CN109229600A - A kind of air-flow phase cycle engine and its operating method - Google Patents

Abstract

The invention discloses a kind of air-flow phase cycle engine and its operating methods, by conveying device, transmission device and sealing device form, the conveying device includes body, the delivery port extended forward is equipped in the body, it is communicated on the right side of the delivery port and is equipped with the sealing chamber that opening is communicated towards the right side with free surrounding space, the sealing chamber and the delivery port lower end wall are communicated equipped with opening up shifting chute, sliding is equipped with the movable base plate to place packing case in the shifting chute, the movable base plate upper left side is equipped with opening up extruding slot, in present invention work, it is arranged by the rotating bar in mobile device so that not fallen out when being moved when packing case is placed on movable base plate, thereafter mobile device acts on sealing device by transmission device, packing case is sealed in moving process, apparatus structure is simple to operation, automatically Change sealing, reduces human cost, and a motor job is used only in full sealing process, reduces the consumption of electric energy, it is environmental-friendly and efficient.

Description

A kind of air-flow phase cycle engine and its operating method

Technical field

The present invention relates to packaging field, specially a kind of air-flow phase cycle engine and its operating method.

Background technique

Packaging is the sealing for transport package box to protect product in the circulation process, facilitating storage and transportation and promoting sale The most commonly used is adhesive tape sealing, sealing process is sealed by manpower mostly, not only waste time, increase human cost and Sealing speed is low, secondly, large-scale production firm can purchase packing case packaging system, this current apparatus structure is many and diverse, does not make With air-flow phase cycle engine and multi-motor driving is needed to work, increases the consumption of electric energy, and installation area is big, it is another to need Manpower auxiliary, inconvenience uses, but apparatus of the present invention can solve this problem.

Summary of the invention

The purpose of the present invention is to provide a kind of air-flow phase cycle engines and its operating method to solve above-mentioned background skill The problem of being proposed in art.

To achieve the above object, the invention provides the following technical scheme: a kind of air-flow phase cycle engine and its operation side Method, this method institute's use device are made of conveying device, transmission device and sealing device, and the conveying device includes body, institute The delivery port for being equipped in body and extending forward is stated, is communicated on the right side of the delivery port and is equipped with the envelope that opening is communicated towards the right side with free surrounding space Chamber is closed, the sealing chamber and the delivery port lower end wall are communicated equipped with opening up shifting chute, and the interior sliding of the shifting chute is set There is the movable base plate to place packing case, the movable base plate upper left side is equipped with opening up extruding slot, the extruding slot Interior sliding is equipped with upper end and protrudes into the pressure ram of free surrounding space through the extruding slot, the pressure ram lower end surface be installed with lower end with It is described to squeeze the extruding spring that is fixedly connected of slot lower end wall, the perforative through-hole in left and right is equipped in the pressure ram, in the through-hole Equipped with bracing wire, the extruding slot bilateral symmetry is equipped with bracing wire chamber, is connected between the bracing wire chamber and the extruding slot and is equipped with first Wire casing, the intracavitary rotation of bracing wire are equipped with the first reel, and rotation is equipped with the second reel on the downside of first reel, described Bracing wire chamber is equipped with opening up rotation slot far from the side for squeezing slot, is connected between the rotation slot and the bracing wire chamber Equipped with the second wire casing, rotation strut is installed in the rotation slot between the end wall of front and back, rotation, which is equipped with, on the rotation strut turns Lever, the bracing wire sequentially pass through after the extruding slot, the first wire casing that successively winding crosses first far from one end of the pressure ram Behind reel upper surface and the second reel lower end surface through second wire casing and protrude into the rotation slot with the rotation Bar left side is fixedly connected, and the movable base plate rear end face is installed with the first solid block, and the shifting chute aft bulkhead is communicated to be equipped with and be opened Mouth mobile guide groove facing forward, the described first solid block rear end face protrude into the mobile guide groove through the shifting chute, the movement Bottom plate front end face is installed with the second solid block, is equipped with the first belt chamber, the first belt chamber and the shifting on front side of the shifting chute Connection is equipped with connectivity slot between dynamic slot, and the intracavitary bilateral symmetry of the first belt is equipped with the first belt pulley, first belt pulley Between be connected by power by the first belt, the described second solid block front end through the connectivity slot protrude into first belt it is intracavitary and It is fixedly connected with first belt, front and back end and the first belt chamber front and back end is installed at first belt pulley axle center The rotation axis of wall rotation connection, the first belt chamber front side are communicated equipped with the second belt chamber, the rotation axis front end in left side It is rotatablely connected through the first belt chamber and the second belt chamber front bulkhead, in the intracavitary rotation of second belt The second belt pulley is installed on axis, second belt pulley is connected by power by the second belt and the transmission device.

