CN100363873C

CN100363873C - Keyboard assembling system

Info

Publication number: CN100363873C
Application number: CNB2005100873598A
Authority: CN
Inventors: 蔡火炉
Original assignee: Sunrex Technology Corp
Current assignee: Sunrex Technology Corp
Priority date: 2005-07-28
Filing date: 2005-07-28
Publication date: 2008-01-23
Anticipated expiration: 2025-07-28
Also published as: CN1904807A

Abstract

The invention relates to a keyboard forming system that includes first and second molding device that could realize jetting the first and second frame components, moving and locating function, and first pressing device that could press the first and second frame components to plural bridging unit, and the second pressing device could set the bridging device on bottom unit and the other combination operation corresponding to the quantity and configuration of bridging unit of keyboard. The invention could improve producing capacity and lower labor cost.

Description

Keyboard assembling system

Technical field

The present invention relates to a kind of computor-keyboard, particularly relate to a kind of keyboard assembling system.

Background technology

Seeing also shown in Figure 1ly, is single keyboard cross-section structure in existing a kind of keyboard, and it includes a bottom board unit 1, and is installed in bridge formation unit 2 and on this bottom board unit 1 and is installed in keycap 3 on this bridge formation unit 2.This bottom board unit 1, the flexure strip 103 that is had elastic body 106 by a base plate 101, a circuit board 102 and is formed, this base plate 101 has one can supply the 2 groups of installation portions 104 of establishing and can protrude out to these flexure strip 103 tops in this bridge formation unit, and this installation portion 104 has two and articulates position 105.This bridge formation unit 2, have one first framework 201 and one and this first framework 201 articulate second framework 202 that is the shape that can reverse, and the opposition side edge of this first, second framework 201,202 is organized respectively to be located at and is articulated in the position 105.

Please shown in Figure 2 in conjunction with consulting again, a complete keyboard 4, be made of many keyboards not of uniform size, its configuration (layout) is to comprise the medium-sized keyboard 402 of small-sized keyboard 401, the numerical key with general area, letter key, symbolic keys etc. such as the function key that has than small size, directionkeys and have large-scale keyboards 403 such as the blank key of larger area, enter key.And the size of first, second framework 201,202 of this small-sized keyboard 401, medium-sized keyboard 402 or large-scale keyboard 403 is also all inequality.Therefore, production method with existing keyboard 4, must prepare a secondary multi-cave mould (not shown) at first, second framework 201,202 of each different size, as keyboard five kinds of specifications are arranged, will prepare 10 secondary moulds, again with Jet forming machine (not shown) arrange in pairs or groups each secondary mould first framework 201, second framework 202 of ejection formation different size respectively, and must categorised collection behind first, second framework 201,202 ejection formations of different size.When desiring to organize immediately, operating personnel must combine bridge formation unit 2 by first first, second framework 201,202 picks with different size, bridge formation unit 2 picks with different size are fitted in each installation portion 104 of this bottom board unit 1 again, each keycap 3 are fitted on the bridge formation unit 2 at last again.

Therefore, thisly make first, second framework 201,202 respectively according to different size, be assembled into bridge formation unit 2 respectively according to different size again, and according to keyboard 4 configuration the bridge formation unit 2 of different size organized group cube formula in the installation portion 104 that is located at this bottom board unit 1 ad-hoc location respectively, difficulty, the personnel that not only can increase handling of goods and materials organize the complicacy of identification immediately, can cause also that production capacity is low, mould and cost of labor height ... wait disappearance.

This shows that above-mentioned existing keyboard assembling system obviously still has inconvenience and defective, and demands urgently further being improved in structure and use.In order to solve the existing problem of keyboard assembling system, relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly, but do not see always that for a long time suitable design finished by development, and common product does not have appropriate structure to address the above problem, and this obviously is the problem that the anxious desire of relevant dealer solves.Therefore how to found a kind of keyboard assembling system of new structure, just become the current industry utmost point to need improved target.

Because the defective that above-mentioned existing keyboard assembling system exists, the inventor is based on being engaged in this type of product design manufacturing abundant for many years practical experience and professional knowledge, and the utilization of cooperation scientific principle, actively studied innovation, in the hope of founding a kind of keyboard assembling system of new structure, can improve general existing keyboard assembling system, make it have more practicality.Through constantly research, design, and after studying sample and improvement repeatedly, create the present invention who has practical value finally.

