TWI589799B - Frying machine anti-sticking conveyor belt and conveyor - Google Patents

Description

Foiler anti-adhesive conveyor belt and its conveying bar

The invention relates to a conveyor belt for preventing the sticking of a fryer and a conveying strip thereof, in particular to a conveyor belt and a conveying strip which are advantageous for continuously conveying the fry and preventing sticking.

At present, the conveyor belt of the conveyor conveys each fry. Generally, the conveyor belt is formed by each conveyor strip, and each conveyor strip is usually made of Teflon which is resistant to high temperature and anti-adhesion. Therefore, most of the conveyor belts are The surface of the conveyor bar is covered with a Teflon layer or a strip of Teflon tape or the whole is made of Teflon. As explained below, the conventional conveyor has nothing more than the following three types of conveyor belts: the first conventional conveyor belt: the conveyor belt 1 utilizes a plurality of circular rods 11 which are coated with a thin layer of the Teflon layer 12 on the surface. The knot is formed so that the surface of each of the circular rods 11 has a circular arc surface for conveying the fry. However, the thin layer of the Teflon layer 12 on the surface of each of the circular rods 11 of the conveyor belt 1 is often in contact with the frying high temperature, and after a period of use, a thin layer of Teflon on the surface of each of the circular rods 11 is used. The layer 12 is easily peeled off and each of the circular rods 11 is exposed. but,

1. When the conveyor belt 1 conveys the fry, the surface of each of the circular rods 11 of the Teflon layer 12 has been detached, and it is easy to stick to the fry, and the fry, especially the meat, is most likely to stick. This conveyor belt 1 destroys the surface appearance of the fry.

2. Since the gap 13 between each of the circular rods 11 is large, when the conveyor belt 1 uses each of the circular rods 11 to convey the fry, it is easy to cause unevenness on the surface of the large fry. smooth.

The second conventional conveyor belt 2: the conveyor belt 2 has a plurality of upper and lower staggered arcuate grooves 22 forming a curved Teflon belt 21, and the plurality of the curved grooves 22 of the Teflon belt 21 are shuttled up and down The Teflon connecting rod 23 is not provided on the surface. but,

1. When the conveyor belt 2 conveys the fry, the surface of each of the connecting rods 23 without the Teflon belt 21 is more likely to stick to the fry, not only destroying the surface appearance of the fry, but also allowing the conveyor belt 2 often clean, causing inconvenience in use.

2. Since the gap 24 between the connecting rods 23 is large, when the conveyor belt 1 conveys the fry by the connecting rods 23, it is easy to cause unevenness and unevenness on the surface of the large-sized fry.

3. Since the Teflon belt 21 is shuttled up and down between the connecting rods 23 and is in a state of close collapse, the Teflon belt 21 is easily changed in quality and fracture after being subjected to high temperature for a certain period of time, and is not an ideal conveyor belt.

The third conventional three-conveyor belt: the conveyor belt 3 is made of each rectangular Teflon strip 30, and an opening 31 is formed below each of the Teflon strips 30, and a connecting rod 32 is respectively disposed on both sides of the inside. Pivot. Since the conveyor belt 3 has a flat surface by using each of the Teflon strips 30, the conveyor belts 1, 2 of the first and second types have a better conveying plane. However, the conventional conveyor belt 3 is prone to the following disadvantages in the process of conveying the fry:

1. It is known that the respective Teflon strips 30 of the conveyor belt 3 are rotated by the chain to facilitate the turning of the corners. Therefore, the corner ends 301 of the respective Teflon strips 30 of the conveyor belt 3 are not inconsistent for turning (as shown in Fig. 3). As shown in the figure, there is a very large gap 33 between the respective Teflon strips 30, which causes unevenness and unevenness on the surface of the large fry.

2. When the conveyor belt 3 carries the frying material, the opening 31 formed under each of the Teflon strips 30 of the conveyor belt 3 is hollowed out and is located inside the chain, so that each of the Teflon strips 30 is easily Internal residual debris, difficult to clean, causing health problems.

