CN204193481U - poseable toy - Google Patents

Abstract

Posable toys which in a preferred embodiment provide an immediate visual association of human form, suction cups representing the head, hands and feet. The hand and foot suction cups are coplanar and the molded parting line is located at the perimeter of the face of the hand and foot suction cups. The toy is made of a flexible material with rigidity such that it can be posed on a horizontal surface with considerable vertical span, even in an inclined, i.e. non-upright, position. The suction cups may be of different sizes, producing different pitches when pulled from the surface. The centripetal force generated as the toy is thrown and it rotates about the centre of mass moves the second subset of suckers away from the plane of the suckers and encourages the thrown toy to attach to a slippery surface upon impact therewith by having a first subset of coplanar limb suckers on a shorter limb extending from a first end of the body and a second subset of coplanar limb suckers on a longer limb extending from a second end of the body opposite the first end and leaving the longer limbs substantially flexible.

Description

poseable toy

related application

This application is based on, and claims priority from, US Provisional Patent Application Serial No. 61/859,182 with the same title, filed on July 27, 2013, by the same inventor.

technical field

The utility model relates to a doll toy, in particular to a doll toy which can pose. The utility model also relates to a toy with a suction cup as a component.

Background technique

From ancient times to the present, children like to play with doll toys, that is, toys that represent human or animal forms. Such figure toys include baby dolls, military figures, farm animals, jungle animals, and more. Jointed figure toys allow for limb movement, offering further play possibilities such as posing and limb movement.

Another popular type of toy is one with suction cups, which allow the toy to be temporarily attached to a smooth surface. Some of these toys incorporate suction cups into their poseable functions.

Utility model content

The utility model relates to a doll toy and a toy with a suction cup, and provides new poses and play modes beyond those provided by the prior art.

It is therefore an object of the present invention to provide a poseable figure toy which incorporates suction cups into its functionality, especially its poseable functionality.

Another object of the present invention is to provide a doll toy, which provides a variety of pose options.

Another object of the present invention is to provide a poseable figure toy with suction cups that can be attached to and pose in a variety of poses on smooth surfaces, including smooth vertical and/or Or horizontal surfaces and smooth, slightly rounded surfaces.

Another object of the present invention is to provide a poseable figure toy with suction cups that can be attached to objects such as tools or other playthings.

More specifically, it is an object of the present invention to provide a poseable figure toy with suction cups made of a material that is balanced between flexibility and rigidity, thus allowing the figure toy to be attached to and posed in a variety of Various poses, including, inter alia, poses in which the figure toy is attached to a smooth vertical, horizontal, and/or slightly rounded surface.

Furthermore, it is an object of the present invention to provide poseable figure toys with suction cups which can be attached to each other and pose in various poses, including when attached to smooth surfaces.

Another object of the present invention is to provide a poseable figure toy which is hygienic and easy to clean thoroughly.

Another object of the present invention is to provide a poseable figure toy that incorporates suction cups of different sizes and/or strengths into its functionality.

More specifically, it is another object of the present invention to provide a poseable figure toy with suction cups of multiple sizes in order to produce different pitches when the suction cup is stressed and suddenly peeled from the surface .

Another object of the present invention is to provide a poseable figure toy with suction cups of multiple sizes in order to create different durations of attachment to smooth surfaces.

Another object of the present invention is to provide a poseable figure toy with suction cups which will attach to a smooth surface when thrown towards it.

More specifically, it is an object of the present invention to provide a poseable figure toy with a plurality of suction cups in a common plane, some on short limbs and some on longer limbs, with at least one of the longer limbs Is of sufficient length and the material is flexible enough that when thrown, the position and/or orientation of the suction cup changes and/or varies to a sufficient extent that when the toy hits a smooth, flat surface, it tends to attach to the flat surface surface.

Other purposes and advantages of the present invention will be set forth in the following description, and will be obvious from the description or can be learned from the practical application of the present invention. The purposes and advantages of the utility model can be realized and obtained by means and combinations particularly pointed out in the claims.

According to one aspect of the present invention, a poseable toy having an immediate visual association with a doll comprises: a head suction cup representing the head of the doll, a main body with a torso, said head attached to said a torso, and a plurality of limbs extending from said torso, each of said limbs terminating at a limb suction cup, wherein said head suction cup, said main body, said limbs, and said limb suction cups are integrally formed and made of a flexible material become.

