CN109156974A

CN109156974A - The shield ridge school bag of correction is heaved by gas flowing based on fluid engineering mechanics

Info

Publication number: CN109156974A
Application number: CN201811045448.XA
Authority: CN
Inventors: 林木惠
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-07
Filing date: 2018-09-07
Publication date: 2019-01-08

Abstract

The invention discloses the shield ridge school bags for heaving correction by gas flowing based on fluid engineering mechanics, its structure includes: receiving bag body, protective plate, gas apparatus for correcting, harness, adjust band, protective plate is located at the upside end face for accommodating bag body and is flexibly connected with bag body is accommodated, gas apparatus for correcting is set to the left end face for accommodating bag body and is integrated with bag body is accommodated, to reach through the gas of the deformation pressurized interior of pressure chamber to pressurize, the convex block of lower section is moved by the output of pipeline, so that pore plate deformation, vertebra is made to have support to jack up vertebra, and having gas inside the arc panel of top as buffering reduces the stress sense of shoulder, to which shoulder be effectively protected, and it is used to stop the entrance of water flow by interlaced baffle, the water flow of entrance can be discharged by inclined plate simultaneously , prevent because water flow enters, so that the humidity inside equipment is damaged, can be used for enabling internal gas more sufficient.

Description

The shield ridge school bag of correction is heaved by gas flowing based on fluid engineering mechanics

Technical field

The present invention relates to shield ridge school bag fields, are flowed and are roused by gas based on fluid engineering mechanics particularly with regard to one kind Play the shield ridge school bag of correction.

Background technique

Shield ridge school bag usually filled with cavernous body to form the shape of certain rule will be originally by the stress pressure point minute of both shoulders It is scattered to back, thus reach because the excessive human body instinct of gravity is bent over, it is long-term to shine into this symptom such as hunchback, but in this way Mode be easy to cause:

When carrying out dress back work, because cavernous body internal under the Relatively centralized prolonged use of stress point is squeezed It is deformed, so that adaptability to changes reduces, makes gravity with both shoulders to be born again, while interior under prolonged use The cavernous body dampness in portion, which is easy to appear, to addle, thus it is smelly, and can not make device that can also reach previous protection vertebra Effect, to be badly in need of a school bag using novel protected vertebra method.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: based on fluid engineering mechanics Heave the shield ridge school bag of correction by gas flowing, structure include: accommodate bag body, protective plate, gas apparatus for correcting, harness, Band is adjusted, the protective plate is located at the upside end face for accommodating bag body and is flexibly connected with bag body is accommodated, the gas correction dress It is arranged in the left end face for accommodating bag body and is integrated with bag body is accommodated, the harness is set to gas apparatus for correcting Downside end face and be fixedly connected into integral structure with gas apparatus for correcting, it is described adjust band be located at harness downside end face it is same When be movably connected with harness, the protective plate be equipped with for sealing buckle frame.

It is advanced optimized as of the invention, the gas apparatus for correcting is pushed equipped with mounting rack, activity air inlet frame, cooperation Frame, the mounting rack are located at the front end face of activity air inlet frame and are fixedly connected with activity air inlet frame, and the cooperation pushes erection It penetrates through and connects in both right end faces of activity air inlet frame, the mounting rack is the rectangular panel body of flipover.

It is advanced optimized as of the invention, the activity air inlet is provided with pressure chamber, arc-shaped pad, protective plate, spring, limit Position block, sliding rack, water removal frame, air inlet pipe, efferent duct, curved frame, the arc-shaped pad are located at both downside surfaces of pressure chamber group Integralization structure, the sliding rack are located at the inner surface of pressure chamber and are fixedly connected with pressure chamber, and the protective plate is embedding Both the inside for entering sliding rack matches, and the spring is embedded in the inside of sliding rack and is fixedly connected with protective plate, the limit Both rear surfaces that position block is set to protective plate are fixed together, and the curved frame is located at both right lateral surfaces of pressure chamber It is fixedly connected, the efferent duct perforation is mounted on the right end face of pressure chamber, described to remove water the left-hand face for being set up in pressure chamber The two mechanical connection, the air inlet pipe and pressure chamber are mutually communicated and are embedded in the inside of pressure chamber, and the curved frame, which uses, to be set Cambered sketch plate system is at the limited block is the rubber blocks of arc.

