CN2586212Y

CN2586212Y - Built-in scanner capable of X-Y axis scanning

Info

Publication number: CN2586212Y
Application number: CN 02282677
Authority: CN
Inventors: 蔡钟华
Original assignee: DEMAO SCIENCE AND TECHNOLOGY Co Ltd
Current assignee: DEMAO SCIENCE AND TECHNOLOGY Co Ltd
Priority date: 2002-10-28
Filing date: 2002-10-28
Publication date: 2003-11-12
Anticipated expiration: 2012-10-28

Abstract

The utility model relates to a built-in scanner capable of X-Y axis scanning. The interior of a body is mainly provided with a scanning component assembly. The scanning component assembly freely moves in the body front and back in the Y-axis direction. A product placing disc which is used for bearing products to be scanned is arranged under the scanning component assembly. The product placing disc freely and transversely moves under the scanning component assembly left and right in the X-axis direction. The bottom edge of the product placing disc is additionally provided with a collection disc. The product placing disc is shifted to the exterior of the body from the interior of the body through the collection disc, which is convenient for placing the products to be scanned.

Description

But the built-in scanner of X, Y-axis scanning

Technical field

But the utility model relates to the built-in scanner of a kind of X, Y-axis scanning, it mainly removes and can be applicable to general biological specimen corpse or other object for laboratory examination and chemical testing scanning use, outside this biological specimen corpse or other object for laboratory examination and chemical testing need not being taken a picture separately file, it also can be applicable to stereo article and has the scanning use of the scanning object of depth design, moreover, use more convenient user and manipulate because this scanner is can directly peg graft in the casing slot that is arranged at general desktop PC.

Background technology

The design of general scanner at present is that to adopt the single axial scan mode be main enforcement means mostly, but if the area of chance determinand then need adopt bigger scan components to implement when big, so the cost of scanner integral body will definitely increase, moreover general scanner all is at plane determinand (as: paper at present, photo etc.) designed, if can't scan when meeting solid object, in addition, as biological specimen corpse or other object for laboratory examination and chemical testing sampler tray normally formed by the shrinkage pool of some tool degree of depth, if merely with the camera lens single shaft to motion scan can't be with the shrinkage pool bottom complete scan image that has than the wide-angle deviation, for that reason this moment is if can there be the one scan instrument can utilize less scan components to reach the effect on the big plane of scanning, and in the time of scanning the determinand of the solid object and the tool degree of depth again, can provide another brand-new and better selection for all users.

Summary of the invention

Because but place the utility model spy of the problems referred to above provides an X, the built-in scanner of Y-axis scanning, the design that sees through this scanner can directly apply to the scanning use of general biological specimen corpse or other object for laboratory examination and chemical testing scanner uni stereo article, but and a kind of X of the present utility model, the built-in scanner of Y-axis scanning, it mainly is in the inside of body the one scan component groups to be set, this scan components group is to see through the first transmission component group setting scan components can the direction with Y-axis freely be moved forward and backward in body, then be provided with the tray of a carrying scanning object as for the below of scan components group, this tray is to see through the second transmission component group setting can make the tray can be in the below of scan components group with the free transverse moving left and right of direction of X-axis, moreover the root edge of above-mentioned tray is provided with one in addition and places dish, and the setting that sees through the 3rd transmission component group can make and places dish and can freely move forward and backward, and see through this setting that places dish and tray can be passed outside to body by the inside of body, use the placement that makes things convenient for scanning object.

Via effect of the present utility model and enforcement, can get following advantage:

One, via enforcement of the present utility model, can X, the operation that scans simultaneously of the direction of Y-axis, use and add the scope that exposes thoroughly.

But two, see through the moving design of the utility model X and y-axis shift, the scanning object (as biological sample corpse or other object for laboratory examination and chemical testing sampler tray) of a tool degree of depth can complete scan can be stored, still can finish the work of scanning during at angle off normal of vertical this determinand and camera lens easily.

