The plastics number of embracing
Technical field
The utility model relates to wind instrument field, particularly relates to a kind of plastics number of embracing.
Background technology
Existing armful number is metal material, very heavy, is not easy to carry, also be not easy to play, expend the muscle power that player is a large amount of, and adopt light material, as obtained in plastic material to embrace number, then because of the characteristic of material itself, be usually considered to the performance audio that cannot reach traditional copper armful number.
Utility model content
In view of this, technical problem to be solved in the utility model is: provide a kind of and have the plastics number of embracing being equal to copper armful number performance audio.
In order to achieve the above object, the utility model adopts following technical scheme to realize:
A kind of plastics number of embracing, comprise the number of having mouth, number body, tuning device and bell-mouthed armful of number body, described body has some connecting legs and some bend pipes, described bend pipe comprises first joint bend pipe, stage casing bend pipe and minor details bend pipe, described mouth, first joint bend pipe, stage casing bend pipe, minor details bend pipe and hydraucone are connected successively by described connecting leg and are communicated with, described tuning device connects and is communicated with on described connecting leg, wherein, described mouth, number body and hydraucone are working of plastics, the wall thickness of the described body remaining part beyond described minor details bend pipe is identical and be less than the wall thickness 2 millimeters of described minor details bend pipe.
As preferably, the rotary valve piston apparatus of described tuning device for two gas circuits can be provided between described two gas circuits also to carry out selectivity switching, described rotary valve piston apparatus comprises valve casing, spool and looped pipeline, described valve casing is for having primary air inlet, main gas outlet, secondary gas outlet, the cylindrical plastic shell of extra-air inlet, described spool is the cylindrical piston head be sheathed in described valve casing, described valve casing to be connected with described connecting leg by described primary air inlet and main gas outlet and to communicate thus form in described two gas circuits, one end of described looped pipeline is connected with described secondary gas outlet and is communicated with, the other end be connected with described extra-air inlet and be communicated with thus form in described two gas circuits another, described piston head is extended with adjuster bar along own axes direction, the axis sidepiece of described piston head have two recesses, described adjuster bar carries out path by the air-flow of Angle Position to described valve casing of passing through regulating the described recess of described piston head and be rotated about axis and controls to carry out selectivity switching between described two gas circuits of described rotary valve piston, described rotary valve piston apparatus also comprises the tuning control key driving with described adjuster bar and be connected.
As preferably, described rotary valve piston apparatus is set gradually and connect four and all independently connect and be communicated with on described connecting leg separately in a row.
As preferably, the described connecting leg being positioned at described number body outermost both sides is connected with leading note frame between mutually corresponding position, described leading note frame comprises upper frame and is positioned at the underframe below described upper frame, described upper frame comprises and is connected in the front side arch arm of described number body near hydraucone side, be connected in the rear side arch arm of described number body near minor details bend pipe side and be connected in described before, between rear side arch arm middle section position, two described arch arm entirety are linked to be the linking arm that is embraced number handle, the stage casing of described tuning control key is hinged on described linking arm, one end sled is stuck on described adjuster bar, the other end is the free end for force sled pressure, described underframe comprises and is connected in described number body boom and be connected in the described rear boom of number body near minor details bend pipe side before hydraucone side, before described, rear boom is provided with the some trepannings wearing stock for pipe fitting, the described body position being in described trepanning position and the described looped pipeline position being in described trepanning position wear stretcher respectively in position and each self-corresponding described trepanning.
As shown from the above technical solution, the beneficial effects of the utility model are:
Compared to existing technology, the utility model makes it have by the structure that body remaining part wall thickness of being arranged to by minor details bend pipe wall thickness to check the number mutually is thicker the performance audio that convergence is even equal to tradition copper armful number, thus has and be easy to carry, play laborsaving, that playing effect is good outstanding effect.Simultaneously, rotary valve piston apparatus can freely control to convert tone, leading note frame then gets final product fastness and the stability of strong Total Product, simultaneously, its function also having leading note transaudient, experiment proves, the structure of leading note frame in the utility model, performance audio of the present utility model can be promoted further, make its can with a few indifference of performance audio of tradition copper armful number.
Accompanying drawing explanation
Fig. 1 is one-piece construction schematic diagram 1 of the present utility model.
Fig. 2 is partial structurtes schematic diagram 1 of the present utility model.
Fig. 3 is partial structurtes schematic diagram 2 of the present utility model.
Fig. 4 is partial structurtes schematic diagram 3 of the present utility model.
Fig. 5 is one-piece construction schematic diagram 2 of the present utility model.
Fig. 6 is partial structurtes schematic diagram 4 of the present utility model.
Fig. 7 is partial structurtes schematic diagram 5 of the present utility model.
Fig. 8 is partial structurtes schematic diagram 6 of the present utility model.
Fig. 9 is partial structurtes schematic diagram 7 of the present utility model.
Figure 10 is partial structurtes schematic diagram 8 of the present utility model.
Figure 11 is partial structurtes schematic diagram 9 of the present utility model.
Figure 12 is one-piece construction schematic diagram 3 of the present utility model.
Figure 13 is one-piece construction schematic diagram 4 of the present utility model.
Embodiment
In order to make those skilled in the art can further understand feature of the present utility model and technology contents, refer to following about detailed description of the present utility model and accompanying drawing.
