CN202285841U - Rotary disk type collector for broiler chickens - Google Patents
Rotary disk type collector for broiler chickens Download PDFInfo
- Publication number
- CN202285841U CN202285841U CN2011203828260U CN201120382826U CN202285841U CN 202285841 U CN202285841 U CN 202285841U CN 2011203828260 U CN2011203828260 U CN 2011203828260U CN 201120382826 U CN201120382826 U CN 201120382826U CN 202285841 U CN202285841 U CN 202285841U
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- disk
- square
- shaped frame
- bars
- rotating circular
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Abstract
The utility model belongs to the technical field of stockbreeding machinery, and particularly relates to a rotary disk type collector for broiler chickens, which is applicable to manual grabbing and collecting of the boiler chickens at the rear end of a conveying line in a boiler chicken farm during off-take and solves the problem that the broiler chickens are difficult to collect due to a narrow outlet. A rotary disk on the collector is abutted to a broiler chicken outlet, chickens are turned to different positions on the periphery of the disk, and accordingly feeders can stand at different spots to catch and collect the broiler chickens. The chickens conveyed to the rotary disk are unable to stand under the effect of centrifugal force or thrown to an annular net close to the feeders by the centrifugal force, so that the feeders can conveniently catch and collect the chickens. The rotary disk is supported and guided for rotation by eight guide wheels on a support at the upper end of the collector, and support points are staggered by 45 degrees to form two concentric circle traces with different radiuses. Wheels are mounted below the rotary disk, so that the rotary disk type collector can be manually moved for use in turn in different chicken houses in a farm.
Description
Technical field
The utility model belongs to livestock mechanical technological domain, and particularly a kind of fryer grasps uses the rotating circular disk conveyer.
Background technology
Along with improving constantly of China's stockbreeding machine level; The step of the main labor intensive of poultry farming breeding process has all realized automation; As feed, drink water, clear excrement, ventilation etc., under this trend, delivering for sale, collecting and realize that automation becomes the object of people's concern how to poultry; There is technology fryer directly to be concentrated at present and is transported to hen house tail side, be transported to outside the house again through defeated excrement band.But when a large amount of chickens reached delivery port through a whole set of pipeline, because chicken quantity is big, delivery port was narrower, and the staff can't effectively grasp it; If be connected a new pipeline again at delivery port, staff's operation at the pipeline two ends, not only equipment cost is bigger, and the occupation of land space is big, moves inconvenient.
The characteristics of rotating circular disk mode of movement are: 1) be convenient to distribute; The material that can point of a last operation be sent into; Carry down in the rotation of disk to be dispensed to each discrete point that is positioned at circumference, the sharp Buddhist nun of Anthonio Nico invented in 2002, and wieldy to utilize the automatic distributor (number of patent application 02144303.3) of rotating disk be exactly to have utilized this characteristics; 2) be used for the head end or the tail end of supply line more, through rotating circular disk the material in the feed bin derived, entering supply line under the effect of baffle plate like disk feeder commonly used in the mining industry.
The characteristics that fryer is raised in cages have: the chicken build of 1) raising is heavy; Greenhouse control better in the hen house; Activity space is narrow and small in the cage body, and the feed formula nutrient component is comprehensive, and colory fryer own is being grown under the environment like this; Present the characteristics that body weight is big, action is heavy, can't stand on the Plane of rotation; 2) deliver for sale frequently, the technology that present fryer is raised in cages has made the production cycle of fryer shorten to 40～50 ages in days, and the fryer of high frequency is delivered the hand labor that needs labor for sale, is necessary to develop its effective collection device.
The utility model content
The purpose of the utility model is to be difficult to the problem of carrying out for the tail end chicken collection work that solves the fryer pipeline; A kind of rotating circular disk device is provided, and use rotating circular disk butt joint fryer is carried outlet, and several poultry raisers can grasp collection to fryer by the difference on circumference; It is characterized in that; This device is made up of rotating circular disk 1, regular polygon baffle plate 3, last end support 4, following end support 10, and rotating circular disk 1 is supported by directive wheel 12 by reducing motor 6 driven in rotation.
Said end support 10 main bodys down are square-shaped frame 101 that four bars constitute; Intermediate beam 102 be welded in square-shaped frame 101 in the middle of connect two relative bars of square-shaped frame 101; 2 motor support bar 103 parallel being welded between intermediate beam 102 and the frame; And vertical with intermediate beam 102, motor support plate 104 is fixed on the motor support bar 103.
