CN1327101C - Mechanism height adjustable hinge mold assembly - Google Patents
Mechanism height adjustable hinge mold assembly Download PDFInfo
- Publication number
- CN1327101C CN1327101C CNB021231680A CN02123168A CN1327101C CN 1327101 C CN1327101 C CN 1327101C CN B021231680 A CNB021231680 A CN B021231680A CN 02123168 A CN02123168 A CN 02123168A CN 1327101 C CN1327101 C CN 1327101C
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- mold assembly
- hinge mold
- hinge
- hook
- fixed bar
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- Expired - Fee Related
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Abstract
The present invention relates to a hinge die assembly which is connected with a mechanism body with a rotating shaft, and a secondary element. The hinge die assembly comprises a hook and a positioning rod, wherein the hook with a cavity comprises a fastener, an elastic body and a positioning piece, wherein the fastener is connected with the lower part of the hook to buckle and hold the rotating shaft; the elastic body is arranged on one side of the cavity, and the positioning piece is projected out of the other side of the cavity; a fixing rod is inserted in the cavity and connected with the secondary element, the fixing rod has a plurality of engaged parts which can be engaged with the positioning piece, and the elastic body generates elasticity for tightly butting the fixing rod so that the fixing rod and the hook can be clamped tightly.
Description
Technical field
The present invention relates to a kind of hinge mold assembly, particularly relate to a kind of hinge mold assembly of mechanism height adjustable.
Background technology
When general use scanner captured image, the definition of image was very important.Obtain excellent quality of scanning, note following item during scanning, for example: use good equipment and environment, correct setting and color standard, correct use scanning software and image processing software, the image file format of selecting to be fit to come memory image file and select preferable original copy of picture quality or the like.Except possessing above-mentioned condition, the planeness of file also is the key factor that influences the quality of scanning result, because in some cases, even picture quality takes place to curl when original copy also has scanning clearly again or the situation of folding line takes place, all need flatten file by external force this moment, is twisted or situation such as shade occurs and take place to reduce output image after the scanning.
Please refer to Fig. 1, illustrate the schematic diagram that uses conventional scanners.General traditional platform formula scanner comprises flip 12 and scanner body 14, and conventional scanners is the mode that directly snaps in rotating shaft 16 with trip, and flip 12 is combined with scanner body 14.When only scanning the paper of an A4 size, flip 12 can with paper formation be pressed on the glass platform 18; Yet; as shown in Figure 1; when the thickness of scanning document 10 increases; the flip 12 of traditional platform formula scanner just can't firmly be pressed on scanning document 10 on the glass platform 18; usually have the not good or scanning document of speed 10 and place situation such as improper and take place, and reduced the quality of scanning significantly.Therefore the user is when carrying out scanning work, often need to press flip 12 to increase pressure with have gentle hands, make scanning document 10 more press close to glass platform 18, yet because the contact point inequality of flip 12 and scanning document 10, the application of force also can't solve the problem that scanning document 10 out-of-flatnesses are derived improperly.
In addition, when needs change the outfit flip 12, for example when scanner product type difference or Product Renewal function, often slightly variant because of scanner body 14 and flip 12 connected modes, the different designs of the diameter of the position of rotating shaft 16 or rotating shaft 16 for example makes original flip 12 inadequacies and can't be assembled in the scanner body 14 of another money smoothly.Therefore original flip 12 moulds do not have the value of recycling, and the producer must be flip 12 die sinking again with the various connected modes of flip 12 according to scanner body 14, has increased the manufacturing cost of many scanners.
Summary of the invention
The object of the present invention is to provide a kind of hinge mold assembly of mechanism height adjustable, in order to combining mechanism body and secondary element thereof, and the relative position of guiding mechanism body and secondary element thereof; The also fastener of replaceable hinge mold assembly design is to meet the demand of the different connected modes of mechanism body and secondary element thereof.
According to purpose of the present invention, a kind of hinge mold assembly is provided, connection has the mechanism body and the secondary element of rotating shaft, and hinge mold assembly comprises hook and fixed bar, and hook has a cavity and also comprises fastener, elastic body and keeper.Wherein fastener is connected in the hook below, holds rotating shaft in order to button; Elastic body is arranged at a side of this cavity and keeper protrudes in the opposite side in chamber; Fixed bar is inserted in the cavity and connects secondary element, and fixed bar has a plurality of fitting portions, can with the keeper tabling.And the elastic force that elastic body produced can push against fixed bar, and fixed bar is engaged closely with hook.Hinge mold assembly with broached-tooth design can be by the engagement and the adjustment that separate as its station-keeping mode of tooth with tooth, has engaging that the hinge mold assembly of concaveconvex structure can be by concavo-convex counterpart and separate the adjustment that is used as its station-keeping mode.
