CN102114352B - Luminous building block with power connection structure and power supply seat thereof - Google Patents
Luminous building block with power connection structure and power supply seat thereof Download PDFInfo
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- CN102114352B CN102114352B CN 201010617319 CN201010617319A CN102114352B CN 102114352 B CN102114352 B CN 102114352B CN 201010617319 CN201010617319 CN 201010617319 CN 201010617319 A CN201010617319 A CN 201010617319A CN 102114352 B CN102114352 B CN 102114352B
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Abstract
The invention relates to a luminous building block with a power connection structure and a power supply seat thereof, wherein, the luminous building block comprises a hollow building block which is provided with a top and a bottom; more than two ring-shaped wedge anchoring parts protruding upwards are formed at the top; more than two wedge holes are formed on the bottom; the wedge holes correspond to the wedge anchoring parts formed on the top; more than two power connection modules are arranged inside the building block; each power connection module mainly adopts the structure that an anodal conductive element and a cathode conductive element are respectively arranged on a fixed leg, more than one light-emitting component is arranged between the anodal conductive element and the cathode conductive element, the light-emitting component is arranged at the circuit board and the fixed leg is cross through the circuit board, a first anodal contact part, a second anodal contact part, a first cathode contact part and a second cathode contact part are respectively formed at the two ends between the anodal conductive element and the cathode conductive element, and the anodal and the cathode contact parts are respectively positioned on the inner sides of the wedge anchoring parts and the wedge holes formed on the building block; and the power connection is formed at the same time after the wedge anchoring parts of the building block are wedged to the wedge holes of the building block, and the internal light-emitting component can be lightened.
Description
Technical field
The present invention relates to a kind of luminous building block, relate more specifically to a kind of tool and connect electricity structure and consist of simultaneously power supply when wedge anchorage and connect, thereby to the luminous building block of inner luminescence component power supply.
Background technology
Along with the fast development of science and technology with industry, emerging toy provides more active lively entertainment effect compared to the traditional children toy.However, some traditional children toy still obtains the head of a family and child's favor deeply, and for example building blocks are namely significant examples.Building blocks are a kind of toys that are used for training child hand eye coordination ability, because playing method does not have certain rule, thereby can promote child's creativity.The shape of building blocks has a variety of, can be spelled by the difform building blocks of child's choice for use and organize out the type body that needs, and therefore can help the child to bring into play its imagination, and have amusement and puzzle effect concurrently, therefore it is still very popular so far.
As mentioned above, possessed the effect of teaching through lively activities with regard to building blocks are former itself, but in form should be more lively, note to attract the child, and then impel the child to be ready even to like spelling group building blocks.For example allow the building blocks can be luminous, see through irradiative design, can cause gazing at of child at an easy rate.Yet building blocks are simple and easy spelling group toys, how to allow structure too not complicated, can reach the purpose that makes building blocks luminous again, and to be developed one positive feasible technical scheme is arranged.
Summary of the invention
The object of the present invention is to provide a kind of tool to connect the luminous building block of electricity structure, can consist of the power delivery passage between each building blocks when the spelling group is piled up building blocks, and light the inner light source of installing of building blocks, with the entertainment effect of further lifting building blocks.
For achieving the above object, the invention provides the luminous building block that a kind of tool connects the electricity structure, comprising:
One building block is hollow form and possesses light transmission, and this building block has a top and a bottom, is formed with at least two ring-type wedge anchorage sections that project upwards on this top, and this bottom is formed with at least two wedge holes, and this wedge hole is corresponding to the wedge anchorage section at top;
At least two connect electric module, be divided in this building block, each connects electric module and includes an anodal electric-conductor and a negative pole electric-conductor, this positive electric-conductor two ends form respectively one first anodal contact site and one second anodal contact site, and this negative electric-conductor two ends form respectively one first negative pole contact site and one second negative pole contact site;
At least one luminescence component is located in this building block, and this luminescence component is connected with the positive and negative electric-conductor that connects electric module;
One circuit board, this luminescence component are located on this circuit board;
each connects electric module and has a fixed leg, this positive electric-conductor reaches and should be located at this fixed leg by negative electric-conductor, and this just, negative electric-conductor is separated, this fixed leg passes this circuit board, thereby make the first anodal contact site of the positive electric-conductor on fixed leg and both sides that the second anodal contact portion occupy this circuit board to allow this first anodal contact site wedge anchorage section on building block, the wedge hole inboard of this second anodal contact site on building block, also make the first negative pole contact site of the negative electric-conductor on fixed leg and both sides that the second negative pole contact portion occupy this circuit board to allow this first negative pole contact site wedge anchorage section on building block, this inboard, wedge hole on building block, the second negative pole contact site.
