The bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating

Abstract

The purposed of this invention is to creating a concrete mixing bucket install on a height tower. To release ready-mixed concrete to more quantity enough to one mixer truck / round of the cement mixer truck to transport another step. With the crater to fill the material to the top of bucket and released at the bottom of the middle bucket while the bucket are rotating and stop rotating. That can be mix concrete in larger quantities sufficient for mixing per 1 round of transport mixer truck. To reduce the working time per mixing cycle per release cycle. This will increase speed of working bring to save time and costs.

Description

[0001] Invention details.

[0002] Name that represents the invention.

[0003] The bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating.

[0004] Branch of science related to invention.

[0005] Engineering related to Civil engineering, Mechanical engineering, electronic Engineering.

[0006] The background of the arts or science to related.

[0007] Most of the general concrete mixers are vertical bucket. That has fill containing the mixture of concrete to the top of the bucket. Mixed concrete will use spinning and stirring the materials mixtures of concrete to be compatible by the stirring paddle installed with electric motor or hydraulic motor. By insert the stirring paddle into the interior of the concrete bucket. From the top of the bucket, in which the concrete bucket will stay, which does not rotate, will rotate only the stirring leaves. And when releasing the concrete, it is released from the sideways of the bucket.

[0008] And another type of concrete mixer in general. Most of them are vertical bucket. That has fill a mixture of concrete into the top of the bucket. That uses rotation and stirring the ingredients of concrete with while rotating the bucket. And when releasing the concrete pouring out, it is released from the top of the bucket with tilted on the side and upside down mixed concrete bucket to release the material.

[0009] And most importantly, can be mixed with concrete in each round in small quantity. Causing many times to be mixed in the demand or transported by the mixer truck. Which takes time to work to prepare more ingredients in each round are more. Which takes time and costs are more.

[0010] The characteristics and purposed of the invention.

[0011] This invention aims to create a bucket that can be mix the concrete in more quantity enough to one mixer truck / round. To reduce the duration of working. Mixed concrete mixture on a high tower that is generally market used is small size. Load and stirring to mixed with concrete ingredients in each round are quantity with slightly. When it takes time to transport up the material of concrete to the bucket. And spin and stirring for mixed in each round. Therefore making the duration of concrete mixed concrete takes a long time. Because having to do several times to release the mixer truck to transport one round.

[0012] Therefore tried to create bucket mixing the concrete. Which can be contain more concrete materials for the concrete mix. For release to mixer truck to transport one time .To prepare to release the release at the bottom of the bucket, while the bucket is rotating. Which will increase the speed bring to a cycle to mix concrete per one trip per day, save more time and the cost.

[0013] Brief image description.

[0014] Figure 1 shown the picture with overall to sideways of bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating.

[0015] Figure 2 shown the picture with overall to one characteristic of the bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating.

[0016] Figure 3 shown the picture with overall to sideways of the bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating.

[0017] Figure 4 shown the picture with overall to one characteristic of the bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating.

[0018] Figure 5 shown the picture overall with sideways to specifically of the pairs of column set, structure of sliding set and the beam frame valve set up and down to open and close the valve while sliding down to close.

[0019] Figure 6 shown the picture with one characteristic to specifically of the pairs of column set, structure of sliding set and the beam frame valve set up and down to open and close the valve while sliding down to close.

[0020] Figure 7 shown the picture overall with sideways to specifically of the pairs of column set, structure of sliding set and the beam frame valve set up and down to open and close the valve while sliding down to close.

[0021] Figure 8 shown the picture with one characteristic to specifically of the pairs of column set, structure of sliding set and the beam frame valve set up and down to open and close the valve while sliding down to close.

[0022] Figure 9 shown the picture overall with sideways to specifically of the pairs of column set, structure of sliding set and the beam frame valve set up and down to open and close the valve while sliding up to open. Figure 10 shown the picture with one characteristic to specifically of the pairs of column set, structure of sliding set and the beam frame valve set up and down to open and close the valve while sliding up to open.

[0023] Figure 11 shown the picture with the top to specifically of the beam frame valve set up and down to open and close the valve while sliding down to close.

[0024] Figure 12 shown the picture with sideways to specifically of the beam frame valve set up and down to open and close the valve while sliding down to close.

[0025] Figure 13 shown the picture with sideways to specifically of the beam frame valve set up and down to open and close the valve while sliding up to open.

[0026] Figure 14 shown the picture with one characteristic to specifically of the beam frame valve set up and down to open and close the valve while sliding up to open.

[0027] Figure 15 shown the picture with one characteristic to specifically of the beam frame valve set up and down to open and close the valve while sliding up to open.

[0028] Figure 16 shown the picture with sideways and one characteristic to specifically the bucket set.

[0029] Figure 17 shown the picture with top and one characteristic to specifically the bucket set. Figure 18 shown the picture with one characteristic to specifically the stirring paddle frame set.

[0030] Disclosure of complete inventions.

[0031] Considering the picture 1-17, it is a form of a concrete module installed on a hight tower to stirring and mixing while release the mixed materials and release it into the mixer truck to transport to next step. With the crater to fill the material to the top of bucket and released at the bottom of the middle bucket while the bucket are rotating and stop rotating. Consisting the main body structure (101) with a pair column set amount 4 pairs are the pairs of column (102), a double reinforce column set (103), the steel of the base column (141) and the below steel beam frame structure (108), the upper steel beam frame structure (116) and the column sliding rail structure set (110), (112), The beam frame valve set up and down to open and close the valve(201). Structure hold the end of the long bolt set of sliding standing column core (201-1). Gears and motor drive the middle slewing bearing ring set (130). Gear and motor drive the sideways slewing bearing ring set(135). The bucket of mix the concrete set (301). And the stirred leaves (319). Each part of which are made from thick steels. And H-beam steel that is thick and strong enough to support the weight of various components and materials that are added to stirred and mixed into ready made concrete. Considering the picture 1-17, a pair of columns set (102) use the thick H-beam steel welding with tightly connected to each other as a pair of column (102) with quantity 4 set. And use the same thick H-beam steel that are used to make 2 pairs of columns set (102). With each set use quantity 2 pieces. Cut with the appropriately length. And groove at sideways into the upper side as a channel for can be fixing the bolt in the channel. Made to a double reinforce column set (103) welding with tightly connected to the column (102). To be on the sideways with inside of the column (102) with all 4 sets. By the side that welding with tightly connects the pair of reinforced column set (103) and a pair of reinforced columns set (102) will turn towards the pair of reinforced columns set (102), one pair on the other side. Is a pair of column that turn a pair of reinforced column set (103) with approached 2 pairs. And connect welding with tightly at every base of the column with the steel of the base column (141).That drill the holes to fastening the bolt installed on another tall building next step. And use thick flat steel plates (107) put on the double reinforce column set (103). Welding with tightly connect the thick flat steel plates (107) to the double reinforce column set (103) with all column.That drill the holes to fastening the bolt and welding with tightly connect periodically with the steel beam frame structure below(108-2).

