CN105155520B - Socket forming pile equipment - Google Patents
Socket forming pile equipment Download PDFInfo
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- CN105155520B CN105155520B CN201510480452.9A CN201510480452A CN105155520B CN 105155520 B CN105155520 B CN 105155520B CN 201510480452 A CN201510480452 A CN 201510480452A CN 105155520 B CN105155520 B CN 105155520B
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Abstract
一种插口桩成型设备，左半插口框和右半插口框相对后形成一个鱼梭形框架，鱼梭形框架的前端为凹折线、后端为凸折线，前端的凹折线与后端的凸折线吻合；左半插口框的下端设有多个搅齿一，左半插口框的内部设有多个搅齿二，右半插口框的下端设有多个搅齿一，右半插口框的内部设有多个搅齿二。
A spigot pile forming equipment, the left half of the spigot frame and the right half of the spigot frame face each other to form a fish-spindle-shaped frame, the front end of the fish-spindle-shaped frame is a concave fold line, the rear end is a convex fold line, and the front end is a concave fold line and the rear end is a convex fold line coincide; the lower end of the left half socket frame is provided with a plurality of stirring teeth one, the inside of the left half socket frame is provided with a plurality of stirring teeth two, the lower end of the right half socket frame is provided with a plurality of stirring teeth one, and the inside of the right half socket frame There are two stirring teeth.
Description
技术领域 technical field
本发明涉及一种水泥土桩成型设备，特别是一种建筑工程中应用的水泥土插口桩成型设备。 The invention relates to a cement-soil pile forming device, in particular to a cement-soil socket pile forming device used in construction engineering.
背景技术 Background technique
目前，建筑基础工程中应用的水泥土桩成型设备均是通过一个或多个钻头旋切土体与水泥浆搅拌成一个圆形桩或一组圆形桩，无法制作水泥土插口桩。 At present, the cement-soil pile forming equipment used in building foundation engineering all uses one or more drill bits to rotary cut the soil and mix with cement slurry to form a circular pile or a group of circular piles, which cannot make cement-soil socket piles.
发明内容 Contents of the invention
本发明弥补了以上缺点，提供了一种插口桩成型设备。 The present invention makes up for the above shortcomings and provides a socket pile forming equipment.
本发明是通过如下技术方案实现的： The present invention is achieved through the following technical solutions:
一种插口桩成型设备，钻进杆下端固定电机上端，电机下端安装有驱动器，驱动器下端设有搅动杆一、搅动杆二、搅动杆三、搅动杆四、搅动杆五、搅动杆六，六个搅动杆分左、中、右三排，中间排上部为搅动杆五、下部为搅动杆二，左边排上部为搅动杆四、下部为搅动杆一，右边排上部为搅动杆六、下部为搅动杆三，中间排搅动杆与左右两边排搅动杆向上相互错开，每个搅动杆的下端设有一只搅动头；驱动器的前边左部设有一只拨盘一，拨盘一上偏心固定拨臂一，拨臂一插放在方架一内，方架一的上端固定有上摆臂一，上摆臂一的上端铰接支臂一的左前部，支臂一的右端固定于钻进杆，方架一的下端固定下摆臂一，下摆臂一的下端固定于左半插口框的前部；驱动器的后边左部设有一只拨盘三，拨盘三上偏心固定拨臂三，拨臂三插放在方架三内，方架三的上端固定有上摆臂三，上摆臂三的上端铰接支臂一的左后部，方架三的下端固定下摆臂三，下摆臂三的下端固定于左半插口框的后部；驱动器的前边右部设有一只拨盘二，拨盘二上偏心固定拨臂二，拨臂二插放在方架二内，方架二的上端固定有上摆臂二，上摆臂二的上端铰接支臂二的右前部，支臂二的左端固定于钻进杆，方架二的下端固定下摆臂二，下摆臂二的下端固定于右半插口框的前部；驱动器的后边右部设有一只拨盘四，拨盘四上偏心固定拨臂四，拨臂四插放在方架四内，方架四的上端固定有上摆臂四，上摆臂四的上端铰接支臂二的右后部，方架四的下端固定下摆臂四，下摆臂四的下端固定于右半插口框的后部；左半插口框和右半插口框相对后形成一个鱼梭形框架，鱼梭形框架的前端为凹折线、后端为凸折线，前端的凹折线与后端的凸折线吻合；左半插口框的下端设有多个搅齿一，左半插口框的内部设有多个搅齿二，右半插口框的下端设有多个搅齿一，右半插口框的内部设有多个搅齿二。 