When the wedge anchorage section of building block, the mutual wedge anchorage in wedge hole, when the wedge anchorage section of one building block inserts the wedge hole of another building block, the first positive pole in wedge anchorage section, negative pole contact site will be respectively consist of with the second positive pole, the negative pole contact site of inboard, wedge hole and electrically contact, thereby consist of a power supply service duct, when a building block wherein be connected with power supply or directly in establish power supply, all are mutually piled up and consist of the building block that is electrically connected to and all can light inner luminescence component, thereby can promote its visual effect after piling up building blocks.
Another object of the present invention is to provide a kind of luminous building block Power Block, in order to supply power supply to building block.
For achieving the above object, the invention provides a kind of luminous building block Power Block, mainly to be formed with more than one wedge anchorage section at the Power Block top of a hollow form, the wedge hole coupling that this wedge anchorage section and above-mentioned building block bottom is set, be arranged with an electrode film and a negative electrode plate in wedge anchorage section on this Power Block, this positive, negative electrode plate is connected with more than one battery respectively, for the second positive pole, the negative pole contact site that correspond respectively to inboard, set wedge hole, building block bottom;
The electric power of the set battery of this Power Block can be delivered to the electric module that connects in building block via its positive, negative electrode plate, and then the luminescence component power supply to establishing in building block, and makes it luminous.
By following description also by reference to the accompanying drawings, it is more clear that the present invention will become, and these accompanying drawings are used for explaining embodiments of the invention.
Description of drawings
Fig. 1 is the stereogram of the present invention's the first preferred embodiment.
Fig. 2 is the stereogram of the present invention's first another angle of preferred embodiment.
Fig. 3 is the cutaway view of the present invention's the first preferred embodiment.
Fig. 4 A～4C is the line map that the present invention's the first preferred embodiment respectively connects different connected modes between electric module and light emitting diode.
Fig. 5 is the assembled sectional view of the present invention's the first preferred embodiment.
Fig. 6 is the cutaway view of the present invention's the second preferred embodiment.
Fig. 7 is the assembled sectional view of the present invention's the second preferred embodiment.
Fig. 8 is the stereogram of the present invention's the 3rd preferred embodiment.
Fig. 9 is the stereogram of the present invention's the 4th preferred embodiment.
In figure, each description of reference numerals is as follows:
10,10 ' building block 11 wedge anchorage section 12 wedge holes
202 times fixed parts of fixed part on 20 fixed legs 201
The 21 anodal contact site 212 second anodal contact sites of positive electric-conductor 211 first
22 negative electric-conductor 221 first negative pole contact site 222 second negative pole contact sites
31 light emitting diode 32 circuit board 33 wires
34 switch 40 Power Block 41 wedge anchorage sections
42 electrode film 43 negative electrode plate 50 fixed legs
Connect the electricity pin on 51 positive electric-conductors 511 and connect the electricity pin for 512 times
521 first negative pole contact site 522 second negative pole contact sites
The specific embodiment
With reference now to accompanying drawing, describe embodiments of the invention, in accompanying drawing, similar element numbers represents similar element.