[0032] Which the steel beam frame structure below set (108) uses the H -Beam metal welding with tightly connecting together as a horizontal knitting frame. Use the H-Beam steel to be placed in 4 squares by welding with tightly connecting the top as (108-1) below as (108-2) and placing vertical steel that is attached to the column set (102). Use the same steel as the reinforced steel column (103) as a reinforced steel column set (103-1). Place close to the column set (102), welding with tightly connecting with periodically the line. By the bottom and top of the reinforced steel set (103-1), both of them are welding with tightly connected with a flat sheet below (107-2) and above (107-3). Then welding with tightly connect and fastening the bolts to the below steel beam frame structure (108-1) and (108-2).

[0033] And between of the reinforced steel column set (103-1) of the reinforce column set (102) in each them with all side. Will placed vertical steel H-beam as a vertical steel (120) and (121) placed with space for a distance while, by placed and welding with tightly connected to the steel beam frame structure below (108-1) and (108-2) on fourth sides and placed the corner of the below steel beam frame structure (108), placed on a thick flat metal sheet (107) at the top of the pair of reinforce column set (103), placed to the position the flat metal steel (107), all 4 points of the edge inside of double column set (102). Fastening with the bolt and welding with tightly connected with periodically. And near the inner comer of the below steel beam frame structure (108-1), use the H-Beam steel (125) cutting the central several channels and cutting the edge slightly to the right size, placed welding with tightly connected close to the inner corner in all 4 corners to place the steel ring (122-2) by welding with tightly. And piercing the hole in matching the below steel beam frame structure (108-1) to be placed and fastened with a bolt with a gear of slewing bearing ring set for driving side way (122).

[0034] And at the top of the double column set (102), the columns outside the at top will cut in the middle for a distance while as a channel for fastening a bolt. And the head of column place the steel plate (106) and equivalent welding with tightly connected to of the double column set (102) with the pair of 4 pairs column sets. And punching holes at the flat metal steel (106) to match the upper steel beam frame structure (116) to be used as hold the upper steel beam frame structure (116), fastening with the bolt and welding with tightly connecting periodically the line.

[0035] Which the upper steel beam frame (116) will be welding with tightly connected together is a square and close to the inner corner of the upper steel frame structure (116), reinforced with the H-Beam steel (117), cutting the center into with multiple channels and cutting the edge slightly to the appropriate size, placed near the inner corner of all 4 comers to place the ring steel (118-2) by welding with tightly connecting. And drill holes in matching the upper steel beam frame structure (116) to be used as holder an external ring of the upper bearing (118). The inner circle of the upper bearing (118) will be fastened with a bolt with the upper edge ring of the bucket (304) that is welding with tightly connected to the edge on the bucket (302). To support the weight and support while spinning to prevent the sway.

[0036] The below steel beam frame structure (108) will be used as support the main weight below. Which is the weight from the bucket set (301) and the materials that are put in to stirring in the bucket. The bucket set (301) will be placed on the outer circle of the gear slewing bearing ring set (122), In which the top of the outer edge ring is covered in the inner ring of slewing bearing ring set (122) with the top of the outer edge, will cover the inner ring of the slewing bearing ring (122). That is for placing the bucket set (301) and fastened bolt with the outside rim of the outer ring of the slewing bearing ring gear sideways set (122). With the bottom edge ring set (305). That is welding with tightly connected to the bottom edge of the bucket (302). Which is a rotating part. As for the inner circle of the gear slewing bearing ring set (122) which is a tight section fixed by fastening the bolt with surrounding on the ring steel (122-2) and the below steel beam frame structure (108-1).

[0037] Considering Figure 1-17 at the below steel beam frame structure (108-1), the sideways and inside the interval middle all 4 sides will be welding with tightly connected with a flat of steel plate (140) welding with tightly connected. And drill the hole in matching the same way and fastened with a bolt with a flat of steel sheet that is welding with tightly connected to the holder of end of the hydraulic cylinder. It is holder set at the end axis of hydraulic cylinder (270), (271), (272), (273) for holder the end of the axis hydraulic cylinder (246), (247), (248), (249) respectively.

[0038] And hold the hydraulic cylinder part below with the beam frame valve set up and down to open and close the valve(201), fastening by the holder with the below of the hydraulic cylinder holder set (250), (251), (252), (253). By fixing with engraved for easy removal. And in the middle of the hydraulic cylinder, fastened with a bolt with the middle of the hydraulic cylinder holder set (260), (261), (262), (263).

[0039] Which circle metal sheet cutting are 2 half metal sheets and placed collided with the middle of both cutting of the molded circle that can be worn with the hydraulic cylinder. To be easily for assembled. By fastened with a bolt with holder in the middle of the hydraulic cylinder to allow the hydraulic cylinder to be stable.

[0040] Consider Figure 1-17 at the below steel beam frame structure (108). At the bottom, the bottom of the bucket will be installed with a metal frame set (131) is a steel frame set for fastening gear and motor (130) for driving rotating the gear set (309). Fastening with a bolt with the thick reinforce cones (310) under the bucket (302) that welding with tightly connects and fastened with a bolt with under the cone of the bottom of the bucket (302). And one sideways of the corner one is fastening attached with a bolt with a steel frame fastening the gear and motor (134), which is the holder of the gear and motor for driver rotating motor sideway (135), which allows the tooth of gear to rotate in a position according to rotate with the running gear set the slewing bearing ring (122), at the sideways on the bottom of the bucket (302). Which fastening with a bolt with the ring sideways the bucket (305) that is welding with tightly connected to the bottom edge of the bucket (302). To reinforce increase the power of the rotation of the bucket to be more stronger. When containing more materials in the bucket and more weight.

