CN204996047U - Trampoline amusement intelligence device - Google Patents
Trampoline amusement intelligence device Download PDFInfo
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- CN204996047U CN204996047U CN201520480971.0U CN201520480971U CN204996047U CN 204996047 U CN204996047 U CN 204996047U CN 201520480971 U CN201520480971 U CN 201520480971U CN 204996047 U CN204996047 U CN 204996047U
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- Prior art keywords
- resistance
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- chip
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Abstract
The utility model relates to a gather motion information and combine the trampoline amusement intelligence device of amusement. The utility model discloses a to the unable monitoring motion state of current trampoline, weak point that amusement taste is not enough, provide a real -time supervision record motion state, combine application to provide the trampoline amusement intelligence device of amusement. The utility model discloses a casing and circuit board, the casing is fixed on the trampoline, and the circuit board is established in the casing, is equipped with electronic circuit on the circuit board, electronic circuit include three U3 of chip, power supply circuit, bluetooth circuit, sensor circuit and processor circuit. The casing include casing and lower casing, lower casing fixed connection is on the trampoline, the circuit board is established at the inferior valve internally, goes up the casing lid and closes under on the casing. The utility model is suitable for a jumping exercise's monitoring is realized to all kinds of trampolines to can realize that the amusement is interactive with data transmission to the customer end of moving, strengthen the recreational of trampoline.
Description
Technical field
The utility model relates to trampoline amusement apparatus technical field, particularly a kind ofly gathers movable information and the trampoline amusement intelligent apparatus of combination with entertainment.
Background technology
In entertainment body-building equipment, trampoline is subject to liking of people with exclusive spring, especially children.But trampoline function singleness in the market, cannot the heat of number of skips in accurate measurements motion process and consumption, and sporter can not be helped to understand displacement situation timely and accurately; Traditional trampoline only possesses bouncing function, too single, and amusement entertaining is inadequate.
Summary of the invention
The purpose of this utility model cannot monitor motion state, weak point that amusement entertaining is inadequate for existing trampoline, provides a kind of Real-Time Monitoring record motion state, trampoline amusement intelligent apparatus that connected applications program provides amusement.
The utility model completes in the following way: a kind of trampoline amusement intelligent apparatus, this trampoline amusement intelligent apparatus comprises housing and circuit board, and housing is fixed on trampoline, and circuit board is located in housing, circuit board is provided with electronic circuit, and described electronic circuit comprises chip three U
3, power circuit, Bluetooth circuit, sensor circuit and processor circuit.
In described trampoline amusement intelligent apparatus, described housing comprises upper shell and lower house, and lower house is fixedly connected on trampoline, and circuit board is located in lower house, and upper case cover is combined on lower house.
In described trampoline amusement intelligent apparatus, described lower house is provided with VELCRO, and lower house is fixed together by VELCRO and trampoline.
In described trampoline amusement intelligent apparatus, described trampoline amusement intelligent apparatus also comprises client, and client is provided with application software, and exercise data Bluetooth transmission is in client, interface in application software makes respective reaction according to exercise data, carries out game interactive.
In described trampoline amusement intelligent apparatus, described power circuit comprises chip one U
1, battery pack BT, resistance one R
1, resistance two R
2, resistance three R
3, electric capacity one C
1, electric capacity two C
2, electric capacity three C
3, electric capacity four C
4with electric capacity five C
5, wherein, the positive pole of battery pack BT, resistance one R
1one end, resistance three R
3one end, electric capacity one C
1one end, electric capacity two C
2one end and chip one U
1on 1 pin connect, electric capacity one C
1the other end, electric capacity two C
2the other end and chip one U
1on 2 pin to connect and ground connection, resistance one R
1the other end and resistance two R
1an end be connected to chip one U
1on 3 pin, electric capacity five C
5one end and chip one U
1on 4 pin connect, electric capacity three C
3one end, electric capacity four C
4one end, resistance three R
3the other end be connected to chip one U
1on 5 pin and be connected to positive pole export VCC, resistance two R
2the other end, electric capacity three C
3the other end, electric capacity four C
4the other end, electric capacity five C
5the other end to connect with the negative pole of battery pack BT and ground connection.
