TWI682082B - Roller bed dehydrator structure - Google Patents

Roller bed dehydrator structure Download PDF

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TWI682082B
TWI682082B TW108109559A TW108109559A TWI682082B TW I682082 B TWI682082 B TW I682082B TW 108109559 A TW108109559 A TW 108109559A TW 108109559 A TW108109559 A TW 108109559A TW I682082 B TWI682082 B TW I682082B
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rotor
pivot
group
stator
accommodating
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TW108109559A
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TW202035820A (en
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賴宏信
陳育勝
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合勝環保設備有限公司
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Abstract

本發明係關於一種滾床式脫水機結構,其係包括:一本體係設有一第一容置部;複數轉子組係樞設於該第一容置部處且同步轉動,每一轉子組係包括一第一桿體、複數轉子及複數第一墊片;每一第一墊片係設於每二個轉子間而係形成一第一間隙;一動力機構係帶動該轉子組轉動;一定子組係容設於該第一容置部內,該定子組係包括複數第二桿體、複數定子及複數第二墊片;該定子係容設於該複數轉子組之該第一間隙處,亦即每一定子係容置於該複數轉子組之每二個轉子間片;每一第二墊片係設於每二個定子間而形成一第二間隙。 The invention relates to a structure of a rolling bed dehydrator, which includes: a system provided with a first accommodating part; a plurality of rotor groups are pivotally arranged at the first accommodating part and rotate synchronously, each rotor group It includes a first rod body, plural rotors and plural first gaskets; each first gasket is arranged between every two rotors to form a first gap; a power mechanism drives the rotor group to rotate; a stator The assembly system is accommodated in the first accommodating portion, the stator assembly system includes a plurality of second rod bodies, a plurality of stators, and a plurality of second gaskets; the stator system is accommodated in the first gap of the plurality of rotor groups, and That is, each stator is accommodated in every two inter-rotor plates of the plural rotor groups; each second gasket is arranged between every two stators to form a second gap.

Description

滾床式脫水機結構 Roller bed dehydrator structure

本發明係與一滾床式脫水機結構有關,尤指一種滾床式脫水機結構之該轉子組之每一第一墊片係設於每二個轉子之間,每一第一墊片之設置係使每二個轉子間形成該第一間隙。該定子組之每一第二墊片係設於每二個定子之間,每一第二墊片之設置係使每二個定子間係形成該第二間隙。 The present invention relates to the structure of a roller bed dehydrator, especially a roller bed dehydrator structure where each first gasket of the rotor set is located between every two rotors, The arrangement is such that the first gap is formed between every two rotors. Each second shim of the stator set is disposed between each two stators, and each second shim is disposed such that the second gap is formed between each two stators.

按吾人先前所知,習用之格柵式壓濾機結構,如臺灣專利案申請號:106219501,證書號:M558651,專利名稱:格柵式壓濾機,該專利案結構係在於:一種格柵式壓濾機,包括:一濾台1,其設有多道篩條11,於各篩條11之間形成有濾隙111;於該濾台1上方,設有一加壓板2,其自對應濾台1入料端的前端12朝向出料端的末端13向下斜設,令末端壓出口截面積縮小,致於加壓板2與濾台1之間形成一個加壓空間14;於所述篩條11的濾隙111中,連續設置至少一個且進行連動自轉的多邊轉子4,其轉動方向係自濾台1前端12向末端13轉動。 According to my previous knowledge, the conventional grille filter press structure, such as Taiwan Patent Application Number: 106219501, Certificate No.: M558651, Patent Name: Grille Filter Press, the patent case structure is: a grille Type filter press, including: a filter table 1, which is provided with multi-channel screen bars 11, and a filter gap 111 is formed between each screen bar 11; above the filter table 1, a pressure plate 2 is provided, which is The front end 12 corresponding to the inlet end of the filter table 1 is inclined downward toward the end 13 of the discharge end, so that the cross-sectional area of the pressure outlet of the end is reduced, so that a pressure space 14 is formed between the pressure plate 2 and the filter table 1; In the filter gap 111 of the sieve bar 11, at least one polygonal rotor 4 that continuously rotates is provided continuously, and the rotation direction thereof is rotated from the front end 12 to the end 13 of the filter table 1.

但此習用格柵式壓濾機結構之缺失係在於: But the structure of this conventional grid filter press is missing:

1、請輔以公報之第二圖所示,該濾台1其設有多道篩條11,於各篩條11之間係形成有濾隙111,即每二篩條11間係形成有一濾隙111,但每一篩條11係以焊接或鎖固之方式間隔排列固設於該濾台1中,方可使每一篩條11間形 成濾隙111,一般而言該篩條11之數目係會超過三十個以上,該篩條11亦呈等間隔直線排列狀,每一篩條11在該濾台1上需呈間隔排列之固設係相當費工。 1. Please supplement as shown in the second figure of the communique. The filter table 1 is provided with multi-channel screen bars 11 and a filter gap 111 is formed between each screen bar 11, that is, every two screen bars 11 are formed with a The filter gap 111, but each screen strip 11 is arranged and fixed in the filter table 1 by welding or locking, so that each screen strip 11 can be shaped In order to form a filter gap 111, in general, the number of the screen strips 11 will be more than thirty, the screen strips 11 are also arranged in a straight line at equal intervals, and each screen strip 11 needs to be arranged at intervals on the filter table 1 The installation department is quite laborious.

2、請以公報之第一圖所示,每一多邊轉子4與其軸之間亦呈間隔直線排列,每一多邊轉子4係以焊接或鎖固之方式間隔排列固設於該軸上,一般而言該多邊轉子4之數目係會超過三十個以上,該多邊轉子4亦呈等間隔直線排列狀,每一多邊轉子4係固設於該軸上時需呈間隔排列之固設係相當費工。 2. As shown in the first figure of the bulletin, each polygonal rotor 4 is also arranged in a straight line with its shaft spaced apart, and each polygonal rotor 4 is arranged and fixed on the shaft at intervals by welding or locking Generally speaking, the number of the polygonal rotors 4 will be more than thirty. The polygonal rotors 4 are also arranged in a straight line at equal intervals. When each polygonal rotor 4 is fixed on the shaft, it needs to be arranged at intervals. Setting up the department is quite laborious.

3、該複數篩條11係呈條形狀,該複數篩條11與該複數多邊轉子4間接觸面積即不大,二者間組設結構即不佳,該複數多邊轉子4係呈薄形狀且厚度即很小,一般可能約1MM至2MM左右,該複數多邊轉子4受較大阻力即容易變形。 3. The plural sieve strips 11 are in the shape of a strip, and the contact area between the plural sieve strips 11 and the plural polygonal rotors 4 is not large, and the structure between the two is not good. The plural polygonal rotors 4 are thin and thick. That is, it is very small, generally about 1 mm to 2 mm, and the complex polygonal rotor 4 is easily deformed by large resistance.

4、請輔以公報之第三圖所示,該濾隙111中係連續設置至少一個且進行連動自轉的多邊轉子4,請再輔以說明書第0024段所述,該多邊轉子4於轉動時係可相互刮除沾附的料渣,以及刮除沾附在濾隙111的料渣進行自潔運動,但如第三圖所示,各該轉子4間係具有一間隙且每一轉子4係同時呈同方向轉動,故該複數轉子4於轉動時係不可能如說明書第0024段所述可相互刮除其所沾附的料渣,倘若各轉子4間係可相互碰觸刮除,該轉子4間即相互踫撞。 4. Please refer to the third figure of the bulletin. At least one polygonal rotor 4 with continuous rotation and continuous rotation is provided in the filter gap 111. Please supplement with the description in paragraph 0024 of the manual. When the polygonal rotor 4 rotates It can scrape the slag adhering to each other and the slag adhering to the filter gap 111 for self-cleaning movement, but as shown in the third figure, there is a gap between each rotor 4 and each rotor 4 It rotates in the same direction at the same time, so it is impossible for the plural rotors 4 to scrape the attached slag as described in paragraph 0024 of the specification when rotating. If the rotors 4 can touch and scrape each other, The rotors 4 collide with each other.

有鑑於上述習用結構之缺失,本發明人藉多年從事相關行業之製造、生產及設計經驗,終於有一能解決習用弊端之滾床式脫水機結構之產品問世。 In view of the lack of the above-mentioned conventional structure, the inventor, after years of experience in manufacturing, production and design in related industries, finally came out with a product of a roller bed dehydrator structure that can solve the conventional drawbacks.

習用格柵式壓濾機結構之每一篩條係以焊接或鎖固之方式間隔排列固設於該濾台中,方可使每一篩條間形成濾隙,該篩條之數目係會超過三十個以上,每一篩條在該濾台上需呈間隔排列之固設係相當費工。本發明之滾床式脫水機結構之該轉子組之該複數轉子及該複數第一墊片係穿設於該第一桿體上,每一第一墊片係設於每二個轉子間,每一第一墊片之設置係使每二個轉子間形成該第一間隙,該轉子組即為最佳之組設結構。該定子組之每一第二墊片係設於每二個定子間,每一第二墊片之設置係使每二個定子間係形成該第二間隙,該定子組係方便組設。 Each screen strip of the conventional grid filter press structure is arranged and fixed in the filter table at intervals by welding or locking, so that a filter gap can be formed between each screen strip, and the number of the screen strips will exceed For more than 30, each screen strip needs to be arranged at intervals on the filter table, which is quite laborious. The plurality of rotors and the plurality of first gaskets of the rotor set of the roller bed dehydrator structure of the present invention are threaded on the first rod body, each first gasket is disposed between every two rotors, The arrangement of each first gasket is such that the first gap is formed between every two rotors, and the rotor group is the optimal assembly structure. Each second shim of the stator group is arranged between every two stators, and the setting of each second shim is such that the second gap is formed between every two stators, and the stator group is convenient for assembly.