About a preferred embodiment of the present invention, see also Fig. 1, shown in Figure 2, mainly to make a building block 10 be hollow form and possess light transmission, in the present embodiment, this building block 10 has a top and a bottom for the rectangle cube, be formed with at least two ring-type wedge anchorage sections that project upwards 11 on this top, this bottom is formed with at least two wedge holes 12, and the aperture in this wedge hole 12 and position are corresponding to the wedge anchorage section 11 at top; In the present embodiment, the top of this building block 10 is formed with four wedge anchorage sections that are the matrix symmetric arrays 11 altogether, and four wedge holes 12 are also formed on this building block 10 bottoms, and the wedge anchorage section 11 at its spread pattern and top is identical.
see also again shown in Figure 3, be provided with at least two in this building block 10 and connect electric module, this quantity Matching that connects electric module is in the quantity of wedge anchorage section 11, therefore in the present embodiment, the interior meter of building block 10 is provided with four and connects electric module, each connects electric module and is arranged with an anodal electric-conductor 21 and a negative pole electric-conductor 22 respectively inside and outside the fixed leg 20 of an insulation, in the present embodiment, the upper and lower side of this fixed leg 20 is formed with respectively on one fixed part 201 and fixed part 202 once, wherein, upward fixed part 201 is in the form of annular discs, this fixed leg 20 is piercing in the top of building block 10 in the section of upper fixed part more than 201, and upper fixed part 201 blocks are in the inner top surface of building block 10, the lower fixed part 202 of fixed leg 20 is stretched out by the outside diameter wall of fixed leg 20 lower ends, in order to the fixing use of negative pole electric-conductor 22,
This positive electric-conductor 21 two ends form respectively one first anodal contact site 211 and one second anodal contact site 212, in the present embodiment, the body of this positive electric-conductor 21 is thin rod shape, it is axially to be located in fixed leg 20, and the first anodal contact site 211 of positive electric-conductor 21 1 ends is tabular and is positioned on the end face of fixed leg 20, the second anodal contact site 212 in the shape of a spiral, it protrudes from the bottom surface of fixed leg 20, and is positioned at 12 inboards, wedge hole of building block 10.
should negative electric-conductor 22 two ends form respectively one first negative pole contact site 221 and one second negative pole contact site 222, in the present embodiment, the body that should bear electric-conductor 22 is the Narrow Plates sheet, the first negative pole contact site 221 of one end is bowl-shape, has an external annulus, one internal ring wall and one is positioned at, bottom between external annulus, the external diameter of its external annulus is suitable is matched with the internal diameter of wedge anchorage on building block 10 section 11, and then abut on the inwall of wedge anchorage section 11, the first negative pole contact site 221 is hollow form, for the upper end that is set in fixed leg 20, it is central authorities' formation one through hole at the first negative pole contact site 221 in the present embodiment, and its internal ring wall extends upward along through-hole aperture, the internal diameter of this internal ring wall is matched with the external diameter of fixed leg 20, make the first negative pole contact site 221 be set in the upper end of fixed leg 20, and then to fixed leg 20 formation location, upper ends.The second negative pole contact site 222 of negative electric-conductor 22 consists of a shell fragment shape through bending, and it is positioned at the 12 peritreme inside front places, wedge hole on building block 10.
moreover, being provided with more than one luminescence component in described building block 10, this luminescence component is connected with the above-mentioned positive and negative electric- conductor 21,22 that respectively connects electric module respectively, in the present embodiment, this luminescence component is made of light emitting diode 31, this light emitting diode 31 is located on a circuit board 32, this circuit board 32 is provided with one group of above wire 33, to see through wire 33 and just to connect electric module more than one, negative electric- conductor 21, 22 connect, the feasible connected mode of one is as shown in Fig. 4 A, just respectively connect electric module, negative electric- conductor 21, 22 are connected with light emitting diode 31 on circuit board 32 with parallel way, therefore any is just connecing electric module, negative electric- conductor 21, 22 connect with the mains, but the light emitting diode 31 on equal lighting circuit plate 32.
