dialing is flexible, and the toy card book can be suitable for children of different ages.

Description

Children's toy card book with rotary switch

Technical Field

The invention relates to a children toy card book, in particular to a children toy card book with a rotary switch, which takes a scroll fan type fan blade as an original shape and is opened or closed by turning the fan blade on the card book, and belongs to the field of toy books.

Background

The card book is a paper book with the thickness of more than 1cm formed by mounting 200g-400g of paperboard with the weight of 0.5-2mm and binding a plurality of pages, and the card book is usually made into stamp books, collection books and the like by utilizing the thickness and hardness of the paperboard so as to facilitate the collection and use of the collection products.

In recent years, with the development of the book market, a new way to make a child toy card book by using a special structure of the inner page of the card book is provided. The children toy card book comprises a plurality of accessories such as folding toys, movable plug-in units, three-dimensional folding paper, teaching models and the like, can operate various toys and plug-in units to change or move positions on the inner pages of the card book, can also perform simulation and practice of abstract principles through the teaching models, is various in form and rich in content, improves the practical and mental abilities of children, increases the learning interests of the children, and integrates education and entertainment.

The children toy card book made of the paperboard is convenient to carry and strong in containment, various movable plug-ins made of the paperboard are good in safety, green and environment-friendly, and is deeply loved by parents and children. In order to further improve the entertainment and the knowledge of the toy card book, developing more intellectual development contents suitable for being used in the toy card book becomes the main object of the invention.

Disclosure of Invention

In view of the above-mentioned existing circumstances, the present invention aims to provide a child toy card book, which uses a turbofan type fan blade as an original shape to form a rotary switch on an inner page of the card book, and turns the turbofan type fan blade through a dial to form the rotary switch to be turned on or off, so as to enrich the content of the child toy card book, increase the mysterious feeling, and show the rotation and movement transformation process of the fan blade product structure.

The invention is realized by the following technical scheme:

a children toy card book with a rotary switch comprises a cover page, an inner page and a spiral rotary switch, wherein the inner page comprises surface layer card paper, cushion layer card paper and bottom layer card paper which are sequentially mounted. The surface layer card paper is provided with an observation hole. The cushion layer card paper is provided with a containing hole corresponding to the observation hole, and the diameter of the containing hole is larger than that of the observation hole. The bottom layer card paper is shielded on the bottom surface of the cushion layer card paper. The rotary switch is embedded in the accommodating hole of the cushion layer paperboard, and the operating end of the rotary switch extends out of the outer side of the inner page from the space between the cushion layer paperboard and the bottom layer paperboard.

The rotary switch comprises a driving plate, a supporting plate and more than three fan blades. Be equipped with the through-hole on driver plate and the supporting disk respectively, the diameter more than or equal to of through-hole observation hole's diameter, the driver plate embedding is in accomodating the hole, is equipped with radial operation end on the outer border of driver plate, and the operation end stretches out in the inner page outside between by bed course card paper and the bottom card paper. The supporting disk diameter is greater than and accomodates the hole diameter, and the supporting disk centre gripping is between bed course card paper and bottom layer card paper. The drive plate is provided with connecting holes which are equal to the number of the fan blades and are uniformly distributed in the circumferential direction. Radial guide grooves which are equal to the number of the fan blades and are uniformly distributed in the circumferential direction are arranged on the supporting disk, and the diameter of the outer ends of the radial guide grooves is smaller than that of the accommodating holes. More than three fan blades are uniformly distributed between the drive plate and the support plate in a spiral shape, and two ends of each fan blade are respectively and movably connected into the connecting hole of the drive plate and the radial guide groove of the support plate through rivets.

The driving plate edges at two sides of the operating end are respectively provided with a radial latch, the latches are clamped on the edges of the accommodating holes, and the latches are positioned between the cushion layer card paper and the bottom layer card paper. Except the space corresponding to the operation end, the edge of the support plate is stuck on the bottom surface of the cushion layer paperboard. Characters or patterns are printed on the surface of the bottom layer paperboard corresponding to the observation hole.