本發明係關於一種滾床式脫水機結構,其係包括:一本體係設有一第一容置部及第一樞部;複數轉子組係樞設於該第一容置部處且呈同步轉動,每一轉子組係包括一第一桿體、複數轉子及複數第一墊片;每一第一墊片係設於每二個轉子間而係形成一第一間隙;一動力機構係帶動該轉子組轉動;一定子組係容設於該第一容置部內,該定子組係包括複數第二桿體、複數定子及複數第二墊片;該定子係容設於該複數轉子組之該第一間隙處,亦即每一定子係容置於該複數轉子組之每二個轉子間片;每一第二墊片係設於每二個定子間而形成一第二間隙。 The invention relates to a rolling bed dehydrator structure, which includes: a system provided with a first accommodating part and a first pivot part; a plurality of rotor groups are pivotally arranged at the first accommodating part and rotate synchronously Each rotor group includes a first rod body, a plurality of rotors and a plurality of first gaskets; each first gasket is disposed between every two rotors to form a first gap; a power mechanism drives the The rotor group rotates; a certain sub-group is accommodated in the first accommodating part, the stator group includes a plurality of second rods, a plurality of stators and a plurality of second gaskets; the stator is accommodated in the plurality of rotor groups At the first gap, that is, each stator is accommodated in every two inter-rotor plates of the plural rotor groups; each second shim is provided between every two stators to form a second gap.

該轉子組之該複數轉子及該複數第一墊片係穿設於該第一桿體上,每一第一墊片係設於每二個轉子間,每一第 一墊片之設置係使每二個轉子間形成該第一間隙,每一第一墊片即係使每二轉子間具有一間隔,該轉子組即為最佳之組設結構。該定子組之該複數定子及該複數第二墊片係穿設於該第二桿體上,每一第二墊片係設於每二個定子間,每一第二墊片之設置係使每二個定子間係形成該第二間隙,每一第二墊片即係使每二定子間具有一間隔。該第一墊片係具有該第一間隙之功效,該第二墊片係具有該第二問隙之功效,該第一墊片及該第二墊片之成本亦相當便宜如此而具低成本功效。該轉子及該定子均係長度較高之片體狀,該轉子及該定子厚度很薄時,該轉子及該定子均有相互支撐之功效。 The plurality of rotors and the plurality of first gaskets of the rotor set are threaded on the first rod body, each first gasket is disposed between every two rotors, each The arrangement of a shim enables the first gap to be formed between every two rotors. Each first shim provides an interval between the two rotors, and the rotor group is the optimal assembly structure. The plural stators and plural second gaskets of the stator group are penetrated on the second rod body, each second gasket is arranged between every two stators, and the arrangement of each second gasket is such that The second gap is formed between every two stators, and each second shim makes an interval between every two stators. The first gasket has the effect of the first gap, the second gasket has the effect of the second gap, the cost of the first gasket and the second gasket is also quite cheap, and has a low cost effect. The rotor and the stator are in the form of a sheet with a relatively long length. When the thickness of the rotor and the stator is very thin, the rotor and the stator have the effect of supporting each other.

為使 鈞局委員及熟習此項技藝人士對本發明之功效完全瞭解,茲配合圖式及圖號就本發明之結構、組成說明於後,惟以下所述者僅為用來解釋本發明之實施例,並非企圖據以對本發明做任何形式上之限制,是以凡是在本發明之精神下,所作的任何修飾變更皆仍應屬於本發明之保護範圍。 In order to make the members of the Jun Bureau and those skilled in the art fully understand the effect of the present invention, the structure and composition of the present invention are described below in conjunction with the drawings and figure numbers, but the following are only used to explain the implementation of the present invention For example, it is not an attempt to restrict the present invention in any form, but any modification or modification made within the spirit of the present invention should still fall within the protection scope of the present invention.

10‧‧‧本體 10‧‧‧Body

11‧‧‧第一容置部 11‧‧‧The first accommodating department

12‧‧‧第一樞部 12‧‧‧ The First Hub

13‧‧‧第一入口 13‧‧‧First entrance

14‧‧‧第一出口 14‧‧‧ First exit

15‧‧‧第二樞部 15‧‧‧Second Hub

16‧‧‧支撐座 16‧‧‧Support

161‧‧‧第三樞部 161‧‧‧ The Third Hub

17‧‧‧收集板 17‧‧‧ Collection board

18‧‧‧第二容置部 18‧‧‧Second accommodating department

20‧‧‧轉子組 20‧‧‧Rotor set

21‧‧‧第一桿體 21‧‧‧The first rod

22‧‧‧轉子 22‧‧‧Rotor

221‧‧‧第一套合部 221‧‧‧The first set

23‧‧‧第一墊片 23‧‧‧First gasket

24‧‧‧第一間隙 24‧‧‧ First gap

25‧‧‧軸承 25‧‧‧bearing

26‧‧‧第一傳動件 26‧‧‧ First transmission

30‧‧‧動力機構 30‧‧‧Power mechanism

31‧‧‧第二傳動件 31‧‧‧Second Transmission Parts

40‧‧‧定子組 40‧‧‧Stator

41‧‧‧第二桿體 41‧‧‧The second rod

42‧‧‧定子 42‧‧‧Stator

421‧‧‧第二套合部 421‧‧‧The second set

422‧‧‧靠抵部 422‧‧‧Department

43‧‧‧第二墊片 43‧‧‧Second Gasket

44‧‧‧第二間隙 44‧‧‧Second gap

50‧‧‧壓板組 50‧‧‧Pressing plate group

51‧‧‧壓板 51‧‧‧Pressing plate

52‧‧‧第四樞部 52‧‧‧The Fourth Hub

53‧‧‧第五樞部 53‧‧‧ The fifth pivot

60‧‧‧調整組 60‧‧‧Adjustment group

61‧‧‧第一樞件 61‧‧‧The first pivot

611‧‧‧第三套合部 611‧‧‧The third set

62‧‧‧第二樞件 62‧‧‧Second pivot

621‧‧‧第一螺紋部 621‧‧‧First thread part

63‧‧‧調整件 63‧‧‧Adjustment

631‧‧‧第四套合部 631‧‧‧The fourth set

70‧‧‧網體 70‧‧‧Net

第一圖、係本發明滾床式脫水機結構之立體分解圖。 The first figure is an exploded perspective view of the structure of the roller bed dehydrator of the present invention.

第二圖、係本發明滾床式脫水機結構本體之立體分解圖。 The second figure is an exploded perspective view of the structural body of the roller bed dehydrator of the present invention.

第三圖、係本發明滾床式脫水機結構轉子組之立體分解圖。 The third figure is an exploded perspective view of the rotor assembly of the roller bed dehydrator of the present invention.

第四圖、係本發明滾床式脫水機結構轉子組之立體組合圖。 The fourth figure is a three-dimensional assembly diagram of the rotor group of the roller bed dehydrator structure of the present invention.

第五圖、係本發明滾床式脫水機結構轉子組之上視圖。 The fifth figure is the top view of the rotor group of the roller bed dehydrator structure of the present invention.

第六圖、係本發明滾床式脫水機結構定子組之立體分解圖。 The sixth figure is an exploded perspective view of the stator assembly of the roller bed dehydrator of the present invention.

第七圖、係本發明滾床式脫水機結構定子組之立體組合圖。 The seventh figure is a three-dimensional assembly diagram of the stator assembly of the rolling bed dehydrator of the present invention.

第八圖、係本發明滾床式脫水機結構定子組之上視圖。 The eighth figure is the upper view of the stator group of the rolling bed dehydrator structure of the present invention.

第九圖、係本發明滾床式脫水機結構壓板組之立體圖。 The ninth figure is a perspective view of the pressure plate assembly of the roller bed dehydrator of the present invention.

第十圖、係本發明之轉子組與定子組之立體組合圖。 The tenth figure is a perspective combination view of the rotor set and the stator set of the present invention.

第十一圖、係本發明之轉子組與定子組之上視圖。 Figure 11 is a top view of the rotor set and stator set of the present invention.

第十二圖、係本發明之轉子組與定子組之側視圖。 Figure 12 is a side view of the rotor set and stator set of the present invention.

第十三圖、係本發明之轉子組與定子組另一操作狀態之立體圖。 Figure 13 is a perspective view of another operating state of the rotor set and the stator set of the present invention.

第十四圖、係本發明滾床式脫水機結構部份元件之立體組合圖。 Figure 14 is a three-dimensional assembly diagram of structural elements of the roller bed dehydrator of the present invention.

第十五圖、係本發明滾床式脫水機結構部份元件之前視圖。 Figure 15 is a front view of structural elements of the roller bed dehydrator of the present invention.

第十六圖、係本發明滾床式脫水機結構之立體組合圖。 Figure 16 is a three-dimensional assembly diagram of the structure of the roller bed dehydrator of the present invention.

第十七圖、係本發明滾床式脫水機結構另一操作狀態之立體圖。 Figure 17 is a perspective view of another operating state of the structure of the roller bed dehydrator of the present invention.

第十八圖、係本發明第二實施例轉子之前視圖。 Figure 18 is a front view of the rotor of the second embodiment of the present invention.