The quantity of described light emitting diode 31 and with respectively connect the positive and negative electric-conductor 21 of electric module, 22 connected mode except as aforementioned, also can be as described below:
See also shown in Fig. 4 B, the aforementioned positive and negative electric- conductor 21,22 that respectively connects electric module connects a light emitting diode 31 independently of one another, take previous embodiment as example, be provided with four in this building block 10 and connect electric module, therefore be provided with four light emitting diodes 31 in building block 10, switch on power and work as the arbitrary positive and negative electric- conductor 21,22 that connects electric module of building block 10, will light the corresponding light emitting diode 31 that connects.
See also shown in Fig. 4 C, aforementioned positive and negative electric- conductor 21,22 parallel connection in pairs that respectively connects electric module, and be connected with a light emitting diode 31 respectively, take previous embodiment as example, be provided with four in this building block 10 and connect electric module, and make in pairs its positive and negative electric- conductor 21,22 parallel with one another, and positive and negative electric- conductor 21,22 in parallel is connected with a light emitting diode 31 respectively in pairs, so is provided with two light emitting diodes 31 in building block 10; When building block 10 wherein a positive and negative electric- conductor 21,22 that connects electric module switch on power, will the light corresponding light emitting diode 31 that connects, but can not light the light emitting diode 31 that another winding electricity module connects.
In addition, for providing luminescence component required power supply, can be therein building block 10 inside power supply is set, mainly to be provided with more than one battery (not shown) in this building block 10, this battery can be located at circuit board 32, in order to the power supply of controlling this battery whether circuit board 32 bottom surfaces further are provided with a switch 34, and this switch 34 is responsible for the break-make between light emitting diode 31 and wire 33, battery; And the position of switch 34 can be with respect to one of them wedge hole 12 of building block 10 bottoms, sees through wedge hole 12 these switches 34 of operation to facilitate the user.
Except aforementioned power supply mode, the Power Block 40 that building block 10 can possess the coupling wedge anchorage with one and connect electricity structure engages to obtain power supply.As shown in Figure 5, has the wedge anchorage section 41 with aforementioned building block 10 set wedge holes, bottom 12 couplings on this Power Block 40, be arranged with an electrode film 42 and a negative electrode plate 43 in wedge anchorage section 41, this positive, negative electrode plate 42,43 form can with building block 10 wedge anchorage section 11 interior set the first positive poles, negative pole contact site 211,221 is identical, and positive, negative electrode plate 42,43 is connected with more than one battery (not shown) respectively; When aforementioned building block 10 with its wedge hole 12 cover wedges during in the wedge anchorage section 41 of Power Block 40, the second positive pole of 12 inboards, wedge hole, negative pole contact site 212,222 respectively with Power Block 40 on positive, negative electrode plate 42,43 consist of and to electrically contact, therefore, the battery electric power of Power Block 40 can be delivered to the electric module that connects in building block 10 via positive, negative electrode plate 42,43, and then to establishing light emitting diode 31 power supplies on circuit board 32 in building block 10, make light emitting diode 31 power supplies.
When another building block of wedge anchorage on building block 10 10 ', building block 10 is except being subjected to Power Block 40 power supplies, and the electric module that connects of itself also consists of an electric power transfer medium, makes Power Block 40 be seen through building block 10 another building block 10 ' is powered.
Utilize previous designs, when the user piles up building block 10, arbitrary wedge hole 12 on arbitrary wedge anchorage section 11 on building block 10 and another building block 10 ' in conjunction with the time, connect with the mains immediately and light inner light emitting diode 31, therefore the enjoyment in the time of can promoting spelling group building blocks, the while also can promote the visual effect after building blocks spelling group.
About another preferred embodiment of the present invention, see also Fig. 6, shown in Figure 7, its basic framework and last embodiment are roughly the same, and difference is in the form that connects set positive and negative electric-conductor on electric module in this:
In the present embodiment, the inner set electric module that connects of building block 10 is mainly to set up a positive and negative electric- conductor 51,52 on a fixed leg 50 separately, this fixed leg 50 is hollow form, positive electric-conductor 51 is mainly by connecing electricity pin 511 on one, connecing electricity pin 512 and one spring 513 once and formed again, this upper and lower end that connects electricity pin 511,512 passes respectively the both ends of fixed leg 50 to consist of respectively first, second anodal contact site, the two ends that its other end is respectively spring 513 are supported and are pulled, therefore be electrically connected except consisting of, and give upper and lower electricity pin 511,512 1 telescopic resiliences that connect; And spring 513 and consist of and be electrically connected to light emitting diode 31 on circuit board 32.