In described trampoline amusement intelligent apparatus, described Bluetooth circuit comprises chip four U
4, resistance four R
4, resistance five R
5, resistance six R
6, resistance seven R
7, resistance eight R
8, resistance 16 R
16, electric capacity seven C
7, electric capacity nine C
9, light emitting diode two D
2with light emitting diode three D
3, wherein, chip four U
4on 1 pin and electric capacity seven C
7one end, electric capacity nine C
9one end to connect and ground connection, chip four U
4on 2 pin and electric capacity seven C
7the other end, electric capacity nine C
9the other end, resistance four R
4one end, resistance five R
5one end, resistance six R
6one end connect and be connected to positive pole export VCC, light emitting diode two D
2negative pole and chip four U
4on 3 pin connect, light emitting diode two D
2positive pole and resistance five R
5the other end connect, light emitting diode three D
3negative pole and chip four U
4on 4 pin connect, light emitting diode two D
2positive pole and resistance five R
5the other end connect; Chip four U
4on 6 pin and resistance 16 R
16one end connect, resistance 16 R
16the other end be connected to chip three U
3on 11 pin, chip four U
4on 10 pin and resistance six R
6the other end connect, chip four U
4on 14 pin be connected to chip three U
3upper 18 pin, chip four U
4on 15 pin be connected to chip three U
3upper 17 pin, chip four U
4on 16 pin and resistance seven R
7one end connect, resistance seven R
7the other end and chip three U
3upper 19 pin connect, chip four U
4on 17 pin and resistance eight R
8one end connect, resistance eight R
8the other end and chip three U
3upper 5 pin connect.
In described trampoline amusement intelligent apparatus, described sensor circuit comprises chip two U
2, resistance nine R
9, resistance ten R
10, resistance 11 R
11, resistance 12 R
12, resistance 13 R
13, electric capacity ten C
10, electric capacity 11 C
11with electric capacity 12 C
12, wherein, chip two U
2on 1 pin, chip two U
2on 14 pin, electric capacity ten C
10one end, electric capacity 11 C
11one end, resistance nine R
9one end, resistance ten R
10an end be connected to positive pole export VCC, electric capacity ten C
10the other end, electric capacity 11 C
11other end ground connection; Chip two U
2on 2 pin and electric capacity 12 C
12one end connect, chip two U
2on 7 pin and resistance 13 R
13one end connect, electric capacity 12 C
12the other end, resistance 13 R
13the other end, chip two U
2on 5 pin, chip two U
2on 10 pin, chip two U
2on 12 pin to be connected together and ground connection; Chip two U
2on 6 pin and resistance 12 R
12one end connect, resistance 12 R
12the other end and resistance ten R
10the other end connect; Chip two U
2on 4 pin and resistance 11 R
11one end connect, resistance 11 R
11the other end and resistance nine R
9the other end connect; Chip two U
2on 11 pin be connected to chip three U
3on 1 pin.
In described trampoline amusement intelligent apparatus, described processor circuit comprises resistance 14 R
14, resistance 15 R
15, resistance 17 R
17, resistance 18 R
18, electric capacity six C
6, electric capacity eight C
8, electric capacity 13 C
13, electric capacity 14 C
14, electric capacity 15 C
15, light emitting diode one D
1, crystal oscillator Y, K switch and socket P, wherein, chip three U
3on 4 pin, electric capacity 15 C
15one end, 2 pin of K switch, 2 pin of socket P be connected to resistance 18 R
18one end, resistance 18 R
18the other end and light emitting diode one D
1positive pole, electric capacity six C
6one end, electric capacity eight C
8one end, chip three U
315 pin, resistance 17 R
17one end connect and be connected to positive pole export VCC, light emitting diode one D
1negative pole and resistance 14 R
14one end connect, resistance 14 R
14the other end be connected to chip three U
3on 20 pin, electric capacity six C
6the other end, electric capacity eight C
8the other end, chip three U
3on 16 pin to connect and ground connection; Electric capacity 15 C
151 pin of the other end and K switch, 1 pin on socket P connect and ground connection; Chip three U
3on 6 pin be connected to 3 pin on socket P; Chip three U
3on 7 pin be connected to 4 pin on socket P; Resistance 17 R
17the other end and resistance 15 R
15one end connect, resistance 15 R
15the other end be connected to chip three U
3on 12 pin; Chip U
3on 13 pin and 1 pin, electric capacity 14 C of crystal oscillator Y
14one end connect, chip U
3on 14 pin and 3 pin, electric capacity 13 C on crystal oscillator Y
13one end connect, electric capacity 13 C
13the other end and electric capacity 14 C
14other end ground connection.