A socket pile forming equipment, the lower end of the drilling rod is fixed to the upper end of the motor, the lower end of the motor is installed with a driver, and the lower end of the driver is provided with agitating rod one, agitating rod two, agitating rod three, agitating rod four, agitating rod five, agitating rod six, six The stirring rods are divided into left, middle and right rows. The upper part of the middle row is stirring rod five, the lower part is stirring rod two, the upper part of the left row is stirring rod four, the lower part is stirring rod one, the upper part of the right row is stirring rod six, and the lower part is stirring rod six. Stirring rod three, the middle row of stirring rods and the left and right rows of stirring rods are staggered upwards, and the lower end of each stirring rod is provided with a stirring head; the front left part of the driver is provided with a dial one, and the dial one is eccentrically fixed to the dial arm 1. The pull arm 1 is inserted into the square frame 1. The upper end of the square frame 1 is fixed with the upper swing arm 1. The upper end of the upper swing arm 1 is hinged to the left front of the support arm 1. The right end of the support arm 1 is fixed to the drilling rod. The lower end of the square frame 1 fixes the lower swing arm 1, and the lower end of the lower swing arm 1 is fixed on the front part of the left half of the socket frame; the rear left part of the driver is provided with a dial 3, and the dial 3 eccentrically fixes the dial arm 3, and the dial arm 3 Inserted in the square frame three, the upper end of the square frame three is fixed with the upper swing arm three, the upper end of the upper swing arm three is hinged to the left rear part of the support arm one, the lower end of the square frame three is fixed with the lower swing arm three, and the lower end of the lower swing arm three It is fixed at the rear of the left half of the socket frame; the front right part of the driver is provided with a dial 2, the dial 2 is eccentrically fixed on the dial arm 2, and the dial arm 2 is inserted into the square frame 2, and the upper end of the square frame 2 is fixed with a The upper swing arm 2, the upper end of the upper swing arm 2 is hinged to the right front part of the support arm 2, the left end of the support arm 2 is fixed to the drilling rod, the lower end of the square frame 2 is fixed to the lower swing arm 2, and the lower end of the lower swing arm 2 is fixed to the right half socket The front part of the frame; the rear right part of the driver is provided with a dial 4, the dial 4 is eccentrically fixed on the dial arm 4, the dial arm 4 is inserted in the square frame 4, and the upper end of the square frame 4 is fixed with the upper swing arm 4, The upper end of the upper swing arm 4 is hinged to the right rear of the support arm 2, the lower end of the square frame 4 is fixed to the lower swing arm 4, and the lower end of the lower swing arm 4 is fixed to the rear of the right half socket frame; the left half socket frame is opposite to the right half socket frame Finally, a fish-spindle-shaped frame is formed, and the front end of the fish-spindle-shaped frame is a concave fold line, and the rear end is a convex fold line, and the concave fold line of the front end coincides with the convex fold line of the rear end; The inside of the half socket frame is provided with a plurality of stirring teeth two, the lower end of the right half socket frame is provided with a plurality of stirring teeth one, and the inside of the right half socket frame is provided with a plurality of stirring teeth two.
