CN208951053U - A kind of positioning dispensing Thermal press binding machine - Google Patents
A kind of positioning dispensing Thermal press binding machine Download PDFInfo
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- CN208951053U CN208951053U CN201821278012.0U CN201821278012U CN208951053U CN 208951053 U CN208951053 U CN 208951053U CN 201821278012 U CN201821278012 U CN 201821278012U CN 208951053 U CN208951053 U CN 208951053U
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Abstract
The utility model discloses a kind of positioning dispensing Thermal press binding machines, including workbench, the first hot pressing mechanism, the second hot pressing mechanism, localization tool, point glue equipment, third hot pressing mechanism, the 4th hot pressing mechanism, the first support plate, the 5th hot pressing mechanism, the 6th hot pressing mechanism, the first heating board, the second support plate, the 7th hot pressing mechanism, the 8th hot pressing mechanism and the second heating board；Extraneous back plate main body part is pressed together in the first dispensing portion of extraneous frame members；Extraneous radiating panel is pressed together in the second dispensing portion of the extraneous back plate main body part；8th hot pressing mechanism moves down and pushes down second heating board, so that the second heating board is pressed in extraneous back plate main body part and the extraneous radiating panel upper surface and.It, which can solve, usually carries out gluing for the main body of display backplane, frame and heat sink three by the pure craft of worker in the prior art, cannot achieve accurate positioning, and the problem of time length, low efficiency.
Description
Technical field
The utility model relates to heat pressure adhesive equipment technical field more particularly to a kind of positioning dispensing Thermal press binding machines.
Background technique
In liquid crystal display device, it is production display that main body, frame and the heat sink three of display backplane, which carry out gluing,
One steps necessary of device usually by the main body of display backplane, frame and is dissipated by the pure craft of worker when carrying out the step
Hot plate three carries out glued, in step, manually carries out the main body of backboard, frame and heat sink after bit combination again glue
Water coating is got on, and to complete positioning dispensing, such mode of operation cannot achieve accurate positioning, and no standard measure carries out gluing (i.e.
Not can guarantee product quality), and manually use natural air drying after iron block compacting to solidify when applying glue bond, low efficiency exists
The main body of display backplane, frame and heat sink three are usually carried out to glued, Wu Fashi by worker's pure craft in the prior art
It is now accurately positioned, and time length, low efficiency.
Utility model content
For existing defect, the utility model embodiment provides a kind of positioning dispensing Thermal press binding machine.It can solve
The main body of display backplane, frame and heat sink three are usually carried out to glued, Wu Fashi by worker's pure craft in the prior art
It is now accurately positioned, and the problem of time length, low efficiency.
To achieve the goals above, the technical solution adopted in the utility model are as follows:
A kind of positioning dispensing Thermal press binding machine, including workbench, the first hot pressing mechanism, the second hot pressing mechanism, localization tool,
Point glue equipment, third hot pressing mechanism, the 4th hot pressing mechanism, the first support plate, the 5th hot pressing mechanism, the 6th hot pressing mechanism, first
Heating board, the second support plate, the 7th hot pressing mechanism, the 8th hot pressing mechanism and the second heating board；
Localization tool is set on the table, and the first hot pressing mechanism, the second hot pressing mechanism are actively installed on workbench, extraneous
Frame members are placed on localization tool, and the first hot pressing mechanism is located above localization tool, and the second hot pressing mechanism is located at positioning and controls
Has side, when the first hot pressing mechanism and the second hot pressing mechanism are simultaneously activated, the second hot pressing mechanism moves forward and resists the external world
Frame members, the first hot pressing mechanism move down and push down extraneous frame members, and point glue equipment is set on the table and for the external world
Frame members carry out dispensing processing, to form the first dispensing portion in extraneous frame members；
4th hot pressing mechanism is actively installed on workbench, and the first support plate is located at the 4th hot pressing mechanism output end, so that the
Four hot pressing mechanism output ends drive the first support plate to move up and down, when the first support plate is moved upward, extraneous back plate main body part
It is placed in the first support plate, when the first support plate is moved downward, the first support plate drives extraneous back plate main body part downward
It is mobile, so that extraneous back plate main body part is pressed together in the first dispensing portion of extraneous frame members；
5th hot pressing mechanism, the 6th hot pressing mechanism are actively installed on workbench, in addition, the first heating board is actively installed on work
Make on platform and be located above localization tool, the 5th hot pressing mechanism moves forward and resist the first heating board, and the 6th hot pressing mechanism is past
