CN204891208U - Screw and frame set spare of toy - Google Patents
Screw and frame set spare of toy Download PDFInfo
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- CN204891208U CN204891208U CN201520157177.2U CN201520157177U CN204891208U CN 204891208 U CN204891208 U CN 204891208U CN 201520157177 U CN201520157177 U CN 201520157177U CN 204891208 U CN204891208 U CN 204891208U
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Abstract
The utility model provides provided is a subassembly provides here. The toy subassembly can include the shell, above -mentioned shell is installed in order to do the rotation to transmission shaft, transmission shaft to the definition has an axle center, screw, screw have installs above -mentioned transmission shaft in order to make pivoted middle body and two blades that extend to the distal end from the middle body. The toy subassembly can also include circular safety ring, and circular safety ring extends around the axle center of above -mentioned transmission shaft to catch up with that to state the distal end fixed, motor, motor catch up with that to state the shell fixed to can connect above -mentioned transmission shaft with operating, power supply, power supply catch up with that to state the motor associative, controller, controller catch up with that to state the shell fixed to the function of design in order to command above -mentioned motor and above -mentioned power supply, and the polylith fin, the fin catches up with that to state the shell fixed to outwards extend from above -mentioned screw. The toy subassembly can also be including a plurality of frames segmentations, and the frame segmentation catches up with that to state the shell fixed to outer skeleton can have been defined. Outer skeleton can define the scope around the above -mentioned screw.
Description
Technical field
The disclosure is about the screw of toy object and frame assembly.
Background technology
Toy can utilize multiple parts to manufacture screw assembly and structure, to help to manufacture buoyancy to toy.Various control system can also be utilized to the running of commanding parts.The progress of electronics and terms of mechanics makes the weight of assembly continue to reduce, and also all provides more packaging space, to manufacture new toy object, improves flight pattern of playing and enjoys with raising user.Conventional flight toy uses eurypalynous staff or spring driven hang gliding to provide horizontal flight, and uses staff or spring driven propeller toy to provide vertical flight.The progress of electronics and terms of mechanics makes toy helicopter especially benefited.People still expect a kind ofly to comprise security element interactive flying toy vertical with the light-duty motor of the non-helicopter type of additional frame; toy is made not only have style; also user and toy at closely interactive sightseeing time; wherein may comprise when touching aloft toy, all provide more protections to both.The target of emitter can be become as this kind of flying toy, the inductor that maybe can be connected by to-controller, to be promoted by physics or other hand commands are aloft commanded.
Summary of the invention
A kind of toy assembly, comprises shell; Power transmission shaft, power transmission shaft is installed to above-mentioned shell to rotate, and definition has an axle center; Screw, screw has and is installed to above-mentioned power transmission shaft with the middle body rotated, and two pieces extend to the blade of far-end from middle body.Toy assembly also comprises circular safety ring, and circular safety collar extends around the axle center of above-mentioned power transmission shaft, and fixes with said distal ends; Motor, motor is caught up with and is stated shell and fix, and connects above-mentioned power transmission shaft operationally; Power source, power source is connected with said motor; Controller, controller is caught up with and is stated shell and fix, and design is with the running of commanding said motor and above-mentioned power source; And polylith fin, fin is caught up with and is stated shell and fix, and stretches out from above-mentioned screw.Toy object can also comprise multiple framework segmentation, framework segmentation is caught up with and is stated shell and fix, and definition has top, middle part and bottom, the length on top is length than the radius of above-mentioned safety collar, and extend along first axle of catching up with the axle center of stating power transmission shaft roughly at a right angle, the length at middle part is length than the height of above-mentioned screw, and extend along catching up with the second axle that the axle center of stating power transmission shaft roughly balances, bottom extends along the 3rd axle of catching up with the axle center of stating power transmission shaft roughly at a right angle, top, middle part and bottom arrangement are to form purchasing ore, purchasing ore definition has the scope around an above-mentioned screw.Minimum one piece of fin definition of above-mentioned polylith fin have adjustable compared with flap portion, rotate beyond the plane that flap portion can define to above-mentioned minimum one piece of fin, and to catch up with the direction stating propeller rotational contrary in the direction of rotating.Toy characters can be caught up with and state multiple framework segmentation and fix, and outside the scope defined at above-mentioned dermoskeleton screen work.Switch can be caught up with and be stated controller and be connected, and catches up with that to state shell fixing with contact surface.Above-mentioned controller can design to respond and receive from switch the signal pointing out to touch surface, and adjusts the speed compared with said motor.Inductor can be caught up with and be stated shell and fix, and catches up with and state controller and be connected to detect side surface.Above-mentioned controller can design to respond to receive from inductor and point out to detect the signal of side to surface, and adjusts comparatively or maintain the speed of said motor.Above-mentioned controller can design to respond not receive from inductor and point out to detect the signal of side to surface, and adjusts comparatively or maintain the speed of said motor.Above-mentioned circular safety ring can define the first caliper portion and the second caliper portion, makes wherein thicker part adjacent with said distal ends.Two or more pieces leg can extend from above-mentioned shell, to support said modules on underlying surface.A minimum target can be caught up with and state shell and fix, and comprises the switch of catching up with and stating controller and being connected.Above-mentioned switch can with an above-mentioned minimum target arrangement with when when an isoelectric membrane above-mentioned minimum target, and above-mentioned switch transmits trigger signals to above-mentioned controller.Media apparatus can be caught up with and be stated controller and be connected.Launch office and can prepare emitter to do to launch, and catch up with and state controller and be connected.Above-mentioned controller can also design to respond and receive above-mentioned trigger signals, transmits transmitting signal and opens to launch above-mentioned emitter to above-mentioned emitter.Above-mentioned controller can also design to respond and receive above-mentioned trigger signals, and output medium signal is to above-mentioned media apparatus.Above-mentioned controller can also design to respond and receive above-mentioned trigger signals, adjusts the speed compared with said motor.Assembly can also comprise charging entrance, to accept the charge connector of cradle.Above-mentioned cradle can be electrically connected with power source, and above-mentioned power source is with said motor electrical connection.