According to another aspect of the present invention, a poseable toy having an instant visual association with a doll comprises: a head of the doll, a body, the head is connected to a top end of the body, and a A plurality of limbs, each of which terminates at a limb suction cup, wherein said head, said main body, said limbs and said limb suction cup are integrally formed and made of a flexible material.

Description of drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and, together with the description given above and the detailed description of the preferred embodiments given below, explain the principles of the invention.

Figure 1A shows a front view of a preferred embodiment of the present invention poseable figure toy with suction cups, wherein the figure generally represents a humanoid form.

FIG. 1B shows a rear view of the poseable figure toy with suction cups of FIG. 1A .

FIG. 1C shows a perspective view of the poseable figure toy with suction cups of FIG. 1A .

FIG. 1D shows a top view of the poseable figure toy with suction cups of FIG. 1A .

FIG. 1E shows a bottom view of the poseable figure toy with suction cups of FIG. 1A .

FIG. 1F shows a perspective view of the poseable figure toy with suction cups of FIG. 1A with parting lines created by the two-part mold.

Figure 2A shows the figure toy of Figures 1A-1E in an upright position on a horizontal surface, with hand and foot suction cups attached to the horizontal surface.

2B shows the figure toy of FIGS. 1A-1E in a reclined position on a horizontal surface, with one leg raised, while two hand suction cups and one foot suction cup are attached to the horizontal surface.

2C shows the figure toy of FIGS. 1A-1E in a vertical position on a horizontal surface with the foot suction cups attached to the horizontal surface and the hand suction cups attached to each other at knee level.

Figure 2D shows the figure toy of Figures 1A-1E in a vertical position on a horizontal surface with the foot suction cups attached to the horizontal surface and the hand suction cups attached overhead above each other.

2E shows the figure toy of FIGS. 1A-1E in a vertical position on a horizontal surface with the foot suction cup and one hand suction cup attached to the horizontal surface and the other hand suction cup attached to the face suction cup.

Figure 2F shows two toy figures of Figures 1A-1E, both in a vertical position on a horizontal surface, with the foot suction cups and one hand suction cup attached to the horizontal surface, and the hand suction cup of one toy figure attached to the other figure Toy hand suction cup.

Figure 2G shows the two toy figures of Figures 1A-1E, both in a vertical position on a horizontal surface, with the foot suction cups attached to the horizontal surface, and the hand suction cups of one toy figure attached to the hand suction cups of the other toy figure .

Figure 2H shows the figure toy of Figures 1A-1E on a vertical surface with the hand and foot suction cups attached to the vertical surface and the torso offset from the vertical surface.

2I shows the figure toy of FIGS. 1A-1E on a vertical surface with foot suction cups and one hand suction cup attached to the vertical surface, while the torso is offset from the vertical surface with one arm hanging downward.

Figure 2J shows the toy figure of Figure 2I with the downwardly depending hand suction cups attached to the hand suction cups of a second such toy figure to enable suspension of the second toy figure.

Figure 2K shows the figure toy of Figure 2I with the downwardly hanging hand suction cups attached to the hand suction cups of a second such figure to assist in hanging the second figure, one of the suction cups of the second toy figure is attached to the vertical wall.

Figure 2L shows the three toy figures of Figures 1A-1E, with the top figure attached to and hanging from a downwardly facing horizontal surface, the middle figure attached to and hanging from the top figure, and the bottom figure attached to and suspended from a downwardly facing horizontal surface. The figure toy attaches to and hangs from the middle figure toy.

Figure 2M shows a figure toy in free fall trajectory towards a wall, affected by centripetal force due to rotation about an axis at right angles to the page and passing through the center of mass of the toy.

Figure 2N shows the figure toy of Figure 2M bumped against a wall.

Figure 3A shows a bottom view of another preferred embodiment of the present invention poseable figure toy with suction cups, wherein the figure roughly represents a caterpillar and the suction cups represent feet, and comes in various sizes.

Figure 3B shows a side view of the poseable figure toy with suction cups of Figure 3A.

4A is a side view of another preferred embodiment of the present invention poseable figure toy with suction cups, wherein the figure roughly represents an octopus and the tentacles have suction cups at the ends.

Figure 4B shows a bottom view of the poseable figure toy with suction cups of Figure 4A.

5A is a side view of another preferred embodiment of the present invention poseable figure toy with suction cups, wherein the figure roughly represents an elephant, the elephant's feet are represented by suction cups, and the trunk has a sucker.