Summary of the invention

The objective of the invention is to, overcome the defective that existing keyboard assembling system exists, and provide a kind of new structure can be according to keyboard configuration with integral body penetrate, draw move, placement positioning and the keyboard assembling system that carries out assembly with integral body.

The object of the invention to solve the technical problems realizes by the following technical solutions.Keyboard assembling system according to the present invention's proposition, the upright keyboard of finishing of organizing comprises a bottom board unit, most the bridge formation unit that are hubbed on this bottom board unit, this bottom board unit is provided with most installation portions, aforementioned installation portion respectively has two and articulates the position, and aforementioned bridge formation unit corresponds respectively to installation portion, and respectively has one first framework and one and second framework that articulates mutually of this first framework, aforementioned first, the second framework opposition side edge is organized respectively to be located at and is articulated on the position, each build bridge between the unit and installation portion between be to follow the preset configuration of this keyboard and have specific distance, this assembling system comprises one first shaped device, one second shaped device, one first press fit device and one second press fit device.

This first shaped device, has one first injection unit, one is arranged on first positioning unit and first suction unit that can move of this first injection unit, one side between this first injection unit and this first positioning unit, this first injection unit have one first fixedly die holder and one can with respect to this first fixedly die holder produce the first movable die holder of closing or separation, this first movable die holder has one with respect to these first fixedly first die joint and most first die cavitys that are arranged with by this first die joint of die holder, the quantity of aforementioned first die cavity and configuration are located at quantity and configuration on this bottom board unit corresponding to bridge formation unit group, and the size of each first die cavity is the size of respectively corresponding each first framework, this first positioning unit has a worktable and and is positioned at first tool on this worktable, this first tool has most and holds the hole by what an end face was arranged with, aforementioned quantity of holding the hole and configuration are corresponding to the quantity and the configuration of first die cavity, this first suction unit has one and can stretch and be located at this first fixing sucker spare between die holder and this first movable die holder, this sucker spare has most attraction portions, aforesaid attraction portion has most suction holes again, and the quantity of attraction portion and configuration are corresponding to first die cavity and hold the quantity and the configuration in hole.

This second shaped device, has one second injection unit, one is arranged on second positioning unit and second suction unit that can move of this second injection unit, one side between this second injection unit and this second positioning unit, this second injection unit have one second fixedly die holder and one can with respect to this second fixedly die holder produce the second movable die holder of closing or separation, this second movable die holder has one with respect to these second fixedly second die joint and most second die cavitys that are arranged with by this second die joint of die holder, the quantity of aforementioned second die cavity and configuration are located at quantity and configuration on this bottom board unit corresponding to bridge formation unit group, and the size of each second die cavity is the size of respectively corresponding each second framework, this second positioning unit has a worktable and and is positioned at second tool on this worktable, this second tool has and most holds the hole by what an end face was arranged with, aforesaid quantity of holding the hole and configuration are corresponding to the quantity and the configuration of second die cavity, this second suction unit has one and can stretch and be located at this second fixing sucker spare between die holder and this second movable die holder, this sucker spare has most attraction portions, aforementioned attraction portion has most suction holes again, and the quantity of attraction portion and configuration are corresponding to second die cavity and hold the quantity and the configuration in hole.

This first press fit device, be arranged on this first, second shaped device, one side, and has one first pedestal, one is arranged on first cushion cap on this first pedestal, one is arranged on first suspension of this first pedestal top, one is installed in that driving cylinder pressure and on this first suspension is subjected to this driving cylinder pressure interlock and corresponding to the clamping unit of this first cushion cap, this first cushion cap can for this first, second tool is placed in regular turn, this clamping unit has dull and stereotyped and most clamping pieces that are convexly equipped with by this flat board one bottom surface, the quantity of aforesaid clamping piece and the configuration corresponding to this first, second tool hold hole number and configuration, and respectively has a folder hole that is arranged with by the bottom, the size of aforementioned folder hole, contour shape is corresponding to first framework of bridge formation unit, and this clamping unit can by one away from this first, the lifting position of second tool, towards level off to this first, the down position of second tool produces closing, and in regular turn first framework in this first tool is carried out gripping and first framework is fastened on second framework, and make first, second framework is combined into the bridge formation unit.

