JPS5994669A - Cheese carrier - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] Kibatsu-j relates to a cheese carrier that allows a series of work steps from scouring, bleaching, dyeing, etc. to dehydrating and drying cheese to be carried out while the cheese is still mounted on the carrier. be.

Cheese-finished yarn (hereinafter simply referred to as cheese) is just that! After being scoured, bleached or dyed, it is dried and then supplied to the knitting and weaving process.In processing this cheese in each of the above processes, generally the circular receiver has a pillar erected in the center of the board, and A cheese carrier is used in which a number of cheese loading and holding rods are distributed and erected at required intervals around the periphery, and the cheese carrier is suspended from the top of the central column.

However, in order to rationally process cheese in processing steps such as scouring, bleaching or dyeing, conventional cheese carriers are used to support the cheese in bulk and load cheese into the cheese carrier to the extent suitable for transporting the cheese. 1l-1 as it is: Even if the cheese is inserted into a cheese dryer for drying after scouring, bleaching or dyeing, the cheese will contain a large amount of moisture, so the pressure will be lower. Or, it will be dehydrated by wind and then dried by being exposed to hot air in a dryer for a long time.
The yarn is easily damaged, and it requires a large amount of electricity and operation time, a drying thermal energy source (heavy oil, etc.), and industrial water, etc.
requires a lot of Therefore, conventional operations have many problems such as low workability and high construction costs.

The present invention solves certain conventional problems and makes it possible to rationally process the process of dyeing and scouring cheese, drying it, and supplying it to the weaving process using -11, which is a carrier loaded with cheese. The goal is to provide carriers.

In the present invention, a pet cat of a required diameter is equipped with a manifold inside, a hollow support is erected at the center of the upper surface, and the top of the support has a concave and convex portion that engages in the vertical direction and the rotational direction. A connecting holding part is provided on the outer periphery and has a tapered surface on the inside, and at the center of the lower surface of the beloved cat, a connecting seat piece having an interlocking structure and having a tapered inner surface on the inside is formed on the lower part. A rotary connecting table is provided with its axis aligned with the central column, and a large number of cheese loading and holding rods are erected at required intervals on the flat upper surface of the cat, and the cheese loading and holding rods are made of hollow tubes. It has a holding bottle on the top and numerous small holes are drilled around the outer circumference along almost the entire length, so that it communicates with the cat's manifold, and a cheese presser disc is removably attached to the base of the holding bottle. It is structured so that

Hereinafter, the present invention will be described in detail with reference to the drawings regarding one embodiment.
As shown in Figures 1 to 4, the cheese carrier tl
is a beloved cat (2) with a flat upper surface of the required diameter and a manifold (3) at the inner lower part, a central support (l) that stands in the center of said beloved cat (2), and said beloved cat ( 2) It consists of a rotary connection stand (E) attached to the center of the bottom surface, and a number of cheese loading and holding rods t30jilY erected on the top surface of the cat (2).

Therefore, my cat (2) is a manifold (2) which has a flat board (2') on two sides, surrounds the lower side with a mirror plate, and makes the inside hollow.
3), and is integrally and firmly constructed with appropriate reinforcing members, and in the center is an annular mounting seat 14) for the central support i0).
A number of screw holes (5) for attaching the cheese loading holding rod are bored outward from the center of the board (2') at intervals that can effectively accommodate the space in which cheese can be loaded. It is set up. (6) is a reinforcing rib, and +6') is a reinforcing pipe piece.The center column (10) is a relatively large diameter pipe of the required length, and is equipped with a 7 flange (11) for attachment at the lower end. Well, this 7
The lunge + Il is connected to the tjrI recording board (fitted into the annular mounting seat (4) in the center of the cat) + 71 and placed upright in the center of the cat, and the top has multiple sections on the outer periphery that are equally divided in the vertical direction. A connecting holding piece l12) in which a longitudinal groove υ is provided and a plurality of locking protrusions are formed by carving an annular groove, 13) in the middle part.
are fixed together, and the upper inner circumference of the connection holding piece +12) has a tapered surface with a predetermined inclination angle.

(One piece is a reinforcing rib.