Preferably, the transmission device includes engagement chamber, the engagement is intracavitary to be equipped with symmetrical first bevel gear, Drive cavity is equipped on the outside of the engagement chamber, the drive cavity is connected between chamber with described engage equipped with driving groove, first cone Gear is installed with the other end far from an end face of the engagement chamber and protrudes into the drive cavity and be installed with through the driving groove The transmission shaft of second bevel gear, the second bevel gear front end engagement are connected with third hand tap gear, the triconodont in left side The mandrel of wheel is connected by power by the second belt and second belt pulley, and the mandrel of the third hand tap gear on right side passes through the Three belts are connected by power with the sealing device, and the drive cavity left end wall in left side is installed with the transmission in right end and left side The driving motor that axis is connected by power, intracavitary the 4th cone tooth being equipped with to engage connection with the first bevel gear of the engagement Wheel presses chamber be connected to be equipped between the shifting chute on the upside of the engagement chamber, and the 4th bevel gear upper surface rotates and is equipped with The compression bar in the shifting chute is protruded into through the press chamber in upper end, fixed in the intracavitary compression bar periphery of the press There is symmetrical limited block, the limited block lower end surface is installed with the press that lower end is fixedly connected with the press chamber lower end wall Spring.

Preferably, the sealing device includes adhesive tape chamber, the intracavitary rotation of adhesive tape is equipped with the adhesive tape for having adhesive tape thereon Runner, the adhesive tape chamber right side are equipped with lifting chamber, are connected between the lifting chamber and the sealing chamber and are equipped with link slot, the liter Drop it is intracavitary be equipped with pressing plate, pressing plate lower end surface middle position is installed with lower end and protrudes into the sealing through the link slot Intracavitary cutter, the cutter periphery bilateral symmetry are equipped with the briquetting that upper end is fixedly connected with the pressing plate lower end surface, institute It states and is arranged with link block in the cutter periphery on the downside of pressing plate, be equipped with symmetrical opening up press in the link block Indent, the briquetting lower end is protruded into the pressing groove and lower end surface is installed with lower end and the fixed company of the pressing groove lower end wall Connect by pressing spring, the pressing groove bilateral symmetry, which sets to communicate, is equipped with the opposite spring groove that is open, the institute in the pressing groove It states briquetting bilateral symmetry and is installed with the fixed block that the other end protrudes into the spring groove, link block lower end surface is installed with set Set on the cutter periphery and lower end runs through the link slot and protrudes into the intracavitary pressing lever of the sealing, intracavitary in the lifting The pressing lever periphery is installed with the adjustable spring that the other end is fixedly connected with the lifting chamber lower end wall, the lifting chamber right side Communicate be equipped with rotation chamber, it is described rotation it is intracavitary be equipped with left end through the rotation chamber protrude into it is described go up and down it is intracavitary and with the pressing The rotation compression bar that plate abuts, the rotation compression bar axle center are installed with the connection of rear end and the rotation cavity rear end wall rotation connection Axis, the rotation chamber front side are equipped with third belt chamber, are connected between the third belt chamber and the rotation chamber and are equipped with connecting hole, The connecting shaft front end is rotatablely connected through the connecting hole and the third belt chamber front bulkhead, the institute in the connecting hole It states fixing sleeve in connecting shaft and is equipped with the torque spring that the other end is fixedly connected with the connecting hole inner wall, in the third belt chamber The mandrel of the third hand tap gear of the interior connecting shaft and right side is connected by power by the third belt.

