TWM484584U - Power winch display panel - Google Patents

Description

Power winch display panel

The present invention relates to a power winch display panel, and more particularly to a power winch display panel which can clearly show the operation state and related information when the power winch is operated, thereby improving the safety of the overall power winch.

According to the "Power Winch" is a kind of hoisting power equipment for lifting or lowering heavy objects by power, and also known as "winding machine" or "lifting hoist". The place used is like vertical lifting of heavy building hanging goods, or installed on jeep, off-road vehicle for towing it or self-rescue moving (away from danger). The conventional power winch generally uses a winch body because it uses the action of the receiving and unloading cable to pull the heavy object or the load. Therefore, the inner side is provided with a power source (such as a motor), and the generated power is transmitted through the internal shaft. Actuating a deceleration device disposed on the other side, the deceleration device is internally driven by a plurality of stages (for example, a planetary gear set) and a transmission to drive a cable wheel disposed in the main body of the winch to be wound around The cable on the cable can be rotated forward or reversed, that is, the power winch uses power to control the forward and reverse movement of the cable to further control the cable to be released or retracted. The action of the steel cable is provided; the power winch is further provided with an electric control device, which is generally connected to the power source by a box-shaped body (so often referred to as an electric control box), and a power switch body is disposed on the surface of the winch body. In order to control the conduction (CLOSE) or disconnection (OPEN) between the power source and an external power source (such as a vehicle battery); the electronic control device can be connected to another via a socket The wired hand-held controller is wired, or the electronic control device can be wirelessly connected to an additional wireless hand-held controller for the wired hand-held controller or the wireless hand-held controller Through the operation of the connection with the electronic control device, the function of starting or stopping the power source is remotely controlled.

The power winch is often installed on the vehicle and used as a disaster relief. Therefore, according to the experience of many users, the conventional power winch has the following safety concerns:

1. When the power winch is used, the voltage of the vehicle battery (battery) will drop rapidly. The correct use method is to use the power winch when the vehicle engine must be started (to charge the battery) to avoid the battery voltage being too low, resulting in the last vehicle being unable to The dilemma of launching, and even adversely affecting security. However, in actual use, many operators often ignore the importance of the engine engine must be launched, sometimes it is to deal with emergencies (such as rushing time to rescue), so after the vehicle rushes to the scene, the power winch begins to be used when the door is closed. Disaster relief (rescue or rescue), simply forget the need to launch the vehicle, and after the disaster is completed, it may have to be urgently sent for follow-up (emergency delivery to the hospital), but the vehicle will not move. These shortcomings often occur. The reason is that the driving habit of closing the front door is normal (every day), and the disaster relief is not frequent. Therefore, forgetting to use the power winch is really helpless. Most importantly, there is no device on the power winch body or near the installation that can display the battery power, making it difficult for the user to be reminded to pay attention to the vehicle voltage.

2. Because the power winch must pull the heavy object, the power source (such as the motor) must be subjected to great torque when it acts. Therefore, the power source itself is easy to raise the temperature and cause overheating, especially when using power. If the winch is used in an abnormal (emergency) situation such as overweight or dangerous hauling, it is more likely to cause a sudden rise in the power source current, which is relatively high temperature and overheating of the power source. However, the conventional power winch is used by the user. I don't know the temperature inside the power source, so I can't judge when I have to suspend or stop using it. Therefore, it often leads to overheating failure of the power source, and it will burn (destroy) the components of the unit, and the safety problem of heavy objects falling backwards.

3. When the power winch is in use, the operator should be the person who knows the direction of the cable (release or retract direction). However, in the case of emergency use, sometimes it is even darker, and often the operator will Suddenly, it is unclear what the direction of the cable is, and thus the operation is confusing or malfunctioning. The lighter is only delaying the disaster relief time, and the heavy ones may cause further damage.