The utility model trampoline amusement intelligent apparatus is fixed on trampoline, the jump behavior that trampoline carries out is monitored, and the exercise data of monitoring is carried out analytic record, by bluetooth real-time Transmission to client, application software in client makes respective reaction according to the data received, and sporter can carry out Entertainment.
The utility model is applicable to all kinds of trampoline, realizes the monitoring of jumping, and exercise data can be transferred to client, realizes entertainment interactive, strengthens the recreational of trampoline.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model trampoline amusement intelligent apparatus.
Fig. 2 is the STRUCTURE DECOMPOSITION figure of the utility model trampoline amusement intelligent apparatus.
Fig. 3 is the circuit block diagram of the utility model trampoline amusement intelligent apparatus.
Fig. 4 is the power circuit diagram in the utility model circuit.
Fig. 5 is the Bluetooth circuit figure in the utility model circuit.
Fig. 6 is the sensor circuit figure in the utility model circuit.
Fig. 7 is the processor circuit figure in the utility model circuit.
Fig. 8 is scheme of installation of the present utility model.
Fig. 9 is the partial enlarged drawing of Fig. 8.
In accompanying drawing 1 ~ 8,1 represents housing; 1a represents upper shell; 1b represents lower house; 2 indication circuit plates; 3 represent VELCRO; 4 represent power circuit; 5 represent Bluetooth circuit; 6 represent sensor circuit; 7 represent processor circuit; 8 represent trampoline; 8a represents spring.
U
1represent chip one; U
2represent chip two; U
3represent chip three; U
4represent chip four; Y represents crystal oscillator; K represents switch; P represents socket; D1 ~ D
3represent light emitting diode one ~ light emitting diode three; R
1~ R
18represent resistance one ~ resistance 18; C
1~ C
15represent electric capacity one ~ electric capacity 15.
Detailed description of the invention
Contrast accompanying drawing below, by embodiment, the utility model is described in further detail.
With reference to accompanying drawing 1 ~ 8, a kind of trampoline amusement intelligent apparatus, this trampoline amusement intelligent apparatus comprises housing 1 and circuit board 2, described housing 1 comprises upper shell 1a and lower house 1b, lower house 1b is fixedly connected on trampoline, and circuit board 2 is located in lower house 1b, and upper shell 1a covers on lower house 1b; Described lower house 1b is provided with VELCRO 3, and lower house 1b is fixed together by VELCRO 3 and trampoline; Circuit board 2 is provided with electronic circuit, and described electronic circuit comprises chip three U
3, power circuit 4, Bluetooth circuit 5, sensor circuit 6 and processor circuit 7;
Described trampoline amusement intelligent apparatus also comprises client, and client is provided with application software, and exercise data Bluetooth transmission is in client, and the interface in application software makes respective reaction according to exercise data, carries out game interactive;
Described power circuit comprises chip one U
1, battery pack BT, resistance one R
1, resistance two R
2, resistance three R
3, electric capacity one C
1, electric capacity two C
2, electric capacity three C
3, electric capacity four C
4with electric capacity five C
5, wherein, the positive pole of battery pack BT, resistance one R
1one end, one end of resistance three R3, electric capacity one C
1one end, electric capacity two C
2one end and chip one U
1on 1 pin connect, electric capacity one C
1the other end, electric capacity two C
2the other end and chip one U
1on 2 pin to connect and ground connection, resistance one R
1the other end and resistance two R
1an end be connected to chip one U
1on 3 pin, electric capacity five C
5one end and chip one U
1on 4 pin connect, electric capacity three C
3one end, electric capacity four C
4one end, resistance three R
3the other end be connected to chip one U
1on 5 pin and be connected to positive pole export VCC, resistance two R
2the other end, electric capacity three C
3the other end, electric capacity four C
4the other end, electric capacity five C
5the other end to connect with the negative pole of battery pack BT and ground connection;
Described Bluetooth circuit 5 comprises chip four U
4, resistance four R
4, resistance five R