Preferably, the elasticity by pressing spring is greater than the elasticity of adjustable spring.

Described method includes following steps:

Firstly, it is necessary to which the packing case of sealing is pushed forward to movable base plate, while packing case lower end surface pushes to push and squeeze Bar decline, then bracing wire pulls rotating bar to relatively rotate blocking packing case and falls in conveying from left side, thereafter, driving motor work Make, drives the third hand tap gear rotation in left side, by the second belt rotation axis is rotated, then the first belt pulley drives the first skin With rotation so that movable base plate drives packing case thereon to move right, packing case is moved to its right side and pressing lever left side When abutting, adhesive tape sticking in packing case right side, meanwhile, movable base plate right side squeeze compression bar decline so that the 4th cone tooth Wheel engages connection with first bevel gear, so that driving motor working condition makes the third hand tap gear rotation on right side, passes through third Belt drives connecting shaft rotation, then rotates compression bar and rotate clockwise, pressing lever drives in pressing plate under adjustable spring active force It rises, so that sealing chamber is exited in pressing lever lower end surface, movable base plate continues to move right, so that adhesive tape glues packing case upper surface It closes.

Thereafter, when movable base plate is moved on the right side of compression bar, compression bar rises recovery extremely under top pressure spring active force Initial position, then the 4th bevel gear is disengaged from first bevel gear connect, by the way that under the elastic force effect of torque spring, rotation is pressed Bar, which rotates counterclockwise, is pressed downward pressing plate, then pressing lever decline pulls adhesive tape decline, and packing case left side is sealed, link block is worked as When lower end surface is abutted with lifting chamber lower end wall, pressing plate declines so that general who has surrendered's adhesive tape cutting, then movable base plate continuation under cutter It moves right and the packing case after sealing is pushed to the external world convenient for staff's taking-up, thereafter, driving motor rotates backward, so that Movable base plate is moved to the left recovery to initial position.

The beneficial effects of the present invention are: being arranged by the rotating bar in mobile device so that packing case in present invention work It is not fallen out when being moved when being placed on movable base plate, mobile device makees sealing device by transmission device thereafter With, packing case is sealed in moving process, apparatus structure is simple to operation, and it is full-automatic to seal, human cost is reduced, and complete A motor job is used only in sealing process, reduces the consumption of electric energy, environmental-friendly and efficient.

Detailed description of the invention

Fig. 1 is the schematic view of the front view of a kind of air-flow phase cycle engine of the present invention and its operating method entirety complete section；

Fig. 2 is A-A direction structure schematic diagram in a kind of air-flow phase cycle engine of the present invention and its operating method;

Fig. 3 is B-B direction structure schematic diagram in a kind of air-flow phase cycle engine of the present invention and its operating method

Fig. 4 is C-C direction structure schematic diagram in a kind of air-flow phase cycle engine of the present invention and its operating method