Lower movement simultaneously pushes down the first heating board, so that the first heating board is pressed in table on extraneous frame members and extraneous back plate main body part
Face；
Second hot pressing mechanism and the 5th hot pressing mechanism move backward, also, the first hot pressing mechanism and the 6th hot pressing mechanism
Up priming when, point glue equipment be used for extraneous back plate main body part carry out dispensing processing, thus on extraneous back plate main body part
Form the second dispensing portion；
Third hot pressing mechanism is actively installed on workbench, and the second support plate is located at third hot pressing mechanism output end, so that the
Three hot pressing mechanism output ends drive the second support plate to move up and down, and extraneous radiating panel is placed in the second support plate, so that
Extraneous radiating panel is pressed together in the second dispensing portion of extraneous back plate main body part；
7th hot pressing mechanism, the 8th hot pressing mechanism are actively installed on workbench, in addition, the second heating board is actively installed on work
Make on platform and be located above localization tool, the 7th hot pressing mechanism moves forward and resist the second heating board, and the 8th hot pressing mechanism is past
Lower movement simultaneously pushes down the second heating board so that the second heating board be pressed in extraneous back plate main body part and and extraneous radiating panel on
Surface.
Further, the first support plate is equipped with metal sensor, and metal sensor is located at the first support plate for detecting
On metal information.
It further, further include controller, metal sensor, controller and the 4th hot pressing mechanism are successively electrically connected, gold
Belong to sensor and metal information detected is sent to controller, controller controls the 4th hot pressing mechanism according to metal information and drives
First support plate moves down.
Further, the first hot pressing mechanism, the second hot pressing mechanism, third hot pressing mechanism, the 4th hot pressing mechanism, the 5th hot pressing
Mechanism, the 6th hot pressing mechanism, the 7th hot pressing mechanism, the 8th hot pressing mechanism are slide unit positioning cylinder.
Further, point glue equipment is equipped with dosing unit, stores dispensing route information and dispensing amount on dosing unit
Information, point glue equipment according to dispensing route information carry out respective routes dispensing handle, point glue equipment according to dispensing amount information into
The corresponding dispensing processing of row.
Further, third hot pressing mechanism output end drives the second support plate to move up and down, when the second support plate is downward
When mobile, the first support plate and the second support plate are in sustained height.
The utility model has the beneficial effect that due to including workbench, the first hot pressing mechanism, the second hot pressing mechanism, determining
Position jig, point glue equipment, third hot pressing mechanism, the 4th hot pressing mechanism, the first support plate, the 5th hot pressing mechanism, the 6th hot press
Structure, the first heating board, the second support plate, the 7th hot pressing mechanism, the 8th hot pressing mechanism and the second heating board；Localization tool is located at work
Make on platform, the first hot pressing mechanism, the second hot pressing mechanism are actively installed on workbench, and extraneous frame members are placed on localization tool
On, the first hot pressing mechanism is located above localization tool, and the second hot pressing mechanism is located at localization tool side, the first hot pressing mechanism and the
When two hot pressing mechanisms are simultaneously activated, the second hot pressing mechanism moves forward and resists extraneous frame members, and the first hot pressing mechanism is down
Extraneous frame members are moved and push down, point glue equipment is set on the table and for carrying out dispensing processing to extraneous frame members, thus
The first dispensing portion is formed in extraneous frame members；4th hot pressing mechanism is actively installed on workbench, and the first support plate is located at the 4th
Hot pressing mechanism output end, so that the 4th hot pressing mechanism output end drives the first support plate to move up and down, the first support plate is upward
When mobile, extraneous back plate main body part is placed in the first support plate, when the first support plate is moved downward, the first support plate band
Dynamic external world's back plate main body part moves down, so that extraneous back plate main body part is pressed together on the first dispensing portion of extraneous frame members
On；5th hot pressing mechanism, the 6th hot pressing mechanism are actively installed on workbench, in addition, the first heating board is actively installed on workbench
It goes up and is located above localization tool, the 5th hot pressing mechanism moves forward and resist the first heating board, and the 6th hot pressing mechanism is transported down
The first heating board is moved and pushes down, so that the first heating board is pressed in extraneous frame members and extraneous back plate main body part upper surface；The
Two hot pressing mechanisms and the 5th hot pressing mechanism move backward, also, the first hot pressing mechanism and the up priming of the 6th hot pressing mechanism