[0041] The below steel beam frame structure (108) will be used as a fasteners of column sliding rail structure for the 4-sided with a bolt are the column sliding rail structure set (110), (112), as shown in Figure 1-17, which will perform as a structure for fixing and holding the roller wheel of the rail slides up and slides down of the weave steel frame set as the beam frame valve set up and down to open and close the valve (201). To open and close the core cylindrical steel valve (237). To control the release of the material in the bucket.

[0042] The column sliding rail structure set (110), (112), will be a metal frame made of thick wide flange steel. At the end of the column above and the bottom on both sides, cut and groove the sideways to wear in the middle of the steel, attached to the below steel beam frame frame (108), fastened with a bolt to the below steel beam frame frame (108-1), (108-2), by spacing with distance for install the roller wheel of the beam frame set as the valve slide frame set up and down to open and close the valve (201) by fastening the middle near the inside of the vertical column steel (120) and (121). In order to be able to remove and repair easily.

[0043] At the inner edge of the steel column the sliding rail column set (110) and (112) will be welding with tightly connected with the channel steel (113) and (114) that cut with groove the interior to be a rail to the rail to run up and down the wheels with the inner bearing (203), (204), (206), (207), (209), (210), (212), (213) of the beam frame set as the valve sliding frame set up and down to open and close the valve (201), which these steel hold column sliding rail structure for opening and closing valve (110), (112). Which is placed near the inside with the vertical H-beam steel (120) and (121) will be attached with a bolt with the below steel beam frame structure (108-1) and (108-2) at the same position and distance on all 4 sides of the below steel beam frame structure (108).

[0044] Considering from the Figure 11-15, those are the structure used to move up and down while the bucket is still rotating and stop rotate. Is the beam frame valve set up and down to open and close the valve (201), controlled to move up to open and slide down to close the core cylindrical steel axis valve (237). With the top, cut and trims the tip to be pointed reduce the resistance to the material in the bucket while pushing up to open for release the material. And between the bottom edges of the tip of pointed to the edge of the side of the channel for release the material (238) will groove around the axis to put the round rubber o-rings (254) around this to close the gap between the outside the chimney release (316) and the core of the cylindrical steel axis valve (237), reduce the leak of problem of liquid and various materials in the bucket (302).

[0045] The sideways edge of the axis, the core cylindrical steel axis valve (237), the upper sliding range to release the material until near the edge of the bottom rubber O-ring (254). Will groove the sideways into multiple channels, which are channels for released materials (238). The height of the grooving range is near to the movement distance with the sliding up and down to open and close the valve set (201) to release the material.

[0046] By interval of sliding is the distance from the edge bottom of the tip of the cylindrical steel axis valve (237) to the bottom of the material release channel (238) and from the cutting range of the material release channel (238). Go down to be will be a solid cylindrical pipe to the length that is lower than the bearing (311) will be welding with tightly connected to the circle metal sheet slide the core of the valve (312) and the axis of the cylindrical steel axis valve (237), the ends of the bottom are longer than the circular sheet (312) by extended to the bottom for distance released the material. And extended longer than the bottom edge of the structure fastening end of the long bolt with axis of the sliding columns set (201-1) with little, while moving up open to release the material. That can put additional accessories at the end. By the core of the cylindrical steel axis valve (237) will be slide up vertically to open for release the material and slide down to close. While the bucket is rotating or stop rotate by controlling the cylindrical steel axis valve (237) give to up and down. By control the operation, sliding up and sliding down at the 4 hydraulic cylinder sets (246), (247), (248), (249).

[0047] Which the beam frame valve set up and down to open and close the valve(201). There will be the same structure in all 4 sides, that is consisting, at the end of the metal frame of the wide flange steel (216) and (217), will use the channel steel frame set (202) will be used welding with tightly to knit as a pair of tracks as shown in the picture 11-15.

[0048] On the end of both sides wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (203) and (204) and fastening the channel steel frame (202) on both sides with a bolt. With at the end of the wide flange steel (216) and (217). Which cut into a groove at the end to fit in inserting into to put the channel steel frame (202).

[0049] Considering at the end of the channel steel frame (216) and (217) in the opposite. Will be installed with fastening the channel steel frame (208). Welding with tightly as a pair of rails. On the end of both sides. Wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (209) and (210) and fastening the channel steel frame (208) on both sides with a bolt. With at the end of the wide flange steel (216) and (217). Which the wide flange steel (216) and (217) are cut into a groove at the end to fit in inserting into to put the channel steel frame (208). The other side is the same.

[0050] Consider another set that is welding with tightly connected to a cross of the sliding up and down to open and close the valve set (201), which is the metal frame of the wide flange steel (218) and (219), will use fastening the channel steel frame (205) will be used welding with tightly to knit as a pair of tracks.

[0051] On the end of both sides. Wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (206) and (207) and fastening the channel steel frame (205) on both sides with the bolt at the end of the metal frame of the wide flange steel (218) and (219). Which cut into a groove at the end to fit in inserting into to put the channel steel frame (205).

[0052] Also, considering at the end of the channel steel frame (218) and (219) in the opposite. Will be installed with a fastening the channel steel frame (211), welding with tightly connecting as a rail pair of ends on both sides. Wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (212) and (213) and fastening the channel steel frame (211) on both sides with the bolt at the end of opposite of the metal frame of the wide flange steel (218) and (219). Which the wide flange steel (218) and (219) are cut into a groove at the end to fit in inserting into to put the channel steel frame (211). The other side is the same. And the interval middle of the sliding up and down to open and close the valve set (201) that welding with tightly connects together as a cross. The central range is welding with tightly connected to 4 sights that are welding with tightly connected with the wide flange steel (268) all 4 sides and placed with welding with tightly connected to the circle sheet (311-3) on the top.

