LV10991B - Milk receptaccle - Google Patents

Milk receptaccle Download PDF

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Publication number
LV10991B
LV10991B LV950174A LV950174A LV10991B LV 10991 B LV10991 B LV 10991B LV 950174 A LV950174 A LV 950174A LV 950174 A LV950174 A LV 950174A LV 10991 B LV10991 B LV 10991B
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LV
Latvia
Prior art keywords
quot
ībā
ināts
milk
valve
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Application number
LV950174A
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Latvian (lv)
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LV10991A (en
Inventor
J Dilevka
Alberts Barkans
A Grodj
Original Assignee
Intelekts Sia
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Priority to LV950174A priority Critical patent/LV10991B/en
Publication of LV10991A publication Critical patent/LV10991A/en
Publication of LV10991B publication Critical patent/LV10991B/en

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Abstract

The invention applies to the agriculture sector. Its purpose is to improve the efficiency of the milk collector performance. The innovation of the milk collector is as follows: a borehole in the variable vacuum chamber located on the same axle as the borehole in the upper part - in the milk collector chamber. The shank that has a valve is located on the axle shared by the two boreholes.<IMAGE>

Description

LV 10991 savacejs iūii) ab ^iCL.a.s au :C3 ai mū i. θ c la e- :an piena savaceja savācēja doo piena savacejkamera b, ieara savstarpēji caur rsirlgā vakuuma ; gudrojuma mor. nešana tā darbībā, viena ...... drarrra c. bumus a I iekšpusē i V n &quot;&quot; r- 1 O kameru / un mali urbumien ? 'XUi W J stiprināts US plūdi ? T ^ ,·&quot;&gt; 4— — £» ,, ^ · v- k V/ n. ļ&gt;x.Ux.xyū vakuuma ko nera tie vārstu II kas ries nopēli ” ^ 'J Ά s_ —i ¥ kanālu 3 sadarbojas or ' oviet ;t . i 3IV:; uii ο. u iiUi? no pj?3Lf IpCl i. •';ā &lt;5' 3 c mrul i 4-. vārsts x±, no-jkanerai S ai: caur kalibrēto kanāla 3 un rēķina. lāsē jumā attēlots piedāvātais piena savācējs, griezums,ize-jas stāvoklis.EN 10991 Owner (s) ib: ib.a.s au: C3 a i i. la c la e-: an dairy self-collector doo milk self-propelled b beam, interconnected through the rsirlgas vacuum; wit mor. carrying it in action, one ...... drarrra c. bums a i inside i v n &quot; &quot; r- 1 O Camera / Un Mali Drill Bits? 'XUi W J Fortified US Flood? T ^, · &quot; &gt; 4— - £ »,, ^ · v- k V / n. l &gt; x.Ux.xyū vacuum do not need valve II ries "^ 'J Ά s_ —i ¥ channel 3 cooperates or' oviet; t. i 3IV:; uii ο. u iiUi? from p? 3Lf IpCl i. • '; 5' 3 c mrul i 4-. valve x ±, no-jkaner S ai: via calibrated channel 3 and at the expense. The molding shows the proposed milk collector, cut, exit state.

Piena savācēja dobajā korpusā I ir izejas apburs ar Iscau-m!! 2 nionn evoiojnci &quot;Jni j krs leltiļ-ust™ ņu *sc?uruli snii-orir ΐsc^unu^ ! -- un 'ir°kuu?1r ΐscauruli Tr?p»&quot;^uru!° ^ ^*5 nV so'TT’i.^notr° °r oi^n^i sulcrij isc^urjls ^ rie nc 7^v &quot;sc^uruls — ^r τϊ1λ3? 3'īfcpr °d30Psru, Ī)eir ^senu-num e 5 &quot;&quot; οχ* v^^jtunm £ pi^visio.0^1?o 3!°rn3r!i n.3&quot;Tr un—· •r» “ /·ί T +- -ļ ^ ^ 1/0¾ ~ V'P'otv ico T p o ^3 τ &quot;τγ*’ e*+* n aip b -&gt; Tf ap&quot;-’Milk collector in hollow body I has an exit fascination with Iscau-m !! 2 nionn evoiojnci &quot; jni js lel-ust ™ my * sc? Urli snow-orir ΐsc ^ unu ^! - and 'is ° month? 1r uli p p »p quot uru uru uru uru uru ^ ^ ^ ^ n n n n' '' not not r r r r ^ 'c c c c c c v &quot; sc ^ uruls - ^ r τϊ1λ3? 3'fcpr ° d30Psru, I) eir ^ senu-num e 5 &quot; &quot; οχ * v ^^ jtunmà £ o ^ ^ ^ 1? o 3! ° rn3rr i n.3 &quot; Tr & · • r »/ · ί T + - -l ^ ^ 1 / 0¾ ~ V ' P'otv ico T po ^ 3 τ &quot; τγ * 'e * + * n aip b - &gt; Tf around &quot; - '

