CN109541809A - A kind of imaging device for cerebrovascular Image Segmentation - Google Patents
A kind of imaging device for cerebrovascular Image Segmentation Download PDFInfo
- Publication number
- CN109541809A CN109541809A CN201811234807.6A CN201811234807A CN109541809A CN 109541809 A CN109541809 A CN 109541809A CN 201811234807 A CN201811234807 A CN 201811234807A CN 109541809 A CN109541809 A CN 109541809A
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- cabinet
- sliding shoe
- cerebrovascular
- groove
- heat release
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B27/00—Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
- G02B27/02—Viewing or reading apparatus
- G02B27/022—Viewing apparatus
- G02B27/024—Viewing apparatus comprising a light source, e.g. for viewing photographic slides, X-ray transparancies
- G02B27/026—Viewing apparatus comprising a light source, e.g. for viewing photographic slides, X-ray transparancies and a display device, e.g. CRT, LCD, for adding markings or signs or to enhance the contrast of the viewed object
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B27/00—Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
- G02B27/02—Viewing or reading apparatus
- G02B27/022—Viewing apparatus
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/20009—Modifications to facilitate cooling, ventilating, or heating using a gaseous coolant in electronic enclosures
- H05K7/20127—Natural convection
Abstract
The invention discloses a kind of imaging devices for cerebrovascular Image Segmentation, including cabinet, the cabinet inside is equipped with body, first support and second support are connected on the cabinet outer wall, the first support upper end is fixedly installed with image instrument, and the second support upper end is fixedly installed with display, and the cabinet inside is connected with mounting plate, also it is connected with horizontally disposed partition on the cabinet inner wall below the mounting plate, the baffle surface opens up that there are two the first heat release holes.The present invention can prevent extraneous dust from entering cabinet by heat release hole and be deposited in body surface while the body to cabinet inside carries out gravity-flow ventilation heat dissipation, and dust-proof radiating effect is more preferable, and can save using the energy consumption cost for installing fan progress air blast cooling heat dissipation additional；The present invention is also more preferable to the fixation fixed effect of cerebrovascular striograph, and operation is convenient, and the process that image instrument can be made to carry out Image Segmentation and imaging to cerebrovascular striograph is more stable, and effect is more accurate.
Description
Technical field
The present invention relates to the field of medical instrument technology more particularly to a kind of imaging devices for cerebrovascular Image Segmentation.
Background technique
Blood vessel image is based on the diagnosis of computer assisted cardiovascular and cerebrovascular disease and interventional therapy, surgical navigational and postoperative sight
The important means examined.In vessels analysis system, the segmentation of blood vessel image is to before the quantitative descriptions such as shape, the scale of blood vessel
It mentions, segmentation is to objective, accurately quantitatively vascular lesion degree plays a crucial role.Image Segmentation is also blood vessel structure matching and three-dimensional
The basis of reconstruction.
Nowadays, the imaging of cerebrovascular Image Segmentation usually requires multiple operational modules such as collaborative computer image instrument to brain
Blood vessel image figure is split analysis, then imports display imaging.Due in existing cerebrovascular Image Segmentation imaging device
If operational module it is more, body heat dissipation capacity is larger when work, for guarantee device to the segmentation imaging effect of cerebrovascular striograph,
It needs to carry out body good ventilation and heat, existing body radiating mode is usually utilized in case side wall and opens heat release hole more
Or it installs fan progress air blast cooling heat dissipation additional and also holds although the heat release hole of case side wall can guarantee the ventilation effect of body
It easily leads to extraneous dust and enters when being deposited in body surface body being made to work heating by heat release hole faster；It is carried out using fan is installed additional
Air blast cooling radiation energy consumption is larger and is not easy to install；And existing cerebrovascular Image Segmentation imaging device is to cerebrovascular striograph
Fixed effect it is bad, cerebrovascular striograph is easy to shift because of body operation vibration during dividing imaging, is easy shadow
Ring imaging effect.
For this purpose, we have proposed a kind of imaging devices for cerebrovascular Image Segmentation.
Summary of the invention
The purpose of the present invention is to solve the problems in background techniques, and the one kind proposed can be used for cerebrovascular image point
The imaging device cut.