In addition, the annular attachment provided at the center of the bottom of the cat (2) is attached to one side (8
), the upper part of which is bolted to the socket so that it is concentric with the center of the receiving plate with a locking fit, has an appropriate height and a flange-shaped connecting seat piece of the required dimensions is attached to the outer periphery of the lower part. ) is integrally provided, and the bottom of this 7-lunge-shaped connecting seat piece shi0 jF11
In this case, the notches that engage in a predetermined direction (the direction in which the rotating body of the centrifugal dewatering device rotates in connection with the rotating shaft of the centrifugal dewatering device) are equally divided and formed at two or more locations. The inner surface of the intermediate circumferential wall between the seven flange-shaped connecting seat pieces 0 and the upper mounting section is formed in a downwardly expanding tapered row. In addition, in addition to the case where only one rotary connecting table A is used in combination with the machine for each process, or when working by stacking them, there is a concentric circle inside that is equivalent to the connecting and holding side of the top of the central column head. A cylindrical body 4 for connection is formed integrally with a concave and convex locking portion formed on an inward surface and is formed to hang downwardly.

(The holding rod 130 in Fig. 7 that does not include this cylindrical body for connection) is a tube body 01 with a diameter that allows the cheese (C) to be fitted and loaded as shown in Figs. 1 and 3. ), the total length is slightly shorter than the lower end of the connecting and holding piece a of the central column (lO) in J. At the bottom end is the board (2) of the receiver (2).
) Connecting piece c33) that screws into the screw hole (6) provided in
A retaining bottle with a tapered tip is attached to the upper end, and its base end is fitted and attached, so that the manifold (3) and the inside communicate with each other. is equipped with a cheese support disk (G) that is supported by a part of the flange formed on the connecting piece @, and a cheese presser disk (3) is attached to the upper part.
71 until the retaining pin 0υ base end flange (3δ is locked) When cheese is loaded, the threaded part of the base of the holding bottle (3) It has one power setting.

The cheese carrier f+1 of the present invention made in this way is prepared in a paper sheet for its use, and is first loaded with cheese (0 ) in a predetermined amount (for example, 1 piece Nikki 6i1.111
), then attach the threaded part of the holding pin 1 (gold) to the threaded part of the holding pin 1; .Cheese carrier fi+ loaded with cheese in this way
In order to suspend and transport the keychain, as shown in Figure 5, the connecting holding piece at the top of the central column (+01) is attached to the longitudinal groove o west and the locking protrusion lj provided on the outer periphery. By meeting and rotating (/≦) in the annular groove Ua, a hanging fitting that can be attached to the IE is attached, and the material is suspended by a crane or hoist and transported to the required location, and is first scoured, bleached, or dyed. A large number of cheeses are processed by inserting them into a tank that performs the following operations and performing predetermined operations.In this processing process, as is well known, in a sealed tank, a rotary connection is connected to the tank to circulate and inject the liquid inside the tank. If it is inserted and placed in alignment with the part, the liquid will flow to the part ()1 in the center of the rotating connection table
10 through the inside of the manifold (3) and communicated with this through the holding rod for each cheese device (7K). is double-doored again by the pump, and this operation is performed continuously as required, and after the desired operation is completed (after the desired operation is completed, the water is filled with water, etc., and after that, the water is removed through each process of dehydration and drying. The process of processing the cheese as a cheese-finished thread can be carried out with the cheese (C) still mounted on the cheese carrier (1).