Description of drawings
Fig. 1 is the schematic diagram of conventional scanners;
Fig. 2 has the schematic diagram of the scanner of hinge mold assembly for a preferred embodiment of the present invention;
Fig. 3 is the side view cutaway drawing of a kind of hinge mold assembly of a preferred embodiment of the present invention;
Fig. 4 is the side view cutaway drawing of a kind of hinge mold assembly of another preferred embodiment of the present invention;
Fig. 5 is the top view of the hinge mold assembly of Fig. 3 and Fig. 4.
The specific embodiment
Please refer to Fig. 2, it illustrates use has the scanner of hinge mold assembly according to a preferred embodiment of the present invention schematic diagram.Hinge mold assembly is a mechanism element, in order to combining mechanism body and secondary element thereof, and guiding mechanism body and secondary element relative position thereof.This mechanism can be multifunctional paper feeding machine (Multiple Function Peripheral), for example: scanner, copying machines, facsimile machine.As shown in Figure 2, this mechanism is example with the scanner, and its secondary element is flip 22, and hinge mold assembly 30 is the rotating shafts 26 that are socketed on the scanner body 24, and flip 22 is combined with scanner body 24, and can adjust the height of flip 22 with respect to scanner body 24.When scanning document 10 had suitable thickness, hinge mold assembly 30 can be orientated stretching mode as, improved the position of flip 22, and flip 22 just can firmly be pressed scanning document 10 and be put on glass platform 28.When the scanner that uses the present invention to have hinge mold assembly carries out scanning work, to further press flip 22 to increase pressure as the user with have gentle hands, make scanning document 10 also press close to glass platform 28, also needn't worry the improper application of force that the contact point inequality of flip 12 and scanning document 10 is caused, thus, just can reduce that speed is not good, scanning document 10 out-of-flatnesses or scanning document 10 place the generation of situation such as improper, and improves the quality of scanning.
Please refer to Fig. 3, illustrate side view cutaway drawing according to a kind of hinge mold assembly of a preferred embodiment of the present invention.Hinge mold assembly comprises hook 300,302 two major parts of fixed bar, and in Fig. 3, hinge mold assembly has broached-tooth design, adopts the engagement and the adjustment that separates as its station-keeping mode of tooth and tooth, the relative position of control fixed bar 302 and hook 300.Hook 300 has a cavity 308, comprises fastener 306, shell fragment 304 and positioning tooth 300a.Hook 300 belows are connected with fastener 306, hold rotating shaft 26 (please refer to Fig. 2) on the mechanism body in order to button; Shell fragment 304 is arranged at a side of cavity 308, and positioning tooth 300a protrudes in the opposite side of cavity 308; Fixed bar 302 is inserted in this cavity 308, and in order to connect secondary element, fixed bar 302 also has a plurality of roller seating space 302a.Because positioning tooth 300a and shell fragment 304 lay respectively at the both sides of fixed bar 302, after arbitrary roller seating space 302a and positioning tooth 300a on the fixed bar 302 are chimeric, the elastic force that shell fragment 304 is produced can push against fixed bar 302, fixed bar 302 is engaged closely with hook 300, and hinge mold assembly can remain on the position of setting.In the time will changing the station-keeping mode of hinge mold assembly, only need overcome shell fragment 304 elastic force, allow positioning tooth 300a separate with roller seating space 302a, fixed bar 302 just can move up and down, and adjusts the relative position of fixed bar 302 and hook 300.
Fig. 4 illustrates the side view cutaway drawing according to a kind of hinge mold assembly of another preferred embodiment of the present invention.Hinge mold assembly comprises hook 400,402 two major parts of fixed bar, and in Fig. 4, hinge mold assembly has concaveconvex structure, adopts the engaging and the adjustment that separates as its station-keeping mode of concavo-convex counterpart, the relative position of control fixed bar 402 and hook 400.Hook 400 has a cavity 408, comprises fastener 406, shell fragment 404 and locating convex block 400a.Hook 400 belows are connected with fastener 406, hold rotating shaft 26 (please refer to Fig. 2) on the mechanism body in order to button; Shell fragment 404 is arranged at a side of cavity 408, and locating convex block 400a protrudes in the opposite side of cavity 408; Fixed bar 402 is inserted in this cavity 408, and in order to connect secondary element, fixed bar 402 also has a plurality of groove 402a.Because locating convex block 400a and shell fragment 404 lay respectively at the both sides of fixed bar 402, when arbitrary groove 402a on the fixed bar 402 with after locating convex block 400a engages, the elastic force that shell fragment 404 is produced can push against fixed bar 402, fixed bar 402 is engaged closely with hook 400, and hinge mold assembly can remain on the position of setting.In the time will changing the station-keeping mode of hinge mold assembly, only need overcome shell fragment 404 elastic force, allow locating convex block 400a separate with groove 402a, fixed bar 402 just can move up and down, and adjusts the relative position of fixed bar 402 and hook 400.