首先請參閱第一圖至第十三圖所示,第一圖係本發明滾床式脫水機結構之立體分解圖,第二圖係本發明滾床式脫水機結構本體10之立體分解圖,第三圖係本發明滾床式脫水機結構轉子組20之立體分解圖,第四圖係本發明滾床式脫水機結構轉子組20之立體組合圖,第五圖係本發明滾床式脫水機結構轉子組20之上視圖,第六圖係本發明滾床式脫水機結構定子組40之立體分解圖,第七圖係本發明滾床式脫水機結構定子組40之立體組合圖,第八圖係本發明滾床式脫水機結構定子組40之上視圖,第九圖 係本發明滾床式脫水機結構壓板組50之立體圖,第十圖係本發明之轉子組20與定子組40之立體組合圖,第十一圖係本發明之轉子組20與定子組40之上視圖,第十二圖係本發明之轉子組20與定子組40之側視圖,第十三圖係本發明之轉子組20與定子組40另一操作狀態之立體圖,本發明係關於一種滾床式脫水機結構,其係包括:一本體10,請輔以第二圖所示,該本體10係為一方形箱體狀,該本體10內係設有一第一容置部11,該第一容置部11係貫穿該本體10,該第一容置部11二端係呈開放狀,該第一容置部11係呈長方槽狀,該第一容置部11係設有複數第一樞部12,該複數第一樞部12係呈間隔直線排列,每一第一樞部12係橫向貫穿該第一容置部11,每一第一樞部12係與該第一容置部11呈相通狀,每一第一樞部12係呈圓穿孔狀,該本體10係設有一第一入口13,該第一入口13係設於該第一容置部11一端,該第一入口13一端係對正該第一容置部11,該第一入口13另端係與被脫水物排出口相連接,該被脫水物係由該第一入口13進入該第一容置部11內,該本體10係設有一第一出口14,該第一出口14係設於該第一容置部11另端,該第一出口14係與該第一容置部11呈相通狀,經脫水後之該被脫水物係由該第一出口14排出該本體10外,該第一出口14係與該第一入口13相遠離,該本體10係設有二第二樞部15,該第二樞部15係設於該第一容置部11之頂端,該第二樞部15係設於近該第一入口13處,該第二樞部15係呈圓穿孔狀,該本體10係設有一支撐座16,該支撐座16係凸設於該第一容置部11之頂端,該支撐座16係與該第二樞部15相遠離狀,該支撐座16與該第一出口14係設於該本體10同端,該支撐座16係設於該第一出口14之上方,該支撐座16之中央處係設 有一第三樞部161,該本體10係設有一收集板17,該收集板17係容設於該第一容置部11內,該收集板17係使該第一容置部11分為上下二層,該收集板17係呈斜面狀,該本體10係設有一第二容置部18,該第二容置部18之開口係設於該本體10一端,該第二容置部18係與該第一容置部11呈相通狀,該第二容置部18之開口係與該第一入口13設於同端,該第二容置部18係設於該第一樞部12及該收集板17間,該收集板17係設於該第二容置部18之下方位置,該第二容置部18係設於該本體10略中央處,該第二容置部18係呈長方槽狀;複數轉子組20,請輔以第三圖至第五圖所示,該複數轉子組20係樞設於該本體10之該第一容置部11處,該複數轉子組20係呈直線排列狀,每一轉子組20係以自已之軸心三百六十度轉動,該複數轉子組20係於該第一容置部11內同步轉動,每一轉子組20二端係樞設於每一第一樞部12處,該轉子組20之數量係與該第一樞部12之數量相配合,每一轉子組20係包括一第一桿體21、複數轉子22、複數第一墊片23、二軸承25及一第一傳動件26;該第一桿體21係樞設於該本體10之該第一樞部12處,該第一桿體21係以該第一樞部12為軸心三百六十度轉動,該第一桿體21一端係凸露於該第一樞部12外,該第一桿體21係呈非圓體狀,該第一桿體21係呈六角桿體狀;該複數轉子22係容設於該第一容置部11,該複數轉子22係套設於該第一桿體21上,當該第一桿體21轉動時,該複數轉子22係會隨該第一桿體21轉動,該第一桿體21及該轉子22之轉動方向係由該第一入口13往 該第一出口14之方向轉動,該轉子22係呈非圓狀,該轉子22係呈三角形體狀;該複數第一墊片23係套設於該第一桿體21上,每一第一墊片23係設於每二個轉子22間,即每二個第一墊片23間係設有一個該轉子23,該複數轉子22及該複數第一墊片23係以該第一桿體21之長度方向呈直線排列狀,該每二個轉子22間係藉由該第一墊片23之間隔而係形成一第一間隙24;該二軸承25係樞設於該第一桿體21之二端,使每一轉子組20係樞設於每一第一樞部12處,其二第一墊片23係設於該二軸承25與設於最外側之該二轉子22間;該第一傳動件26係組設於該第一桿體21上,該第一傳動件26凸露於該本體10之該第一樞部12外,即該第一傳動件26係凸露於該第一容置部11外;一動力機構30,該動力機構30係容置於該本體10之該第一容置部11內,該動力機構30係設於該收集板17之下方位置處,該動力機構30一端係設有一第二傳動件31,該第二傳動件31係與每一轉子組20之該第一傳動件26間係以一傳動體相連接,使該動力機構30係帶動每一第一傳動件26轉動,而使該轉子組20轉動,該第二傳動件31係凸露於該第一容置部11外;該第一傳動件26及該第二傳動件31係為齒輪件時,該傳動體係為鏈條件,該第一傳動件26及該第二傳動件31係為皮帶輪時,該傳動體係為皮帶件以帶動同步轉動,該動力機構可係為馬達機構與該減速機構之 組合;一定子組40,請輔以第六圖至第八圖所示,該定子組40係容設於該本體10之該第一容置部11內,該定子組40係與該複數轉子組20相組設,該複數轉子組20係以該定子組30長度方向呈直線排列狀,請輔以第六圖及第七圖所示,該定子組40係包括複數第二桿體41、複數定子42及複數第二墊片43;該第二桿體41之數目係為二個,該第二桿體41係呈圓桿體狀;該定子42係容設於該複數轉子組20之該第一間隙24處,亦即每一定子42係容置於該複數轉子組20之每二個轉子22間,每一定子42係對正該複數轉子組20之每一第一墊片23,該轉子22係半凸露於該定子42上方位置處,每一定子42係設有複數第二套合部421,每一第二套合部421係供每一第二桿體41相穿設,使該複數定子42係套合於該二第二桿體41上且呈直線排列狀,每一定子42係設有複數靠抵部422,每一靠抵部422係與每一第一樞部12相對正,每一靠抵部422係靠抵或不靠抵於該複數轉子組20之每一第一墊片43處,該靠抵部422之數量係與該第一樞部12及該轉子組20之數量相配合,該複數靠抵部422係呈間隔直線排列狀,該靠抵部422係呈U形凹槽狀,該定子42係需設有該靠抵部422,使該定子42係至少覆設於該轉子22之該第一套合部221上下二側,該定子42與該轉子22間具有更多之覆設面積;每一第二墊片43係穿設於該第二桿體41上,每一第二墊片43係設於每二個定子42間,使每二個定子42間係形成一第二間隙44,該複數 定子42及該複數第二墊片43係以該第二桿體41之長度方向呈直線排列狀,每一第二間隙44係供每一轉子22相容置,每一轉子22係可於每一第二間隙44處轉動;一壓板組50,請輔以第九圖所示,該壓板組50係樞設於該第二樞部15處,該壓板組50係設有一壓板51,該壓板51係由該第二樞部15處往該第一出口14處相對該第一容置部11呈向下傾斜狀,使該壓板51與該第一出口14間呈最小開口狀,該壓板51與該複數轉子組20及該定子組40間即形成一擠壓空間,該壓板51係呈長方形板體狀,該壓板組50係設有一第四樞部52,該第四樞部52係設於該壓板51一端,該第四樞部52係樞設於該第二樞部15處,該第四樞部52係呈圓桿體狀,該壓板組50係設有一第五樞部53,該第五樞部53係設於該壓板51另端,該第五樞部53係與該第四樞部52相遠離;一調整組60,該調整組60係組設於該支撐座16處並與該壓板組50相組設,該調整組60係作動該壓板組50,使該壓板組50係以該第二樞部15為軸心以調整該壓板組50之角度以控制該壓板組50與該第一出口14間之開口大小,該調整組60係包括一第一樞件61、一第二樞件62及一調整件63;該第一樞件61係與該第五樞部53相樞設,使該調整組60與該壓板組50相組設,該第一樞件61係設有一第三套合部611,該第三套合部611係呈圓孔狀;該第二樞件62係組設於該第三樞部161處,使該調整組60與該本體10相樞設,該第二樞件62係設有一第一螺紋部621,該第一螺紋部621 係呈內螺紋狀;該調整件63係與該第一樞件61及該第二樞件62相組設,該調整件63一端係設有一第四套合部631,該第四套合部631係與該第三套合部611相樞設,使該調整件63不與該第一樞件61及該第二樞件62相脫開,該調整件63上係設有一第二螺紋部,該第二螺紋部係與該第一螺紋部621相螺合,該第二螺紋部係可於該第一螺紋部621內轉動,當該調整件63受轉動時,該調整件63之該第二螺紋部係於該第一螺紋部621內轉動,使該調整件63上下位移並同時帶動該壓板組50之該壓板51位移,以調整該壓板51傾斜角度,而調整該壓板51與該複數轉子組20及該定子組40間之該擠壓空間之大小;該第四套合部631與該第三套合部611間係可使用一軸承件相樞設,使該調整件63三百六十度轉動時該第一樞件61係不會三百六十度轉動;一網體70,該網體70係容設於該本體10之該第二容置部18處,該網體70係設於該收集板17與該定子組40間,該網體70係設有複數網格,每一網格之大小係小於該第二間隙44之大小,該網體70係呈長方板體狀。 First, please refer to the first to thirteenth figures. The first figure is an exploded perspective view of the structure of the roller bed dehydrator of the present invention, and the second figure is an exploded perspective view of the structure body 10 of the roller bed dehydrator of the present invention. The third figure is an exploded perspective view of the rotor group 20 of the roller bed dehydrator structure of the present invention, the fourth figure is a perspective assembled view of the rotor group 20 of the roller bed dehydrator structure of the invention, and the fifth figure is the roller bed dehydration of the invention The top view of the rotor structure 20 of the machine structure, the sixth figure is a perspective exploded view of the stator group 40 of the structure of the roller bed dehydrator of the present invention, and the seventh figure is a perspective assembled view of the stator group 40 of the structure of the roller bed dehydrator of the present invention. Figure 8 is an upper view of the stator group 40 of the structure of the rolling bed dehydrator of the present invention, and figure 9 This is a perspective view of the pressure plate assembly 50 of the roller bed dehydrator structure of the present invention. The tenth figure is a perspective assembly view of the rotor set 20 and the stator set 40 of the present invention. The top view, the twelfth figure is a side view of the rotor set 20 and the stator set 40 of the present invention, the thirteenth figure is a perspective view of another operating state of the rotor set 20 and the stator set 40 of the present invention, the present invention relates to a roller The structure of the bed dehydrator includes: a body 10, please supplement as shown in the second figure, the body 10 is in the shape of a square box, the body 10 is provided with a first accommodating portion 11, the first An accommodating portion 11 penetrates the body 10, the two ends of the first accommodating portion 11 are open, the first accommodating portion 11 is a rectangular groove, and the first accommodating portion 11 is provided with a plurality of The first pivot portion 12, the plurality of first pivot portions 12 are arranged in a line at intervals, each first pivot portion 12 laterally penetrates the first accommodating portion 11, and each first pivot portion 12 is connected to the first receptacle The positioning portion 11 is in a communicating shape, and each first pivot portion 12 is circularly perforated. The body 10 is provided with a first inlet 13. The first inlet 13 is disposed at one end of the first accommodating portion 11. One end of one inlet 13 is aligned with the first accommodating portion 11, and the other end of the first inlet 13 is connected to the outlet of the dehydrated object. The dehydrated object enters the first accommodating portion through the first inlet 13 In 11, the body 10 is provided with a first outlet 14, the first outlet 14 is provided at the other end of the first accommodating portion 11, the first outlet 14 is in communication with the first accommodating portion 11, The dehydrated material after dehydration is discharged from the body 10 through the first outlet 14, the first outlet 14 is away from the first inlet 13, the body 10 is provided with two second pivot portions 15, the The second pivot portion 15 is disposed at the top of the first accommodating portion 11, the second pivot portion 15 is disposed near the first inlet 13, the second pivot portion 15 is circularly perforated, and the body 10 A support base 16 is provided. The support base 16 is protruding from the top of the first accommodating portion 11. The support base 16 is away from the second pivot portion 15. The support base 16 and the first outlet 14 is located at the same end of the body 10, the support base 16 is located above the first outlet 14, the center of the support base 16 is located There is a third pivot portion 161, the body 10 is provided with a collecting plate 17, the collecting plate 17 is accommodated in the first accommodating portion 11, the collecting plate 17 divides the first accommodating portion 11 into upper and lower portions In the second layer, the collecting plate 17 is inclined, the body 10 is provided with a second accommodating portion 18, the opening of the second accommodating portion 18 is provided at one end of the body 10, and the second accommodating portion 18 is Communicating with the first accommodating portion 11, the opening of the second accommodating portion 18 is provided at the same end as the first inlet 13, and the second accommodating portion 18 is provided at the first pivot portion 12 and Among the collecting plates 17, the collecting plate 17 is disposed below the second accommodating portion 18, the second accommodating portion 18 is disposed at a slightly center of the body 10, and the second accommodating portion 18 is Rectangular slot shape; plural rotor groups 20, please supplement as shown in the third to fifth figures, the plural rotor groups 20 are pivotally arranged at the first accommodating portion 11 of the body 10, the plural rotor groups 20 It is arranged in a straight line. Each rotor group 20 rotates at its own axis 360 degrees. The plural rotor groups 20 rotate synchronously in the first accommodating portion 11, and each rotor group 20 has two ends. Pivot is provided