The child toy card book with the rotary switch has the advantages that:

1. the spiral rotary switch is embedded in the inner page, so that the contents of the toy card book for children are enriched, the spiral opening and closing processes of the rotary switch are effectively simulated on the card book for the inner page, and the mysterious feeling of the contents is increased by matching with the pictures and texts on the bottom-layer card paper, so that the learning and practice interests of children are improved;

2. through the mutual matching movement among the drive plate, the support plate and the fan blades, the specific opening and closing process of the more complex spiral switch is fully displayed, the simulation is good, the operation feeling is strong, and the teaching model has affinity and practical operability;

3. the smooth shifting of the drive plate on the support plate is realized by utilizing the mutual matching of the surface layer paperboard, the cushion layer paperboard, the bottom layer paperboard and the rotary switch, the limit of the gear to the rotation space of the drive plate is combined, the rotation space is effectively controlled to be always kept in the accommodating hole, the problems of tearing caused by large stress of the operation end or concentrated acting force between the drive plate body and the operation end and the like are prevented, the structural requirements of setting and operation on the inner page are met, the friction is small, the durability is good, and the shifting is flexible;

4. the rotary switch made of the paper material is thin in whole thickness, light in weight, convenient to install, capable of being fully fused with the inner page, safe, reliable, green and environment-friendly, and the made children toy card book is suitable for children of different ages.

Drawings

FIG. 1 is a schematic view of a child's toy card book with a rotary switch according to the present invention;

fig. 2 is a schematic view of the combination structure of the inner page and the spiral rotary switch of the present invention.

Detailed Description

The invention is described in further detail below with reference to fig. 1 and 2:

the invention relates to a children toy card book with a rotary switch, which comprises a front cover page 1, an inner page 2 and a spiral rotary switch arranged on the inner page 2.

The inner sheet 2 comprises a surface layer paperboard 3, a cushion layer paperboard 4 and a bottom layer paperboard 8 which are mounted oppositely in sequence. The surface layer cardboard 3 is provided with an observation hole 15 for observing the opening or closing process of the rotary switch. The cushion layer cardboard 4 is provided with a receiving hole 16 corresponding to the observation hole 15, and the diameter of the receiving hole 16 is larger than that of the observation hole 15. The bottom layer card paper 8 is shielded on the bottom surface of the cushion layer card paper 4. The rotating switch is embedded in the receiving hole 16 of the cushion layer paperboard 4, the operating end 12 of the rotating switch extends out of the inner page 2 from between the cushion layer paperboard 4 and the bottom layer paperboard 8, and the rotating switch can be operated to be switched on or switched off on the inner page 2 through the operating end 12.

In this example, the rotary switch is made of paper material, and the rotary switch comprises a paper dial 5, a paper support plate 7 and five paper crescent fan blades 6. Through holes are respectively arranged on the dial 5 and the support disc 7, and the diameter of each through hole is larger than that of the observation hole 15. The diameter of the dial plate 5 is equal to the diameter of the accommodating hole 16, the dial plate 5 is embedded in the accommodating hole 16, five connecting holes 17 which are equal to the fan blades 6 in number and are uniformly distributed in the circumferential direction are formed in the dial plate 5, a radial operating end 12 is arranged on the outer edge of the dial plate 5, the operating end 12 extends out of the inner page 2 from a position between the cushion layer paperboard 4 and the bottom layer paperboard 8, and the operating end 12 can drive the dial plate 5 to rotate left and right in the accommodating hole 16. The diameter of the supporting disk 7 is larger than that of the accommodating hole 16, the supporting disk 7 is provided with radial guide grooves 13 which are equal to the number of the fan blades 6 and are uniformly distributed in the circumferential direction, and the diameter of the outer ends of the radial guide grooves 13 is smaller than that of the accommodating hole 16. After the cushion layer paperboard 4 and the bottom layer paperboard 8 are mounted opposite to each other, the supporting disc 7 is clamped between the cushion layer paperboard 4 and the bottom layer paperboard 8, and the supporting disc 7 is blocked below the accommodating hole 16. In order to further enhance the structural stability of the support disk 7, in this example, the edge of the support disk 7 is adhered to the bottom surface of the mat paper 4 in addition to the space corresponding to the operation end 12, and the adhered portion does not affect the use of the operation end 12 and the radial guide groove 13. Five fan blades 6 are uniformly distributed between the driving plate 5 and the supporting plate 7 in a spiral shape, two ends of each fan blade 6 are movably connected in a connecting hole 17 of the driving plate 5 and a radial guide groove 13 of the supporting plate 7 through rivets 9, and the five fan blades 6 are mutually staggered, so that a spiral rotary switch is formed between the driving plate 5 and the supporting plate 7. In this embodiment, in order to ensure the safety and reliability of the dial 5 in the shifting process, the edges of the dial 5 at the two sides of the operation end 12 are respectively provided with a radial latch 11, the latch 11 is clamped at the edge of the receiving hole 16, the latch 11 is located between the cushion layer card paper 4 and the bottom layer card paper 8, the latch 11 can enhance the structural strength of the root of the operation end, and at the same time, the dial body is prevented from being clamped in the receiving hole 16 in the shifting process.