Fig. 5 is D enlarged structure schematic diagram in a kind of air-flow phase cycle engine of the present invention and its operating method.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Fig. 1-5 is please referred to, a kind of embodiment provided by the invention: a kind of air-flow phase cycle engine and its operating method, This method institute's use device is made of conveying device, transmission device and sealing device, and the conveying device includes body 10, described It is equipped with the delivery port 11 extended forward in body 10, communicates on the right side of the delivery port 11 and is communicated towards the right side with free surrounding space equipped with opening Sealing chamber 12, the sealing chamber 12 and 11 lower end wall of the delivery port are communicated equipped with opening up shifting chute 13, the shifting Sliding is equipped with the movable base plate 14 to place packing case 15 in dynamic slot 13, and 14 upper left side of movable base plate is equipped with opening up Extruding slot 16, it is described squeeze sliding in slot 16 and be equipped with upper end protrude into the pressure ram 17 of free surrounding space through the extruding slot 16, 17 lower end surface of pressure ram is installed with the extruding spring 18 that lower end is fixedly connected with extruding 16 lower end wall of slot, the extruding It is equipped with the perforative through-hole 19 in left and right in bar 17, bracing wire 20 is equipped in the through-hole 19,16 bilateral symmetry of extruding slot, which is equipped with, draws Line chamber 21 is connected between the bracing wire chamber 21 and the extruding slot 16 and is equipped with the first wire casing 22, and rotation is set in the bracing wire chamber 21 There is the first reel 23, rotation is equipped with the second reel 24 on the downside of first reel 23, and the bracing wire chamber 21 is far from described The side for squeezing slot 16 is equipped with opening up rotation slot 25, be connected between the rotation slot 25 and the bracing wire chamber 21 equipped with the Two wire casings 26 are installed with rotation strut 27 between end wall before and after the rotation slot 25 is interior, rotate and be equipped on the rotation strut 27 Rotating bar 28, the bracing wire 20 far from one end of the pressure ram 17 sequentially pass through after the extruding slot 16, the first wire casing 22 according to Secondary winding runs through second wire casing 26 after crossing 24 lower end surface of 23 upper surface of the first reel and the second reel and protrudes into described It being fixedly connected in rotation slot 25 with 28 left side of rotating bar, 14 rear end face of movable base plate is installed with the first solid block 30, 13 aft bulkhead of shifting chute, which communicates, is equipped with opening mobile guide groove 31 facing forward, and the described first solid 30 rear end face of block runs through the shifting Dynamic slot 13 protrudes into the mobile guide groove 31, and 14 front end face of movable base plate is installed with the second solid block 32, the shifting chute 13 Front side is equipped with the first belt chamber 34, is connected between the first belt chamber 34 and the shifting chute 13 and is equipped with connectivity slot 33, described Bilateral symmetry is equipped with the first belt pulley 35 in first belt chamber 34, passes through 36 power of the first belt between first belt pulley 35 Connection, the described second solid 32 front end of block protruded into the first belt chamber 34 through the connectivity slot 33 and with first belt 36 are fixedly connected, and front and back end is installed at 35 axle center of the first belt pulley and the 34 front and back end wall of the first belt chamber rotation connects The rotation axis 37 connect is communicated equipped with the second belt chamber 38,37 front end of the rotation axis in left side on front side of the first belt chamber 34 It is rotatablely connected through the first belt chamber 34 with 38 front bulkhead of the second belt chamber, the institute in the second belt chamber 38 It states and is installed with the second belt pulley 39 in rotation axis 37, second belt pulley 39 is dynamic by the second belt 40 and the transmission device Power connection.

Valuably, the transmission device includes engagement chamber 41, and symmetrical first cone tooth is equipped in the engagement chamber 41 42 are taken turns, drive cavity 44 is equipped on the outside of the engagement chamber 41, the drive cavity 44 is connected between chamber 41 equipped with transmission with described engage Slot 43, the first bevel gear 42 are installed with the other end far from an end face of the engagement chamber 41 and protrude into through the driving groove 43 In the drive cavity 44 and it is installed with the transmission shaft 45 of second bevel gear 46,46 front end of the second bevel gear engagement is connected with the The mandrel of third hand tap gear 47, the third hand tap gear 47 in left side is connected by the second belt 40 with 39 power of the second belt pulley It connects, the mandrel of the third hand tap gear 47 on right side is connected by power by third belt 49 and the sealing device, the institute in left side It states 44 left end wall of drive cavity and is installed with the driving motor 48 that the transmission shaft 45 in right end and left side is connected by power, the engagement chamber The 4th bevel gear 50 to engage connection with the first bevel gear 42,41 upside of engagement chamber and the shifting are equipped in 41 Connection is equipped with press chamber 52 between dynamic slot 13, and 50 upper surface of the 4th bevel gear rotation is equipped with upper end and runs through the press chamber 52 The compression bar 51 in the shifting chute 13 is protruded into, 51 periphery of the compression bar in the press chamber 52 is installed with bilateral symmetry Limited block 53,53 lower end surface of limited block is installed with lower end and the top pressure spring that is fixedly connected of press 52 lower end wall of chamber 54, the gearing of device is improved, the working efficiency of motor is increased.