本发明具有以下的特点： The present invention has following characteristics:
本发明左半插口框与右半插口框形成同步、相互左右移动；左半插口框上的搅齿一、搅齿二和右半插口框上的搅齿一、搅齿二在相互左右移动中将六只搅动头以外、左半插口框、右半插口框内的土体搅切与水泥浆混合搅拌，钻进杆在向下推进中形成一个前端带有凹折线端头、后端带有凸折线端头的水泥土插口桩；多个水泥土插口桩的凸折线端插入相邻的另一个水泥土插口桩的凹折线端，形成多个水泥土插口桩的插接结合；用于建筑基础基坑地下水的截渗。 In the present invention, the left half of the socket frame and the right half of the socket frame are synchronized and move left and right; the first and second stirring teeth on the left half of the socket frame and the first and second stirring teeth on the right half of the socket frame are moving left and right with each other Mix and mix the soil in the left and right socket frames except the six stirring heads with the cement slurry, and the drilling rod is pushed downward to form a terminal with a concave fold line at the front end and a concave line at the rear end. The cement-soil socket pile at the end of the convex fold line; the convex fold line end of multiple cement-soil socket piles is inserted into the concave fold line end of another adjacent cement-soil socket pile to form a joint connection of multiple cement-soil socket piles; used for construction Seepage interception of groundwater in foundation pits.
附图说明 Description of drawings
下面结合附图对本发明作进一步的说明： Below in conjunction with accompanying drawing, the present invention will be further described:
图1为本发明的前视图； Fig. 1 is the front view of the present invention;
图2为本发明的后视图； Fig. 2 is the back view of the present invention;
图3为图1的A—A视图； Fig. 3 is the A-A view of Fig. 1;
图4为图1的B—B视图； Fig. 4 is the BB view of Fig. 1;
图5为图1的C—C视图； Fig. 5 is the C-C view of Fig. 1;
图6为多个插口桩插接结合的横截面图。 Fig. 6 is a cross-sectional view of a plurality of socket piles plugged together.
图中：1、钻进杆，2、电机，3、驱动器，4、支臂一，5、支臂二，6、上摆臂一，7、上摆臂二，8、方架一，9、方架二，10、拨盘一，11、拨盘二，12、拨臂一，13、拨臂二，14、下摆臂一，15、下摆臂二，16、左半插口框，17、右半插口框，18、搅动杆一，19、搅动杆二，20、搅动杆三，21、搅动头，22、搅齿一，23、上摆臂三，24、上摆臂四，25、方架三，26、方架四，27、拨盘三，28、拨盘四，29、拨臂三，30、拨臂四，31、下摆臂三，32、下摆臂四，33、搅动杆四，34、搅动杆五，35、搅动杆六，36、搅齿二。 In the figure: 1. Drilling rod, 2. Motor, 3. Driver, 4. Support arm 1, 5. Support arm 2, 6. Upper swing arm 1, 7. Upper swing arm 2, 8. Square frame 1, 9 , square frame two, 10, dial one, 11, dial two, 12, dial arm one, 13, dial arm two, 14, lower swing arm one, 15, lower swing arm two, 16, left half socket frame, 17, Right half socket frame, 18, stirring rod one, 19, stirring rod two, 20, stirring rod three, 21, stirring head, 22, stirring teeth one, 23, upper swing arm three, 24, upper swing arm four, 25, Square frame three, 26, square frame four, 27, dial three, 28, dial four, 29, dial arm three, 30, dial arm four, 31, lower swing arm three, 32, lower swing arm four, 33, stirring rod Four, 34, stirring rod five, 35, stirring rod six, 36, stirring tooth two.