Sj 3ovstr3ΡΌ3 di ?nd3T*&quot;bo^otipo c°ur tr n i η i nr 3. *Τ&quot;Ιηιζ3ΐ° Voneni 7 un rU ļi P r» -r&gt; T o q rm-το-&lt;n 1^*1 m ^Λ-ΤΌΤΙS ^ ! au s'o λ -^3 /1 r vt T.r!Λτΐ3s r»^3 ΐολγιi_ unlouni ^ un X0j Qp ^Ini^ien ~’ n'TŪeto't’n &quot;Tsjrotr^ XX ^ ļv^p 3.n ur'buū'i.eTii ^ un X0 ^ opci. ρι\Ί,2cil^1' ) 12 ivp Χ&quot;2?. Pioro snTrocs ik^r.^r' G Ico.'t's 1^- un pludiņš X5* IX?t·ο I— i^viot:o'ts nr venirilršln? 'tum— .ntrunkn'ļ &quot;^nrvi 0¾ oš ^nns i osn! iu fcopā or n?rotη XX un nludiņu X5 IT-dz vārsta II a.tdūrei pret izcilni I? vai 12. Urbums 10 savienots ar atmosfēru apakšējā stāvokli, bet urbums 9 - vārsta II augšējā stāvokli. Kāts II ievietots urbumā 9 ar spraugu.Sj 3ovstr3ΡΌ3 di? Nd3T * &quot; bo ^ otipo c ° ur tr n i i n 3. no. *; &Quot; Ιηιζ3ΐ ° Voneni 7 &r; r r--r &gt; T o q rm-το- &lt; n 1 ^ * 1 m ^ Λ-ΤΌΤΙS ^! au s'o λ - ^ 3/1 r see !τΐ3s r »^ 3 ΐολγιi_ unlouni ^ and X0j Qp ^ Ini ^ ien ~ 'n'TUTET'n &quot; Tsjrotr ^ XX ^ v ^ p 3.n ur'buuu.eTii ^ and X0 ^ opci. ρι Ί, 2cil ^ 1 ') 12 ivp Χ &quot; 2 ?. Pioro snTrocs every ^ r 'G Ico.'t's 1 ^ - and float X5 * IX? T · ο I— i ^ viot: o'ts no venirilršln? 'tum' .ntrunkn'l &quot; ^ nrvi 0¾ oš ^ nns i osn! iu fcopā or n? rotη XX and smoothing the X5 IT-dz valve II a. or 12. The bore 10 is connected to the atmosphere in the lower position and the bore 9 is in the upper position of the valve II. The shaft II is inserted into the bore 9 by a gap.

Piena savācējs darbojas sekojoši. vienojoša dobumu ar atmosfēru .a dobuo :a ? 0 Λ m la ^ d*i Lk Λ, ^ sa- ātros fē I'3S k&gt;^-L 3.x. n. 3 | Λίχ. O tie BAD ORKan-»'·» LV 10991 .tiem us piena stāvoklī izslēgts Š jkamerā 6 vārsts ar spēku, kas pie iiena :C3 C t&gt; *r*o&quot;? ·-, LA t. — .1» ί. A &gt;V ?ed2enveid* -» V!? 3_p!L X 3^&lt;APp r.*b. vl l* *V 3._»_ o ij d X ju p savācējkamerā 6 ua gredzenveida izciļņa 12 kan gredzenveida izciļņa ārējais diametrs aprēķināts včii-3(,a II piespiešanas pie izciļņa “5 pacelšanas spēku. ketinājuna (vakuuma) iedarbībā piena^ savācēj kamerā II cieši piespiežas pie gredsenveida izciļņa 12 ar spēku, Iras vienāds ierīces pludiņa svaram. ua atmosfēra.: nosacītu ar reloThe milk collector works as follows. unifying cavity with atmosphere .a dobuo: a? 0 la m la ^ d * i Lk Λ, ^ sa - fast fetch I'3S k &gt; ^ - L 3.x. n. 3 | Λίχ. O te BAD ORKan - »'·» EN 10991 In the dairy state, the valve 6 is switched off with force at the side: C3 C t &gt; * r * o &quot;? · -, LA t. - .1 »ί. A &gt; Eds2 * - »V !? 3_p! L X 3 ^ &lt; APp r. * B. vl l * * V 3 ._ _ o ij d X ju p in the collecting chamber 6 µl outer diameter of the 12-inch annular cam is calculated as včii-3 (, a II pressing at the cam '5 lifting force. Intended (vacuum) for milk ^ in collector chamber II tightly presses against sloping cam 12 with force, ira equals device for float weight ua atmosphere: conditional with relay