Valuably, the sealing device includes adhesive tape chamber 55, and rotation is equipped in the adhesive tape chamber 55 adhesive tape 57 thereon Adhesive tape runner 56 is equipped with lifting chamber 58 on the right side of the adhesive tape chamber 55, is connected to and sets between the lifting chamber 58 and the sealing chamber 12 There is link slot 71, is equipped with pressing plate 59 in the lifting chamber 58, the 59 lower end surface middle position of pressing plate is installed with lower end and passes through Wear the cutter 60 that the link slot 71 protrudes into the sealing chamber 12,60 periphery of cutter bilateral symmetry be equipped with upper end with it is described The briquetting 61 that 59 lower end surface of pressing plate is fixedly connected, 59 downside of pressing plate are arranged with link block in 60 periphery of cutter 62, be equipped with symmetrical opening up pressing groove 64 in the link block 62,61 lower end of briquetting protrude into it is described by In indent 64 and lower end surface be installed with that lower end is fixedly connected with 64 lower end wall of pressing groove by pressing spring 65, the pressing groove 64 bilateral symmetries, which set to communicate, is equipped with the opposite spring groove 66 that is open, 61 bilateral symmetry of the briquetting in the pressing groove 64 It is installed with the fixed block 67 that the other end protrudes into the spring groove 66,62 lower end surface of the link block, which is installed with, is sheathed on described cut 60 periphery of knife and lower end protrude into the pressing lever 68 in the sealing chamber 12 through the link slot 71, in the lifting chamber 58 68 periphery of pressing lever is installed with the adjustable spring 69 that the other end is fixedly connected with lifting 58 lower end wall of chamber, the lifting It is communicated on the right side of chamber 58 and is equipped with rotation chamber 72, be equipped with left end in the rotation chamber 72 and protrude into the lifting chamber through the rotation chamber 72 The rotation compression bar 73 abutted in 58 and with the pressing plate 59,73 axle center of rotation compression bar is installed with rear end and the rotation chamber The connecting shaft 74 of 72 aft bulkheads rotation connection, equipped with third belt chamber 75, the third belt chamber 75 on front side of the rotation chamber 72 It is connected between the rotation chamber 72 and is equipped with connecting hole 76,74 front end of connecting shaft is through the connecting hole 76 and the third 75 front bulkhead of belt chamber rotation connection, in the connecting shaft 74 in the connecting hole 76 fixing sleeve be equipped with the other end with it is described The torque spring 77 that 76 inner wall of connecting hole is fixedly connected, the institute of the connecting shaft 74 and right side in the third belt chamber 75 The mandrel for stating third hand tap gear 47 is connected by power by the third belt 49, packing case is carried out adhesive tape sealing.

Valuably, the elasticity by pressing spring 65 is greater than the elasticity of adjustable spring 69, and effect is to rotate 73 turns of compression bar First pressing plate 59 and link block 62 are pressed down on simultaneously when dynamic, when 62 lower end surface of link block is abutted with lifting 58 lower end wall of chamber When, pressing plate 59 declines so that the lower cutting of general who has surrendered's adhesive tape 57 of cutter 60, improves the harmony of device.

Described method includes following steps:

Firstly, it is necessary under the packing case 15 of sealing is pushed forward to movable base plate 14, while 15 lower end surface of packing case pushes Compression bar 17 of extruding declines, then bracing wire 20 pulls rotating bar 28 to relatively rotate blocking packing case 15 and falls in conveying from left side, Afterwards, driving motor 48 works, and the third hand tap gear 47 in left side is driven to rotate, and by the second belt 40 rotation axis 37 is rotated, Then the first belt pulley 35 drives the first belt 36 to rotate so that movable base plate 14 drives packing case 15 thereon to move right, and packs When case 15 is moved to its right side and abuts with 68 left side of pressing lever, adhesive tape 57 sticks in 15 right side of packing case, meanwhile, it is mobile 14 right side of bottom plate squeezes compression bar 51 and declines, so that the 4th bevel gear 50 engages connection with first bevel gear 42, to drive 48 working condition of motor rotates the third hand tap gear 47 on right side, drives connecting shaft 74 to rotate by third belt 49, then turns Dynamic pressure bar 73 rotates clockwise, and pressing lever 68 drives pressing plate 59 to rise under 69 active force of adjustable spring, so that pressing lever 68 Sealing chamber 12 is exited in lower end surface, and movable base plate 14 continues to move right, so that adhesive tape 57 bonds 15 upper surface of packing case.