In view of the above, an object of the present invention is to provide a frit-proof conveyor belt and a conveyor strip thereof, which can keep the fry in a horizontal process during transportation, thereby solving the conventional three-conveyor belt. Each of the Teflon strips has a very large gap for the turning, and still causes irregularities and irregularities on the surface of the large fry, and it is difficult to clean the conveyor belt and other debris.

For the purpose of the foregoing invention, the technical solution adopted by the present invention is to provide a conveyor belt for anti-sticking of a fryer, which comprises a first transmission shaft and a second transmission shaft, two chains, and a plurality of oppositely disposed conveyor belts. Connecting rods and a plurality of conveying bars. Wherein, the first transmission shaft is externally engaged with a power unit. Each of the chains is sleeved on the first transmission shaft and the second transmission shaft and meshed with the power transmission unit to drive each of the chain rotation trajectories to advance and drive the second transmission shaft to rotate. Each of the connecting rods is pivotally coupled to each of the chains. Each of the conveying strips is made of a high temperature resistant anti-sticking material, and each of the conveying strips comprises a conveyor belt surface for conveying the fry, a conveying bottom surface away from each of the conveyor belt surfaces, and each A groove is formed outwardly on the two sides of the conveyor belt surface and each of the conveyor bottom surfaces, and each of the connecting rods is respectively disposed in the channel, so that each end of each connecting rod is The chain is pivotally linked, each of the chains drives each of the conveyor bars to operate, and each of the conveyor bars passes through each of the conveyor belt faces more than each of the conveyor bottom surfaces, and each of the chains can maintain a level When the row further travels to the curved portion of the first transmission shaft and the second transmission shaft, each of the conveying bottom surfaces does not interfere with each other, so that the arrangement gap between each of the conveyor belt faces is small, and the conveying plane can be obtained. Leveling.

Further, the first transmission shaft is pivotally connected to the two outer ends to provide a first bearing and a first gear that rotates the first transmission shaft, and the second transmission shaft is pivotally connected to the two outer ends to provide the second a second bearing and a second gear that rotate the drive shaft.

Further, each of the connecting portions has an inner connecting portion and an outer connecting portion pivotally connected to one end of the inner connecting portion, and each of the inner connecting portions includes a second wheel rod respectively having a first shaft hole, and is located at The two wheel rods are meshed with the first gear and the second gear to form a meshing space for the transmission, and each One of the outer connecting sections respectively has two second shaft holes, and the two second shaft holes respectively provide one of the wheel rods of each of the inner connecting sections to be pivotally linked.

Further, each of the connecting rods has a shaft extending at both ends thereof, the outer diameter of the two shafts being smaller than the outer diameter of each of the connecting rods, and respectively facing each of the connecting portions and the two of the connecting portions The second shaft hole is pivotally connected, and the two first shaft holes of each of the connecting portions are pivotally connected to each of the connecting portions, and each of the connecting rods has a standing on the shaft The holes are respectively locked into each of the vertical holes of each of the shafts by using a latching member.

Further, the conveyor belt further includes two rails respectively disposed on the outer side of each of the chains, and each of the upper and lower sections of the inner side of the rail is provided with a guiding bracket for each of the chain brackets to guide Each of the chains is stable on a rotation track, and each of the tracks has a first hole for respectively penetrating the two ends of the first transmission shaft, and a slot away from one end of the first hole, each of the slots The two ends of the second transmission shaft are respectively inserted therein, and each of the slots has a plurality of fixing holes at a position around the slot.

Further, the conveyor belt further includes a pair of adjusting devices respectively disposed correspondingly at the periphery of each of the rails, and respectively pivoted with the two ends of the second transmission shaft for adjusting each of the conveying The tightness between the strips.

Further, each of the adjusting devices includes two fixing pieces respectively corresponding to the periphery of each of the rails, and respectively screwing the two fixing pieces and adjusting the tightness between the two ends of the second transmission shaft and each of the chains. An adjustment rod.