[0053] In which the inner circle diameter is less than inner circle diameter of the bearing (311) with slightly, but the outside circle diameter is more outside circle diameter of the bearing (311). That drilling the hole to match the hole outside the bearing (311) at the top of middle range of steel sets (216), (217), and (218), (219) and steel sets (268) by welding with tightly. In order to be placed a bearing set (311), by fastening on the outside bearing set (311) with a bolt with a round sheet (311-3). By bearing set (311) will have a inner bearing is inner bearing (311-2), with the inner edge of the inner circle, there will be more diameter than the outer edge of the the chimney release (316) with little distance.

[0054] Consider from the picture 11-15, consider the bottom of the sliding up and down to open and close the valve set (201), which is the frame that is used to fastening the end of the long bolt axis sliding column set (314) to be stable. It is the frame that is used to fastening the end of the long bolt axis sliding set (201-1), which has the same size and shape are nearing of the sliding up and down to open and close the valve set (201), which is a steel frame with the wide flange steel (216-1), (217-1), welding with tightly connected to a cross truss steel frame (218-1), (219-1), the middle range are welding with tightly with (268-1) with the same sizes are 4 sides.

[0055] To place the round plate steel bearing ring (318-3) with the welding with tightly connection. Drilling holes with matching the outer ring of bearing ring (318) and fastened with bolts. For inner ring the bearing ring (318-2), there will be a inner edge of the inner circle nearing to inner circle the bearing ring (311-2). By mostly enough to distance for drill holes by sufficiency size of the end of the long bolt axis sliding column set (314). To can be fastened with female bolts on both the top and bottom.

[0056] And at the outer end at the below of the steel frame with the wide flange steel (216-1), (217-1) and (218-1), (219-1) will be welding with tightly connected with 4 metal plates (280) all 4 side. By drilling the holes to match the metal sheet (142) that are welding with tightly connected to the below of the below steel beam frame structure (108-2), by fastening at the end of the wide flange steel (216-1), (217-1) and (218-1), (219-1) with a bolt to the below steel beam frame structure (108-2) for easy removal. This the frame that is used to fastening the end of the long bolt axis sliding set (201-1), in order to the long bolt axis sliding column set (314) is stable while rotating the bucket.

[0057] From the picture 1-17, consider the only part that rotates accompany with the bucket (302) is the top of the bucket, with the inner ring of bearing ring (118) which attached to the edge above of the bucket, by fastening with bolt based on the the upper edge ring (304) and considers the bottom of the bucket set (301), which to below the part that is attached to the bottom of the core bucket (302) with reinforce thick cones under the bucket (310). By welding with tightly.

[0058] And a rotating gear set (309) that is welding with tightly connected be periodically and fastened with a bolt with a reinforce thick cones under the bucket (310), which is a reinforce thick cones under the bucket (310), installed to increase the strength and enhance the thickness to be used as a holder of the rotating gear set (309).

[0059] By thickness cones under the bucket (310) welding with tightly connect the outer edge at the bottom to the cone of the bucket (302) and the inner circle is welding with tightly connected to the inner edge of the bucket (302) and the outer edge of the the chimney release (316). Which the outer edge of the the chimney release (316) is a outer sleeve of the inner axis in the cylinder valve to open and close the cylindrical steel axis valve (237) and at the bottom of the core of the bucket (302). At the outer rim of the inner bearing ring (311-2), fastened with the long bolt set (315), with the top fastening with a screw of the bolt.

[0060] And the bottom of the end of the long bolt set (315) will fastening tightly with the female bolts on both with the top and bottom with a circular metal sheet (312) that is welding with tightly connected to the inner axis in the cylinder steel valve to open and close the cylindrical steel axis valve (237). By distance of the length of the long bolt set (315) between the inner circle of bearing ring (311-2) and a circle metal sheet (312). There is a distance length to get the right length for suitable and not more than the movement distance of the with the sliding up to open and slide down to close the core of the cylindrical steel axis valve (237) by sliding up the set valve for opening and closing the valve set (201) that can be scrolled up and down by controlling the hydraulic cylinder (246), (247), (248), (249).

[0061] And the inner rim of the bearing ring (311-2), which is fastened wearing through with the long bolt as axis sliding column set (314), another set. At the end of top of the bolt for fastened to the thickness cones under the bucket (310) and the rotating gear set (309). By the top a tightly fastened with the threaded of bolt in the internal threaded hole (314-1) and wearing through the internal rim of inner circle of bearing ring (311-2). By between the long bolt axis as sliding column set (314) and the inner circle bearing ring (311-2), wearing with the long-length round linear frank bearing (317), which is firmly fixed fastened the bolt with the inner rim in the inner circle of bearing ring (311-2). To reduce the friction of he long bolt axis as sliding column set (314) with inner circle the bearing ring (311-2), while the bearing ring (311-2) slides up and down. And below the inner circle of bearing ring (311-2) the long bolt axis as sliding column set (314), also still extended long, by long wearing through the long-length core linear frank bearing (313) that is fastened to the metal sheet circle (312) with a bolt to reduce the friction of the long bolt axis as sliding column set (314) with the steel sheet circle (312).

[0062] By the end of below of the long bolt axis as sliding column set (314). Also, extended for a long time, extended through a metal sheet circle (312) and the long-length core linear frank bearing (313) and still extended for a long time by fastening to the inner circle the bearing ring (318-2) at the bottom end of the long bolt axis as sliding column set (314). with the female bolt at the top and the bottom of the inner circle the bearing ring (318-2).

[0063] In order not to squeeze the metal pipe of the cylindrical steel axis valve (237) and to reinforced strengthen and hold the tight to support ends of the long bolt axis as sliding column set (314). All are in the movement direction of the sliding up and down to open and close the valve set (201).

[0064] When have sliding while the rotation of the bucket set (301) at the inner circle of the bearing ring (311-2), inner circle in the bearing rings (318-2) and the long bolt axis as sliding column set (314). Which the circular metal sheet (312). Fixed with core steel pipes is cylinder steel valve core of the cylindrical steel axis valve (237). By rotating following rotation of the bucket set (301). By the circular metal sheet (312) will be scrolled up and down according to the control valve set of the sliding up and down to open and close the valve set (201). That controls the operation, scrolling up and scrolling down with all 4 hydraulic cylinders are (247), (248), (248), (249).