5, resistance six R
6, resistance seven R
7, resistance eight R
8, resistance 16 R
16, electric capacity seven C
7, electric capacity nine C
9, light emitting diode two D
2with light emitting diode three D
3, wherein, chip four U
4on 1 pin and electric capacity seven C
7one end, electric capacity nine C
9one end to connect and ground connection, chip four U
4on 2 pin and electric capacity seven C
7the other end, electric capacity nine C
9the other end, resistance four R
4one end, resistance five R
5one end, resistance six R
6one end connect and be connected to positive pole export VCC, light emitting diode two D
2negative pole and chip four U
4on 3 pin connect, light emitting diode two D
2positive pole and resistance five R
5the other end connect, light emitting diode three D
3negative pole and chip four U
4on 4 pin connect, light emitting diode two D
2positive pole and resistance five R
5the other end connect; Chip four U
4on 6 pin and resistance 16 R
16one end connect, resistance 16 R
16the other end be connected to chip three U
3on 11 pin, chip four U
4on 10 pin and resistance six R
6the other end connect, chip four U
4on 14 pin be connected to chip three U
3upper 18 pin, chip four U
4on 15 pin be connected to chip three U
3upper 17 pin, chip four U
4on 16 pin and resistance seven R
7one end connect, resistance seven R
7the other end and chip three U
3upper 19 pin connect, chip four U
4on 17 pin and resistance eight R
8one end connect, resistance eight R
8the other end and chip three U
3upper 5 pin connect;
Described sensor circuit 6 comprises chip two U
2, resistance nine R
9, resistance ten R
10, resistance 11 R
11, resistance 12 R
12, resistance 13 R
13, electric capacity ten C
10, electric capacity 11 C
11with electric capacity 12 C
12, wherein, chip two U
2on 1 pin, chip two U
2on 14 pin, electric capacity ten C
10one end, electric capacity 11 C
11one end, resistance nine R
9one end, resistance ten R
10an end be connected to positive pole export VCC, electric capacity ten C
10the other end, electric capacity 11 C
11other end ground connection; Chip two U
2on 2 pin and electric capacity 12 C
12one end connect, chip two U
2on 7 pin and resistance 13 R
13one end connect, electric capacity 12 C
12the other end, resistance 13 R
13the other end, chip two U
2on 5 pin, chip two U
2on 10 pin, chip two U
2on 12 pin to be connected together and ground connection; Chip two U
2on 6 pin and resistance 12 R
12one end connect, resistance 12 R
12the other end and resistance ten R
10the other end connect; Chip two U
2on 4 pin and resistance 11 R
11one end connect, resistance 11 R
11the other end and resistance nine R
9the other end connect; Chip two U
2on 11 pin be connected to chip three U
3on 1 pin;
Described processor circuit 7 comprises resistance 14 R
14, resistance 15 R
15, resistance 17 R
17, resistance 18 R
18, electric capacity six C
6, electric capacity eight C
8, electric capacity 13 C
13, electric capacity 14 C
14, electric capacity 15 C
15, light emitting diode one D
1, crystal oscillator Y, K switch and socket P, wherein, chip three U
3on 4 pin, electric capacity 15 C
15one end, 2 pin of K switch, 2 pin of socket P be connected to resistance 18 R
18one end, resistance 18 R
18the other end and light emitting diode one D
1positive pole, electric capacity six C
6one end, electric capacity eight C
8one end, chip three U
315 pin, resistance 17 R
17one end connect and be connected to positive pole export VCC, light emitting diode one D
1negative pole and resistance 14 R
14one end connect, resistance 14 R
14the other end be connected to chip three U
3on 20 pin, electric capacity six C
6the other end, electric capacity eight C
8the other end, chip three U
3on 16 pin to connect and ground connection; Electric capacity 15 C
151 pin of the other end and K switch, 1 pin on socket P connect and ground connection; Chip three U
3on 6 pin be connected to 3 pin on socket P; Chip three U
3on 7 pin be connected to 4 pin on socket P; Resistance 17 R
17the other end and resistance 15 R
15one end connect, resistance 15 R
15the other end be connected to chip three U
3on 12 pin; Chip U
3on 13 pin and 1 pin, electric capacity 14 C of crystal oscillator Y
14one end connect, chip U
3on 14 pin and 3 pin, electric capacity 13 C on crystal oscillator Y
13one end connect, electric capacity 13 C
13the other end and electric capacity 14 C
14other end ground connection.
