TWI795062B - Remote light hunting display system - Google Patents

Abstract

A remote light-seeking display system includes a lamp base unit, a network device, a guide column mechanism, a light-finding unit and a central control unit. The lamp base unit has a plurality of lamp positions, and the network connection device is used by the user to connect to the Internet through a program. The light hunting unit is driven by the light hunting unit to move to a predetermined position, and includes a pan-tilt and a lens. The central control unit can be used by the connected device to log in to the system through the Internet, and control the guide post mechanism to drive the displacement of the light-seeking unit according to a light-seeking signal, so that the lens can automatically focus on the light position registered by the remote login. And transmit the real-time picture to the user's networked device. In this way, the purpose of remote light search can be achieved.

Description

Remote light hunting display system

The invention relates to a blessing lamp, in particular to a remote lamp search display system.

Bright lights are a kind of folk belief behavior, also known as peace lights, which are lamps used for blessing in religion. In Taoist temples, there are often bright lights, which means praying for blessings. According to Chinese folk belief, during the first lunar month of the Spring Festival, lighting a lamp for oneself has the meaning of "illuminating the future". In the past, the way of using candles or oil lamps for bright lights caused a lot of troubles due to the shortcomings of a large amount of smoke and not necessarily bright for a long time. Therefore, modern temples are designed with modern tower-shaped bright lights and flat light walls. Many in Taiwan In temples, you can see the bright lamp holders. There are small compartments in each floor, with red light sources inside. The lamp holders are printed or placed with god images, and the outside is pasted or written on the small transparent window. Name, date of birth (often written in red pen).

For a long time, I brought the whole family to the temple on the winter night of the new year, lit incense and worshiped, and looked at the warm happiness of the bright lights. Nowadays, with the busy modern life, many believers cannot come to the temple Burn incense and pray for blessings and check your own lights along the way, so there is an online lighting service. And so that believers can, and check their own light Bright lights give peace of mind to believers, so there is indeed a need to search for lights at a distance.

Therefore, the object of the present invention is to provide a remote light-hunting display system that can solve the problem of remote light-hunting.

Therefore, the remote light-finding display system of the present invention includes a lamp base unit, a network device, a guide post mechanism, a light-finding unit and a central control unit. The lamp base unit has a plurality of lamp positions for users to apply for registration and lighting. The lamp base unit is in the form of a flat lamp wall, and the lamp positions are arranged in a matrix. The guide column mechanism includes a horizontal column extending along a horizontal axis and arranged on the front side of the lamp socket unit, a vertical column extending along a longitudinal axis perpendicular to the horizontal axis and sliding along the horizontal column, A sliding drive member arranged between the horizontal column and the vertical column and capable of driving the vertical column to slide along the horizontal column, a slide seat slidable on the vertical column along the longitudinal axis, and a Between the sliding seat and the lifting drive that can drive the sliding seat to slide along the column, the light-seeking unit is driven by the guide column mechanism to move to a predetermined position, and includes a pan platform, and a detachable mounting on the The pan-tilt and the lens that can automatically focus, the pan-tilt is set on the sliding seat, the central control unit can be used by the networked device to log in to the system through the Internet, and according to the current position of the light-seeking unit and the light of the registrant The built-in position calculation outputs a light-seeking signal, which controls the column of the guide column mechanism to move laterally along the horizontal column, and uses the light-seeking signal to control the slider and the light-seeking unit along the longitudinal axis Lifting and shifting, so that the lens automatically focuses on the light position registered by the remote login, and the real-time picture Transmission to the user's Internet-connected device.

The effect of the present invention lies in: using the position difference calculation between the built-in position of the registrant’s light position and the stop position of the light-seeking unit, and controlling the guide post mechanism to drive the displacement of the light-seeking unit according to the signal of the light-seeking light, so that the lens automatically focuses The lamp position registered by the remote login can achieve the purpose of remote lamp search.

10: Lamp holder unit

11: base

12: Rotating mechanism

13: Tower light

131: light position

20: Networking device

30:Guide column mechanism

31: column

32: sliding seat

33: Sliding drive

40:Light hunting unit

41: Yuntai

42: Lens

50: Central control unit

51: Network module

52: Operation module

521: Potential difference signal

53:Drive module

531: light search signal

10': lamp holder unit

11': light wall

111': light position

20': Networking device

30': guide column mechanism

31': horizontal column

32': column

33': Sliding drive

34': sliding seat

35': Lifting drive

40': light-seeking unit

41': Yunhe

50': Central control unit

51':Network module

52': Operation module

53': drive module

531': light search signal

Y: longitudinal axis

X: Horizontal axis

Other features and functions of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: FIG. 1 is a three-dimensional schematic diagram of a first embodiment of the remote light-finding display system of the present invention; FIG. 2 is the first embodiment of the present invention; A schematic plan view of an embodiment; FIG. 3 is a variation of the first embodiment; FIG. 4 is a schematic block diagram of the first embodiment; FIG. 5 is a second embodiment of the remote lighting display system of the present invention A perspective view; and FIG. 6 is a block view of the second embodiment.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numerals.