This second press fit device, be arranged on a side of this first press fit device, and has one second pedestal, one is arranged on second cushion cap on this second pedestal, one is arranged on second suspension of this second pedestal top, one is installed in that driving cylinder pressure and on this second suspension is subjected to this driving cylinder pressure interlock and corresponding to the fastening unit of this second cushion cap, this second cushion cap can be placed in regular turn for this second tool and this bottom board unit, this fastening unit has dull and stereotyped and most buckling pieces that are convexly equipped with by this flat board one bottom surface, the quantity of aforesaid buckling piece and configuration are corresponding to the hole of holding of this second tool, the installation portion quantity and the configuration of this bottom board unit, and respectively has a button hole that is arranged with by the bottom, the size of aforementioned button hole, contour shape is corresponding to second framework of bridge formation unit, and should fasten the unit can be by one away from this second tool, the lifting position of bottom board unit, towards leveling off to this second tool, the down position of bottom board unit produces closing, and in regular turn the bridge formation unit in this second tool is carried out gripping and the bridge formation unit is fastened on the installation portion of bottom board unit.

Whereby, according to keyboard configuration whole penetrate this first, second framework, whole draw move, whole placement positioning is to this first, second tool, and utilize this first, second press fit device to carry out assembly with integral body, the purpose that can reach at the bottom of simplifying handling of goods and materials, cost, production capacity is high.

The object of the invention to solve the technical problems also is further achieved by the following technical measures.Aforementioned keyboard assembling system, wherein said first, second suction unit also respectively have one be installed in this first, second injection unit top and the X that extends along a directions X are to guide rail, one along a Y who extends perpendicular to the Y direction of this directions X to guide rail, one can drive X that this Y moves to guide rail along from this X to guide rail to driving element, one along a Z who extends perpendicular to the Z direction of this Y direction to guide rail, one can drive this Z produces mobile Y to driving element to guide rail along this Y guide rail, one slide bar along this Z direction extension, one can drive this slide bar produces the Z of lifting to driving element along this Z to guide rail, an and pressure cylinder that is arranged on this slide bar one bottom, this sucker spare is to be hubbed on this slide bar and pressure cylinder bottom, the expanding-contracting action of this pressure cylinder can make this sucker spare by a pair of should first, the erectility of the second movable die holder, swing are should first, the horizontality of second tool.

The present invention compared with prior art has tangible advantage and beneficial effect.By above technical scheme as can be known, the invention relates to a kind of keyboard assembling system, comprise first, second shaped device and first, second press fit device.This is first years old, second shaped device can finish most first, the ejaculation of second framework, absorption is moved, placement positioning is in one first, second tool, this first press fit device can with this first, in second tool first, the second framework pressing forms most bridge formations unit, this second press fit device can be located at aforementioned bridge formation unit group on one bottom board unit, aforesaid device penetrates, absorption is moved, be positioned over first, second tool and first, the pressing of second framework, bridge formation unit and the every operation of combining of bottom board unit all are the quantity and the configuration of the bridge formation unit of corresponding keyboard.

By technique scheme, keyboard assembling system of the present invention has following advantage at least: the present invention compares with existing keyboard assembling mode, it is upright obviously to have the artificial group of problem, release that can solve handling of goods and materials, and can promote the good effect of production capacity and reduction mould and cost of labor.

In sum, the keyboard assembling system of special construction of the present invention, have can be according to keyboard configuration with integral body penetrate, draw move, placement positioning and the effect of carrying out assembly with integral body.It has above-mentioned many advantages and practical value, and in like product, do not see have similar structural design to publish or use and really genus innovation, no matter it all has bigger improvement on product structure or function, have large improvement technically, and produced handy and practical effect, and more existing keyboard assembling system has the multinomial effect of enhancement, thus be suitable for practicality more, and have the extensive value of industry, really be a new and innovative, progressive, practical new design.

Above-mentioned explanation only is the general introduction of technical solution of the present invention, for can clearer understanding technological means of the present invention, and can be implemented according to the content of instructions, and for above-mentioned and other purposes, feature and advantage of the present invention can be become apparent, below especially exemplified by preferred embodiment, and conjunction with figs., be described in detail as follows.

Description of drawings

Fig. 1 is the unitized construction sectional view of existing a kind of keyboard, and the structure of single keyboard is described.

Fig. 2 is the configuration structure synoptic diagram of existing keyboard.

