CN110122444A

CN110122444A - A kind of insect self-charge type observation dissection transition box process equipment

Info

Publication number: CN110122444A
Application number: CN201910410354.6A
Authority: CN
Inventors: 张嘉泰; 李娜; 周慧; 贾文静
Original assignee: Xuzhou Shengdushi Biotechnology Co Ltd
Current assignee: Xuzhou Zinhao Precision Machinery Technology Co ltd
Priority date: 2019-05-17
Filing date: 2019-05-17
Publication date: 2019-08-16
Anticipated expiration: 2039-05-17
Also published as: CN110122444B

Abstract

The invention discloses a kind of insect self-charge types to observe dissection transition box process equipment, single crawl corona turnover mechanism is induced including adjustable insect, the lossless downslide transport mechanism of spiral, insect observation device preparing mechanism, insect observation device prepares case and insect observation device loading box, the insect observation device prepares case right above insect observation loading box, the insect observation device preparing mechanism is set to insect observation device and prepares in case, the lossless downslide transport mechanism of spiral is set to insect observation device and prepares on case lateral wall, the adjustable single crawl corona turnover mechanism of insect induction is set in the lossless downslide transport mechanism of spiral.The invention belongs to Bioexperiment appliance technologies, specifically lure corona insect to realize the lossless transmission of spiral using black light lamp there is provided a kind of and transition box process equipment is dissected in the observation that the ductility sol material of rapid shaping is used to carry out insect self-charge type package.

Description

A kind of insect self-charge type observation dissection transition box process equipment

Technical field

The invention belongs to Bioexperiment appliance technologies, in particular to a kind of insect self-charge type observation dissection transition box to add Construction equipment.

Background technique

Insect ethology is a science of the behavior type for studying insect, mode and its behavior generation mechanism.Insect row There are the branches such as insect lipids ecology, insect lipids physiology, insect lipids science of heredity again to learn.It is with insect for research that worm, which is learned, The science of object, the person for being engaged in insect research make entomologist, and transworld entomologist observes insect, receives Collection, raising and Dissection test.

Animal teaching and out-of-class technology activities in, more intuitively understand for the ease of student, often to figure compared with The tiny organisms such as small insect are first observed is dissected again.Currently, in such observation dissection practical operation, usually allow Raw hand magnifier directly observes object to be seen, since the figure of insect is smaller, is difficult that it is fixed, insect climbs Row or flight will increase the difficulty of hand magnifier observation insect, be not easy to operate；Either used using existing Bioexperiment Insect observation box, but need to be grabbed insect one by one with hand before use and put into insect observation box, it is being put into observation box During need a hand rest to live observation box, a hand opens the box cover of observation box, insect is put into observation box and will It is easy to cause insect to escape when box cover covers；In addition insect lesser for some figures, it is careless slightly during crawl It will be caused to damage, and directly clutch very careful people, seriously affect the mood of observer, influence the effect of observation Fruit；Existing Bioexperiment insect observation box is usually that box cover is arranged at the top of observation box, fixes one piece of amplification on box cover surface Mirror observes the insect in observation box by magnifying glass, but due to box cover be it is fixed, insect side can not be seen It examines, and the angle of magnifying glass observation is smaller, significantly limits the viewing angle to insect；Meanwhile insect is one in observation box As be it is static, when needing the walking states to insect to observe, need to rock observation box, due to observation box inner wall compared with Firmly, rocking observation box can be such that insect and observation box inner wall hits, and be easy to cause insect death, be unfavorable for subsequent seeing insect It examines, dissect, and existing Bioexperiment insect observation box is with high costs, complex manufacturing technology need to repeatedly recycle repetition benefit With for some non-professional mechanisms, existing Bioexperiment insect observation box is at high cost, and Bioexperiment is seen with insect It examines box to be issued to after student easily because misoperation damages, cause damages to educational institutions such as schools, be not easy to insect sight The popularization of anatomic teaching is examined, in addition, need to carry a large amount of insect observation boxes when experimenter's number is more and be distributed to experiment people Member, a large amount of Bioexperiment are big with one lifting capacity of insect observation box accumulation, it has not been convenient to carry.

Application No. is 201620484317.1 patent applications to disclose a kind of insect observation box, including lower box body, upper box Body, box cover and enlarging lens；The bottom of the open top of the lower box body, upper cartridge body is open, and the upper cartridge body covers on lower box body Top；The top of the upper cartridge body is equipped with cylindrical observation panel；The periphery of the observation panel is cased with stop sleeve, described Enlarging lens are placed on the top of stop sleeve；The box cover covers on the outside of support rod sleeve, and enlarging lens are fixed and are pressed On stop sleeve, it is equipped with circular hole at the top of box cover, the diameter of the circular hole is slightly less than the diameter of enlarging lens.The insect observation Box using when need observer to remove upper cartridge body, then grab insect and put into lower box body, then upper cartridge body is covered in lower box body On, crawl place insect when insect easily escape the problem of there is no solve, and every time observe when require to clutch, no It is only time-consuming and laborious, and clutch very careful people, the mood of observer is seriously affected, psychology and physiologically is caused to observer Discomfort, easily cause observation result inaccuracy, enlarging lens are fixed setting, only it is observed that partial region, range of observation and There are limitations for angle, and rocking observation can make insect and inner wall generation collision easily cause insect death, be unfavorable for subsequent to elder brother The progress of the work such as observation, the dissection of worm, and when the accumulation of a large amount of insect observation boxes is carried together, weight is big, is not easy to carry.

Application No. is 201620136336.5 patent applications to disclose a kind of insect observation box, including box body, the box Inspection section is installed, the inspection section is transparent tube, is provided with spiral cover at the top of the inspection section, and the spiral cover is removable above body It unloads and is installed on the inspection section, the box body side is equipped with through-hole, is sealed and installed with peephole on through-hole, the peephole is Magnifying glass, the box body are shading box body.The insect observation box is in use, put elder brother into after still observer being needed to grab insect Worm observation box is observed again, and crawl process is time-consuming and laborious and insect is easily caused to escape, and it is very careful that observer manually grabs insect People and easily insect is damaged, is unfavorable for subsequent going on smoothly to work such as observation, the dissections of insect, the fixed peace of peephole Loaded on through hole, the range and limited angle of observation, when insect climbs on inspection section inner wall, peephole does not observe elder brother then Worm, also needs in addition to prepare magnifying glass to observe the insect on inspection section inner wall, and operating process is cumbersome, and when observation terminates to need When dissected is wanted, also needs to open spiral cover and takes out insect, since inspection section is up-narrow and down-wide, and inconvenience takes out insect, delays The progress of the experiment works such as subsequent dissection.

Summary of the invention

To solve above-mentioned existing problem, the present invention provides a kind of insect self-charge types to observe dissection transition box process equipment, The creative biological insect that is applied to insect self-charge type transition box observes dissection field, i.e., bond material by it is existing can be quick The molding malleable sol form material of tool is applied in insect anatomy observation box, and creative proposes trapping, observation, solution The theory of transition box is cutd open, the new transition box manufacture craft of one kind is specifically proposed simply and the one hand of rapid shaping is controllable just Transition box and its process equipment are dissected in the insect observation of full angle observation insect, integrally very light and high efficiency, further Ground creativeness proposes that insect observation dissection transition box molding is integrated with insect crawl self-charge type, dissects transition box in insect observation Insect is arrested automatically while molding and is put into insect observation dissection transition box, various need largely is suitable for The place of insect observation dissection operation is repeatedly carried out, can need to be seen with a large amount of close with doing, can be made in the short time according to demand The insect anatomy observation box for examining insect combines optics with insect observation equipment manufacturing technology according to the phototaxis of insect, and Load to realize by rotary stopper formula and lure insect the technical effect of crawl one by one, do not need observer manually to insect into Row crawl, overcomes fear sense of the observer when grabbing insect physiologically for a long time, guarantees that observer can relax in body and mind Observation and dissecting insects are carried out under suitable atmosphere, and automatically lossless spiral downslide transmission can be carried out in real time to insect, uses this kind The novel insect observation dissection transition box weight that making apparatus manufactures is small, even children can also easily carry a large amount of be somebody's turn to do Kind novel insect observation dissects transition box, very light, is readily transported, and observer can hold its one hand and from more when observation A angle observes the insect in box, overcomes that current hard observation box is easily dead when rocking observation insect, is not easy to see Examine, more people observation needs to prepare the technical problem of observation box of several a series of miscellaneous different sizes etc., realize Nondestructive observation insect and being not easy such as is scratched at the technical effects by insect, can directly poke to take out insect after observation and solves It cuts open, quickly and easily realizes crawl, corona, transmission and the package operation of insect.

The technical solution adopted by the present invention is as follows: insect self-charge type observation dissection transition box process equipment of the present invention, including The single crawl corona turnover mechanism of adjustable insect induction, the lossless downslide transport mechanism of spiral, insect observation device preparing mechanism, Insect observation device prepares case and insect observation device loading box, and the insect observation device prepares case and loads set on insect observation Right above case, the insect observation device preparing mechanism is set to insect observation device and prepares in case, and the lossless downslide of spiral passes It send mechanism to be set to insect observation device to prepare on case lateral wall, the adjustable single crawl corona turnover mechanism of insect induction is set In in the lossless downslide transport mechanism of spiral；The adjustable single crawl corona mechanism of insect induction includes that insect creeps unidirectional lead to The fixed enclosing body of road, adjustable corona insect turnover device and turnover device, the fixed enclosing body of the turnover device are set to spiral In lossless downslide transport mechanism, the adjustable corona insect turnover device is set in the fixed enclosing body of turnover device, the elder brother Worm half-duplex channel of creeping is detachable on the front end outer wall of turnover device enclosing body；The insect observation device preparing mechanism Including corona insect glide one by one radical occlusion device, arc convex molding hold-down devices, upper ductility colloidal sol blow forming device, under Ductility colloidal sol blow forming device and bonding driving assembly is squeezed, the corona insect glides radical occlusion device, upper extension one by one Property colloidal sol blow forming device, lower ductility colloidal sol blow forming device and arc convex molding hold-down devices be set to insect observation Device is prepared in case, and downslide radical occlusion device is in insect observation device preparation box inner wall and close one by one for the corona insect The lossless downslide transport mechanism of spiral, the arc convex molding hold-down devices are set to insect observation device and prepare on the inner wall of case, Arc convex molding hold-down devices are set to the surface of corona insect downslide radical occlusion device one by one, the upper ductility colloidal sol Blow forming device is set to arc convex molding hold-down devices and corona insect one by one between downslide radical occlusion device, corona insect by A downslide radical occlusion device is set between upper ductility colloidal sol blow forming device and lower ductility colloidal sol blow forming device, described Lower ductility colloidal sol blow forming device is set to corona insect downslide radical occlusion device lower section one by one.

Further, the adjustable corona insect turnover device includes overturning shaft, clamping shaft, fixed rotating shaft, holds Overturning component and overturning motor are connect, the adjustable corona insect turnover device is in windmill-shaped setting, described overturning shaft one end It is hingedly set on fixed one inner sidewall of enclosing body of turnover device, the other end rotation of the overturning shaft is fixed set on turnover device On another non-conterminous inner sidewall of enclosing body, the fixed enclosing body of the turnover device plays fixed and load-bearing work to overturning shaft With the fixed enclosing body of the turnover device is arranged in ship shape, and the clamping shaft, which slidably covers, to be arranged in overturning shaft, described Fixed rotating shaft is hingedly set in the fixed enclosing body of turnover device on side wall, and described fixed rotating shaft one end, which rotatably covers, is arranged in clamping On the outside of shaft, the other end of the fixed rotating shaft is hingedly set in the fixed enclosing body of turnover device on side wall, the clamping shaft It being set in fixed rotating shaft hollow cavity with overturning shaft, the undertaking overturning component is evenly distributed to be set on fixed rotating shaft outer wall, The overturning motor is set on the fixed enclosing body sidewall of turnover device；It is evenly distributed on the fixed rotating shaft outer wall to be equipped with several groups Cinch cord through-hole, the overturning component of accepting are set on the fixed rotating shaft of cinch cord through hole, the quantity of the cinch cord through-hole Equal with the overturning quantity of component is accepted, the undertaking overturning component includes accepting overturning chamber, traverse, flexible reset spring And cinch cord, the overturning chamber of accepting are set on the fixed rotating shaft lateral wall of cinch cord through hole, the undertaking overturning chamber is presented The scraper bowl shape hollow cavity of end opening is arranged, and the undertaking overturning chamber includes that insect accepts chamber and accepts control chamber, the undertaking Control chamber is arranged close to fixed rotating shaft, and the insect accepts chamber and is arranged far from fixed rotating shaft, on the fixed rotating shaft lateral wall Even arrangement is equipped with several groups and accepts overturning chamber, and the quantity for accepting overturning chamber is equal with the quantity of cinch cord through-hole, the elder brother Worm accepts and is equipped with micro-current power grid in chamber, and the micro-current power grid can will fall in the of short duration corona of insect above, micro- electricity The electric current of galvanic electricity net is 3-5MA, it is ensured that by insect corona without electrocuting, the traverse sliding, which is set to, accepts overturning Chamber is mutually on non-conterminous two sides inner wall, and the traverse is set to insect and accepts chamber and accept between control chamber, and traverse is just It separates in accepting chamber and accepting control chamber insect, and is accepted convenient for insect is adjusted according to the volume of the insect to be observed The volume of chamber, the traverse two sidewalls are equipped with support sliding axle, set on the undertaking overturning non-conterminous side wall of chamber two There is support sliding axle sliding groove, the quantity of the support sliding axle sliding groove is equal with the support quantity of sliding axle, the support Sliding axle sliding clamping is set in support sliding axle sliding groove, and the support sliding axle can be steady in support sliding axle sliding groove Sliding, the flexible reset spring and cinch cord, which are set to, to be accepted in control chamber, described flexible reset spring one end be set to sliding every On plate side wall, the other end of the flexible reset spring is set on fixed rotating shaft lateral wall, and the adjustable spring can be convenient fastly Reset traverse fastly, one end of the cinch cord is set on traverse, and the other end of the cinch cord passes through tightening Through-hole of restricting is set in overturning shaft, and the overturning motor is set on the fixed enclosing body sidewall of turnover device, the overturning motor Output end is connected with overturning shaft, and the overturning shaft evenly distributed several groups that are equipped with around one end of clamping shaft are overturn Between shaft shackle member and clamping shaft shackle member clamping groove, the overturning shaft shackle member and clamping shaft shackle member clamping groove are in It is equipped with several groups clamping shaft shackle member and overturning shaft shackle member clamping groove every the inner sidewall of setting, the clamping shaft, The clamping shaft and overturning shaft shackle member clamping groove are set in distance, and the clamping shaft shackle member, which is slidably clamped, to be set to It is clamped in shaft shackle member clamping groove, the clamping shaft shackle member is equal with the clamping quantity of shaft shackle member clamping groove, institute It states overturning shaft shackle member to be slidably clamped in overturning shaft shackle member clamping groove, the overturning shaft shackle member and overturning The quantity of shaft shackle member clamping groove is equal, and the lateral wall of the clamping shaft is equipped with several groups shackle member and fixed rotating shaft card Fitting clamping groove, the shackle member are set in distance with fixed rotating shaft shackle member clamping groove, set on the fixed rotating shaft inner sidewall There are several groups fixed rotating shaft shackle member and shackle member clamping groove, the fixed rotating shaft shackle member and shackle member clamping groove are set in interval It sets, the shackle member, which is slidably clamped, to be set in shackle member clamping groove, and the quantity of the shackle member and shackle member clamping groove is equal, The fixed rotating shaft shackle member, which is slidably clamped, to be set in fixed rotating shaft shackle member clamping groove, the fixed rotating shaft shackle member and solid The quantity for determining shaft shackle member clamping groove is equal.