Thereafter, when movable base plate 14 is moved to 51 right side of compression bar, compression bar 51 under 54 active force of top pressure spring on It rises and restores to initial position, then the 4th bevel gear 50 is disengaged from first bevel gear 42 connect, and passes through the bullet of torque spring 77 Under power effect, rotation compression bar 73, which rotates counterclockwise, is pressed downward pressing plate 59, then the decline of pressing lever 68 pulls adhesive tape 57 to decline, and will wrap Case 15 left sides sealing, when 62 lower end surface of link block with lifting 58 lower end wall of chamber abut when, pressing plate 59 decline so that cutter 60 lower general who has surrendered's adhesive tapes 57 are cut off, and then movable base plate 14, which continues to move right, is pushed to the external world for the packing case after sealing convenient for work Make personnel's taking-up, thereafter, driving motor 48 rotates backward, so that movable base plate 14 is moved to the left recovery to initial position.

When being worked by the present apparatus, the packing case 15 for needing to seal is pushed forward to movable base plate 14, is packed simultaneously 15 lower end surface of case, which pushes, pushes the decline of pressure ram 17, then bracing wire 20 pulls the relative rotation of rotating bar 28 that packing case 15 is stopped to convey In fallen from left side, thereafter, driving motor 48 work, drive left side third hand tap gear 47 rotate, made by the second belt 40 It obtains rotation axis 37 to rotate, then the first belt pulley 35 drives the first belt 36 to rotate so that movable base plate 14 drives packing case thereon 15 move right, and when packing case 15 is moved to its right side and abuts with 68 left side of pressing lever, adhesive tape 57 sticks in packing case 15 Right side, meanwhile, 14 right side of movable base plate squeezes compression bar 51 and declines, so that the 4th bevel gear 50 nibbles with first bevel gear 42 Connection is closed, so that 48 working condition of driving motor rotates the third hand tap gear 47 on right side, is driven and is connected by third belt 49 Spindle 74 rotates, then rotates compression bar 73 and rotate clockwise, pressing lever 68 drives in pressing plate 59 under 69 active force of adjustable spring It rises, so that sealing chamber 12 is exited in 68 lower end surface of pressing lever, movable base plate 14 continues to move right, so that adhesive tape 57 is by packing case 15 Upper surface bonding, thereafter, when movable base plate 14 is moved to 51 right side of compression bar, compression bar 51 is under 54 active force of top pressure spring Rise and restore to initial position, then the 4th bevel gear 50 is disengaged from first bevel gear 42 connect, and passes through torque spring 77 Under elastic force effect, rotation compression bar 73, which rotates counterclockwise, is pressed downward pressing plate 59, then the decline of pressing lever 68 pulls adhesive tape 57 to decline, will The sealing of 15 left side of packing case, when 62 lower end surface of link block is abutted with lifting 58 lower end wall of chamber, pressing plate 59 declines so that cutting The lower general who has surrendered's adhesive tape 57 of knife 60 is cut off, and then movable base plate 14, which continues to move right, is pushed to the external world for the packing case after sealing and is convenient for Staff takes out, and thereafter, driving motor 48 rotates backward, so that movable base plate 14 is moved to the left recovery to initial position.

The beneficial effects of the present invention are: being arranged by the rotating bar in mobile device so that packing case in present invention work It is not fallen out when being moved when being placed on movable base plate, mobile device makees sealing device by transmission device thereafter With, packing case is sealed in moving process, apparatus structure is simple to operation, and it is full-automatic to seal, human cost is reduced, and complete A motor job is used only in sealing process, reduces the consumption of electric energy, environmental-friendly and efficient.

It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.