Fig. 3 is the unitized construction floor map of a preferred embodiment of the present invention, and a keyboard synoptic diagram that utilizes keyboard assembling system of the present invention to form is described.

Fig. 4 is the schematic top plan view of the above-mentioned preferred embodiment of the present invention.

Fig. 5 is the schematic side view of the above-mentioned preferred embodiment of the present invention, illustrates that first, second shaped device has first, second positioning unit and first, second suction unit that can move that first, second injection unit, is arranged on this first, second injection unit one side between this first, second injection unit and this first, second positioning unit.

Fig. 6 is the front-view schematic diagram of the above-mentioned preferred embodiment of the present invention.

Fig. 7 is the first jig structure synoptic diagram of above-mentioned preferred embodiment first shaped device of the present invention, but first framework of this first tool splendid attire integral body is described.

Fig. 8 is the sucker spare structural representation of above-mentioned first, second shaped device of preferred embodiment of the present invention.

Fig. 9 is the second jig structure synoptic diagram of above-mentioned preferred embodiment second shaped device of the present invention, but second framework of this second tool splendid attire integral body is described.

Figure 10 is one first a press fit device structural representation of the above-mentioned preferred embodiment of the present invention, illustrates that a clamping unit can be displaced downwardly to a decline position by a lifting position.

Figure 11 is one second a press fit device structural representation of the above-mentioned preferred embodiment of the present invention, illustrates that a fastening unit can be displaced downwardly to a decline position by a lifting position.

Figure 12 is that first shaped device of the above-mentioned preferred embodiment of the present invention is drawn synoptic diagram, illustrates that first, second suction unit can be displaced to corresponding to first, second movable die holder.

Figure 13 is the sucking action synoptic diagram of above-mentioned preferred embodiment first shaped device of the present invention, illustrates that first, second suction unit can draw first, second framework on this first, second movable die holder.

Figure 14 is that operation chart is placed in the absorption of above-mentioned preferred embodiment first shaped device of the present invention, illustrates that this suction unit can move whole first, second framework to corresponding to this first, second tool.

Figure 15 is that synoptic diagram is finished in the placement of above-mentioned preferred embodiment first shaped device of the present invention, illustrates that this suction unit can be with whole first, second framework placement positioning on this first, second tool.

Figure 16 is the upright process block diagram of the group of the above-mentioned preferred embodiment of the present invention.

Embodiment

Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention, below in conjunction with accompanying drawing and preferred embodiment, to its embodiment of keyboard assembling system, structure, feature and the effect thereof that foundation the present invention proposes, describe in detail as after.

See also shown in Figure 3, the preferred embodiment of keyboard assembling system of the present invention, the upright keyboard of finishing 100 of organizing, comprise a bottom board unit 110, majority is hubbed on the bridge formation unit 120 on this bottom board unit 110, this bottom board unit 110 is provided with most installation portions 130, this installation portion 130 respectively has two and articulates position 140, and aforesaid bridge formation unit 120 corresponds respectively to installation portion 130, and respectively having one first framework 150 and one and second frameworks 160 of articulating mutually of this first framework 150, this is first years old, second framework 150,160 opposition side edge are organized respectively in the pivot joint position 140 that is located at each installation portion 130.Each build bridge between the unit 120 and installation portion 130 between be the preset configuration (predetermined layout) of following this keyboard 100 and have specific distance (pitch).And as Fig. 4, Fig. 5 and shown in Figure 6, this assembling system comprises one first shaped device 10, one second shaped device 20, first press fit device 30 and second press fit device 40, wherein:

This first shaped device 10 has first positioning unit 12 and first suction unit 13 that can move that one first injection unit 11, is arranged on these first injection unit, 11 1 sides between this first injection unit 11 and this first positioning unit 12.

This first injection unit 11, have one first fixedly die holder 111 and one can with respect to this first fixedly die holder 111 produce the first movable die holder 112 of closings or separation, this first movable die holder 112 has one with respect to this first fixedly first die joint 113 and most first die cavity 114 that is arranged with by this first die joint 113 of die holder 111, the quantity of this first die cavity 114 and configuration are located at quantity and configuration on this bottom board unit 110 corresponding to 120 groups of bridge formation unit, and the size of each first die cavity 114 is sizes of respectively corresponding each first framework 150.

