CN2498663Y - Bearing device - Google Patents

Abstract

The utility model relates to a carrying apparatus which is used for an optical scanner adopting a contact image sensor. The utility model utilizes the force at-a-distance of the homo-poloidal magnet or the hydraulic force of liquid to generate a counterforce from the opposite direction for getting the contact image sensor module pressing and connecting upwards with the platform of the document. Moreover, because the force at-a-distance of the homo-poloidal magnet or the hydraulic force of liquid acts completely on the contact image sensor module, the contact image sensor module can cling on the platform of the document at any time to process the scan action and reach the best scanning performance.

Description

Bogey

Technical field

The utility model relates to a kind of bogey, and particularly relevant for a kind of bogey that is applied to the contact image sensor scan module of an optical scanner.

Background technology

(Contact Image Sensor CIS) is a kind of of linear sensor to contact image sensor, is to be used for the image or the file on plane are swept into electronic format, so that the photovalve that stores, shows, handles or transmit.The modular design that its maximum characteristics are integrated, the characteristics that not only make application product have gently, approach, and because assembling easily, can be saved production cost.

With reference to Fig. 1 a and Fig. 1 b, contact image sensor is by the light source 104 of strip, constitutes from focus lens group (Self-focus Lens Array) 101 and photo-sensitive cell 102 matrixes that are positioned on the substrate 103, and is assembled into a complete contact image sensor scan module 100 by an aluminum hull 105.During scan-image, assemble the light of reflection from original copy from focus lens group 101 matrixes, and image on photo-sensitive cell 102 matrixes, photo-sensitive cell 102 converts the color or the black and white gray scale variation of a line on the original copy to electronic signal.Contact image sensor scan module 100 directly contacts its scanning plane 110 by a buffer substrate tablet 300 during scanning with document platform 200, and is moved forward and backward and scanned by motor drive.

Known contact image sensor scan module 100 directly contacts its scanning plane 110 by a buffer substrate tablet 300 with document platform 200 mode, generally be to utilize a lock that adds to pay member or support member, make contact image sensor scan module 100 in scanning when mobile, can keep at any time and the contacting of document platform 200.Yet this kind utilizes lock to pay the mode of member or support member, all be that mechanical type supports, and can only apply the strength support at contact image sensor scan module 100 fixing parts, can't guarantee that the everywhere all can be close to the document platform face.

Summary of the invention

Therefore, the purpose of this utility model is to propose a kind of bogey, use the super pressure apart from power or liquid or gas of homopolarity to magnetite, realization contact image sensor scan module can be close to the document platform face at any time, to carry out scanning motion and to reach best scanning effect.

According to above-mentioned purpose of the present utility model, the utility model proposes a kind of bogey, be applied to an optical scanner, this optical scanner comprises a document platform at least.This bogey comprises: 1. a pedestal is a groove shape body, and this groove shape body has an open slot, and the bottom of this open slot has one first magnetite.2. a contact image sensor scan module has the one scan face.Wherein, aforesaid contact image sensor scan module is positioned at open slot, and the scanning plane of this contact image sensor scan module is towards the outside of open slot, and the object oriented file platform.3. one second magnetite is connected in the bottom surface of aforementioned contact image sensor scan module towards the open slot inboard.The area of this second magnetite size equates that with the bottom surface of contact image sensor scan module with respect to first magnetite, and first magnetite is identical with the polarity of the second magnetite opposite face approximately, produces one mutually exclusive super apart from power.Aforementioned contact image sensor scan module super is carried apart from power by this.4. and a plurality of buffer substrate tablet, be disposed at the inboard, edge of scanning plane, and be contacted with aforesaid document platform.