[0065] Considering the overall from the picture 1-17, the bucket set (301), the inner circle the upper bearing ring (118), the outer circle of the bottom slewing bearing ring set (122), the thickness cones under the bucket (310), the rotating teeth gear under the bucket (309), the inner circle bearing ring (311-2), the inner circle bearing ring (318-2), the outside the chimney release (316), the cylindrical steel axis valve (237), the long bolt axis sliding column set (314), the long bolt set (315), the circular metal sheet (312), which is mentioned in this part, are the part that will be rotated go together with bucket set (301). In which the inner circle bearing ring (311-2) and the inner circle bearing ring (318-2) are the rotating part.

[0066] As for the outer circle bearing ring (311), it is fastening fixed with the sliding up and down to open and close the valve set (201), and the outer circle bearing ring (318) will still the fastening fixed with the structure hold the end of the long bolt set of axis sliding standing column core (201-1) are a part that does not rotate.

[0067] Therefore, the bearing set (311), (311-2) and bearing ring sets (318), (318-2) will be the separator of the rotation of this bucket set give leaving the sliding up and down to open and close the valve set (201), the bearing ring set (311), (311-2), which is another movement, but will move up and down to open and close of the cylindrical steel axis valve (237). By controlling the hydraulic cylinder (246), (247), (248), (249) but not rotating following to the rotation of the bucket set (301), then slide up the valve to release and slide down the valve to stop release while the bucket is rotating.

[0068] From the picture 16-18, consider that inside in the bucket set (301). The around outer side uses a flat bar steel set as a ring around the bucket with a flat bar steel fastening with vertically and horizontal. Welding with tightly connects around the bucket as a flat bar steel set (326) to reinforced strengthen the bucket. And the inside of the bucket will use stirring paddle sideways with 3 set and stirring paddle below 1 set. As follows: stirring paddle (319) made of thickness flat bar steel. By using a flat bar steel as the vertical outer column (321). Welding with tightly connected attached to the edge of the bucket. And the inside is near the chimney to release. Use a thickness flat bar steel as the vertical inner column (320). Welding with tightly connected to the thickness cone bottom of the bucket at the top in inside of the bottom of the bucket (302). And welding with tightly connect with a horizontal thickness flat bar steel on the top (323) and scroll down to the bottom farther with distance to welding with tightly a horizontal thickness flat bar steel (322).

[0069] The top of the column of the columns (320) on all 3 sides are welding with tightly connected with a flat bar steel as the above fastening stirring paddle set (324) with the top of the steel columns (320) as into a triangle. And scroll down to the same level with the flat bar steel (322). Also, it welding with tightly connected with a thickness flat bar steel as the below fastening stirring paddle set (329) and edge of the steel vertical inner column (320) into a triangle as well as The whole set with welding with tightly connected the flat bar steel (320), (321), (322), (323), (324), (329) add together are stirring paddle frame side one. All of which the 3 sides are stirring paddle frame (319) that are placed in 3 ways with the same distance with the same angle are equally.

[0070] And at the bottom of inside of the bucket (302) are the base of the steel vertical inner column (320) and the vertical outer column (321) one side. Uses a thickness flat bar steel with welding with tightly connected to cover the edges on all sides as a triangle. With a pointed corner angularity turning up the top with the appropriately sizing as the stirring paddle bottom of the bucket set (325). In order to support stirring the material below the bottom of the bucket to mixed conform and not sticky to the bottom of the bucket. With this set of triangles stirring with the stirring paddle bottom of the bucket set (325) and will be install only wear one side.

[0071] The best invention method.

[0072] As revealed on the topic of the complete invent.

Claims

Claims.