at each first pivot portion 12, the number of the rotor group 20 is matched with the number of the first pivot portion 12, each rotor group 20 includes a first rod body 21, plural rotor 22, plural number A first washer 23, two bearings 25 and a first transmission member 26; the first rod body 21 is pivotally disposed at the first pivot portion 12 of the body 10, the first rod body 21 is based on the first The pivot 12 rotates 360 degrees to the axis. One end of the first rod body 21 protrudes outside the first pivot portion 12. The first rod body 21 is non-circular. The first rod body 21 is in the shape of a hexagonal rod; the plural rotors 22 are accommodated in the first accommodating portion 11, the plural rotors 22 are sleeved on the first rod body 21, and when the first rod body 21 rotates, The plural rotors 22 will rotate with the first rod body 21, and the rotation direction of the first rod body 21 and the rotor 22 is from the first inlet 13 to The direction of the first outlet 14 rotates, the rotor 22 is non-circular, and the rotor 22 is triangular; the plural first gaskets 23 are sleeved on the first rod body 21, each first The shim 23 is provided between every two rotors 22, that is, one rotor 23 is provided between every two first shim 23, the plural rotors 22 and the plural first shim 23 are based on the first rod body The length direction of 21 is linearly arranged, and each of the two rotors 22 forms a first gap 24 by the interval of the first gasket 23; the two bearings 25 are pivotally arranged on the first rod body 21 At the two ends, each rotor group 20 is pivotally arranged at each first pivot portion 12, and its two first gaskets 23 are arranged between the two bearings 25 and the two rotors 22 arranged on the outermost side; The first transmission member 26 is disposed on the first rod body 21, and the first transmission member 26 protrudes outside the first pivot portion 12 of the body 10, that is, the first transmission member 26 protrudes from the Outside the first accommodating portion 11; a power mechanism 30, which is accommodated in the first accommodating portion 11 of the body 10, and the power mechanism 30 is disposed at a position below the collecting plate 17, A second transmission member 31 is provided at one end of the power mechanism 30, and the second transmission member 31 is connected to the first transmission member 26 of each rotor group 20 by a transmission body, so that the power mechanism 30 is driven Each first transmission member 26 rotates to rotate the rotor group 20, and the second transmission member 31 protrudes outside the first accommodating portion 11; the first transmission member 26 and the second transmission member 31 are When it is a gear member, the transmission system is a chain condition. When the first transmission member 26 and the second transmission member 31 are pulleys, the transmission system is a belt member to drive synchronous rotation. The power mechanism may be a motor mechanism and The speed reduction mechanism Combination; certain sub-group 40, please supplement as shown in the sixth to eighth figures, the stator group 40 is accommodated in the first accommodating portion 11 of the body 10, the stator group 40 and the plurality of rotors The group 20 is arranged in phases. The plural rotor groups 20 are arranged linearly in the longitudinal direction of the stator group 30. Please supplement the sixth and seventh figures. The stator group 40 includes plural second rod bodies 41, A plurality of stators 42 and a plurality of second gaskets 43; the number of the second rod bodies 41 is two, the second rod bodies 41 are round rod-shaped; the stator 42 is accommodated in the complex rotor group 20 At the first gap 24, that is, each stator 42 is accommodated between each two rotors 22 of the plurality of rotor groups 20, and each stator 42 is aligned with each first shim 23 of the plurality of rotor groups 20 The rotor 22 is semi-convexly exposed above the stator 42. Each stator 42 is provided with a plurality of second sleeve portions 421, and each second sleeve portion 421 is provided for each second rod body 41 to penetrate It is assumed that the plural stators 42 are sleeved on the two second rods 41 in a linear arrangement, and each stator 42 is provided with plural abutting portions 422, each abutting portion 422 is connected to each first The pivot portion 12 is relatively positive, and each abutment portion 422 abuts or does not abut on each first shim 43 of the plurality of rotor groups 20. The number of the abutment portions 422 is the same as that of the first pivot portion 12 In accordance with the number of the rotor group 20, the plurality of abutting portions 422 are arranged linearly at intervals, the abutting portions 422 are U-shaped grooves, and the stator 42 needs to be provided with the abutting portions 422 so that The stator 42 is at least covered on the upper and lower sides of the first sleeve portion 221 of the rotor 22, and there is more covering area between the stator 42 and the rotor 22; each second gasket 43 is passed through On the second rod body 41, each second shim 43 is provided between every two stators 42, so that a second gap 44 is formed between each two stators 42, the plural The stator 42 and the plurality of second spacers 43 are arranged linearly along the length direction of the second rod body 41, and each second gap 44 is provided for each rotor 22 to be compatible, and each rotor 22 can A second gap 44 rotates; a pressure plate group 50, please supplement as shown in the ninth figure, the pressure plate group 50 is pivotally arranged at the second pivot portion 15, the pressure plate group 50 is provided with a pressure plate 51, the pressure plate 51 is inclined downward from the second pivot portion 15 to the first outlet 14 relative to the first accommodating portion 11, so that the pressure plate 51 and the first outlet 14 have the smallest opening shape, and the pressure plate 51 A pressing space is formed between the plurality of rotor groups 20 and the stator group 40, the pressing plate 51 is in the shape of a rectangular plate, the pressing plate group 50 is provided with a fourth pivot portion 52, and the fourth pivot portion 52 is provided At one end of the pressing plate 51, the fourth pivot portion 52 is pivotally arranged at the second pivot portion 15, the fourth pivot portion 52 is in the shape of a round rod, and the pressing plate group 50 is provided with a fifth pivot portion 53, The fifth pivot portion 53 is disposed at the other end of the pressing plate 51, the fifth pivot portion 53 is away from the fourth pivot portion 52; an adjustment group 60, which is disposed at the support base 16 And set with the pressure plate group 50, the adjustment group 60 actuates the pressure plate group 50, so that the pressure plate group 50 uses the second pivot portion 15 as the axis to adjust the angle of the pressure plate group 50 to control the pressure plate group The size of the opening between 50 and the first outlet 14, the adjustment group 60 includes a first pivot 61, a second pivot 62 and an adjustment 63; the first pivot 61 and the fifth pivot 53 is pivotally arranged, so that the adjustment group 60 and the pressing plate group 50 are arranged together, the first pivot member 61 is provided with a third sleeve portion 611, and the third sleeve portion 611 is round hole-shaped; The second pivot member 62 is set at the third pivot portion 161 to pivot the adjustment group 60 and the body 10, and the second pivot member 62 is provided with a first screw portion 621, and the first screw portion 621 It is in the form of an internal thread; the adjusting member 63 is assembled with the first pivot member 61 and the second pivot member 62, and one end of the adjusting member 63 is provided with a fourth sleeve portion 631, and the fourth sleeve portion 631 is pivotally arranged with the third sleeve portion 611 so that the adjusting member 63 is not disengaged from the first pivot member 61 and the second pivot member 62, and a second threaded portion is provided on the adjusting member 63 , The second threaded portion is screwed with the first threaded portion 621, the second threaded portion is rotatable within the first threaded portion 621, when the adjusting member 63 is rotated, the The second threaded portion rotates in the first threaded portion 621 to displace the adjusting member 63 up and down and simultaneously drive the pressing plate 51 of the pressing plate group 50 to adjust the tilt angle of the pressing plate 51 and adjust the pressing plate 51 and the The size of the squeezing space between the plurality of rotor sets 20 and the stator set 40; between the fourth sleeve portion 631 and the third sleeve portion 611, a bearing member can be used to pivot the adjustment member 63 When the one-hundred and sixty degrees turn, the first pivot member 61 does not turn 360 or sixty degrees; a net body 70, which is accommodated at the second accommodating portion 18 of the body 10, the net The body 70 is disposed between the collecting plate 17 and the stator group 40. The mesh body 70 is provided with a plurality of grids, the size of each grid is smaller than the size of the second gap 44, the mesh body 70 is long Square plate shape.