The utility model proposes a kind of bogey, be applied to an optical scanner, this optical scanner comprises a document platform at least.This bogey comprises: 1. pedestal is a groove shape body, and this groove shape body has an open slot.2. a contact image sensor scan module is positioned at open slot.This contact image sensor scan module has the one scan face, towards the outside of open slot, and the object oriented file platform, and form a gap between four sidewalls of this open slot and contact image sensor scan module.3. a seal ring is arranged in this gap, and connects airtight with four sidewalls and the contact image sensor scan module of open slot simultaneously, makes the one side of contact image sensor scan module towards the open slot inboard, and forms an enclosure space between the open slot bottom surface.Be full of a fluid in this enclosure space.Wherein, fluid can be liquid or gas.4. and a plurality of buffer substrate tablet, be disposed at the inboard, edge of scanning plane, and be contacted with document platform.

According to feature of the present utility model, use a pair of magnetite and produce repel each other super apart from power, make the contact image sensor scan module can be close to the document platform face at any time, to reach best scanning effect comprehensively.

According to feature of the present utility model, the pressure that utilizes fluid to produce makes the contact image sensor scan module can be close to the document platform face at any time comprehensively, to reach best scanning effect.

Description of drawings

Fig. 1 a～1b is that (Fig. 1 a) and side cut away view (Fig. 1 b) for the front schematic view of known contact image sensor scan module;

Fig. 2 a～2b is that (Fig. 2 a) and diagrammatic cross-section (Fig. 2 b) for the three-dimensional exploded view of the bogey of the utility model first embodiment contact image sensor scan module;

Fig. 3 is the bogey diagrammatic cross-section of the utility model second embodiment contact image sensor scan module.

Description of reference numerals:

100,1100: the contact image sensor scan module

101: from focus lens group 102: optical sensing chip

103: substrate 104: light source

105: aluminum hull 110,1110: scanning plane

200,1200: document platform 300,1300: buffer substrate tablet

1400: carrying 1500,1510: magnetite

1600: fluid 1700: seal ring

1800: pump 1810: pipeline

Embodiment

With reference to Fig. 2 a and Fig. 2 b, Fig. 2 a is the three-dimensional exploded view of the bogey of the utility model first embodiment contact image sensor scan module, and Fig. 2 b is the diagrammatic cross-section of the bogey of the utility model first embodiment contact image sensor scan module.The load bearing seat 1400 of one flute profile is in the bottom of its open slot, dispose comprehensively one with big magnetite 1510 such as bottom surface, the bottom of contact image sensor scan module 1100 also disposes a magnetite 1500, and with respect to the magnetite 1510 of the open slot of load bearing seat 1400 bottom, and be positioned at position above the open slot of load bearing seat 1400.Aforementioned two magnetites relatively to polarity identical, therefore produce the super of a mutual exclusion and contact image sensor scan module 1100 upwards pushed away, with the weight of carrying contact image sensor scan module 1100 apart from power.The open slot size of load bearing seat 1400 is slightly larger than the size of contact image sensor scan module 1100, only moves up and down in open slot so that the open slot of load bearing seat 1400 can limit contact image sensor scan module 1100.The inboard, scanning plane 1110 edge of contact image sensor scan module 1100 tops disposes a plurality of buffer substrate tablets 1300, and contact image sensor scan module 1100 is upwards contacted smooth in document platform 1200 again by these buffer substrate tablets 1300.

Wherein, aforementioned magnetite produces superly acts on the bottom surface of contact image sensor scan module 1100 apart from power comprehensively and fifty-fifty, makes contact image sensor scan module 1100 can be close to the document platform face at any time comprehensively.

With reference to Fig. 3, be the diagrammatic cross-section of the bogey of the utility model second embodiment contact image sensor scan module.Contact image sensor scan module 1100 is positioned at the open slot of the load bearing seat 1400 of a flute profile, and utilize a seal ring 1700, connect airtight the gap between four vertical sidewalls of 1,100 four vertical sidewalls of contact image sensor scan module and open slot, make and form a confined space between contact image sensor scan module 1100 bottom surfaces and the open slot bottom surface, this confined space is full of a fluid 1600, and contact image sensor scan module 1100 is carried by the pressure of this fluid 1600.Wherein, load bearing seat 1400 is connected to a pump 1800 by a pipeline 1810 with aforesaid confined space, and controls the pressure of confined space inner fluids 1600 with this pump 1800.The inboard, scanning plane 1110 edge of contact image sensor scan module 1100 tops disposes a plurality of buffer substrate tablets 1300, and contact image sensor scan module 1100 is upwards contacted smooth in document platform 1200 again by these buffer substrate tablets 1300.