1. The bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating. Consisting the main body structure (101). The beam frame valve set up and down to open and close the valve (201). Structure hold the end of the long bolt set of sliding standing column core (201-1). Gears and motor drive the middle slewing bearing ring set (130). Gear and motor drive the sideways slewing bearing ring set (135). The bucket of mix the concrete set (301). And the stirred leaves (319). By the main body structure (101) consisting of components as follows:The pair column set amount 4 pairs are the pairs of column (102), a double reinforce column set (103), the steel of the base column (1 1) and the below steel beam frame structure (108), the upper steel beam frame structure (116) and the column sliding rail structure set (110), (112), Gears and motor drive the middle slewing bearing ring set (130). Gear and motor drive the sideways slewing bearing ring set (135). Each part are made of thick steel. By the pair of columns set (102) use the thick H-beam steel welding with tightly connected to each other as a pair of column (102) with quantity 4 set. And use the same thick H-beam steel that are used to make 2 pairs of columns set (102). With each set use quantity 2 pieces. Cut with the appropriately length. And groove at sideways into the upper side as a channel for can be fixing the bolt in the channel. Made to a double reinforce column set (103) welding with tightly connected to the column (102).To be on the sideways with inside of the column (102) with all 4 sets. By the side that welding with tightly connects the pair of reinforced column set (103) and a pair of reinforced columns set (102) will turn towards the pair of reinforced columns set (102), one pair on the other side. Is a pair of column that turn a pair of reinforced column set (103) with approached 2 pairs. And connect welding with tightly at every base of the column with the steel of the base column (141). That drill the holes to fastening the bolt installed on another tower building next step. And use thick flat steel plates (107) put on the double reinforce column set (103). Welding with tightly connect the thick flat steel plates (107) to the head of double reinforce column set (103) with all column. That drill the holes to fastening the bolt and welding with tightly connect periodically with the steel beam frame structure below (108-2).Which the below steel beam frame structure set (108) uses the H -Beam metal welding with tightly connecting together as a horizontal knitting frame. Use the H-Beam steel to be placed in 4 squares by welding with tightly connecting the top as (108-1) below as (108-2) and placing vertical steel that is attached to the column set (102). Use the same steel as the reinforced steel column (103) as a reinforced steel column set (103-1). Place close to the column set (102),welding with tightly connecting with periodically the line. By the bottom and top of the reinforced steel set (103-1), both of them are welding with tightly connected with a flat sheet below (107-2) and above (107-3). Then welding with tightly connect and fastening the bolts to the below steel beam frame structure (108-1) and (108-2). And between of the reinforced steel column set (103-1) of the reinforce column set (102) in each them with all side. Will placed vertical steel H-beam as a vertical steel (120) and (121) placed with space for a distance while, by placed and welding with tightly connected to the below steel beam frame structure (108-1) and (108-2) on fourth sides.and placed the corner of the below steel beam frame structure (108), placed on a thick flat metal sheet (107) at the top of the pair of reinforce column set (103), placed to the position the flat metal steel (107), all 4 points of the edge inside of double column set (102). Fastening with the bolt and welding with tightly connected with periodically. And near the inner corner of the below steel beam frame structure (108-1), use the H-Beam steel (125) cutting the central several channels and cutting the edge slightly to the right size, placed welding with tightly connected close to the inner corner in all 4 corners to place the steel ring (122-2) by welding with tightly. And piercing the hole in matching the below steel beam frame structure (108-1) to be placed and fastened with a bolt with a gear of slewing bearing ring set for driving side way (122).And at the top of the double column set (102), the columns outside the at top will cut in the middle for a distance while as a channel for fastening a bolt. And the head of column place the steel plate (106) and equivalent welding with tightly connected to of the double column set (102) with the pair of 4 pairs column sets. And punching holes at the flat metal steel (106) to match the upper steel beam frame structure (116) to be used as hold the upper steel beam frame structure (116), fastening with the bolt and welding with tightly connecting periodically the line.Which the upper steel beam frame frame (116) will be welding with tightly connected together are a square and near to the inner corner of the upper steel beam frame frame (116), reinforced with the H-Beam steel (117), cutting the center into with multiple channels and cutting the edge slightly to the appropriate size, placed near the inner corner of all 4 corners to place the ring steel (118-2) by welding with tightly connecting. And drill holes in matching the upper steel beam frame frame (116) to be used as holder an external ring of the upper bearing (118). The inner circle of the upper bearing (118) will be fastened with a bolt with the upper edge ring of the bucket (304) that is welding with tightly connected to the edge on the bucket (302).At the below steel beam frame structure (108-1), the sideways and inside the interval middle all 4 sides will be welding with tightly connected with a flat of steel plate (140) welding with tightly connected. And drill the hole in matching the same way and fastened with a boltwith a flat of steel sheet that is welding with tightly connected to the holder of end of the hydraulic cylinder. It is holder set at the end axis of hydraulic cylinder (270), (271), (272), (273) for holder the end of the axis hydraulic cylinder (246), (247), (248), (249) respectively, At the below steel beam frame structure (108). At the bottom, the bottom of the bucket will be installed with a metal frame set (131) is a steel frame set for fastening gear and motor (130) for driving to rotating the gear set (309). Fastening with a bolt with the thick reinforce cones (310) under the bucket (302) that welding with tightly connects and fastened with a bolt with under the cone of the bottom of the bucket (302).And one sideways of the corner one is fastening attached with a bolt with a steel frame fastening the gear and motor (134), which is the holder of the gear and motor for driver rotating motor sideway (135), which allows the tooth of gear to rotate in a position according to rotate with the running gear set the slewing bearing ring (122), at the sideways on the bottom of the bucket (302). Which fastening with a bolt with the ring beside the bucket (305) that is welding with tightly connected to the bottom edge of the bucket (302).The below steel beam frame structure (108) will be used as a fasteners of column sliding rail structure for the 4 sided with a bolt are the column sliding rail structure set (110), (112), which will perform as a structure for fixing and holding the roller wheel of the rail slides up and slides down of the weave steel frame set as the beam frame valve set up and down to open and close the valve (201). To open and close the axis cylindrical steel valve (237). To control the release of the material in the bucket.The column sliding rail structure set (110), (112), will be a metal frame made of thick wide flange steel. At the end of the column above and the bottom on both sides, cut and groove the sideways to wear in the middle of the steel, attached to the below steel beam frame frame (108), fastened with a bolt to the below steel beam frame frame (108-1), (108-2), by spacing with distance for install the roller wheel of the beam frame set as the valve slide frame set up and down to open and close the valve (201) by fastening the middle near the inside of the vertical column steel (120) and (121).At the inner edge of the steel column the column sliding rail structure set (110) and (112) will be welding with tightly connected with the channel steel (113) and (114) that cut with groove the interior to be a rail to the rail to run up and down the wheels with a inner bearing (203), (204), (206), (207), (209), (210), (212), (213) of the beam frame set as the valve slide frame set up and down to open and close the valve (201), which these steel holder the column sliding rail structure set for opening and closing valve (110), (112). Which is placed near the inside with the vertical H-beam steel (120) and (121) will be attached with a bolt with the belowsteel beam frame structure (108-1) and (108-2) at the same position and distance on all 4 sides of the below steel beam frame structure (108).