Accompanying drawing explanation
Figure 1A is the perspective view of an example of toy object, comprises screw assembly and motor sub-assembly.
Figure 1B is the front view of the toy object of Figure 1A.
Fig. 2 is the explosive view of a wherein part for the screw assembly of Figure 1A.
Fig. 3 is the sectional side view of a wherein part for the screw assembly of Figure 1A.
Fig. 4 is the forward sight sectional drawing of a wherein part for the screw assembly of Figure 1A.
Fig. 5 is the explosive view of the motor sub-assembly of Figure 1A.
Fig. 6 is the perspective view of an example of toy assembly.
Fig. 7 is the plane of the toy assembly of Fig. 6.
Fig. 8 is the side view of the toy assembly of Fig. 6.
Fig. 9 is the explosive view of the toy assembly of Fig. 6.
Figure 10 A is the front view of the toy assembly of Fig. 6, and follows the example being placed on the toy characters on assembly to show together.
Figure 10 B is the perspective view of another example of toy object, and toy object comprises a wherein part for the toy object of Figure 1A.
Figure 11 is the perspective view of another example of toy object.
Figure 12 is the plane of the toy of Figure 11.
Figure 13 is the side view of the toy of Figure 11.
Figure 14 is the explosive view of a toy part of Figure 11.
Figure 15 A is the front view of another example of toy assembly, and assembly shows together with the example of toy characters.
Figure 15 B is the perspective view of the toy assembly of Figure 15 A.
Figure 16 is the side view of a part for the toy of Figure 11, removes one or more parts in figure, to show a wherein part for the control system of toy, the position that the switch of control system is closing.
Figure 17 is the side view of a part for the toy of Figure 11, removes one or more parts in figure, to show a wherein part for the control system of toy, the position that the switch of control system is leaving.
Figure 18 is the side view of a part for the toy of Figure 11, removes one or more parts in figure, to show a wherein part for another control system of toy.
Figure 19 is the front view of another example of toy object.
Figure 20 is the explosive view of the toy object of Figure 19.
Figure 21 is the perspective view of the toy of Figure 20, and display toy is at the example of approximate horizontal flight.
Figure 22 is the perspective view of the toy object of Figure 1A, and toy object is placed on cradle.
Figure 23 is the perspective view of the toy object of Fig. 6, and toy object is placed on cradle.
Figure 24 is the perspective view of the toy object of Figure 10 B, and toy object is placed on cradle.
Figure 25 is the perspective view of the toy object of Figure 11, and toy object is placed on cradle.
Detailed description of the invention
Embodiment of the present disclosure describes herein.But it must be understood that, the embodiment disclosed herein is example, and the form that other embodiments can have multiple difference and substitute.Accompanying drawing is composition and division in a proportion example not necessarily; The details showing particular elements may be exaggerated or be reduced to some features.Therefore, ad hoc structure disclosed herein or functional details are not to be read as restriction, and just representatively basic, implement these embodiments to instruct those skilled in the art.As understood by the skilled person in the art, the different characteristic with reference to any accompanying drawing explanation or description with the Feature Combination illustrated in other one or more accompanying drawing, can manufacture the embodiment clearly stating at this or describe.The combination of feature described herein provides the typical application of representative illustration.But the combination done by the different characteristic consistent to instruction of the present disclosure and transformation, may to specifically applying or implementing more satisfactory.