Three, can scan owing to the utility model can utilize less scan components that in a big way scanning object need not to cut apart, gradation scanning, therefore except that implement convenient, its whole cost also can significantly reduce.

Four, see through enforcement of the present utility model, the operation that paper that vertical thickness is bigger or three-dimensional thing also can scan is implemented and need not to adopt the mode of taking pictures.

Description of drawings

Shown in Figure 1 is combination enforcement figure of the present utility model;

Shown in Figure 2 is decomposition enforcement figure of the present utility model;

Shown in Figure 3 is action synoptic diagram of the present utility model ();

Shown in Figure 4 is action synoptic diagram of the present utility model (two);

Shown in Figure 5 is action synoptic diagram of the present utility model (three);

Shown in Figure 6 is the action synoptic diagram of scanning tool degree of depth scanning object of the present utility model;

Shown in Figure 7 is enforcement illustration of the present utility model.Among the figure

1 scanner, 1211 driving gear set

11 scan components groups, 1212 driving racks

111 first transmission component groups 13 place dish

1111 power wheels 131 the 3rd transmission component group

1112 flexible racks, 1311 driving gear set

1113 axostylus axostyles, 1312 driving racks

112 camera lenses, 14 bodies

12 trays, 2 scanning objects

121 second transmission component groups, 21 shrinkage pools

Embodiment

See also Fig. 1, shown in Figure 2 is combination enforcement figure of the present utility model and decomposition enforcement figure, but disclose a kind of X of the present utility model among its figure, the built-in scanner 1 of Y-axis scanning, it mainly is one scan component groups 11 to be set in the inside of body 14 (this scan components group is identical with scan components principle in the general scanner, so do not add at this and to give unnecessary details), this scan components group 11 is to see through 111 settings of the first transmission component group scan components group 11 can the direction with Y-axis freely be moved forward and backward in body 14, and this first transmission component 111 mainly is by a power wheel 1111, one flexible rack 1112 and an axostylus axostyle 1113 are formed (wherein power wheel can be a friction wheel and flexible rack can be a friction belt), when power wheel 1111 rotates and drives a flexible rack 1112 movings, its scan components group 11 can move forward and backward along the direction of axostylus axostyle 1113 freedom with Y-axis, then be provided with a tray 12 that can carry scanning object 2 as for place, the below of scan components group 11, this tray 12 is to see through the second transmission component group 121 to be provided with and can to make the tray 12 can be in the below of scan components group 11 with the free transverse moving left and right of direction of X-axis, and this second transmission component group 121 mainly is made up of a driving rack 1212 and a driving gear set 1211, this driving gear set 1211 mainly is to be installed in to place on the dish 13, and be fastened togather mutually with the driving rack 1212 that is installed in tray 12 root edges, when driving gear set 1211 accepts to reach when signal rotates drive driving rack 1212 synchronously, and then make tray 12 can be with the direction of X-axis free transverse moving left and right, moreover the root edge of above-mentioned tray 12 be provided with in addition one place the dish 13, this places dish 13 is that the setting that sees through the 3rd transmission component group 131 can make and places dish 13 and can freely move forward and backward inside or outsides in body 14, and the 3rd transmission component group 131 its also formed by a driving rack 1312 and driving gear set 1311, this driving rack 1312 is to be installed in the root edge side that places dish 13, and be fastened togather mutually with the driving gear set 1311 that is installed in the body 14, can pass to the outside of body 14 by the inside of body 14 together with tray 12 placing dish 13 by the setting of the 3rd transmission component group 131, or place in the inside of body 14 from the outside of body 14, use the placement that makes things convenient for scanning object 2.