具体实施方式 detailed description
附图为本发明的一种具体实施例，该实施例钻进杆1下端固定电机2上端，电机下端安装有驱动器3，驱动器下端设有搅动杆一18、搅动杆二19、搅动杆三20、搅动杆四33、搅动杆五34、搅动杆六35，六个搅动杆分左、中、右三排，中间排上部为搅动杆五、下部为搅动杆二，左边排上部为搅动杆四、下部为搅动杆一，右边排上部为搅动杆六、下部为搅动杆三，中间排搅动杆与左右两边排搅动杆向上相互错开，每个搅动杆的下端设有一只搅动头21；驱动器的前边左部设有一只拨盘一10，拨盘一上偏心固定拨臂一12，拨臂一插放在方架一8内，方架一的上端固定有上摆臂一6，上摆臂一的上端铰接支臂一4的左前部，支臂一的右端固定于钻进杆，方架一的下端固定下摆臂一14，下摆臂一的下端固定于左半插口框16的前部；驱动器的后边左部设有一只拨盘三27，拨盘三上偏心固定拨臂三29，拨臂三插放在方架三25内，方架三的上端固定有上摆臂三23，上摆臂三的上端铰接支臂一的左后部，方架三的下端固定下摆臂三31，下摆臂三的下端固定于左半插口框16的后部；驱动器的前边右部设有一只拨盘二11，拨盘二上偏心固定拨臂二13，拨臂二插放在方架二9内，方架二的上端固定有上摆臂二7，上摆臂二的上端铰接支臂二5的右前部，支臂二的左端固定于钻进杆，方架二的下端固定下摆臂二15，下摆臂二的下端固定于右半插口框17的前部；驱动器的后边右部设有一只拨盘四28，拨盘四上偏心固定拨臂四30，拨臂四插放在方架四26内，方架四的上端固定有上摆臂四24，上摆臂四的上端铰接支臂二的右后部，方架四的下端固定下摆臂四32，下摆臂四的下端固定于右半插口框17的后部；左半插口框和右半插口框相对后形成一个鱼梭形框架，鱼梭形框架的前端为凹折线、后端为凸折线，前端的凹折线与后端的凸折线吻合；左半插口框的下端设有多个搅齿一22，左半插口框的内部设有多个搅齿二36，右半插口框的下端设有多个搅齿一，右半插口框的内部设有多个搅齿二。 Accompanying drawing is a kind of specific embodiment of the present invention, and the lower end of drilling rod 1 of this embodiment fixes the upper end of motor 2, and the lower end of motor is equipped with driver 3, and the lower end of driver is provided with stirring rod one 18, stirring rod two 19, stirring rod three 20 , stirring rod four 33, stirring rod five 34, stirring rod six 35, the six stirring rods are divided into three rows of left, middle and right, the upper part of the middle row is stirring rod five, the lower part is stirring rod two, and the upper part of the left row is stirring rod four 1. The lower part is stirring rod one, the upper part of the right row is stirring rod six, and the lower part is stirring rod three. The left part of the front is provided with a dial 10, dial 1 eccentrically fixes the dial arm 12, dial arm 1 is inserted in the square frame 8, and the upper end of the square frame 1 is fixed with the upper swing arm 6, the upper swing arm The upper end of one hinges the left front part of the support arm one 4, the right end of the support arm one is fixed on the drilling rod, the lower end of the square frame one fixes the lower swing arm one 14, and the lower end of the lower swing arm one is fixed on the front part of the left half socket frame 16; The rear left part of the driver is provided with a dial 3 27, the dial 3 upper eccentrically fixes the toggle arm 3 29, the toggle arm 3 is inserted in the square frame 3 25, the upper end of the square frame 3 is fixed with the upper swing arm 3 23, and the upper end of the square frame 3 is fixed with the upper swing arm 3 23. The upper end of the swing arm three hinges the left rear part of the support arm one, the lower end of the square frame three fixes the lower swing arm three 31, and the lower end of the lower swing arm three is fixed on the rear part of the left half socket frame 16; Disc 2 11, dial 2 eccentrically fixes dial 2 13, dial 2 is inserted into square frame 2 9, the upper end of square frame 2 is fixed with upper swing arm 2 7, and the upper end of upper swing arm 2 is hinged to support arm 2 5, the left end of the support arm two is fixed on the drilling rod, the lower end of the square frame two is fixed on the lower swing arm two 15, and the lower end of the lower swing arm two is fixed on the front part of the right half socket frame 17; the rear right part of the driver is provided with a Only the dial 4 28, the eccentrically fixed dial 4 30 on the dial 4, the dial 4 is inserted in the square frame 26, the upper end of the square frame 4 is fixed with the upper swing arm 24, and the upper end of the upper swing arm 4 is hinged The right rear portion of the arm two, the lower end of the square frame four fixes the lower swing arm four 32, and the lower end of the lower swing arm four is fixed on the rear portion of the right half socket frame 17; the left half socket frame and the right half socket frame are opposite to form a fish shuttle Frame, the front end of the fish-spindle-shaped frame is a concave fold line, and the rear end is a convex fold line, and the concave fold line of the front end coincides with the convex fold line of the rear end; There are a plurality of stirring teeth 2 36, the lower end of the right half socket frame is provided with a plurality of stirring teeth 1, and the inside of the right half socket frame is provided with a plurality of stirring teeth 2.
