[0048] Example three
[0049] A livestock feed additive instead of grease, the additive consists of 70 ingredients of the following weight: 5-10 cop grains, 5-10 copperates, 1,300 pelvic, 8-12 trypsin, and pros 3-5 parts of bacteria, 6-8 Chinese herbal medicine; wherein the mixed grain powder consists of 25-28 corn flour: 25-28 pumpkin powder, 10-14 green tea powder.
[0050] Each raw material was produced into a livestock and poultry feed additive substituted by the preparation. After combining the feed, the livestock and poultry were tested after a month after the feed was combined.
[0051] The surchable rate of the resulting livestock and poultry is shown in Table 1.
[0052] Fatty rate Example one 9.6％ Example 2 8％ Example three 10％
[0053] Table 1
[0054] As can be seen from Table 1, the body fat ratios of soone in Example 2 of the present invention demonstrates the formation of the present invention.
[0055] Such as Figures 1 to 7 As shown, a method for producing a livestock feed additive instead of oil, which is suitable for use in a livestock and poultry feed additive instead of oil, which uses the following steps:
[0056] S1: After mixing dry ginger, licorice, bitter ginseng, deciphery, blended into the crusher and add an appropriate amount of water, and activate the gas pump 5 to take the interior of the stirring cylinder 2, then start the crusher, high speed crushing 10-15 min and take it out. A Chinese herbal medicine mixture is obtained;
[0057] S2: Place the Chinese herbal mixture in the reaction tank, adjusting the pH to be neutral, and then removed and filtered after 6-8 h, resulting in a Chinese herbal medicine extract;
[0058] S3: Potassium grain powder, biochemical xylene, filling agent, trypsin, probiotics, and Chinese herbal extracts are mixed into the mixer and add an appropriate amount of water, stirred at 400-600 R / min for 20-25 min, then take out Dry at a temperature of 35-50 ° C, the finished product replacement of the livestock and poultry feed additives;
[0059] Wherein, the crusher is provided by a power base 1; a stirring barrel 2 is mounted on the upper side of the power seat 1; the top of the agitator 2 is connected to a sealing cover 3; a motor is mounted in the power seat 1; The motor output shaft extends to one end of the agitation tube 2 securing the broken blade wheel 4; there is a mounting groove in the sealing cover 3; a gas pump 5 is mounted in the mounting slot; the gas pump 5 is passed through the air tube 6 and the stirring The cartridge 2 is in communication; when working, the dry ginger, licorice, bitter ginseng, deciders, and rhubine mix into the crusher and add an appropriate amount of water, and the sealing cover 3 is screwed; the stirring drum 2 is exhausted by activating the gas pump 5, then Start the motor to make the broken work, reduce the amount of foam, which is convenient for subsequent preparation processes, and also reduces the degree of oxidation of Chinese herbs, slowing down the corruption of cellulose and nutrient, thereby improving the efficacy.
[0060] The bottom portion of the sealing cover 3 is disposed in an arc shape, and a link 7 is provided with a circular arc shape; the lower end of the link 7 is fixed to a defoaming ball 8; the defoaming ball 8 is a hollow structure, and A via hole 9 is uniformly opened on the defoaming ball 8; the bloaming ball 8 is provided with a clipper 10; the cluster 10 is uniformly arranged with a bloaming needle 11, and the free end of the defoaming needle 11 facing through holes 9; When working, the gas pump 5 is substantially impossible to completely remove the interior of the agitator 2, it is difficult to avoid a small amount of air, and a small amount of bubbles are generated when broken, and the bubbles are in the action of the buoyancy. Rising, and through the through hole 9 into the defoaming ball 8, it was finally punctured by the defoaming needle 11, thereby further achieving the purpose of defoaming, facilitating the processes of the subsequent preparation process.