Further, it includes suction ventilator placed cavity and colloidal sol blowing moulding foam device that the insect observation device, which prepares case, Placed cavity, the insect observation device prepare case and are arranged in rectangular hollow cavity, and the suction ventilator placed cavity is far smaller than colloidal sol Blowing moulding foam device placed cavity, the insect observation device prepare case side wall equipped with corona insect downslide feed inlet, institute It states insect observation device and prepares another side wall of case equipped with sol material emptying door and control button, the sol material emptying door It is equipped with blowing door handle, the sol material emptying door carries out blowing operation in which can be convenient, and the blowing door handle can be with Easily sol material emptying door is opened, the control button is set in sol material blowing door side, the control button Including switch key, key, the key that foams are overturn, key is blocked and wraps up key, the corona insect glides one by one blocks dress It sets including corona insect gliding groove, block bull stick and block motor, described corona insect gliding groove one end is equipped with corona insect packet Feed inlet is wrapped up in, the corona insect package feed inlet is set at corona insect downslide feed inlet, the corona insect gliding groove one End be set to corona insect package feed inlet at insect observation device preparation box inner wall on, the corona insect gliding groove it is another One end is set between upper ductility colloidal sol blow forming device and lower ductility colloidal sol blow forming device, under the corona insect Sliding slot bottom wall is equipped with package through-hole, and the package through-hole is set to the underface of arc convex molding hold-down devices, the colloidal sol Blowing moulding foam device placed cavity plays the role of fixed and load-bearing, the bar rotation that blocks to corona insect gliding groove and sets It is placed on chamber inner sidewall in colloidal sol blowing moulding foam device, the colloidal sol blowing moulding foam device placed cavity is to blocking bull stick Play the role of fixed and load-bearing, the bull stick that blocks above corona insect gliding groove, uniformly arrange on bull stick by described block Column are equipped with several groups flexible baffle, and the flexible baffle can rotate in corona insect gliding groove, and the flexible baffle is for hindering Keeping off from the insect that the package feed inlet downslide of corona insect is fallen makes one individually to glide, while flexible baffle can guarantee and turn Insect will not be injured when dynamic, the motor that blocks is placed on chamber inner sidewall set on colloidal sol blowing moulding foam device, described to block The output end of motor is connected with bull stick is blocked, it is described block motor rotation and drive block bar rotation, block bull stick drive it is flexible Flapper makes insect individually glide one by one, to put into not closed insect observation box insect one by one respectively.

Further, the upper ductility colloidal sol blow forming device include upper ductility sol material blistering channel, on Ductility sol material loads body, upper ductility sol material sliding channel, upper extruding adhesive plate, air blower one and upper blistering and turns Dynamic component, the upper ductility sol material loads body and is set on colloidal sol blowing moulding foam device placement chamber inner sidewall, described Upper ductility sol material loads body and is arranged in the rectangular cavities of upper opening, and it is in two that the upper ductility sol material, which loads body, Low dip between senior middle school is held to be arranged, the upper ductility sol material sliding channel is set to upper ductility sol material and loads body bottom Wall, the upper ductility sol material sliding channel load body perforation with upper ductility sol material and are connected, the upper ductility Sol material sliding channel is arranged in the rectangular hollow cavity of upper and lower opening, and the upper ductility sol material can be from upper ductility It is smoothly slided in sol material sliding channel, the upper ductility sol material blistering channel is vertical at ductility colloidal sol material Expect sliding channel lower end, the upper extruding adhesive plate is set on upper ductility sol material blistering channel, and the air blower one is set It is placed on chamber inner sidewall in colloidal sol blowing moulding foam device, the upper blistering runner assembly is set to colloidal sol blowing moulding foaming dress On placement location chamber inner sidewall；The upper ductility sol material blistering channel includes upper air blowing chamber, upper material loading chamaer and goes up Alveolar layer forming cavity, the upper material loading chamaer are connected with upper ductility sol material sliding channel lower end, it is described on blow afloat chamber with Upper material loading chamaer perforation is connected, and the upper air blowing chamber and upper foaming layer forming cavity are set to upper material loading chamaer two sides and are tilted towards Upper setting, the height of the upper air blowing chamber to colloidal sol blowing moulding foam device placed cavity upper wall are less than upper material loading chamaer to molten The height of glue blowing moulding foam device placed cavity upper wall, the upper foaming layer forming cavity are put to colloidal sol blowing moulding foam device The height for setting chamber upper wall is less than upper material loading chamaer to the height of colloidal sol blowing moulding foam device placed cavity upper wall, can effectively protect When carrying out foaming operation, sol material can block the through-hole between upper air blowing chamber and upper foaming layer forming cavity card, anti-leak-stopping Gas, the upper ductility sol material blistering channel are arranged in the hollow cavity of both ends open, the upper ductility sol material Sliding channel loads body with upper ductility sol material respectively and the perforation of upper material loading chamaer is connected, the upper ductility colloidal sol material Expect to be equipped with upper ductility sol material gliding control part in sliding channel, the upper ductility sol material sliding channel is to above prolonging Malleability sol material gliding control part plays the role of fixed and load-bearing, the upper ductility sol material gliding control part Upper control handle, upper control bull stick and upper control rotating plate, the upper control bar rotation glide set on upper ductility sol material On the inner sidewall of channel, the upper control rotating plate rotation is set on upper control bull stick, and the upper control handle is set to upper control bull stick On, the upper ductility sol material gliding control part is used to control the on-off of sol material, and the sol material is preferably Polyvinyl acetate etc. have ductility can rapid shaping solidification material, the air blower one be set to colloidal sol blowing moulding foaming Device is placed on chamber inner sidewall, and the colloidal sol blowing moulding foam device placed cavity plays fixed and load-bearing work to air blower one With equipped with upper blast pipe one, upper blast pipe two and upper blast pipe three, the upper blast pipe one at the blast orifice of the air blower one It is equipped with upper air-blast nozzle one, the upper air-blast nozzle one setting in the form of a duckbill, the upper air-blast nozzle one is set to and above blows afloat the close of chamber The opening of air blower one, the upper blast pipe two are equipped with upper air-blast nozzle two, and the upper air-blast nozzle two is arranged in Duckbill type, institute Air-blast nozzle two is stated in the upper outer wall of upper opening of the foaming layer forming cavity far from air blower 2 83, the upper blast pipe Three are equipped with upper air-blast nozzle three, and the upper air-blast nozzle three is arranged in Duckbill type, and the upper air-blast nozzle three is set to upper blistering formable layer On the external wall beneath of opening of the chamber far from air blower 2 83, the upper foaming layer forming cavity is slided equipped with upper extruding adhesive plate Slot, the upper extruding adhesive plate sliding clamping are set in upper extruding adhesive plate sliding groove, and the air blower one passes through upper blast pipe One can blow out the sol material in upper material loading chamaer upper ductility foaming layer, and the upper blistering runner assembly includes upper extension Property foaming layer bull stick, upper ductility foaming layer locating part and rotary electric machine, the upper ductility foaming layer bar rotation is set to molten Glue blowing moulding foam device is placed on chamber inner sidewall, and the colloidal sol blowing moulding foam device placed cavity blisters to upper ductility Layer bull stick plays the role of fixed and load-bearing, the upper ductility foaming layer bull stick equipped with upper fixed locating part, it is described on prolong Malleability foaming layer locating part is set on upper ductility foaming layer bull stick, and the distance between described upper ductility foaming layer locating part is slightly Greater than the width in upper ductility sol material blistering channel, the rotary electric machine is set to colloidal sol blowing moulding foam device placed cavity On inner sidewall, the colloidal sol blowing moulding foam device placed cavity plays the role of fixed and load-bearing to rotary electric machine, and described turn The output end of dynamic motor is connected with upper ductility foaming layer bull stick.

Further, the lower ductility colloidal sol blow forming device include lower ductility sol material blistering channel, under Ductility sol material loads body, lower ductility sol material sliding channel, lower extruding adhesive plate, air blower two and lower blistering and turns Dynamic component, the lower ductility sol material loads body and is set on colloidal sol blowing moulding foam device placement chamber inner sidewall, described Lower ductility sol material loads body and is arranged in the rectangular cavities of upper opening, and it is in two that the lower ductility sol material, which loads body, Low dip between senior middle school is held to be arranged, the lower ductility sol material sliding channel is set to lower ductility sol material and loads body bottom Wall, the lower ductility sol material sliding channel load body perforation with lower ductility sol material and are connected, the lower ductility Sol material sliding channel is arranged in the rectangular hollow cavity of upper and lower opening, and the lower ductility sol material can be from lower ductility It is smoothly slided in sol material sliding channel, the lower ductility sol material blistering channel is vertical at lower ductility colloidal sol material Expect sliding channel lower end, the lower extruding adhesive plate is set on lower ductility sol material blistering channel, and the air blower two is set It is placed on chamber inner sidewall in colloidal sol blowing moulding foam device, the lower blistering runner assembly is set to colloidal sol blowing moulding foaming dress On placement location chamber inner sidewall；Lower ductility sol material blistering channel includes lower air blowing chamber, lower material loading chamaer and lower Alveolar layer forming cavity, the lower material loading chamaer are connected with lower ductility sol material sliding channel lower end, blown afloat under described chamber with Lower material loading chamaer perforation is connected, and the lower air blowing chamber and lower foaming layer forming cavity are set to lower material loading chamaer two sides and are tilted towards Upper setting, the height of the lower air blowing chamber to colloidal sol blowing moulding foam device placed cavity upper wall are less than lower material loading chamaer to molten The height of glue blowing moulding foam device placed cavity upper wall, the lower foaming layer forming cavity are put to colloidal sol blowing moulding foam device The height for setting chamber upper wall is less than lower material loading chamaer to the height of colloidal sol blowing moulding foam device placed cavity upper wall, can effectively protect When carrying out foaming operation, sol material can block the through-hole between lower air blowing chamber and lower blistering forming cavity card, prevent gas leakage, The lower ductility sol material blistering channel is arranged in the hollow cavity of both ends open, and the lower ductility sol material glides Channel loads body with lower ductility sol material respectively and lower ductility sol material blistering channel perforation is connected, the lower extension Property sol material sliding channel in be equipped with lower ductility sol material control piece, the lower ductility sol material sliding channel pair Lower ductility sol material control piece plays the role of fixed and load-bearing, and the lower ductility sol material control piece includes lower control Handle, lower control bull stick and lower control rotating plate processed, the lower control bar rotation are set to lower ductility sol material sliding channel On inner sidewall, the lower control rotating plate rotation is set on lower control bull stick, and the lower control handle is set on lower control bull stick, institute It states lower ductility sol material control piece and is sent out for controlling the on-off of sol material, the air blower two set on colloidal sol blowing moulding Bulb apparatus is placed on chamber inner sidewall, and the colloidal sol blowing moulding foam device placed cavity plays air blower two fixed and load-bearing It acts on, lower blast pipe one, lower blast pipe two and lower blast pipe three, the lower blast pipe is equipped at the blast orifice of the air blower two One is equipped with lower air-blast nozzle one, and the lower air-blast nozzle one is arranged in Duckbill type, and it is close that the lower air-blast nozzle one is set to lower air blowing chamber The opening of air blower two, the lower blast pipe two are equipped with lower air-blast nozzle two, and the lower air-blast nozzle two is arranged in Duckbill type, institute It states lower air-blast nozzle two to be set in the upper outer wall of lower blistering opening of the forming cavity far from air blower two, on the lower blast pipe three Equipped with lower air-blast nozzle three, the lower air-blast nozzle three is arranged in Duckbill type, and it is separate that the lower air-blast nozzle three is set to lower blistering forming cavity On the external wall beneath of the opening of air blower two, the lower blistering forming cavity is equipped with lower extruding adhesive plate sliding groove, under described It squeezes adhesive plate sliding clamping to be set in lower extruding adhesive plate sliding groove, the air blower two can be by lower material by lower blast pipe one Expect that the sol material in loading chamaer blows out lower ductility foaming layer, the lower blistering runner assembly includes that lower ductility foaming layer turns Bar, lower ductility foaming layer locating part and transmission belt, the lower ductility foaming layer bar rotation are sent out set on colloidal sol blowing moulding Bulb apparatus is placed on chamber inner sidewall, and the colloidal sol blowing moulding foam device placed cavity plays lower ductility foaming layer bull stick solid Fixed and load-bearing effect, the lower ductility foaming layer bull stick are equipped with lower fixed locating part, the lower ductility foaming layer limit Position part is set on lower ductility foaming layer bull stick, and the distance between described lower ductility foaming layer locating part is slightly larger than lower ductility Sol material blisters the width in channel, the transmission belt around being arranged on upper fixed locating part and lower fixed locating part, it is described on Fixed locating part and lower fixed locating part play the role of fixed and limit to transmission belt.