Said end support 4 main bodys that go up also are the square-shaped frame 101 that four bars constitute; Link to each other through four vertical rods 5 with the square-shaped frame 101 of following end support 10; 2 intermediate beams 102 are welded in about the center line of square-shaped frame 101; Connect two relative bars of square-shaped frame 101, axle sleeve gripper shoe 43 is fixed in the centre position of two intermediate beams 102; Four jiaos of square-shaped frame 101 are connected with 4 cant beams 41, and cant beam 41 becomes 45 ° of angles with 4 bars of square-shaped frame 101; The all outside vertical welding of 4 bars on the square-shaped frame 101 is connected to 1～3 regular polygon baffle plate support bar 44; Four jiaos of tops of square-shaped frame 101 are along each affixed 1 ring network support bar 42 of diagonal; Each affixed directive wheel 12 of 4 bars on the square-shaped frame 101 and the center of 4 cant beams 41, the rotation direction of directive wheel 12 is parallel with the bar at its place.
Said rotating circular disk 1 is supported by 8 directive wheels on the last end support 4 12 in regular polygon baffle plate 3, and its circle centre position is connected with disc shaft 10.
In the said driving mechanism, reducing motor 6 is fixed in down on the motor support plate 104 of end support 10, and its output shaft and constitutes chain drive through chain 7 and disk rotating shaft 8 straight up; Hole, the upper end disk axle sleeve 2 in the middle of lower end disk axle sleeve 9, the axle sleeve gripper shoe 43 passed in disk rotating shaft 8 from bottom to top; Wherein lower end disk axle sleeve 9 is equipped with 2 bearings with the annular gap of disk rotating shaft 8; Its top is affixed with axle sleeve gripper shoe 43; Upper end disk axle sleeve 2 also is equipped with 2 bearings with the annular gap of disk rotating shaft 8, and its below is affixed with axle sleeve gripper shoe 43.
In the said carousel supports mechanism; To form one be the circle in the center of circle with disk rotating shaft 8 affixed directive wheel 12 centers on 101 4 bars of the square-shaped frame of last end support 4, and also to form one be the circle in the center of circle with disk rotating shaft 8 in affixed directive wheel 12 centers on 41 4 bars of cant beam; This design has guaranteed that the rotation direction of linear velocity direction and directive wheel 12 of directive wheel 12 and rotating circular disk 1 contact point is consistent; And directive wheel 12 residing 8 supporting point positions stagger for 45 °; Constituted 2 concentric circular tracks that radius is different, this structure can reduce bears the inhomogeneous deflection that brings of pressure.
Said regular polygon baffle plate 3 is fixed on the regular polygon baffle plate support bar 44 of end support 4.
Said ring network support bar 42 tops are connected with ring network 13, and ring network 13 is positioned at the below of rotating circular disk 1, with its rotating circular disk 1 near but do not contact, to fill the space between rotating circular disk 1 and the regular polygon baffle plate 3.
Said end support 10 belows down are connected with 4 wheels 11 respectively for four jiaos, and this device can be moved under the effect of artificial thrust.
The characteristics of the utility model:
1, pass through this device and carry docking of outlet with fryer, several poultry raisers can grasp collection to fryer by the difference on circumference.
2, in the course of work, the fryer on the rotating circular disk receives centrifugal action and can't stand in rotary course, has made things convenient for staff's extracting; Be thrown to the fryer on the inboard ring network of baffle plate by centrifugal force,, make equally to grasp to be beneficial to and carry out with staff's close together.
3, be used to support and 8 directive wheel supporting point positions of the rotating circular disk that leads stagger for 45 °, constituted 2 concentric circular tracks that radius is different, bear the inhomogeneous deflection that brings of pressure with minimizing.
4, this conveyer can artificially promote, and the different hen houses in same plant use in turn.
The beneficial effect of the utility model is: through rotating circular disk with the fryer of conveyer belt caudal end egress from a bleeding point; Be distributed to several bleeding points on the circumference; Make fryer have operability in the collection of pipeline tail end, in this device course of work, fryer or can't stablize is stood; Perhaps, made things convenient for staff's grasping manipulation from staff's close together.
Description of drawings
Fig. 1 for fryer with rotating circular disk gathering unit front schematic view;
Fig. 2 is last end support schematic top plan view;
Fig. 3 is following end support schematic top plan view;
Fig. 4 for fryer with rotating circular disk gathering unit schematic top plan view.
Among the figure, 1--rotating circular disk, 2--upper end disk axle sleeve, 3--regular polygon baffle plate, the last end support of 4--, 41--cant beam; 42--ring network support bar, 43--axle sleeve gripper shoe, 44--regular polygon baffle plate support bar, 5--vertical rod, 6--reducing motor; The 7--chain, the rotating shaft of 8--disk, 9--lower end disk axle sleeve, end support under the 10--, 101--square-shaped frame; The 102--intermediate beam, 103--motor support bar, 104--motor support plate, 11--wheel, 12--directive wheel.
Embodiment
Below in conjunction with accompanying drawing and embodiment the concrete structure of the utility model is further specified.