請參閱第十圖至第十三圖所示,該複數轉子組20與該定子組40相組設後即如第十圖所示,該複數轉子組20與該定子組40係容設於該第一容置部11處,每一轉子組20係樞設於每一第一樞部12處,該定子組40之每一定子42係組設於該複數轉子組20之每一第一間隙24處,每一靠抵部422係靠抵於該轉子組20之每一第一墊片43處,該定子組40之每一第二間隙44 係供每一轉子22相容置,每一轉子22係可於每二個定子42間由該第一入口13往該第一出口14之方向轉動,該複數轉子組20轉動後之狀態即如第十三圖所示。 Please refer to the tenth to thirteenth figures. After the complex rotor group 20 and the stator group 40 are assembled, as shown in the tenth figure, the complex rotor group 20 and the stator group 40 are accommodated in the At the first accommodating portion 11, each rotor group 20 is pivotally disposed at each first pivot portion 12, and each stator 42 of the stator group 40 is disposed at each first gap of the plurality of rotor groups 20 At 24 locations, each abutting portion 422 abuts against each first shim 43 of the rotor group 20, and each second gap 44 of the stator group 40 Each rotor 22 is compatible, and each rotor 22 can rotate from the first inlet 13 to the first outlet 14 between every two stators 42. The state of the plurality of rotor groups 20 after rotation is as follows Figure 13 shows.