Figure 1A to Fig. 4 shows an example of toy object 10, and toy object can comprise the screw assembly having cardan universal joint component.As described below, screw assembly can help toy object to realize flight.Screw assembly can comprise screw 12, and screw has screw installing rack 16, and the definition of screw installing rack has axle opening 18.Axle opening 18 can have useful area, the middle body that useful area comprises circular and the rectangle scope extended from middle body.Four pieces of blades 22 outwards can stretch from screw installing rack 16, until the far-end of blade 22.In this example, screw 12 comprises four pieces of blades 22, but also considers that other design, and comprises the design of two pieces of blades 22 or three pieces of blades 22, can also exist.Safety collar 24 can help prevent blade 22 when rotated with user or bar contact.Such as, safety collar 24 can be defined as a circular shape, and the axis 26 defined round power transmission shaft 44 extends, and fixes with the far-end of blade 22.Circular safety ring 24 can define crosses a thickness, to help the distribution of weight around axis 26 more.Such as, the Part I of the far-end of circular safety ring 24 adjacent blades 22, compared with circular safety ring 24 Part I between Part II, the thickness that one is larger can be had, that is larger weight.In this example, the different-thickness of different piece and/or weight can help to stablize screw when screw 12 rotates.
Cardan universal joint component can comprise upper cardan shell 30 and lower cardan shell 32.Upper cardan shell 30 can define the part 38 receiving hole and incision.Groove 39 logical during lower cardan shell 32 can define, groove is roughly overlapping with axle opening 18.The size accepting hole can determine the minimum part accepting joint, and joint can provide multiple pivot to screw 12.Such as, ball 40 can be fixed with power transmission shaft 44, and has two aciculiforms to extend 42.Aciculiform extends 42 can define the needle shaft of single bar with minimum two pieces of blades 22 balance.Upper cardan shell 30 and lower cardan shell 32 can be fixed with screw installing rack 16, and can retain ball 40 wherein, as shown in Figures 3 and 4.The reception hole of upper cardan shell 30 can allow that ball 40 and aciculiform extend 42 and moves, and screw 12 can be rotated to many mistakes direction when rotated.
An example of the motor sub-assembly 60 that Fig. 5 display can use together with toy object 10.Motor sub-assembly 60 can comprise motor 62, motor case 64, upper cover 66, and lower cover 68.Power source 69, such as battery or electric capacity, can be collected in motor case 64, to supply power to motor 62.Power source 69 may be thought of as chargeable.Motor 62 can be connected to the miscellaneous part of toy assembly 10 operationally by transmission.Such as, travelling gear 70 can physically be connected with motor 62, and is installed to motor case 64 to rotate.Power transmission shaft 44 can be fixed with travelling gear 70, and power transmission shaft 44 and screw 12 are rotated, independent of motor case 64 according to the output of motor 62.Screw 12 can produce buoyancy to motor sub-assembly 60 and other objects as described below, and toy assembly 10 can be flown.
The upper cover 66 of motor sub-assembly 60 can comprise multiple stretching, extension support 72, and stretching to support to provide the position of installation to extra parts.Such as, polylith fin 74 can be fixed with stretching support 72.Fin 74 can with other fins separately, and stretch out from motor sub-assembly 60 and center hub 26.Fin 74 can have different shapes and/or pattern, with the despining power by providing the revolving force that produces with screw 12 contrary, helps to stablize screw 12.In this example, motor sub-assembly 60 and fin 74 can rotate around center hub 26, and direction of rotation is contrary with the direction of rotation of screw 12.Fin 74 can comprise alternatively and/or define limb 75, and limb can to the direction adjustment outside the plane fixed relative to each piece of fin 74, and adjustment direction is contrary with the direction of rotation of screw.Each piece of limb 75 orientation can make to affect air and flows to fin 74 from screw 12 and blade 22, to command fin 74 relative to the despining of screw 12 and blade 22.Fin 74 can have different shapes and/or pattern.Such as, the air drag that the size of fin 74 can provide according to fin 74, affects the despining relative to screw.Fin 74 can also define the part 76 of one or more incision, to change the aerodynamic resistance properties of fin 74.
As mentioned above, screw 12 and motor sub-assembly 60 with toy object, can comprise flying toy and use together.Except safety collar 24, other security features can also be cooperated with screw 12 and motor sub-assembly 60.Such as, frame assembly can be fixed with motor sub-assembly 60, and its size can determine to contain screw 12 interior.Frame assembly can have different size and shapes, forms purchasing ore.
An example of Fig. 6 to Fig. 9 display frame assembly 80, frame assembly can comprise multiple framework segmentation 82, and framework segmentation comprises upper frame part 84, middle frame portion 86, and lower frame section 88.Upper frame part 84 can respectively be fixed with frame cover 90.Lower frame section 88 respectively can follow fin 74, the upper cover 66 of motor sub-assembly 60, or other suitable positions are fixed.A minimum part for upper frame part 84 can stretch from frame cover 90 along corresponding axle center, and the direction stretched can be roughly at a right angle with axis 26.The minimum part in middle frame portion 86 can stretch along the direction roughly balanced with center hub 26.A minimum part for lower frame section 88 can stretch along the direction roughly at a right angle with center hub 26.Upper frame part 84, middle frame portion 86, and lower frame section 88 can define the scope of substantial cylindrical wherein.According to shape and/or the pattern of framework segmentation 82, also can consider to use different shapes and/or style.The circumference of cylindrical regions can be large than the circumference of safety collar 24.The length of each upper frame part 84 can than the radius of safety collar 24 for long.Upper frame part 84 wherein two can have linear relation, comprise the diameter of total length than safety collar 24 for long.The length in middle frame portion 86 can be length than the height of blade 22 and/or circular safety ring 24.