In above-mentioned two embodiment, shell fragment among the embodiment can be directly molded in the hook, but or can add the element of fixation spring tab separately, shell fragment is fixed in the hook, shell fragment can metal, nonmetal (as elastoplast) or other rubber-like materials are made, shell fragment also can substitute by spring, as long as can provide the elastic body of elastic force all should be included in the present invention.In addition, the fastener that is connected in hook also can design the size of its radian according to the rotating shaft diameter on the mechanism body, makes the mechanism element modularity.When the connected mode of mechanism body and secondary element is slightly variant, only need replace suitable hinge mold assembly, can meet the demand of the different connected modes of mechanism body and secondary element thereof.
When the present invention is applied in being connected of scanner body and flip, compare, only need add replaceable hinge mold assembly with conventional scanners, change this hinge mold assembly design, can make the scanner membrane moduleization, and not be required to be flip die sinking again, just can continue to use the flip of existing product style.In addition, hinge mold assembly also can change its profile and connect the rotating shaft that is applied in diverse location.
Please refer to Fig. 5, illustrate the top view of the hinge mold assembly of Fig. 3 and Fig. 4.And please be simultaneously with reference to Fig. 2.Hinge mold assembly 30 comprises hook 500,502 two major parts of fixed bar, hinge mold assembly 30 can be by tooth and tooth engagement and the engaging that separates (as shown in Figure 3) or concavo-convex counterpart with separate (as shown in Figure 4), be used as the adjustment of its station-keeping mode, with the relative position of control fixed bar 502 with hook 500.Yet broached-tooth design that hinge mold assembly is not limited to as above enumerate or concaveconvex structure, only the effect of wanting two corresponding counterparts can reach chimeric location gets final product.Hook 500 belows are connected with fastener, hold rotating shaft 26 on the scanner mechanism body 24 in order to button; Hook 500 has a cavity 508, and shell fragment 504a and 504b are arranged at the same side of cavity 508 respectively, and keeper 500a protrudes in the opposite side of cavity 508; Fixed bar 502 is inserted in this cavity 508, and in order to connect flip 22, fixed bar 502 has a plurality of fitting portion 502a near the end of keeper 500a.After arbitrary fitting portion 502a and keeper 500a on the fixed bar 502 are chimeric, make keeper 500a push against fixed bar 502 and be positioned this fitting portion 502a place near the elastic force of the shell fragment 504a of the keeper 500a other end and 504b, fixed bar 502 is combined closely with hook 500, and hinge mold assembly 30 can remain on the position of setting.In the time will changing the station-keeping mode of hinge mold assembly 30, only need bestow external force direction 508, compress shell fragment 504a and 504b, to overcome shell fragment 504a and 504b elastic force, allow keeper 500a separate with fitting portion 502a, fixed bar 502 just can move up and down.When preparing to scan thicker scanning document 10, can adjust the height of flip 22 with respect to scanner body 24, orientate hinge mold assembly 30 as stretching mode, improve the position of flip 22, therefore, the user can come locating hinge membrane module 30 according to the thickness of scanning document, flip 22 is raise or reduce to be adjusted into to scan the only height of this document.
The hinge mold assembly of the disclosed mechanism height adjustable of the above embodiment of the present invention, its advantage are the relative position of adjusting mechanism body and secondary element thereof; Simultaneously, the replaceable performance by hinge mold assembly makes the scanner membrane moduleization, only needs select size, the radian of fastener according to the characteristic of scanner body and rotating shaft thereof, and is not required to be flip die sinking again, just can continue to use the flip of existing product style.In addition, hinge mold assembly also can change its profile and connect the rotating shaft that is applied in diverse location.
Though abovely disclosed the present invention in conjunction with a preferred embodiment; yet it is not in order to limit the present invention; any those skilled in the art can be used for a variety of modifications and variations without departing from the spirit and scope of the present invention, so protection scope of the present invention should be with being as the criterion that claim was defined.
Claims (35)
1, a kind of hinge mold assembly connects a mechanism body and a less important element, and in order to adjust the relative position of this mechanism body and this secondary element, wherein this mechanism has a rotating shaft, and this hinge mold assembly comprises:
One hook, it has a cavity, and this hook comprises:
One fastener is connected in this hook below, holds this rotating shaft in order to button;
One elastic body is arranged at a side of this cavity; And
Positioning piece protrudes in the opposite side of this cavity; And
One fixed bar is inserted in this cavity, and in order to connect this secondary element, wherein this fixed bar has a plurality of fitting portions.
2, hinge mold assembly as claimed in claim 1, wherein this each fitting portion is in order to chimeric with this keeper.
3, hinge mold assembly as claimed in claim 2, wherein the elastic force that this elastic body produced makes this fixed bar engage closely with this hook in order to push against this fixed bar.