This first positioning unit 12, have a worktable 121 and and be positioned at first tool 122 on this worktable 121, see also shown in Figure 7, this first tool 122 has and most holds hole 123 and most pilot holes 124 by what an end face was arranged with, and this holds the quantity in hole 123 and configuration quantity and the configuration corresponding to first die cavity 114.

This first suction unit 13, have one be installed in these first injection unit, 11 tops and the X that extends along a directions X to guide rail 131, one along a Y who extends perpendicular to the Y direction of this directions X to guide rail 132, one can drive X that this Y moves to guide rail along from this X to guide rail 132 to driving element 133, one along a Z who extends perpendicular to the Z direction of this Y direction to guide rail 134, one can drive this Z produces mobile Y to driving element 135 along this Y to guide rail 132 to guide rail 134, one slide bar 136 along this Z direction extension, one can drive this slide bar 136 produces the Z of lifting to driving element 137 along this Z to guide rail 134, one pressure cylinder 138 and that is arranged on these slide bar 136 1 bottoms is hubbed on the sucker spare 139 of this slide bar 136 and pressure cylinder 138 bottoms.It is can stretch to be located at this first fixedly between die holder 111 and this first movable die holder 112 that this sucker spare 139 is subjected to drive, as shown in Figure 8, this sucker spare 139 has most attraction portions 139 ', this attraction portion 139 ' has most suction holes 139 again ", and quantity that should attraction portion 139 ' and configuration are corresponding to first die cavity 114 and hold the quantity and the configuration in hole 123.And the expanding-contracting action of this pressure cylinder 138 can make this sucker spare 139 by a pair of erectility (as Figure 13, shown in Figure 14) that should the first movable die holder 112, and swing is horizontality (as shown in figure 15) that should first tool 122.

This second shaped device 20 has second positioning unit 22 and second suction unit 23 that can move that one second injection unit 21, is arranged on these second injection unit, 21 1 sides between this second injection unit 21 and this second positioning unit 22.

This second injection unit 21, have one second fixedly die holder 211 and one can with respect to this second fixedly die holder 211 produce the second movable die holder 212 of closings or separation, this second movable die holder 212 has one with respect to this second fixedly second die joint 213 and most second die cavity 214 that is arranged with by this second die joint 213 of die holder 211, the quantity of this second die cavity 214 and configuration are located at quantity and configuration on this bottom board unit 110 corresponding to 120 groups of bridge formation unit, and the size of each second die cavity 214 is sizes of respectively corresponding each second framework 160.

This second positioning unit 22, have a worktable 221 and and be positioned at second tool 222 on this worktable 221, as shown in Figure 9, this second tool 222 has and most holds hole 223 and most pilot holes 224 by what an end face was arranged with, and this holds the quantity in hole 223 and configuration quantity and the configuration corresponding to second die cavity 214.

This second suction unit 23, have one be installed in these second injection unit, 21 tops and the X that extends along a directions X to guide rail 231, one along a Y who extends perpendicular to the Y direction of this directions X to guide rail 232, one can drive X that this Y moves to guide rail along from this X to guide rail 232 to driving element 233, one along a Z who extends perpendicular to the Z direction of this Y direction to guide rail 234, one can drive this Z produces mobile Y to driving element 235 along this Y to guide rail 232 to guide rail 234, one slide bar 236 along this Z direction extension, one can drive this slide bar 236 produces the Z of lifting to driving element 237 along this Z to guide rail 234, one pressure cylinder 238 and that is arranged on these slide bar 236 1 bottoms is hubbed on the sucker spare 239 of this slide bar 236 and pressure cylinder 238 bottoms.It is can stretch to be located at this second fixedly between die holder 211 and this second movable die holder 212 that this sucker spare 239 is subjected to drive, as shown in Figure 8, this sucker spare 239 has most attraction portions 239 ', this attraction portion 239 ' has most suction holes 239 again ", and the quantity of aforementioned attraction portion 239 ' and configuration are corresponding to second die cavity 214 and hold the quantity and the configuration in hole 223.And the expanding-contracting action of this pressure cylinder 238 can make this sucker spare 239 by a pair of erectility (as Figure 13 and shown in Figure 14) that should the second movable die holder 212, and swing is horizontality (as shown in figure 15) that should second tool 122.