Advanced optimized as of the invention, it is described water outlet be provided with appendix a, twisting seat s, baffle d, screen holder f, tiltedly Plate g, both downside surfaces that the inclined plate g is located at delivery pipe a are fixedly connected, and the sieve plate f is fixedly mounted on appendix a's Front-end surface, both inner surfaces that the twisting seat s is located at appendix a are fixedly connected, and the baffle d and twisting seat s are used Clearance fit is movably connected, and the screen holder f is the openable and closable plate body equipped with cellular rack.

Advanced optimized as of the invention, it is described cooperation push be provided with mounting base, concave pipe, engagement seat, pressure chamber, Special pipe, convex block, telescopic rod, pore plate, the downside surface amount perforation that the concave pipe is located at mounting base link together, institute State engagement seat and concave pipe penetrate through linking into an integrated entity structure, the pressure chamber with engage seat be mutually perpendicular to and with engage seat consolidate Fixed connection, the convex block are located at the inside of pressure chamber while cooperating together with pressure chamber activity, the telescopic rod and Convex block is mutually perpendicular to and welds together with convex block, and the pore plate is located at the fixed company of both front-end surfaces of telescopic rod It connects, the special pipe, which is located at the lower section of pore plate and penetrates through with pore plate, to be connected, and diameter is gradually from lower to upper for the special pipe Reduce, the pressure chamber is the through-hole structure of rectangle.

Beneficial effect

The present invention is applied to heave the shield ridge school bag of correction by gas flowing based on fluid engineering mechanics, is carrying out dress back When work, after adjusting band adjusting harness to suitable position, then contacted by the arc-shaped pad of top with shoulder, together When by gravity influenced arc-shaped pad and squeeze pressure chamber to make pressure chamber deformation, while the gas inside pressure chamber passes through curved frame Blocking along curved frame it is curved in face of into while driving environment space to enter increasing throughput by appendix a, and at once Screen holder f is closed, so that gas is entered the inside of the pressure chamber of lower section by delivery pipe, while pressure chamber is pressurized and pushes the convex of front Type block, the pore plate for causing convex block to push front form radian, so that power transfer a part of shoulder back arrives back, and can To correct user's spine shape in a manner of pushing, while the gas for by bernoulli principle special pipe being sent into is thus logical Meticulous orifice plate is sent out, and prevents user excessively sultry when using, and when not using knapsack, and when standing, which opens sieve plate f, to be made It obtains gas to enter, recyclegas, and the interlaced of baffle d can be passed through when there is water flow to enter and passed through with arcwall face Inclined plate d outflow, guarantees internal drying property, to complete using work.

The present invention mainly passes through activity air inlet frame and cooperation pushes frame and matches, and passes through the deformation pressurized interior of pressure chamber Gas is moved the convex block of lower section by the output of pipeline to pressurize, so that pore plate deformation, so that jacking up vertebra makes ridge Vertebra has support, and has gas as buffering so as to reduce the stress sense of shoulder inside the arc panel of top, to have The protection shoulder of effect.

The present invention mainly passes through water removal frame, is used to stop the entrance of water flow by interlaced baffle, while by oblique The water flow of entrance can be discharged for plate, to prevent because water flow enters, so that the humidity inside equipment is damaged, and can For enabling internal gas more sufficient.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is that the section for the shield ridge school bag for heaving correction by gas flowing the present invention is based on fluid engineering mechanics is illustrated Figure.

Fig. 2 is that the cleaning mill for the shield ridge school bag for heaving correction by gas flowing the present invention is based on fluid engineering mechanics cuts dress The structural scheme of mechanism set.

Fig. 3, which is that the present invention is based on fluid engineering mechanics, flows the activity air inlet frame for heaving the shield ridge school bag of correction by gas Compression deformation structure schematic diagram.