2. The bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating. According to the claims 1, consisting with the beam frame valve set up and down to open and close the valve(201). The structure fastening end of the long bolt with axis of the sliding columns set (201-1).Which the beam frame valve set up and down to open and close the valve (201) consists of the following components:The valve with the cylindrical steel axis valve (237). With the top to cut and trims the tip to be pointed. And between the bottom edges of the tip of pointed to the edge of the sideways of the channel for release the material (238). Will groove around the axis to put the round rubber o-rings (254) around this. The sideways edge of the axis the core cylindrical steel axis valve (237), the upper sliding range to release the material until near the edge of the bottom rubber O-ring (254). Will groove the sideways into multiple channels, which are channels for released materials (238). The height of the grooving range is near to the movement distance with the sliding up and down to open and close the beam frame valve set up and down to open and close the valve (201) to release the material.By interval of sliding is the distance from the edge bottom of the tip of the cylindrical steel axis valve (237) to the bottom of the material release channel (238) and from the cutting range of the material release channel (238). Go down to be will be a solid cylindrical pipe to the length that is lower than the bearing (311) will be welding with tightly connected to the circle metal sheet sliding the core of the valve (312) and the axis of the cylindrical steel axis valve (237), the ends of the bottom are longer than the circular sheet (312) by extended to the bottom for distance released the material. And extended longer than the bottom edge of the structure fastening end of the long bolt with axis of the sliding columns set (201-1) with little, while moving up open to release the material. That can put additional accessories at the end. By the core of the cylindrical steel axis valve (237) will be slide up vertically to open for release the material and slide down to close. While the bucket are rotating or stop rotate by controlling the cylindrical steel axis valve (237) give to up and down. By control the operation, sliding up and sliding down at the 4 hydraulic cylinder sets (246), (247), (248), (249).Which the beam frame valve set up and down to open and close the valve (201). There will be the same structure in all 4 sides, that are consisting, at the end of the metal frame of the wide flange steel (216) and (217), will use the channel steel frame set (202) will be used weldingwith tightly to knit as a pair of tracks. On the end of both sides wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (203) and (204) and fastening the channel steel frame (202) on both sides with a bolt. With at the end of the wide flange steel (216) and (217). Which cut into a groove at the end to fit in inserting into to put the channel steel frame (202).At the end of the channel steel frame (216) and (217) in the opposite. Will be installed with fastening the channel steel frame (208). Welding with tightly as a pair of rails. On the end of both sides. Wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (209) and (210) and fastening the channel steel frame (208) on both sides with a bolt. With at the end of the wide flange steel (216) and (217). Which the wide flange steel (216) and (217) are cut into a groove at the end to fit in inserting into to put the channel steel frame (208). The other side is the same.And another set that is welding with tightly connected to a cross of the sliding up and down to open and close the valve set (201), which is the metal frame of the wide flange steel (218) and (219), will use fastening the channel steel frame (205) will be used welding with tightly to knit as a pair of tracks. On the end of both sides. Wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (206) and (207) and fastening the channel steel frame (205) on both sides with the bolt at the end of the metal frame of the wide flange steel (218) and (219). Which cut into a groove at the end to fit in inserting into to put the channel steel frame (205).And at the end of the channel steel frame (218) and (219) in the opposite. Will be installed with a fastening the channel steel frame (211), welding with tightly connecting as a rail pair of ends on both sides. Wearing steel wheels type circular rollers-rounded outer edges with an internal bearings (212) and (213) and fastening the channel steel frame (211) on both sides with the bolt at the end of opposite of the metal frame of the wide flange steel (218) and (219). Which the wide flange steel (218) and (219) are cut into a groove at the end to fit in inserting into to put the channel steel frame (211).And the interval middle of the sliding up and down to open and close the valve set (201) that welding with tightly connects together as a cross. The central range is welding with tightly connected to 4 side that are welding with tightly connected with the wide flange steel (268) all 4 sights and placed with welding with tightly connected to the round sheet (311-3) on the top.In which the inner circle diameter is less than inner circle diameter of the bearing (311) with slightly, but the outside circle diameter is more outside circle diameter of the bearing (311).That drilling the hole to matching the hole outside the bearing (311) at the top of middle range of steel sets (216), (217), and (218), (219) and the wide flange steel sets (268) by welding with tightly. In order to be placed a bearing set (311), by fastening on the outside bearing set (311) with a bolt with a round steel (311-3). By bearing set (311) will have a inner bearing is inner bearing (311-2), with the inner edge of the inner circle, there will be more diameter than the outer edge of the the chimney release (316) with little distance.And the beam frame valve set up and down to open and close the valve(201), Used as a holder of interval the cylinder of all 4 the hydraulic cylinder (246), (247), (248), (249). Which circle metal sheet cutting are 2 half metal sheets and placed collided with the middle of both cutting of the molded circle that can be worn with the hydraulic cylinder. By fastened with a bolt with holder in the middle of the hydraulic cylinder.And which the frame fastening the end of the long bolt axis sliding set (201-1) is the frame that is used to fastening the end of the long bolt axis sliding column set (314). To install with below the sliding up and down to open and close the valve set (201). Which has the size and shape are nearing of the sliding up and down to open and close the valve set (201). Which consists of the following components.which is the steel frame set with the wide flange steel (216-1), (217-1), welding with tightly connected to a cross truss steel frame set with the wide flange steel (218-1), (219-1), the middle range are welding with tightly with the wide flange steel (268-1) with the same sizes are 4 sides are the square. To place the support round plate steel (318-3) with the welding with tightly connection. Drilling holes with matching the outer ring of bearing ring (318) and fastened with bolts.By the size of the support round steel (318-3) is the same size as the round steel (311-3). And the outer circle bearing ring (318) are the same size as the outer circle bearing ring (311). For inner circle the bearing ring (318-2), there will be a inner edge of the inner circle nearing to inner circle the bearing ring (311-2). By mostly enough to distance for drilling holes by sufficiency size of the end of the long bolt axis sliding column set (314). To can be fastened with female bolts on both with the top and bottom.And at the outer end at the below of the steel frame with the wide flange steel (216-1), (217-1) and (218-1), (219-1) will be welding with tightly connected plates (280) all 4 side. By drilling the holes to matching the metal sheet (142) that are welding with tightly connected to the below of the below steel beam frame structure (108-2). By fastening at the end of the steel framewith the wide flange steel (216-1), (217-1) and (218-1), (219-1) with a bolt to the below steel beam frame structure (108-2).At the outer rim of the inner bearing ring (311-2), fastened with the long bolt set (315), with the top fastening with a threaded of the bolt. And the bottom of the end of the long bolt set (315) will fastening tightly with the female bolts on both with the top and bottom with a circular metal sheet (312) that is welding with tightly connected to the inner axis in the cylinder steel valve to open and close the cylindrical steel axis valve (237). By distance of the length of the long bolt set (315) between the inner circle of bearing ring (311-2) and the circle metal sheet (312). There is distance length to get the right length for suitable and not more than the movement distance of the with the sliding up to open and slide down to close the channel for release the material (238). To the sliding up to open and slide down to close of the core of the cylindrical steel axis valve (237) by sliding up the set valve for opening and closing the valve set (201) that can be scrolled up and down by controlling the hydraulic cylinder (246), (247), (248), (249).And the inner rim of the bearing ring (311-2), which is fastened wearing through with the long bolt as axis sliding column set (314), another set. At the end of top of the bolt for fastened to the thickness cones under the bucket (310) and the rotating gear set (309). By the top a tightly fastened with the threaded of bolt in the internal threaded hole (314-1) and wearing through the internal rim of inner circle of bearing ring (311-2). By fastened with the bolt with the long-length round linear frank bearing (317). Which is firmly fixed fastened the bolt with the inner rim in the inner circle of bearing ring (311-2).And below the inner circle of bearing ring (311 -2) still extended to down. The long bolt axis as sliding column set (314), also extended long, by long wearing through the long-length core linear frank bearing (313) that is fastened to the metal sheet circle (312) with a bolt. By the end of below of the long bolt axis as sliding column set (314). Also, extended for a long time, still extended for a long time by fastening to the inner circle the bearing ring (318-2) at the bottom end of the long bolt axis as sliding column set (314). By fastening with the female bolt at the top and the bottom of the inner circle the bearing ring (318-2).When have sliding while the rotation of the bucket set (301) at the inner circle of the bearing ring (311-2), inner circle in the bearing rings (318-2) by fastened to the long bolt axis as sliding column set (314). Which the circular metal sheet (312). Fixed with core cylindrical pipes steel is cylinder steel valve core of the cylindrical steel axis valve (237). By rotating following rotation of the bucket set (301). By the circular metal sheet (312) will be scrolled up and down according to the control valve set of the sliding up and down to open and close the valve set(201). That controls the operation, scrolling up and scrolling down with all 4 hydraulic cylinders are (247), (248), (248), (249).The bucket set (301), the inner circle the upper bearing ring (118), the outer circle of the bottom slewing bearing ring set (122), the thickness cones under the bucket (310), the rotating teeth gear under the bucket (309), the inner circle bearing ring (311-2), the inner circle bearing ring (318-2), the outside the chimney release (316), the cylindrical steel axis valve (237), the long bolt axis sliding column set (314), the long bolt set (315), the circular metal sheet (312), are the part that will be rotated go together with bucket set (301). In which the inner circle bearing ring (311 -2) and the inner circle bearing ring (318-2) are the rotating part.As for the outer circle bearing ring (311), it is fastening fixed with the sliding up and down to open and close the valve set (201), and the outer circle bearing ring (318) will still the fastening fixed with the structure hold the end of the long bolt set of axis sliding standing column core (201-1) are the part that does not rotate.Therefore, the bearing set (311), (311-2) and bearing ring sets (318), (318-2) will be the separator of the rotation of this bucket set give leaving the sliding up and down to open and close the valve set (201), the bearing ring set (311), (311-2), which is another movement, but will move up and down to open and close of the cylindrical steel axis valve (237). By controlling the hydraulic cylinder (246), (247), (248), (249) but not rotating following to the rotation of the bucket set (301), then can be slide up the valve to release and slide down the valve to stop release while the bucket is rotating and stop rotate.