When, point glue equipment is used to carry out dispensing processing to extraneous back plate main body part, to form second point on extraneous back plate main body part
Glue portion；Third hot pressing mechanism is actively installed on workbench, and the second support plate is located at third hot pressing mechanism output end, so that third is hot
Press mechanism output end drives the second support plate to move up and down, and extraneous radiating panel is placed in the second support plate, so that extraneous
Radiating panel is pressed together in the second dispensing portion of extraneous back plate main body part；7th hot pressing mechanism, the 8th equal activity of hot pressing mechanism are set
On the table, in addition, the second heating board is actively installed on workbench and is located above localization tool, the 7th hot pressing mechanism is forward
The second heating board is moved and resists, the 8th hot pressing mechanism moves down and push down the second heating board, so that the second heating board
It is pressed in extraneous back plate main body part and the extraneous radiating panel upper surface and.It is viscous carrying out hot pressing using the positioning dispensing Thermal press binding machine
When conjunction, extraneous frame members are placed on localization tool, while starting the first hot pressing mechanism and the second hot pressing mechanism, the second heat
Press mechanism moves forward and resists extraneous frame members, and the first hot pressing mechanism moves down and pushes down extraneous frame members, later, dispensing
Device carries out dispensing processing to extraneous frame members, to form the first dispensing portion in extraneous frame members, the 4th hot pressing mechanism is defeated
Outlet drives the first support plate when moving up (to vertex), and extraneous back plate main body part is placed in the first support plate, and the 4th
Hot pressing mechanism output end drives and moves down in the first support plate, so that the first support plate drives extraneous back plate main body part to moving down
Dynamic, so that extraneous back plate main body part is pressed together in the first dispensing portion of extraneous frame members, the 5th hot pressing mechanism is moved forward
And the first heating board is resisted, while the 6th hot pressing mechanism moves down and push down the first heating board, so that the first heating board
Be pressed in extraneous frame members and extraneous back plate main body part upper surface (after setting time, extraneous frame members and extraneous back plate main body part
Heat pressure adhesive is completed)；Later, the second hot pressing mechanism and the 5th hot pressing mechanism move backward, also, the first hot pressing mechanism and
Six hot pressing mechanisms up priming, so that point glue equipment carries out dispensing processing to extraneous back plate main body part, thus in extraneous backboard
The second dispensing portion is formed on main component；Later, third hot pressing mechanism output end drives the second support plate to move up and down (the second support
When plate is moved downward to minimum point, the first support plate and the second support plate are in sustained height), extraneous radiating panel is put
It sets in the second support plate, so that extraneous radiating panel is pressed together in the second dispensing portion of extraneous back plate main body part, the 7th hot pressing
Mechanism moves forward and resists the second heating board, while the 8th hot pressing mechanism moves down and push down the second heating board, and then makes
The second heating board be pressed in extraneous back plate main body part and and extraneous radiating panel upper surface (after setting time, extraneous heat sink
Part and extraneous back plate main body part heat pressure adhesive are completed, i.e., extraneous frame members, extraneous radiating panel and extraneous back plate main body part are
Heat pressure adhesive is at an Integral back plate), finally, the 7th hot pressing mechanism moves backward, the 8th hot pressing mechanism is up moved, the 4th
Hot pressing mechanism up moves, and the Integral back plate of heat pressure adhesive together can be taken off, and whole process is realized accurate
Positioning, production process realize automation, can be with continuous production, and the time is short, high-efficient, very convenient.It can solve the prior art
In usually the main body of display backplane, frame and heat sink three are carried out by worker's pure craft glued, it is accurate fixed to cannot achieve
Position, and the problem of time length, low efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model positioning dispensing Thermal press binding machine；
Fig. 2 is the structural schematic diagram of another angle of positioning dispensing Thermal press binding machine shown in Fig. 1；
Fig. 3 is the structural schematic diagram of positioning dispensing Thermal press binding machine third angle shown in Fig. 1；
Fig. 4 is extraneous frame members in positioning dispensing Thermal press binding machine shown in Fig. 1, extraneous radiating panel and extraneous back plate main body
Part heat pressure adhesive at an Integral back plate structural schematic diagram；
Fig. 5 is the heat pressure adhesive of extraneous frame members and extraneous back plate main body part in positioning dispensing Thermal press binding machine shown in Fig. 1
Structural schematic diagram.