Claims (4)

1. a kind of air-flow phase cycle engine and its operating method, this method institute's use device by conveying device, transmission device with Sealing device composition, the conveying device includes body, and the delivery port extended forward is equipped in the body, and the delivery port is right Side, which communicates, is equipped with the sealing chamber that opening is communicated towards the right side with free surrounding space, and the sealing chamber and the delivery port lower end wall are communicated and be equipped with Opening up shifting chute, sliding is equipped with the movable base plate to place packing case in the shifting chute, on the movable base plate Left side is equipped with opening up extruding slot, and sliding is equipped with upper end and protrudes into free surrounding space through the extruding slot in the extruding slot Pressure ram, the pressure ram lower end surface is installed with the extruding spring that lower end is fixedly connected with the extruding slot lower end wall, described to squeeze It is equipped with the perforative through-hole in left and right in compression bar, bracing wire is equipped in the through-hole, the extruding slot bilateral symmetry is equipped with bracing wire chamber, described It being connected between bracing wire chamber and the extruding slot and is equipped with the first wire casing, the intracavitary rotation of the bracing wire is equipped with the first reel, and described the Rotation is equipped with the second reel on the downside of one reel, and the bracing wire chamber is equipped with opening up turn far from the side for squeezing slot Dynamic slot is connected between the rotation slot and the bracing wire chamber and is equipped with the second wire casing, fixed between the end wall of front and back in the rotation slot There is rotation strut, rotation is equipped with rotating bar on the rotation strut, and the bracing wire is sequentially passed through far from one end of the pressure ram Successively winding is crossed behind the first reel upper surface and the second reel lower end surface through described the after the extruding slot, the first wire casing Two wire casings and protruding into the rotation slot are fixedly connected with the rotating bar left side, and the movable base plate rear end face is installed with the One solid block, the shifting chute aft bulkhead, which communicates, is equipped with opening mobile guide groove facing forward, and the described first solid block rear end face is through described Shifting chute protrudes into the mobile guide groove, and the movable base plate front end face is installed with the second solid block, is equipped on front side of the shifting chute First belt chamber is connected between the first belt chamber and the shifting chute and is equipped with connectivity slot, the intracavitary left and right of the first belt It is symmetrically arranged with the first belt pulley, is connected by power between first belt pulley by the first belt, the described second solid block front end is passed through Wearing the connectivity slot, to protrude into first belt intracavitary and be fixedly connected with first belt, at first belt pulley axle center It is installed with the rotation axis of front and back end and the end wall rotation connection of the first belt chamber front and back, communicates and sets on front side of the first belt chamber There is the second belt chamber, the rotation axis front end in left side is rotated through the first belt chamber and the second belt chamber front bulkhead Connection, is installed with the second belt pulley in the intracavitary rotation axis of second belt, and second belt pulley passes through second Belt is connected by power with the transmission device.

2. a kind of air-flow phase cycle engine according to claim 1 and its operating method, it is characterised in that: the transmission Device includes engagement chamber, and the engagement is intracavitary to be equipped with symmetrical first bevel gear, is equipped with drive cavity on the outside of the engagement chamber, The drive cavity is connected between chamber with described engage equipped with driving groove, an end face of the first bevel gear far from the engagement chamber It is installed with the other end and protrudes into the transmission shaft in the drive cavity and being installed with second bevel gear through the driving groove, described second The engagement of bevel gear front end is connected with third hand tap gear, and the mandrel of the third hand tap gear in left side passes through the second belt and described the Two belt pulleys are connected by power, and the mandrel of the third hand tap gear on right side is connected by third belt and the sealing device power It connects, the drive cavity left end wall in left side is installed with the driving motor that the transmission shaft in right end and left side is connected by power, described Engage intracavitary the 4th bevel gear being equipped with to engage connection with the first bevel gear, the engagement chamber upside and the movement Connection is equipped with press chamber between slot, and the 4th bevel gear upper surface rotation is equipped with upper end and protrudes into the shifting through the press chamber Compression bar in dynamic slot is installed with symmetrical limited block, the limit in the intracavitary compression bar periphery of the press Block lower end surface is installed with the top pressure spring that lower end is fixedly connected with the press chamber lower end wall.