Please cooperate consult shown in Figure 10, this first press fit device 30, be arranged on a side of this first, second

shaped device

10,20, and have that one first pedestal 31, is arranged on that first suspension 33, that first cushion cap 32, on this first pedestal 31 is arranged on these first pedestal, 31 tops is installed in that driving cylinder pressure 34 and on this first suspension 33 is subjected to these driving cylinder pressure 34 interlocks and corresponding to the clamping unit 35 of this first cushion cap 32.This first cushion cap 32 can be placed in regular turn for this first, second tool 122,222, and has majority and can be located in positioning convex column 321 in the pilot hole 124,224.This clamping unit 35 has a flat board 351 and most clamping piece 352 that is convexly equipped with by these flat board 351 1 bottom surfaces, the quantity of this clamping piece 352 and the configuration corresponding to this first, second tool 122,222 hold hole 123,223 quantity and configuration, its grade respectively has a folder hole 353 that is arranged with by the bottom, the size of this folder hole 353, contour shape is corresponding to first framework 150 of bridge formation unit 120, and this clamping unit 35 can by one away from this first, second tool 122,222 lifting position, towards level off to this first, second tool 122,222 down position produces closing, and in regular turn first framework 150 in this first tool 122 is carried out gripping and first framework 150 is fastened on second framework 160, and make first, second framework 150,160 are combined into bridge formation unit 120.

Please cooperate consult shown in Figure 11, this second press fit device 40, be arranged on a side of this first press fit device 30, and have that one second pedestal 41, is arranged on that second suspension 43, that second cushion cap 42, on this second pedestal 41 is arranged on these second pedestal, 41 tops is installed in that driving cylinder pressure 44 and on this second suspension 43 is subjected to these driving cylinder pressure 44 interlocks and corresponding to the fastening unit 45 of this second cushion cap 42.This second cushion cap 42 can be placed in regular turn for this second tool (not shown) and this bottom board unit 110, this fastening unit 45 has a flat board 451 and most buckling piece 452 that is convexly equipped with by these flat board 451 1 bottom surfaces, the quantity of this buckling piece 452 and configuration are held hole 223 corresponding to this second tool 222, installation portion 130 quantity and the configuration of this bottom board unit 110, and respectively has a button hole 453 that is arranged with by the bottom, the size of this button hole 453, contour shape is corresponding to second framework 160 of aforementioned bridge formation unit 120, and should fasten unit 45 can be by one away from this second tool 222, the lifting position of bottom board unit 110, towards leveling off to this second tool 222, the down position of bottom board unit 110 produces closing, and in regular turn the bridge formation unit in this second tool 222 120 is carried out gripping and bridge formation unit 120 is fastened on the installation portion 130 of bottom board unit 110.

See also shown in Figure 16, when first, second

shaped device

10,20 respectively ejection formation have first, second framework 150,160, and this is first years old, the second fixing die holder 111,211 with this first, the second movable die holder 112,212 when being die opening state, then cooperate and consult as Fig. 4 and shown in Figure 12, operate this Y to guide rail 132,232 along this X to guide rail 131,231 produce slip, operate this Z again to guide rail 134,234 along this Y to guide rail 132,232 produce slip, drive slide bar 136,236 along this Z direction generation decline, and make this sucker spare 139,239 between this first, the second fixing die holder 111,211 with this first, the second movable die holder 112, between 212, then, cooperation is consulted shown in Figure 13 again, drive this Z again again to guide rail 134,234 a little along this Y to guide rail 132,232 slide, make this sucker spare 139,239 be fitted in this first, the second movable die holder 112,212 first, second die joint 113, on 213, then can utilize sucker spare 139,239 getter action and draw first, second framework 150,160.

Then, operate this Z again to guide rail 134,234 a little along this Y to guide rail 132,232 reverse slide, make sucker spare 139,239 from this die joint 113, break away from 213, slide bar 136,236 rise along this Z direction again, this Y is to guide rail 132,232 again along this X to guide rail 131,231 produce to slide and convergence this first, second tool 122,222, and cooperate Figure 14 and Figure 15, when this sucker spare 139,239 this first, second tool 122, during 222 tops, then can drive this pressure cylinder 138,238 piston rod 138 ', 238 ' does the retraction action, impel this sucker spare 139,239 are the level of state by the erectility swing, drive this slide bar 136 at last again, 236 along this Z direction decline, up to this sucker spare 139,239 closings this first, second tool 122, on 222, and remove this sucker spare 139,239 getter action just can make and win, second framework 150,160 accurately be placed on this first, second tool 122, in 222 (as Fig. 7, shown in Figure 9).