See also Fig. 3, Fig. 4 and shown in Figure 5 be action synoptic diagram of the present utility model (), (2) reach (three), but disclose a kind of X of the present utility model among its figure, the built-in scanner 1 of Y-axis scanning, it mainly is in the inside of body 14 one scan component groups 11 to be set, this scan components group 11 is the direction with Y-axis freely to move forward and backward in body 14, then be provided with the tray 12 of a carrying scanning object 2 as for the below of scan components group 11, this tray 12 is can be in the below of scan components group 11 with the free transverse moving left and right of direction of X-axis, moreover the root edge of above-mentioned tray 12 be provided with in addition one place the dish 13, and the sequence of operation of scanner 1 integral body of the present utility model mainly is will place dish 13 earlier to be withdrawed from behind body 14 outsides by body 14 inside together with tray 12 when the user desires to manipulate, again scanning object 2 is positioned on the tray 12, to place dish 13 again, tray 12 places in body 14 positioned internal together with scanning object 2, next see through again scan components group 11 move forward and backward can with same Y-axis to the scanning block scan fully and deposit, it is right because the scanned block of scan components group 11 is limited, therefore but the Y-axis that can scanning object 2 can be scanned through the design that tray 12 X axis move moves to scan components group 11 relative root edge places to block, but no matter utilizes the magnitude range of the moving design scanning object 2 of scan components group 11 y-axis shifts all can fully its scanning be stored thereafter again.

Seeing also shown in Figure 6 is the action synoptic diagram of scanning tool degree of depth scanning object of the present utility model, but disclose among its figure since the Y-axis that the design that tray 12 X axis of the present utility model move can not be scanned scanning object 2 to block or camera lens 112 light sources because of the deviation of angle can't the complete scan scanning object 2 tool degree of depth the camera lens 112 relative effective scanning zones that move in the scan components group 11 of shrinkage pool 21 bottom positions (please also refer to Fig. 3, Fig. 4, shown in Figure 5), so can with camera lens 112 linear light source can't complete arrival and the zone of scanning rescan and store that (it is because of the design because of the scanning object degree of depth of the image light source that is camera lens and receives, if with the camera lens relative angle when excessive then this light source then can't arrive the bottom of degree of depth shrinkage pool), by this, still can finish the work of scanning during at angle off normal of vertical this scanning object 2 and camera lens 112 once more.

Seeing also shown in Figure 7 is enforcement illustration of the present utility model, but disclose the built-in scanner 1 of a kind of X of the present utility model, Y-axis scanning among its figure, it can be installed on the slot inside of general computer housing, outside this design person of being easy to use usage space, wiring and computing machine connection line operation separately when it uses, moreover see through this design and also can at any time this scanner 1 be keeped in repair by extracting out in the computer slot.

Below the utility model is described in detail, the above only is preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented.Be that all equalizations of doing according to the utility model application range change and modify etc., all should still belong in the patent covering scope of the present utility model.

Claims

1. but X, the built-in scanner of Y-axis scanning, it is characterized in that the one scan component groups being set in the inside of body, this scan components group is to see through the first transmission component group setting scan components group can the direction with Y-axis freely be moved forward and backward in body, then be provided with the tray of a carrying scanning object as for the below of scan components group, this tray is to see through the second transmission component group setting can make the tray can be in the below of scan components group with the free transverse moving left and right of direction of X-axis, moreover the root edge of above-mentioned tray is provided with one in addition and places dish, and the setting that sees through the 3rd transmission component group can make and places dish and can freely move forward and backward.

2. but the built-in scanner of X as claimed in claim 1, Y-axis scanning, it is characterized in that: the second transmission component group mainly is made up of a driving rack and a driving gear set, this driving gear set mainly is to be installed in to place on the dish, and is fastened togather mutually with the driving rack that is installed in the tray root edge.

3. but the built-in scanner of X as claimed in claim 1, Y-axis scanning, it is characterized in that: the 3rd transmission component group is made up of a driving rack and driving gear set, this driving rack is to be installed in the root edge side that places dish, and is fastened togather mutually with the driving gear set that is installed in the body.