During use, the utility model trampoline amusement intelligent apparatus is fixed on the spring 8a of trampoline 8, the data in monitoring sporter jump process, and bluetooth data can be transferred to client, carry out game interactive.
Claims (7)
1. a trampoline amusement intelligent apparatus, it is characterized in that this trampoline amusement intelligent apparatus comprises housing and circuit board, housing is fixed on trampoline, and circuit board is located in housing, and circuit board is provided with electronic circuit, and described electronic circuit comprises chip three U
3, power circuit, Bluetooth circuit, sensor circuit and processor circuit.
2. trampoline amusement intelligent apparatus according to claim 1, it is characterized in that described housing comprises upper shell and lower house, lower house is fixedly connected on trampoline, and circuit board is located in lower house, and upper case cover is combined on lower house.
3. trampoline amusement intelligent apparatus according to claim 2, it is characterized in that described lower house is provided with VELCRO, lower house is fixed together by VELCRO and trampoline.
4. trampoline amusement intelligent apparatus according to claim 1 and 2, is characterized in that described power circuit comprises chip one U
1, battery pack BT, resistance one R
1, resistance two R
2, resistance three R
3, electric capacity one C
1, electric capacity two C
2, electric capacity three C
3, electric capacity four C
4with electric capacity five C
5, wherein, the positive pole of battery pack BT, resistance one R
1one end, resistance three R
3one end, electric capacity one C
1one end, electric capacity two C
2one end and chip one U
1on 1 pin connect, electric capacity one C
1the other end, electric capacity two C
2the other end and chip one U
1on 2 pin to connect and ground connection, resistance one R
1the other end and resistance two R
1an end be connected to chip one U
1on 3 pin, electric capacity five C
5one end and chip one U
1on 4 pin connect, electric capacity three C
3one end, electric capacity four C
4one end, resistance three R
3the other end be connected to chip one U
1on 5 pin and be connected to positive pole export VCC, resistance two R
2the other end, electric capacity three C
3the other end, electric capacity four C
4the other end, electric capacity five C
5the other end to connect with the negative pole of battery pack BT and ground connection.
5. trampoline amusement intelligent apparatus according to claim 1 and 2, is characterized in that described Bluetooth circuit comprises chip four U
4, resistance four R
4, resistance five R
5, resistance six R
6, resistance seven R
7, resistance eight R
8, resistance 16 R
16, electric capacity seven C
7, electric capacity nine C
9, light emitting diode two D
2with light emitting diode three D
3, wherein, chip four U
4on 1 pin and electric capacity seven C
7one end, electric capacity nine C
9one end to connect and ground connection, chip four U
4on 2 pin and electric capacity seven C
7the other end, electric capacity nine C
9the other end, resistance four R
4one end, resistance five R
5one end, resistance six R
6one end connect and be connected to positive pole export VCC, light emitting diode two D
2negative pole and chip four U
4on 3 pin connect, light emitting diode two D
2positive pole and resistance five R
5the other end connect, light emitting diode three D
3negative pole and chip four U
4on 4 pin connect, light emitting diode two D
2positive pole and resistance five R
5the other end connect; Chip four U
4on 6 pin and resistance 16 R
16one end connect, resistance 16 R
16the other end be connected to chip three U
3on 11 pin, chip four U
4on 10 pin and resistance six R
6the other end connect, chip four U
4on 14 pin be connected to chip three U
3upper 18 pin, chip four U
4on 15 pin be connected to chip three U
3upper 17 pin, chip four U
4on 16 pin and resistance seven R
7one end connect, resistance seven R
7the other end and chip three U
3upper 19 pin connect, chip four U
4on 17 pin and resistance eight R
8one end connect, resistance eight R
8the other end and chip three U
3upper 5 pin connect.