Further, the two fixing pieces are arranged in a vertical angle, and one end of each of the two fixing pieces respectively opens a plurality of second holes toward each of the fixing holes of each of the tracks, respectively, and one of the fixing holes is respectively inserted into one A spacer and each corresponding second hole are fixed between each of the fixing holes of each of the tracks.

Further, each of the tracks further includes at least one access port for accessing each of the conveyor strips of the conveyor belt.

Further, the anti-sticking material is Teflon.

The utility model relates to a anti-sticking conveyor strip for frying, which is used for conveying a conveyor strip of fry, the conveyor strip is made of high temperature resistant anti-sticking material, and the conveying strip comprises a conveyor belt for conveying fry. a surface away from the conveying bottom surface of each of the conveyor belt surfaces, and a groove is formed outwardly on each of the two sides between the conveyor belt surface and each of the conveying bottom surfaces, and the conveying strip passes through each of the conveyor belts The face is larger than each of the transport bottom surfaces.

Further, the anti-sticking material is Teflon.

It can be seen from the above that the anti-stick conveyor belt and the conveying strip of the fryer provided by the invention have the following practical effects and industrial value:

1. The width of each of the conveyor belt faces of each of the conveyor bars of the present invention is greater than the width of each of the conveyor floor surfaces, and when the conveyor belt is rotated and turned, each of the conveyor bottom surfaces does not interfere with each other, so that each The arrangement gap between the conveyor belt faces is small, and the flatness of the conveying plane can be obtained, so that the conveyor belt does not have irregularities and unevenness on the surface of the conveying fry, and has a better appearance.

2. Each of the conveying strips of the present invention can pass through the two channels opened outward when rotating and turning, so as to facilitate cleaning of the fried dirt.

[study]

1‧‧‧ conveyor belt

11‧‧‧ Round rod

12‧‧‧Teflon

13, 24, 33‧ ‧ gap

2‧‧‧ curved conveyor belt

21‧‧‧Teflon

22‧‧‧ arc slot

23‧‧‧ Connecting rod

3‧‧‧ conveyor belt

30‧‧‧Teflon strips

301‧‧‧ both sides of the corner

31‧‧‧ openings

32‧‧‧ Connecting rod

〔this invention〕

4‧‧‧ conveyor belt

5‧‧‧First drive shaft

51‧‧‧First bearing

52‧‧‧First gear

6‧‧‧Second drive shaft

61‧‧‧second bearing

62‧‧‧second gear

63‧‧‧through holes

64‧‧‧Adjustment device

640‧‧‧Second hole

641‧‧‧Fixed tablets

642‧‧‧Adjustment rod

643‧‧‧Fixed parts

644‧‧‧shims

645‧‧‧ nuts

7‧‧‧Chain

70‧‧‧Connecting Department

71‧‧‧Intersection

710‧‧‧First shaft hole

711‧‧‧ Wheels

712‧‧‧Meshing space

72‧‧‧External section

721‧‧‧Second shaft hole

73‧‧‧ Connecting rod

731‧‧‧ shaft

732‧‧‧ vertical hole

733‧‧‧ Cards

8‧‧‧Transport strip

81‧‧‧ conveyor belt surface

812‧‧‧ conveying bottom

813‧‧‧ channel

814‧‧‧ gap

9‧‧‧ Track

90‧‧‧Guide bracket

91‧‧‧First hole

92‧‧‧ slots

921‧‧‧Fixed holes

93‧‧‧ Inspection port

W, W1‧‧‧ width

Figure 1: A partial side view of a conventional conveyor belt.

Figure 2: A partial side view of a conventional conveyor belt.

Figure 3: A partial side view of a conventional conveyor belt.

Figure 4 is an exploded perspective view of the conveyor belt of the present invention.

Figure 5-1: A combined perspective view of the conveyor belt of Figure 4.

Fig. 5-2 is a cross-sectional view taken at the A-A position in Fig. 5-1.

Figure 6 is a partial enlarged view of the combination of the conveyor bar and the chain of the conveyor belt of Figure 4.

Figure 7 is an exploded perspective view of the conveyor bar and chain of Figure 4.