4. The conventional power winch is provided with a power switch body on the main body to control the conduction (CLOSE) or disconnection (OPEN) between the power source and the external power source (for example, the vehicle battery), but in the case of emergency use, sometimes Even more in the dark, the operator often suddenly does not know whether the power source and the external power supply are in the CLOSE state or in the OPEN state, thus causing operational confusion or malfunction. produce.

5. The conventional power winch does not display any on the main body of the winch when it is connected by the wireless hand-held controller. Sometimes the helper or bystander does not know whether the power winch is activated or not. Action (without warning to cross or turn on the power source), causing damage to people or equipment.

In response to the above-mentioned shortcomings, the creator has intensively conceived R&D creations, and after a long period of hard work, he has created this creation.

The main purpose of this creation is to provide a power winch display panel that can improve the operational safety of the overall power winch by providing a working state and related information that clearly shows the operation of the power winch.

In order to achieve the above purpose, the present invention designs a power winch display panel having a winch body with a power source on one side, and the power generated by the power source is driven by an internal shaft to drive a speed reducer. After the deceleration device is decelerated, the cable wheel disposed in the main body of the winch is rotated, so that the steel wire wound on the cable pulley can be rotated forward or reversely; the winch body is provided with a An electronic control device electrically connected to the power source to control the starting or stopping action of the power source; wherein the front surface of the winch body is provided with a display panel, and the display panel is electrically connected to the electronic control device The display panel includes at least a power activated main display area, a vehicle power supply display area, and a temperature warning display area, wherein the power activated main display area displays the power winch in a usable state by using a light emitting signal The power supply display area of the vehicle displays the power supply of the vehicle installed in the power winch by using a plurality of blocks to emit illumination signals. The amount of state quantity; the temperature warning system when the temperature of the display region of the power source reaches a predetermined value, the light emitting signals to be displayed to warn of a power source to stop operating.

In the above-mentioned power winch display panel, the display panel further includes a power-activated auxiliary display area, which is configured to activate the main display area with the light-emitting signal and simultaneously display the power winch in a usable state in which the power supply is turned on.

In the above-mentioned power winch display panel, the light-emitting signal display of the power-activated sub-display area can also be used as a driving safety warning.

In the above-mentioned power winch display panel, the vehicle power source display area is more matched with different color illuminating signals in different blocks.

In the above-mentioned power winch display panel, the display panel further includes a cable direction display area, which is illuminated by the illuminating signal to indicate the traveling direction of the cable.

In the above-mentioned power winch display panel, the cable direction display area is further divided into two directions of the cable OUT and IN to make the illuminating signal jump.

In the above-mentioned power winch display panel, the display panel further includes a wireless operation display area, and the illuminating signal indicates that the power winch is operated by wireless remote control.

In the above-mentioned power winch display panel, the progressively-bounce illumination signal displayed in the cable direction display area is synchronously converted into a warning light-emitting signal when the temperature warning display area is lit.

1‧‧‧Power winch

10‧‧‧ display panel

11‧‧‧Power activated main display area

111‧‧‧Power activated secondary display area

12‧‧‧Vehicle power supply display area

13‧‧‧Steel cable direction display area

14‧‧‧Wireless operation display area

15‧‧‧Temperature warning display area

20‧‧‧ winch body

21‧‧‧Power source

22‧‧‧Deceleration device

23‧‧‧ cable wheel

24‧‧‧Steel cable

25‧‧‧ four-way roller set

26‧‧‧ hook head

27‧‧‧Electric control device

28‧‧‧ Socket

29‧‧‧ clutch device

The first figure shows an external perspective view of the present embodiment.

The second figure shows a front view of the display panel in the present embodiment.

The third figure is a schematic diagram of the power-activated sub-display area set as an identifiable block in the present embodiment.