And Figure 10 and shown in Figure 16 for another example, earlier this first tool 122 is positioned on first cushion cap 32 of this first press fit device 30, utilize first whole in this this first tool 122 of clamping unit 35 first grippings framework 150, second tool, 222 placement positioning that will contain second framework 160 again are on this first cushion cap 32, just can drive this driving cylinder pressure 34 again and incite somebody to action integral body first framework 150 of gripping and the bridge formation unit 120 that whole second framework 160 is buckled into majority, and bridge formation unit 120 is to be positioned in this second tool 222.

See also Figure 11 and shown in Figure 16 again, be placed on when second tool 222 that will contain bridge formation unit 120 on second cushion cap 42 of this second press fit device 40, and the bridge formation unit 120 of integral body in this second tool 222 of first gripping, again with bottom board unit 110 placement positioning on this second cushion cap 42, drive this driving cylinder pressure 44 and be fastened on the installation portion 130 of this bottom board unit 110 the integral body bridge formation unit 120 of gripping, and it is upright to finish the group of keyboard.

Therefore, the present invention only needs a secondary mould and a secondary mould that penetrates whole second framework 160 that penetrates whole first framework 150, and utilize first, second

shaped device

10,20 first,

second injection unit

11,21 penetrate first of integral body respectively, second framework 150,160, utilize first again,

second suction unit

13,23 with integral shift and placement positioning this first, second tool 122, in 222, cooperate first whole in this this first tool 122 of first press fit device, the 30 first grippings framework 150 again, make second whole in first framework 150 and this second tool 222 framework 160 be buckled into whole bridge formation unit 120 again, utilize the second press fit device 40 bridge formation unit 120 of gripping integral body in this second tool 222 earlier again, bridge formation unit 120 is produced with bottom board unit 110 fasten, just can finish the group upright (as shown in Figure 3) of this keyboard 100.And the present invention compares with existing keyboard assembling mode, and it is upright obviously to have the artificial group of problem, release that can solve handling of goods and materials, and can promote the good effect of production capacity and reduction mould and cost of labor.

What deserves to be mentioned is, keyboard assembling system of the present invention is intended to the problem before the upright keycap of solution group, so organizing the upright keyboard of finishing according to the present invention is the semi-manufacture of not organizing upright keycap as yet, down-stream just can obtain a keyboard finished product as long as cooperate the existing artificial or upright keycap of robotization mode group again.

The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, though the present invention discloses as above with preferred embodiment, yet be not in order to limit the present invention, any those skilled in the art are not in breaking away from the technical solution of the present invention scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solution of the present invention, according to technical spirit of the present invention to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solution of the present invention.

Claims

1. keyboard assembling system, the upright keyboard of finishing of organizing comprises a bottom board unit, most the bridge formation unit that are hubbed on this bottom board unit, this bottom board unit is provided with most installation portions, aforesaid installation portion respectively has two and articulates the position, and aforesaid bridge formation unit corresponds respectively to installation portion, and respectively has one first framework and one and second framework that articulates mutually of this first framework, aforesaid first, the second framework opposition side edge is organized respectively to be located at and is articulated on the position, each build bridge between the unit and installation portion between be to follow the preset configuration of this keyboard and have specific distance, it is characterized in that this assembling system comprises:

One first shaped device, has one first injection unit, one is arranged on first positioning unit and first suction unit that can move of this first injection unit, one side between this first injection unit and this first positioning unit, this first injection unit have one first fixedly die holder and one can with respect to this first fixedly die holder produce the first movable die holder of closing or separation, this first movable die holder has one with respect to these first fixedly first die joint and most first die cavitys that are arranged with by this first die joint of die holder, the quantity of aforesaid first die cavity and configuration are located at quantity and configuration on this bottom board unit corresponding to bridge formation unit group, and the size of each first die cavity is the size of respectively corresponding each first framework, this first positioning unit has a worktable and and is positioned at first tool on this worktable, this first tool has most and holds the hole by what an end face was arranged with, aforementioned quantity of holding the hole and configuration are corresponding to the quantity and the configuration of first die cavity, this first suction unit has one and can stretch and be located at this first fixing sucker spare between die holder and this first movable die holder, this sucker spare has most attraction portions, aforementioned attraction portion has most suction holes again, and the quantity of attraction portion and configuration are corresponding to first die cavity and hold the quantity and the configuration in hole;