In order to improve the use effect and interest of the rotary switch, in this example, characters are printed on the surface of the bottom cardboard 8 corresponding to the observation hole 15, and the characters hidden on the bottom cardboard 8 can be viewed by turning on the rotary switch, so that mysterious feeling and operational feeling are increased.

When the novel paper card is used specifically, the drive plate 5 is shifted to one side through the operation end 12, the drive plate 5 drives one ends of the five fan blades 6 to rotate to one side in the rotating process, meanwhile, the other ends of the fan blades 6 slide to the outer side under the guide of the radial guide grooves 13, the rotating switch formed by the five fan blades 6 is gradually rotated outwards to be opened, and characters hidden on the bottom layer card paper 8 are exposed. When the driving plate 5 is reversely turned, the five fan blades 6 rotate inwards to reset, and the rotary switch is turned off, so that the rotary switch is turned on and off on the inner page 2 at one time, the content of the children toy card book is enriched, and the spiral opening and closing process of the crescent fan blades 6 is shown.

Claims

1. A children toy card book with a rotary switch comprises a cover page and an inner page, and is characterized by also comprising a spiral rotary switch, wherein the inner page comprises surface layer card paper, cushion layer card paper and bottom layer card paper which are mutually and sequentially mounted; the surface layer paperboard is provided with an observation hole; the cushion layer paperboard is provided with a receiving hole corresponding to the observation hole, and the diameter of the receiving hole is larger than that of the observation hole; the bottom layer paperboard is covered on the bottom surface of the cushion layer paperboard; the rotary switch is embedded in the accommodating hole of the cushion layer paperboard, and the operation end of the rotary switch extends out of the outer side of the inner page from the space between the cushion layer paperboard and the bottom layer paperboard.

2. The children's toy card book with rotary switch according to claim 1, wherein the rotary switch comprises a dial, a support plate and more than three fan blades; through holes are respectively formed in the drive plate and the support plate, and the diameter of each through hole is larger than or equal to that of the observation hole; the driving plate is embedded in the accommodating hole, a radial operation end is arranged on the outer edge of the driving plate, and the operation end extends out of the outer side of the inner page from the space between the cushion layer paperboard and the bottom layer paperboard; the diameter of the supporting disc is larger than that of the accommodating hole, and the supporting disc is clamped between the cushion layer paperboard and the bottom layer paperboard; the driving plate is provided with connecting holes which are equal to the number of the fan blades and are uniformly distributed in the circumferential direction; the supporting disk is provided with radial guide grooves which are equal to the fan blades in number and are uniformly distributed in the circumferential direction, and the diameter of the outer ends of the radial guide grooves is smaller than that of the accommodating holes; the more than three fan blades are uniformly distributed between the drive plate and the support plate in a spiral shape, and two ends of the fan blades are respectively and movably connected into the connecting hole of the drive plate and the radial guide groove of the support plate through rivets.

3. The children's toy card book with the rotary switch as claimed in claim 2, wherein the edges of the driving plate at both sides of the operation end are respectively provided with a radial latch, the latch is latched to the edge of the receiving hole, and the latch is located between the cushion layer card paper and the bottom layer card paper.

4. The children's toy card book with the rotary switch according to claim 2, wherein the edge of the support tray is stuck on the bottom surface of the cushion paperboard except the space corresponding to the operation end.

5. The children's toy card book with rotary switch according to claim 1, wherein characters or patterns are printed on the surface of the bottom cardboard corresponding to the observation hole.