Referring to the first figure, the present embodiment is a power winch 1, and its structural feature is that a display panel 10 is disposed on the front side, and other structural components that can make the power winch 1 operate are associated with any conventional power. The winch is similar, and it is not a feature of the creation. However, in order to clearly express the feasibility of the operation of the power winch 1, the overall disclosure is as follows.

The power winch 1 of the present embodiment has a winch body 20, and a power source 21 (such as a motor) is disposed on one side thereof. The power generated by the power source 21 is transmitted via an internal shaft (not shown) to drive one. The deceleration device 22 is disposed on the other side, and after the deceleration device 22 is internally decelerated by a plurality of stages (for example, the deceleration of the planetary gear set is set), the cable wheel 23 disposed in the winch body 20 is finally rotated. The cable 24 wound on the cable pulley 23 can be rotated forward or reversely; the winch body 20 is provided with a four-way roller set 25 at a position corresponding to the exit of the cable pulley 23. To limit the range of movement of the cable 24; a hook 26 is fixed at the outermost end of the cable 24 to facilitate hooking; the winch body 20 is used to connect (use) an external power source, most commonly because of the installation It is used on vehicles, so it will guide (use) the power supply (ie battery) of the vehicle. If it is installed at a high place to hang heavy objects, it will guide (use) the power supply in the vicinity (such as mains). However, it must be corresponding to the use of direct current or alternating current, which is not to be rumored.

An electric control device 27 is disposed in the space above the cable pulley 23 in the winch body 20, and is electrically connected to the power source 21 and the external power source (for example, a vehicle battery), and is connected to the winch body 20 A power switch body is disposed on the surface to control the CLOSE or OPEN between the power source 21 and an external power source (such as a vehicle battery); the electronic control device 27 can be connected to the socket 28 via a socket 28 An additional wired hand-held controller (not shown) is wired for connection to the wired hand-held controller via a wired connection with the electronic control unit 27 to achieve wired remote control of the power. The function of the winch 1; alternatively, the electronic control unit 27 can also be wirelessly connected with an additional wireless hand-held controller (not shown) for electronic control on the wireless hand-held controller. The operation of the wireless connection between the devices 27 achieves the wireless remote control of the power winch 1; in addition, in order to facilitate the user to manually pull out the cable 24 in an emergency situation (ie, no power is released from the cable), the deceleration device 22 The front end is provided with a clutch device 29, which can be selectively disconnected Power enters the deceleration device 22 to stop the power control 23 of the cable pulley.

The power winch 1 of the present embodiment is provided with a display panel 10 on the front surface of the winch body 20, and the display panel 10 is electrically connected to the electronic control device 27, mainly on the panel, which is provided with a plurality of different displayable power winches 1 The display block of the action state, as shown in the second figure, the display block on the display panel 10 includes: a power start main display area 11, a power start sub display area 111, and a vehicle power The source power display area 12, a cable direction display area 13, a wireless operation display area 14, and a temperature warning display area 15. The display panel 10 is disposed at the most prominent position on the front surface of the winch body 20, so that a person standing within a certain distance, whether an operator, a helper or a viewer, can clearly see the display panel 10 The status displayed by each display block.

Each display block on the display panel 10 has the following effects when used:

1. The power-start main display area 11 is when the power switch body of the power winch 1 is turned on (TURN ON) to make power between the power source 21 of the power winch and a power source (for example, a vehicle battery) that is connected to the lead. When the CLOSE is turned on, the light-emitting signal is immediately illuminated, and the power-on main display area 11 can be a symbol area similar to a battery. When it is lit, it is clear that the power winch 1 is in the power supply. In use status. Then, when the power winch 1 is not in use, the power switch body of the power winch 1 is turned off (TURN OFF), and the power source 21 of the power winch is electrically disconnected from the external power source (for example, a vehicle battery). When OPEN, the power activates the main display area 11 (i.e., the symbol area of the similar battery) to be extinguished immediately. Therefore, any person (whether an operator, a helper or a viewer) can know that the power winch 1 is in a usable state (CLOSE) as long as the power is activated to activate the main display area 11 or It is in the state of discontinuation of the power-off (OPEN) to avoid the occurrence of operational malfunction.