Figure 8 is a side view of the combination of the conveyor bar and the chain of Figure 7.

Figure 9 is a schematic view of the delivery of fry in the conveyor belt of the present invention.

Fig. 10 is a partially enlarged schematic view showing the conveying strip of the conveyor belt of Fig. 9 in the conveying.

Figure 11 is a schematic view showing the adjustment of the conveying bar to the present invention.

The purpose, technical contents, features and effects achieved by the present invention will be more readily understood by the following description in conjunction with the accompanying drawings.

Referring to Figure 4, and in conjunction with Figures 5-1 through 10, the present invention is a conveyor belt and a conveyor strip for conveying fry and preventing sticking.

The conveyor belt 4 includes a first transmission shaft 5 and a second transmission shaft 6, two chains 7, a plurality of connecting rods 73, and a plurality of conveying bars 8. The first transmission shaft 5 is pivotally connected to the two outer ends to provide a first bearing 51 and a first gear 52, and the first transmission shaft 5 is externally engaged with one end. A power unit (not shown) of the power motor drives the two chain 7 to rotate the trajectory and drives the second transmission shaft 6 to rotate.

The second transmission shaft 6 is pivotally connected to the two outer ends to provide a second bearing 61 and a second gear 62 which are smoothly rotated by the second transmission shaft 6 , and the second transmission shaft 6 is away from the two second bearings 61 . The opposite ends of the two have consistent perforations 63.

Each of the chains 7 is sleeved on the first gear 52 of the first transmission shaft 5 and the second gear 62 of the second transmission shaft 6 and meshed with it to form a transmission. More specifically, each of the chains 7 includes a plurality of connecting portions 70, and each of the connecting portions 70 has an inner connecting portion 71 and an outer connecting portion 72 pivotally connected to one end of the inner connecting portion 71. In the embodiment of the present invention, each of the inner connecting segments 71 includes a second wheel 711 having a first shaft hole 710, and is located between the second wheel 711 and both the first gear 52 and the second gear 62. Engaging an engagement space 712 forming a drive causes each of the inner segments 71 to drive each of the chains 7 to operate. Each of the outer connecting portions 72 has two second shaft holes 721 respectively, and the two second shaft holes 721 respectively provide a pivotal linkage of one of the wheel rods 711 of each of the inner connecting portions 71.

Each of the connecting rods 73 has a shaft 731 extending at an opposite end thereof. The outer diameter of the two shafts 731 is smaller than the outer diameter of each of the connecting rods 73, and respectively toward the two second shaft holes of each of the outer connecting portions 72. The 721 is pivotally connected, and the two first shaft holes 710 of each of the inner connecting portions 71 can also be pivoted. In the embodiment of the present invention, each of the shafts 731 at each end of the connecting rod 73 has a vertical hole 732, which is respectively inserted into each of the vertical holes 732 of each of the shafts 731 by a latching member 733. Then, the ends of each of the latching members 733 are respectively unlocked, and are not separated by each of the vertical holes 732.

Each of the conveyor bars 8 is made of a high temperature resistant anti-stick material. More specifically, the anti-stick material is Teflon. Each of the conveying strips 8 includes a conveyor belt surface 81 for conveying objects, a conveying bottom surface 812 away from each of the conveyor belt surfaces 81, and between each of the conveyor belt surfaces 81 and each of the conveying bottom surfaces 812. A channel 813 is opened on both sides of the two sides. Each of the channels 813 of the transport bar 8 is provided with each of the connecting rods 73, and the shaft 731 at each end of the connecting rod 73 is pivotally coupled with each of the chains 7. The fries are conveyed by each of the chains 7 to drive each of the conveyor bars 8 to operate.