To achieve the goals above, present invention employs following technical solutions: it is a kind of for cerebrovascular Image Segmentation at
As device, including cabinet, the cabinet inside is equipped with body, is connected with first support and second support on the cabinet outer wall,
The first support upper end is fixedly installed with image instrument, and the second support upper end is fixedly installed with display, and body and shadow
As instrument, display are electrically connected, the cabinet inside is connected with mounting plate, and body is fixedly mounted on a mounting board, is located at
Horizontally disposed partition is also connected on cabinet inner wall below the mounting plate, the baffle surface opens up scattered there are two first
Hot hole offers the second heat dissipation that first heat release hole of cooperation uses on the cabinet two sides side wall below the partition
Hole, is also provided with two third heat release holes on the cabinet upper end, and the cabinet upper end is equipped with a rectangular box, and two the
Three heat release holes are respectively positioned on inside rectangular box, and the rectangular box upper end is equipped with horizontally disposed platform, and the platform interior is opened
Equipped with heat-dissipating cavity, and heat-dissipating cavity bottom offers the rectangular aperture being connected to rectangular box, the bottom of the heat-dissipating cavity
Edge has multiple 4th heat release holes, and the platform upper end is equipped with image and observes supporting plate, and image instrument is located at image observation support
The surface of plate, image observation supporting plate upper end are equipped with fixed mechanism.
In the above-mentioned imaging device for cerebrovascular Image Segmentation, the fixed mechanism includes on image observation supporting plate
The symmetrical two affixed mounting blocks in surface both ends, two mounting blocks bottom symmetricals open up that there are two slot, two peaces
An installation cavity is offered inside dress block, roof, which runs through, in each installation cavity body slidably connects one first cunning
Motion block and the second sliding shoe, and the upper end of the first sliding shoe and the second sliding shoe extends through to the outside of mounting blocks, each
The installation inside cavity slidably connects one piece of limit plate, and first groove and second are offered on the limit plate
Groove is welded with a transmission on the first sliding shoe and the second sliding shoe side wall of each installation inside cavity
Block, and two drive blocks for being located at same installation inside cavity respectively correspond and the side wall of the first groove and second on limit plate
The side walls of groove connect, and the lower end of each first sliding shoe and the second sliding shoe, which also respectively corresponds, to be fixedly connected with
First fixing axle and the second fixing axle, the lower end of every first fixing axle extend through in slot and are fixedly connected with
Rubber compact heap, bottom is also provided with the pressing groove that the second fixing axle of cooperation uses, Mei Gesuo in each installation cavity body
It states and is fixedly connected to the first spring between the first sliding shoe and the second sliding shoe bottom and installation cavity bottom, and the first spring is equal
The outside for being set in the first fixing axle and the second fixing axle is corresponded to, is also welded with one first fixation on every piece of limit plate
Block is also welded with second fixed block in each installation cavity inner wall, also opens up on every piece of limit plate
There is a rectangular through-hole, and it is corresponding in rectangular through-hole and logical with rectangle to be located at intracorporal second fixed block of same installation cavity
Hole is slidably connected, and is fixedly connected to one between the first fixed block and the second fixed block of the same installation inside cavity
Second spring.
In the above-mentioned imaging device for cerebrovascular Image Segmentation, the rectangular box includes two pieces longitudinally disposed
First sealing plate and two pieces of second sealing plates being laterally arranged, and rectangular box is sealed by two piece of first sealing plate and two piece second
Plate head and the tail are welded to form mutually, and the upper and lower ends of the rectangular box are welded with mesa base and cabinet upper surface respectively.
In the above-mentioned imaging device for cerebrovascular Image Segmentation, first sealing plate and the second sealing plate are adopted
Use aluminium alloy plate.
In the above-mentioned imaging device for cerebrovascular Image Segmentation, first groove by first dovetail groove and
One L-shaped groove connection composition, and the first dovetail groove is located at limit plate surface, second groove is by second dovetail groove and one
A rectangular channel connection composition, and the second dovetail groove is located at limit plate surface.
In the above-mentioned imaging device for cerebrovascular Image Segmentation, first sliding shoe and the second sliding shoe are located at
One end outside mounting blocks is welded with briquetting.