2. The power-on sub-display area 111 is configured to set an identifiable block formed by a character such as a character, a symbol or a pattern on the display panel 10, and when the power switch body of the power winch 1 is pressed and turned on (TURN ON) When the power source 21 of the power winch is electrically connected (CLOSE) to the external power source (for example, a vehicle battery), the main display area 11 (ie, the symbol area of the similar battery) is activated immediately. In addition, the power activated sub-display area 111 (ie, the identifiable block) also lights up at the same time to help clearer It is expressed that the power winch 1 is in a usable state in which the power is turned on. Then, when the power source 21 of the power winch 1 and the external power source (for example, the vehicle battery) are electrically disconnected (OPEN), the power activation main display area 11 and the power activation sub display area 111 are collectively extinguished. Therefore, by the power to activate the main display area 11 and the power-on sub-display area 111 to be lit or extinguished together, any viewer can know more quickly that the power winch 1 is in a usable state (CLOSE). Or in the power-off state (OPEN) to stop using, to avoid the occurrence of operational errors.

3. The illuminating signals of the power-on main display area 11 and the power-on sub-display area 111 are illuminate or extinguished together, when the vehicle installed in the power winch 1 is stopped (not walking) or below a certain speed, There is no basis for identification between the power source 21 of the power winch 1 and the vehicle power source (battery). Therefore, if the vehicle is in a walking state above a certain speed, the circuit design and configuration should be such that the power source 21 is powered off (to avoid malfunction), and the power starts the illumination signal of the main display area 11 and the power activation sub-display area 111. Both are extinguished to indicate that the power winch 1 is in an off state of being powered off (OPEN). However, since the power activated sub-display area 111 is located at the conspicuous part of the overall power winch 1, and the power winch 1 is often installed in a prominent position directly in front of the vehicle, the circuit design and configuration can be set to be when the vehicle is walking. The power-activated sub-display area 111 is turned on by the manual control of the circuit by the automatic control or the setting of a switch body, so as to provide a safety warning function for the follower to pay attention to when the vehicle walks. The power activated sub-display area 111 is set as an identifiable block formed by a character such as a character, a symbol or a pattern (as shown in the third figure), and of course, a trademark may be built therein to display the power winch 1 (or vehicle). The brand also has the practical effect of reminding the parties to pay attention to safety.