Further, extruding bonding driving assembly includes movable support rod, incomplete rack gear slider box sliding groove, no Complete rack gear slider box, partial gear and bonding motor, the incomplete rack gear slider box sliding groove be set to colloidal sol blow at Type foam device is placed on chamber inner sidewall, and the incomplete rack gear slider box sliding clamping is set to incomplete rack gear slider box and slides In slot, the partial gear rotation is set in incomplete rack gear slider box, and the movable support rod is sliding set on incomplete rack gear On dynamic frame, the upper extruding adhesive plate and lower extruding adhesive plate are connected with the side wall of movable support rod respectively, the incomplete tooth The rounded rectangle setting of slider box, non-conterminous two sides inner wall is equipped with incomplete tooth in the incomplete sliding rack frame Item, the partial gear is engaged with incomplete rack gear to be connected, and the incomplete rack gear slider box can be slided in incomplete rack gear Smooth sliding in frame sliding groove, the bonding motor is set to colloidal sol blowing moulding foam device and places on chamber inner sidewall, described molten Glue blowing moulding foam device placed cavity plays the role of fixed and load-bearing to bonding motor, the output shaft of the bonding motor with It is connected at the center of partial gear, the bonding motor rotation drives partial gear rotation, and partial gear rotation drives Incomplete rack gear slider box slides up and down in incomplete rack gear slider box sliding groove, incomplete rack gear slider box drive activity branch Strut moves up and down, and movable support rod, which drives, squeezes adhesive plate and the up and down motion of lower extruding adhesive plate.

Further, arc convex molding hold-down devices include that push component, limit telescopic multiple for arc convex molding Hyte part, induced duct and suction ventilator, the arc convex molding push component and are set to colloidal sol blowing moulding foam device placed cavity On inner sidewall, the suction ventilator and limit telescopic reset assembly are set to suction ventilator and place on chamber inner sidewall, and the suction ventilator is placed Chamber is exported equipped with induced duct, and one end of the induced duct is set on suction ventilator, and the other end of the induced duct passes through limit and stretches Contracting reset assembly and induced duct outlet are set to arc convex molding and push on component；The arc convex molding pushes component and includes Upper fixing element, lower fixing piece, electric hydaulic bar, suction chamber, arc convex molding pressing member and fastener, fixed part are set In on colloidal sol blowing moulding foam device placed cavity upper wall, the colloidal sol blowing moulding foam device placed cavity plays upper fixing element To fixed and load-bearing effect, the electric hydaulic bar is set on upper fixing element bottom wall, and suction chamber is set to the work of electric hydaulic bar Moved end, the suction chamber are arranged in the cylindrical hollow cavity of lower ending opening, and the side wall of the suction chamber is equipped with suction hole, institute The other end for stating induced duct passes through limit telescopic reset assembly and induced duct outlet is connected with suction hole, the arc convex molding Pressing member is set to suction chamber lower end, and the arc convex molding pressing member is connected with the perforation of the lower end of suction chamber, and the arc is convex Playing molding pressing member is in the setting of falling bowl-type, and the arc convex molding pressing member is set on upper ductility colloidal sol blow forming device Above ductility colloidal sol blow forming device, the arc convex molding pressing member is set to the surface of package through-hole, under described Fixing piece is set on the inside of colloidal sol blowing moulding foam device placed cavity on bottom wall, the colloidal sol blowing moulding foam device placed cavity Play the role of fixed and load-bearing, the shackle member to lower fixing piece to be arranged in a ring, the diameter and arc of the fastener are convex The diameter for playing molding pressing member is equal, and the diameter of the package through-hole is greater than the diameter of arc convex molding pressing member, the card Component is set on lower fixing piece, and the fastener is set to below lower ductility colloidal sol blow forming device, and the fastener is set to Wrap up the underface of through-hole；The limit telescopic reset assembly includes stop collar, stop collar fixed plate and reset spring, described multiple One end of position spring is set on the inside of suction ventilator placed cavity on bottom wall, and the stop collar fixed plate is set to the other end of reset spring, The stop collar is set in stop collar fixed plate, and the other end of the induced duct is exported across stop collar and with induced duct and air-breathing Hole is connected and is set at suction hole, and the stop collar plays the role of fixed and limits to induced duct.

Further, the lossless downslide transport mechanism of the spiral includes the fixed enclosing body of spiral downslide, the undertaking of corona insect Slip pipe under part, spiral downslide component, downslide driving assembly and corona insect, the downslide driving assembly are set to insect observation device It prepares on case side wall, the insect observation device prepares case and plays the role of fixed and load-bearing, the spiral shell to downslide driving assembly It screws off sliding fixed enclosing body to be set on downslide driving assembly, the fixed enclosing body of spiral downslide is arc-shaped hollow cavity and sets It sets, the spiral that the corona insect supporting is set to glides fixed enclosing body close to the single crawl corona overturning of adjustable insect induction One end of mechanism, the fixed enclosing body of spiral downslide plays the role of fixed and load-bearing to corona insect supporting, described to turn over The fixed enclosing body bottom wall of rotary device is equipped with downslide through-hole, and the corona insect supporting is in the ladder wide at the top and narrow at the bottom of upper and lower opening Shape hollow cavity is arranged, and is connected at corona insect supporting upper opening with downslide through-hole, under the corona insect supporting Square opening is connected with the fixed enclosing body of spiral downslide, and the spiral that the spiral downslide component is set to glides in fixed enclosing body, institute It states the fixed enclosing body of spiral downslide and is equipped with corona insect downslide through-hole, the insect close to one end bottom wall of downslide driving assembly The side wall that observation device prepares case is equipped with corona insect downslide feed inlet, one end of slip pipe and corona elder brother under the corona insect Worm downslide through-hole is connected, and the other end of slip pipe is connected with corona insect downslide feed inlet under the corona insect；Under the spiral Sliding component includes spiral bull stick and downslide shaft, and the spiral that the spiral bar rotation is set to, which glides, fixes in enclosing body on side wall, The spiral bull stick is equipped with flexible screw blade, it is preferable that the flexible screw blade is using flexible silica gel material, Ke Yibao Card carries out lossless spiral transmission to insect, and the downslide shaft passes through the fixed enclosing body of spiral downslide and is connected with spiral bull stick, institute The fixed enclosing body of spiral downslide is stated to play fixed to slip pipe under corona insect supporting, spiral downslide component and corona insect and hold The effect of weight；The downslide driving assembly includes downslide motor placed cavity and downslide motor, and the downslide motor placed cavity is set to Spiral, which glides, fixes enclosing body end, and the downslide motor placed cavity is arc-shaped hollow cavity setting, and the downslide motor is set In downslide motor placed cavity, the output end of the downslide motor is connected with downslide shaft, under the downslide motor rotation drives The axis that trackslips rotation, downslide shaft drive spiral bar rotation, and spiral bull stick drives the rotation of flexible screw blade, to complete to elder brother The lossless spiral transfer operation of worm.

Further, insect half-duplex channel of creeping is arranged in the rectangular cavities of both ends open, and the insect creeps list It is slightly larger than the maximum cross-section area of an insect to channel and cross-sectional area, can effectively ensure that once there can only be an insect to climb It creeps to be equipped with close to one end of the single crawl corona turnover mechanism of adjustable insect induction in half-duplex channel into, the insect and lure Source, described to lure source be for black light lamp, the setting of the black light lamp can lure insect voluntarily to crawl into insect and creep in half-duplex channel.

Further, the insect observation device loading box is arranged in rectangular hollow cavity, and the rectangular cavities structure is steady Gu being not likely to produce deformation, the insect observation device loading box upper wall is equipped with package downslide mouth, and the insect wrapped can It smoothly glides from package downslide mouth, the insect observation device loading box side wall is equipped with discharge door, and the discharge door is used for The insect wrapped is taken out, the discharge door is equipped with discharging handle, and the discharging handle is convenient to open discharge door.

What the present invention obtained using the above structure has the beneficial effect that: a kind of insect self-charge type observation solution provided by the invention Transition box process equipment is cutd open, practicability is high, light easily operated, creative that insect self-charge type transition box is applied to biological elder brother Worm observes dissection field, combines optics with entomology according to the phototaxis of insect and is applied in insect crawl, insect climbs The phototaxis that the setting of the double illuminators of single tube can use insect into half-duplex channel comes in insect attractant, realizes to insect The technical effect for luring crawl one by one does not need observer and manually grabs to insect, overcomes observer for a long time Fear sense when grabbing insect physiologically guarantees that observer can observe in the comfortable atmosphere of body and mind, ties observation Fruit is more accurate；The transience corona that adjustable corona insect turnover device combination electricity can carry out safety and nondestructive to insect is grasped Make, it is ensured that insect can not escape during overturning transmission, further improve working efficiency；The lossless downslide conveyer of spiral The lossless spiral of the insect of corona can be sent in insect observation device preparing mechanism by structure, and the setting of flexible screw blade can be effective Acceleration when insect glides is reduced, insect will not be caused to damage while guaranteeing that insect smoothly glides, elder brother is effectively ensured The intact downslide of worm；Insect observation device preparing mechanism bond material by it is existing can rapid shaping tool it is malleable Sol form material is applied in insect anatomy observation box the package operation that quick and convenient can be automatically completed to whereabouts insect, corona Downslide radical occlusion device can accurately intercept the insect to glide insect one by one, be effectively ensured and carry out one one to insect A accurate package, upper ductility colloidal sol blow forming device, lower ductility colloidal sol blow forming device squeeze bonding driving group Part and arc convex molding pushing component can carry out automatic lossless package in real time to insect and operate, and overcome current hard and observe The box technical problem easily dead when rocking observation insect realizes Nondestructive observation insect and is not easy the technology scratched by insect effect Fruit, creative proposes trapping, observation, the theory for dissecting transition box, specifically proposes a kind of new transition box production work Skill is simply and the insect observation convenient for full angle observation insect of the one hand of rapid shaping controllably dissects transition box and its processing is set Standby, whole very light and high efficiency, further creative proposition insect observation dissection transition box is formed with insect crawl certainly Dress formula integration arrests insect automatically while insect observation dissection transition box molding and is put into insect observation Dissect in transition box, need a large amount of places for repeatedly carrying out insect observations dissection operation suitable for various, can according to demand with With doing, a large amount of insect anatomy observation boxes for closing and having insect to be seen can be made in the short time, can directly be poked after observation Insect is taken out, convenient and efficient, the crawl of insect, corona, biography can be completed without directly touching insect in whole process observer Operation is sent and wraps up, equipment practicability is high, easy to operate, labor intensity is small.