Alternatively, one or more frame loops 92 can be fixed with framework segmentation 82 at diverse location, such as middle frame portion 86, thinks the structural rigidity that frame assembly 80 provides larger, and helps prevent user's touch-safe ring 24 and/or help prevent safety collar 24 with bar contact.In one example in which, frame loops 92 can be put on the plane that defines at safety collar 24, and another frame loops 92 can be put under the plane that safety collar 24 is fixed.The circumference of frame loops 92 can be large than the circumference of safety collar 24.Alternatively, lower connecting platform 94 and lower connecting axle 96 can be fixed with motor sub-assembly 60 or frame assembly 80.One or more parts of object such as toy object, with the lower connecting axle 96 of motor sub-assembly 60 or other parts, or can fix with framework segmentation 82, as described below.
Figure 10 A shows an example of role 98, and role can fix with frame assembly 80.Role 98 can be supported by frame cover 90 and upper frame part 84.In addition, the radius of the comparatively safe ring 24 of length of upper frame part 84 is large, can allow that a lot of role of different size and the toy characters of other forms are fixed to frame assembly 80.
Figure 10 B shows another example of toy object 200, and toy object can utilize screw assembly and motor sub-assembly 60 to realize the flight of toy.In this example, toy object 200 can comprise polylith fin 202, and fin can be fixed with stretching support 72.Can interval be had between fin 202, and outwards stretch from motor sub-assembly 60 and center hub 26.In this example, fin 202 can be defined as ellipse, as shown in Figure 10 B.Fin 202 can, by providing with the contrary despining power of the revolving force of screw 12, help to stablize screw 12.Fin 202 and motor sub-assembly 60 can rotate around center hub 26, and direction of rotation is contrary with the direction of rotation of screw 12.
Toy assembly 200 can comprise two or multi-feet 206, and pin stretches, with supporting toy object 200 on underlying surface from motor sub-assembly 60 or fin 202.One or more target 210 can be fixed with a part for motor sub-assembly 60 or fin 202.One or more target switch (not shown) can to-controller (not shown) be connected.Controller can design the running of commanding toy object 200 and its parts.One or more target switch can, together with respective objects 210 layout of one or more target 210, make when there being isoelectric membrane target 210, and switch transmits trigger signals to controller.Controller can respond and receive trigger signals, exports response signal or media signal, such as vision or sense of hearing signal.Such as, toy object 200 can comprise one or more lamp 216 and/or loudspeaker (not shown).One or more lamp 216 and loudspeaker can be connected by to-controller, controller can be responded and receive trigger signals, activate one or more lamp 216 and loudspeaker.In another example, controller can access/memory body (not shown), and memory body can comprise the software instruction that one or more sets can command the running of toy object 200.These one or more sets software instructions can comprise the pattern of playing that user can be impelled to follow toy object 200 interaction.Such as, user can project dartlike weapon or other objects to this one or more target 210.Mark 210 mutually as user uses dartlike weapon or other objects to hit, controller can command the output of reaction signal, maybe can adjust the speed of motor 62.The existence of other patterns of playing can also be considered.Toy object 200 also can be considered to comprise one or more inductor, to detect plane or object, as described in other places of this paper.
Toy object 200 can also comprise one or more emission mechanisms to launch emitter.In one example in which, toy entity can have one or more emission mechanisms 220.Various emission mechanism 220 can design to launch emitter as darted 222.Emission mechanism 220 can be connected by to-controller, makes controller can command the output of emission mechanism 220.Such as, controller can design to transmit and launch signal to the switch (not shown) with emission mechanism 220 layout together with dartlike weapon 222.Receive after launching signal, switch can trigger the releasing of dartlike weapon 222.In addition, controller can also design to respond and receive trigger signals from one of them target 210, transmits and launches signal to trigger the releasing of dartlike weapon 222.
Toy balloon is another example of toy object, and screw assembly and motor sub-assembly 60 can be utilized to realize the flight of toy.Figure 11 to 14 shows balloon object 100, and balloon object can comprise balloon frame frame component 106, and the size of balloon frame frame component determines can surround screw assembly and motor sub-assembly 60.Balloon object 100 can also comprise basket 108, and basket can be fixed with motor sub-assembly 60 by lower connecting axle 96.Basket 108 can be supported by balloon frame frame component 106.Basket 108 can comprise upper cover 109 and lower cover 110, to define a hole therebetween.The size in hole can determine to hold electronic component and/or miscellaneous part, as described below.