One end of negative electric-conductor 52 forms the first negative pole contact site 521 of a spring coil shape, and the spring coil diameter of this first negative pole contact site 521 is inverted cone shape by upper successively decreasing down, and is positioned at the periphery that connects electricity pin 511; Moreover the other end bending of negative electric-conductor 52 consists of the second negative pole contact site 522 of a shell fragment shape, and the another end section of negative electric-conductor 52 also consists of and is electrically connected to light emitting diode 31 on circuit board 32;
Still can be respectively as shown in Fig. 4 A～Fig. 4 C as for the mode that respectively connects the positive and negative electric-conductor 51 of electric module, 52 connecting luminous diodes 31.
Same, when the user piles up building block 10, arbitrary wedge hole 12 on arbitrary wedge anchorage section 11 on building block 10 and another building block 10 ' in conjunction with the time, connect under upper strata building block 10 ' electricity pin the 512, second negative pole contact site 522 will be respectively with lower floor building block 10 on connect the 511, the first corresponding contact of negative pole contact site 521 of electricity pin, with the formation electric power loop, and then light the inner corresponding light emitting diode 31 that connects.
Aforementioned building block is except can be the rectangle cube, also can be other geometry, wedge anchorage section quantity on building block is capable of regulating also, as Fig. 8, the building block 10 shown in Figure 9 cube that is rectangle, its top is formed with respectively the wedge anchorage section 11 of two, eight, and is identical with last embodiment as for its internal structure.
Above invention has been described in conjunction with most preferred embodiment, but the present invention is not limited to the embodiment of above announcement, and should contain various modification, equivalent combinations of carrying out according to essence of the present invention.
Claims (10)
1. a tool connects the luminous building block that electricity is constructed, and comprising:
One building block is hollow form and possesses light transmission, and this building block has a top and a bottom, is formed with at least two wedge anchorage sections that project upwards on this top, and this bottom is formed with at least two wedge holes, and this wedge hole is corresponding to the wedge anchorage section at top;
At least two connect electric module, be divided in this building block, each connects electric module and includes positive electric-conductor and a negative electric-conductor, this positive electric-conductor two ends form respectively one first anodal contact site and one second anodal contact site, and this negative electric-conductor two ends form respectively one first negative pole contact site and one second negative pole contact site;
At least one luminescence component is located in this building block, and this luminescence component is connected with the positive and negative electric-conductor that connects electric module;
One circuit board, this luminescence component are located on this circuit board;
each connects electric module and has a fixed leg, this positive electric-conductor reaches and should be located at this fixed leg by negative electric-conductor, and this just, negative electric-conductor is separated, this fixed leg passes this circuit board, thereby make the first anodal contact site of the positive electric-conductor on fixed leg and both sides that the second anodal contact portion occupy this circuit board to allow this first anodal contact site wedge anchorage section on building block, the wedge hole inboard of this second anodal contact site on building block, also make the first negative pole contact site of the negative electric-conductor on fixed leg and both sides that the second negative pole contact portion occupy this circuit board to allow this first negative pole contact site wedge anchorage section on building block, this inboard, wedge hole on building block, the second negative pole contact site.
2. tool as claimed in claim 1 connects the luminous building block of electricity structure, it is characterized in that, the first anodal contact site of this positive electric-conductor one end is on the end face of fixed leg, and the second anodal contact site protrudes from the bottom surface of fixed leg.
3. tool as claimed in claim 2 connects the luminous building block of electricity structure, it is characterized in that, the the first negative pole contact site that should bear electric-conductor one end has an external annulus, the external diameter of external annulus is suitable is matched with the internal diameter of the wedge anchorage section on building block, this external annulus is positioned on the inwall of wedge anchorage section, and the first negative pole contact site is hollow form and is set in the upper end of fixed leg.