One second shaped device, has one second injection unit, one is arranged on second positioning unit and second suction unit that can move of this second injection unit, one side between this second injection unit and this second positioning unit, this second injection unit have one second fixedly die holder and one can with respect to this second fixedly die holder produce the second movable die holder of closing or separation, this second movable die holder has one with respect to these second fixedly second die joint and most second die cavitys that are arranged with by this second die joint of die holder, the quantity of aforesaid second die cavity and configuration are located at quantity and configuration on this bottom board unit corresponding to bridge formation unit group, and the size of each second die cavity is the size of respectively corresponding each second framework, this second positioning unit has a worktable and and is positioned at second tool on this worktable, this second tool has most and holds the hole by what an end face was arranged with, aforesaid quantity of holding the hole and configuration are corresponding to the quantity and the configuration of second die cavity, this second suction unit has one and can stretch and be located at this second fixing sucker spare between die holder and this second movable die holder, this sucker spare has most attraction portions, aforesaid attraction portion has most suction holes again, and the quantity of attraction portion and configuration are corresponding to second die cavity and hold the quantity and the configuration in hole;

One first press fit device, be arranged on this first, second shaped device, one side, and has one first pedestal, one is arranged on first cushion cap on this first pedestal, one is arranged on first suspension of this first pedestal top, one is installed in that driving cylinder pressure and on this first suspension is subjected to this driving cylinder pressure interlock and corresponding to the clamping unit of this first cushion cap, this first cushion cap be for this first, second tool is placed in regular turn, this clamping unit has dull and stereotyped and most clamping pieces that are convexly equipped with by this flat board one bottom surface, the quantity of aforesaid clamping piece and the configuration corresponding to this first, second tool hold hole number and configuration, and respectively has a folder hole that is arranged with by the bottom, the size of aforesaid folder hole, contour shape is corresponding to first framework of bridge formation unit, and this clamping unit can by one away from this first, the lifting position of second tool, towards level off to this first, the down position of second tool produces closing, and in regular turn first framework in this first tool is carried out gripping and first framework is fastened on second framework, and make first, second framework is combined into the bridge formation unit; And

One second press fit device, be arranged on a side of this first press fit device, and has one second pedestal, one is arranged on second cushion cap on this second pedestal, one is arranged on second suspension of this second pedestal top, one is installed in that driving cylinder pressure and on this second suspension is subjected to this driving cylinder pressure interlock and corresponding to the fastening unit of this second cushion cap, this second cushion cap is to place in regular turn for this second tool and this bottom board unit, this fastening unit has dull and stereotyped and most buckling pieces that are convexly equipped with by this flat board one bottom surface, the quantity of aforesaid buckling piece and configuration are corresponding to the hole of holding of this second tool, the installation portion quantity and the configuration of this bottom board unit, and respectively has a button hole that is arranged with by the bottom, the size of aforesaid button hole, contour shape is corresponding to second framework of bridge formation unit, and should fasten the unit can be by one away from this second tool, the lifting position of bottom board unit, towards leveling off to this second tool, the down position of bottom board unit produces closing, and in regular turn the bridge formation unit in this second tool is carried out gripping and the bridge formation unit is fastened on the installation portion of bottom board unit.

2. keyboard assembling system according to claim 1, it is characterized in that wherein said first, second suction unit also respectively have one be installed in this first, second injection unit top and the X that extends along a directions X are to guide rail, one along a Y who extends perpendicular to the Y direction of this directions X to guide rail, one can drive X that this Y moves to guide rail along from this X to guide rail to driving element, one along a Z who extends perpendicular to the Z direction of this Y direction to guide rail, one can drive this Z produces mobile Y to driving element to guide rail along this Y guide rail, one slide bar along this Z direction extension, one can drive this slide bar produces the Z of lifting to driving element along this Z to guide rail, an and pressure cylinder that is arranged on this slide bar one bottom, this sucker spare is to be hubbed on this slide bar and pressure cylinder bottom, the expanding-contracting action of this pressure cylinder can make this sucker spare by a pair of should first, the erectility of the second movable die holder, swing are should first, the horizontality of second tool.