Figure 5B shows a bottom view of the poseable figure toy with suction cups of Figure 5A.

Detailed ways

Figures 1A, 1B, 1C, 1D and 1E illustrate a preferred embodiment of a poseable figure toy (100) of the present invention, wherein the figure generally represents a humanoid form. (Using the word "approximately representing" in this context means that it does not represent something exactly, but represents that thing schematically, in which there is an immediate visual association with that thing or a group of things of that thing. E.g. , the doll toy (100) of Fig. 1A can recognize at a glance that it is a humanoid doll or something in some humanoid doll groups, such as monkeys or humanoid aliens.) The doll toy (100) has a suction cup (110) at the top, and its Represents the face or head of a humanoid figure. The facial suction cup (110) is connected to the torso (120) by the neck (115). Extending from the top of the torso (120) are left and right upper limbs (130) representing arms, which terminate at suction cups (135) representing hands. Extending from the bottom of the torso (120) are left and right lower extremities (140) representing legs, which terminate at suction cups (145) representing feet. The foot suction cups (145) are larger than the hand suction cups (135), and the head suction cups (110) are larger than the foot suction cups (145). In the unstressed condition (i.e. when the toy (100) is not subjected to external force), the upper limbs (130) and lower limbs (140) extend horizontally from the torso (120) and form an arc to terminate in a vertical direction, while the hands and feet suck The faces of (135) and (145) lie on the same plane.

According to a preferred embodiment, the entire toy (100) (i.e. head suction cup (110), neck (115), torso (120), upper limbs (130), lower limbs (140), hand suction cups (135) and foot suction cups (145) )) is integrally formed from a flexible but somewhat rigid material. The material is flexible enough to provide functionality on flat surfaces and slightly rounded surfaces (more specifically, rounded surfaces with a radius of curvature slightly greater than the diameter of the suction cups (110), (135) and/or (145) Good suction cups (110), (135) and (145). In addition, the material is flexible enough that the figure can be assumed in a variety of poses, yet rigid enough to maintain the pose for a reasonable duration relative to a child's attention span. More specifically, the material has a compromise of rigidity and flexibility such that the posture is maintained for at least one minute, more preferably at least two minutes, still more preferably at least three minutes, still more preferably at least five minutes, and still more preferably at least ten minutes. Furthermore, the material has a compromise of rigidity and flexibility that allows a variety of poses on horizontal, vertical and slightly rounded surfaces. In addition, the arms (130) and legs (140) are of sufficient length and the material is sufficiently flexible so that when thrown, the position and orientation of the suction cups (110), (135) and (145) vary over a sufficient range , so that when a thrown toy (100) hits a smooth, flat surface, it tends to attach to the flat surface. According to a preferred embodiment, since the toy (100) is integrally formed without seams or small, hard-to-access gaps or cracks on its exterior surface, the entire exterior is easily accessible and the toy (100) can be easily cleaned. This makes the toy (100) ideal for use by infants and young children in, for example, pools or bathtubs, where constant exposure to moisture can lead to mold or bacterial growth that cannot be easily removed but for easy cleaning. Being made from a single material also offers the advantage of being more ecologically sound if the material is recyclable.

According to a preferred embodiment of the present invention, the figure toy (100) is molded in a manner to optimize the performance of the toy and to reduce the cost of the toy through an elegant and clean molded design with a minimum number of molded parts. Although there are many molding methods for the figure toy (100) of the present invention, the invention should not be considered limited to the molding methods taught herein, but especially according to the preferred embodiment, the figure toy (100) can be formed with a top and the two-part mold molding of the bottom slide. Figure 1F shows parting lines (197), (198) and (199) resulting from molding the toy (100) of Figures 1A-1E using a two-part mold. In order to produce well-functioning suction cups (110), (135) and (145), the molded toy (100) creates a parting line that does not cross the face (111) of the suction cups (110), (135) and (145) , (136) and (146). According to a preferred embodiment of the present invention, the faces (136) and (146) of the hand and foot suction cups (135) and (145) are directed downwards (and substantially on the same plane). The figure toy (100) is produced using a two-part mould, the face (111) of the face suction cup (110) from the top slide and the face (136) of the hand and foot suction cups (135) and (145) from the bottom slide, respectively. (146), the first part of the mold creates the forward facing surface of the toy (100) and the second part of the mold creates the rearward facing surface of the toy (100). The forward surface and the rearward surface meet at a side parting line (199) where the first part of the mold and the second part of the mold meet. The forward and rearward surfaces and the face (111) of the head suction cup (110) meet at the top parting line (198) where the first and second parts of the mold and the top slide meet. The front and rear surfaces and the faces (136) and (146) of the hand and foot suction cups (135) and (145) intersect at the bottom parting line (197), the first and second parts of the mold and the bottom slide intersect there.