Therefore, in order to dehydrate the cheese group that has been treated with water 1 through processes such as dyeing, scouring, and whitening, before moving on to the drying process, this cheese carrier is directly transferred to a centrifugal dehydrator as a rotating body. It can be used by incorporating
To carry out this centrifugal dewatering, it is possible to connect this carrier as illustrated in FIG. The centrifugal dehydrator system of this example has a well-known configuration for the main body (t411) and the +il<l cut portion, and the bottom of the main body (11)
A bearing housing (14) is installed in the center.
The rotary front shaft (41 (outer 111 < a drive l1 IIj pulley crystal is attached at the bottom, and is driven from the original UJ machine via a speed reduction mechanism) which penetrates this inside -
] 2 Akane, A rotating disk having a protrusion formed with (Fj taper outer surface 44) and a slightly mating claw 11 is attached to I, and cheese loaded with cheese processed in step 111 Suspend the carrier (1) into the main body (41),
The lower rotary connecting base of the carrier (1) is connected to the rotary disk U→
On the upper side, the lung 1 ihi on the side of the rotating disk (9) is engaged with the tapered inner surface (4) of the rotary connection joint 1) on the tapered outer peripheral surface of the truncated cone-shaped protrusion. , by aligning the engaging claws (41 and the notches (3), and connecting the carrier m to the rotary connecting platform crane and rotating disk), the carrier m is mounted and connected to the rotary I:iJ function, and then the central support (10 ) The upper end of the central column (lO) is opened by removing the hanging fitting t16) attached to the connection holding piece B) of the dewatering main body (40). The base is supported by the tatami mat and the main body (υ turns in the folding range from the upper part to the outside 1
``Swing arm that is supported by the function (connection of the center pole with the tip attached to 4 and the central support 101];
121 internal taper 1fff □, L1), operate the sensor holder; 471 upper and lower +Q' by the flow pressure cylinder (+9), and use this palm holder (47I) to hold the cheese carrier (1). 1 Dehydrator main body! 41) Determine the center and hold it inside. And this center holder has each cheese loading holding rod (support).
The central part of the holding plate 4, which has 73 holes that engage with the top holding bottle 1 of Katashi1)) is the first name,
The holding bottle of the cheese-mounted Sakaiho'J rod is housed through a mechanism that adds thrust to the center holder (4). Holding the central column (lO) by force: At 1 t, each cheese loading holding rod C30) is also held by a presser plate (can), and the connection between the rotating disk (shrine and rotating connection stand, !□j) Due to the joint connection, the cheese carrier (1) rotates as a rotating body, and sufficient dehydration can be achieved by centrifugal force.

After the dehydration process has been performed in this way, by pulling the center holder (4η), you can simultaneously release the fixation of each cheese loading holding rod by the presser plate, and by rotating the swing arm (4e) 2) Open the upper part, place the hanging bracket +1 → again in the connecting holding piece u2) at the end of the hollow support, pull up the dehydrated cheese carrier, and then dry it for the next time.
, and transported directly to the l process.

In the drying step (r1), hot air is applied to the cheese (C) through the manifold (3) of the receiving frame (2) and each cheese loading holding rod 30, inserted into a closed tank of a well-known cheese drying device. By blowing, residual moisture is removed and dried, and because centrifugal dehydration is performed in the nQ dehydration process (4ζ〈〈It can be dried in a short time and can be dried and finished without damaging the yarn quality.'') .

The cheese carrier of the present invention is made of an open chain as shown in Figure 2. It maintains its original state during the entire process from drying to drying.
Since the centrifugal dehydrator used in the dehydration process can be used as a rotating body, all the troublesome work such as attaching and detaching cheese during the process can be omitted, and the required It became possible to transport the cheese as is and supply it to fine goods factories or textile factories, and it became possible to achieve significant rationalization by saving labor in the preparation work at each factory. Since the upper part of the cheese loaded in the loading holding rod is fixed by the inner plate with a nut, the cheese can be safely and securely handled without falling off, and the purpose can be achieved.

Therefore, as mentioned earlier, the cheese carrier of the present invention can be used with − +, (:jj), but it is also possible to use this force more rationally. For example, as shown in No. 77.1, it is possible to stack two cheese carriers to absorb the suction. Central support +0) Connecting plate layer at the top and rotating connecting base of the cheese carrier (1) located at the upper stage 117, 20) Connecting in full engagement with the connecting cylinder 2Q provided inside, - Tiered cheese carrier (1)
10) Engage the hanging bracket U4 with the top connection holding piece t+2), and attach the rotating connection assembly of the lower cheese carrier (1') to the cylindrical body 12 of the jφ connection 1i1.
t: between +rii and the hanging bracket on the top of the carrier ill, the lower end is attached to the board via multiple replies/16 to +i
'J blue connecting rod, 1η under both carriers 1+)(+
The connecting rod 17
) -1 = +'iij is screwed and fastened at the upper end of the hanger (16), fixed in one piece, and inserted into the dyeing tank (to) where this two-tiered cheese carrier is inserted. Alternatively, the cheese can be placed in a sealed container of a dryer delivery machine (not shown in Figure 4), and cheese for two sets of cheese carriers can be processed at the same time.