Balloon frame frame component 106 can comprise multiple balloon framework segmentation 112.Each balloon framework segmentation 112 can comprise arch section 114, and has panel 116 to be fixed to the bottom of arch section.Panel 116 can support 72 with the stretching, extension of motor sub-assembly 60 and fix.Panel 116 can be included in the panel limb 118 of panel 116 bottom.Panel limb 118 can from panel 116 to the plane that panel 116 defines outside direction extend, bearing of trend is contrary with the direction of rotation of screw 12, to affect the rotation of balloon frame frame component 106 around center hub 26.Such as, each panel limb 118 can directed flow to panel 116 from screw 12 and blade 22 to affect air, with the despining of command panel 116 opposed helical oar 12 and blade 22.Panel 116 can have different shapes and/or pattern.Such as, the size of air drag that the size of panel 116 can provide according to panel 116 affects the despining relative to screw.Panel 116 can also define the part 119 of the incision of difformity and size, to change the air drag of panel 116.In this example, seasonable in dynamic confession, motor sub-assembly 60, balloon frame frame component 106, and basket 108 can rotate around center hub 26, direction of rotation is contrary with the direction of rotation of screw 12.
One or more balloon framework segmentation 112 can also comprise the arm 120 extending to basket 108 from arch section 114.In one example in which, balloon frame frame component 106 can comprise the balloon framework segmentation 112 that four comprise arm 120, and four balloon framework segmentations 112 not comprising arm 120.The top of balloon framework segmentation 112 can be fixed with balloon frame cover 122.Balloon framework segmentation 112 can arrange the purchasing ore structure formed around screw assembly and motor sub-assembly 60.Balloon framework segmentation 112 can define the scope of fire balloon shape wherein.Basket 108, or the object of other types and role, can fix with connecting axle 96, makes basket 108 be outside the fire balloon shape scope that defines in balloon framework segmentation 112.The circumference of a minimum part for fire balloon shape scope can be large than the circumference of safety collar 24.
Alternatively, one or more balloon frame loops 126 can be fixed to balloon framework segmentation 112, such as, position on or below the plane defined at screw 12.Balloon frame loops 126 can provide more structural rigidity to balloon framework assembling 106.Balloon frame loops 126 can also help prevent user to contact screw 12, comprises safety collar 24, and/or safety collar 24 can be helped prevent to contact barrier.Balloon frame loops 126 can between balloon framework segmentation 112 camber.The circumference of balloon frame loops 126 can be large than the circumference of safety collar 24.
Umbrella is another example of toy object together with the role be hung under umbrella, and screw assembly and motor sub-assembly 60 can be utilized to realize the flight of toy.Figure 15 A and 15B shows umbrella object 130, and umbrella object can comprise umbrella subframe assembly 132, and the size of umbrella subframe assembly 132 determines partly to surround screw assembly and motor sub-assembly 60 with minimum.In this example, a relative surface, screw assembly is placed on motor sub-assembly 60.Umbrella object 130 can also comprise role 134, and role can be fixed with motor sub-assembly 60 by lower connecting axle 96.Role 134 can define a hole (not shown) wherein.The size in hole can hold electronic component and/or miscellaneous part.
Umbrella subframe assembly 132 can comprise multiple umbrella subframe segmentation 136.Each umbrella subframe segmentation 136 can comprise panel 138.Panel 138 can also be fixed to motor sub-assembly 60.Panel 138 can have different shapes or pattern.Such as, the size of the air drag that the size of panel 138 can provide according to panel 138, affects the despining relative to screw 12.Panel 138 can also define the part (not shown) of the incision of difformity and size, to change the air drag of panel 138.In this example, when dynamic confession is seasonable, motor sub-assembly 60, umbrella subframe assembly 132, and role 134 can rotate around center hub 26, direction of rotation is contrary with the direction of rotation of screw 12.
Umbrella subframe segmentation 136 can arrange to form purchasing ore structure, and purchasing ore structure is around a minimum part for screw assembly and motor sub-assembly 60.Umbrella subring 140 can be fixed with umbrella subframe segmentation 136, and defines with umbrella subframe segmentation 136 the hemispherical scope had between which together.Role 134, or the object of other types or role, can be fixed to connecting axle 96, outside the hemispherical scope that role is defined in umbrella subframe segmentation 136.Can the feel at ease circumference of loopful 24 of the circumference of a minimum part for hemispherical scope is large.
