TWM547099U

TWM547099U - Mechanical level-adjustment device with synchronous one-to-many displaying

Info

Publication number: TWM547099U
Application number: TW106206096U
Authority: TW
Inventors: Jia-Hua Cai
Original assignee: Jia-Hua Cai
Priority date: 2017-05-02
Filing date: 2017-05-02
Publication date: 2017-08-11
Also published as: CN208398861U

Description

One-to-many synchronous display mechanical adjustment level device

本創作係為一對多同步顯示機械調整水平裝置，因其感測主機與顯示子機是透過無線的方式來進行同步數據傳輸，可無需往返查看在待調校機械上感測主機所顯示之傾斜數據，進而達成節省機械安裝調校時所需的時間、人力。 This creation system is a one-to-many synchronous display mechanical adjustment level device. Because the sensing host and the display sub-machine are wirelessly transmitted for synchronous data transmission, it is possible to display the sensing host on the to-be-tuned machine without going back and forth. Tilt the data to achieve the time and labor required to save the mechanical installation adjustment.

在傳統機械安裝調校時，因感測主機是置於待調校之機械平面上，而機械調校工作人員往往都需要機械的底部或角落來進行機械調校。而傳統的作法，常是機械調校工作人員一進行過機械調校就需再到感測主機所在的位置進行傾斜數據確認，再依新傾斜數據再到相對應需調校的機械位置來進行下一次機械調校，此動作需不斷返復直到機械調校結束。而隨著機械規模越大時，所需調校的位置、螺絲也就越多，所以因往返查看傾斜數據所花費的人力、時間也就越多。所以在傳統機械安裝調校上因需不斷往返查看傾餘數據，而產生相當大的人力、時間成本。 In the traditional mechanical installation adjustment, because the sensing host is placed on the mechanical plane to be calibrated, the mechanical adjustment staff often needs the bottom or corner of the machine for mechanical adjustment. In the traditional practice, the mechanical adjustment staff often needs to go to the position where the sensing host is located to perform the tilt data confirmation, and then according to the new tilt data and then to the mechanical position corresponding to the adjustment. The next mechanical adjustment, this action needs to be repeated until the mechanical adjustment is over. As the size of the machine increases, the more positions and screws that need to be adjusted, the more manpower and time it takes to view the tilt data. Therefore, in the traditional mechanical installation adjustment, it is necessary to continuously and repeatedly view the dumped data, which results in considerable manpower and time cost.

再者一般感測主機與顯示子機是透過有線的傳輸方式，而此方式常會受限於場地、設備上的設施不足而造成使用上的不便，且也會因為拉扯到電線而影響量測結果。 In addition, the general sensing host and the display sub-machine are transmitted through a wire, and this method is often limited by the inconvenience of using the facilities on the site and the device, and the measurement result is affected by pulling the wire. .

又因一般感測主機是與一台顯示子機搭配，而常在機械調校時是需要數名工作人員在不同的位置同時進行調校，顯示子機數量上的不足也是造成調校工作上的不便、費時。 Because the general sensing host is paired with a display sub-machine, but often in mechanical adjustment At the same time, several staff members need to be adjusted at different positions at the same time. The shortage of the number of display sub-machines is also inconvenient and time-consuming for the adjustment work.

本創作的目的係為一種一對多同步顯示機械調整水平裝置，應用於機械安裝調校時同步多顯示。該裝置包含：一感測主機，置於待調校之機械平面上，並能量測顯示其待測機械之傾斜程度；以及數個顯示子機，與其感測主機係為透過無線數據傳輸方式的獨立個體。本裝置能讓機械安裝調校工作人員在機械各處透過顯示子機查看同步的傾斜數據，並能依其顯示數據予於相對應的機械調校。而無需往返查看感測主機上顯示之傾斜數據，所以機械調校工作人員只需透過各個顯示子機，即可得知同步的傾斜數據而進行相對應之機械調校，進而達成節省機械安裝調校時所需的時間、人力。 The purpose of this creation is a one-to-many synchronous display mechanical adjustment level device, which is applied to synchronous multi-display when mechanical installation adjustment. The device comprises: a sensing host placed on a mechanical plane to be calibrated, and an energy measurement indicating the inclination of the machine to be tested; and a plurality of display sub-machines, and the sensing host is transmitted through the wireless data transmission mode Independent individual. The device enables the mechanical installation adjustment staff to view the synchronized tilt data through the display sub-machines throughout the machine, and can display the data according to the corresponding mechanical adjustment. There is no need to go back and forth to view the tilt data displayed on the sensing host. Therefore, the mechanical tuning staff can know the synchronized tilt data and perform the corresponding mechanical adjustment through the respective display slaves, thereby achieving mechanical saving adjustment. The time and manpower required for school.