.τ rvi Λ«?τΰēšanas rd a 1 zem 1 ώο 12 surarais spēks nepārsniedz pludiņa I ai paša ratiņā,juma iedarbībā piens no piena rada caur īscauruli 3 nokļūst piena savācējkanerā 6 un uzkrājas tajā. uiena savācējkamerai S piepildoties, pludiņš 15 iegrimst pienā(šķidru-mā), kamēr viņa pacelšanas spēks nepārsniedz vārsta II piespiešanās spēku pie gredzenveida izciļņa 12, pēc tam pludiņš 15 kopā ar kātu 14 un vārstu II uzreld. līdz ārējās vārsta II virsmas atdūrei pret ancilni lā* rec tam gaiss no mainīgā vakuuma kameras 7 caur kalibrēto kanālu 8 tiek atsūkts uz vakuuma avotu bet vārsts II kopā ar kātu 14 un pludiņu 15 cieši piespiežas rie izciļņa 18 ^ ar srēku, kas vdmado a&quot;” r el at~&quot;,rā sniodiena smēķu vārsta II ārpusē, ko nosaka gredzenveida izciļņa 1^ 5.rēda.is diametrs. Pie tam gredzenveida izc^iņa 1^ ā^^^ais &lt;Ή ametrs aprēķināts tā, lai vārsta II piespiešanas snīks nie apcilņa lā būtu mazāks par pludiņa, ierīces smavuma sreku. Kamerā 7 iestājas retina jums, kur* padoda_s caur īs cauruli un nneimatiskā ado/ote— rn vadīšanas elementiem, kas ieslēdz retirājuma iedarbībā piena sukai un no piena savācējkam ēras 6 tiek atsūkts tur sakrājies piens. Pie tam pludiņš 15 turas augšēji stāvoklī ar tā izspiestā šķidruma pacelšanas spēku līdz kā tilpums samazinās, un pacelšanas spēka zaudēšanas^*‘pludiņa ierīce smaguma spēka iedarbībā virzās uz leju un vārsts II atver urbumu 10 un aizver urbumu 9. Kamerā 7 atjaunojas atmosfēras spiediens, kā rezultā- a vadīšanas adapters •dz oi sna sūkni. lurpmāk cikls at kārtoja: Γ bad original.τ rvi Λ? ΰ ΰ ΰ ΰ ΰ ΰ 1 1 1 1 zem 1 1 1 12 12 12 12 12 ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar ar 12 12 12 12 ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ībā ūst ūst ūst ūst ūst ūst ūst ūst when the seed collecting chamber S fills up, the float 15 immerses in the milk (liquid) while its lifting force does not exceed the force of the valve II at the annular cam 12, then the float 15 with the handle 14 and the valve II rises. until the external valve II surface is scrubbed against the anchillum ll * rec, the air from the variable vacuum chamber 7 is pumped to the vacuum source via the calibrated channel 8, but the valve II together with the handle 14 and the float 15 tightly presses the rim 18 with the lever vdmado a &quot; "R el at ~ &quot;, the snowfall smokes outside the valve II, which is determined by the diameter of the annular cam 1 ^ 5. In addition, the annular clearance 1 ā ņa ^ ^ ^ ^ ^ is lt lt etr etr ināts ināts II II II II ināts ināts ināts ināts ināts ināts ināts ināts ināts ināts ināts ināts II II II II šanas šanas šanas šanas šanas ināts lai II II II II II II II šanas ināts ināts ināts is calculated so that the spout on the valve II is less than the float, the device squeezing spike. The camera 7 enters into the retina for you, where the * feeds through the tube and the non-pneumatic ado / brush-rn control elements that switch on the milk brush and the milk collected from the milk collector 6 is collected there. In addition, the float 15 holds upwards with its displaced liquid lifting force until the volume decreases, and the lifting force loss ^ * 'float device moves down under gravity and the valve II opens the bore 10 and closes the bore 9. The atmospheric pressure is restored in the chamber 7, as a result of the driving adapter • the old pump. The cycle followed: Γ bad original

Claims (1)