Preferably, the toy (100) is integrally formed of silicon rubber. Silicone rubber has the advantage of being safe and durable, and resistant to high temperature, so that the toy (100) can be cleaned in a dishwasher. Alternatively, the toy can be made of thermoplastic elastomer or natural rubber or latex. The material from which the toy (100) is formed has a degree of rigidity which, for example, allows it to be posed on a horizontal surface such that it extends substantially vertically from the horizontal surface. According to the specification and claims of the present invention, the aspect ratio α of the height of the horizontal surface to the bottom is defined as the ratio of the height on the horizontal surface to the width of the contact point. More specifically, the material forming the toy (100) is sufficiently rigid such that the toy (100) can be posed on a horizontal surface such that the height-to-bottom aspect ratio α has a value of at least 0.5, more preferably 0.75, Still more preferably 1.0, still more preferably 1.25, still more preferably 1.5, and still more preferably 2.0. According to the specification and claims of the present invention, the aspect ratio β of the horizontal offset of the vertical surface to the bottom is defined as the ratio of the maximum offset of the toy from the vertical surface to the width of the contact point on the vertical surface. The material forming the toy (100) is sufficiently rigid such that the toy (100) can be posed on a vertical surface such that the horizontal offset to base aspect ratio β has a value of at least 0.5, more preferably 0.75, still more It is preferably 1.0, still more preferably 1.25, still more preferably 1.5, and still more preferably 2.0.

Figures 2A, 2B, 2C, 2D and 2E show five poses of the toy (100) on a horizontal surface (200). In Figure 2A, the toy (100) is posed with its two foot suction cups (145) and two hand suction cups (135) attached to a horizontal surface (200) with a height-to-bottom aspect ratio a greater than one. In Figure 2B, the toy (100) is posed with its two hand suction cups (135) and one foot suction cup (145) attached to a horizontal surface (200), while one leg (140) is raised. The material of the toy (100) is sufficiently rigid so that the foot suction cups (145) remain elevated above the horizontal surface (200) for a reasonable duration relative to the child's attention span. More specifically, the material has a compromise of rigidity and flexibility such that the foot suction cups (145) remain elevated for at least one minute, more preferably at least two minutes, still more preferably at least three minutes, still more preferably at least five minutes, and still more preferably At least ten minutes. Figures 2C, 2D and 2E illustrate that the hand suction cup (135) can be attached to another suction cup (135) or (110). In Figure 2C, the toy (100) is posed with its two foot suction cups (145) attached to a horizontal surface (200) and the hand suction cups (135) attached to each other at knee level. In Figure 2D, the toy (100) is posed, with the two foot suction cups (145) attached to a horizontal surface (200), while the arms (130) are raised above the face (110), and the hand suction cups (135) are attached to each other. In Figure 2E, the toy (100) is posed, with two foot suction cups (145) and one hand suction cup (135) attached to a horizontal surface (200), while the other hand suction cup (135) is attached to the face suction cup (110 ).

As depicted in Figures 2F and 2G, two (or more) toys (100) of the present invention can be posed on a horizontal surface (200) and attached to each other in different ways. In Figure 2F, the first toy (100) is posed, with two foot suction cups (145) and one hand suction cup (135) attached to a horizontal surface (200), while the second toy (100') is posed, Two foot suction cups (145') and one hand suction cup (135') are attached to the horizontal surface (200), while the hand suction cups (135) of the first toy (100) are attached to the second toy's (100') suction cups. On the hand suction cup (135'). In Figure 2G, the first toy (100) is posed with two foot suction cups (145) attached to a horizontal surface (200), while the second toy (100') is posed with two foot suction cups (145' ) is attached to the horizontal surface (200), while the hand suction cup (135) of the first toy (100) is attached to the hand suction cup (135') of the second toy (100').