Referring to Fig. 1, Fig. 2 and Fig. 4, a first step of the remote light-seeking display system of the present invention An embodiment includes a lamp base unit 10 , a network connection device 20 , a guide column mechanism 30 , a light seeking unit 40 and a central control unit 50 .

The lamp base unit 10 extends along a longitudinal axis Y, and includes a base 11, a rotating mechanism 12 disposed on the base 11, and a tower light 13 installed on the base 11 and driven by the rotating mechanism 12. The rotation mechanism 12 may use a combination of a motor and a speed reducer. This tower light 13 has a plurality of lamp positions 131 that can be used for users to apply for registration and lighting. Paste or write the names and birthdays of believers on the windows.

The network connection device 20 is for the user to use a program to connect to the Internet. The network connection device 20 in this embodiment can be a smart phone, a desktop computer, and the like. And it is for the user to connect to the Internet in a wired or wireless way.

The guide column mechanism 30 can drive the light-seeking unit 40 to move to a predetermined position. The guide column mechanism 30 includes a column 31 extending along the longitudinal axis Y and arranged on one side of the lamp base unit 10, and a column 31 that can extend along the longitudinal axis Y. A sliding seat 32 is slidably disposed on the column 31 in the axial direction Y, and a sliding driving member 33 is disposed between the column 31 and the sliding seat 32 and can drive the sliding seat 32 to slide along the column 31 . The sliding driving member 33 may use a combination of a motor, a lead screw, and a nut, or may use a linear motor.

The light-seeking unit 40 includes a pan-tilt 41 mounted on the slide 32 , and a lens 42 detachably mounted on the pan-tilt 41 and capable of auto-focusing. The platform 41 can be driven by the sliding driving member 33 and move up and down along the column 31 .

The central control unit 50 has a network module 51 , a computing module 52 and a driving module 53 . The network module 51 can be used by a user with an account password to connect to the Internet through the networking device 20 and log in to the central control unit 50 from a remote location. The registrant lamp position 131 is built in the address calculation of the central control unit 50 to output a one-bit difference signal 521, and the drive module 53 can push and output a light-seeking signal 531 by means of the position difference signal 521, and the light-seeking signal 531 Then it is used to control the lamp base unit 10 and the guide post mechanism 30, and the sliding drive member 33 can be used to drive the slide seat 32 to move along the column 31, and drive the pan-tilt 41 and the lens 42 to move up or down To the correct height difference, the light-seeking signal 531 simultaneously controls the rotating mechanism 12 to drive the tower light 13 to rotate to the correct height difference angle, so that the lens 42 automatically focuses on the lamp position 131 registered by the remote login, and turns the tower light 13 The real-time screen is transmitted to the user's networked device.

In order to further understand the functions produced by the cooperation of the various components of the present invention, the technical means used, and the expected effects, the following will be described again, and it is believed that a deeper and specific understanding of the present invention can be obtained from this.

The lamp positions 131 are respectively turned on for believers to log in, displaying the name information of believers and the preset images of gods for praying for fortune in the coming year. The central control unit 50 arranges the addresses of all lamp positions 131. When a user uses the network device 20, such as a personal computer or a smart phone, to access the Internet and log in to the network module 51 after account password authentication, the computing module Group 52 receives the current location information of the light hunting unit 40 and the address information built in the system of the lamp position 131 that the registrant applies for registration, and calculates and outputs the position difference signal 521, the drive module 53 receives the position difference signal 521 and then outputs the light-seeking signal 531, the light-seeking signal 531 controls the sliding driver 33 to drive the sliding seat 32 to move along the column 31, and controls the pan-tilt 41 Lift to the correct height difference after calculation, and at the same time control the rotation of the rotating mechanism 12 to drive the tower light 13 to rotate to the correct height difference angle. At this time, the light hunting unit 40 can search for the light position 131 registered by the registrant, and automatically After focusing, the real-time picture of the light position 131 is sent back to the central control unit 50. After the image is processed by the central control unit 50, the network module 51 is used for the user to use the networked device 20 at any time and place Both can view the real-time light position 131 picture from the far end.