*7 -r* Λ t '0 ’ΤΙ u 7! - LV 10991 onr»^?&quot; 17*&quot;» «1 -η ο V3· *, *! ' &lt;-? ο 1 ^ &quot;s . J ' ' - ο·· ·'&lt;·— - · * ,J~ - &lt;J-* — *·-val^-ruis0 Ι^ηοριι ^ ΡΤ*Ό·*&quot;77 7 Ί -? -» ~ -Η * V - τ, &quot; ' - **· - - ļ ^ τ'&quot;' Ο “ρ 0&quot;^\Λ r»^ &quot;ΠΧ *k '3 anos r\ ο Τ -, , ·.,·-., - . , · y, . : - - : . , - . .....; Γ. C* “ -5 Vo **&gt; Ο · υ -* - —r ^ 1 -1 'c 1^0 rn -κι: } V~ ντ»ο ν.~'πιτ^ ό ρΤΓ^, ^ί nvļ r, c: οrr”^~ j #·&gt; T7%ļ ·-* ο ώ ^ V&quot;^ ^ -*r·? ^ cf· n c n »-*- * n*_ ^ c? *j» W^-QTn q rļl'T^&quot; “7Γ1 ? ο» ·**»·* f» ·* η ^ + Λ * ^ ' ) 'rn ** ^ ) c» r* ο &lt;? - '^O'^'lT'T'O ~T &lt;~! Vļ77 7 Vo»VI ΓιΉ 3 -5 &lt;T-^-i 5 5 r*r» 0*^ p» co g^Trra^s 'IVt’I!o^**? *? ^·χτ-ί_ λ+“ 0 ijļ^ V^’’ 077^3 ν^Ί“ 3 ' 3VX 8^“ Ot ^ ^1% ’ΊΧΓ'^'^Ο Λ S S n0r»TV&quot;7+- VJf- g __ ___ __ __ _ _ _ _ „ w _ __ ^, pludiņa ierīcei paceļoties, aizver urbumu mainīgā vakuuma kamerā, bet, pludiņa ierīcei nolaižoties, aizver urbumu piena r-ι -r&gt; Tf ry_^ r^/ i.A jaV :: .Ikare: bad ORIGINAL g L* 7 -r * Λ t '0' ΤΙ u 7! - LV 10991 onr »^? &Quot; 17 * &quot; «1 -η ο V3 · *, *! '&lt; -? ο 1 ^ &quot; s. J '' - ο ·· · '&lt; · - - · *, J ~ - &lt; J- * - * · with ^ -ruis0 Ι ^ ηοριι ^ ΡΤ * Ό · * &quot; 77 7 Ί -? - »~ -Η * V - τ, &quot; '- ** · - - ^ ^ τ' &quot; ' Ο ρ 0 &quot; ^ r »^ &quot; ΠΧ * k '3 anos r ο os -,,, ·, · -., -. , · Y,. : - -:. , -. .....; . C * “-5 Vo ** &gt; Ο · υ - * - —r ^ 1 -1 'c 1 ^ 0 rn -κι:} V ~ ντ »ο ν. ~' Πιτ ^ ό ρΤΓ ^, ^ ί nvļ r, c: οrr ^ ^ j # · &Gt; T7% - * ο ώ ^ V &quot; ^ ^ - * r ·? ^ cf · n c n »- * - * n * _ ^ c? * j »W ^ -QTn q rl'T ^ &quot; “7Γ1? ο »· **» · * f »· * η ^ + Λ * ^ ')' rn ** ^) c» r * ο &lt;? - '^ O' ^ 'lT'T'O ~ T &lt; ~! Vl77 7 Vo »VI ΓιΉ 3 -5 &lt; T - ^ - i 5 5 r * r» 0 * ^ p »co g ^ Trra ^ s' IVt! O ^ **? *? ^ Χτ-ί_ λ + “0 ijļ ^ V ^ '' 077 ^ 3 ν ^ Ί“ 3 '3VX 8 ^ “^ ^ 1%' ΊΧΓ '^' ^ Ο Λ SS n0r» TV &quot; 7 + - VJf - g __ ___ __ __ _ _ _ _ "w _ __ ^, when the float device is lifted, closes the hole in the variable vacuum chamber, but when the float device descends, close the hole r-ι -r &gt; Tf ry_ ^ r ^ / i.A jaV :: .Ikare: bad ORIGINAL g L
LV950174A 1995-06-16 1995-06-16 Milk receptaccle LV10991B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
LV950174A LV10991B (en) 1995-06-16 1995-06-16 Milk receptaccle

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Application Number Priority Date Filing Date Title
LV950174A LV10991B (en) 1995-06-16 1995-06-16 Milk receptaccle

Publications (2)

Publication Number Publication Date
LV10991A LV10991A (en) 1996-02-20
LV10991B true LV10991B (en) 1996-08-20

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