Figures 2H, 2I, 2J and 2K show four poses of one or more toys (100)/(100') of the present invention on a vertical surface (250). In Figure 2H, the toy (100) is posed, with two foot suction cups (145) and two hand suction cups (135) attached to a vertical surface (250), while the aspect ratio β of the horizontal offset to the bottom is approximately one. In this case, the horizontal offset is the distance from the vertical surface (250) to the point on the face cup (110) furthest from the vertical surface (250). In Figure 2I, the toy (100) is posed, with two foot suction cups (145) and a hand suction cup (135) attached to a vertical surface (250), while one arm (130) is dangling, while the horizontal offset corresponds to The aspect ratio β of the bottom is again approximately one. Figure 2J shows the toy (100) in the pose of Figure 2I, with the dangling hand suction cups (135) attached to the hand suction cups (135') of the second toy (100') to enable the suspension of the second toy (100 '). According to a preferred embodiment, the attachment of the suction cup (110), (135) or (145) to the suction cup (110), (135) or (145) has sufficient strength to suspend preferably at least one, more preferably at least two, also More preferably at least three, still more preferably at least five, and still more preferably at least eight toys (100'). Figure 2K shows the toy (100) in the pose of Figure 2I, with the dangling hand suction cup (135) attached to the hand suction cup (135') of a second toy (100'), and the second toy (100') Another hand suction cup (135') attached to the vertical surface (250). The upward force provided by the attachment of the two hand suction cups (135') suspends the second toy (100').

Figure 2L shows three toys (100), (100') and (100") according to Figures 1A-1F with the top toy (100) attached to and suspended from a downwardly facing horizontal surface (270) , the middle toy (100') is attached to and hangs from the top toy (100), and the bottom toy (100") is attached to and hangs from the middle toy (100'). It should be noted that in this configuration of the three toys (100), (100') and (100"), the attachment of the top toy (100) to the downward facing horizontal surface (270) is under the greatest tension and therefore generally The attachment of larger suction cups is required because the attachment force provided by the suction cups increases with the diameter of the suction cup and/or the number of suction cups attached to the surface. In particular, the face suction cup of the top toy (100) (110) and two hand suction cups (135) are attached to a horizontal surface (270), the foot suction cups (145) of the top toy (100) are attached to the foot suction cups (145') of the middle toy (100'), While a hand suction cup (135') of the middle toy (100') is attached to a foot suction cup (145") of the bottom toy (100").

According to a preferred embodiment of the present invention, when thrown towards a smooth surface, the toy (100) tends to attach to the surface. FIG. 2M shows an exemplary snapshot of a toy (100) being thrown (ie, in free fall), its trajectory heading right toward the vertical smooth surface, smooth wall (250). In its trajectory, the toy (100) rotates clockwise about its center of mass as indicated by the large arcuate arrow, while due to centripetal force, the arms (130a) and (130b) move more directly (ie radially) extending outward. Additionally, since the hand suction cups (135a) and (135b) are on the longer, younger limbs (130a) and (130b), they will flip/wiggle/wiggle as the toy (100) moves. On the contrary, because legs (140a) and (140b) are thicker and shorter than arms (130a) and (130b), the orientation of legs (140a) and (140b) is less disturbed by centripetal force, and feet suction cups (145a) and ( 145b) maintains its position and orientation to a greater extent than the hand suction cups (135a) and (135b). Figure 2N shows the toy (100) immediately after the moment shown in Figure 2M, where the toy (100) has just hit a wall (250). Due to centripetal force, the upper hand suction cups (135a) are not in the same plane as the foot suction cups (145a) and (145b), instead the arms (130a) extend more orthogonally from the main body (120) than if they were not affected by external forces , so the upper hand suction cup (135a) is in a position that allows it to attach to the wall (250) at the moment of contact, thereby facilitating its attachment to the wall (250) when the toy (100) is thrown. More generally, to facilitate the attachment of the thrown toy (100) to a smooth surface, such as a smooth wall (250), the invention provides a plurality of suction cups (135a), (135b), (145a) and (145b), It has a coplanar surface on the suction cup plane (299) when the toy (100) is not subjected to external force, wherein at least one suction cup (i.e. the first suction cup (145a) or (145b)) is in the direction from the adjacent suction cup plane (299) The longitudinal side of the main body (120) (i.e. the side of the main body (120) with legs (140a) and (140b)) extends on the short limb (140a) or (140b), while at least one suction cup (i.e. the second suction cup (135a) ) or (135b)) on a long and flexible limb (130a) extending from the longitudinal side of the body (120) away from the suction cup plane (299) (i.e. the side of the body (120) with the head suction cup (110)) or ( 130b), so that the rotation around the center of mass produces a centripetal force that moves the second suction cup (135a) or (135b) away from the suction cup plane (299). And more preferably, the utility model provides a plurality of suction cups (135a), (135b), (145a) and (145b), and when toy (100) is not subjected to external force, there is coplanar surface on suction cup plane (299). surface, wherein at least one suction cup (i.e. first suction cup (145a) or (145b)) extends from the longitudinal side of the body (i.e. the side with legs (140a) and (140b)) adjacent to the suction cup plane (299) Limb (140a) or (140b), while two suction cups (i.e. second and third suction cups (135a) and (135b)) are on the longitudinal side of the main body away from the suction cup plane (299) (i.e. with the head suction cup (110) on the extended long and flexible limbs (130a) and (130b), while the second and third suction cups (135a) and (135b) are on the opposite side (i.e. the second suction cup) on the horizontal plane of the main body (120) (135a) on the left, the third suction cup (135b) on the right), so that the rotation around the center of mass produces a centripetal force that moves the second and third suction cups (135a) and (135b) away from the suction cup plane (299), Rather, it is preferably facing in the opposite direction.