3. The bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating. According to the claims 1-2 or any one of the following. Which consists the bucket of mix the concrete set (301) which has the following components:The bucket set (301) will be placed on the outer circle of the slewing bearing ring set (122), In which the top of the outer edge ring of the slewing bearing ring set (122) will extended to cover the inner ring of the slewing bearing ring set (122). At the outer ring of the slewing bearing ring set (122). That is for placing the bucket set (301) and fastened bolt with the outside rim of the outer ring of gear sideways the slewing bearing ring set (122). With the bottom edge ring set (305). That is welding with tightly connected to the bottom edge of the bucket (302). Which is a rotating part. As for the inner circle of the slewing bearing ring set (122) which is a tight section fixed by fastening the bolt with surrounding on the ring steel (122-2) and the below steel beam frame structure (108-1).The outer circle of the upper bearing ring (118) will be fastened with a bolt to the ring steel (118-2) which welding with tightly connecting and drill the holes in matching the upper steel beam frame (116). The inner circle of the upper bearing (118) will be fastened with a bolt with the upper edge ring of the bucket (304) that is welding with tightly connected to the edge on the bucket (302). And the bottom of the bucket set (301), which to below the part that is attached to the bottom of the core bucket (302) with reinforce thick cones under the bucket (310). By welding with tightly connecting. And the rotating gear set (309) that is welding with tightly connected be periodically and fastened with a bolt with a reinforce thickness cones under the bucket (310), which is a reinforce thickness cones under the bucket (310), installed to increase the strength and enhance the thickness to be used as a holder of the rotating gear set (309). By thickness cones under the bucket (310) welding with tightly connect the outer edge part at the bottom to the cone of the bucket (302) which has a slightly slope of the cone. And the inner circle is welding with tightly connected to the inner edge of the bucket (302) and the outer edge of the the chimney release (316). Which the outer edge of the the chimney release (316) is a outer sleeve of the inner axis in the cylinder valve to open and close the cylindrical steel axis valve (237).

4. The bucket mix the concrete install with straight, load material from the top, release material from the core at the bottom while rotating and stop rotating. According to the claims 1-2-3 or any one of the following. Which consists the stirring paddle set (319) which has the following components:Inside of the bucket will use stirring leaves sideways with 3 set and stirring paddle below 1 set. The stirring paddle set (319) made of the thickness flat bar steel. By using a flat bar steel as the vertical outer column (321). Welding with tightly connected attached to the inner edge of the bucket (302). And the inside is near the chimney to release use the thickness flat bar steel as the vertical inner column (320). Welding with tightly connected to the thickness cone bottom of the bucket at the top in inside of the bottom of the bucket (302). And on the top, welding with tightly connect with a horizontal thickness flat bar steel (323) and scroll down to the bottom farther with distance to welding with tightly a horizontal thickness flat bar steel (322).The top of the column of the vertical inner column (320) on all 3 sides are welding with tightly connected with a flat bar steel as the above fastening stirring paddle set (324) with the top of the steel columns (320) as the triangle. And scroll down to the same level with the flat bar steel (322). Also, it welding with tightly connected with a thickness flat bar steel as the below fastening stirring paddle set (329) to the edge of the steel vertical inner column (320) into a triangle as well as. The whole set with welding with tightly connected the flat bar steel (320),(321), (322), (323), (324), (329) add together are stirring paddle frame side one. All of which the 3 sides are stirring paddle frame (319) that are placed in 3 ways with the same distance with the same angle are equally.And at the bottom of inside of the bucket (302) are the base of steel vertical inner column (320) and the vertical outer column (321) one side. Uses the thickness flat bar steel with welding with tightly connected to cover the edges on all sides as a triangle. With a pointed corner angularity turning up the top with the appropriately sizing as the stirring leave bottom of the bucket set (325). With this set of triangles stirring with the stirring paddle bottom of the bucket set (325) and will be install only wear one side.

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