Appended drawing reference: 11, workbench；12, the first hot pressing mechanism；13, the second hot pressing mechanism；15, the 4th hot pressing mechanism；
16, the 5th hot pressing mechanism；17, the 6th hot pressing mechanism；18, the first heating board；19, the 7th hot pressing mechanism；20, the 8th hot press
Structure；101, metal sensor；102, extraneous frame members；103, extraneous back plate main body part；104, extraneous radiating panel.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
As shown in Figs. 1-5, the positioning dispensing Thermal press binding machine that the present embodiment proposes, including workbench 11, the first hot press
Structure 12, the second hot pressing mechanism 13, localization tool, point glue equipment, third hot pressing mechanism, the 4th hot pressing mechanism 15, the first support plate,
5th hot pressing mechanism 16, the 6th hot pressing mechanism 17, the first heating board 18, the second support plate, the 7th hot pressing mechanism 19, the 8th hot pressing
Mechanism 20, the second heating board and controller.
Wherein, the first hot pressing mechanism 12, the second hot pressing mechanism 13, third hot pressing mechanism, the 15, the 5th heat of the 4th hot pressing mechanism
Press mechanism 16, the 6th hot pressing mechanism 17, the 7th hot pressing mechanism 19, the 8th hot pressing mechanism 20 are slide unit positioning cylinder, so that should
First hot pressing mechanism 12, the second hot pressing mechanism 13, third hot pressing mechanism, the 4th hot pressing mechanism 15, the 5th hot pressing mechanism the 16, the 6th
Hot pressing mechanism 17, the 7th hot pressing mechanism 19, the 8th hot pressing mechanism 20 can slide on workbench 11.
Localization tool is located on workbench 11, and the first hot pressing mechanism 12, the second hot pressing mechanism 13 are actively installed on workbench
On 11, extraneous frame members 102 are placed on localization tool, and the first hot pressing mechanism 12 is located above localization tool, the second hot pressing
Mechanism 13 is located at localization tool side, when the first hot pressing mechanism 12 and the second hot pressing mechanism 13 are simultaneously activated, the second hot press
Structure 13 moves forward and resists extraneous frame members 102, and the first hot pressing mechanism 12 moves down and pushes down extraneous frame members 102, point
Mucilage binding be set on workbench 11 and for extraneous frame members 102 carry out dispensing processing (point glue equipment can for robot,
And dosing unit is equipped on point glue equipment, dispensing route information and dispensing amount information, institute are store on the dosing unit
It states point glue equipment to be handled according to the dispensing that the dispensing route information carries out respective routes, the point glue equipment is according to the dispensing
Measure information and carry out corresponding dispensing processing), to form the first dispensing portion in extraneous frame members 102.
4th hot pressing mechanism 15 is actively installed on workbench 11, and the first support plate is located at 15 output end of the 4th hot pressing mechanism,
So that 15 output end of the 4th hot pressing mechanism drives the first support plate to move up and down, and when the first support plate is moved upward, external world's back
Plate main component 103 is placed in the first support plate, in addition, the first support plate is equipped with metal sensor 101, metal sensor
101 for detecting the metal information being located in the first support plate, for example, extraneous back plate main body part 103 is placed on first
On fagging, metal sensor 101 is used to detect the metal information for being located at extraneous back plate main body part 103 in the first support plate, metal
Sensor 101, controller and the 4th hot pressing mechanism 15 are successively electrically connected, and the metal sensor 101 is by metal detected
Information is sent to controller, and controller controls the 4th hot pressing mechanism 15 according to the metal information and drives the first support plate past
Lower movement.