[0061] A motor 12 is mounted on the top inner side of the top portion of the defoaming ball 8; the output of the motor 12 towards the base 10, and the motor 12 output shaft is secured to the shaft 13; the rotating shaft 13 is away from one end of the motor 12 Ball holder 10 is fixed; when it works, a small amount of air bubbles are generated, and the bubbles are in the action of the buoyancy, and the circular arc of the sealing cover 3 rises, and from the through hole 9 into the defoaming ball 8, by activating the motor 12 The club 10 rotates, and the base 10 is rotated when the bloaming needle 11 scratches the bubble, thereby increasing the foaming rate.
[0062] The circular arc portion of the sealing cover 3 is fixed to the binding block 14; the lower portion of the bonding block 14 is opened, and the upper portion of the bonding block 14 is provided with a leading hole 16, and the introduction hole 15 is in communication with the export hole 16; The conductive hole 16 is facing the through hole 9 of the defoaming ball 8, when operating, by providing the binding block 14 such that the bubble rises under the action of the buoyancy and enters the binding block 14 by the introduction hole 15, due to the derived hole 16 The through hole 9 of the ball 8 causes the bubbles to be directly introduced into the bloaming ball 8 when flowing out of the export hole 16, and finally thorns the defoaming needle 11, further improving the foxic rate.
[0063] The sealing cover 3 is fixed to the water absorbing bag 17 between the defoaming ball 8, and the link 7 is penetrated through the suction bladder 17; the sealing cover 3 in the absorbent bladder 17 is opened in the sealing cap 3, and the upper end of the link 7 is connected. Slide with the chute 18; the bottom end of the chute 18 is fixed to the link 19 between the link 7; the water absorbing bag 17 is fixed to a conduit 20, and the No. 1 catheter 20 extends to the central portion of the agitator 2 The No. 1 conduit 20 is fixed with a cotton rope; the upper portion of the binding block 14 is provided with a reaction shampoo 21, and one end of the reaction shampoo 21 communicates with the water absorbing bag 17 through the second conduit 22, and the other end and the export hole 16 Connect; when working, the water absorbing bag 17 is inserted from the stirring cylinder 2 by the first catheter 20, and after the crushing operation, the sealing cover 3 can be removed, and the embossed ball 8 is pressed, so that the link 7 is in the chute 18 Slide, so that the flow of the ball 8 extruded the absorbent bag 17, the water in the absorbent bladder 17 flows into the anti-punching hole 21 through the second conduit 22, rinsing the residual residual residue in the binding block 14, preventing the introduction hole 15 and the export hole 16. Block.
[0064] Sliding in the backbone shading body 21; the sealing block 23 extends to one end of the derivation hole 16 in which a stop 24 is fixed; the sealing block 23 away from one end of the stop 24 through the elastic rope 25 The inner wall of the reaction shampoo is in the inner wall, and the elastic rope 25 is in a tensioned state; when the water in the water absorbing bladder 17 flows into the reaction shampoo 21 through the second conduit 22, the water flows push the open sealing block 23 to achieve rinsing, by mating flexibility The rope 25, the sealing block 23 blocks the retrofold hole 21 outlet when the water absorbing bag 17 is not pressed, and thereby prevents the bubbles and the slag in which the bubbles and the slag are inverted when the crushing operation, ensuring the normal operation of the anti-shale 21.
[0065] The piston groove 26 is opened in the position of the bonding block 14 adjacent the reaction shampoo 21, and the piston groove 26 is in communication between the piston grooves 27; in the piston tank 26, the piston tank 26 slides a piston plate 28 The elastic rope 25 extends into the piston groove 26 through the fluid hole 27 and is fixed to the piston plate 28; the piston plate 28 is filled with elastic cotton 29, and the elasticity is filled with the piston groove 26 between the piston plates 28. When the cotton 29 is immersed; when the water in the water absorbing bag 17 flows into the reaction shampoo 21 through the second catheter 22, the water flows into the block 23, and the elastic rope 25 stretches the piston plate 28 to extrusion. The elastic cotton 29 enables the washing liquid in the elastomeric cotton 29 into the reaction hole 21 through the fluid hole 27, and the introduction hole 15 and the export hole 16 are flush as the water flow, thereby increasing the cleaning efficiency.