Detailed description of the invention

Fig. 1 is a kind of overall structure diagram of insect self-charge type observation dissection transition box process equipment of the present invention；

Fig. 2 is a kind of overall structure rearview of insect self-charge type observation dissection transition box process equipment of the present invention；

Fig. 3 is a kind of insect observation device preparing mechanism of insect self-charge type observation dissection transition box process equipment of the present invention Schematic diagram；

Fig. 4 is the part A partial enlarged view of Fig. 3；

It is saturating that Fig. 5 is that a kind of insect observation device of present invention insect self-charge type observation dissection transition box process equipment prepares case View；

Fig. 6 is that a kind of insect observation device of insect self-charge type observation dissection transition box process equipment of the present invention is prepared in case Portion's schematic diagram；

Fig. 7 is that a kind of adjustable insect induction of insect self-charge type observation dissection transition box process equipment of the present invention is individually grabbed Take corona turnover mechanism structural schematic diagram；

Fig. 8 is that a kind of insect of present invention insect self-charge type observation dissection transition box process equipment creeps half-duplex channel section Figure；

Fig. 9 is that a kind of adjustable insect induction of insect self-charge type observation dissection transition box process equipment of the present invention is individually grabbed Take corona turnover mechanism partial schematic diagram；

Figure 10 is a kind of adjustable insect turnover device of insect self-charge type observation dissection transition box process equipment of the present invention Structural schematic diagram；

Figure 11 is a kind of adjustable insect turnover device of insect self-charge type observation dissection transition box process equipment of the present invention Schematic internal view；

Figure 12 is a kind of adjustable insect turnover device of insect self-charge type observation dissection transition box process equipment of the present invention Sectional view；

Figure 13 is a kind of overturning pivot structure schematic diagram of insect self-charge type observation dissection transition box process equipment of the present invention；

Figure 14 is a kind of adjustable insect turnover device of insect self-charge type observation dissection transition box process equipment of the present invention Sectional view；

Figure 15 is the present invention a kind of the clamping shaft and fixed rotating shaft of insect self-charge type observation dissection transition box process equipment Connection schematic diagram；

Figure 16 is a kind of lower press fitting of arc convex molding of insect self-charge type observation dissection transition box process equipment of the present invention Set schematic diagram；

Figure 17 is a kind of lower press fitting of arc convex molding of insect self-charge type observation dissection transition box process equipment of the present invention Set sectional view；

Figure 18 is a kind of lossless downslide conveyer of spiral of insect self-charge type observation dissection transition box process equipment of the present invention Structure schematic diagram；

Figure 19 is a kind of lossless downslide transmission dress of spiral of insect self-charge type observation dissection transition box process equipment of the present invention Set schematic diagram；

Figure 20 is that a kind of colloidal sol of ductility up and down of insect self-charge type observation dissection transition box process equipment of the present invention is blown Molding machine flat sectional drawing；

Wherein, 1, the single crawl corona turnover mechanism of adjustable insect induction, 2, the lossless downslide transport mechanism of spiral, 3, elder brother Worm observes device preparing mechanism, 4, insect observation device prepare case, 5, insect observation device loading box, 6, insect creep it is unidirectional logical Road, 7, adjustable corona insect turnover device, 8, the fixed enclosing body of turnover device, 9, corona insect glide one by one radical occlusion device, 10, arc convex forms hold-down devices, 11, upper ductility colloidal sol blow forming device, 12, lower ductility colloidal sol blowing moulding dress Set, 13, squeeze bonding driving assembly, 14, overturning shaft, 15, clamping shaft, 16, fixed rotating shaft, 17, accept overturning component, 18, motor, 19, cinch cord through-hole, 20, undertaking overturning chamber, 21, traverse, 22, flexible reset spring, 23, tightening are overturn Rope, 24, insect undertaking chamber, 25, undertaking control chamber, 26, micro-current power grid, 27, support sliding axle, 28, support sliding axle sliding Slot, 29, overturning shaft shackle member, 30, clamping shaft shackle member clamping groove, 31, black light lamp 32, clamping shaft shackle member, 33, turn over It walks around axis shackle member clamping groove, 34, shackle member, 35, fixed rotating shaft shackle member clamping groove, 36, fixed rotating shaft shackle member, 37, card Fitting clamping groove, 38, suction ventilator placed cavity, 39, colloidal sol blowing moulding foam device placed cavity, 40, the downslide charging of corona insect Mouthful, 41, sol material emptying door, 42, control button, 43, blowing door handle, 44, switch key, 45, overturning key, 46, hair Steep key, 47, block key, 48, package key, 49, corona insect gliding groove, 50, block bull stick, 51, block motor, 52, Corona insect wrap up feed inlet, 53, package through-hole, 54, flexible baffle, 55, upper ductility sol material blister channel, 56, on Ductility sol material loading body, 57, upper ductility sol material sliding channel, 58, upper extruding adhesive plate, 59, air blower one, 60, upper blistering runner assembly, 61, upper air blowing chamber, 62, upper material loading chamaer, 63, upper foaming layer forming cavity, 64, upper ductility it is molten Glue material gliding control part, 65, upper control handle, 66, upper control bull stick, 67, upper control rotating plate, 68, upper blast pipe one, 69, Upper blast pipe two, 70, upper blast pipe three, 71, upper air-blast nozzle one, 72, upper air-blast nozzle two, 73, upper air-blast nozzle three, 74, upper extruding Adhesive plate sliding groove, 75, upper ductility foaming layer bull stick, 76, upper ductility foaming layer locating part, 77, rotary electric machine, 78, on Fixed locating part, 79, lower ductility sol material blistering channel, 80, lower ductility sol material loading body, 81, lower ductility Sol material sliding channel, 82, lower extruding adhesive plate, 83, air blower two, 84, lower blistering runner assembly, 85, lower air blowing chamber, 86, lower material loading chamaer, 87, lower foaming layer forming cavity, 88, lower ductility sol material control piece, 89, lower control handle, 90, Lower control bull stick, 91, lower control rotating plate, 92, lower blast pipe one, 93, lower blast pipe two, 94, lower blast pipe three, 95, lower air blast Mouth one, 96, lower air-blast nozzle two, 97, lower air-blast nozzle three, 98, lower extruding adhesive plate sliding groove, 99, lower ductility foaming layer bull stick, 100, lower ductility foaming layer locating part, 101, transmission belt, 102, lower fixed locating part, 103, movable support rod, 104, endless Full rack gear slider box sliding groove, 105, incomplete rack gear slider box, 106, partial gear, 107, bonding motor, 108, endless Full rack gear, 109, arc convex molding pushing component, 110, limit telescopic reset assembly, 111, induced duct, 112, suction ventilator, 113, induced duct export, 114, upper fixing element, 115, lower fixing piece, 116, electric hydaulic bar, 117, suction chamber, 118, arc it is convex It rises and forms pressing member, 119, fastener, 120, suction hole, 121, stop collar, 122, stop collar fixed plate, 123, reset spring, 124, spiral, which glides, fixes enclosing body, 125, corona insect supporting, 126, spiral downslide component, 127, downslide driving assembly, 128, slip pipe under corona insect, 129, corona insect downslide through-hole, 130, spiral bull stick, 131, downslide shaft, 132, lower slide-through Hole, 133, flexible screw blade, 134, downslide motor placed cavity, 135, downslide motor, 136, package downslide mouth, 137, discharging Door, 138, discharging handle.

Specific embodiment

Below with reference to specific implementation, the technical solution of the patent is explained in further detail, technology of the present invention The part that feature or connection relationship are not described in detail is the prior art of use.

Below in conjunction with attached drawing, the present invention is described in further details.

As shown in Fig. 1-2 0, insect self-charge type observation dissection transition box process equipment of the present invention, including adjustable luring insect Lead single crawl corona turnover mechanism 1, the lossless downslide transport mechanism 2 of spiral, insect observation device preparing mechanism 3, insect observation Device prepares case 4 and insect observation device loading box 5, and the insect observation device prepares case 4 and loads set on insect observation device Right above case 5, the insect observation device preparing mechanism 3 is set to insect observation device and prepares in case 4, the lossless downslide of spiral Transport mechanism 2 is set to insect observation device and prepares on 4 lateral wall of case, the adjustable single crawl corona tipper of insect induction Structure 1 is set in the lossless downslide transport mechanism 2 of spiral；The adjustable single crawl corona turnover mechanism 1 of insect induction includes elder brother Worm creeps half-duplex channel 6, the fixed enclosing body 8 of adjustable corona insect turnover device 7 and turnover device, and the turnover device is fixed Enclosing body 8 is set in the lossless downslide transport mechanism 2 of spiral, and the adjustable corona insect turnover device 7 is solid set on turnover device Determine in enclosing body 8, the insect creeps on the detachable front end outer wall for being set to the fixed enclosing body 8 of turnover device of half-duplex channel 6； The insect observation device preparing mechanism 3 includes that downslide radical occlusion device 9, arc convex form hold-down devices to corona insect one by one 10, upper ductility colloidal sol blow forming device 11, lower ductility colloidal sol blow forming device 12 and extruding bonding driving assembly 13, The corona insect downslide radical occlusion device 9, upper ductility colloidal sol blow forming device 11, lower ductility colloidal sol blowing moulding one by one Device 12 and arc convex molding hold-down devices 10 are set to insect observation device and prepare in case 4, and the corona insect glides one by one Radical occlusion device 9 is set to insect observation device and prepares on 4 inner sidewall of case and close to the lossless downslide transport mechanism 2 of spiral, the arc Protrusion molding hold-down devices 10 are set to insect observation device and prepare on the inner wall of case 4, and the arc convex forms hold-down devices 10 Set on the surface of corona insect downslide radical occlusion device 9 one by one, the upper ductility colloidal sol blow forming device 11 is set to arc Protrusion molding hold-down devices 10 and corona insect are one by one between downslide radical occlusion device 9, and downslide radical occlusion device 9 is set corona insect one by one Between upper ductility colloidal sol blow forming device 11 and lower ductility colloidal sol blow forming device 12, the lower ductility colloidal sol Blow forming device 12 is set to corona insect 9 lower section of downslide radical occlusion device one by one.

The adjustable corona insect turnover device 7 includes overturning shaft 14, clamping shaft 15, fixed rotating shaft 16, accepts Component 17 and overturning motor 18 are overturn, the adjustable corona insect turnover device 7 is in windmill-shaped setting, the overturning shaft 14 One end is hingedly set on fixed 8 one inner sidewall of enclosing body of turnover device, and the other end rotation of the overturning shaft 14 is set to overturning On the fixed another non-conterminous inner sidewall of enclosing body 8 of device, the fixed enclosing body 8 of the turnover device is arranged in ship shape, the card Switch through axis 15 and slidably cover and be arranged in overturning shaft 14, the fixed rotating shaft 16 is hingedly set to the fixed enclosing body 8 of turnover device On inner sidewall, described 16 one end of fixed rotating shaft, which rotatably covers, is arranged in clamping shaft 15 outside, the fixed rotating shaft 16 it is another End is hingedly set on fixed 8 inner sidewall of enclosing body of turnover device, and the clamping shaft 15 and overturning shaft 14 are set to fixed rotating shaft In 16 hollow cavities, the undertaking overturning component 17 is evenly distributed to be set on 16 outer wall of fixed rotating shaft, and the overturning motor 18 is set In on fixed 8 side wall of enclosing body of turnover device；It is evenly distributed on 16 outer wall of fixed rotating shaft to be equipped with several groups cinch cord through-hole 19, the overturning component 17 of accepting is set on the fixed rotating shaft 16 at cinch cord through-hole 19, the quantity of the cinch cord through-hole 19 Equal with the overturning quantity of component 17 is accepted, undertakings overturning component 17 includes accepting overturning chamber 20, traverse 21, stretching Reset spring 22 and cinch cord 23, the overturning chamber 20 of accepting are set on 16 lateral wall of fixed rotating shaft at cinch cord through-hole 19, The overturning chamber 20 of accepting is arranged in the scraper bowl shape hollow cavity of upper end opening, and the undertaking overturning chamber 20 includes that insect accepts chamber 24 are arranged with undertaking control chamber 25, the undertaking control chamber 25 close to fixed rotating shaft 16, and the insect undertaking chamber 24 is separate to be fixed Shaft 16 is arranged, and the evenly distributed several groups that are equipped with accept overturning chamber 20, the undertaking overturning on 16 lateral wall of fixed rotating shaft The quantity of chamber 20 is equal with the quantity of cinch cord through-hole 19, and the insect accepts and is equipped with micro-current power grid 26 in chamber 24, described micro- The electric current of electric current power grid 26 is 3-5MA, and the sliding of traverse 21, which is set to, accepts overturning chamber 20 mutually non-conterminous two sides inner wall On, the traverse 21 is set to insect and accepts chamber 24 and accept between control chamber 25, sets on 21 two sidewalls of traverse There is support sliding axle 27, described undertaking overturning 20 liang of non-conterminous side walls of chamber are equipped with support sliding axle sliding groove 28, the branch The quantity for supportting sliding axle sliding groove 28 is equal with the support quantity of sliding axle 27, and the sliding of support sliding axle 27 clamping is set to branch It supports in sliding axle sliding groove 28, the flexible reset spring 22 and cinch cord 23 are set to and accept in control chamber 25, described flexible multiple Position 22 one end of spring is set on 21 side wall of traverse, and the other end of the flexible reset spring 22 is set to 16 outside of fixed rotating shaft On wall, one end of the cinch cord 23 is set on traverse 21, and the other end of the cinch cord 23 passes through cinch cord through-hole 19 In overturning shaft 14, the overturning motor 18 is set on fixed 8 side wall of enclosing body of turnover device, the overturning motor 18 Output end is connected with overturning shaft 14, and the overturning shaft 14 is evenly distributed equipped with several around one end of clamping shaft 15 Group overturning shaft shackle member 29 and clamping shaft shackle member clamping groove 30, the overturning shaft shackle member 29 and clamping shaft clamping Part clamping groove 30 is set in distance, and the inner sidewall of the clamping shaft 15 is equipped with several groups clamping shaft shackle member 32 and overturning Shaft shackle member clamping groove 33, the clamping shaft 15 and overturning shaft shackle member clamping groove 33 are set in distance, the clamping Shaft shackle member 32, which is slidably clamped, to be set in clamping shaft shackle member clamping groove 30, the clamping shaft shackle member 32 and clamping The quantity of shaft shackle member clamping groove 30 is equal, and the overturning shaft shackle member 29, which is slidably clamped, is set to overturning shaft shackle member In clamping groove 33, the overturning shaft shackle member 29 is equal with the overturning quantity of shaft shackle member clamping groove 33, and the clamping turns The lateral wall of axis 15 is equipped with several groups shackle member 34 and fixed rotating shaft shackle member clamping groove 35, and the shackle member 34 turns with fixed Axis shackle member clamping groove 35 is set in distance, and 16 inner sidewall of fixed rotating shaft is equipped with 36 He of several groups fixed rotating shaft shackle member Shackle member clamping groove 37, the fixed rotating shaft shackle member 36 and shackle member clamping groove 37 are set in distance, and the shackle member 34 can Sliding clamping is set in shackle member clamping groove 37, and the shackle member 34 is equal with the quantity of shackle member clamping groove 37, the fixation Shaft shackle member 36, which is slidably clamped, to be set in fixed rotating shaft shackle member clamping groove 35, the fixed rotating shaft shackle member 36 and fixation The quantity of shaft shackle member clamping groove 35 is equal.