Various control system can with helping the flight controlling toy object described here.An example of the control system that Figure 16 and 17 display combines with balloon object 100, control system utilizes physical switch to trigger the output of motor 62 (not in Figure 16 and 17 display).As mentioned above, basket 108 can define a hole to hold electronic component and parts.In this example, switch 160 can be fixed in basket, and to-controller 162 and power source 69 (not in Figure 16 and 17 display) are connected.Lower cover 110 can be arranged on basket 108 movably, and lower cover 110 can be moved between the second place shown in the primary importance shown in Figure 16 and Figure 17.In primary importance, switch 160 is for shutting.When lower cover 110 contacts user, surface, or during other barriers, lower cover 110 can move to the second place and trigger switch 160.Signal can be transmitted after switch 160 and such as control signal to controller 162, to point out to detect surface as surface 164.Controller 162 can command power source 69 to export more power to motor 62.
Such as, or switch 160 can transmit signal, controls signal, to power source 69 to export less power to motor 62.So, contact with lower cover 110 can trigger the increase of the power of commander's motor 62, screw 12 can be rotated with higher speed, raise to leave contact point by balloon object 100, maybe can trigger the minimizing of the power of commander's motor, screw 12 is rotated namely close to contact point with lower speed, such as, starts the landing procedure of balloon object 100.This type of has the control system of switch 160 can consider to be used in different toy object, in the embodiment of screw assembly and motor sub-assembly, as described herein.Such as, the lower cover 68 of motor sub-assembly 60 can be arranged on motor case movably.In this example, the switch of similar switch 160 can be fixed with motor case 64, and is touching user when lower cover 68, is triggered when surface or other barriers.
In addition, controller 162 can before the triggering of switch 160, the running of period or afterwards commander's motor 62.Such as, controller can be included in the instruction of the output level of commander's power source 69 and/or motor 62 when some conditioned disjunction event occurs.These instructions can such as, according to one or more parameter, time, the motivation level of power source 69, the on off state of motor 62, and/or switch input etc. be triggered.
Another example of Figure 18 display control program, control system can comprise the inductor of the output of one or more commander's motor 62 (not in Figure 18 display).As mentioned above, basket 108 can define hole to hold electronic component and parts.In this example, one or more inductor 180, such as transmitter 181 or receiver 182, can be connected by to-controller 184.Controller 184 can follow motor (not in Figure 18 display) and/or motor 62 to be connected, to command the running of motor.Controller 184 can command the output level of different dynamic source 69 and/or motor 62 in some conditioned disjunction event generation thing.These instructions can be triggered by one or more parameters, the such as time, the motivation level of power source 69, the on off state of motor 62, and/or one or more inductor 180 transmits or the signal that accepts etc.Such as, transmitter 181 can send out signal from balloon object 100.Signal can contact surface 183, and becomes reflection signal reflected back towards receiver 182.Receiver 182 can receive or not receive reflection signal.According to one or more sets software instructions, response controller 184 receives the input of receiver 182 to point out to receive reflection signal, and controller 184 can export a set of instructions operable to motor 62 and power source 69.Such as, controller 184 can increase, and maintains, and/or reduces the power of motor 62.Response controller 184 does not receive the input of receiver 182 to point out to receive reflection signal, and controller 184 can export another set of instructions operable to motor 62 and power source 69.Such as, controller 184 can increase, and maintains, and/or reduces the power of motor 62.
Figure 19 to 21 shows another example of toy object, and toy utilizes screw assembly and motor sub-assembly 60 to realize the flight of toy.Toy object 300 can comprise frame assembly 306, and the size of frame assembly determines to surround screw assembly and motor sub-assembly 60.Frame assembly 306 can comprise multiple framework segmentation 312.In this example, frame assembly 306 can minimum part define just like the 3D shape as rugby, or the spheroid of prolate.It is long spheroid that prolate spheroid can be defined as pole axis than the diameter of central authorities.Each framework segmentation 312 can comprise arch section 314, and has panel 316 to fix with it.Panel 316 can support 72 with the stretching, extension of motor sub-assembly 60 and fix.Panel 316 can comprise panel limb 318.Panel limb 318 can from panel 316 to the plane that panel 316 defines outside direction extend, bearing of trend is contrary with the direction of rotation of screw 12, to affect the rotation of frame assembly 306 around center hub 26.Such as, each panel limb 318 can directed flow to panel 316 from screw 12 and blade 22 to affect air, with the despining of command panel 316 opposed helical oar 12 and blade 22.Panel 316 can have different shapes and/or pattern.Such as, the size of air drag that the size of panel 316 can provide according to panel 316 affects the despining relative to screw.One or more leg (not shown) can be fixed with frame assembly 306, not help supporting toy object when flying at toy object 300.Such as, one or more leg can at the downward-extension of panel 316, with supporting toy object 300 at underlying surface as on surface 330.One or more leg can also help to provide Vertical Launch to design to toy object 300.