Fig. 4 is that the cooperation for the shield ridge school bag for heaving correction by gas flowing the present invention is based on fluid engineering mechanics pushes frame Structural schematic diagram.

Fig. 5, which is that the present invention is based on fluid engineering mechanics, flows the knot for heaving the water removal frame of shield ridge school bag of correction by gas Structure schematic diagram.

In figure: accommodating bag body -1, protective plate -2, gas apparatus for correcting -3, harness -4, adjust band -5, mounting rack -31, live Dynamic air inlet frame -32, cooperation push frame -33, pressure chamber -321, arc-shaped pad -322, protective plate -323, spring -324, limited block - 325, sliding rack -326, water removal frame -327, air inlet pipe -328, efferent duct -329, curved frame -3210, appendix -327a, twisting Seat -327s, baffle -327d, screen holder -327f, inclined plate -327g, mounting base -331, concave pipe -332, engagement seat -333, pressure Cabin -334, special pipe -335, convex block -336, telescopic rod -337, pore plate -338.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Referring to Fig. 1, the present invention provides the shield ridge school bag for heaving correction by gas flowing based on fluid engineering mechanics, Structure includes: to accommodate bag body 1, protective plate 2, gas apparatus for correcting 3, harness 4, adjust band 5, and the protective plate 2 is located at bag container The upside end face of body 1 and with accommodate bag body 1 is flexibly connected, the gas apparatus for correcting 3 be set to receiving bag body 1 left end face And it is integrated with bag body 1 is accommodated, the harness 4 is set to the downside end face of gas apparatus for correcting 3 and rectifys with gas Equipment 3 is fixedly connected into integral structure, and the band 5 that adjusts is located at the downside end face of harness 4 while being flexibly connected with harness 4 Together, the protective plate 2 is equipped with the buckle frame for sealing.

Referring to Fig. 2, the present invention provides the shield ridge school bag for heaving correction by gas flowing based on fluid engineering mechanics, Structure include: the gas apparatus for correcting 3 be equipped with mounting rack 31, activity air inlet frame 32, cooperation push frame 33, the mounting rack 31 Positioned at activity air inlet frame 32 front end face and be fixedly connected with activity air inlet frame 32, it is described cooperation push frame 33 be set to activity into The perforation connection of both right end faces of gas frame 32, the mounting rack 31 are the rectangular panel body of flipover.

Referring to Fig. 3, the present invention provides the shield ridge school bag for heaving correction by gas flowing based on fluid engineering mechanics, Structure include: the activity air inlet frame 32 be equipped with pressure chamber 321, arc-shaped pad 322, protective plate 323, spring 324, limited block 325, Sliding rack 326, water removal frame 327, air inlet pipe 328, efferent duct 329, curved frame 3210, the arc-shaped pad 322 are located at pressure chamber 321 Both downside surfaces composition integral structure, the sliding rack 326 is located at the inner surface and and pressure chamber of pressure chamber 321 321 are fixedly connected, and both the inside that the protective plate 323 is embedded in sliding rack 326 matches, and the spring 324 is embedded in sliding rack It 326 inside and is fixedly connected with protective plate 323, it is fixed that the limited block 325 is set to both rear surfaces of protective plate 323 It links together, both right lateral surfaces that the curved frame 3210 is located at pressure chamber 321 are fixedly connected, and the efferent duct 329 passes through The logical right end face for being mounted on pressure chamber 321, the water removal frame 327 are set to both left-hand faces of pressure chamber 321 mechanical connection, The air inlet pipe 328 is mutually communicated and is embedded in the inside of pressure chamber 321 with pressure chamber 321, and the curved frame 3210, which uses, to be set Cambered sketch plate system is at the limited block 325 is the rubber blocks of arc, and the pressure chamber 321 uses soft rubber Brave O-shaped structure made of pad, the sliding rack 326 are back-shaped hollow structure.