Refer to shown in Fig. 1 to Figure 13, the utility model provides a kind of plastics number of embracing, comprise the number of having mouth 1, number body, armful number body of tuning device and hydraucone 22, described body has some connecting legs and some bend pipes, described bend pipe comprises first joint bend pipe 2, stage casing bend pipe and minor details bend pipe 20, described mouth, first joint bend pipe, stage casing bend pipe, minor details bend pipe and hydraucone are connected successively by described connecting leg and are communicated with, described tuning device connects and is communicated with on described connecting leg, wherein, described mouth, number body and hydraucone are working of plastics, the wall thickness of the described body remaining part beyond described minor details bend pipe is identical and be less than the wall thickness 2 millimeters of described minor details bend pipe, the rotary valve piston apparatus 6 of described tuning device for two gas circuits can be provided between described two gas circuits also to carry out selectivity switching, described rotary valve piston apparatus comprises valve casing, spool and looped pipeline, described valve casing is for having primary air inlet, main gas outlet, secondary gas outlet, the cylindrical plastic shell of extra-air inlet, described spool is the cylindrical piston head be sheathed in described valve casing, described valve casing to be connected with described connecting leg by described primary air inlet and main gas outlet and to communicate thus form in described two gas circuits, one end of described looped pipeline is connected with described secondary gas outlet and is communicated with, the other end be connected with described extra-air inlet and be communicated with thus form in described two gas circuits another, described piston head is extended with adjuster bar 6a along own axes direction, the axis sidepiece of described piston head have two recesses, described adjuster bar carries out path by the air-flow of Angle Position to described valve casing of passing through regulating the described recess of described piston head and be rotated about axis and controls to carry out selectivity switching between described two gas circuits of described rotary valve piston, described rotary valve piston apparatus also comprises the tuning control key 6b driving with described adjuster bar and be connected, described rotary valve piston apparatus is set gradually and connect four and all independently connect and be communicated with on described connecting leg separately in a row, the described connecting leg being positioned at described number body outermost both sides is connected with leading note frame between mutually corresponding position, described leading note frame comprises upper frame and is positioned at the underframe below described upper frame, described upper frame comprises and is connected in the front side arch arm 003b of described number body near hydraucone side, be connected in the rear side arch arm 003a of described number body near minor details bend pipe side and be connected in described before, between rear side arch arm middle section position, two described arch arm entirety are linked to be the linking arm 003 that is embraced number handle, the stage casing of described tuning control key is hinged on described linking arm, one end sled is stuck on described adjuster bar, the other end is the free end for force sled pressure, described underframe comprises and is connected in described number body boom 001 and be connected in the described rear boom 002 of number body near minor details bend pipe side before hydraucone side, before described, rear boom is provided with the some trepannings wearing stock for pipe fitting, the described body position being in described trepanning position and the described looped pipeline position being in described trepanning position wear stretcher respectively in position and each self-corresponding described trepanning.
Specifically, the order of connection between each parts of the utility model is as follows:
Number mouth 1, first joint bend pipe 2, first connecting leg 3, first stage casing bend pipe 4, second connecting leg 5, rotary valve piston apparatus 6, 3rd connecting leg 7, second stage casing bend pipe 8, 4th connecting leg 9, 3rd stage casing bend pipe 10, 4th stage casing bend pipe 11, 5th stage casing bend pipe 12, 5th connecting leg 13, 6th stage casing bend pipe 14, 6th connecting leg 15, 7th stage casing bend pipe 16, 7th connecting leg 17, 8th stage casing bend pipe 18, 8th connecting leg 19, minor details bend pipe 20, 9th connecting leg 21, hydraucone 22, wherein, described rotary valve piston apparatus comprises the first rotary valve piston apparatus 61, second rotary valve piston fills 62, 3rd rotary valve piston fills 63, 4th rotary valve piston fills 64, described 9th connecting leg 21 is provided with attacker 21a, the lateral wall of minor details bend pipe 20 is provided with fender 20a, second stage casing bend pipe 8 has leaking hole and is provided with in the position of described leaking hole the control 8a that leaks, described trepanning comprises the 001-23a wearing erection the 4th rotary valve piston dress looped pipeline 23, 001-23b, 001-23c, wear 002-13a, 001-13b of erection the 5th connecting leg 13, wear 001-15a, 002-15b of erection the 6th connecting leg 15, wear the 002-17a of erection the 7th connecting leg 17, 001-17b, thinner says: 001-23a, 001-23b, 001-23c, 001-13b, 001-15a, 001-17b is located at before underframe on boom 001,002-13a, 002-15b, 002-17a is located at after underframe on boom 002, and before underframe, boom 001 is fixedly connected on the 8th connecting leg 19 by its one end 001-19a, other end 001-21b is fixing to be connected on the 9th connecting leg 21, and after underframe, boom 002 is fixedly connected on the 8th connecting leg 19 by its one end 002-19b, other end 001-21a is fixing to be connected on the 9th connecting leg 21, and meanwhile, the front side arch arm 003b of upper frame is fixedly connected on the 8th connecting leg 19 by its one end 003-19a, other end 003-21b is fixing to be connected on the 9th connecting leg 21, and the rear side arch arm 003a of upper frame is fixedly connected on the 8th connecting leg 19 by its one end 003-19b, other end 003-21a is fixing to be connected on the 9th connecting leg 21, thus, be linked to be a firm entirety by each portion, the outstanding acoustic that also have experiment proves simultaneously leads sound effective value, makes it can reach the sounding effect that be even equal to close to brass trumpet with the structure of plastic material.
But the foregoing is only better possible embodiments of the present utility model, and be not used to limit to the scope of the claims of the present utility model, therefore the equivalent structure change that all utilization the utility model instructionss and accompanying drawing content are done, be all in like manner included in scope of the present utility model.