[0066] A set of resilient strips 30 is fixed to the inner wall of the conductive holes 16; the free end solids of the elastic strip 30 have a small ball 31; when operating, the water flow is pushed out while flowing into the leading hole 16, in the elastic strip Under the action of 30, the ball 31 reciprocates and tap the inner wall of the export hole 16, causing the small amplitude vibration of the binding block 14, with the rinsing of the water flow, thereby further improving the cleaning efficiency.
[0067] When working, dry ginger, licorice, bitter ginseng, decise, blend into the crusher and add an appropriate amount of water to add the appropriate amount of water, and the sealing cover 3 is applied; the blending drum 2 is exhausted by the starting air pump 5, and then start the motor Broken work, can reduce the amount of foam, which is easy to carry out the process of subsequent preparation, while reducing the degree of oxidation of Chinese herbal medicine, slowing the damage speed of cellulose and nutrient, thereby improving the efficacy; actual operation In the actual operation, gas pump 5 can not stir The interior of the cartridge 2 is difficult to avoid a small amount of air, and a small amount of air bubble is generated when broken, the bubble is in the action of the buoyancy, and the circular arc portion of the sealing cover 3 rises, and passes through the through hole 9 into the defoaming ball 8, final The defoaming needle 11 is pierced, thereby further achieving the purpose of the defoaming, facilitating the processes of the subsequent preparation process; a small amount of bubbles are generated when broken, the bubbles are in the action of the buoyancy, and the arc portion of the sealing cover 3 rises, and passed The hole 9 enters the defoaming ball 8, rotates the ball holder 10 by activating the motor 12, and the base 10 is rotated when the bubble needle 11 is blown to the bubble, thereby increasing the foxic rate; by setting the binding block 14, the bubble is in buoyancy Under the action, the bonding block 14 is entered by the introduction hole 15, since the via hole 16 towards the defoaming ball 8, the bubble is directly introduced into the bloam ball 8 when the bubble is flowed out, and finally the blister needle 11 Pierce, further increase the defoaming rate; the water absorbing bag 17 is inhaled from the agitating tube 2 through the No. 1 catheter 2, after the breaking operation, the sealing cover 3 can be removed, press the defoaming ball 8, so that the link 7 Slide in the chute 18, so that the flow of the ball 8 extruded the absorbent bag 17, the water in the suction bag 17 flows into the reaction shampoo 21 through the second conduit 22, and rinsing the residual residual residue in the binding block 14 to prevent the introduction hole 15 and the export hole 16; when the water in the suction bag 17 flows into the reaction shampoo 21 through the second catheter 22, the water flows into the open sealing block 23 to achieve rinsing, by mating the elastic rope 25, sealing the block when the water absorbing bag 17 does not work 23 Blocking the anti-shampoo 21 outlet, and then prevents the bubbles and the slag in the bubble and the slag in which the bubbles and the slag are inserted, to ensure the normal operation of the anti-shampo hole 21; the water in the absorbent bladder 17 flows into the reaction hole 21 through the second conduit 22. When the water flows into the block 23, the elastic rope 25 is stretched, and the piston plate 28 is extruded, the elastic cotton 29 is throttled, so that the washing liquid in the elastic cotton 29 enters the anti-shale 21 through the guide hole 27, along with the water flow The introduction hole 15 and the export hole 16 are rinsed, thereby increasing the cleaning efficiency; the water flow is pushed when the flow flows flows in the export hole 16, under the action of the elastic strip 30, the ball 31 reciprocates and tap the inner wall of the export hole 16, causing The binding block 14 has a small vibration, which is accompanied by the rinsing of the water flow, thereby further improving the cleaning efficiency.
[0068] The above front, the left, left, right, and lower, in the drawings figure 1For the baseline, according to the character's viewing angle, the device faces the observer as a front, the observer is defined as left and second.