請繼續參閱第十四圖至第十六圖所示,第十四圖係本發明滾床式脫水機結構部份元件之立體組合圖,第十五圖係本發明滾床式脫水機結構部份元件之前視圖,第十六圖係本發明滾床式脫水機結構之立體組合圖,由圖示可清楚所示,該複數轉子組20係容設於該本體10之該第一容置部11處,該動力機構30之該第二傳動件31與每一轉子組20之該第一傳動件26間係以一鏈條相連接,該定子組40係容設於該第一容置部11之上層,該定子組40係與該複數轉子組20相組設,該壓板組50係樞設於該第二樞部15處,該壓板51係由該第二樞部15處往該第一出口14處呈向下傾斜狀,使該壓板51與該第一出口14間呈最小開口狀,該壓板51與該複數轉子組20及該定子組40間係形成該擠壓空間,該調整組60係組設於該本體10之該支撐座16處,該調整組60係與該壓板組50相組設以調整該壓板組50之角度,該網體70係容設於該第二容置部18處,該網體70係設於該收集板17與該定子組40間。 Please continue to refer to the fourteenth to sixteenth figures, the fourteenth figure is a three-dimensional assembly diagram of the structural parts of the roller bed dehydrator of the present invention, and the fifteenth figure is the structural part of the roller bed dehydrator of the present invention The front view of the parts, the sixteenth figure is a three-dimensional assembled view of the structure of the roller bed dehydrator of the present invention, as can be clearly seen from the illustration, the plural rotor groups 20 are accommodated in the first accommodating part of the body 10 At 11 places, the second transmission member 31 of the power mechanism 30 and the first transmission member 26 of each rotor group 20 are connected by a chain, and the stator group 40 is accommodated in the first accommodating portion 11 In the upper layer, the stator group 40 is assembled with the plurality of rotor groups 20, the pressure plate group 50 is pivotally arranged at the second pivot portion 15, and the pressure plate 51 is routed from the second pivot portion 15 to the first The outlet 14 is inclined downward so that the pressure plate 51 and the first outlet 14 have the smallest opening shape. The pressure plate 51 forms the squeezing space between the plurality of rotor groups 20 and the stator group 40. The adjustment group The 60 series is set at the support base 16 of the body 10, the adjustment group 60 is set to the pressure plate group 50 to adjust the angle of the pressure plate group 50, and the mesh body 70 is accommodated in the second accommodation At part 18, the mesh body 70 is disposed between the collecting plate 17 and the stator assembly 40.

未經脫水之該被脫水物係由本體10之該第一入口13進入該第一容置部11內,該被脫水物即置設於該定子組40上面,該動力機構30轉動,該第二傳動件31帶動該第一傳動件26轉動,使該複數轉子組20同步轉動,每一轉子22即於該定子組40之每一第二間隙44處由該第一入口13往該第一出口14之方向轉動,該轉子組20轉動係同時推動該被脫水物往該第一出口14處位移,且該被脫水物係同時於該壓板51與該複數轉子組20及該定 子組40間所形成之該擠壓空間處受該壓板51擠壓而脫水,水即由該第一間隙24及該第二間隙44處往下流動至該第一容置部11之下層處,而經脫水後之該被脫水物係繼續受該複數轉子組20推動而由該第一出口14處排出該本體10外。 The dehydrated object that has not been dehydrated enters the first accommodating portion 11 through the first inlet 13 of the body 10, the dehydrated object is placed on the stator assembly 40, the power mechanism 30 rotates, the first The two transmission members 31 drive the first transmission member 26 to rotate, so that the plurality of rotor groups 20 rotate synchronously, and each rotor 22 passes from the first inlet 13 to the first at each second gap 44 of the stator group 40 The direction of the outlet 14 rotates, and the rotation of the rotor group 20 simultaneously pushes the dehydrated object toward the first outlet 14, and the dehydrated object is simultaneously on the pressing plate 51 and the plurality of rotor groups 20 and the stator The pressing space formed between the sub-groups 40 is pressed and dehydrated by the pressing plate 51, and water flows downward from the first gap 24 and the second gap 44 to the lower layer of the first accommodating portion 11 The dehydrated material after dehydration continues to be pushed by the plurality of rotor groups 20 and is discharged from the body 10 through the first outlet 14.

當該被脫水物受該壓板51擠壓脫水,而使水自該第一間隙24及該第二間隙44處往下流動至該第一容置部11之下層處時,水中係可能含帶體積小於該第一間隙24及該第二間隙44之被脫水物,該水係經由該網體70,使該網體70二次過濾體積較小之該被脫水物而僅使水往下流至該收集板17處。 When the dehydrated object is pressed and dehydrated by the pressure plate 51, so that water flows downward from the first gap 24 and the second gap 44 to the lower layer of the first accommodating portion 11, the water system may contain bands The dehydrated material whose volume is smaller than the first gap 24 and the second gap 44 passes through the mesh body 70, so that the mesh body 70 filters the dehydrated object with a smaller volume for the second time, and only the water flows down to There are 17 collection plates.

請參閱第十七圖所示,第十七圖係本發明滾床式脫水機結構另一操作狀態之立體圖,由圖示可清楚所示,該調整組60之該調整件63之該第二螺紋部係於該第二樞件62之該第一螺紋部621內轉動,使該調整件63上下位移並同時帶動該壓板組50之該壓板51位移,以調整該壓板51傾斜之角度,而調整該壓板51與該複數轉子組20及該定子組40間之該擠壓空間之大小。 Please refer to the seventeenth figure. The seventeenth figure is a perspective view of another operation state of the structure of the roller bed dehydrator of the present invention. As can be clearly seen from the illustration, the second of the adjusting member 63 of the adjusting group 60 The threaded portion is rotated in the first threaded portion 621 of the second pivot 62 to displace the adjusting member 63 up and down and simultaneously drive the pressure plate 51 of the pressure plate group 50 to adjust the tilt angle of the pressure plate 51, and The size of the squeezing space between the pressing plate 51 and the plurality of rotor groups 20 and the stator group 40 is adjusted.

請繼續參閱第十八圖所示,第十八圖係本發明第二實施例轉子之前視圖,該轉子22除第一圖所示之形狀,係可為橢圓狀、長橢圓狀或齒輪形狀。 Please continue to refer to the eighteenth figure. The eighteenth figure is a front view of the rotor according to the second embodiment of the present invention. The rotor 22 may be oval, oblong, or gear-shaped except for the shape shown in the first figure.

本發明另一實施例,請輔以第十五圖所示,該第十五圖係揭露該複數轉子組20係呈同一角度,每一轉子組20亦係可呈不同角度狀而同步轉動。 For another embodiment of the present invention, please refer to the fifteenth figure. The fifteenth figure discloses that the plurality of rotor groups 20 are at the same angle, and each rotor group 20 can also rotate synchronously at different angles.

本發明另一實施例,請輔以第七圖所示,設有一框架,該框 架係與該第二桿體41相固設,該框架係繞設該複數定子42之周緣,該框架再組設於該本體10之該第一容置部11內,使該定子組40組設於該第一容置部11內。 In another embodiment of the present invention, please supplement the seventh figure with a frame, the frame The frame is fixed with the second rod body 41, the frame surrounds the periphery of the plurality of stators 42, and the frame is assembled in the first accommodating portion 11 of the body 10 to make the stator group 40 groups It is set in the first accommodating portion 11.

本發明另一實施例,該調整組60係可為一組氣壓缸、油壓缸或任何可伸縮長度之結構,使該調整組60係均可調整該壓板組50之相對角度。 In another embodiment of the present invention, the adjustment group 60 can be a group of pneumatic cylinders, hydraulic cylinders, or any structure with retractable length, so that the adjustment group 60 can adjust the relative angle of the pressure plate group 50.