The first support plate is driven to move down when controller controls the 4th hot pressing mechanism 15 according to the metal information
When, the first support plate drives extraneous back plate main body part 103 to move down, so that extraneous back plate main body part 103 is pressed together on outside
In first dispensing portion of boundary's frame members 102.
5th hot pressing mechanism 16, the 6th hot pressing mechanism 17 are actively installed on workbench 11, in addition, the first heating board 18 is living
Dynamic to be located on workbench 11 and be located above localization tool, the 5th hot pressing mechanism 16 moves forward and resists the first heating board 18,
6th hot pressing mechanism 17 moves down and pushes down the first heating board 18, so that the first heating board 18 is pressed in extraneous frame members
102 and extraneous 103 upper surface of back plate main body part.
Second hot pressing mechanism 13 and the 5th hot pressing mechanism 16 move backward, also, the first hot pressing mechanism 12 and the 6th heat
Press mechanism 17 up priming when, point glue equipment be used for extraneous back plate main body part 103 carry out dispensing processing, thus the external world carry on the back
The second dispensing portion is formed on plate main component 103；
Third hot pressing mechanism is actively installed on workbench 11, and the second support plate is located at third hot pressing mechanism output end, so that
Third hot pressing mechanism output end drive the second support plate move up and down (when second support plate is moved downward, first
Fagging and second support plate are in sustained height), extraneous radiating panel 104 is placed in the second support plate, so that outside
Boundary's radiating panel 104 is pressed together in the second dispensing portion of extraneous back plate main body part 103；
7th hot pressing mechanism 19, the 8th hot pressing mechanism 20 are actively installed on workbench 11, in addition, the second heating board is movable
It being located on workbench 11 and is located above localization tool, the 7th hot pressing mechanism 19 moves forward and resists the second heating board, and the 8th
Hot pressing mechanism 20 moves down and pushes down the second heating board, so that the second heating board is pressed in extraneous 103 He of back plate main body part
With extraneous 104 upper surface of radiating panel.
When carrying out heat pressure adhesive using the positioning dispensing Thermal press binding machine, extraneous frame members 102 are placed on positioning
On jig, while starting the first hot pressing mechanism 12 and the second hot pressing mechanism 13, the second hot pressing mechanism 13 is moved forward and resisted outer
Boundary's frame members 102, the first hot pressing mechanism 12 move down and push down extraneous frame members 102, and later, point glue equipment is to extraneous frame
Part 102 carries out dispensing processing, so that the first dispensing portion is formed in extraneous frame members 102,15 output end band of the 4th hot pressing mechanism
(to vertex) when dynamic first support plate moves up, extraneous back plate main body part 103 is placed in the first support plate, the 4th hot pressing
15 output end of mechanism drives and moves down in the first support plate, so that the first support plate drives extraneous back plate main body part 103 downwards
It is mobile, so that extraneous back plate main body part 103 is pressed together in the first dispensing portion of extraneous frame members 102, the 5th hot pressing mechanism
16 move forward and resist the first heating board 18, while the 6th hot pressing mechanism 17 moves down and push down the first heating board 18, into
And the first heating board 18 is made to be pressed in extraneous frame members 102 and extraneous 103 upper surface of back plate main body part (after setting time, outside
Boundary's frame members 102 and extraneous 103 heat pressure adhesive of back plate main body part are completed)；Later, the second hot pressing mechanism 13 and the 5th hot pressing mechanism
16 move backward, also, the first hot pressing mechanism 12 and the up priming of the 6th hot pressing mechanism 17, so that point glue equipment is to the external world
Back plate main body part 103 carries out dispensing processing, to form the second dispensing portion on extraneous back plate main body part 103；Later, third heat
Press mechanism output end drive the second support plate move up and down (when the second support plate is moved downward to minimum point, the first support plate
Sustained height is in the second support plate), extraneous radiating panel 104 is placed in the second support plate, so that extraneous heat dissipation
Plate 104 is pressed together in the second dispensing portion of extraneous back plate main body part 103, and the 7th hot pressing mechanism 19 moves forward and resists second
Heating board, while the 8th hot pressing mechanism 20 moves down and pushes down the second heating board, so that the second heating board is pressed in the external world
Back plate main body part 103 and and extraneous 104 upper surface of radiating panel (after setting time, extraneous radiating panel 104 and extraneous backboard
103 heat pressure adhesive of main component is completed, i.e., extraneous frame members 102, extraneous radiating panel 104 and extraneous back plate main body part 103 are
Heat pressure adhesive is at an Integral back plate), finally, the 7th hot pressing mechanism 19 moves backward, the 8th hot pressing mechanism 20 is up moved,
4th hot pressing mechanism 15 up moves, and the Integral back plate of heat pressure adhesive together can be taken off, and whole process is real
Now it is accurately positioned, production process realizes automation, can be with continuous production, the time is short, high-efficient.