It includes suction ventilator placed cavity 38 and colloidal sol blowing moulding foam device placed cavity that the insect observation device, which prepares case 4, 39, the insect observation device prepares case 4 and is arranged in rectangular hollow cavity, and the suction ventilator placed cavity 38 is far smaller than colloidal sol and blows Gas shaping foam device placed cavity 39, the insect observation device prepare 4 side wall of case and are equipped with corona insect downslide feed inlet 40, The insect observation device prepares another side wall of case 4 equipped with sol material emptying door 41 and control button 42, the colloidal sol material Expect that emptying door 41 is equipped with blowing door handle 43, the control button 42 is set on 41 side of sol material emptying door, the control Key 42 processed includes switch key 44, overturning key 45, foaming key 46, blocks key 47 and package key 48, the corona Downslide radical occlusion device 9 includes corona insect gliding groove 49, blocks bull stick 50 and block motor 51 insect one by one, the corona insect 49 one end of gliding groove is equipped with corona insect and wraps up feed inlet 52, and the corona insect package feed inlet 52 glides set on corona insect At feed inlet 40, described 49 one end of corona insect gliding groove is set to the insect observation device system at corona insect package feed inlet 52 On standby 4 inner sidewall of case, the other end of the corona insect gliding groove 49 is set to upper ductility colloidal sol blow forming device 11 under Between ductility colloidal sol blow forming device 12,49 bottom wall of corona insect gliding groove is equipped with package through-hole 53, the packet Through-hole 53 is wrapped up in set on the underface of arc convex molding hold-down devices 10, the bull stick 50 that blocks is rotated set on colloidal sol blowing moulding On 39 inner sidewall of foam device placed cavity, the bull stick 50 that blocks is described to block bull stick set on 49 top of corona insect gliding groove Evenly distributed on 50 to be equipped with several groups flexible baffle 54, the motor 51 that blocks is set on colloidal sol blowing moulding foam device placed cavity On 39 inner sidewalls, the output end for blocking motor 51 is connected with bull stick 50 is blocked, it is described block motor 51 rotation drive block Bull stick 50 rotates, and blocks bull stick 50 and drives the rotation of flexible baffle 54 that insect is made individually to glide one by one, to distinguish insect It is put into not closed insect observation box one by one.

The upper ductility colloidal sol blow forming device 11 includes upper ductility sol material blistering channel 55, upper ductility Sol material loads body 56, upper ductility sol material sliding channel 57, upper extruding adhesive plate 58, air blower 1 and upper blistering Runner assembly 60, the upper ductility sol material load body 56 and are set to 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity On, the upper ductility sol material loads body 56 and is arranged in the rectangular cavities of upper opening, the upper ductility sol material It loads body 56 to be arranged in low dip between the senior middle school of both ends, the upper ductility sol material sliding channel 57 is set to upper ductility colloidal sol Material loads 56 bottom wall of body, and the upper ductility sol material sliding channel 57 loads body 56 with upper ductility sol material and penetrates through It is connected, the upper ductility sol material sliding channel 57 is arranged in the rectangular hollow cavity of upper and lower opening, the upper ductility Sol material blistering channel 55 is vertical at 57 lower end of ductility sol material sliding channel, and the upper extruding adhesive plate 58 is set In on upper ductility sol material blistering channel 55, the air blower 1 is set to colloidal sol blowing moulding foam device placed cavity 39 On inner sidewall, the upper blistering runner assembly 60 is set on 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity；On described Ductility sol material blistering channel 55 includes upper air blowing chamber 61, upper material loading chamaer 62 and upper foaming layer forming cavity 63, described Upper material loading chamaer 62 is connected with upper 57 lower end of ductility sol material sliding channel, it is described on blow afloat chamber 61 and upper material and load The perforation of chamber 62 is connected, and the upper air blowing chamber 61 and upper foaming layer forming cavity 63 are set to upper 62 two sides of material loading chamaer and tilt upward The height of setting, the upper air blowing chamber 61 to 39 upper wall of colloidal sol blowing moulding foam device placed cavity is less than upper material loading chamaer 62 To the height of 39 upper wall of colloidal sol blowing moulding foam device placed cavity, the upper foaming layer forming cavity 63 to colloidal sol blowing moulding is sent out The height of 39 upper wall of bulb apparatus placed cavity is less than upper material loading chamaer 62 and arrives 39 upper wall of colloidal sol blowing moulding foam device placed cavity Height, the upper ductility sol material blistering channel 55 is arranged in the hollow cavity of both ends open, and the upper ductility is molten Glue material sliding channel 57 respectively with upper ductility sol material load body 56 and upper material loading chamaer 62 perforation is connected, it is described on Upper ductility sol material gliding control part 64, the upper ductility colloidal sol material are equipped in ductility sol material sliding channel 57 Expect gliding control part 64 include upper control handle 65, upper control bull stick 66 and upper control rotating plate 67, described upper 66 turns of control bull stick Dynamic to be set on upper 57 inner sidewall of ductility sol material sliding channel, the upper rotation of control rotating plate 67 is set to upper control bull stick 66 On, the upper control handle 65 is set on upper control bull stick 66, and the sol material is preferably that polyvinyl acetate etc. has Ductility can rapid shaping solidification material, the air blower 1 is set to the inside of colloidal sol blowing moulding foam device placed cavity 39 On wall, upper blast pipe 1, upper blast pipe 2 69 and upper blast pipe 3 70 are equipped at the blast orifice of the air blower 1, it is described Upper blast pipe 1 is equipped with upper air-blast nozzle 1, the upper air-blast nozzle 1 setting in the form of a duckbill, the upper air-blast nozzle 1 Set on the opening for the close air blower 1 for above blowing afloat chamber 61, the upper blast pipe 2 69 is equipped with upper air-blast nozzle 2 72, institute It states air-blast nozzle 2 72 to be arranged in Duckbill type, the upper air-blast nozzle 2 72 is set to upper foaming layer forming cavity 63 far from air blower 1 Opening upper outer wall on, the upper blast pipe 3 70 be equipped with upper air-blast nozzle 3 73, the upper air-blast nozzle 3 73 be in duck Nozzle type setting, the upper air-blast nozzle 3 73 are set to the external wall beneath of upper opening of the foaming layer forming cavity 63 far from air blower 1 On, the upper foaming layer forming cavity 63 is equipped with upper extruding adhesive plate sliding groove 74, the upper sliding of extruding adhesive plate 58 clamping In upper extruding adhesive plate sliding groove 74, the upper blistering runner assembly 60 include upper ductility foaming layer bull stick 75, on prolong Malleability foaming layer locating part 76 and rotary electric machine 77, the upper rotation of ductility foaming layer bull stick 75 are set to colloidal sol blowing moulding and send out On 39 inner sidewall of bulb apparatus placed cavity, the colloidal sol blowing moulding foam device placed cavity 39 is to upper ductility foaming layer bull stick 75 Play the role of fixed and load-bearing, the upper ductility foaming layer bull stick 75 is equipped with upper fixed locating part 78, the upper extension Property foaming layer locating part 76 be set on upper ductility foaming layer bull stick 75, between the upper ductility foaming layer locating part 76 away from From the width slightly larger than upper ductility sol material blistering channel 55, the rotary electric machine 77 is set to colloidal sol blowing moulding foaming dress On 39 inner sidewall of placement location chamber, the output end of the rotary electric machine 77 is connected with upper ductility foaming layer bull stick 75.

The lower ductility colloidal sol blow forming device 12 includes lower ductility sol material blistering channel 79, lower ductility Sol material loads body 80, lower ductility sol material sliding channel 81, lower extruding adhesive plate 82, air blower 2 83 and lower blistering Runner assembly 84, the lower ductility sol material load body 80 and are set to 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity On, the lower ductility sol material loads body 80 and is arranged in the rectangular cavities of upper opening, the lower ductility sol material It loads body 80 to be arranged in low dip between the senior middle school of both ends, the lower ductility sol material sliding channel 81 is set to lower ductility colloidal sol Material loads 80 bottom wall of body, and the lower ductility sol material sliding channel 81 loads body 80 with lower ductility sol material and penetrates through It is connected, the lower ductility sol material sliding channel 81 is arranged in the rectangular hollow cavity of upper and lower opening, the lower ductility Sol material blistering channel 79 is vertical at lower 81 lower end of ductility sol material sliding channel, and the lower extruding adhesive plate 82 is set In on lower ductility sol material blistering channel 79, the air blower 2 83 is set to colloidal sol blowing moulding foam device placed cavity 39 On inner sidewall, the lower blistering runner assembly 84 is set on 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity；Under described Ductility sol material blistering channel 79 includes lower air blowing chamber 85, lower material loading chamaer 86 and lower foaming layer forming cavity 87, described Lower material loading chamaer 86 is connected with lower 81 lower end of ductility sol material sliding channel, and the lower air blowing chamber 85 is loaded with lower material The perforation of chamber 86 is connected, and the lower air blowing chamber 85 and lower foaming layer forming cavity 87 are set to lower 86 two sides of material loading chamaer and tilt upward The height of setting, the lower air blowing chamber 85 to 39 upper wall of colloidal sol blowing moulding foam device placed cavity is less than lower material loading chamaer 86 To the height of 39 upper wall of colloidal sol blowing moulding foam device placed cavity, the lower foaming layer forming cavity 87 to colloidal sol blowing moulding is sent out The height of 39 upper wall of bulb apparatus placed cavity is less than lower material loading chamaer 86 and arrives 39 upper wall of colloidal sol blowing moulding foam device placed cavity Height, the lower ductility sol material blistering channel 79 is arranged in the hollow cavity of both ends open, and the lower ductility is molten Glue material sliding channel 81 loads body 80 with lower ductility sol material respectively and lower ductility sol material blistering channel 79 is passed through It is logical to be connected, lower ductility sol material control piece 88 is equipped in the lower ductility sol material sliding channel 81, it is described downward Malleability sol material control piece 88 includes lower control handle 89, lower control bull stick 90 and lower control rotating plate 91, and the lower control turns The rotation of bar 90 is set on lower 81 inner sidewall of ductility sol material sliding channel, and the lower rotation of control rotating plate 91 is set to lower control On bull stick 90, the lower control handle 89 is set on lower control bull stick 90, and the air blower 2 83 is sent out set on colloidal sol blowing moulding On 39 inner sidewall of bulb apparatus placed cavity, lower blast pipe 1, lower blast pipe 2 93 are equipped at the blast orifice of the air blower 2 83 With lower blast pipe 3 94, the lower blast pipe 1 is equipped with lower air-blast nozzle 1, and the lower air-blast nozzle 1 is set in Duckbill type It sets, the lower air-blast nozzle 1 is set to lower air blowing chamber 85 and sets in the opening of air blower 2 83, the lower blast pipe 2 93 There is lower air-blast nozzle 2 96, the lower air-blast nozzle 2 96 is arranged in Duckbill type, and the lower air-blast nozzle 2 96 is set to lower blistering formable layer In the upper outer wall of opening of the chamber 87 far from air blower 2 83, the lower blast pipe 3 94 is equipped with lower air-blast nozzle 3 97, institute It states lower air-blast nozzle 3 97 to be arranged in Duckbill type, the lower air-blast nozzle 3 97 is set to lower foaming layer forming cavity 87 far from air blower 2 83 Opening external wall beneath on, the lower aliquation bubble forming cavity 87 is equipped with lower extrudings adhesive plate sliding groove 98, described lower crowded The sliding clamping of pressure viscosity plywood 82 is set in lower extruding adhesive plate sliding groove 98, and the lower blistering runner assembly 84 includes lower ductility Foaming layer bull stick 99, lower ductility foaming layer locating part 100 and transmission belt 101, the lower ductility foaming layer bull stick 99 rotate On 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity, the lower ductility foaming layer bull stick 99 is equipped with lower fixation Locating part 102, the lower ductility foaming layer locating part 100 are set on lower ductility foaming layer bull stick 99, the lower ductility Width of the distance between the foaming layer locating part 100 slightly larger than lower ductility sol material blistering channel 79, the transmission belt 101 Around being arranged on upper fixed locating part 78 and lower fixed locating part 102.