本發明另一實施例,該本體10係不設有該第二容置部18,亦不設有該網體70。 In another embodiment of the present invention, the body 10 is not provided with the second accommodating portion 18 nor the mesh body 70.

本發明另一實施例,該被脫水物擠壓後之水係由該本體10底部處排出,該排出之水係可再予以收集後經由輸送裝置而再由該第一入口13處再進入該第一容置部11內,如此即可經數次後,該排出之水即係相當純淨。 According to another embodiment of the present invention, the water after being squeezed by the dehydrated material is discharged from the bottom of the body 10, and the discharged water can be collected again and then enters the first inlet 13 through the conveying device and then enters the In the first accommodating part 11, after several times, the discharged water is quite pure.

本發明滾床式脫水機結構之優點係在於: The advantages of the structure of the roller bed dehydrator of the present invention are:

1、請輔以第三圖至第五圖所示,該轉子組20之該複數轉子22及該複數第一墊片23係穿設於該第一桿體21上,每一第一墊片23係設於每二個轉子22間,每一第一墊片23之設置係使每二個轉子22間形成該第一間隙24,每一第一墊片23即係使每二轉子22間具有一間隔,該轉子組20即為最佳之組設結構。 1. Please refer to the third to fifth figures, the plural rotors 22 and the plural first gaskets 23 of the rotor group 20 are penetrated on the first rod body 21, and each first gasket 23 is arranged between every two rotors 22, and the setting of each first shim 23 makes the first gap 24 between every two rotors 22, and every first shim 23 makes every two rotors 22 With a gap, the rotor group 20 is the optimal assembly structure.

2、請輔以第六圖至第八圖所示,該定子組40之該複數定子42及該複數第二墊片43係穿設於該第二桿體41上,每一第二墊片43係設於每二個定子42間,每一第二墊片43之設置係使每二個定子42間係形成該第二間隙44,每一第二墊片43即係使每二定子42間具有一間隔,該定子組40係為較佳之 組設結構。 2. Please refer to the sixth to eighth figures, the plural stators 42 and the plural second gaskets 43 of the stator group 40 are penetrated on the second rod body 41, and each second gasket 43 is provided between every two stators 42, and the setting of each second shim 43 makes the second gap 44 between every two stators 42, and each second shim 43 makes every second stator 42 There is a gap between them, the stator group 40 is preferably Set up the structure.

3、該第一墊片23具有該第一間隙24之功效,該第二墊片43具有該第二問隙44之功效,該第一墊片23及該第二墊片43之成本亦相當便宜而具低成本功效。 3. The first gasket 23 has the effect of the first gap 24, the second gasket 43 has the effect of the second gap 44, the cost of the first gasket 23 and the second gasket 43 is also equivalent Cheap and low cost.

4、該轉子組20係為一模組結構,該定子組40亦為模組結構,該轉子組20及該定子組40係分別組裝後,該轉子組20及該定子組40再組於該第一容置部11內。 4. The rotor group 20 is a modular structure, and the stator group 40 is also a modular structure. After the rotor group 20 and the stator group 40 are assembled separately, the rotor group 20 and the stator group 40 are assembled in the Inside the first accommodating portion 11.

5、請再參閱第十圖所示,該轉子22及該定子42均係長度較高之片體狀,該轉子22及該定子42厚度很薄時,該轉子22及該定子42均有相互支撐之功效。 5. Please refer again to the tenth figure, the rotor 22 and the stator 42 are in the form of a sheet with a relatively long length. When the thickness of the rotor 22 and the stator 42 is very thin, the rotor 22 and the stator 42 are mutually The effect of support.

6、每一定子42係設有複數靠抵部422,每一靠抵部422若係靠抵於該複數轉子組20之每一第一墊片43處,該複數轉子組20與該定子組40間即具更佳之組設結構。 6. Each stator 42 is provided with a plurality of abutment portions 422. If each abutment portion 422 abuts against each first shim 43 of the plurality of rotor groups 20, the plurality of rotor groups 20 and the stator group 40 rooms have better structure.

7、該每一第二間隙44係供每一轉子22相容置,每一轉子22係可於每一第二間隙44處轉動。 7. Each second gap 44 is provided for each rotor 22 to be compatible, and each rotor 22 can rotate at each second gap 44.

8、未經脫水之該被脫水物係由該第一入口13進入該第一容置部11內,該被脫水物即置設於該定子組40上,該動力機構30轉動,使該複數轉子組20同步轉動,每一轉子22即於該定子組40之每一第二間隙44處由該第一入口13往該第一出口14之方向轉動,該轉子組20轉動係同時推動該被脫水物往該第一出口14處位移,亦即該被脫水物於該定子組40處之位移動力來源係為該轉子組20之轉轉動力,該被脫水物係同時於該壓板51與該複數轉子組20及該定子組40間所形成之該擠壓空間處受該壓板51擠壓脫水,經脫水 後之該被脫水物係繼續受該複數轉子組20推動而由該第一出口14處排出該本體10外。 8. The dehydrated object without dehydration enters the first accommodating portion 11 through the first inlet 13, the dehydrated object is placed on the stator assembly 40, and the power mechanism 30 rotates to make the plural The rotor group 20 rotates synchronously, and each rotor 22 rotates from the first inlet 13 to the first outlet 14 at each second gap 44 of the stator group 40. The rotation of the rotor group 20 simultaneously drives the rotor The dehydrated substance is displaced toward the first outlet 14, that is, the source of displacement of the dehydrated substance at the stator set 40 is the rotational force of the rotor set 20, and the dehydrated substance is simultaneously on the pressure plate 51 and The pressing space formed between the plurality of rotor groups 20 and the stator group 40 is pressed and dehydrated by the pressing plate 51, after dehydration After that, the dehydrated material continues to be pushed by the plurality of rotor groups 20 and is discharged out of the body 10 from the first outlet 14.

9、承上點所述,該被脫水物中擠壓出之水分係由該第一間隙24及該第二間隙44處往下流動至該第一容置部11之下層處,並由該本體10之底部處排出。 9. According to the above point, the water squeezed out of the dehydrated substance flows downward from the first gap 24 and the second gap 44 to the lower layer of the first accommodating portion 11, and from the The bottom of the body 10 is discharged.

10、該被脫水物中擠壓出之水分係由該第一間隙24及該第二間隙44處往下流動至該第一容置部11之下層處,水會經由該網體70,水中係可能含帶體積小於該第一間隙24及該第二間隙44之被脫水物,該網體70即第二次過濾被脫水物而僅使水往下流至該收集板17處,該網體70具有第二過濾功效。 10. The water squeezed out of the dehydrated material flows downward from the first gap 24 and the second gap 44 to the lower layer of the first accommodating portion 11, the water passes through the mesh body 70, the water It may contain the dehydrated material with a volume smaller than the first gap 24 and the second gap 44, the mesh body 70 filters the dehydrated object for the second time and only allows water to flow down to the collecting plate 17, the mesh body 70 has a second filtering effect.

11、該調整組60之該調整件63之該第二螺紋部係於該第二樞件62之該第一螺紋部621內轉動,該調整件63受轉動時,該調整件63相對該本體10係上下位移並同時帶動該壓板組50之該壓板51位移,以調整該壓板51傾斜之角度,而調整該壓板51與該複數轉子組20及該定子組40間之該擠壓空間之大小。 11. The second threaded portion of the adjustment member 63 of the adjustment group 60 rotates in the first threaded portion 621 of the second pivot member 62. When the adjustment member 63 is rotated, the adjustment member 63 is relative to the body 10 is a vertical displacement and simultaneously drives the pressure plate 51 of the pressure plate group 50 to be displaced to adjust the angle of the pressure plate 51 and adjust the size of the pressing space between the pressure plate 51 and the plurality of rotor groups 20 and the stator group 40 .

因此本發明之滾床式脫水機結構具有產業利用性、新穎性及進步性,誠能符合發明專利之申請要件,爰依法提出申請。 Therefore, the structure of the roller bed dehydrator of the present invention has industrial applicability, novelty and progress, and can truly meet the requirements of the invention patent application, and the application is submitted according to law.

10‧‧‧本體 10‧‧‧Body

11‧‧‧第一容置部 11‧‧‧The first accommodating department

12‧‧‧第一樞部 12‧‧‧ The First Hub

13‧‧‧第一入口 13‧‧‧First entrance

14‧‧‧第一出口 14‧‧‧ First exit

15‧‧‧第二樞部 15‧‧‧Second Hub

16‧‧‧支撐座 16‧‧‧Support

161‧‧‧第三樞部 161‧‧‧ The Third Hub

17‧‧‧收集板 17‧‧‧ Collection board

18‧‧‧第二容置部 18‧‧‧Second accommodating department

20‧‧‧轉子組 20‧‧‧Rotor set

30‧‧‧動力機構 30‧‧‧Power mechanism

31‧‧‧第二傳動件 31‧‧‧Second Transmission Parts

40‧‧‧定子組 40‧‧‧Stator

50‧‧‧壓板組 50‧‧‧Pressing plate group

60‧‧‧調整組 60‧‧‧Adjustment group

61‧‧‧第一樞件 61‧‧‧The first pivot

611‧‧‧第三套合部 611‧‧‧The third set

62‧‧‧第二樞件 62‧‧‧Second pivot

621‧‧‧第一螺紋部 621‧‧‧First thread part

63‧‧‧調整件 63‧‧‧Adjustment

631‧‧‧第四套合部 631‧‧‧The fourth set

70‧‧‧網體 70‧‧‧Net

Claims (17)