As shown in Figure 1; Fryer is made up of rotating circular disk 1, regular polygon baffle plate 3, last end support 4, following end support 10 with the rotating circular disk gathering unit; Following end support 10 belows are connected with 4 wheels 11 respectively for four jiaos; This device can be moved under the effect of artificial thrust, and rotating circular disk 1 is supported by directive wheel 12 by reducing motor 6 driven in rotation; Reducing motor 6 is fixed in down on the motor support plate 104 of end support 10, and its output shaft and constitutes chain drive through chain 7 and disk rotating shaft 8 straight up; Hole, the upper end disk axle sleeve 2 in the middle of lower end disk axle sleeve 9, the axle sleeve gripper shoe 43 passed in disk rotating shaft 8 from bottom to top; Wherein lower end disk axle sleeve 9 is equipped with 2 bearings with the annular gap of disk rotating shaft 8; Its top is affixed with axle sleeve gripper shoe 43; Upper end disk axle sleeve 2 also is equipped with 2 bearings with the annular gap of disk rotating shaft 8, and its below is affixed with axle sleeve gripper shoe 43; Rotating circular disk 1 is supported by 8 directive wheels on the last end support 4 12.
As shown in Figure 2; Following end support 10 main bodys are square-shaped frame 101 that four bars constitute; Intermediate beam 102 be welded in square-shaped frame 101 in the middle of connect two relative bars of square-shaped frame 101; 2 motor support bar 103 parallel being welded between intermediate beam 102 and the frame, and vertical with intermediate beam 102, and motor support plate 104 is fixed on the motor support bar 103.
As shown in Figure 3; Last end support 4 main bodys also are the square-shaped frame 101 that four bars constitute; Link to each other through four vertical rods 5 with the square-shaped frame 101 of last end support 4; 2 intermediate beams 102 are welded in about the center line of square-shaped frame 101, connect two relative bars of square-shaped frame 101, and axle sleeve gripper shoe 43 is fixed in the centre position of two intermediate beams 102; Four jiaos of square-shaped frame 101 are connected with 4 cant beams 41, and cant beam 41 becomes 45 ° of angles with 4 bars of square-shaped frame 101; The all outside vertical welding of 4 bars on the square-shaped frame 101 is connected to 2 regular polygon baffle plate support bars 44; Four jiaos of tops of square-shaped frame 101 are along each affixed 1 ring network support bar 42 of diagonal; Each affixed directive wheel 12 of 4 bars on the square-shaped frame 101 and the center of 4 cant beams 41, the rotation direction of directive wheel 12 is parallel with the bar at its place; To form one be the circle in the center of circle with disk rotating shaft 8 affixed directive wheel 12 centers on 101 4 bars of the square-shaped frame of last end support 4, and also to form one be the circle in the center of circle with disk rotating shaft 8 in affixed directive wheel 12 centers on 41 4 bars of cant beam; This design has guaranteed that the rotation direction of linear velocity direction and directive wheel 12 of directive wheel 12 and rotating circular disk 1 contact point is consistent; And directive wheel 12 residing 8 supporting point positions interlace; Constituted 2 concentric circular tracks not of uniform size, this structure can reduce bears the inhomogeneous deflection that brings of pressure.
As shown in Figure 4; Rotating circular disk 1 is in regular polygon baffle plate 3, and ring network 13 is filled the space between rotating circular disks 1 and the regular polygon baffle plate 3, wherein; Regular polygon baffle plate 3 is fixed on the regular polygon baffle plate support bar 44 of end support 4; Ring network 13 is fixed on the ring network support bar 42 of end support 4, below rotating circular disk 1, with its rotating circular disk 1 near but do not contact.
The utility model is applicable to the chicken collection work of fryer plant.
The above; Be merely the preferable embodiment of the utility model; But the protection domain of the utility model is not limited thereto; Any technical staff who is familiar with the present technique field is in the technical scope that the utility model discloses, and the variation that can expect easily or replacement all should be encompassed within the protection domain of the utility model.Therefore, the protection domain of the utility model should be as the criterion with the protection domain of claim.