Figures 3A and 3B illustrate an alternative embodiment of the invention in which a poseable figure toy (300) generally represents a caterpillar. The caterpillar figure toy (300) has a bulb (312) at the front end, which represents the head of the caterpillar. The head (312) is connected to the body (320) by a neck (315). Extending from the bottom of the main body (320) are legs (330a) to (330h) (collectively or collectively represented by reference numeral 330), which are represented by foot suction cups (335a) to (335h) (collectively or collectively Denoted by reference numeral 335) terminates. The size of the foot suckers (335) decreases monotonically from the head to the tail of the caterpillar. Different sizes of the foot suction cups (335) result in different durations of suction cup attachment. In addition, different sizes of foot suction cups (335) will result in different pitches when peeled off by force. In a preferred embodiment, the foot suction cups (335) are sized such that a musical scale or tune is produced when forcefully peeled off.

Figures 4A and 4B illustrate an alternative embodiment of the invention in which a poseable figure toy (400) generally represents an octopus. The octopus figure toy (400) has a bulb (412) representing a head at the top. The head (412) is connected to the main body (420) by the neck (411), and extending from the main body (420) are the legs (430), which terminate at the suction cups (435).

Figures 5A and 5B illustrate another embodiment of the present invention in which a poseable figure toy (500) generally represents an elephant. The elephant figure toy (500) has a head (512) at the front from which a trunk (555) extends and terminates at the trunk suction cup (550). The head (512) is connected by a neck (511) to a main body (520) from which extends legs (540) which terminate at suction cups (545) representing feet.

Therefore, it can be seen that the improvement proposed herein is consistent with the purpose of the above-mentioned utility model. Although the description above contains many specifics, these should not be construed as limitations on the scope of the invention, but as exemplifications of preferred embodiments of the invention. Many other variations are also within the scope of the invention. For example: a facial suction cup could represent a head, not a face; the shape of the toy could roughly represent any insect, bipedal or quadrupedal, such as a cat, millipede, praying mantis, etc.; An internal wire frame is formed which provides rigidity; Figures can be more detailed and can include eg skulls, knees, elbows, etc.; etc. Accordingly, it is intended herein that the scope of the invention be determined not by the embodiments described, or the physical analysis from which they were driven, but by the appended claims and their legal equivalents.

Claims (22)

1. the toy can posed, its instant visual association is to male earner, and it comprises:

Represent the head sucker of the head of this male earner,

Main body, it is with trunk, and described head is connected to described trunk, and

From multiple limbs that described trunk extends, each described limbs stop at limbs sucker place, and wherein said head sucker, described main body, described limbs and described limbs sucker are one-body molded and make with flexible material.

2. toy of posing according to claim 1, wherein said limbs sucker at described toy not by being generally oriented to identical direction during external force.

3. toy of posing according to claim 2, the face of wherein said limbs sucker is coplanar when described toy is not subject to external force substantially.

4. toy of posing according to claim 3, wherein the circumference of each described limbs sucker in the face of described limbs sucker is with molded die parting line.