1‧‧‧一對多同步顯示機械水平裝置 1‧‧‧One-to-many synchronous display mechanical level device

2‧‧‧感測主機 2‧‧‧Sensing host

21‧‧‧待調校之機械 21‧‧‧Mechanical to be calibrated

211‧‧‧調校工作人員 211‧‧ ‧ adjustment staff

3‧‧‧顯示子機 3‧‧‧Display sub-machine

4‧‧‧無線數據傳輸發射端 4‧‧‧Wireless data transmission transmitter

41‧‧‧無線數據傳輸接收端 41‧‧‧Wireless data transmission receiver

第一圖係為本創作之示意圖 The first picture is a schematic diagram of the creation

請參閱第一圖，係為本創作之一對多同步顯示機械調整水平裝置1之示意圖。如圖所示，該一對多同步顯示機械調整水平裝置1包括一感測主機2、一顯示子機3。 Please refer to the first figure, which is a schematic diagram of one of the creations of the multi-synchronous display mechanical adjustment level device 1. As shown, the one-to-many synchronous display mechanical adjustment level device 1 includes a sensing host 2 and a display sub-machine 3.

將感測主機2置於待調校之機械21平面上，而顯示子機3，則由調校工作人員211帶往待調校之機械21的各處來進行同步顯示傾斜數據進而予於機械調校工作。 The sensing host 2 is placed on the plane of the machine 21 to be calibrated, and the display unit 3 is taken by the calibration staff 211 to the various machines 21 to be calibrated to simultaneously display the tilt data and then to the machine. Adjust the work.

而感測主機2能量測並顯示單軸至雙軸的傾斜數據；而與顯示子機3的無線數據傳輸能透過如藍芽、wifi、超音波、紅外線、無線電波、來進行數據傳輸。 And sensing the host 2 energy measurement and displaying the tilt data from single axis to two axes; The wireless data transmission of the display unit 3 can transmit data through, for example, Bluetooth, wifi, ultrasonic, infrared, radio waves.

另一方面，感測主機2能搭配多台顯示子機3，能讓多位調校工作人員211帶至待調校之機械21的各處。 On the other hand, the sensing host 2 can be equipped with a plurality of display sub-machines 3, so that a plurality of calibration workers 211 can be brought to all places of the machine 21 to be calibrated.

而顯示子機3只需顯示所收到的傾斜數據資料，所以只要是能符合與感測主機2的無線通訊模式的顯示設備即可，所以能達而一對多顯示。也因於此所以顯示子機3能透過像應用軟體、APP來顯示於如螢幕、手機、平板電腦、筆記型電腦此類之顯示設備上。 On the other hand, the display slave unit 3 only needs to display the received tilt data, so that it can be displayed in one-to-many display as long as it is a display device that can conform to the wireless communication mode of the sensing host 2. Because of this, the display sub-machine 3 can be displayed on a display device such as a screen, a mobile phone, a tablet computer, or a notebook computer through an application software or an APP.

2‧‧‧感測主機 2‧‧‧Sensing host

21‧‧‧待調校之機械 21‧‧‧Mechanical to be calibrated

211‧‧‧調校工作人員 211‧‧ ‧ adjustment staff

3‧‧‧顯示子機 3‧‧‧Display sub-machine

Claims

A one-to-many synchronous display mechanical adjustment level device, a sensing host placed on a mechanical plane to be calibrated, and an energy measurement showing the inclination of the machine to be calibrated; and a plurality of display sub-machines, and sensing thereof The host is an independent entity that transmits wireless data. This device allows the mechanical installation and adjustment staff to view the synchronized tilt data through the display sub-machines throughout the machine, and can display the data according to the corresponding mechanical adjustment. There is no need to go back and forth to view the tilt data displayed on the sensing host, so the mechanical tuning staff can know the synchronized tilt data and perform the corresponding mechanical adjustment through the respective display slaves, thereby achieving mechanical saving. The time and manpower required for adjustment.

The one-to-many synchronous display mechanical adjustment level device according to claim 1, wherein the sensing host is a plurality of display sub-machines that transmit wireless data transmission mode, and the display sub-machine can transmit through, for example, Bluetooth, wifi, ultrasonic, Infrared and radio waves are used for wireless data transmission, and the display sub-machine can be displayed on a display device such as a screen, a mobile phone, a tablet computer, or a notebook computer through an application software or an APP.