In one example in which, frame assembly 306 can comprise six framework segmentations 312.The top of framework segmentation 312 can be fixed to frame cover 323.Framework segmentation 312 can arrange the purchasing ore structure formed around screw assembly and motor sub-assembly 60.Framework segmentation 312 can define a prolate spheroid scope wherein.The circumference of a minimum part for prolate spheroid scope can be large than the circumference of safety collar 24.Alternatively, one or more frame loops 326 can be fixed with framework segmentation 312, such as, on or below the plane defined at screw 12.Frame loops 326 can provide extra structural rigidity to frame assembly 306.Frame loops 326 can also help prevent safety collar 24 to contact barrier.The circumference of frame loops 326 can be large than the circumference of safety collar 24.
Toy object 300 can also comprise the direction inductor device (not shown) that to-controller (not shown) is connected, to indicate the horizontal or vertical direction of toy entity 300.Such as, user can by toy object 300 to put in the direction of similar Figure 19.In this example, the direction inductor device that to-controller is connected can point out that toy object 300 puts with vertical direction.So, controller can reflect the output of vertical direction and vertical flight commander motor 62.In another example, user can by toy object 300 to put in the similar direction as Figure 21.In this example, the direction inductor device that to-controller is connected can point out that toy object 300 puts with the direction of level.So, controller can reflect the output of horizontal direction and horizontal flight commander motor 62.Equally, toy object 300 can comprise direction switch (not shown), and direction switch has as vertical flight and horizontal flight are pointed out in two groups of settings.In this example, user can select wherein one group of setting by staff, and therefore controller can reflect that horizontal or vertical flight setting exports instructions operable to motor 62.
According to desired running and performance, each object described herein and supplementary controlled system can together with extra inductor and/or component operational.Such as, clash into inductor (not shown) to implement together with one or more above-mentioned object and control system.Clash into inductor to be connected with corresponding controller, detect the physical shock of side object and barrier.Controller can design to stop motor 62 when receiving clash into signal from shock inductor.Controller can also design with when receiving Voltage Feedback from motor 62, when pointing out that the rotation of one or more blade 22 is interfered, stops motor.
Figure 22 to 25 shows multiple examples of cradle, and cradle can use together with the toy object described herein and toy assembly.Such as, the toy object described herein and toy assembly can comprise charging entrance, to accept the charge connector of cradle.Cradle can comprise the cradle power source connected by charge connector.Cradle can comprise base, and its size can support corresponding toy object or toy assembly.Figure 22 shows an example of the cradle 350 of supporting toy object 10.Figure 23 shows another example supporting and have the cradle 360 of the toy object 10 of frame assembly 80.Figure 24 shows another cradle 370 of supporting toy object 200.Figure 25 shows the cradle of another supporting toy object 100.
Although be described above example embodiment, these embodiments are not intended to institute's likely form that description claims comprise.The word that this description uses for descriptive words and non-limiting word, and should be understood multiple change and can make not departing under spirit and scope of the present disclosure.As described above, the feature of multiple embodiment can be combined into other embodiments clearly not describing or illustrate.Although multiple embodiment can be described as in one or more desirable characteristic more favourable than the enforcement of other embodiments or prior art or more preferably, it will be understood by those skilled in the art that and can make compromise to one or more feature or characteristic, to reach the total system attribute now thought, and total system attribute is according to specific application or enforcement.These attributes include but not limited to cost, hardness, patience, life cycle cost, the property promoted, outward appearance, packaging, size, serviceability, weight, productibility, difficulty of assembling etc.Therefore, being described as be at embodiment comparatively more undesirable than the enforcement of other embodiments or prior art in one or more characteristic, is not outside the scope of the present disclosure, and may be even more ideal in specific application.
Claims (18)
1. a toy assembly, comprising:
Shell;
Power transmission shaft, power transmission shaft is installed to above-mentioned shell to rotate, and definition has an axle center;
Screw, screw has and is installed to above-mentioned power transmission shaft with the middle body rotated, and two pieces extend to the blade of far-end from middle body;
Circular safety ring, circular safety collar extends around the axle center of above-mentioned power transmission shaft, and fixes with said distal ends;
Motor, motor is caught up with and is stated shell and fix, and connects above-mentioned power transmission shaft operationally;
Power source, power source is connected with said motor;
Controller, controller is caught up with and is stated shell and fix, and design is with the running of commanding said motor and above-mentioned power source; And
Polylith fin, fin is caught up with and is stated shell and fix, and stretches out from above-mentioned screw.
2. assembly as claimed in claim 1, also comprise multiple framework segmentation, framework segmentation is caught up with and is stated shell and fix, and definition has top, middle part and bottom, the length on top is length than the radius of above-mentioned safety collar, and extend along first axle of catching up with the axle center of stating power transmission shaft at a right angle, the length at middle part is length than the height of above-mentioned screw, and extend along second axle of catching up with the axle center balance stating power transmission shaft, bottom extends along the 3rd axle of catching up with the axle center of stating power transmission shaft at a right angle, top, middle part and bottom arrangement are to form purchasing ore, purchasing ore definition has the scope around an above-mentioned screw.
3. assembly as claimed in claim 2, wherein minimum one piece of fin definition of above-mentioned polylith fin have adjustable compared with flap portion, rotate beyond the plane that flap portion can define to above-mentioned minimum one piece of fin, and to catch up with the direction stating propeller rotational contrary in the direction of rotating.
4. assembly as claimed in claim 2, also comprises toy characters, and toy characters is caught up with and stated multiple framework segmentation and fix, and outside the scope defined at above-mentioned dermoskeleton screen work.
5. assembly as claimed in claim 1, also comprise switch, switch is caught up with and is stated controller and be connected, and catches up with that to state shell fixing with contact surface, it is characterized in that above-mentioned Controller gain variations receives the signal pointing out to touch surface from switch with response, and adjust the speed compared with said motor.
6. assembly as claimed in claim 1, also comprise a minimum inductor, inductor is caught up with and is stated shell and fix, and catch up with and state controller and be connected to detect side surface, it is characterized in that above-mentioned Controller gain variations to receive from inductor with response to point out to detect the signal of side to surface, and adjust comparatively or maintain the speed of said motor.
7. assembly as claimed in claim 1, also comprise a minimum inductor, inductor is caught up with and is stated shell and fix, and catch up with and state controller and be connected to detect side surface, it is characterized in that above-mentioned Controller gain variations does not receive from inductor point out to detect the signal of side to surface with response, and adjust comparatively or maintain the speed of said motor.
8. assembly as claimed in claim 1, is characterized in that the definition of above-mentioned circular safety ring has the first caliper portion and the second caliper portion, makes wherein thicker part adjacent with said distal ends.
9. assembly as claimed in claim 1, also comprise two or more pieces leg, leg extends from above-mentioned shell, to support said modules on underlying surface.
10. assembly as claimed in claim 9, also comprise a minimum target, target is caught up with and is stated shell and fix, and comprise the switch of catching up with and stating controller and being connected, it is characterized in that above-mentioned switch and an above-mentioned minimum target arrangement are with when when an isoelectric membrane above-mentioned minimum target, above-mentioned switch transmits trigger signals to above-mentioned controller.
11. assemblies as claimed in claim 10, also comprise media apparatus, and media apparatus is caught up with and stated controller and be connected.
12. assemblies as claimed in claim 11, also comprise and launch office, launch office and prepare emitter to do to launch, and catch up with and state controller and be connected, it is characterized in that above-mentioned controller also designs to respond and receive above-mentioned trigger signals, transmit transmitting signal and open to launch above-mentioned emitter to above-mentioned emitter.
13. assemblies as claimed in claim 11, it is characterized in that above-mentioned controller also designs to respond and receive above-mentioned trigger signals, output medium signal is to above-mentioned media apparatus.
14. assemblies as claimed in claim 13, is characterized in that above-mentioned controller also designs to respond and receive above-mentioned trigger signals, adjust the speed compared with said motor.
15. assemblies as claimed in claim 13, also comprise:
A minimum inductor, inductor is caught up with and is stated shell and fix, and catch up with and state controller and be connected to detect side surface, it is characterized in that above-mentioned Controller gain variations to receive from an above-mentioned minimum inductor with response and point out to detect the signal of side to surface, adjust the speed compared with said motor.
16. assemblies as claimed in claim 13, also comprise a minimum inductor, inductor is caught up with and is stated shell and fix, and catch up with and state controller and be connected to detect side surface, it is characterized in that above-mentioned Controller gain variations does not receive from an above-mentioned minimum inductor with response to point out to detect the signal of side to surface, adjust the speed compared with said motor.
17. assemblies as claimed in claim 13, also comprise charging entrance, to accept the charge connector of cradle, it is characterized in that above-mentioned cradle is with power source electrical connection, and above-mentioned power source are with said motor electrical connection.
18. assemblies as claimed in claim 1, also comprise purchasing ore, and purchasing ore definition has the scope around an above-mentioned screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520157177.2U CN204891208U (en) | 2014-10-09 | 2015-03-19 | Screw and frame set spare of toy |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US14/570,712 | 2014-10-09 | ||
| CN201520157177.2U CN204891208U (en) | 2014-10-09 | 2015-03-19 | Screw and frame set spare of toy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204891208U true CN204891208U (en) | 2015-12-23 |
Family
ID=54913425
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520157177.2U Expired - Fee Related CN204891208U (en) | 2014-10-09 | 2015-03-19 | Screw and frame set spare of toy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204891208U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021208788A1 (en) * | 2020-04-17 | 2021-10-21 | 东莞市特斯迈电子科技有限公司 | Rotary flying ball |
-
2015
- 2015-03-19 CN CN201520157177.2U patent/CN204891208U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021208788A1 (en) * | 2020-04-17 | 2021-10-21 | 东莞市特斯迈电子科技有限公司 | Rotary flying ball |
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