More specifically, each of the conveyor belt faces 81 and each of the conveyor floor surfaces 812 of each of the conveyor bars 8 has an asymmetrical elongated appearance, and the width of each of the conveyor belt faces 81 of each of the conveyor bars 8 W is greater than the width W1 of each of the conveying bottom surfaces 812, and each of the chains 7 can be kept horizontally traveling, respectively, when each of the conveying bars 8 travels to the arc of the first transmission shaft 5 and the second transmission shaft 6. At the time, each of the conveyor bars 8 A gap 814 is formed between each of the conveying bottom surfaces 812 without being in contact with each other (see FIGS. 9 and 10), so that the spacing between each of the conveyor belt faces 81 is small, and the conveying can be obtained. The flatness of the flat surface allows each of the transport strips 8 to be flat on the surface of the frying material, and the surface of the fry does not have irregularities and has a better appearance. Moreover, when each of the conveying strips 8 is turned in a turn, the two channels 813 opened outward can be passed through to facilitate cleaning of the fried dirt.

Referring to Figures 5-1 and 5-2, the conveyor belt 4 of the present invention further includes two rails 9 respectively disposed outside each of the chains 7, each of which is provided in a vertical manner. ㄇ shape. In the embodiment of the present invention, each of the rails 9 includes a first hole 91 for respectively penetrating the two ends of the first transmission shaft 5, and a slot 92 away from one end of the first hole 91, each of the slots The two ends of the second transmission shaft 6 are respectively inserted into the holes 92, and each of the slots 9 has a plurality of fixing holes 921 at a position around the slot 92. Each of the rails 9 further includes at least one access port 93 for facilitating inspection of each of the transport strips 8 of the conveyor belt 4, wherein the access port 93 is set to two in the embodiment of the present invention, and the access port 93 can be disposed in each A first hole 91 and two inner positions of each of the slots 92. In the embodiment of the present invention, a guiding bracket 90 is disposed on each of the upper and lower sides of the inner side of the rail 9 to provide support for each of the wheel bars 711 of each of the inner connecting sections 71 of the chain 7. Each of the inscribed segments 71 guiding each of the chains 7 is more stable in the rotational trajectory and does not sag during travel of the conveyor belt 4 to maintain the conveyor belt 4 during transport. It is relatively flat.

More specifically, each of the transport strips 8 of the conveyor belt 4, if damaged after being used for a period of time, is assembled by the access port 93 to the damaged transport strips 8 with the respective latch members 733. Each of the vertical holes 732 is pulled away, and then the chain 7 and the connecting rod 73 are released, and the new conveying strip 8 can be replaced, and the connecting rod 73, the chain 7 and the corresponding group are matched. The latching member 733 is inserted into each of the vertical holes 732, and the ends of the latching members 733 are respectively locked and locked, and are not separated by each of the vertical holes 732, so that the user can perform maintenance.

Referring to Figures 4 and 5-1, the conveyor belt 4 of the present invention further includes a pair of adjusting devices 64, each of which corresponds to the periphery of each of the slots 92 of each of the rails 9. They are disposed and pivoted with the two ends of the second transmission shaft 6, respectively, to adjust the tightness between each of the conveyor bars 8. In addition, one of the adjusting devices 64 includes two fixing pieces 641 respectively corresponding to the periphery of each of the slots 92 of each of the rails 9, and respectively screwing the two fixing pieces 641 and adjusting the second transmission. An adjustment rod 642 of the tightness between the two ends of the shaft 6 and each of the chains 7. The two fixing pieces 641 are respectively provided with a vertical angled appearance. One end of the two fixing pieces 641 respectively open a plurality of second holes 640 corresponding to the fixing holes 921 of each of the rails 9, and each of the fixing pieces 643 is respectively fixed by a fixing member 643. A spacer 644 and each corresponding second hole 640 are inserted between each of the fixing holes 921. The adjusting rod 642 penetrates the through hole 63 of the second transmission shaft 6 and is screwed into the through hole of the second transmission shaft 6 by a nut 645 respectively. The two sides of the adjusting rod 643 are respectively screwed into the two outer ends of the adjusting rod 642 and screwed to the inner side and the outer side of the other end of the two fixing pieces 641 to adjust each of the conveying strips 8 The tightness between the two (see also Fig. 11) facilitates the smooth transfer of each of the conveyor bars 8 and each of the chains 7.