5. toy of posing according to claim 1, wherein said male earner roughly represents humanoid form, and described multiple described limbs are four, wherein two of described limbs extend from the head end of described trunk and roughly represent arm, and wherein two of described limbs extend from the non-head end of described trunk and roughly represent leg.

6. toy of posing according to claim 1, wherein said male earner roughly represents quadruped, and described multiple described limbs are four, and wherein two of described limbs roughly represent foreleg, and wherein two of described limbs roughly represent back leg.

7. toy of posing according to claim 1, wherein said male earner roughly represents caterpillar, and described multiple described limbs are more than four, and described limbs roughly represent leg.

8. toy of posing according to claim 1, one of them first size of wherein said limbs sucker is different from the second size of described head sucker.

9. toy of posing according to claim 8, one of them the described first size described of wherein said limbs sucker is providing the first pitch during one of them stripping stressed from smooth surface described in described limbs sucker, and described second size of described head sucker provides the second pitch when the stripping stressed from described smooth surface of described head sucker.

10. toy of posing according to claim 1, wherein said flexible material is with rigidity, and when making to show posture on a horizontal surface, the depth-width ratio α of maximum height and bottom width can reach and be greater than 0.5.

11. toys of posing according to claim 1, wherein said flexible material is with rigidity, and when making to show posture on a horizontal surface, the depth-width ratio α of maximum height and bottom width can reach and be greater than 0.75.

12. toys of posing according to claim 1, wherein said flexible material is with rigidity, and when making to show posture on a horizontal surface, the depth-width ratio α of maximum height and bottom width can reach and be greater than 1.0.

13. toys of posing according to claim 1, wherein said flexible material is with rigidity, and when making to show posture on a vertical surface, the depth-width ratio β of maximum horizontal-shift and bottom width can reach and be greater than 0.5.

14. toys of posing according to claim 1, wherein said flexible material is with rigidity, and when making to show posture on a vertical surface, the depth-width ratio β of maximum horizontal-shift and bottom width can reach and be greater than 0.75.

15. toys of posing according to claim 1, wherein said flexible material is with rigidity, and when making to show posture on a vertical surface, the depth-width ratio β of maximum horizontal-shift and bottom width can reach and be greater than 1.0.

16. toys that can pose, its instant visual association is to male earner, and it comprises:

The head of male earner,

Main body, described head is connected to the top of described main body, and

From multiple limbs that described main body extends, each described limbs stop at limbs sucker place, and wherein said head, described main body, described limbs and described limbs sucker are one-body molded and make with flexible material.

17. toys of posing according to claim 16, the first size of first of wherein said limbs sucker is different from second size of second of described limbs sucker.

18. toys of posing according to claim 17, 3rd size of the 3rd of wherein said limbs sucker is different from described second size of the described first size of described first of described limbs sucker and described second of described limbs sucker, described first of wherein said limbs sucker, second and the 3rd described first, second and the 3rd size, at described first of described limbs sucker, second and the 3rd respectively stripping stressed from smooth surface time provide first, second and the 3rd pitch, described first of described limbs sucker, second and the 3rd from the stressed stripping of described smooth surface order time, produce scale or tune.

19. toys of posing according to claim 16, the face of wherein said limbs sucker is not at described toy by being coplanar substantially during external force, and the circumference of each described limbs sucker in this face is with molded die parting line.

20. toys of posing according to claim 16, wherein said limbs sucker wherein at least one face described toy not by external force time substantially with sucker co-planar, on the shorter limb that described wherein at least one first first end in the described main body from contiguous described sucker plane of described limbs sucker extends, and described wherein at least one second of described limbs sucker is on the first longer limb extended from the second end of the described main body away from described sucker plane, described first longer limb is flexible, and described toy is dished out and when barycenter rotates produce centripetal force, second sucker is moved apart from described sucker plane.

21. toys of posing according to claim 16, described wherein at least one the 3rd of wherein said limbs sucker is on the second longer limb extended from the second end of the described main body away from described sucker plane, and described first longer limb is from extending from described main body on the opposition side of the horizontal plane of described main body with described second longer limb, described second longer limb is flexible, and described toy is dished out and when barycenter rotates produce centripetal force, the 3rd sucker is moved apart from described sucker plane.

22. toys of posing according to claim 20, wherein at least one is all described limbs suckers for wherein said limbs sucker described.