Since the central pillars 1d and 1"F are in communication with each other, the fluid can flow from the center to the bottom 1" without any hindrance, and the necessary operations can be performed. Even in the case of layered cheese carriers, it goes without saying that in the dehydration process, cheese carriers are run one by one in a centrifugal dehydrator, as was done in the past century.

According to the present invention, as described in Section 2, the processing associated with scouring, bleaching, and dyeing of cheese-finished yarn, which has hitherto had many problems and has not been streamlined, has been improved from the beginning. With the cheese carrier, after that, you can remove it from the carrier without rubbing it again. All the troublesome work can be omitted, and if you use a special centrifugal dehydrator loaded in a cheese carrier, the dehydration process can be done efficiently and saves 11 hours and 7 hours. Is it possible to save labor and energy as a result? Not only that, there is no damage to the yarn, and therefore the load-moving processing SQL and handling become 'FJ-1' iE, which reduces product costs. It can be said.

In addition, according to Kihatsu 8I4, IL is limited to the above embodiment.
Instead, for example, the inclined notch provided on the connecting seat piece of the 6°i rotary unit should be made into a pPj interlocking pawl type (matching the shape of the round bar ÷ connection 1114 that corresponds to centrifugal dewatering machines, etc.).
It is within the technical scope of the present invention regarding partial changes in history, such as on e-placement hls [+j-form ′-ho], etc.
'l is something to do.

The cylinder in the drawing (B, (H, i) Figure 1 shows a misfire 1 with the cheese loading and holding rod partially omitted.
Fig. 2 is a longitudinal cross-sectional view of the center of the cheese holder, Fig. 3 is a vertical cross-sectional view of the cheese holder, Fig. 4 is a rotational )I', An enlarged view of the bottom of the joint, Figure 5 is a diagram showing the suspension fittings installed on the upper end of the center column of the cheese holder, Figure 4 is a diagram of the 4 scraps shown in Figure 6, and Figure 6 is a dedicated centrifugal dewatering 474 VC cheese. The carrier is installed as a rotating body, and FIG. 7 is a vertical cross-sectional view showing the markings. FIG.

ill tl'l -'／-zugarya (2)...
・Socket board (2, base 4H+3+...manifold (
5)...Screw hole (10)...Central support (4)...Connecting piece (...Even cut groove...Iitoichi Fujo G...Annular groove 1t3
) jlfi)...Hanging fitting riη...Connecting rod al...Rotating connection base 1)...Connecting seat piece μ...Notch (to)...Taper if.

i? , Ill...Cheese mounting Jjt holding rod 01
1...Pipe body 13ri...Small hole Pot...
・Connecting piece 1 Akane...holding pin ・;(2)・
...Threaded part: 50...Paternal disc a force...
(51'l disk 138!...sut (4('l
i...Centrifugal dehydration:, Menu, April...times 'l'A<disc,', Q...swing arm, controller...-R terminal holder; state...presser plate holder 1rt -De1 Nagito Tani 1)-, Yakawa [τ:, ~] I generation "Sato Naka Ibi" 曵 -Part・:、11・τ・、
...: i2 '- ゛2-91- Figure 3 Figure 4 Figure 26 Figure S Figure 6 Examination' Figure 7

Claims (1)

[Claims] A receiving embankment with a required diameter is equipped with a manifold inside, and a hollow support is erected at the center of the upper surface, and the top of the support has an uneven part on the outer periphery that engages in the vertical direction and the rotational direction. and a connecting holding part having a tapered surface on the inside thereof, and a rotary connecting table having a tapered inner surface with a lower part on the inside and a connecting seat piece with an interlocking structure in the lower part is provided in the center of the lower surface of the receiving layer. A large number of cheese loading holding rods are arranged and erected at required intervals on the flat upper surface of the receiving car, and each cheese loading holding rod has numerous small holes bored on its outer periphery. The cheese is characterized in that the cheese presser disc is detachably housed in a seven-hole tube body with a required length and a holding pin at the top, and the lower end communicates with the manifold of the receiving body. Carrier 〇