Compared with prior art, the advantages of being originally used for the imaging device of cerebrovascular Image Segmentation is:
1, pass through the first heat release hole, the second heat release hole, third heat release hole and the 4th heat release hole of setting position specific configuration
Gravity-flow ventilation heat dissipation is carried out to the heat that cabinet inside body distributes, and heat dissipation effect is good, can saved using installation fan
The energy consumption cost of air blast cooling heat dissipation is carried out, it is more convenient；
2, the first heat release hole, the second heat release hole, the are cooperated by the heat-dissipating cavity in setting partition, rectangular box and platform
Three heat release holes and the 4th heat release hole use, while guaranteeing cabinet inside gravity-flow ventilation heat dissipation effect, moreover it is possible to prevent extraneous ash
Dirt enters from these heat release holes to heat up too fast when cabinet inside is deposited in body surface and body is caused to work, dust-proof radiating effect is more
It is good；
3, cerebrovascular striograph is limited by the way that two mounting blocks are arranged, it is sliding by the first sliding shoe of pressing and second
Motion block is the stationary state at controllable cerebrovascular striograph both ends, and it is convenient to operate；Cerebrovascular striograph can be prevented because of body work
Vibration when making shifts, so as to keep image instrument more smart to the effect of cerebrovascular striograph progress Image Segmentation and imaging
Really.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the imaging device for cerebrovascular Image Segmentation proposed by the present invention；
Fig. 2 is the cutting of rectangular box part in a kind of imaging device for cerebrovascular Image Segmentation proposed by the present invention
Top view；
Fig. 3 is the structural representation of mesa base in a kind of imaging device for cerebrovascular Image Segmentation proposed by the present invention
Figure；
Fig. 4 is the cutting side in a kind of imaging device for cerebrovascular Image Segmentation proposed by the present invention inside mounting blocks
View；
Fig. 5 is that the structure of limit plate part in a kind of imaging device for cerebrovascular Image Segmentation proposed by the present invention is shown
It is intended to.
In figure: 1 cabinet, 2 bodies, 3 first supports, 4 second supports, 5 image instruments, 6 displays, 7 mounting plates, 8 partitions, 9
First heat release hole, 10 second heat release holes, 11 third heat release holes, 12 platforms, 13 heat-dissipating cavities, 14 rectangular apertures, 15 the 4th heat dissipations
Hole, 16 images observation supporting plate, 17 mounting blocks, 18 slots, 19 installation cavitys, 20 first sliding shoes, 21 the second sliding shoes, 22 limits
Plate, 23 first grooves, 24 second grooves, 25 drive blocks, 26 first fixing axles, 27 second fixing axles, 28 rubber compact heaps, 29 are pressed
Indent, 30 first springs, 31 second fixed blocks, 32 first fixed blocks, 33 rectangular through-holes, 34 second springs, 35 first sealing plates,
36 second sealing plates, 37 briquettings.
Specific embodiment
Following embodiment only exists in illustrative purpose, limits the scope of the invention without being intended to.
Embodiment
Referring to Fig.1-5, a kind of imaging device for cerebrovascular Image Segmentation, including cabinet 1 are equipped with machine inside cabinet 1
Body 2, is connected with first support 3 and second support 4 on 1 outer wall of cabinet, and 3 upper end of first support is fixedly installed with image instrument 5, and second
4 upper end of bracket is fixedly installed with display 6, and body 2 is electrically connected with image instrument 5, display 6, is connected with inside cabinet 1
Mounting plate 7, and body 2 is fixedly mounted on mounting plate 7, is also connected with level on 1 inner wall of cabinet of 7 lower section of mounting plate and is set
The partition 8 set, 8 surface of partition open up there are two the first heat release hole 9, open up on the 1 two sides side wall of cabinet of 8 lower section of partition
There is second heat release hole 10 for cooperating the first heat release hole 9 to use, be also provided with two third heat release holes 11 on 1 upper end of cabinet,
1 upper end of cabinet is equipped with a rectangular box, and two third heat release holes 11 are respectively positioned on inside rectangular box, and rectangular box upper end is set
There is horizontally disposed platform 12, heat-dissipating cavity 13 is offered inside platform 12, and 13 bottom of heat-dissipating cavity offers and rectangle frame
The rectangular aperture 14 of body connection, the bottom margin of heat-dissipating cavity 13 offer multiple 4th heat release holes 15, and rectangular box includes two
The first longitudinally disposed sealing plate 35 of block and two pieces of second sealing plates 36 being laterally arranged, and rectangular box is sealed by two piece first
Plate 35 and two piece of second sealing plate, 36 head and the tail are welded to form mutually, the upper and lower ends of rectangular box respectively with 12 bottom of platform and machine
The welding of 1 upper surface of case, the first sealing plate 35 and the second sealing plate 36 are all made of aluminium alloy plate, the first sealing plate 35 and the second sealing
Plate 36 is exposed in air, and the heat-sinking capability of aluminium alloy plate is preferable, can accelerate distributing for heat, heat dissipation effect is more preferable.