一種滾床式脫水機結構,其係包括:一本體,該本體內係設有一第一容置部,該第一容置部係設有複數第一樞部,該複數第一樞部係呈間隔直線排列,該本體係設有一第一入口,該第一入口係設於該第一容置部一端,該第一入口一端係對正該第一容置部,該本體係設有一第一出口,該第一出口係設於該第一容置部另端,該第一出口係與該第一容置部呈相通狀,該第一出口係與該第一入口相遠離,該本體係設有二第二樞部;複數轉子組,該複數轉子組係樞設於該第一容置部處,該複數轉子組係呈直線排列狀,每一轉子組係以自已之軸心三百六十度轉動,該複數轉子組係於該第一容置部內同步轉動,每一轉子組二端係樞設於每一第一樞部處,該轉子組之數量係與該第一樞部之數量相配合,每一轉子組係包括一第一桿體、複數轉子、複數第一墊片及一第一傳動件;該第一桿體係樞設於該第一樞部處,該第一桿體係以該第一樞部為軸心轉動;該複數轉子係容設於該第一容置部內,該複數轉子係套設於該第一桿體上,當該第一桿體轉動時,該複數轉子係會隨該第一桿體轉動,該第一桿體及該轉子之轉動方向係由該第一入口往該第一出口之方向轉動;該複數第一墊片係套設於該第一桿體上,每一第一墊片係設於每二個轉子間,即每二個第一墊片間係設有一個該轉子,該複數轉子及該複數第一墊片係以該第一桿體之長度方向呈直線排列狀,該每二個轉子間係藉由該第一墊片之間隔而係形成一第一間隙; 該第一傳動件係組設於該第一桿體上;一動力機構,該動力機構係容置於該第一容置部內,該動力機構一端係設有一第二傳動件,該第二傳動件係與每一轉子組之該第一傳動件間係以一傳動體相連接,使該動力機構係帶動每一第一傳動件轉動,而使該轉子組轉動;一定子組,該定子組係容設於該第一容置部內,該複數轉子組係以該定子組長度方向呈直線排列狀,該定子組係包括複數第二桿體、複數定子及複數第二墊片;該定子係容設於該複數轉子組之該第一間隙處,亦即每一定子係容置於該複數轉子組之每二個轉子間,每一定子係對正該複數轉子組之每一第一墊片,該轉子係半凸露於該定子上方位置處,每一定子係設有複數第二套合部,每一第二套合部係供每一第二桿體相穿設,使該複數定子係套合於該二第二桿體上且呈直線排列狀,每一定子係設有複數靠抵部,每一靠抵部係與每一第一樞部相對正,每一靠抵部係靠抵或不靠抵於該複數轉子組之每一第一墊片處,該靠抵部之數量係與該第一樞部及該轉子組之數量相配合,該複數靠抵部係呈間隔直線排列狀,該靠抵部係呈U形凹槽狀;每一第二墊片係穿設於該第二桿體上,每一第二墊片係設於每二個定子間,使每二個定子間係形成一第二間隙,該複數定子及該複數第二墊片係以該第二桿體之長度方向呈直線排列狀,每一第二間隙係供每一轉子相容置,每一轉子係可於每一第二間隙處轉動;一壓板組,該壓板組係樞設於該第二樞部處,該壓板組係設有一壓板,該壓板係由該第二樞部處往該第一出口處相對該第一容置部呈向下傾斜 狀,使該壓板與該第一出口間呈最小開口狀,該壓板與該複數轉子組及該定子組間即形成一擠壓空間。 A rolling bed dehydrator structure includes a body, a body is provided with a first accommodating part, the first accommodating part is provided with a plurality of first pivot parts, the plurality of first pivot parts are Arranged linearly at intervals, the system is provided with a first inlet, the first inlet is provided at one end of the first accommodating portion, the first inlet end is aligned with the first accommodating portion, and the system is provided with a first An outlet, the first outlet is provided at the other end of the first accommodating portion, the first outlet is in communication with the first accommodating portion, the first outlet is away from the first inlet, the system There are two second pivot parts; plural rotor groups, the plural rotor groups are pivotally arranged at the first accommodating part, the plural rotor groups are arranged linearly, and each rotor group has its own axis 300 Sixty degrees of rotation, the plurality of rotor groups rotate synchronously in the first accommodating portion, the two ends of each rotor group are pivotally arranged at each first pivot portion, the number of the rotor groups is the same as the first pivot portion The number of each rotor group includes a first rod body, a plurality of rotors, a plurality of first gaskets, and a first transmission member; the first rod system is pivotally disposed at the first pivot portion, the first The rod system rotates around the first pivot part; the plural rotors are accommodated in the first accommodating part, the plural rotors are sleeved on the first rod body, and when the first rod body rotates, The plurality of rotors rotates with the first rod body, and the rotation direction of the first rod body and the rotor rotates from the first inlet to the first outlet; the plural first gaskets are sleeved on the On the first rod body, each first gasket is arranged between every two rotors, that is, one rotor is arranged between every two first gaskets, the plural rotors and the plural first gaskets are connected by the The length direction of the first rod body is linearly arranged, and a gap is formed between each two rotors by the interval of the first gasket; The first transmission element is set on the first rod body; a power mechanism, the power mechanism is accommodated in the first accommodating portion, and a second transmission element is provided at one end of the power mechanism, the second transmission The system is connected to the first transmission member of each rotor group by a transmission body, so that the power mechanism drives each first transmission member to rotate, and the rotor group rotates; a certain subgroup, the stator group It is arranged in the first accommodating part, and the plurality of rotor groups are arranged linearly in the longitudinal direction of the stator group. The stator group includes a plurality of second bars, a plurality of stators and a plurality of second gaskets; the stator system It is accommodated at the first gap of the plural rotor groups, that is, each stator is accommodated between every two rotors of the plural rotor groups, and each stator is aligned with each first pad of the plural rotor groups The rotor is semi-convexly exposed above the stator. Each stator is provided with a plurality of second sleeves, and each second sleeve is provided for each second rod body to intersect, so that the plural The stators are sleeved on the two second rods and are arranged in a straight line. Each stator is provided with a plurality of abutment portions, each abutment portion is opposite to each first pivot portion, and each abutment portion It leans against or does not lean against each first shim of the plurality of rotor sets, the number of the abutment portions matches the number of the first pivot portion and the rotor set, the plurality of abutment portions is present Linearly arranged at intervals, the abutting portion is in the shape of a U-shaped groove; each second gasket is threaded on the second rod body, and each second gasket is disposed between every two stators, so that A second gap is formed between each two stators, the plurality of stators and the plurality of second shims are arranged linearly along the length of the second rod body, and each second gap is provided for each rotor to be compatible , Each rotor can rotate at each second gap; a pressure plate set, the pressure plate set is pivotally arranged at the second pivot portion, the pressure plate set is provided with a pressure plate, and the pressure plate is formed by the second pivot portion The first outlet is inclined downwards relative to the first accommodating portion The pressure plate and the first outlet form a minimum opening, and a compression space is formed between the pressure plate and the plurality of rotor groups and the stator group. 如請求項1所述之滾床式脫水機結構,其中,該本體係為一方形箱體狀,該第一容置部係貫穿該本體,該第一容置部二端係呈開放狀,該第一容置部係呈長方槽狀,每一第一樞部係橫向貫穿該第一容置部,每一第一樞部係與該第一容置部呈相通狀,每一第一樞部係呈圓穿孔狀,該第一入口另端係與被脫水物排出口相連接,該被脫水物係由該第一入口進入該第一容置部內,經脫水後之該被脫水物係由該第一出口排出該本體外,該第二樞部係設於該第一容置部之頂端,該第二樞部係設於近該第一入口處,該第二樞部係呈圓穿孔狀。 The structure of the roller bed dehydrator according to claim 1, wherein the system is in the shape of a square box, the first accommodating portion penetrates the body, and both ends of the first accommodating portion are open. The first accommodating portion is in the shape of a rectangular groove, each first pivot portion is transversely penetrating the first accommodating portion, each first pivot portion is in communication with the first accommodating portion, and each first A pivot portion is circularly perforated, and the other end of the first inlet is connected to the dehydrated object outlet. The dehydrated object enters the first accommodating portion from the first inlet, and the dehydrated object is dehydrated The object is discharged from the body through the first outlet, the second pivot portion is disposed at the top of the first accommodating portion, the second pivot portion is disposed near the first inlet, and the second pivot portion is It is round and perforated. 如請求項1所述之滾床式脫水機結構,其中,該本體係設有一支撐座,該支撐座係凸設於該第一容置部之頂端,該支撐座係與該第二樞部相遠離狀,該支撐座與該第一出口係設於該本體同端,該支撐座係設於該第一出口之上方,該支撐座之中央處係設有一第三樞部;該壓板組係設有一第五樞部,該第五樞部係設於該壓板另端,該第五樞部係與該第四樞部相遠離;設有一調整組,該調整組係組設於該支撐座處並與該壓板組相組設,該調整組係作動該壓板組,使該壓板組係以該第二樞部為軸心以調整該壓板組之角度以控制該壓板組與該第一出口間之開口大小。 The structure of the roller bed dehydrator according to claim 1, wherein the system is provided with a support seat, the support seat is protrudingly provided on the top of the first accommodating part, the support seat is connected with the second pivot part Away from each other, the support base and the first outlet are located at the same end of the body, the support base is located above the first outlet, and a third pivot is provided at the center of the support base; the pressure plate assembly A fifth pivot portion is provided, the fifth pivot portion is located at the other end of the pressure plate, the fifth pivot portion is away from the fourth pivot portion; an adjustment group is provided, and the adjustment group is located on the support Seated and set up with the pressure plate group, the adjustment group actuates the pressure plate group, so that the pressure plate group uses the second pivot as the axis to adjust the angle of the pressure plate group to control the pressure plate group and the first The size of the opening between the exits. 如請求項1所述之滾床式脫水機結構,其中,該本體係設有一收集板,該收集板係容設於該第一容置部內,該收集板係使該第一容置部分為上下二層,該收集板係呈斜面狀。 The structure of the roller bed dehydrator as described in claim 1, wherein the system is provided with a collecting plate, the collecting plate is accommodated in the first accommodating part, and the collecting plate makes the first accommodating part be The upper and lower two layers, the collection plate is inclined. 如請求項1所述之滾床式脫水機結構,其中,該本體係設有一第二 容置部,該第二容置部之開口係設於該本體一端,該第二容置部係與該第一容置部呈相通狀,該第二容置部之開口係與該第一入口設於同端,該第二容置部係設於該第一樞部下方位置,該第二容置部係設於該本體略中央處,該第二容置部係呈長方槽狀;設有一網體,該網體係容設於該本體之該第二容置部處,該網體係設有複數網格,每一網格之大小係小於該第二間隙之大小,該網體係呈長方板體狀。 The structure of the roller bed dehydrator as described in claim 1, wherein the system is provided with a second An accommodating portion, the opening of the second accommodating portion is provided at one end of the body, the second accommodating portion is in communication with the first accommodating portion, and the opening of the second accommodating portion is in communication with the first The inlet is provided at the same end, the second accommodating portion is provided at a position below the first pivot portion, the second accommodating portion is provided at the slightly center of the body, and the second accommodating portion is in the shape of a rectangular groove ; There is a net body, the net system is accommodated at the second accommodating part of the body, the net system is provided with a plurality of grids, the size of each grid is smaller than the size of the second gap, the net system It has a rectangular plate shape. 如請求項1所述之滾床式脫水機結構,其中,該第一桿體一端係凸露於該第一樞部外,該第一桿體係呈非圓體狀,該第一桿體係呈六角桿體狀;該轉子係呈非圓狀,該轉子係呈三角形體狀;設有二軸承,該二軸承係樞設於該第一桿體之二端,使每一轉子組係樞設於每一第一樞部處,其二第一墊片係設於該二軸承與設於最外側之該二轉子間;該第一傳動件凸露於該本體之該第一樞部外,即該第一傳動件係凸露於該第一容置部外。 The structure of the roller bed dehydrator according to claim 1, wherein one end of the first rod body is exposed outside the first pivot portion, the first rod system is non-circular, and the first rod system is Hexagonal rod-shaped; the rotor is non-circular, the rotor is triangular-shaped; two bearings are provided, the two bearings are pivotally arranged at the two ends of the first rod body, so that each rotor group is pivotally arranged At each first pivot portion, two first gaskets are disposed between the two bearings and the two rotors disposed at the outermost side; the first transmission member protrudes outside the first pivot portion of the body, That is, the first transmission element protrudes outside the first accommodating portion. 如請求項4所述之滾床式脫水機結構,其中,該動力機構係設於該收集板之下方位置處,該第二傳動件係凸露於該第一容置部外,該第一傳動件及該第二傳動件係為齒輪件時,該傳動體係為鏈條件,該第一傳動件及該第二傳動件係為皮帶輪時,該傳動體係為皮帶件以帶動同步轉動,該動力機構可係為馬達機構與該減速機構之組合。 The structure of the roller bed dehydrator according to claim 4, wherein the power mechanism is provided at a position below the collecting plate, the second transmission member is exposed outside the first accommodating portion, and the first When the transmission part and the second transmission part are gears, the transmission system is a chain condition, and when the first transmission part and the second transmission part are pulleys, the transmission system is a belt part to drive synchronous rotation, the power The mechanism may be a combination of a motor mechanism and the reduction mechanism. 如請求項1所述之滾床式脫水機結構,其中,該定子組係與該複數轉子組相組設;該第二桿體之數目係為二個,該第二桿體係呈圓桿體狀。 The structure of a roller bed dehydrator as described in claim 1, wherein the stator group is arranged in combination with the plural rotor groups; the number of the second rod bodies is two, and the second rod system is a round rod body shape. 如請求項1所述之滾床式脫水機結構,其中,該定子係需設有該靠抵部,使該定子係至少覆設於該轉子之該第一套合部上下二側。 The structure of the rolling bed dehydrator as described in claim 1, wherein the stator system needs to be provided with the abutment portion, so that the stator system covers at least the upper and lower sides of the first sleeve portion of the rotor. 如請求項1所述之滾床式脫水機結構,其中,該壓板係呈長方形板 體狀,該壓板組係設有一第四樞部,該第四樞部係設於該壓板一端,該第四樞部係樞設於該第二樞部處,該第四樞部係呈圓桿體狀。 The structure of the roller bed dehydrator as described in claim 1, wherein the pressing plate is a rectangular plate In the shape of the body, the pressing plate assembly is provided with a fourth pivot portion, the fourth pivot portion is disposed at one end of the pressing plate, the fourth pivot portion is pivotally disposed at the second pivot portion, and the fourth pivot portion is round Rod-shaped. 如請求項3所述之滾床式脫水機結構,其中,該調整組係包括一第一樞件、一第二樞件及一調整件;該第一樞件係與該第五樞部相樞設,使該調整組與該壓板組相組設,該第一樞件係設有一第三套合部,該第三套合部係呈圓孔狀;該第二樞件係組設於該第三樞部處,使該調整組與該本體相樞設,該第二樞件係設有一第一螺紋部,該第一螺紋部係呈內螺紋狀;該調整件係與該第一樞件及該第二樞件相組設,該調整件一端係設有一第四套合部,該第四套合部係與該第三套合部相樞設,使該調整件不與該第一樞件及該第二樞件相脫開,該調整件上係設有一第二螺紋部,該第二螺紋部係與該第一螺紋部相螺合,該第二螺紋部係可於該第一螺紋部內轉動,當該調整件受轉動時,該調整件之該第二螺紋部係於該第一螺紋部內轉動,使該調整件上下位移並同時帶動該壓板組之該壓板位移,以調整該壓板傾斜角度,而調整該壓板與該複數轉子組及該定子組間之該擠壓空間之大小。 The structure of the roller bed dehydrator according to claim 3, wherein the adjustment group includes a first pivot member, a second pivot member, and an adjustment member; the first pivot member is opposite to the fifth pivot part Pivoting, so that the adjusting group and the pressing plate group are assembled, the first pivoting part is provided with a third fitting part, and the third nesting part is in the form of a round hole; the second pivoting part is set at At the third pivot part, the adjustment group is pivotally arranged with the body, the second pivot part is provided with a first threaded part, the first threaded part is internally threaded; the adjustment part is connected to the first The pivot piece and the second pivot piece are arranged together, and one end of the adjusting piece is provided with a fourth sleeve fitting portion, the fourth sleeve fitting portion is pivotally arranged with the third sleeve fitting portion, so that the adjustment piece is not connected with the The first pivot member and the second pivot member are disengaged from each other, a second threaded portion is provided on the adjusting member, the second threaded portion is screwed with the first threaded portion, the second threaded portion can be The first threaded part rotates inside, when the adjusting part is rotated, the second threaded part of the adjusting part rotates inside the first threaded part, displaces the adjusting part up and down and simultaneously drives the pressing plate of the pressing plate group to move, In order to adjust the inclination angle of the pressure plate, the size of the pressing space between the pressure plate and the plurality of rotor groups and the stator group is adjusted. 如請求項11所述之滾床式脫水機結構,其中,該第四套合部與該第三套合部間係可使用一軸承件相樞設,使該調整件三百六十度轉動時該第一樞件係不會三百六十度轉動。 The structure of the roller bed dehydrator as described in claim 11, wherein a bearing member can be pivotally arranged between the fourth fitting portion and the third fitting portion to rotate the adjusting member 360 degrees At this time, the first pivot member will not rotate 360 degrees. 如請求項1所述之滾床式脫水機結構,其中,該轉子係可為橢圓狀、長橢圓狀或齒輪形狀。 The structure of the roller bed dehydrator as described in claim 1, wherein the rotor system may be elliptical, oblong or gear-shaped. 如請求項3所述之滾床式脫水機結構,其中,該調整組係可為一組氣壓缸、油壓缸或任何可伸縮長度之結構,使該調整組係均可調整該壓板 組之相對角度。 The structure of the roller bed dehydrator as described in claim 3, wherein the adjustment group can be a group of pneumatic cylinders, hydraulic cylinders or any structure with retractable length, so that the adjustment group can adjust the pressure plate The relative angle of the group. 如請求項1所述之滾床式脫水機結構,其中,該複數轉子組係呈同一角度,或每一轉子組亦係可呈不同角度狀而同步轉動。 The structure of a roller bed dehydrator as described in claim 1, wherein the plurality of rotor groups are at the same angle, or each rotor group can also rotate synchronously at different angles. 如請求項1所述之滾床式脫水機結構,其中,設有一框架,該框架係與該第二桿體相固設,該框架係繞設該複數定子之周緣,該框架再組設於該本體之該第一容置部內,使該定子組組設於該第一容置部內。 The structure of the roller bed dehydrator according to claim 1, wherein a frame is provided, the frame is fixed to the second rod body, the frame is around the periphery of the plurality of stators, and the frame is assembled in In the first accommodating part of the body, the stator group is arranged in the first accommodating part. 如請求項1所述之滾床式脫水機結構,其中,被脫水物擠壓後之水係由該本體底部處排出,該排出之水係可再予以收集後經由輸送裝置而再由該第一入口處再進入該第一容置部內。 The structure of the roller bed dewatering machine as described in claim 1, wherein the water after being squeezed by the dehydrated product is discharged from the bottom of the body, and the discharged water can be collected again and then passed through the conveying device and then from the first An entrance enters the first accommodating part again.
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TWI803156B (en) * 2022-01-19 2023-05-21 大本瑩有限公司 Fine screen machine structure

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CN101675188A (en) * 2007-04-10 2010-03-17 阿莫泰克有限公司 Stator for bldc motor and bldc motor having the stator, power transmission device for washing machine, driving device for washing machine and full automatic washing machine using the same
CN203159921U (en) * 2012-12-31 2013-08-28 嘉兴汇顺纺织染整有限公司 Dehydrator provided with compression rollers
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CN101675188A (en) * 2007-04-10 2010-03-17 阿莫泰克有限公司 Stator for bldc motor and bldc motor having the stator, power transmission device for washing machine, driving device for washing machine and full automatic washing machine using the same
CN203159921U (en) * 2012-12-31 2013-08-28 嘉兴汇顺纺织染整有限公司 Dehydrator provided with compression rollers
CN105040374A (en) * 2015-07-20 2015-11-11 上海理工大学 Clothes dryer

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI803156B (en) * 2022-01-19 2023-05-21 大本瑩有限公司 Fine screen machine structure

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