3. a kind of air-flow phase cycle engine according to claim 1 and its operating method, it is characterised in that: the sealing Device includes adhesive tape chamber, and the intracavitary rotation of adhesive tape is equipped with the adhesive tape runner for having adhesive tape thereon, is equipped with and rises on the right side of the adhesive tape chamber Chamber is dropped, is connected between the lifting chamber and the sealing chamber and is equipped with link slot, the lifting is intracavitary to be equipped with pressing plate, the pressing Plate lower end surface middle position is installed with lower end and protrudes into the intracavitary cutter of the sealing through the link slot, and the cutter periphery is left The right side is symmetrically arranged with the briquetting that upper end is fixedly connected with the pressing plate lower end surface, and the pressing plate downside is in the cutter periphery It is arranged with link block, is equipped with symmetrical opening up pressing groove in the link block, institute is protruded into the briquetting lower end State that in pressing groove and lower end surface is installed with that lower end is fixedly connected with the pressing groove lower end wall by pressing spring, the pressing groove left side Right symmetrically set communicates the spring groove opposite equipped with opening, and the briquetting bilateral symmetry in the pressing groove is installed with another Fixed block in the spring groove is protruded at end, and the link block lower end surface, which is installed with, is sheathed on the cutter periphery and lower end is run through The link slot protrudes into the intracavitary pressing lever of the sealing, is installed with the other end in the intracavitary pressing lever periphery of the lifting The adjustable spring being fixedly connected with the lifting chamber lower end wall, the lifting chamber right side, which communicates, is equipped with rotation chamber, the rotation chamber It is interior to protrude into the rotation compression bar that the lifting is intracavitary and abuts with the pressing plate, the rotation through the rotation chamber equipped with left end Compression bar axle center is installed with the connecting shaft of rear end and the rotation cavity rear end wall rotation connection, is equipped with third skin on front side of the rotation chamber Band chamber, is connected between the third belt chamber and the rotation chamber and is equipped with connecting hole, and the connection is run through in the connecting shaft front end Hole and the third belt chamber front bulkhead are rotatablely connected, and fixing sleeve is equipped with the other end in the connecting shaft in the connecting hole The torque spring being fixedly connected with the connecting hole inner wall, described in the intracavitary connecting shaft of the third belt and right side The mandrel of third hand tap gear is connected by power by the third belt.

4. a kind of air-flow phase cycle engine according to claim 3 and its operating method, it is characterised in that: the pressing The elasticity of spring is greater than the elasticity of adjustable spring;Described method includes following steps:

Firstly, it is necessary to which the packing case of sealing is pushed forward to movable base plate, while packing case lower end surface pushes to push and squeeze Bar decline, then bracing wire pulls rotating bar to relatively rotate blocking packing case and falls in conveying from left side, thereafter, driving motor work Make, drives the third hand tap gear rotation in left side, by the second belt rotation axis is rotated, then the first belt pulley drives the first skin With rotation so that movable base plate drives packing case thereon to move right, packing case is moved to its right side and pressing lever left side When abutting, adhesive tape sticking in packing case right side, meanwhile, movable base plate right side squeeze compression bar decline so that the 4th cone tooth Wheel engages connection with first bevel gear, so that driving motor working condition makes the third hand tap gear rotation on right side, passes through third Belt drives connecting shaft rotation, then rotates compression bar and rotate clockwise, pressing lever drives in pressing plate under adjustable spring active force It rises, so that sealing chamber is exited in pressing lever lower end surface, movable base plate continues to move right, so that adhesive tape glues packing case upper surface It closes;Thereafter, when movable base plate is moved on the right side of compression bar, compression bar rises recovery to initial bit under top pressure spring active force It sets, then the 4th bevel gear is disengaged from first bevel gear connect, by rotating the compression bar inverse time under the elastic force effect of torque spring Needle rotation is pressed downward pressing plate, then pressing lever decline pulls adhesive tape decline, packing case left side is sealed, when link block lower end surface When abutting with lifting chamber lower end wall, pressing plate decline is so that general who has surrendered's adhesive tape cutting under cutter, then movable base plate continues to move right Dynamic that packing case after sealing is pushed to the external world convenient for staff's taking-up, thereafter, driving motor rotates backward, so that mobile bottom Plate is moved to the left recovery to initial position.