本发明还设有水泥浆灌注泵，灌注泵工作时对每个搅动头分别灌注水泥浆，工作时，电机通过驱动器驱动搅动杆一、搅动杆二、搅动杆六正转，电机通过驱动器驱动搅动杆三、搅动杆四、搅动杆五反转，由此六个搅动杆分别驱动其下的搅动头转动旋切土体与灌注泵灌注的水泥浆混合搅拌，电机通过驱动器驱动拨盘一和拨盘三正转，电机通过驱动器驱动拨盘二和拨盘四反转；拨盘一在转动过程中带动拨臂一转动，由此拨臂一左右拨动方架一、通过上摆臂一、下摆臂一带动左半插口框左右移动；拨盘三在转动过程中带动拨臂三转动，由此拨臂三左右拨动方架三、通过上摆臂三、下摆臂三带动左半插口框左右移动；拨盘二在转动过程中带动拨臂二转动，由此拨臂二左右拨动方架二、通过上摆臂二、下摆臂二带动右半插口框右左移动；拨盘四在转动过程中带动拨臂四转动，由此拨臂四左右拨动方架四、通过上摆臂四、下摆臂四带动右半插口框右左移动；由此，左半插口框与右半插口框形成同步、相互左右移动；左半插口框上的搅齿一、搅齿二和右半插口框上的搅齿一、搅齿二在相互左右移动中将六只搅动头以外、左半插口框、右半插口框内的土体搅切与水泥浆混合搅拌，钻进杆在向下推进中形成一个前端带有凹折线端头、后端带有凸折线端头的水泥土插口桩；在此个水泥土插口桩的前边，间隔一个水泥土插口桩的距离制造另一个水泥土插口桩，以后依次间隔一个水泥土插口桩的距离制造多个水泥土插口桩，每两个相邻的水泥土插口桩之间均间隔一个水泥土插口桩的距离，当相邻的两个水泥土插口桩的强度达到一定量时，再在此相邻的两个水泥土插口桩之间的空白处制造另一个水泥土插口桩，多个水泥土插口桩的凸折线端插入相邻的另一个水泥土插口桩的凹折线端，形成多个水泥土插口桩的插接结合。 The present invention is also equipped with a cement slurry filling pump, which pours cement slurry into each stirring head when the filling pump is working. When working, the motor drives the stirring rod 1, the stirring rod 2 and the stirring rod 6 to rotate forward through the driver, and the motor drives the stirring rod through the driver. Rod 3, agitating rod 4, and agitating rod 5 are reversed, so that the six agitating rods respectively drive the agitating head below to rotate the rotary-cut soil and mix the cement slurry poured by the filling pump, and the motor drives dial 1 and dial through the driver. Disk 3 rotates forward, and the motor drives dial 2 and dial 4 to reverse through the driver; dial 1 drives arm 1 to rotate during the rotation process, and arm 1 moves square frame 1 left and right, through upper swing arm 1, The lower swing arm 1 drives the left half of the socket frame to move left and right; the dial 3 drives the dial arm 3 to rotate during the rotation, so that the dial 3 moves the square frame 3 left and right, and the left half of the socket frame is driven by the upper swing arm 3 and the lower swing arm 3 Move left and right; the dial 2 drives the dial arm 2 to rotate during the rotation process, so the dial arm 2 moves the square frame 2 left and right, and the right half of the socket frame moves right and left through the upper swing arm 2 and the lower swing arm 2; the dial 4 is rotating In the process, it drives the shifting arm 4 to rotate, and thus the shifting arm 4 moves the square frame 4 left and right. The upper swing arm 4 and the lower swing arm 4 drive the right half of the socket frame to move from right to left; thus, the left half of the socket frame and the right half of the socket frame form Synchronously and mutually move left and right; Stirring tooth 1 and stirring tooth 2 on the left half socket frame and stirring tooth 1 and stirring tooth 2 on the right half socket frame will move other than the six stirring heads, left half socket frame, The soil in the right half of the socket frame is mixed with the cement slurry, and the drilling rod is pushed downward to form a cement-soil socket pile with a concave fold line end at the front end and a convex fold line end at the rear end; here In the front of each cement-soil socket pile, another cement-soil socket pile is made at a distance of one