Referring to Fig. 4, the present invention provides the shield ridge school bag for heaving correction by gas flowing based on fluid engineering mechanics, Structure includes: that the water outlet frame 327 is equipped with appendix 327a, twisting seat 327s, baffle 327d, screen holder 327f, inclined plate 327g, Both downside surfaces that the inclined plate 327g is located at delivery pipe 327a are fixedly connected, and the sieve plate 327f is fixedly mounted on gas transmission The front-end surface of pipe 327a, both inner surfaces that the twisting seat 327s is located at appendix 327a are fixedly connected, the baffle 327d is gap-matched with twisting seat 327s and is movably connected, the screen holder 327f be equipped with cellular rack can The plate body of folding, the appendix 327 are tubular structure of the section to contract.

Referring to Fig. 5, the present invention provides the shield ridge school bag for heaving correction by gas flowing based on fluid engineering mechanics, Structure includes: that the cooperation pushes frame 33 equipped with mounting base 331, concave pipe 332, engagement seat 333, pressure chamber 334, special pipe 335, convex block 336, telescopic rod 337, pore plate 338, the concave pipe 332 are located at the downside surface amount perforation of mounting base 331 Link together, the engagement seat 333 and concave pipe 332 penetrate through linking into an integrated entity structure, the pressure chamber 334 with engage seat 333 are mutually perpendicular to and are fixedly connected with seat 333 is engaged, and the convex block 336 is located at the inside of pressure chamber 334 while and pressure 334 activity of cabin cooperates together, and the telescopic rod 337 is mutually perpendicular to convex block 336 and is welded on convex block 336 Together, both front-end surfaces that the pore plate 338 is located at telescopic rod 337 are fixedly connected, and the special pipe 335 is located at pore plate 338 lower section and with pore plate 338 penetrate through connect, diameter is gradually reduced the special pipe 332 from lower to upper, the pressure chamber 334 be the through-hole structure of rectangle, and the convex block 336 is arc-shaped rubber structure, set on the pore plate 338 there are two with On small pore for radiate prevent fitting when overheat the case where appearance.

When carrying out dress back work, after adjusting the adjusting harness 4 to suitable position of band 5, then pass through top Arc-shaped pad 322 contacted with shoulder, while by gravity influenced arc-shaped pad 322 squeeze pressure chamber 321 make 321 shape of pressure chamber Become, while the gas inside pressure chamber 321, by the blocking of curved frame 3210 along the curved in front into together of curved frame 3210 When drive environment space to enter increasing throughput by appendix 327a, and screen holder 327f is closed at once, so that gas is by defeated The inside for sending pipe 327 to enter the pressure chamber 334 of lower section, while pressure chamber 334 is pressurized and pushes the convex block 336 in front, causes convex The pore plate 338 that type block 336 pushes front forms radian, so that power transfer a part of shoulder back arrives back, and can be with The mode pushed corrects user's spine shape, while the gas for by bernoulli principle special pipe 335 being sent into is thus logical Meticulous orifice plate 338 is sent out, and prevents user excessively sultry when using, and when not using knapsack, and when standing opens sieve plate 327f enters gas, recyclegas, and when there is water flow to enter can by the interlaced of baffle 327d and with Arcwall face is flowed out by inclined plate 327d, guarantees internal drying property, to complete using work.

Problems solved by the invention is when carrying out dress back work, because under the Relatively centralized prolonged use of stress point Internal cavernous body, which is squeezed, to be deformed, so that adaptability to changes reduces, bears gravity with both shoulders, simultaneously Internal cavernous body dampness, which is easy to appear, under prolonged use addles, thus it is smelly, and can not make device can also Have the function that previous protection vertebra, to be badly in need of a school bag using novel protected vertebra method, the present invention is mainly led to Cross activity air inlet frame 32 and cooperation push frame 33 and matches, thus reach by the gas of the deformation pressurized interior of pressure chamber to Pressurization, is moved the convex block of lower section by the output of pipeline, so that pore plate deformation, makes vertebra have branch to jack up vertebra It supports, and have gas inside the arc panel of top as buffering to reduce the stress sense of shoulder, to be effectively protected Shoulder, and by interlaced baffle for stopping the entrance of water flow, while the water flow of entrance can be arranged by inclined plate Out, to prevent because water flow enters, so that the humidity inside equipment is damaged, and it can be used for the gas so that internal It can be more sufficient.