4. The vehicle power source display area 12 is used to display the state of the power (battery) of the vehicle installed in the power winch 1 because the power winch 1 is often installed. It is used on a vehicle and uses the power source (battery) of the vehicle. Therefore, when operating the power winch 1, it is necessary to avoid the power (voltage) of the vehicle (the battery) is too low, causing the vehicle to be unable to start. The effect is safe, so it is normal to use the power winch 1 in the case of starting the vehicle (simultaneous charging), but in fact many people will forget the importance of starting the vehicle; for this reason, the creation creates the vehicle's power supply. The display area 12 uses a plurality of blocks to display the state of the amount of power, especially in different blocks, which are displayed with different colors of light signals to indicate the loss of the vehicle power (voltage); as shown in the second figure, The vehicle power supply display area 12 of the present invention is arranged in a fan shape by five grid blocks, wherein the leftmost one block is displayed by a red light emitting signal, and the two blocks arranged to the right side are displayed by a yellow light emitting signal. Then the two rightmost blocks are displayed with a green light, so when the power switch body of the power winch 1 is pressed (TURN ON), the power is turned on. When the power source 21 of the vehicle and the vehicle power source (battery) are turned on (CLOSE), the vehicle power source display area 12 (ie, five), except that the power start main display area 11 and the power start sub display area 111 are immediately illuminated together. The grid block also lights up at the same time, indicating that the vehicle is full of power; then, when the power winch 1 is started (ie, the cable 24 starts to be released or pulled back), the power source 21 (for example, a motor) is rotated due to the large amount of power required. Therefore, the vehicle power source display area 12 will first extinguish the three grid block to the left, that is, the yellow-grass green-grass green block is extinguished, and then the power source 21 (for example, the motor) is rotated stably, the vehicle power source display area 12 is Turn back to the right, that is, the yellow-grass green block is bright, and the right green grass block is not fully charged due to the power consumption. Therefore, the phenomenon of the four-block block shows the vehicle. The power source (battery) is in a good state; then when the power winch 1 is stopped (ie, the cable 24 is stopped), since the power is not consumed, the vehicle power-discharge display area 12 is turned into a five-block block. However, when the power winch 1 is used, the vehicle is simultaneously activated (charged). In the best case, if the vehicle is not started (charging) when the power winch 1 is used, it will be seen that the block that is lit in the power supply display area 12 of the vehicle is gradually decreasing, and may be lit from left to right "red - The yellow-yellow-grass green four-block block will soon turn into a "red-yellow-yellow" three-block block. This means that the battery of the vehicle is running low. It should be charged immediately (start the vehicle) and continue to use it. I will see that only the red-yellow block is lit. This means that the battery power of the vehicle is almost insufficient. It really needs to be charged immediately. If only the "red" block is lit, it means that the battery power of the vehicle is no longer available. The vehicle is started, so the use of the winch body 20 should be stopped immediately. When only the "red-yellow" two-block block is lit or only the "red" block is lit, the circuit design and configuration can change the mode of the light-on mode to a fast flashing mode, which is strongly reminded to use. The vehicle should be rushed to charge the battery to ensure the overall safety of the vehicle when using the power winch 1.

5. The cable direction display area 13 is arranged laterally in the space between the power start sub-display area 111 and the vehicle power source display area 12, and is set as a left and right area, both of which are oriented by a plurality of (for example, three grids) The inner triangular triangles are arranged to be arranged. When the cable 24 (CABLE OUT) is operated, the cable direction display area 13 of the left and right regions starts to be illuminated by the innermost block (for example, yellow light). Gradually illuminate (repeating from inside to outside), let the viewer see that it is the action of releasing the cable 24 (CABLE OUT) at a glance; otherwise, when the operation pulls back the cable 24 (CABLE IN), The cable direction display area 13 of the two areas starts to be progressively illuminated by the illuminating signal (for example, yellow light) from the outermost block (repeating from outside to inside), so that the viewer can see this at a glance. The time is to pull back the cable 24 (CABLE OUT). Therefore, the operator or the helper can clearly know the direction in which the cable 24 travels at any time (especially when the sky is dim) as long as the direction of the illuminating signal in the cable direction display area 13 is viewed (outward or inward). To avoid malfunctions in operation occur.

6. The wireless operation display area 14 is a symbol area of wireless transmission, which can be clearly illuminated by a illuminating signal (for example, blue light), and functions as an additional wireless hand-held controller (not shown). When the electronic control device 27 achieves wireless connection, the illumination signal (for example, blue light) is clearly illuminated, indicating that the power winch 1 is in use during power-on and is operated by wireless remote control to avoid the occurrence of operational malfunction.

7. The temperature warning display area 15 is formed by a thermometer and a symbol area formed by a wave indicating overheating, which can be clearly illuminated by a illuminating signal (for example, red light), and the function is when the electronic control unit 27 is powered. When the temperature monitoring of the source 21 reaches a set value (the set value is set in advance), the illuminating signal (red light) is clearly illuminated, especially the fast flashing light, to warn the operator that the power source 21 must be stopped as soon as possible. Operate to avoid burning. In addition, the illuminating signal displayed by the cable direction display area 13 in the outward or inward direction is also synchronously changed from the original color (for example, yellow light) to a warning color (for example, red light) to help more clearly display the power. The temperature of the source 21 is overheated, so that the operator or the helper clearly sees that the warning light (such as red light) is on, and timely response is made to ensure safety.