Referring to FIGS. 9 and 10, when the conveyor belt 4 is assembled, each of the chains 7 is first sleeved on the first gear 52 of the first transmission shaft 5 and the second transmission shaft 6. The second gear 62 is meshed with and meshed with the transmission gear. Thereafter, each of the conveyor bars 8 is pivotally coupled with each of the chain 7 on both sides of the conveyor belt 4 and located between the inside of each of the chains 7, and then Each of the rails 9 is formed to be disposed outside each of the chains 7, and then the pair of adjusting devices 64 are respectively extended toward the second transmission shaft 6 of each of the slots 92 of each of the rails 9. And the pair of adjusting devices 64 are used to adjust the tightness of the two ends of the second transmission shaft 6 and each of the chains 7, so that each of the conveying bars 8 and each of the chains 7 are pivotally driven smoothly, that is, The assembly of the conveyor belt 4 is completed.

Referring to Figures 9 and 10, the present invention pivots each of the conveyor bars 8 by the conveyor belt 4 such that each of the conveyor bars 8 is adapted to form each of the conveyor belts for conveying fry. Face 81 and away from each Each of the conveyor belt faces 81 conveys a bottom surface 812. When the conveyor belt 4 of the present invention is actuated by being driven by a power unit of the power motor, each of the conveyor bars 8 pivoted with each of the chains 7 cooperates with each of the chains 7 to maintain horizontal travel. In addition, each of the conveyor bars 8 passes through the arc of the first transmission shaft 5 and the second transmission shaft 6, and the width W of each of the conveyor belt surfaces 81 passing through each of the conveyor bars 8 is greater than each The width W1 of the conveying bottom surface 812 forms a gap 814 between each of the conveying bottom surfaces 812 without interfering with each other, so that the arrangement gap between each of the conveying belt surfaces 812 is small, and the flatness of the conveying plane can be obtained, so that each Each of the conveyor belt faces 81 of the conveyor bar 8 facilitates continuous delivery of the fry. Moreover, each of the conveying strips 8 is made of a high temperature resistant anti-sticking material, and the anti-adhesive material is Teflon, preventing the frying material from sticking to each of the conveying belt surface 81 and each of the conveying bottom surfaces 812. Above, increase the fluidity of the fry during transport to improve the stability of the transported fry.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the scope of the patents of the present invention. Other equivalent variations of the patent spirit of the present invention are all within the scope of the invention.

Conveyor belt.4 First drive shaft.5 First bearing.51 First gear.52 Second drive shaft.6 Through hole.63 Adjusting device.64 Second hole.640 Fixing piece.641 Adjusting rod.642 Fixing piece. 643 gasket .644 nut .645 chain .7 connecting rod .73 conveyor bar .8 conveyor belt surface .81 rail .9 first hole .91 slot .92 Fixed hole.921 Inspection port.93

Claims (12)