Wherein, the pressure of aforesaid fluid 1600 is the bottom surfaces that comprehensively and fifty-fifty act on contact image sensor scan module 1100, makes contact image sensor scan module 1100 can be close to the document platform face at any time comprehensively.Fluid wherein can be hydraulic fluid or gases at high pressure.

According to above-mentioned embodiment of the present utility model as can be known, the utility model has following advantage at least:

(1) uses a pair of magnetite and produce repel each other comprehensive and average super, make the contact image sensor scan module be close to the document platform face at any time comprehensively, improve known uneven local support strength, to reach best scanning effect apart from power.

(2) the comprehensive and average pressure that utilizes hydraulic fluid or gases at high pressure to produce makes the contact image sensor scan module be close to the document platform face at any time comprehensively, improves known uneven local support strength, to reach best scanning effect.

Though the utility model with the embodiment explanation as above; right its is not that any person skilled in the art is not in breaking away from spirit and scope of the present utility model in order to qualification the utility model; when doing a little change and retouching, therefore protection domain of the present utility model is to be as the criterion.

Claims (7)

1. a bogey is applied to an optical scanner, and this optical scanner comprises a document platform at least, it is characterized by: this bogey comprises:

One pedestal, this pedestal are a groove shape body, and this groove shape body has an open slot, and the bottom of this open slot has one first magnetite;

One contact image sensor scan module has the one scan face,

Wherein, this contact image sensor scan module is positioned at this open slot, and this scanning plane of this contact image sensor scan module is towards the outside of this open slot, and towards this document platform;

One second magnetite, be connected in the bottom surface of this contact image sensor scan module towards this open slot inboard, the area size of this second magnetite equates with this bottom surface of this contact image sensor scan module approximately, with respect to this first magnetite, this first magnetite is identical with the polarity of this second magnetite opposite face, produce one mutually exclusive superly apart from power, this contact image sensor scan module is superly carried apart from power by this; And

A plurality of buffer substrate tablets are disposed at the inboard, edge of this scanning plane, and are contacted with this document platform.

2. bogey as claimed in claim 1 is characterized by: this contact image sensor scan module can be in this open slot of this pedestal, along the opening direction of this open slot and mobile in the other direction.

3. a bogey is applied to an optical scanner, and this optical scanner comprises a document platform at least, it is characterized by: this bogey comprises:

One pedestal, this pedestal are a groove shape body, and this groove shape body has an open slot;

One contact image sensor scan module, be positioned at this open slot, this contact image sensor scan module has the one scan face, this scanning plane is towards the outside of this open slot, and, form a gap between four sidewalls of this open slot and this contact image sensor scan module towards this document platform;

One seal ring, be arranged in this gap, and connect airtight simultaneously with four sidewalls and this contact image sensor scan module of this open slot, make the one side of this contact image sensor scan module towards this open slot inboard, and form an enclosure space between this open slot bottom surface, be full of a fluid in this enclosure space; And

A plurality of buffer substrate tablets are disposed at the inboard, edge of this scanning plane, and are contacted with this document platform.

4. bogey as claimed in claim 3 is characterized by: this contact image sensor scan module can be in this open slot of this pedestal, along the opening direction of this open slot and mobile in the other direction.

5. bogey as claimed in claim 3 is characterized by: wherein this fluid comprises hydraulic fluid.

6. bogey as claimed in claim 3 is characterized by: wherein this fluid comprises gases at high pressure.

7. bogey as claimed in claim 3 is characterized by: also comprise a pump, be connected to this enclosure space of this pedestal by a pipeline, to control the pressure of this fluid in this enclosure space.

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