Extruding bonding driving assembly 13 includes movable support rod 103, incomplete rack gear slider box sliding groove 104, no Complete rack gear slider box 105, partial gear 106 and bonding motor 107, the incomplete rack gear slider box sliding groove 104 are set In on 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity, the incomplete sliding of rack gear slider box 105 clamping is set to not In complete rack gear slider box sliding groove 104, the rotation of partial gear 106 is set in incomplete rack gear slider box 105, described Movable support rod 103 is set in incomplete rack gear slider box 105, the upper extruding adhesive plate 58 and lower extruding adhesive plate 82 difference It is connected with the side wall of movable support rod 103, the setting of the incomplete rack gear slider box 105 rounded rectangle, the incomplete tooth Non-conterminous two sides inner wall is equipped with incomplete rack gear 108, the partial gear 106 and incomplete tooth in slider box 105 The engagement of item 108 is connected, and the bonding motor 107 is set on 39 inner sidewall of colloidal sol blowing moulding foam device placed cavity, described viscous It closes and is connected at the output shaft and the center of partial gear 106 of motor 107, the rotation of bonding motor 107 drives incomplete tooth 106 rotation of wheel, the rotation of partial gear 106 drive incomplete rack gear slider box 105 in incomplete rack gear slider box sliding groove 104 In slide up and down, incomplete rack gear slider box 105 drives movable support rod 103 to move up and down, and movable support rod 103 drives and squeezes Pressure viscosity plywood 58 and lower extruding adhesive plate 82 move up and down.

The arc convex molding hold-down devices 10 include that arc convex molding pushes component 109, limit telescopic reset group Part 110, induced duct 111 and suction ventilator 112, the arc convex molding push component 109 and are set to colloidal sol blowing moulding foaming dress On 39 inner sidewall of placement location chamber, the suction ventilator 112 and limit telescopic reset assembly 110 are set to 38 inner sidewall of suction ventilator placed cavity On, the suction ventilator placed cavity 38 is equipped with induced duct outlet 113, and one end of the induced duct 111 is set on suction ventilator 112, The other end of the induced duct 111 passes through limit telescopic reset assembly 110 and induced duct outlet 113 is set under arc convex molding It presses on component 109；It includes upper fixing element 114, lower fixing piece 115, electric hydaulic bar that the arc convex molding, which pushes component 109, 116, suction chamber 117, arc convex molding pressing member 118 and fastener 119, fixed part 114 be set to colloidal sol blow at On 39 upper wall of type foam device placed cavity, the electric hydaulic bar 116 is set on 114 bottom wall of upper fixing element, and suction chamber 117 is set to The movable end of electric hydaulic bar 116, the suction chamber 117 are arranged in the cylindrical hollow cavity of lower ending opening, the suction chamber 117 side wall is equipped with suction hole 120, and the other end of the induced duct 111 passes through limit telescopic reset assembly 110 and induced duct Outlet 113 is connected with suction hole 120, and the arc convex molding pressing member 118 is set to 117 lower end of suction chamber, and the arc is convex The lower end perforation for playing molding pressing member 118 and suction chamber 117 is connected, the arc convex molding pressing member 118 be in bowl-type set Set, arc convex molding pressing member 118 is set to upper 11 top of ductility colloidal sol blow forming device, the arc convex at Type pressing member 118 is set to the surface of package through-hole 53, and the lower fixing piece 115 is placed set on colloidal sol blowing moulding foam device On 39 inside bottom wall of chamber, the shackle member 34 is arranged in a ring, and the diameter and arc convex of the fastener 119 form pressing member 118 diameter is equal, and the diameter of the package through-hole 53 is greater than the diameter of arc convex molding pressing member 118, the fastener 119 are set on lower fixing piece 115, and the fastener 119 is set to lower 12 lower section of ductility colloidal sol blow forming device, the engaging Part 119 is set to the underface of package through-hole 53；The limit telescopic reset assembly 110 includes stop collar 121, stop collar fixed plate 122 and reset spring 123, one end of the reset spring 123 is set on 38 inside bottom wall of suction ventilator placed cavity, the stop collar Fixed plate 122 is set to the other end of reset spring 123, and the stop collar 121 is set in stop collar fixed plate 122, the air inducing The other end of pipe 111 passes through stop collar 121 and induced duct outlet 113 is connected with suction hole 120 and is set at suction hole 120.

The lossless downslide transport mechanism 2 of spiral include spiral glide fixed enclosing body 124, corona insect supporting 125, Slip pipe 128 under spiral downslide component 126, downslide driving assembly 127 and corona insect, the downslide driving assembly 127 are set to elder brother Worm observation device is prepared on 4 side wall of case, and the spiral glides fixed enclosing body 124 on downslide driving assembly 127, the spiral shell It screws off sliding fixed enclosing body 124 and is arc-shaped hollow cavity setting, the corona insect supporting 125 is set to spiral downslide and fixes Enclosing body 124 induces one end of single crawl corona turnover mechanism 1, the fixed enclosing body of the turnover device close to adjustable insect 8 bottom walls are equipped with downslide through-hole 132, and the corona insect supporting 125 is in the trapezoidal hollow cavity wide at the top and narrow at the bottom of upper and lower opening Body is arranged, and is connected at 125 upper opening of corona insect supporting with downslide through-hole 132, under the corona insect supporting 125 Square opening is connected with the fixed enclosing body 124 of spiral downslide, and the spiral downslide component 126 is set to the fixed enclosing body of spiral downslide In 124, the fixed enclosing body 124 of spiral downslide is equipped under corona insect close to one end bottom wall of downslide driving assembly 127 Slide-through hole 129, the side wall that the insect observation device prepares case 4 are equipped with corona insect downslide feed inlet 40, the corona elder brother One end of slip pipe 128 is connected with corona insect downslide through-hole 129 under worm, the other end of slip pipe 128 and electricity under the corona insect Dizzy insect downslide feed inlet 40 is connected；The spiral downslide component 126 includes spiral bull stick 130 and downslide shaft 131, the spiral shell The rotation of swingle 130 is set to spiral and glides on fixed 124 inner sidewall of enclosing body, and the spiral bull stick 130 is equipped with flexible screw Blade 133, the downslide shaft 131 pass through the fixed enclosing body 124 of spiral downslide and are connected with spiral bull stick 130；The downslide is driven Dynamic component 127 includes downslide motor placed cavity 134 and downslide motor 135, and the downslide motor placed cavity 134 glides set on spiral Fixed 124 end of enclosing body, the downslide motor placed cavity 134 are arc-shaped hollow cavity setting, and the downslide motor 135 is set In downslide motor placed cavity 134, the output end of the downslide motor 135 is connected with downslide shaft 131, the downslide motor 135 rotations drive downslide shaft 131 to rotate, and downslide shaft 131 drives spiral bull stick 130 to rotate, and spiral bull stick 130 drives flexibility Helical blade 133 rotates, to complete the lossless spiral transfer operation to insect.

Insect half-duplex channel 6 of creeping is arranged in the rectangular cavities of both ends open, and the insect creeps 6 He of half-duplex channel Cross-sectional area is slightly larger than the maximum cross-section area of an insect, and the insect creeps in half-duplex channel 6 close to adjustable luring insect The one end for leading single crawl corona turnover mechanism 1, which is equipped with, lures source.

The insect observation device loading box 5 is arranged in rectangular hollow cavity, 5 upper wall of insect observation device loading box It is equipped with package downslide mouth 136,5 side wall of insect observation device loading box is equipped with discharge door 137, the discharge door 137 It is equipped with discharging handle 138.

When specifically used, insect half-duplex channel 6 of creeping is put into insect observation device loading box 5 by user, and user presses Switch key 44, black light lamp 31, micro-current power grid 26 and downslide motor 135 are started to work, and black light lamp 31 shines and plays to insect Attracting action, insect creep forward along insect half-duplex channel 6 of creeping one by one, and user presses overturning key 45, and overturning motor 18 is opened Beginning work, overturning motor 18 rotate clockwise drive overturning shaft 14 and rotate clockwise, and shaft shackle member is clamped under original state 32 are located at the side of overturning shaft shackle member 29, and the two does not engage, and fixed rotating shaft 16 is remain stationary, and the overturning rotation of shaft 14 drives Cinch cord 23 rotates clockwise tightening, and cinch cord 23 drives traverse 21 to the direction movement close to overturning shaft 14, thus Insect undertaking chamber 24 is opened, user slides traverse 21 according to the volume size of insect to be seen and insect is made to accept chamber 24 Inner volume is greater than the volume of insect to be seen, accepts user when the adjustment of 24 volume of chamber finishes when insect and presses overturning key again 45, overturning motor 18 and overturning shaft 14 stop operating, and user will be clamped shaft 15 and promote fixed rotating shaft along overturning shaft 14 Engage in 16 and with overturning shaft 14 and slid into overturning 14 clamping groove of shaft so that being clamped shaft shackle member 32, overturning turns at this time Axis shackle member 29 is located in clamping shaft shackle member clamping groove 30, and clamping 15 lateral wall shackle member 34 of shaft is located at shackle member clamping In slot 37, fixed rotating shaft shackle member 36 is located in the fixed rotating shaft shackle member clamping groove 35 in 15 outside of clamping shaft, overturns shaft 14 engage with clamping shaft 15, are clamped shaft 15 and fixed rotating shaft 16 engages, and overturn the rotation of shaft 14 and drive overturning shaft clamping Part 29 rotates clockwise, and overturning shaft shackle member 29 drives clamping shaft shackle member 32 to rotate clockwise, and is clamped shaft shackle member 32 drive clamping shaft 15 to rotate clockwise, and clamping shaft 15 drives fixed rotating shaft 16 to rotate clockwise, and fixed rotating shaft 16 drives It accepts overturning component 17 to rotate clockwise, cinch cord 23 and overturning shaft 14 keep opposing stationary, and traverse 21 is opposite to be accepted It is opposing stationary to overturn chamber 20, when insect accept chamber 24 turn to insect creep 6 exit of half-duplex channel when, creep list positioned at insect To 6 exit of channel insect along insect creep half-duplex channel 6 drop into insect accept chamber 24 in simultaneously by micro-current power grid 26 Corona, insect after falling insect then by the curved wall that insect accepts chamber 24 keep off in the unidirectional crawlway of insect until Next insect accepts chamber 24 and turns to the insect 6 exit Shi Caihui of half-duplex channel that creeps to be fallen again, is accepted overturning chamber 20 and is driven Insect accepts chamber 24 and rotates clockwise, and accepts insect when chamber 24 is turned to by opening upwards that Open Side Down when insect and accepts in chamber 24 Downslide through-hole 132 of the insect of corona due to gravity along insect undertaking 24 bottom wall of chamber is sent in corona insect supporting 125 simultaneously It is dropped into the fixed enclosing body 124 of spiral downslide by corona insect supporting, the rotation of downslide motor 135 drives downslide shaft 131 Rotation, downslide shaft 131 drive spiral bull stick 130 to rotate, and spiral bull stick 130 drives flexible screw blade 133 to rotate, flexible spiral shell Vane piece 133 carries out lossless spiral transmission to the insect of corona and is sent under corona insect in saddle, passes through corona elder brother Saddle is dropped under corona insect in slip pipe 128 and is dropped into corona insect gliding groove 49 along slip pipe 128 under corona insect under worm, When original state, user holds blowing door handle 43 and opens sol material emptying door 41 and put poly vinyl acetate material into Upper ductility sol material loads body 56 and lower ductility sol material loads in body 80, and observer presses foaming key 46, drum Blower 1, air blower 2 83, bonding motor 107 and rotary electric machine 77 are started to work, and observer holds blowing door handle 43 will Sol material emptying door 41 is opened and is grasped control handle 65 and lower control handle 89 and rotates clockwise thus will be upper Rotating plate 67 and lower control rotating plate 91 opening are controlled, sol material is respectively along upper ductility sol material sliding channel 57 and downward Malleability sol material sliding channel 81 drops into ductility sol material blistering channel 55 and the blistering of lower ductility sol material is logical In road 79, one 59 pairs of air blower upper blast pipes 1, upper blast pipe 2 69 and upper blast pipe 3 70 start simultaneously at air blast, air blower 2 83 pairs of lower blast pipes 1, lower blast pipe 2 93 and lower blast pipe 3 94 start simultaneously at air blast, and upper blast pipe 1 passes through upper One 71 pairs of air-blast nozzle upper 61 air blast of air blowing chamber are operated and are blown along upper foaming layer forming cavity 63 to froth to sol material Out, lower blast pipe 1 carries out the operation that froths to polyvinyl acetate by 85 air blast of air blowing chamber under one 95 pairs of lower air-blast nozzle And it is blown out along lower foaming layer forming cavity 87, while bonding the rotation of motor 107 and partial gear 106 is driven to rotate, incomplete tooth Wheel 106 drives incomplete rack gear slider boxes 105 upper and lower smooth sliding in incomplete rack gear slider box sliding groove 104, not exclusively Rack gear slider box 105 drive movable support rod 103 move up and down, movable support rod 103 drive on squeeze adhesive plate 58 and it is lower squeeze Pressure viscosity plywood 82 slides up and down in upper extruding adhesive plate sliding groove 74 and lower extruding adhesive plate sliding groove 98 respectively, thus to upper Ductility foaming layer and lower ductility foaming layer carry out extruding bonding operation, and ductility foaming layer and lower ductility is effectively ensured Foaming layer continually and steadily forwards, and upper blast pipe 2 69 and upper blast pipe 3 70 pass through upper air-blast nozzle 2 72 and upper air blast respectively Mouth 3 73 limit to upper ductility foaming layer blowing simultaneously to advance and falls in it on upper ductility foaming layer bull stick 75, under Blast pipe 2 93 and lower blast pipe 3 94 respectively simultaneously blister to lower ductility by lower air-blast nozzle 2 96 and lower air-blast nozzle 3 97 Layer carries out limit and blows advance and fall in it on lower ductility foaming layer bull stick 99, and the rotation of rotary electric machine 77 drives upper ductility Foaming layer bull stick 75 rotates, and upper ductility foaming layer bull stick 75 drives upper ductility foaming layer and transmission belt 101 to rotate, conveyer belt Lower ductility foaming layer bull stick 99 is driven to rotate, lower ductility foaming layer bull stick 99 drives lower ductility foaming layer rotation, instantly Ductility foaming layer is fallen on lower ductility foaming layer bull stick 99 and upper ductility foaming layer falls in ductility foaming layer bull stick Insect half-duplex channel 6 of creeping is put into insect observation device loading box 5 by user again after on 75；When original state, arc convex Pressing member 118 is formed to be set to above upper ductility foaming layer, electric hydaulic bar 116 is contraction state, observer press block by Key 47 blocks the start-up operation of motor 51, blocks the rotation drive of motor 51 and blocks the rotation of bull stick 50, when blocking the interval of bull stick 50 one end Between rotate a fixed angle, block that the every rotation of bull stick 50 is primary to be driven flexible baffle 54 to rotate to turn to from current location It moving down to make insect be snapped down at package through-hole 53 one by one at the position of flexible baffle 54, observer presses package key 48, Suction ventilator 112 and electric hydaulic bar 116 are started to work, and suction ventilator 112 forms pressing member to arc convex by induced duct 111 118 inside carry out suction operation, so that the upper ductility foaming layer for being located at 118 lower section of arc convex molding pressing member be made to inhale upwards Rising is in hemisphere arc convex shape, and upper ductility foaming layer and air come into full contact with to be rapidly solidificated into type in breathing process, When insect slides from package through-hole 53 to lower polyvinyl acetate foaming layer, arc convex forms 118 electric hydaulic of pressing member Bar 116 extends downwards and arc convex molding pressing member 118 is driven to move down, and arc convex forms pressing member 118 and drives half The upper ductility foaming layer of spherical arc shape convex is moved down to be carried out by package through-hole 53 and lower ductility foaming layer and fastener 119 Engaging is thus by the lower ductility foaming layer card of the upper ductility foaming layer of hemisphere arc convex shape and part next, upper ductility Foaming layer bull stick 75 drives upper ductility foaming layer and transmission belt 101 to continue to rotate, and conveyer belt drives lower ductility foaming layer to turn Bar 99 and the rotation of lower polyvinyl acetate foaming layer, thus by new complete upper ductility foaming layer and lower polyvinyl acetate Foaming layer is sent to 118 lower section of arc convex molding pressing member, blocks next upper ductility foaming layer and lower polyvinyl acetate Ester foaming layer is adhesively-bonded together to form the insect observation box of arc convex and will be located at upper ductility foaming layer and lower poly-vinegar acid second Insect between enester foaming layer is closed in insect observation box, and the molding insect observation box equipped with insect glides along package Mouth 136 is dropped into insect observation device loading box 5, and after the completion of package, observer presses 42 Shi Ge mechanism of control button and stops work Make, observer grasps discharging handle 138 and opens discharge door 137 and take out the insect wrapped and be distributed to reality one by one The personnel of testing carry out observation dissection, directly poke to take out insect for wrapping layer after to be seen and be dissected.