A fryer anti-stick conveyor belt for conveying a fry conveyor belt, the conveyor belt comprising a first transmission shaft and a second transmission shaft, the first transmission shaft and the second transmission shaft In a relative arrangement, the first transmission shaft is externally engaged with a power unit; the two chains, each of the chains includes a plurality of connecting portions, and each of the chains is sleeved on the first transmission shaft and the second transmission shaft respectively. Engaging, the power unit is provided with a power source to drive each of the chain rotation trajectories to advance and drive the second transmission shaft to rotate; a plurality of connecting rods, each of which has a pivotal joint with each of the chains; a plurality of conveying strips, each of the conveying strips being made of a high temperature resistant anti-sticking material, each of the conveying strips comprising a conveyor belt surface for conveying the fry, and a conveying bottom surface away from each of the conveyor belt surfaces And a channel is formed outwardly on each side between each of the conveyor belt surface and each of the conveyor bottom surfaces, wherein the two channels respectively provide each of the connecting rods to be worn, so that each of the connecting rods Both ends are linked to each of the chain pivots And driving each of the conveyor strips, each of the conveyor strips passing through each of the conveyor belts is larger than each of the conveyor bottom surfaces, and each of the chains is capable of maintaining horizontal travel to the first transmission shaft and the first When the arc of the two transmission shafts is bent, each of the conveying bottom surfaces does not interfere with each other, so that the arrangement gap between each of the conveyor belt faces is small, and the flatness of the conveying plane can be obtained. The anti-sticking conveyor belt of the fryer according to claim 1, wherein the first transmission shaft is pivotally connected to the two outer ends to provide a first bearing and a first gear for rotating the first transmission shaft, the first gear The second transmission shaft is pivotally connected to the two outer ends to provide a second bearing and a second gear for rotating the second transmission shaft. The anti-sticking conveyor belt of the fryer according to claim 2, wherein each of the connecting portions has an inner connecting portion and an outer connecting portion pivotally connected to one end of the inner connecting portion, each of the inner connecting portions comprising a second wheel rod having a first shaft hole, and an engagement space between the two wheel rods and engaging the first gear and the second gear to form a transmission, and each of the outer connecting portions has two second The shaft holes, the two second shaft holes respectively provide one of the wheel rods of each of the inner joints to be pivotally linked. The anti-sticking conveyor belt of the fryer according to claim 3, wherein each of the connecting rods has a shaft extending at both ends thereof, the outer diameter of the two shafts being smaller than the outer diameter of each connecting rod, and respectively The two second shaft holes of each of the connecting portions are pivotally connected to each of the connecting portions, and the two first shaft holes of each of the connecting portions are pivotally connected to each of the connecting portions. A shaft of each of the two ends of the connecting rod has a vertical hole, and is respectively engaged with each of the vertical holes of each of the shafts by using a latching member. The anti-sticking conveyor belt of the fryer according to claim 1, wherein the conveyor belt further comprises two rails respectively disposed on an outer side of each of the chains, and each of the upper and lower sections of the inner side of the rail is provided with each of a guiding bracket supported by the chain to guide each of the chains to be stable on a rotating track, each of the rails respectively having a first hole for respectively feeding the two ends of the first transmission shaft, and a distance a slot at one end of the first hole, each of the two ends of the slot provided with the second transmission shaft respectively penetrates, and has a plurality of fixing holes at a position around each of the slots of each of the tracks. The anti-sticking conveyor belt of the fryer according to claim 5, wherein the conveyor belt further comprises a pair of adjusting devices respectively disposed correspondingly at the periphery of each of the rails, and respectively corresponding to the second transmission The ends of the shaft are pivoted to adjust the tightness between each of the conveyor bars. The anti-sticking conveyor belt of the fryer according to claim 6, wherein each of the adjusting devices comprises two fixing pieces respectively corresponding to the periphery of each of the rails, and respectively screwing the two fixing pieces and adjusting the first An adjusting rod for the tightness between the two ends of the transmission shaft and each of the chains. The anti-adhesive conveyor belt of the frying machine of claim 7, wherein the two fixing pieces are arranged in a vertical angle, and one end of the two fixing pieces respectively open a plurality of corresponding fixing holes of each of the tracks. The second holes are respectively fixed by a fixing member, respectively, through a spacer and each corresponding second hole and each of the fixing holes of each of the tracks. The fryer-preventing conveyor belt of claim 5, wherein each of the rails further comprises at least one access port for accessing each of the conveyor strips of the conveyor belt. The anti-adhesive conveyor belt of the fryer according to claim 1, wherein the anti-adhesive material is Teflon. The utility model relates to a anti-sticking conveyor strip for frying, which is used for conveying a conveyor strip of fry, the conveyor strip is made of high temperature resistant anti-sticking material, and the conveying strip comprises a conveyor belt for conveying fry. a surface away from the conveying bottom surface of each of the conveyor belt surfaces, and a groove is formed outwardly on each of the two sides between the conveyor belt surface and each of the conveying bottom surfaces, and the conveying strip passes through each of the conveyor belts The face is larger than each of the transport bottom surfaces. The anti-sticking conveyor strip of the fryer according to claim 11, wherein the anti-adhesive material is Teflon.