When using the utility model, due to including workbench 11, the first hot pressing mechanism 12, the second hot pressing mechanism 13, positioning
Jig, point glue equipment, third hot pressing mechanism, the 4th hot pressing mechanism 15, the first support plate, the 5th hot pressing mechanism 16, the 6th hot pressing
Mechanism 17, the first heating board 18, the second support plate, the 7th hot pressing mechanism 19, the 8th hot pressing mechanism 20 and the second heating board；Positioning
Jig is located on workbench 11, and the first hot pressing mechanism 12, the second hot pressing mechanism 13 are actively installed on workbench 11, extraneous frame
Part 102 is placed on localization tool, and the first hot pressing mechanism 12 is located above localization tool, and the second hot pressing mechanism 13 is located at positioning
When jig side, the first hot pressing mechanism 12 and the second hot pressing mechanism 13 are simultaneously activated, the second hot pressing mechanism 13 is moved forward simultaneously
Extraneous frame members 102 are resisted, the first hot pressing mechanism 12 moves down and push down extraneous frame members 102, and point glue equipment is located at work
On platform 11 and for carrying out dispensing processing to extraneous frame members 102, to form the first dispensing portion in extraneous frame members 102；
4th hot pressing mechanism 15 is actively installed on workbench 11, and the first support plate is located at 15 output end of the 4th hot pressing mechanism, so that the 4th
15 output end of hot pressing mechanism drives the first support plate to move up and down, when the first support plate is moved upward, extraneous back plate main body part
103 are placed in the first support plate, and when the first support plate is moved downward, the first support plate drives extraneous back plate main body part
103 move down, so that extraneous back plate main body part 103 is pressed together in the first dispensing portion of extraneous frame members 102；5th heat
Press mechanism 16, the 6th hot pressing mechanism 17 are actively installed on workbench 11, in addition, the first heating board 18 is actively installed on workbench 11
It goes up and is located above localization tool, the 5th hot pressing mechanism 16 moves forward and resist the first heating board 18, the 6th hot pressing mechanism 17
The first heating board 18 is moved and pushed down down, so that the first heating board 18 is pressed in extraneous frame members 102 and extraneous backboard master
103 upper surface of body part；Second hot pressing mechanism 13 and the 5th hot pressing mechanism 16 move backward, also, 12 He of the first hot pressing mechanism
6th hot pressing mechanism 17 up priming when, point glue equipment be used for extraneous back plate main body part 103 carry out dispensing processing, thus
The second dispensing portion is formed on extraneous back plate main body part 103；Third hot pressing mechanism is actively installed on workbench 11, and the second support plate is set
In third hot pressing mechanism output end, so that third hot pressing mechanism output end drives the second support plate to move up and down, extraneous heat sink
Part 104 is placed in the second support plate, so that extraneous radiating panel 104 is pressed together on the second point of extraneous back plate main body part 103
In glue portion；7th hot pressing mechanism 19, the 8th hot pressing mechanism 20 are actively installed on workbench 11, in addition, the second heating board is movable
It being located on workbench 11 and is located above localization tool, the 7th hot pressing mechanism 19 moves forward and resists the second heating board, and the 8th
Hot pressing mechanism 20 moves down and pushes down the second heating board, so that the second heating board is pressed in extraneous 103 He of back plate main body part
With extraneous 104 upper surface of radiating panel.When carrying out heat pressure adhesive using the positioning dispensing Thermal press binding machine, by extraneous frame members
102 are placed on localization tool, while the first hot pressing mechanism 12 of starting and the second hot pressing mechanism 13, the second hot pressing mechanism 13 are past
Preceding movement simultaneously resists extraneous frame members 102, and the first hot pressing mechanism 12 moves down and pushes down extraneous frame members 102, later, dispensing
Device carries out dispensing processing to extraneous frame members 102, to form the first dispensing portion, the 4th hot pressing in extraneous frame members 102
15 output end of mechanism drives the first support plate when moving up (to vertex), and extraneous back plate main body part 103 is placed on first
On fagging, 15 output end of the 4th hot pressing mechanism drives and moves down in the first support plate, so that the first support plate drives extraneous back