The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. heave the shield ridge school bag of correction by gas flowing based on fluid engineering mechanics, structure include: accommodate bag body (1), Protective plate (2), harness (4), adjusts band (5) at gas apparatus for correcting (3), and the protective plate (2), which is located at, accommodates the upper of bag body (1) Side end face and with accommodate bag body (1) is flexibly connected, the gas apparatus for correcting (3) be set to receiving bag body (1) left end face And it is integrated with bag body (1) is accommodated, it is characterised in that:

The harness (4) is set to the downside end face of gas apparatus for correcting (3) and is fixedly connected into one with gas apparatus for correcting (3) Body structure, the band (5) that adjusts are located at the downside end face of harness (4) while being movably connected with harness (4).

2. the shield ridge school bag according to claim 1 for heaving correction by gas flowing based on fluid engineering mechanics, special Sign is: the gas apparatus for correcting (3) pushes frame (33), the peace equipped with mounting rack (31), activity air inlet frame (32), cooperation It shelves (31) to be located at the front end face of activity air inlet frame (32) and be fixedly connected with activity air inlet frame (32), the cooperation pushes frame (33) set on the perforation connection of both right end faces of activity air inlet frame (32).

3. the shield ridge school bag according to claim 2 for heaving correction by gas flowing based on fluid engineering mechanics, special Sign is: the activity air inlet frame (32) is equipped with pressure chamber (321), arc-shaped pad (322), protective plate (323), spring (324), limit Position block (325), sliding rack (326), water removal frame (327), air inlet pipe (328), efferent duct (329), curved frame (3210), the arc Shape pad (322) is located at both downside surfaces of pressure chamber (321) composition integral structure, and the sliding rack (326) is located at air pressure The inner surface in cabin (321) and be fixedly connected with pressure chamber (321), protective plate (323) insertion sliding rack (326) it is interior Both portions match, and the spring (324) is embedded in the inside of sliding rack (326) and is fixedly connected with protective plate (323), described Both rear surfaces that limited block (325) is set to protective plate (323) are fixed together, and the curved frame (3210) is located at gas Both right lateral surfaces of ballasting (321) are fixedly connected, and efferent duct (329) perforation is mounted on the right-hand end of pressure chamber (321) Face, water removal frame (327) are set to both left-hand faces of pressure chamber (321) mechanical connection, the air inlet pipe (328) and air pressure Cabin (321) is mutually communicated and is embedded in the inside of pressure chamber (321).

4. the shield ridge school bag according to claim 3 for heaving correction by gas flowing based on fluid engineering mechanics, special Sign is: the water outlet frame (327) be equipped with appendix (327a), twisting seat (327s), baffle (327d), screen holder (327f), Inclined plate (327g), both downside surfaces that the inclined plate (327g) is located at delivery pipe (327a) are fixedly connected, the sieve plate (327f) is fixedly mounted on the front-end surface of appendix (327a), and the twisting seat (327s) is located at the inside of appendix (327a) Both surfaces are fixedly connected, and the baffle (327d) is gap-matched with twisting seat (327s) to be movably connected.

5. the shield ridge school bag according to claim 2 for heaving correction by gas flowing based on fluid engineering mechanics, special Sign is: it is described cooperation push frame (33) equipped with mounting base (331), concave pipe (332), engagement seat (333), pressure chamber (334), Special pipe (335), convex block (336), telescopic rod (337), pore plate (338), the concave pipe (332) are located at mounting base (331) downside surface amount perforation links together, and the engagement seat (333) and concave pipe (332) penetrate through linking into an integrated entity Structure, the pressure chamber (334) with engage seat (333) and be mutually perpendicular to and be fixedly connected with seat (333) is engaged, the convex block (336) inside positioned at pressure chamber (334) cooperates together with pressure chamber (334) activity simultaneously, the telescopic rod (337) It is mutually perpendicular to convex block (336) and welds together with convex block (336), the pore plate (338) is located at telescopic rod (337) both front-end surfaces are fixedly connected, the special pipe (335) be located at the lower section of pore plate (338) and with pore plate (338) perforation connection.