Claims (4)
1. fryer is used the rotating circular disk gathering unit, it is characterized in that, this installs by rotating circular disk (1), regular polygon baffle plate (3), goes up end support (4), following end support (10) formation, and rotating circular disk (1) is supported by directive wheel (12) by reducing motor (6) driven in rotation;
Said end support (10) main body down is the square-shaped frame (101) that four bars constitute; Intermediate beam (102) is welded in the middle two relative bars of square-shaped frame (101) that connect of square-shaped frame (101); 2 motor support bars (103) are parallel to be welded between intermediate beam (102) and the frame; And vertical with intermediate beam (102), motor support plate (104) is fixed on the motor support bar (103);
Said end support (4) main body that goes up also is the square-shaped frame (101) that four bars constitute; Link to each other through four vertical rods (5) with the square-shaped frame (101) of following end support (10); 2 intermediate beams (102) are welded in about the center line of square-shaped frame (101); Connect two relative bars of square-shaped frame (101), axle sleeve gripper shoe (43) is fixed in the centre position of two intermediate beams (102); Four jiaos of square-shaped frame (101) are connected with 4 cant beams (41), and cant beam (41) becomes 45 ° of angles with 4 bars of square-shaped frame (101); The all outside vertical welding of 4 bars on the square-shaped frame (101) is connected to 1～3 regular polygon baffle plate support bar (44); Four jiaos of tops of square-shaped frame (101) are along each affixed 1 ring network support bar (42) of diagonal; 4 bars on the square-shaped frame (101) and each affixed directive wheel (12) of center of 4 cant beams (41), the rotation direction of directive wheel (12) is parallel with the bar at its place;
Said rotating circular disk (1) is supported by 8 directive wheels (12) on the last end support (4) in regular polygon baffle plate (3), and its circle centre position is connected with disc shaft 10;
In the said driving mechanism, reducing motor (6) is fixed in down on the motor support plate (104) of end support (10), and its output shaft and constitutes chain drive through chain (7) and disk rotating shaft (8) straight up; Hole, the upper end disk axle sleeve (2) in the middle of lower end disk axle sleeve (9), the axle sleeve gripper shoe (43) passed in disk rotating shaft (8) from bottom to top; Wherein lower end disk axle sleeve (9) is equipped with 2 bearings with the annular gap of disk rotating shaft (8); Its top is affixed with axle sleeve gripper shoe (43); Upper end disk axle sleeve (2) also is equipped with 2 bearings with the annular gap of disk rotating shaft (8), and its below is affixed with axle sleeve gripper shoe (43);
In the said carousel supports mechanism; To form one be the circle in the center of circle with disk rotating shaft (8) affixed directive wheel (12) center on (101) four bars of the square-shaped frame of last end support (4), and also to form one be the circle in the center of circle with disk rotating shaft (8) in affixed directive wheel (12) center on (41) four bars of cant beam; This design has guaranteed that the rotation direction of linear velocity direction and directive wheel (12) of directive wheel (12) and rotating circular disk (1) contact point is consistent; And residing 8 supporting point positions of directive wheel (12) interlace; Constituted 2 concentric circular tracks not of uniform size, this structure can reduce bears the inhomogeneous deflection that brings of pressure.
2. fryer described in the claim 1 is used the rotating circular disk gathering unit, it is characterized in that, said regular polygon baffle plate (3) is fixed on the regular polygon baffle plate support bar (44) of end support (4).
3. fryer described in the claim 1 is used the rotating circular disk gathering unit; It is characterized in that; Said ring network support bar (42) top is connected with ring network (13); Ring network (13) is positioned at the below of rotating circular disk (1), with its rotating circular disk (1) near but do not contact, to fill the space between rotating circular disk (1) and the regular polygon baffle plate (3).
4. fryer described in the claim 1 is used the rotating circular disk gathering unit, it is characterized in that, said end support (10) down below is connected with 4 wheels (11) respectively for four jiaos, and this device can be moved under the effect of artificial thrust.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203828260U CN202285841U (en) | 2011-10-11 | 2011-10-11 | Rotary disk type collector for broiler chickens |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203828260U CN202285841U (en) | 2011-10-11 | 2011-10-11 | Rotary disk type collector for broiler chickens |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202285841U true CN202285841U (en) | 2012-07-04 |
Family
ID=46354859
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203828260U Expired - Fee Related CN202285841U (en) | 2011-10-11 | 2011-10-11 | Rotary disk type collector for broiler chickens |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202285841U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108529165A (en) * | 2018-06-06 | 2018-09-14 | 广州市翔顺畜牧设备有限公司 | A kind of oblique broiler chicken conveyer of angle adjustable |
| CN113396839A (en) * | 2021-05-24 | 2021-09-17 | 邵岩 | Egg sorting equipment before vaccine sowing |
-
2011
- 2011-10-11 CN CN2011203828260U patent/CN202285841U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108529165A (en) * | 2018-06-06 | 2018-09-14 | 广州市翔顺畜牧设备有限公司 | A kind of oblique broiler chicken conveyer of angle adjustable |
| CN108529165B (en) * | 2018-06-06 | 2023-06-30 | 广州市翔顺畜牧设备有限公司 | Oblique broiler chicken conveyer of adjustable angle |
| CN113396839A (en) * | 2021-05-24 | 2021-09-17 | 邵岩 | Egg sorting equipment before vaccine sowing |
| CN113396839B (en) * | 2021-05-24 | 2022-05-20 | 杭州华杰禽业有限公司 | Egg sorting equipment before vaccine sowing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120704 Termination date: 20161011 |