cement-soil socket pile, and then a plurality of cement-soil socket piles are manufactured at intervals of one cement-soil socket pile, and every two adjacent cement-soil socket piles are made. The socket piles are spaced apart by the distance of a cement-soil socket pile. When the strength of two adjacent cement-soil socket piles reaches a certain amount, another blank space between the two adjacent cement-soil socket piles is made. For one cement-soil socket pile, the convex fold line ends of multiple cement-soil socket piles are inserted into the concave fold-line ends of another adjacent cement-soil socket pile to form a plug joint of multiple cement-soil socket piles.
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510480452.9A CN105155520B (en) | 2015-08-09 | 2015-08-09 | Socket forming pile equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510480452.9A CN105155520B (en) | 2015-08-09 | 2015-08-09 | Socket forming pile equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105155520A CN105155520A (en) | 2015-12-16 |
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| CN105421384A (en) * | 2015-12-31 | 2016-03-23 | 刘玉秋 | V-shaped eye-splicing equipment for H piles and rectangular piles |
| CN105421381A (en) * | 2015-12-31 | 2016-03-23 | 刘玉秋 | V-shaped plugging equipment for H piles and rectangular piles |
| CN105649049A (en) * | 2015-12-31 | 2016-06-08 | 吕文娥 | V-shaped connection pile stirring drilling machine |
| CN105442541A (en) * | 2015-12-31 | 2016-03-30 | 刘玉燕 | V-shaped inserting-connection equipment for crossed piles and rectangular piles |
| CN105442588A (en) * | 2015-12-31 | 2016-03-30 | 吕文娥 | V-shaped spliced pile stirring and drilling machine |
| CN105625401A (en) * | 2016-02-18 | 2016-06-01 | 李会修 | V-shaped locking equipment for T-shaped piles and rectangular piles |
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| CN102677665A (en) * | 2012-06-01 | 2012-09-19 | 张永忠 | Drilling machine of three-dimensional stirring pile |
| CN102888840A (en) * | 2012-11-11 | 2013-01-23 | 张永忠 | Y-shaped agitating pile drilling machine |
| CN104563861A (en) * | 2014-12-31 | 2015-04-29 | 朱艳菊 | Square drilling machine |
| CN204311441U (en) * | 2014-12-13 | 2015-05-06 | 张璐 | Major diameter SMW engineering method stake machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2010270515A (en) * | 2009-05-22 | 2010-12-02 | Heitaro Fukuda | Earth drill and pile driver |
| JP6044351B2 (en) * | 2013-01-09 | 2016-12-14 | 株式会社大林組 | Solidified body construction method, steel pipe pile embedding method using the same, and steel pipe pile embedding structure |
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| CN102677665A (en) * | 2012-06-01 | 2012-09-19 | 张永忠 | Drilling machine of three-dimensional stirring pile |
| CN102888840A (en) * | 2012-11-11 | 2013-01-23 | 张永忠 | Y-shaped agitating pile drilling machine |
| CN204311441U (en) * | 2014-12-13 | 2015-05-06 | 张璐 | Major diameter SMW engineering method stake machine |
| CN104563861A (en) * | 2014-12-31 | 2015-04-29 | 朱艳菊 | Square drilling machine |
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