12 upper end of platform is equipped with image and observes supporting plate 16, and image instrument 5 is located at the surface of image observation supporting plate 16, image
Observation 16 upper end of supporting plate is equipped with fixed mechanism, and fixed mechanism includes mounting blocks 17, slot 18, the installation sliding of cavity 19, first
Block 20, the second sliding shoe 21, limit plate 22, the first groove 23, the second groove 24, drive block 25, the first fixing axle 26, second are solid
Dead axle 27, rubber compact heap 28, pressing groove 29, the first spring 30, the second fixed block 31, the first fixed block 32, rectangular through-hole 33
With second spring 34, image observation 16 upper surface both ends of supporting plate are symmetrically affixed, and there are two mounting blocks 17, two 17 bottoms of mounting blocks
It symmetrically opens up there are two slot 18, offers an installation cavity 19 inside two mounting blocks 17, in each installation cavity 19
Roof, which runs through, slidably connects first sliding shoe 20 and the second sliding shoe 21, and the first sliding shoe 20 and the second sliding shoe
21 upper end extends through to the outside of mounting blocks 17, and the first sliding shoe 20 and the second sliding shoe 21 are located at outside mounting blocks 17
One end be welded with briquetting 37, convenient for pressing the first sliding shoe 20 and the second sliding shoe 21, operate more convenient, Mei Gean
It behave affectedly inside body 19 and slidably connects one piece of limit plate 22, it is recessed that first groove 23 and second is offered on limit plate 22
Slot 24, the first groove 23 is made of first dovetail groove and a L-shaped groove connection, and the first dovetail groove is located at 22 table of limit plate
Face, the second groove 24 is made of second dovetail groove and a rectangular channel connection, and the second dovetail groove is located at 22 table of limit plate
Face is welded with a drive block on 21 side wall of the first sliding shoe 20 and the second sliding shoe inside each installation cavity 19
25, and two drive blocks 25 being located inside same installation cavity 19 respectively correspond the side with the first groove 23 on limit plate 22
The connection of the side walls of wall and the second groove 24；
The lower end of each first sliding shoe 20 and the second sliding shoe 21, which also respectively corresponds, is fixedly connected with the first fixing axle
26 and second fixing axle 27, the lower end of every first fixing axle 26 extend through in slot 18 and be fixedly connected with rubber pressure
Tight block 28, bottom is also provided with the pressing groove 29 that the second fixing axle 27 of cooperation uses in each installation cavity 19, and each first
The first spring 30, and the first spring are fixedly connected between sliding shoe 20 and 21 bottom of the second sliding shoe and installation 19 bottom of cavity
The 30 corresponding outsides for being set in the first fixing axle 26 and the second fixing axle 27 are also welded with one the on every piece of limit plate 22
One fixed block 32, is also welded with second fixed block 31 on each 19 inner sidewall of installation cavity, on every piece of limit plate 22
It is also provided with a rectangular through-hole 33, and the second fixed block 31 being located in same installation cavity 19 is corresponding positioned at rectangular through-hole
It is slidably connected in 33 and with rectangular through-hole 33, the first fixed block 32 and the second fixed block 31 inside same installation cavity 19
Between be fixedly connected to a second spring 34.
In the present invention, when using the present apparatus, the heat of body 2 can be by first heat release hole 9 on 8 surface of partition in cabinet 1
8 lower section of partition is flowed to, then is distributed by the second heat release hole 10 of 1 lower end two sides side wall of cabinet to the external world；The heat of body 2 may be used also
Enter the heat-dissipating cavity 13 in platform 12 through rectangular box by the third heat release hole 11 at 1 top of cabinet, then by 13 bottom of heat-dissipating cavity
4th heat release hole 15 at portion edge sheds；First heat release hole 9, the second heat release hole 10, third heat release hole 11 and the 4th heat release hole 15
Specific position arrangement and with the use of extraneous dust being prevented by this while guaranteeing 1 inner ventilation heat dissipation effect of cabinet
A little heat release holes, which enter in cabinet 1, to be deposited in 2 surface of body to cause body 2 to heat up when working too fast；
It is when needing cerebrovascular striograph to be fixed on image observation supporting plate 16, the two sides of cerebrovascular striograph are corresponding
It is inserted into the slot 18 of two 17 bottoms of mounting blocks, cerebrovascular striograph is made to be located at the underface of image instrument 5, press two first
The briquetting 37 on 20 top of sliding shoe makes the first sliding shoe 20 that the first fixing axle 26 and rubber compact heap 28 be driven to move downward pair
The both ends of cerebrovascular striograph are compressed, and the first sliding shoe 20 is to during installing 19 internal slide of cavity, the first sliding shoe
Drive block 25 on 20 side walls can push limit plate 22 to slide to the left along the first trapezoidal groove sidewall of the first groove 23, work as drive block
25 when sliding to the L-shaped groove bottom of the first groove 23, and limit plate 22 is pulled back to the right by second spring 34, since the first spring 30 is replied
Active force pushes effect to the first sliding shoe 20, can make drive block 25 on 20 side wall of the first sliding shoe and the first groove 23
L-shaped groove inner wall is supported and is set, and the rubber compact heap 28 of two first fixing axle, 26 bottoms can be by the both ends of cerebrovascular striograph at this time
It compresses, prevents it because vibration when body 2 works shifts, so that image instrument 5 be made to carry out image point to cerebrovascular striograph
The effect cut and be imaged is more accurate；
Conversely, pressing the briquetting 37 on two 21 tops of the second sliding shoe when needing to remove cerebrovascular striograph, making
Drive block 25 on 21 side wall of the second sliding shoe pushes limit plate 22 to the left along the second trapezoidal groove groove wall sliding of the second groove 24
Sliding, limit plate 22 can make the drive block 25 on 20 side wall of the first sliding shoe be detached from the first groove after sliding certain distance to the left
Supporting for 23 L-shaped groove is set, and the return action power of the first spring 30 can jack up the first sliding shoe 20, so as to make the first fixing axle
26 and rubber compact heap 28 no longer press cerebrovascular striograph.
Although be used more herein cabinet 1, body 2, first support 3, second support 4, image instrument 5, display 6,
Mounting plate 7, partition 8, the first heat release hole 9, the second heat release hole 10, third heat release hole 11, platform 12, heat-dissipating cavity 13, rectangle are opened
The 14, the 4th heat release hole 15 of mouth, image observation supporting plate 16, mounting blocks 17, slot 18, installation cavity 19, the first sliding shoe 20, second
Sliding shoe 21, limit plate 22, the first groove 23, the second groove 24, drive block 25, the first fixing axle 26, the second fixing axle 27, rubber
Glue compact heap 28, pressing groove 29, the first spring 30, the second fixed block 31, the first fixed block 32, rectangular through-hole 33, second spring
34, the terms such as the first sealing plate 35, the second sealing plate 36, briquetting 37, but it does not exclude the possibility of using other terms.Make
It is only for the convenience of describing and explaining the nature of the invention with these terms；It is construed as any additional
Limitation is disagreed with spirit of that invention.
Claims (6)
1. a kind of imaging device for cerebrovascular Image Segmentation, including cabinet (1), the cabinet (1) is internal to be equipped with body
(2), first support (3) and second support (4), the fixed peace in first support (3) upper end are connected on cabinet (1) outer wall
Equipped with image instrument (5), second support (4) upper end is fixedly installed with display (6), and body (2) and image instrument (5), aobvious
Show that device (6) is electrically connected, which is characterized in that be connected with mounting plate (7) inside the cabinet (1), and body (2) is fixedly mounted
On mounting plate (7), it is located on cabinet (1) inner wall below the mounting plate (7) and is also connected with horizontally disposed partition (8),
Partition (8) surface is opened up there are two the first heat release hole (9), is located on cabinet (1) two sides side wall below the partition (8)
The second heat release hole (10) that a cooperation the first heat release hole (9) uses is offered, is also provided with two on cabinet (1) upper end
A third heat release hole (11), cabinet (1) upper end is equipped with a rectangular box, and two third heat release holes (11) are respectively positioned on square
Inside shape framework, the rectangular box upper end is equipped with horizontally disposed platform (12), offers heat dissipation inside the platform (12)
Cavity (13), and heat-dissipating cavity (13) bottom offers the rectangular aperture (14) being connected to rectangular box, the heat-dissipating cavity
(13) bottom margin offers multiple 4th heat release holes (15), and platform (12) upper end is equipped with image observation supporting plate (16),
And image instrument (5) is located at the surface of image observation supporting plate (16), image observation supporting plate (16) upper end is equipped with fixed machine
Structure.
2. a kind of imaging device for cerebrovascular Image Segmentation according to claim 1, which is characterized in that the fixation
Mechanism includes the symmetrical two affixed mounting blocks (17) in image observation supporting plate (16) upper surface both ends, two mounting blocks (17)
Bottom symmetrical is opened up there are two slot (18), and two mounting blocks (17) are internal to offer an installation cavity (19), often
A installation cavity (19) inner roof wall, which runs through, slidably connects first sliding shoe (20) and the second sliding shoe (21), and
The upper end of first sliding shoe (20) and the second sliding shoe (21) extends through to the outside of mounting blocks (17), each installation
One piece of limit plate (22) is slidably connected inside cavity (19), offers first groove on the limit plate (22)
(23) and the second groove (24), it is located at each installation cavity (19) internal first sliding shoe (20) and the second sliding shoe
(21) drive block (25) is welded on side wall, and it is equal to be located at two internal drive blocks (25) of same installation cavity (19)
It respectively corresponds and is connect with the side walls of the side wall of the first groove (23) and the second groove (24) on limit plate (22), it is each described
The lower end of first sliding shoe (20) and the second sliding shoe (21), which also respectively corresponds, is fixedly connected with the first fixing axle (26) and
Two fixing axles (27), the lower end of every first fixing axle (26) extend through in slot (18) and are fixedly connected with rubber
Glue compact heap (28), each described installation cavity (19) interior bottom are also provided with the pressing that cooperation the second fixing axle (27) uses
It is fixed between slot (29), each first sliding shoe (20) and the second sliding shoe (21) bottom and installation cavity (19) bottom to connect
Be connected to the first spring (30), and the first spring (30) it is corresponding be set in the first fixing axle (26) and the second fixing axle (27) outside
Portion, is also welded with first fixed block (32) on every piece of limit plate (22), on the inside of each installation cavity (19)
It is also welded with second fixed block (31) on wall, is also provided with a rectangular through-hole on every piece of limit plate (22)
(33), and it is located at the corresponding and and rectangle interior positioned at rectangular through-hole (33) of same the second fixed block (31) installed in cavity (19)
Through-hole (33) is slidably connected, and is located at same installation cavity (19) internal the first fixed block (32) and the second fixed block (31)
Between be fixedly connected to a second spring (34).
3. a kind of imaging device for cerebrovascular Image Segmentation according to claim 1, which is characterized in that the rectangle
Framework includes two pieces of longitudinally disposed first sealing plates (35) and two pieces of second sealing plates (36) being laterally arranged, and rectangular box
It is welded to form mutually by two piece of first sealing plate (35) and two piece of second sealing plate (36) head and the tail, up and down the two of the rectangular box
It is welded respectively with platform (12) bottom and cabinet (1) upper surface at end.
4. a kind of imaging device for cerebrovascular Image Segmentation according to claim 1, which is characterized in that described first
Sealing plate (35) and the second sealing plate (36) are all made of aluminium alloy plate.
5. a kind of imaging device for cerebrovascular Image Segmentation according to claim 2, which is characterized in that described first
Groove (23) is made of first dovetail groove and a L-shaped groove connection, and the first dovetail groove is located at limit plate (22) surface, institute
It states the second groove (24) to be made of second dovetail groove and a rectangular channel connection, and the second dovetail groove is located at limit plate (22)
Surface.
6. a kind of imaging device for cerebrovascular Image Segmentation according to claim 2, which is characterized in that described first
Sliding shoe (20) and the second sliding shoe (21) are located at the external one end of mounting blocks (17) and are welded with briquetting (37).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811234807.6A CN109541809B (en) | 2018-10-23 | 2018-10-23 | Imaging device for cerebrovascular image segmentation |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811234807.6A CN109541809B (en) | 2018-10-23 | 2018-10-23 | Imaging device for cerebrovascular image segmentation |
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| CN109541809A true CN109541809A (en) | 2019-03-29 |
| CN109541809B CN109541809B (en) | 2021-05-28 |
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| Publication number | Publication date |
|---|---|
| CN109541809B (en) | 2021-05-28 |
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