Therefore, use the position difference calculation between the built-in position of the light position of the registrant and the stop position of the light-seeking unit 40, and control the guide post mechanism 30 to drive the pan-tilt 41 and lens 42 of the light-seeking unit 40 according to the light-seeking signal 531 The lifting displacement enables the lens 42 to automatically focus on the light position registered by the remote registrant, which can achieve the purpose of finding the light at the far end.

In the first embodiment of the present invention, a lamp holder unit 10 is used to cooperate with the guide post mechanism 30. However, as shown in the modification example of FIG. The lamp holder units 10 are driven to rotate around the guide post mechanism 30 through a rotary drive member (not shown in the figure), or the guide post mechanism 30 is driven relative to the lamp holder units 10 through a rotary drive member (not shown in the figure). Turning can also achieve the expected purpose of finding lights.

In addition, referring to Fig. 5 and Fig. 6, the second embodiment of the present invention also includes a lamp base unit 10', a network device 20', a guide column mechanism 30', and a light-seeking unit 40' And a central control unit 50'. And the difference from the first embodiment is that the lamp base unit 10' includes a planar lamp wall 11', and the lamp wall 11' has a plurality of lamp positions 111' arranged in a matrix for users to apply for registration and lighting. .

The guide column mechanism 30' includes a horizontal column 31' extending along a transverse axis X and disposed on the front side of the lamp socket unit 10', and a transverse column 31' extending along a longitudinal axis Y perpendicular to the transverse axis X and can be An upright post 32' sliding along the cross post 31', a sliding driver 33' disposed between the cross post 31' and the upright post 32' and capable of driving the upright post 32' to slide along the cross post 31', a A sliding seat 34' disposed on the column 32' slidably along the longitudinal axis Y, and a sliding seat 34' disposed between the column 32 and the sliding seat 34' and capable of driving the sliding seat 34' to slide along the column 32' The lifting drive member 35'.

The cloud platform 41' of the light-seeking unit 40' is arranged on the sliding seat 34'.

The central control unit 50' has a network module 51', a computing module 52' and a driving module 53'. The sliding driving member 33' can be controlled according to the light-seeking signal 531', and the vertical column 32' can be displaced laterally along the horizontal column 31', and the light-hunting unit 40' can be controlled to be displaced along the horizontal axis X, The lifting driving member 35' can also be controlled according to the light-seeking signal 531', and the sliding seat 34' can be slid along the column 32', so as to control the displacement of the light-hunting unit 40' along the longitudinal axis Y.

Therefore, the second embodiment of the present invention can also achieve the same purpose and effect as the first embodiment, and is applicable to different types of lamp socket units 10'.

In summary, the remote light-seeking display system of the present invention has a simple overall structure, And the correct lamp position can be searched remotely, which can really achieve the purpose of the present invention.

But the above-mentioned ones are only embodiments of the present invention, and should not limit the scope of the present invention. All simple equivalent changes and modifications made according to the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. Within the scope covered by the patent of the present invention.

10: Lamp holder unit

11: base

12: Rotating mechanism

13: Tower light

131: light position

20: Networking device

30:Guide column mechanism

31: column

32: sliding seat

33: Sliding drive

40:Light hunting unit

41: Yuntai

42: Lens

Y: longitudinal axis

Claims (1)

A remote light-seeking display system, comprising: a lamp base unit, which has a plurality of lamp positions for users to apply for logging in to turn on the lights, the lamp base unit is a flat light wall, and the lamp positions are arranged in a matrix; a network connection device , for users to use programs to connect to the Internet; a guide column mechanism, including a horizontal column extending along a horizontal axis and arranged on the front side of the lamp holder unit, a vertical axis along a vertical axis perpendicular to the horizontal axis An upright column that extends in the direction and can slide along the horizontal column, a sliding drive member that is arranged between the horizontal column and the upright column and can drive the upright column to slide along the horizontal column, and a sliding driver that can slide along the longitudinal axis a sliding seat on the column, and a lifting drive member arranged between the column and the sliding seat and capable of driving the sliding seat to slide along the column; a light-seeking unit, which is driven by the guide column mechanism and can move to a predetermined position , and includes a pan-tilt, and a lens detachably mounted on the pan-tilt and capable of auto-focusing, the pan-tilt is set on the sliding seat; and a central control unit, which can be used by the network-connected device to log in from the Internet system, and output a light-hunting signal based on the current location of the light-hunting unit and the built-in position of the registrant’s light position. The light signal controls the slider and the light-seeking unit to move up and down along the longitudinal axis, so that the lens automatically focuses on the light position registered by the remote login, and transmits the real-time picture to the user's networked device.

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