4, hinge mold assembly as claimed in claim 3, wherein this hinge mold assembly has a broached-tooth design, in order to adjust the relative position of this fixed bar and this hook.
5, hinge mold assembly as claimed in claim 4, wherein this keeper is a positioning tooth.
6, hinge mold assembly as claimed in claim 5, wherein this each fitting portion is a plurality of roller seating spaces.
7, hinge mold assembly as claimed in claim 3, wherein this hinge mold assembly has a concaveconvex structure, in order to adjust the relative position of this fixed bar and this hook.
8, hinge mold assembly as claimed in claim 7, wherein this keeper is a location projection.
9, hinge mold assembly as claimed in claim 8, wherein this each fitting portion is a plurality of grooves.
10, hinge mold assembly as claimed in claim 1, wherein this secondary element is a flip.
11, hinge mold assembly as claimed in claim 1, wherein this elastic body is directly molded in this hook.
12, hinge mold assembly as claimed in claim 1, wherein this elastic body is a shell fragment.
13, hinge mold assembly as claimed in claim 1, wherein this elastic body is a spring.
14, hinge mold assembly as claimed in claim 1, wherein this elastic body is an Elastic plastic-rubber.
15, hinge mold assembly as claimed in claim 1, wherein this mechanism is a multifunctional paper feeding machine.
16, hinge mold assembly as claimed in claim 15, wherein this multifunctional paper feeding machine is the one scan device.
17, hinge mold assembly as claimed in claim 15, wherein this multifunctional paper feeding machine is a copying machines.
18, hinge mold assembly as claimed in claim 15, wherein this multifunctional paper feeding machine is a facsimile machine.
19, a kind of hinge mold assembly connects a mechanism body and a less important element, and in order to adjust the relative position of this mechanism body and this secondary element, wherein this mechanism has a rotating shaft, and this hinge mold assembly comprises:
One hook has a cavity and a fastener, and this fastener is held this rotating shaft in order to button;
One fixed bar connects this secondary element, and is inserted in this cavity with adjustable perfect square formula; And
One elastic body is arranged at a side of this cavity, and the elastic force that this elastic body produced makes this fixed bar engage closely with this hook in order to push against this fixed bar.
20, hinge mold assembly as claimed in claim 19, wherein this hook also comprises positioning piece, protrudes in the opposite side of this cavity.
21, hinge mold assembly as claimed in claim 20, wherein this fixed bar has a plurality of fitting portions, in order to chimeric with this keeper.
22, hinge mold assembly as claimed in claim 21, wherein this hinge mold assembly has a broached-tooth design, in order to adjust the relative position of this fixed bar and this hook.
23, hinge mold assembly as claimed in claim 22, wherein this keeper is a positioning tooth.
24, hinge mold assembly as claimed in claim 23, wherein this each fitting portion is a plurality of roller seating spaces.
25, hinge mold assembly as claimed in claim 21, wherein this hinge mold assembly has a concaveconvex structure, in order to adjust the relative position of this fixed bar and this hook.
26, hinge mold assembly as claimed in claim 25, wherein this keeper is a location projection.
27, hinge mold assembly as claimed in claim 26, wherein this each fitting portion is a plurality of grooves.
28, hinge mold assembly as claimed in claim 19, wherein this secondary element is a flip.
29, hinge mold assembly as claimed in claim 19, wherein this elastic body is directly molded in this hook.
30, hinge mold assembly as claimed in claim 19, wherein this elastic body is a shell fragment.
31, hinge mold assembly as claimed in claim 19, wherein this elastic body is a spring.
32, hinge mold assembly as claimed in claim 19, wherein this elastic body is an Elastic plastic-rubber.
33, hinge mold assembly as claimed in claim 19, wherein this mechanism is a multifunctional paper feeding machine.
34, hinge mold assembly as claimed in claim 33, wherein this multifunctional paper feeding machine is the one scan device.
35, hinge mold assembly as claimed in claim 33, wherein this multifunctional paper feeding machine is a copying machines.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021231680A CN1327101C (en) | 2002-06-26 | 2002-06-26 | Mechanism height adjustable hinge mold assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021231680A CN1327101C (en) | 2002-06-26 | 2002-06-26 | Mechanism height adjustable hinge mold assembly |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1464162A CN1464162A (en) | 2003-12-31 |
| CN1327101C true CN1327101C (en) | 2007-07-18 |
Family
ID=29743448
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB021231680A Expired - Fee Related CN1327101C (en) | 2002-06-26 | 2002-06-26 | Mechanism height adjustable hinge mold assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1327101C (en) |
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| CN104079784A (en) * | 2014-07-25 | 2014-10-01 | 滁州品之达电器科技有限公司 | Portable document shelf |
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| Publication number | Publication date |
|---|---|
| CN1464162A (en) | 2003-12-31 |
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