6. trampoline amusement intelligent apparatus according to claim 1 and 2, is characterized in that described sensor circuit comprises chip two U
2, resistance nine R
9, resistance ten R
10, resistance 11 R
11, resistance 12 R
12, resistance 13 R
13, electric capacity ten C
10, electric capacity 11 C
11with electric capacity 12 C
12, wherein, chip two U
2on 1 pin, chip two U
2on 14 pin, electric capacity ten C
10one end, electric capacity 11 C
11one end, resistance nine R
9one end, resistance ten R
10an end be connected to positive pole export VCC, electric capacity ten C
10the other end, electric capacity 11 C
11other end ground connection; Chip two U
2on 2 pin and electric capacity 12 C
1one end of 2 connects, chip two U
2on 7 pin and resistance 13 R
13one end connect, electric capacity 12 C
12the other end, resistance 13 R
13the other end, chip two U
2on 5 pin, chip two U
2on 10 pin, chip two U
2on 12 pin to be connected together and ground connection; Chip two U
2on 6 pin and resistance 12 R
12one end connect, resistance 12 R
12the other end and resistance ten R
10the other end connect; Chip two U
2on 4 pin and resistance 11 R
11one end connect, resistance 11 R
11the other end and resistance nine R
9the other end connect; Chip two U
2on 11 pin be connected to chip three U
3on 1 pin.
7. trampoline amusement intelligent apparatus according to claim 1 and 2, is characterized in that described processor circuit comprises resistance 14 R
14, resistance 15 R
15, resistance 17 R
17, resistance 18 R
18, electric capacity six C
6, electric capacity eight C
8, electric capacity 13 C
13, electric capacity 14 C
14, electric capacity 15 C
15, light emitting diode one D
1, crystal oscillator Y, K switch and socket P, wherein, chip three U
3on 4 pin, electric capacity 15 C
15one end, 2 pin of K switch, 2 pin of socket P be connected to resistance 18 R
18one end, resistance 18 R
18the other end and light emitting diode one D
1positive pole, electric capacity six C
6one end, electric capacity eight C
8one end, chip three U
315 pin, resistance 17 R
17one end connect and be connected to positive pole export VCC, light emitting diode one D
1negative pole and resistance 14 R
14one end connect, resistance 14 R
14the other end be connected to chip three U
3on 20 pin, electric capacity six C
6the other end, electric capacity eight C
8the other end, chip three U
3on 16 pin to connect and ground connection; Electric capacity 15 C
151 pin of the other end and K switch, 1 pin on socket P connect and ground connection; Chip three U
3on 6 pin be connected to 3 pin on socket P; Chip three U
3on 7 pin be connected to 4 pin on socket P; Resistance 17 R
17the other end and resistance 15 R
15one end connect, resistance 15 R
15the other end be connected to chip three U
3on 12 pin; Chip U
3on 13 pin and 1 pin, electric capacity 14 C of crystal oscillator Y
14one end connect, chip U
3on 14 pin and 3 pin, electric capacity 13 C on crystal oscillator Y
13one end connect, electric capacity 13 C
13the other end and electric capacity 14 C
14other end ground connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520480971.0U CN204996047U (en) | 2015-07-06 | 2015-07-06 | Trampoline amusement intelligence device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520480971.0U CN204996047U (en) | 2015-07-06 | 2015-07-06 | Trampoline amusement intelligence device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204996047U true CN204996047U (en) | 2016-01-27 |
Family
ID=55152954
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520480971.0U Expired - Fee Related CN204996047U (en) | 2015-07-06 | 2015-07-06 | Trampoline amusement intelligence device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204996047U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104984512A (en) * | 2015-07-06 | 2015-10-21 | 上海泡派信息科技有限责任公司 | Intelligent trampoline recreation device |
-
2015
- 2015-07-06 CN CN201520480971.0U patent/CN204996047U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104984512A (en) * | 2015-07-06 | 2015-10-21 | 上海泡派信息科技有限责任公司 | Intelligent trampoline recreation device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160127 Termination date: 20170706 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |