CN208773408U - A kind of capsule endoscope shell viscose glue solidification fixture - Google Patents

Abstract

The utility model discloses a kind of capsule endoscope shell viscose glue solidification fixture, comprising: bracket component comprising transverse slat, the long side of the transverse slat are parallel to horizontal plane, and broadside is perpendicular to horizontal plane；The several groups in the transverse slat one side wall are set to perpendicular to the force application part on ground；Cabinet, is arranged in the lower end surface of the fixture, and the cabinet upper end is arranged in and is located at the containing seat of several groups force application part lower end；The receiving hole being placed on after gluing at the capsule endoscope lid conjunction of shell and lower casing on it on containing seat；The force application part is pulled down down and is persistently exerted a force to the upper shell, until gluing resets the force application part after being fully cured upwards.This fixture quick, large batch of can eliminate capsule endoscope because of the influence of the power for being pulled outwardly out them generated after upper shell and lower casing gluing.

Description

A kind of capsule endoscope shell viscose glue solidification fixture

Technical field

The utility model relates to medical instruments fields, and in particular to solidify fixture to a kind of capsule endoscope shell viscose glue, The capsule endoscope can be used for detecting human body alimentary canal, in particular for the detection to intestines, stomach.

Background technique

Capsule endoscope is a kind of Medical Devices for human body alimentary canal detection, quick, accurate, effect when it has detection Rate is high, the characteristics of to human body hurtless measure.With reference to Fig. 1, when capsule endoscope is assembled, need wireless transport module, electricity Source module, photographing module, lighting module (above-mentioned module is not shown) are sequentially loaded into lower casing 1a2, then by upper shell 1a1 (domed transparent cover) tips upside down on lower casing 1a2, and glue or other viscosity are uniformly coated on the circumference at its lid conjunction Substance 1a3 makes shell 1a1 and lower casing 1a2 bond together.However, glue or other stickums are in process of setting, Two power F1 and F2 up and down can be generated, the two power make shell 1a1 and lower casing 1a2 have what is be opened to incline To.Currently, having retrieved relevant technical solution not yet to prevent the two power brings from influencing.

Utility model content

The utility model provides a kind of capsule endoscope shell viscose glue solidification fixture, and its purpose is to provide a kind of folders Tool, come offset capsule endoscope upper shell and lower casing bonding after glue generate separate upper shell and lower casing The influence of power.

Technical scheme of the utility model is as follows:

A kind of capsule endoscope shell bonding solidification fixture characterized by comprising bracket component comprising transverse slat, institute The long side for stating transverse slat is parallel to horizontal plane, and broadside is perpendicular to horizontal plane；The several groups being set in the transverse slat one side wall are vertical Force application part in ground；The lower end surface of the fixture is arranged in cabinet, and setting in the cabinet upper end and is located at described The containing seat of several groups force application part lower end；Viscosity is crossed through applying at the lid conjunction of shell and lower casing on it of several capsule endoscopes Several receiving holes being placed in after substance on containing seat；The force application part is pulled down down and is persistently applied to the upper shell Power, until the stickum resets the force application part after being fully cured upwards.

Further, the force application part includes: clamping device, be detachably secured to the side of the transverse slat and perpendicular to Ground；Exert a force component, is detachably arranged at the clamping device lower end；Several silicon rubber suction cups are fixed under the force component End.

Further, the force component includes: several nuts, support plate, several studs, fixed plate and several fittings； The upper/lower terminal of the stud is connected with the support plate with the fixed plate respectively；The nut is detachably screwed into the spiral shell The upper end of column；Several fittings are detachably threaded through in the fixed plate；Each silicon rubber suction cup be removably mounted at The corresponding fitting below.

Further, the bracket component further includes several upright gussets being arranged on the other side of the transverse slat, The gusset lower end is fixed on the upper surface of the cabinet；Every adjacent two gusset lateral separation certain distance.

Further, the bracket component further includes the stiffening plate being arranged on the transverse slat；The stiffening plate is vertical In the gusset and it is respectively positioned on the ipsilateral of the transverse slat；The broadside of the broadside of the stiffening plate and the transverse slat is vertical；It is described to add The through-hole passed through for several gussets is provided on strong plate.

Further, if the fixture further includes several guide rods and dry bearing compatible with guide rod；The axis It holds and is threaded through in the fixed plate；The guide rod passes through the bearing, and the upper end is fixed in the stiffening plate, and lower end is fixed On the cabinet.

Further, the quantity of the containing seat is identical with the quantity of several described group of force application parts；Each group of force section Part individually applies external force to the shell of several capsule endoscopes in its corresponding described containing seat simultaneously.

Further, the front side wall of the cabinet is also embedded with several for calculating the shell of the capsule endoscope The time counter of curing time；The quantity of the time counter is identical with the quantity of the containing seat；Each time Counter individually calculates the shell curing time of several capsule endoscopes in its corresponding containing seat.

Further, the containing seat is by the first silica gel plate, the second silica gel plate, third silica gel plate and the 4th silica gel plate from upper And lower overlapping composition, in which: the receiving hole is divided into receiving hole upper section, receiving hole middle section and receiving hole lower section；The receiving For hole upper section by first silica gel plate through drilling, aperture is slightly larger than the overall diameter of the lower casing；The receiving hole middle section By second silica gel plate through drilling, aperture is equal to the overall diameter of the lower casing；The receiving hole lower section is by described For three silica gel plates through drilling, aperture is slightly less than the overall diameter of the lower casing；4th silica gel plate does not drill, described in composition The bottom of receiving hole.

Further, the two sidewalls of the cabinet are each provided with leader, and rear wall is provided with power interface.

Further, the lower end of the silicon rubber suction cup is hollow horn-like；It is peeped in the silicon rubber suction cup and the capsule The outer circumference of the upper cover top portion of mirror contacts.

Further, the clamping device is quickly to press from both sides.

The advantageous effects of the utility model: several stack clamping devices are provided on bracket component；Each clamping dress It sets and is mounted below one piece of support plate, fixed plate is detachably installed below support plate, is detachably installed in each piece of fixed plate There are several fittings, a silicon rubber suction cup is bonded with below each fitting；In each piece of fixed plate in the following, being corresponding with a receiving Seat, on each containing seat, is provided with receiving hole corresponding with fitting quantity in fixed plate.It is placed in all receiving holes Several upper shells, lower casing are just bonded the capsule endoscope finished.When pulling down lower fixture, if this fixture can pair dry glue Capsule endoscope shell persistently exerts a force, to eliminate the external force up and down that capsule endoscope shell generates after gluing, then Clamping device is resetted upwards, takes out capsule endoscope.When eliminating capsule shell stress using this fixture, due to silicon rubber suction cup Lower end is contacted with the outer circumference at the hemisphere position of the upper shell of capsule endoscope, will not be caused to the transmission region of upper shell Pollution.Since the clamping device of this fixture, fixed plate, the quantity of containing seat can according to need increase and decrease, so utilizing the fixture The external force that large batch of capsule endoscope shell generates after gluing can be eliminated, working efficiency is improved.

Detailed description of the invention

After Fig. 1 is the upper shell of capsule endoscope and lower casing is gummed in its junction, generate upward power F1 and The schematic diagram of downward power F2；

Fig. 2 is the general assembly drawing of the utility model；

Fig. 3 be include capsule endoscope containing seat partial lengthwise sectional view；

Fig. 4 is the top view of upper shell 1a1；

Fig. 5 is the component of fitting and silicon rubber suction cup；

Fig. 6 is the rearview of Fig. 5；

Fig. 7 is the detailed structure view of receiving hole 8a.

Each serial number and corresponding title are respectively as follows: 1, bracket component；1a, capsule endoscope；1a1, upper shell；It is 1a2, lower outer Shell；1a3, glue or other stickums；1a4, transmission region；1a5, imaging len；1b, gusset；1c, stiffening plate；1d, appearance Receive space；1e, transverse slat；2, clamping device；3, guide rod；4, bearing；5, support plate；5a, nut；5b, stud；6, fixed plate； 7, fitting；8, containing seat；81, the first silica gel plate；82, the second silica gel plate；83, third silica gel plate；84, the 4th silica gel plate；8a, appearance Receive hole；8a1, receiving hole upper section；8a2, receiving hole middle section；8a3, receiving hole lower section；9, cabinet；91, upper cover plate；9a, power supply connect Mouthful；10, time counter；11, handle.

Specific embodiment

In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein Example is applied only to explain the utility model, is not used to limit the utility model.

The utility model discloses a kind of capsule endoscope shell viscose glue solidification fixture, comprising: bracket component, the bracket group Part includes that a transverse direction is arranged and perpendicular to the transverse slat on ground.In the side of transverse slat, it is vertically installed with several groups force application part.Every The lower section of one group of force application part corresponds to one group of containing seat, on containing seat, is evenly arranged with several receiving holes.In capsule After sight glass completes the assembling of wireless transport module built in it, power module, photographing module, lighting module, by the upper outer of capsule Cap closes on lower casing, uniformly applies to cross with glue or other stickums and closes up the circumference at place in upper shell and lower casing On, then entire capsule endoscope is placed in receiving hole.When placing, it should be noted that upper shell is upward, lower casing is downward. Each containing seat can place several and assemble the capsule endoscope finished.When all receiving holes of a containing seat pile glue After intracapsular sight glass, lower force application part is pulled down, which can persistently apply all capsule endoscopes in receiving hole simultaneously Power.It is logical to be pulled upwardly force application part after a period of time, take out capsule endoscope.Therefore the fixture counteracts capsule endoscope Adverse effect of the shell in the power generated after glue or gluing are applied and crossed to capsule shell.

Referring to FIG. 2, bracket component 1 includes transverse slat 1e as one of embodiment, the long side of transverse slat 1e is parallel In horizontal plane, broadside is perpendicular to horizontal plane.On the broadside of the side transverse slat 1e, it is vertically fixedly installed several gusset 1b, gusset 1b Upper surface and the upper surface of transverse slat 1e flush, lower end surface is arranged on cabinet 9.It should be noted that the upper surface of gusset 1b Flush only one of preferred structure with the upper surface of transverse slat 1e, it is only for make bracket component seem it is relatively beautiful and ?.In fact, the two can not also flush, i.e., the upper surface of gusset 1b and the upper surface of transverse slat 1e can not be in a levels On face.

With reference to Fig. 6, in order to effectively increase the stress intensity of transverse slat 1e, stiffening plate has also been fixedly installed in the side of transverse slat 1e 1c.The upper/lower terminal face of the long side of stiffening plate 1c is parallel with horizontal plane, that is to say, that the broadside of stiffening plate 1c and the width of transverse slat 1e Side is orthogonal.In the case where there is stiffening plate 1c on transverse slat 1e, then need to open up corresponding through-hole on stiffening plate 1c, for muscle Plate 1b is passed through.It is understood, therefore, that gusset 1b and stiffening plate 1c is located at the ipsilateral of transverse slat 1e.

Therefore, it can be set on bracket component 1 stiffening plate 1c (see Fig. 2 and Fig. 6), it is also not necessary to stiffening plate 1c, i.e., Remove stiffening plate 1c (not shown) from Fig. 2 and Fig. 6.

With reference to Fig. 2, transverse slat 1e, cabinet 9 and the accommodation space 1d that a force application part is constituted per two adjacent gusset 1b. Herein, force application part is an epistasis concept, refers to the mechanical structure that may be implemented to apply external force to capsule endoscope.As One of embodiment, force application part include: clamping device, are mounted on transverse slat 1e, and exert a force component, are mounted on clamping device Below；Several silicon rubber suction cups are mounted below force component.Pull down lower fixture, clamping device drive force component to Lower movement.Component exert a force during moving downward, generates several downward component, several downward component be delivered to Each corresponding silicon rubber suction cup, component passes to the capsule endoscope contacted by each silicon rubber suction cup.In capsule Sight glass is mounted in receiving hole.At this point, the power that silicon rubber suction cup is pressed on the upper shell of capsule endoscope shell counteracts in capsule The upward power F1 that the upper shell and lower casing of sight glass generate after gluing (see Fig. 1).

With reference to Fig. 2, as the embodiment of optimization, each group of force component includes: several nut 5a, support plate 5, several spiral shells Column 5b, fixed plate 6 and several fittings 7.Support plate 5 is horizontally set below clamping device 2.The upper end of stud 5b passes through support plate 5, and tightened with nut 5a.The lower end of stud 5b and fixed plate 6 are threadedly coupled.It is understood that several stud 5b are necessarily equal It is even to be arranged in support plate 5, so that each stud uniform force.In addition, being evenly arranged several mounting holes in fixed plate 6 (not shown), for fitting 7.Each mounting hole installs a fitting 7.Therefore, if the mounting hole in fixed plate 6 all Full fitting 7 is installed, and is respectively mounted a silicon rubber suction cup 7b below each fitting, then can greatly improve the work effect of the fixture Rate.It should be noted that not showing that the capsule endoscope in the receiving hole 8a being mounted on containing seat 8 in Fig. 2.Fig. 3 shows The schematic cross-sectional view for drawing capsule endoscope 1a and being mounted on receiving hole 8a of meaning property.In Fig. 3, the fitting of the upper end silicon rubber suction cup 7b 7 not yet draw.With reference to Fig. 5, spring 71 is installed on fitting 7.It is analyzed in conjunction with Fig. 2, Fig. 5, pulls down clamping device 2, then support plate 5, stud 5b, fixed plate 6 and silicon rubber suction cup 7b are moved downwardly together.Each silicon rubber suction cup 7b compresses downwards the capsule in Fig. 3 The upper shell 1a outer ledge of endoscope 1a.Upper shell 1a is hemispherical dome structure, is made of the plastic material of light-permeable.Silica gel is inhaled The material of disk 7b is preferably silica gel, is also possible to rubber.In Fig. 3, the lower part of silicon rubber suction cup is hollow flared structure.Under it The inner arc shape structure in portion and the hemispherical shape of upper shell 1a are circumscribed.When silicon rubber suction cup 7b is moved downward, with it is upper outer The tangent of shell 1a generates downward peripheral force, the peripheral force stepless action in upper shell 1a surrounding, thus offset in Fig. 1 to On power F1.

In Fig. 3, for the part more than dotted line of upper shell 1a, i.e. transmission region 1a4 in Fig. 4, silicon rubber suction cup 7b with Upper shell 1a will not then be encountered when contact, since transmission region 1a4 is used for for the imaging len 1a5 in capsule endoscope Alimentary canal (such as stomach, intestines) inner wall is shot, in order to not influence shooting effect, and does not influence the lighting device hair in capsule endoscope Light out irradiates alimentary canal inner wall, its outer surface can be dirty at no time.Hollow portion among silicon rubber suction cup 7b The structure design of position 7b1 ensure that silicon rubber suction cup 7b in the domed top contact with upper shell 1a, and silicon rubber suction cup 7b will not Touch the transmission region 1a4 of capsule endoscope 1a.

With reference to Fig. 3, it is provided with several receiving holes 8a on containing seat 8, a glue can be placed on each receiving hole 8a Intracapsular sight glass, therefore, the quantity phase for the fitting 7 installed in the quantity of the receiving hole 8a on a containing seat 8 and one piece of fixed plate 6 Together.Fig. 3 shows the longitudinal sectional view of receiving hole 8a.Containing seat 8 is overlapped by four layers of silica gel plate, is followed successively by from top to bottom One silica gel plate 81, the second silica gel plate 82, third silica gel plate 83 and the 4th silica gel plate 84.With reference to Fig. 7, receiving hole 8a is divided as longitudinal It is three sections, is receiving hole upper section 8a1, receiving hole middle section 8a2 and receiving hole lower section 8a3 respectively.It is understood that in receiving hole Section 8a1, receiving hole middle section 8a2 and receiving hole lower section 8a3 are coaxial relation.Receiving hole upper section 8a1 is by the first silica gel plate 81 through adding Work forms, and receiving hole middle section 8a2 is processed from strand by the second silica gel plate 82, and receiving hole lower section 8a3 is by third silica gel plate 83 through adding Work forms.4th silica gel plate 84 is not necessarily to drilling processing, constitutes the bottom of receiving hole 8a.Wherein, the internal diameter of receiving hole upper section 8a1 omits Greater than the outer diameter of the lower casing 1a2 of capsule endoscope, the internal diameter of receiving hole middle section 8a2 is equal to the outer diameter of lower casing 1a2, receiving hole The internal diameter of lower section 8a3 is slightly less than the outer diameter of lower casing 1a2.Therefore, the internal diameter of receiving hole 8a shape with a narrow upper and lower width, this side Face facilitates placement capsule endoscope, on the other hand but also lower casing 1a2 can be received hole 8a tightly wraps up, by silica gel When the downward extruding force of sucker 7b, will not all around it swing.Simultaneously as silica gel plate has the spy of deformation under external force Property, therefore, when being squeezed, lower casing 1a2 will not be squeezed and broken capsule endoscope.

In Fig. 3 and Fig. 7, the lower end of the 4th silica gel plate 84 is placed on the upper head plate 91 of the cabinet 9 in Fig. 1.

It should be noted that in the technical scheme, the material of silicon rubber suction cup 7b and four blocks of silica gel plates is both preferably silica gel, But it is also possible to other plastic cement materials, it such as can be natural rubber, butadiene-styrene rubber, butadiene rubber, isoprene rubber, neoprene Etc..

With reference to Fig. 2, on the front side wall of cabinet 9, it is additionally provided with and the corresponding some time counter of containing seat 8 10.Each time counter 10 individually carries out timing to all capsule endoscopes on each containing seat 8.Specific timing side Method is as follows: being successively put into assembled, capsule shell glue in multiple receiving hole 8a of each containing seat 8 or the painting of other viscose glues is crossed Capsule endoscope after bonding, until all receiving hole 8a on containing seat 8 pile capsule endoscope.Then lower folder is pulled down Tight device 2, fixed plate 6 move downward, and drive all fittings 7 in fixed plate 6 to move downward, each fitting 7 is by being located at thereon Spring 71 (see Fig. 5) downwards compression silicon rubber suction cup 7b, silicon rubber suction cup 7b compress capsule endoscope 1a (see Fig. 3), locking clamp Device 2 starts time counter 10, starts timing.By in 7b pairs of all silicon rubber suction cups and its one-to-one all capsule Sight glass persistently exerted a force after a period of time, was pulled upwardly clamping device 2, and silicon rubber suction cup 7b resets upwards with fitting 7, fixed plate 6, Take out all capsule endoscopes of containing seat 8.Other times counter 10 in Fig. 2 is then individually to corresponding containing seat 8 On all capsule endoscopes carry out timing.

From figure 2 it can be seen that each clamping device 2 individually controls in all capsules in its corresponding containing seat 8 Sight glass, it and clamping device 2 adjacent to each other are non-interference.Therefore, in Fig. 2,3 clamping devices 2 are set up on bracket component 1 It is only exemplary, according to actual needs, the number of clamping device 2 can be increased or decreased, corresponding fixed plate 6 is held Receive seat 8, fitting 7 quantity can also suitably increase or decrease.

With reference to Fig. 2, in order to increase fixed plate 6 and be disposed thereon several fittings 7, silicon rubber suction cup 7b in the vertical direction Traveling comfort.If this fixture is also provided with several guide rods 3 and dry bearing 4 identical with 3 quantity of guide rod.With reference to Fig. 6, Specifically, a bearing 4 is mounted in each fixed plate 6.Guide rod 3 passes through bearing 4, and stiffening plate is fixed in the upper end 1c, lower end are fixed on the upper cover plate 91 of cabinet 9.The purpose for increasing guide rod 3 and bearing 4 is to guarantee fixed plate 6 perpendicular Histogram is to movement, and also to prevent fixed plate 6 from having the danger toppled during up and down motion.

In addition, it is necessary to explanation, in Fig. 2, since support plate 5 and fixed plate 6 are detachably connected with stud 5b, institute Can very easily replace after fixed plate 6 breaks down.Likewise, several fittings 7 in fixed plate 6 are also detachable It is mounted in fixed plate 6, if one of those or 7 mass of several fittings go wrong, is also convenient for changing.

With reference to Fig. 2, for the ease of carrying this fixture, it is also each provided with handle 11 respectively in the two sides of cabinet 9.And The rear side (see Fig. 6) of cabinet 9 is then provided with power interface 9a, and power interface 9a is connected by power supply line with power supply, for this Fixture provides electric power support.

In the present invention, clamping device 2 preferably quickly presss from both sides.

The fixture that the utility model is announced, can efficient, large batch of eliminations capsule endoscope when assembling on shell, under The effect for the outward force that shell generates after gluing；Simultaneously as silicon rubber suction cup is hollow horn-like structure, it is therefore, each A silicon rubber suction cup is in the domed top contact of the upper shell with capsule endoscope, the week of silicon rubber suction cup and domed top The soft contact of circumference is enclosed, not will cause the pollution to the visible area of capsule endoscope.

The preferred embodiment of upper described only the utility model, is not intended to limit the utility model, all in this reality With made any modifications, equivalent replacements, and improvements within novel spirit and principle etc., the utility model should be included in Within protection scope.

Claims (12)

1. a kind of capsule endoscope shell viscose glue solidifies fixture characterized by comprising

Bracket component comprising transverse slat, the long side of the transverse slat are parallel to horizontal plane, and broadside is perpendicular to horizontal plane；

The several groups in the transverse slat one side wall are set to perpendicular to the force application part on ground；

The lower end surface of the fixture is arranged in cabinet, and

The cabinet upper end is set and is located at the containing seat of several groups force application part lower end；

It is placed on containing seat after applying and crossing stickum at the lid conjunction of shell and lower casing on it of several capsule endoscopes Several receiving holes；The force application part is pulled down and is persistently exerted a force to the upper shell, until the stickum is completely solid It is resetted upwards after change.

2. capsule endoscope shell viscose glue as described in claim 1 solidifies fixture, it is characterised in that: the force application part packet Include: clamping device is detachably secured to the transverse slat side and perpendicular to ground；Exert a force component, is detachably arranged at the folder Tight device lower end；Several silicon rubber suction cups are fixed on the force component lower end.

3. capsule endoscope shell viscose glue as claimed in claim 2 solidifies fixture, it is characterised in that: the force component packet It includes: several nuts, support plate, several studs, fixed plate and several fittings；The upper/lower terminal of the stud respectively with the branch Fagging and the fixed plate are detachably connected；The nut is detachably screwed into the upper end of the stud；Several fittings are removable It unloads to wear and be fixed in the fixed plate；Each silicon rubber suction cup is removably mounted at below the corresponding fitting.

4. capsule endoscope shell viscose glue as claimed in claim 3 solidifies fixture, it is characterised in that: the bracket component also wraps Several upright gussets on the other side that the transverse slat is set are included, the gusset lower end is fixed on the upper end of the cabinet Face；Every adjacent two gusset lateral separation certain distance.

5. capsule endoscope shell viscose glue as claimed in claim 4 solidifies fixture, it is characterised in that: the bracket component also wraps Include the stiffening plate being arranged on the transverse slat；The stiffening plate is perpendicular to the gusset and is respectively positioned on the ipsilateral of the transverse slat； The broadside of the broadside of the stiffening plate and the transverse slat is vertical；It is provided in the stiffening plate and leads to for what several gussets passed through Hole.

6. capsule endoscope shell viscose glue as claimed in claim 5 solidifies fixture, it is characterised in that: if the fixture further includes If dry guide rod and dry bearing compatible with guide rod；The bearing is threaded through in the fixed plate；The guide rod is worn The bearing is crossed, the upper end is fixed in the stiffening plate, and lower end is fixed on the cabinet.

7. as capsule endoscope shell viscose glue of any of claims 1-6 solidifies fixture, it is characterised in that: the appearance Receive seat quantity it is identical with the quantity of several described group of force application parts；Each group of force application part is individually to its corresponding receiving Several capsule endoscopes in seat apply external force simultaneously.

8. capsule endoscope shell viscose glue as claimed in claim 7 solidifies fixture, it is characterised in that: the front of the cabinet Side wall is also embedded with several for calculating the time counter of the shell curing time of the capsule endoscope；The time counting The quantity of device is identical with the quantity of the containing seat；If each time counter individually calculates in its corresponding containing seat The shell curing time of dry capsule endoscope.

9. as capsule endoscope shell viscose glue of any of claims 1-6 solidifies fixture, it is characterised in that: the appearance Seat of receiving is overlapped is formed from top to bottom by the first silica gel plate, the second silica gel plate, third silica gel plate and the 4th silica gel plate, in which: described Receiving hole is divided into receiving hole upper section, receiving hole middle section and receiving hole lower section；The receiving hole upper section is by first silica gel plate Through drilling, aperture is slightly larger than the overall diameter of the lower casing；The receiving hole middle section is by second silica gel plate through drilling It forms, aperture is equal to the overall diameter of the lower casing；The receiving hole lower section by the third silica gel plate through drilling, aperture It is slightly less than the overall diameter of the lower casing；4th silica gel plate does not drill, constitutes the bottom of the receiving hole.

10. capsule endoscope shell viscose glue as claimed in claim 8 solidifies fixture, it is characterised in that: the two sides of the cabinet Wall is each provided with leader, and rear wall is provided with power interface.

11. the capsule endoscope shell viscose glue as described in any one of claim 2-6 solidifies fixture, it is characterised in that: described The lower end of silicon rubber suction cup is hollow horn-like；The outside of the hemisphere of the upper shell of the silicon rubber suction cup and the capsule endoscope Circular contact.

12. the capsule endoscope shell viscose glue as described in any one of claim 2-6 solidifies fixture, it is characterised in that: described Clamping device is quickly to press from both sides.