4. tool as claimed in claim 3 connects the luminous building block of electricity structure, it is characterized in that, this upper and lower side that connects the fixed leg of electric module is formed with respectively on one fixed part and fixed part once, upward fixed part is in the form of annular discs, the position of this fixed leg more than upper fixed part is piercing in the top of building block, and the suitable block of upper fixed part is in the inner top surface of building block; The lower fixed part of fixed leg is stretched out by the outside diameter wall of fixed leg lower end, in order to fixing negative pole electric-conductor.
5. tool as claimed in claim 1 connects the luminous building block of electricity structure, it is characterized in that, mainly the electricity pin is sold, connect to electricity once to this positive electric-conductor that connects electric module and a spring is formed by connecing on one, this upper and lower end that connects the electricity pin passes respectively the both ends of fixed leg to consist of respectively first, second anodal contact site, and the two ends that this upper and lower other end that connects the electricity pin is respectively spring are supported and pulled;
The end that should bear electric-conductor forms the first negative pole contact site of a spring coil shape, and the spring coil diameter of this first negative pole contact site is inverted cone shape by upper successively decreasing down, and is positioned at the periphery of the first anodal contact site; The other end bending of negative electric-conductor consists of the second negative pole contact site of a shell fragment shape.
6. connect the luminous building block of electricity structure as the described tool of claim 1-5 any one, it is characterized in that, it is parallel with one another with its positive and negative electric-conductor respectively connecing electric module, and is connected with luminescence component;
This luminescence component is made of light emitting diode, and this light emitting diode is located on a circuit board.
7. connect the luminous building block of electricity structure as the described tool of claim 1-5 any one, it is characterized in that, the positive and negative electric-conductor that respectively connects electric module is connected with a luminescence component independently of one another;
This luminescence component is made of light emitting diode, and this light emitting diode is located on a circuit board.
8. tool as claimed in claim 6 connects the luminous building block of electricity structure, it is characterized in that, be provided with more than one battery in this building block, the bottom surface of circuit board is provided with a switch, for the break-make of controlling between light emitting diode and battery;
The position of this switch is with respect to one of them wedge hole of building block bottom.
9. tool as claimed in claim 7 connects the luminous building block of electricity structure, it is characterized in that, be provided with more than one battery in this building block, the bottom surface of circuit board is provided with a switch, for the break-make of controlling between light emitting diode and battery;
The position of this switch is with respect to one of them wedge hole of building block bottom.
10. luminous building block Power Block, mainly to be formed with more than one wedge anchorage section at the Power Block top of a hollow form, the wedge hole coupling that the described building block of this wedge anchorage section and claim 1 to 9 any one bottom is set, be arranged with an electrode film and a negative electrode plate in wedge anchorage section on Power Block, this positive, negative electrode plate is connected with more than one battery respectively, for the second positive pole, the negative pole contact site that correspond respectively to inboard, set wedge hole, building block bottom.
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| CN 201010617319 CN102114352B (en) | 2010-12-31 | 2010-12-31 | Luminous building block with power connection structure and power supply seat thereof |
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| CN 201010617319 CN102114352B (en) | 2010-12-31 | 2010-12-31 | Luminous building block with power connection structure and power supply seat thereof |
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| CN102114352A CN102114352A (en) | 2011-07-06 |
| CN102114352B true CN102114352B (en) | 2013-11-06 |
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| US5848503A (en) * | 1994-09-29 | 1998-12-15 | Interlego Ag | Constructional building set having an electric conductor |
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| CN101820962A (en) * | 2007-08-15 | 2010-09-01 | 乔恩·凯普瑞拉 | Illuminated building structures |
| CN202036807U (en) * | 2010-12-31 | 2011-11-16 | 东莞和佳塑胶制品有限公司 | Luminescent building block with electricity connection structure and the power supply base thereof |
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| CN102114352A (en) | 2011-07-06 |
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