Plate main component 103 moves down, so that extraneous back plate main body part 103 is pressed together on the first dispensing portion of extraneous frame members 102
On, the 5th hot pressing mechanism 16 moves forward and resists the first heating board 18, while the 6th hot pressing mechanism 17 is moved and pushed down down
First heating board 18, so that the first heating board 18 is pressed in extraneous frame members 102 and extraneous 103 upper surface of back plate main body part
(after setting time, extraneous frame members 102 and extraneous 103 heat pressure adhesive of back plate main body part are completed)；Later, the second hot pressing mechanism
13 and the 5th hot pressing mechanism 16 move backward, also, the first hot pressing mechanism 12 and the up priming of the 6th hot pressing mechanism 17 make
It obtains the external boundary's back plate main body part 103 of point glue equipment and carries out dispensing processing, to form second point on extraneous back plate main body part 103
Glue portion；Later, third hot pressing mechanism output end drives the second support plate to move up and down that (the second support plate is moved downward to minimum
When point, the first support plate and the second support plate are in sustained height), extraneous radiating panel 104 is placed on the second support plate
On, so that extraneous radiating panel 104 is pressed together in the second dispensing portion of extraneous back plate main body part 103, the 7th hot pressing mechanism 19 is past
Preceding movement simultaneously resists the second heating board, while the 8th hot pressing mechanism 20 moves down and push down the second heating board, so that the
Two heating boards are pressed in extraneous back plate main body part 103 and (after setting time, the external world radiates with 104 upper surface of extraneous radiating panel
Plate 104 and 103 heat pressure adhesive of external world's back plate main body part are completed, i.e., extraneous frame members 102, extraneous radiating panel 104 and the external world
Back plate main body part 103 heat pressure adhesive at an Integral back plate), finally, the 7th hot pressing mechanism 19 moves backward, the 8th heat
Press mechanism 20 up moves, and the 4th hot pressing mechanism 15 up moves, can be by the Integral back plate of heat pressure adhesive together
It takes off, whole process, which is realized, to be accurately positioned, and production process realizes automation, can be with continuous production, the time is short, high-efficient, non-
It is often convenient.It can solve in the prior art usually by the pure craft of worker by the main body of display backplane, frame and heat sink three
Gluing is carried out, cannot achieve accurate positioning, and the problem of time length, low efficiency.
Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to
In the utility model range claimed.
Claims (6)
1. a kind of positioning dispensing Thermal press binding machine, which is characterized in that including workbench, the first hot pressing mechanism, the second hot pressing mechanism,
Localization tool, point glue equipment, third hot pressing mechanism, the 4th hot pressing mechanism, the first support plate, the 5th hot pressing mechanism, the 6th hot pressing
Mechanism, the first heating board, the second support plate, the 7th hot pressing mechanism, the 8th hot pressing mechanism and the second heating board；
The localization tool is set on the workbench, and first hot pressing mechanism, the second hot pressing mechanism are actively installed on described
On workbench, extraneous frame members are placed on the localization tool, and first hot pressing mechanism is located on the localization tool
Side, second hot pressing mechanism are located at the localization tool side, and first hot pressing mechanism and the second hot pressing mechanism are by simultaneously
When starting, second hot pressing mechanism moves forward and resists the extraneous frame members, and first hot pressing mechanism moves down
And the extraneous frame members are pushed down, the point glue equipment is set on the workbench and for carrying out a little to the extraneous frame members
Glue processing, to form the first dispensing portion in the extraneous frame members；
4th hot pressing mechanism is actively installed on the workbench, and it is defeated that first support plate is located at the 4th hot pressing mechanism
Outlet so that the 4th hot pressing mechanism output end drives first support plate to move up and down, first support plate by
When upper mobile, extraneous back plate main body part is placed in first support plate, when first support plate is moved downward, institute
Stating the first support plate drives the extraneous back plate main body part to move down, so that external world's back plate main body part is pressed together on institute
It states in the first dispensing portion of extraneous frame members；
5th hot pressing mechanism, the 6th hot pressing mechanism are actively installed on the workbench, in addition, first heating board is living
