Umgaqo weMono Tube Shock Absorber (i-oyile + negesi)

I-mono tube shock absorber inesilinda enye kuphela esebenzayo. Kwaye ngokuqhelekileyo, igesi yoxinzelelo oluphezulu ngaphakathi kuyo malunga ne-2.5Mpa. Kukho iipiston ezimbini kwi-cylinder esebenzayo. Ipiston kwintonga inokuvelisa amandla okudambisa; kunye nepiston yamahhala inokwahlula igumbi leoli ukusuka kwigumbi legesi ngaphakathi kwesilinda esisebenzayo.

Uncedo lwe-mono tube shock absorber:
1. Izithintelo zero kwii-angles zokufakela.
2. I-reactor absorber reaction ngexesha, akukho ziphene zenkqubo engenanto, amandla okudambisa kulungile.
3. Ngenxa yokuba i-shock absorber inesilinda enye kuphela esebenzayo. Xa ubushushu bunyuka, ioli iyakwazi ukukhulula ubushushu lula.

Ububi be-mono tube shock absorber:
1. Ifuna i-cylinder yesayizi ende yokusebenza, ngoko kunzima ukuyifaka kwi-passage yemoto eqhelekileyo.
2. I-gas ephezulu yoxinzelelo ngaphakathi kwi-cylinder esebenzayo inokukhokelela kwixabiso eliphezulu loxinzelelo kwiimpawu ezinokubangela ukuba kube lula umonakalo, ngoko ke kufuna ukutywinwa kweoli efanelekileyo.

Umfanekiso 1: Ukwakhiwa kweMono Tube Shock Absorber

I-absorber yokothuka inamagumbi amathathu okusebenza, iivalve ezimbini kunye nepiston eyodwa.

Amagumbi amathathu okusebenza:
1. Igumbi lokusebenza eliphezulu: inxalenye ephezulu yepiston.
2. Igumbi lokusebenza elisezantsi: inxalenye engezantsi yepiston.
3. Igumbi legesi: iindawo zoxinzelelo oluphezulu lwenitrogen ngaphakathi.
Iivalve ezimbini ziquka ivalve yoxinzelelo kunye nexabiso lokubuyela kwakhona. Ipiston eyahlulayo iphakathi kwegumbi elisezantsi lokusebenza kunye negumbi legesi elizahlulayo.

Umfanekiso wesi-2 Amagumbi okusebenza kunye neenqobo zeMono Tube Shock absorber

1. Uxinzelelo
Intonga ye-piston ye-absorber yokothuka ishukuma ukusuka phezulu ukuya ezantsi ngokwesilinda esebenzayo. Xa amavili esithuthi esondela kufutshane nomzimba wesithuthi, i-shock absorber iyaxinzelelwa, ngoko ipiston ihlehla. Umthamo wegumbi eliphantsi elisebenzayo liyancipha, kwaye uxinzelelo lweoyile lwegumbi eliphantsi lokusebenza luyanda, ngoko i-valve yoxinzelelo ivulekile kwaye ioli igeleza kwigumbi eliphezulu lokusebenza. Ngenxa yokuba intonga yepiston ithathe indawo ethile kwigumbi eliphezulu lokusebenza, umthamo owongeziweyo kwigumbi eliphezulu lokusebenza ungaphantsi komthamo ocuthiweyo wegumbi lokusebenza elisezantsi; enye ioyile ityhala ipiston yokwahlula ezantsi kwaye umthamo werhasi uyancipha, ngoko ke uxinzelelo kwigumbi legesi lonyuka. (Jonga iinkcukacha njengomfanekiso 3)

Umfanekiso wesi-3 weNkqubo yoKunyanzeliswa

2. UXINKO
Intonga yepiston ye-shock absorber ihambela phezulu ngokwesilinda esebenzayo. Xa amavili esithuthi sihambela kude nomzimba wesithuthi, i-shock absorber iphinda iphindwe, ngoko ipiston ihambela phezulu. Uxinzelelo lweoyile lwegumbi eliphezulu lokusebenza luyanda, ngoko i-valve yoxinzelelo ivaliwe. Ivalve ye-rebound ivulekile kwaye i-oyile ingena kwigumbi eliphantsi lokusebenza. Ngenxa yokuba indawo enye yepiston iphumile kwisilinda esisebenzayo, umthamo we-cylinder esebenzayo uyenyuka, ngoko ke uxinzelelo lwegesi kwigumbi lokuhlala luphezulu kunegumbi lokusebenza elisezantsi, enye igesi ityhala ipiston eyahlulayo inyuke kwaye umthamo wegesi uyehla, ngoko ke uxinzelelo. kwigumbi legesi lehlile. (Jonga iinkcukacha njengomfanekiso 4)

Umfanekiso wesi-4 weNkqubo yokuBuyisa kwakhona