It can be seen from the above description that the present invention mainly provides a display panel on the front surface of the power winch, and the display panel is electrically connected with the electric control device of the power winch, and at least includes a power start main display area and a power start sub display area. a vehicle power source display area, a cable direction display area, a wireless operation display area, and a temperature warning display area, wherein the power start main display area displays the power winch in a usable state in which the power winch is in a conductive state The power activation sub-display area also displays the power winch in a usable state in which the power winch is turned on by the illumination signal, and the illumination signal display of the power activation sub-display area can also be used as a traffic safety warning; the vehicle power supply display area The lighting winch is used to display the installation of the power winch in several blocks. The state of the power supply on the vehicle, especially in different blocks, the light signal of different colors is matched; the cable display area is illuminated by the illuminating signal, indicating the traveling direction of the cable, especially the steel cable OUT And the two directions of the IN cause the illuminating signal to jump; the wireless operation display area indicates that the power winch is operated by the wireless remote control mode by using the illuminating signal; the temperature warning display area is when the temperature of the power source reaches a set value, The illuminating signal is displayed to warn that the operation of the power source must be stopped.

In summary, the power winch display panel disclosed in this creation, in addition to the creativity and novelty that has never been seen before, also clearly shows the operating state and related information during the operation of the power winch, thereby improving the overall driving force. The utility of the safety of the winch is used. When the patent requirements have been met, the patent application is filed according to law.

10‧‧‧ display panel

11‧‧‧Power activated main display area

111‧‧‧Power activated secondary display area

12‧‧‧Vehicle power supply display area

13‧‧‧Steel cable direction display area

14‧‧‧Wireless operation display area

15‧‧‧Temperature warning display area

Claims (8)

The utility model relates to a power winch display panel. The power winch has a winch main body, and a power source is arranged on one side thereof. The power generated by the power source is driven by an internal shaft to drive a deceleration device. After the deceleration device is decelerated, Driving a cable wheel disposed in the main body of the winch to rotate the wire rope wound on the cable wheel for forward rotation or reverse rotation; the winch body is electrically connected to the power source. An electronic control device for controlling the start or stop operation of the power source; wherein: a display panel is disposed on the front surface of the winch body, and the display panel is electrically connected to the electronic control device, and the display panel includes at least one power start a main display area, a vehicle power supply display area and a temperature warning display area, wherein the power activation main display area displays the power winch in a usable state in which the power supply is turned on by a lighting signal; the vehicle power supply display area Illuminating signals in a number of blocks to indicate the state of the power supply on the vehicle installed in the power winch; the temperature warning Flora shows when the temperature of the power source reaches a predetermined value, the light emitting signals to be displayed to warn of a power source to stop operating. The power winch display panel of claim 1, wherein the display panel further comprises a power activation sub-display area, wherein the main display area is activated by the illumination signal and the power winch is displayed. Available in state. The power winch display panel of claim 2, wherein the light-emitting signal display of the power-activated sub-display area is further used as a traffic safety warning. The power winch display panel of claim 1, wherein the vehicle power source display area is matched with different color illuminating signals in different blocks. The power winch display panel of claim 1, wherein the display panel further comprises a cable direction display area, which is illuminated by the illuminating signal to indicate the traveling direction of the cable. The power winch display panel according to claim 5, wherein the cable direction display area is further divided into two directions of the cable OUT and IN to cause the illuminating signal to jump. The power winch display panel of claim 1, wherein the display panel further comprises a wireless operation display area, wherein the power winch indicates that the power winch is operated by wireless remote control. The power winch display panel of claim 5, wherein the progressively-bounced illuminating signal displayed in the cable direction display area is synchronously converted into a warning light when the temperature warning display area is illuminated. Signal.