Dynamic to set on the workbench and be located above the localization tool, the 5th hot pressing mechanism moves forward and resists described the
One heating board, the 6th hot pressing mechanism move down and push down first heating board, so that first heating board
It is pressed in the extraneous frame members and extraneous back plate main body part upper surface；
Second hot pressing mechanism and the 5th hot pressing mechanism move backward, also, first hot pressing mechanism and the 6th hot pressing
Mechanism up priming when, the point glue equipment is used to carry out dispensing processing to the extraneous back plate main body part, thus described
The second dispensing portion is formed on extraneous back plate main body part；
The third hot pressing mechanism is actively installed on the workbench, and it is defeated that second support plate is located at the third hot pressing mechanism
Outlet, so that the third hot pressing mechanism output end drives second support plate to move up and down, extraneous radiating panel is placed
In second support plate, so that external world's radiating panel is pressed together on the second dispensing portion of the extraneous back plate main body part
On；
7th hot pressing mechanism, the 8th hot pressing mechanism are actively installed on the workbench, in addition, second heating board is living
Dynamic to set on the workbench and be located above the localization tool, the 7th hot pressing mechanism moves forward and resists described the
Two heating boards, the 8th hot pressing mechanism move down and push down second heating board, so that second heating board
It is pressed in the extraneous back plate main body part and the extraneous radiating panel upper surface and.
2. positioning dispensing Thermal press binding machine as described in claim 1, it is characterised in that: first support plate is equipped with metal
Sensor, the metal sensor are used to detect the metal information being located in first support plate.
3. positioning dispensing Thermal press binding machine as claimed in claim 2, it is characterised in that: further include controller, the metal passes
Sensor, controller and the 4th hot pressing mechanism are successively electrically connected, and metal information detected is sent to by the metal sensor
Controller, the controller control the 4th hot pressing mechanism according to the metal information and drive first support plate is past to move down
It is dynamic.
4. positioning dispensing Thermal press binding machine as described in claim 1, which is characterized in that first hot pressing mechanism, the second heat
Press mechanism, third hot pressing mechanism, the 4th hot pressing mechanism, the 5th hot pressing mechanism, the 6th hot pressing mechanism, the 7th hot pressing mechanism, the 8th
Hot pressing mechanism is slide unit positioning cylinder.
5. positioning dispensing Thermal press binding machine as described in claim 1, which is characterized in that the point glue equipment is equipped with quantitative single
Member stores dispensing route information and dispensing amount information on the dosing unit, and the point glue equipment is according to the dispensing route
Information carries out the dispensing processing of respective routes, and the point glue equipment carries out corresponding dispensing processing according to the dispensing amount information.
6. positioning dispensing Thermal press binding machine as described in claim 1, which is characterized in that the third hot pressing mechanism output end band
Second support plate is moved to move up and down, when second support plate is moved downward, first support plate and described
Two support plates are in sustained height.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821278012.0U CN208951053U (en) | 2018-08-08 | 2018-08-08 | A kind of positioning dispensing Thermal press binding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821278012.0U CN208951053U (en) | 2018-08-08 | 2018-08-08 | A kind of positioning dispensing Thermal press binding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208951053U true CN208951053U (en) | 2019-06-07 |
Family
ID=66733347
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821278012.0U Expired - Fee Related CN208951053U (en) | 2018-08-08 | 2018-08-08 | A kind of positioning dispensing Thermal press binding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208951053U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111045235A (en) * | 2020-01-19 | 2020-04-21 | 厦门加新精密金属有限公司 | Assembling equipment and process for back plate and frame of liquid crystal display |
-
2018
- 2018-08-08 CN CN201821278012.0U patent/CN208951053U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111045235A (en) * | 2020-01-19 | 2020-04-21 | 厦门加新精密金属有限公司 | Assembling equipment and process for back plate and frame of liquid crystal display |
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