Actual operating process is very simple and easy, only include observer will observe preparation facilities be moved to it is to be captured At insect, manipulation of switches key 44 is shone using black light lamp 31 and carries out luring crawl to insect, using micro-current power grid 26 by elder brother Worm corona, the manipulation lossless downslide transport mechanism 2 of spiral carry out the lossless transmission of spiral to insect, and manipulation overturning key 45 makes adjustable Corona insect turnover device 7 carries out undertaking turning operation to insect, and manipulation foaming key 46 controls insect observation device draft machine Structure 3 to sol material carry out foaming operation, manipulation block key 47 control corona insect one by one downslide radical occlusion device 9 to insect into Row blocks interception and operates, and manipulation package key 48 controls arc convex molding pushing component 109 and carries out package operation to insect, most The insect wrapped is taken out afterwards.This device achieves that insect lures crawl, overturning corona, spiral transmission and real-time packet The technical effect wrapped up in, it is simple and easy, it is time saving and energy saving, it is low in cost, have extensive market popularization value.

The present invention and its embodiments have been described above, this description is no restricted, shown in the drawings Only one of embodiments of the present invention, actual structure is not limited to this.All in all if the ordinary skill of this field Personnel are enlightened by it, without departing from the spirit of the invention, are not inventively designed and the technical solution phase As frame mode and embodiment, be within the scope of protection of the invention.

Claims

1. a kind of insect self-charge type observation dissection transition box process equipment, it is characterised in that: single including the induction of adjustable insect Crawl corona turnover mechanism, the lossless downslide transport mechanism of spiral, insect observation device preparing mechanism, insect observation device prepare case With insect observation device loading box, the insect observation device prepares case right above insect observation loading box, the insect Observation device preparing mechanism is set to insect observation device and prepares in case, and the lossless downslide transport mechanism of spiral is set to insect observation Device is prepared on case lateral wall, and the adjustable single crawl corona turnover mechanism of insect induction is set to the lossless downslide transmission of spiral In mechanism；The single crawl corona mechanism of adjustable insect induction includes that insect creeps half-duplex channel, adjustable corona insect Turnover device and the fixed enclosing body of turnover device, the fixed enclosing body of the turnover device are set to the lossless downslide transport mechanism of spiral On, the adjustable corona insect turnover device is set in the fixed enclosing body of turnover device, and the insect creeps half-duplex channel can Detachable is set on the front end outer wall of turnover device enclosing body；The adjustable corona insect turnover device include overturning shaft, It is clamped shaft, fixed rotating shaft, accepts overturning component and overturning motor, described overturning shaft one end is hingedly fixed set on turnover device On one inner sidewall of enclosing body, it is another non-conterminous interior that the other end rotation of the overturning shaft is set to the fixed enclosing body of turnover device On side wall, the clamping shaft, which slidably covers, to be arranged in overturning shaft, and the fixed rotating shaft is hingedly fixed set on turnover device In enclosing body on side wall, described fixed rotating shaft one end rotatably cover is arranged in clamping shaft on the outside of, the fixed rotating shaft it is another End is hingedly set in the fixed enclosing body of turnover device on side wall, and the clamping shaft and overturning shaft are set to fixed rotating shaft hollow cavity In vivo, the undertaking overturning component is evenly distributed is set on fixed rotating shaft outer wall, and the overturning motor is fixed set on turnover device On enclosing body sidewall；It includes that suction ventilator placed cavity and colloidal sol blowing moulding foam device are placed that the insect observation device, which prepares case, Chamber, the insect observation device prepare case side wall equipped with corona insect downslide feed inlet, and the insect observation device prepares case Another side wall is equipped with sol material emptying door and control button, and the sol material emptying door is equipped with blowing door handle, institute Control button is stated in sol material blowing door side；The insect observation device preparing mechanism include corona insect one by one under Sliding radical occlusion device, arc convex form hold-down devices, upper ductility colloidal sol blow forming device, lower ductility colloidal sol blowing moulding Device and squeeze bonding driving assembly, the corona insect glide one by one radical occlusion device, upper ductility colloidal sol blow forming device, Lower ductility colloidal sol blowing moulding foam device and arc convex molding hold-down devices are set to insect observation device and prepare in case, institute Stating corona insect, downslide radical occlusion device is set in insect observation device preparation box inner wall and passes close to the lossless downslide of spiral one by one Send mechanism, the arc convex molding hold-down devices are set to insect observation device and prepare on the inner wall of case, the arc convex at Type hold-down devices are set to the surface of corona insect downslide radical occlusion device one by one, and the upper ductility colloidal sol blow forming device is set Hold-down devices and corona insect are formed one by one between downslide radical occlusion device in arc convex, and corona insect glides radical occlusion device one by one Between upper ductility colloidal sol blow forming device and lower ductility colloidal sol blowing moulding foam device, the lower ductility is molten Glue blowing moulding foam device is set to corona insect downslide radical occlusion device lower section one by one；The corona insect glides one by one blocks dress It sets including corona insect gliding groove, block bull stick and block motor, described corona insect gliding groove one end is equipped with corona insect packet Feed inlet is wrapped up in, the corona insect package feed inlet is set at corona insect downslide feed inlet, the corona insect gliding groove one End be set to corona insect package feed inlet at insect observation device preparation box inner wall on, the corona insect gliding groove it is another One end is set between upper ductility colloidal sol blow forming device and lower ductility colloidal sol blow forming device, under the corona insect Sliding slot bottom wall is equipped with package through-hole, and the package through-hole is set to the underface of arc convex molding hold-down devices, described to block Bar rotation is set to colloidal sol blowing moulding foam device and places on chamber inner sidewall, and the bull stick that blocks is set on corona insect gliding groove Top, it is described block on bull stick it is evenly distributed be equipped with several groups flexible baffle, it is described block motor set on colloidal sol blowing moulding hair Bulb apparatus is placed on chamber inner sidewall, and the output end for blocking motor is connected with bull stick is blocked；The upper ductility colloidal sol is blown Molding machine includes upper ductility sol material blistering channel, upper ductility sol material loading body, upper ductility sol material Sliding channel, upper extruding adhesive plate, air blower one and upper blistering runner assembly, the upper ductility sol material load body and are set to Colloidal sol blowing moulding foam device is placed on chamber inner sidewall, and it is molten that the upper ductility sol material sliding channel is set to upper ductility Glue material loads body bottom wall, and the upper ductility sol material blistering channel is vertical at ductility sol material sliding channel Lower end, the upper extruding adhesive plate are set on upper ductility sol material blistering channel, and the air blower one is blown set on colloidal sol Shaping foam device is placed on chamber inner sidewall, and the upper blistering runner assembly is set in colloidal sol blowing moulding foam device placed cavity On side wall；The lower ductility colloidal sol blow forming device includes lower ductility sol material blistering channel, lower ductility colloidal sol Material loads body, lower ductility sol material sliding channel, lower extruding adhesive plate, air blower two and lower blistering runner assembly, institute It states lower ductility sol material and loads body on colloidal sol blowing moulding foam device placement chamber inner sidewall, the lower ductility is molten Glue material sliding channel is set to lower ductility sol material and loads body bottom wall, and the lower ductility sol material blistering channel is vertical Set on lower ductility sol material sliding channel lower end, the lower extruding adhesive plate is set to lower ductility sol material blistering channel On, the air blower two is set to colloidal sol blowing moulding foam device and places on chamber inner sidewall, and the lower blistering runner assembly is set to Colloidal sol blowing moulding foam device is placed on chamber inner sidewall；Extruding bonding driving assembly includes movable support rod, not exclusively Rack gear slider box sliding groove, incomplete rack gear slider box, partial gear and bonding motor, the incomplete rack gear slider box are sliding Dynamic slot is set to colloidal sol blowing moulding foam device and places on chamber inner sidewall, and the incomplete rack gear slider box sliding clamping is set to not In complete rack gear slider box sliding groove, the partial gear rotation is set in incomplete rack gear slider box, the movable supporting Bar is set in incomplete rack gear slider box, the upper extruding adhesive plate and lower extruding adhesive plate respectively with the side wall of movable support rod It is connected, the incomplete rounded rectangle of rack gear slider box is arranged, in the incomplete sliding rack frame in non-conterminous two sides Wall is equipped with incomplete rack gear, and the partial gear is engaged with incomplete rack gear to be connected, and the bonding motor is blown set on colloidal sol Gas shaping foam device is placed on chamber inner sidewall, is connected at the output shaft of the bonding motor and the center of partial gear；Institute Stating arc convex molding hold-down devices includes that arc convex molding pushes component, limit telescopic reset assembly, induced duct and air draught Machine, the arc convex molding push component and are set on colloidal sol blowing moulding foam device placement chamber inner sidewall, the suction ventilator Suction ventilator being set to limit telescopic reset assembly to place on chamber inner sidewall, the suction ventilator placed cavity is exported equipped with induced duct, One end of the induced duct is set on suction ventilator, and the other end of the induced duct passes through limit telescopic reset assembly and induced duct goes out Mouth is set to arc convex molding and pushes on component.

2. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described Adjustable corona insect turnover device is in windmill-shaped setting, and the fixed enclosing body of the turnover device is arranged in ship shape, the fixation It is evenly distributed on shaft outer wall to be equipped with several groups cinch cord through-hole, the fixation accepted overturning component and be set to cinch cord through hole In shaft, the quantity of the cinch cord through-hole is equal with the overturning quantity of component is accepted, and the fixed rotating shaft is in both ends open Cylindrical hollow cavity setting, the undertaking overturning component include accepting overturning chamber, traverse, flexible reset spring and tightening Rope, the overturning chamber of accepting are set on the fixed rotating shaft lateral wall of cinch cord through hole, and the undertaking overturning chamber is in upper end opening The setting of scraper bowl shape hollow cavity, undertakings overturning chamber includes that insect accepts chamber and undertaking control chamber, the undertaking control chamber It is arranged close to fixed rotating shaft, the insect accepts chamber and is arranged far from fixed rotating shaft, evenly distributed on the fixed rotating shaft lateral wall Overturning chamber is accepted equipped with several groups, the quantity for accepting overturning chamber is equal with the quantity of cinch cord through-hole, and the insect is accepted Micro-current power grid is equipped in chamber, the traverse sliding is on undertaking overturning chamber mutually non-conterminous two sides inner wall, the cunning Dynamic dividing plate is set to insect and accepts chamber and accept between control chamber, and the traverse two sidewalls are equipped with support sliding axle, described It accepts the overturning non-conterminous side wall of chamber two and is equipped with support sliding axle sliding groove, the quantity and branch of the support sliding axle sliding groove The quantity for supportting sliding axle is equal, and the support sliding axle sliding clamping is set in support sliding axle sliding groove, the flexible reset Spring and cinch cord, which are set to, to be accepted in control chamber, and described flexible reset spring one end is set on traverse side wall, described flexible The other end of reset spring is set on fixed rotating shaft lateral wall, and one end of the cinch cord is set on traverse, the tightening The other end of rope passes through cinch cord through-hole and is set in overturning shaft, and the output end of the overturning motor is connected with overturning shaft, institute It states overturning shaft evenly distributed several groups that are equipped with around one end of clamping shaft and overturns shaft shackle member and clamping shaft card Fitting clamping groove, the overturning shaft shackle member and clamping shaft shackle member clamping groove are set in distance, the clamping shaft Inner sidewall is equipped with several groups clamping shaft shackle member and overturning shaft shackle member clamping groove, the clamping shaft and overturning shaft Shackle member clamping groove is set in distance, and the clamping shaft shackle member, which is slidably clamped, is set to clamping shaft shackle member clamping groove In, the clamping shaft shackle member is equal with the clamping quantity of shaft shackle member clamping groove, and the overturning shaft shackle member can be slided Dynamic clamping is set in overturning shaft shackle member clamping groove, the overturning shaft shackle member and the number for overturning shaft shackle member clamping groove Measure it is equal, it is described clamping shaft lateral wall be equipped with several groups shackle member and fixed rotating shaft shackle member clamping groove, the card Fitting is set in distance with fixed rotating shaft shackle member clamping groove, and the fixed rotating shaft inner sidewall is equipped with several groups fixed rotating shaft card Fitting and shackle member clamping groove, the fixed rotating shaft shackle member and shackle member clamping groove are set in distance, and the shackle member can be slided Dynamic clamping is set in shackle member clamping groove, and the quantity of the shackle member and shackle member clamping groove is equal, the fixed rotating shaft clamping Part, which is slidably clamped, to be set in fixed rotating shaft shackle member clamping groove, the fixed rotating shaft shackle member and the clamping of fixed rotating shaft shackle member The quantity of slot is equal.

3. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described Upper ductility sol material loads body and is arranged in the rectangular cavities of upper opening, and it is in two that the upper ductility sol material, which loads body, Low dip between senior middle school is held to be arranged, the upper ductility sol material sliding channel loads body with upper ductility sol material and penetrates through phase Even, the upper ductility sol material sliding channel is arranged in the rectangular hollow cavity of upper and lower opening, the upper ductility colloidal sol Material foams channel includes upper air blowing chamber, upper material loading chamaer and upper foaming layer forming cavity, the upper material loading chamaer with above prolong Malleability sol material sliding channel lower end is connected, it is described on blow afloat chamber and upper material loading chamaer and penetrate through and be connected, the upper air blowing chamber Upper material loading chamaer two sides are set to upper foaming layer forming cavity and tilt upward setting, the upper air blowing chamber to colloidal sol blowing moulding The height of foam device placed cavity upper wall is less than upper material loading chamaer to the height of colloidal sol blowing moulding foam device placed cavity upper wall Degree, the height of the upper foaming layer forming cavity to colloidal sol blowing moulding foam device placed cavity upper wall are less than upper material loading chamaer and arrive The height of colloidal sol blowing moulding foam device placed cavity upper wall, the upper ductility sol material blistering channel is in both ends open Hollow cavity setting, the upper ductility sol material sliding channel load body and upper material with upper ductility sol material respectively Loading chamaer perforation is connected, and upper ductility sol material gliding control part is equipped in the upper ductility sol material sliding channel, The upper ductility sol material gliding control part includes upper control handle, upper control bull stick and upper control rotating plate, the upper control Pawl rotation is set on upper ductility sol material sliding channel inner sidewall, and the upper control rotating plate rotation is set to upper control and turns On bar, the upper control handle is set on upper control bull stick, and the air blower one is placed set on colloidal sol blowing moulding foam device On chamber inner sidewall, at the blast orifice of the air blower one be equipped with upper blast pipe one, upper blast pipe two and upper blast pipe three, it is described on Blast pipe one is equipped with upper air-blast nozzle one, the upper air-blast nozzle one setting in the form of a duckbill, and the upper air-blast nozzle one is set to and above blows afloat The opening of the close air blower one of chamber, the upper blast pipe two are equipped with upper air-blast nozzle two, and the upper air-blast nozzle two is in duckbilled Type setting, the upper air-blast nozzle two be set to it is upper blistering opening of the forming cavity far from air blower two upper outer wall on, it is described on Blast pipe three is equipped with upper air-blast nozzle three, and the upper air-blast nozzle three is arranged in Duckbill type, and the upper air-blast nozzle three is set to upper blistering On the external wall beneath of opening of the forming cavity far from air blower two, the upper blistering forming cavity is slided equipped with upper extruding adhesive plate Slot, the upper extruding adhesive plate sliding clamping are set in upper extruding adhesive plate sliding groove, and the upper blistering runner assembly includes upper Ductility foaming layer bull stick, upper ductility foaming layer locating part and rotary electric machine, the upper ductility foaming layer bar rotation are set It is placed on chamber inner sidewall in colloidal sol blowing moulding foam device, the upper ductility foaming layer bull stick is equipped with upper fixed limit Part, the upper ductility foaming layer locating part are set on upper ductility foaming layer bull stick, the upper ductility foaming layer locating part The distance between slightly larger than upper ductility sol material blistering channel width, the rotary electric machine be set to colloidal sol blowing moulding hair Bulb apparatus is placed on chamber inner sidewall, and the output end of the rotary electric machine is connected with upper ductility foaming layer bull stick.

4. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described Lower ductility sol material loads body and is arranged in the rectangular cavities of upper opening, the lower ductility sol material sliding channel with Lower ductility sol material loads body perforation and is connected, and the lower ductility sol material sliding channel is in the rectangle of upper and lower opening Cavity body setting, lower ductility sol material blistering channel include lower air blowing chamber, lower material loading chamaer and lower foaming layer at Type chamber, the lower material loading chamaer are connected with lower ductility sol material sliding channel lower end, and chamber and lower material are blown afloat under described Loading chamaer perforation is connected, and the lower air blowing chamber and lower foaming layer forming cavity are set to lower material loading chamaer two sides and tilt upward and set It sets, the height of the lower air blowing chamber to colloidal sol blowing moulding foam device placed cavity upper wall is less than lower material loading chamaer and blows to colloidal sol The height of gas shaping foam device placed cavity upper wall, the lower foaming layer forming cavity to colloidal sol blowing moulding foam device placed cavity The height of upper wall is less than height of the lower material loading chamaer to colloidal sol blowing moulding foam device placed cavity upper wall, the lower ductility Sol material blisters channel in the hollow cavity setting of both ends open, and the lower ductility sol material sliding channel is respectively under Ductility sol material loads body and is connected with lower ductility sol material blistering channel perforation, under the lower ductility sol material In slide-through road be equipped with lower ductility sol material control piece, the lower ductility sol material control piece include lower control handle, Lower control bull stick and lower control rotating plate, the lower control bar rotation are set to lower ductility sol material sliding channel inner sidewall On, the lower control rotating plate rotation is set on lower control bull stick, and the lower control handle is set on lower control bull stick, the air blast Machine two is set to colloidal sol blowing moulding foam device and places on chamber inner sidewall, and lower blast pipe is equipped at the blast orifice of the air blower two One, lower blast pipe two and lower blast pipe three, the lower blast pipe one are equipped with lower air-blast nozzle one, and the lower air-blast nozzle one is in duckbilled Type setting, the lower air-blast nozzle one are set to lower air blowing chamber close to the opening of air blower two, and the lower blast pipe two is equipped with down Air-blast nozzle two, the lower air-blast nozzle two are arranged in Duckbill type, and the lower air-blast nozzle two is set to lower blistering forming cavity far from air blower In the upper outer wall of two opening, the lower blast pipe three is equipped with lower air-blast nozzle three, and the lower air-blast nozzle three is in Duckbill type Setting, the lower air-blast nozzle three are set on the external wall beneath of lower blistering opening of the forming cavity far from air blower two, and described lower It steeps forming cavity and is equipped with lower extruding adhesive plate sliding groove, the lower extruding adhesive plate sliding clamping is set to lower extruding adhesive plate and slides In slot, the lower blistering runner assembly includes lower ductility foaming layer bull stick, lower ductility foaming layer locating part and transmission belt, institute It states lower ductility foaming layer bar rotation to place on chamber inner sidewall set on colloidal sol blowing moulding foam device, the lower ductility rises Alveolar layer bull stick is equipped with lower fixed locating part, and the lower ductility foaming layer locating part is set on lower ductility foaming layer bull stick, Width of the distance between the described lower ductility foaming layer locating part slightly larger than lower ductility sol material blistering channel, the biography Dynamic band is around being arranged on upper fixed locating part and lower fixed locating part.

5. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described It includes upper fixing element, lower fixing piece, electric hydaulic bar, suction chamber, arc convex molding pushing that arc convex molding, which pushes component, Part and fastener, fixed part are set on colloidal sol blowing moulding foam device placed cavity upper wall, and the electric hydaulic bar is set In on upper fixing element bottom wall, suction chamber is set to the movable end of electric hydaulic bar, and the suction chamber is in the cylinder of lower ending opening Cavity body setting, the side wall of the suction chamber are equipped with suction hole, and the other end of the induced duct passes through limit telescopic reset group Part and induced duct outlet are connected with suction hole, and the arc convex molding pressing member is set to suction chamber lower end, the arc convex Molding pressing member is connected with the perforation of the lower end of suction chamber, and the arc convex molding pressing member is in the setting of falling bowl-type, the arc Protrusion molding pressing member is set to above upper ductility colloidal sol blow forming device, and the arc convex molding pressing member is set to package The surface of through-hole, the lower fixing piece are set on the inside of colloidal sol blowing moulding foam device placed cavity on bottom wall, the shackle member It is arranged in a ring, the diameter of the fastener is equal with the arc convex molding diameter of pressing member, the diameter of the package through-hole Greater than the diameter of arc convex molding pressing member, the fastener is set on lower fixing piece, and the fastener is set to lower ductility Below colloidal sol blowing moulding foam device, the fastener is set to the underface of package through-hole；The limit telescopic reset assembly Including stop collar, stop collar fixed plate and reset spring, one end of the reset spring is set to bottom wall on the inside of suction ventilator placed cavity On, the stop collar fixed plate is set to the other end of reset spring, and the stop collar is set in stop collar fixed plate, the air inducing The other end of pipe passes through stop collar and is connected with induced duct outlet with suction hole and is set at suction hole.

6. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described The lossless downslide transport mechanism of spiral includes the fixed enclosing body of spiral downslide, corona insect supporting, spiral downslide component, glides and drive Slip pipe under dynamic component and corona insect, the downslide driving assembly are set to insect observation device and prepare on case side wall, the spiral The fixed enclosing body that glides is set on downslide driving assembly, and the fixed enclosing body of spiral downslide is arc-shaped hollow cavity setting, The spiral that the corona insect supporting is set to glides fixed enclosing body close to the single crawl corona tipper of adjustable insect induction One end of structure, the fixed enclosing body bottom wall of the turnover device are equipped with downslide through-hole, and the corona insect supporting is in open up and down The trapezoidal hollow cavity wide at the top and narrow at the bottom of mouth is arranged, and is connected at corona insect supporting upper opening with downslide through-hole, the electricity It is connected at the lower opening of dizzy insect supporting with the fixed enclosing body of spiral downslide, the spiral downslide component glides set on spiral In fixed enclosing body, the fixed enclosing body of spiral downslide is equipped under corona insect close to one end bottom wall of downslide driving assembly Slide-through hole, the side wall that the insect observation device prepares case are equipped with corona insect downslide feed inlet, and the corona insect glides One end of pipe is connected with corona insect downslide through-hole, the other end of slip pipe and corona insect downslide feed inlet under the corona insect It is connected；The spiral downslide component includes spiral bull stick and downslide shaft, and the spiral bar rotation is set to spiral downslide and fixes In enclosing body on side wall, the spiral bull stick is equipped with flexible screw blade, and the downslide shaft passes through spiral downslide fixation and encloses Block body is connected with spiral bull stick；The downslide driving assembly includes downslide motor placed cavity and downslide motor, the downslide motor The spiral that placed cavity is set to, which glides, fixes enclosing body end, and the downslide motor placed cavity is arc-shaped hollow cavity setting, described Downslide motor is set in downslide motor placed cavity, and the output end of the downslide motor is connected with downslide shaft.

7. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described Insect observation device prepares case and is arranged in rectangular hollow cavity, and the suction ventilator placed cavity is far smaller than the foaming of colloidal sol blowing moulding Device placed cavity, the control button include switch key, overturn key, the key that foams, block key and package key.

8. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described Insect half-duplex channel of creeping is arranged in the rectangular cavities of both ends open, and the insect creeps in half-duplex channel close to adjustable insect One end of the single crawl corona turnover mechanism of induction, which is equipped with, lures source.

9. a kind of insect self-charge type observation dissection transition box process equipment according to claim 1, it is characterised in that: described Insect observation device loading box is arranged in rectangular hollow cavity, and the insect observation device loading box upper wall is equipped with package and glides Mouthful, the insect observation device loading box side wall is equipped with discharge door, and the discharge door is equipped with discharging handle.