CN209599012U - A kind of water tank frame processing unit (plant) - Google Patents

Abstract

The utility model discloses a kind of water tank frame processing unit (plant)s, including substrate, several positioning clamp unit A are separately installed on substrate, positioning clamp unit B, positioning clamp unit C, positioning clamp unit D, positioning clamp unit E, positioning clamp unit F, positioning clamp unit G, positioning clamp unit H, positioning clamp unit I, positioning clamp unit J and positioning clamp unit K, adjacent positioned clamping unit A, positioning clamp unit B, positioning clamp unit C, positioning clamp unit D, positioning clamp unit E, positioning clamp unit F, positioning clamp unit G, positioning clamp unit H, positioning clamp unit I, positioning clamp unit J and positioning clamp unit K is arranged about the central symmetry of substrate.Cylinder is installed on each positioning clamp unit in the utility model, and frame plate is clamped to pushing at substrate center as power, adjacent frame plate is fixed by each positioning pin, improves processing efficiency.

Description

A kind of water tank frame processing unit (plant)

Technical field

The utility model relates to a kind of mold, in particular to a kind of water tank frame processing unit (plant).

Background technique

Water tank frame typically now is all that each frame plate progress separate detection is airtight mostly in the production process Property, then qualified frame plate is subjected to artificial fixation and is stitched together, this molding rate of processing method water tank frame entirety is low Under.

Utility model content

The technical problems to be solved in the utility model is to overcome the deficiencies of existing technologies, and provides a kind of water tank frame processing dress Set, cylinder be installed on each positioning clamp unit, and as power to frame plate be clamped at substrate center into Row push, adjacent frame plate is fixed by each positioning pin, enables frame plate integrated molding, improves processing effect Rate.

In order to solve the above-mentioned technical problem, the utility model provides the following technical solution:

A kind of water tank frame processing unit (plant) of the utility model, including substrate are separately installed with several positioning on the substrate Clamping unit A, positioning clamp unit B, positioning clamp unit C, positioning clamp unit D, positioning clamp unit E, positioning clamp list First F, positioning clamp unit G, positioning clamp unit H, positioning clamp unit I, positioning clamp unit J and positioning clamp unit K, phase The adjacent positioning clamp unit A, positioning clamp unit B, positioning clamp unit C, positioning clamp unit D, positioning clamp unit E, Positioning clamp unit F, positioning clamp unit G, positioning clamp unit H, positioning clamp unit I, positioning clamp unit J and locating clip Tight unit K is arranged about the central symmetry of substrate, and the positioning clamp unit A includes angled seat A, the top of the angled seat A It is equipped with and is fixedly connected with block A, described be fixedly connected at the top of block A is equipped with flexible connection block A, described to be flexibly connected the outer of block A Side surface is equipped with gasket A, and described one end for being flexibly connected block A is equipped with positioning pin A, the bottom end peace for being fixedly connected with block A Equipped with limited block A, the bottom end of the limited block A is equipped with double guide rod cylinder connecting plate A, double guide rod cylinder connecting plate A Bottom end protective cover A is installed, the bottom end of the protective cover A is equipped with cylinder A, and the positioning clamp unit B includes activity Link block B, double guide rod cylinder connecting plate B, positioning pin B, angled seat B, to be fixedly connected with block B, shield B, gasket B, limited block B gentle Cylinder B, the shield B are installed on the top of cylinder B, and the limited block B is installed on the top of shield B, and the positioning clamps Unit C includes briquetting C, angled seat C, handle C, rocker arm C, is fixedly connected with block C, copper sheathing C, limited block C, gasket C, cylinder C, sensing Device C and handle ball C, the handle ball C are installed on the top of handle C, and one end of the rocker arm C passes through briquetting C and rocker arm C phase Connection, the other end of the rocker arm C are connected with sensor C, and the angled seat C is installed on the outside of cylinder C, and the positioning clamps Cells D include briquetting D, be fixedly connected block D, shield D, angled seat D, double guide rod cylinder connecting plate D, axis D, handle D, washer D, It is flexibly connected block D, union D, limited block D, sensor copper sheathing D, gasket D, double guide rod cylinder D, sliding rail D, positioning pin D and sensing Device D, one end of the sensor D are equipped with one end installation of double guide rod cylinder connecting plate D, double guide rod cylinder connecting plate D There are shield D, double guide rod cylinder D to be connected with shield D, the positioning clamp unit E includes column E, locating piece E, it is flexibly connected block E, briquetting E, pressure arm E, is fixedly connected with block E, shield E, gasket E, limited block E, inductor copper sheathing E, positioning Pin E, cylinder E and sensor E, the inductor copper sheathing E are installed on the outside of sensor E, and the shield E is installed on cylinder E Top, the positioning clamp unit F include angled seat F, briquetting F, locating piece F, be fixedly connected block F, be flexibly connected block F, shake Arm F, positioning pin F, protective cover F, copper sheathing F, limited block, gasket F, cylinder F, bushing F and spring F, the positioning clamp unit G Include angled seat G, briquetting G, supporting block G, double guide rod cylinder connecting plate G, active plate G, be fixedly connected block G, shield G, Positioning pin G, handle G, limited block G, sensor copper sheathing G, gasket G, bushing G, sensor G, cylinder G, step up cylinder, bulb plunger And handle ball, one end of the cylinder G are equipped with shield G, the other end of the cylinder G is connected with active plate G, institute Positioning clamp unit H is stated to include supporting block H, be fixedly connected with block H, double guide rod cylinder connecting plate H, angled seat H, briquetting H, shield H, limited block H, gasket H, clamping cylinder H, double guide rod cylinder H and positioning pin H, the block H that is fixedly connected are installed on double guide rod cylinders The top of connecting plate H, the angled seat H are installed on the bottom of cylinder H, and the positioning clamp unit I includes briquetting I, activity company It meets block I, rocker arm I, vertical plate I, angled seat I, be fixedly connected with block I, sensor stand I, copper sheathing I, limited block I, gasket I, cylinder I, biography Sensor I and positioning pin I, the sensor stand I are flexibly connected by being flexibly connected block I with sensor stand I, the sensing Device I is connected by briquetting I with block I is flexibly connected, and the vertical plate I is installed on the top of angled seat I, and the limited block I is installed on The top of vertical plate I is equipped with cylinder I on the outside of the limited block I, and the sensor I is installed on the bottom of sensor stand I, The positioning clamp unit J includes to be fixedly connected with block J, supporting block J, axis J, washer J, column J, briquetting J, pressure arm J, sensor Bracket J, shield J, limited block J, sensor copper sheathing J, gasket J, clamping cylinder J, double guide rod cylinder J, positioning pin J, sensor J, Bushing J, handle ball J, bulb plunger J and split pin J, the handle ball J are installed on the outside of split pin J, the bushing J installation In the one end of split pin J far from handle ball J, one end of the clamping cylinder J is equipped with double guide rod cylinder J, and shield J is installed on double The top of guide rod cylinder J, the sensor J are installed on the top of sensor copper sheathing J, the bottom end installation of the sensor copper sheathing J There are sensor stand J and sensor stand J, gasket J, the sensor branch are provided between the sensor stand J and briquetting J The end of frame J is connected with pressure arm J, the positioning clamp unit K include pedestal K, be fixedly connected block K, briquetting K, rocker arm K, Supporting block K, shield K, gasket K, support K, be flexibly connected block K, mobile platform K, positioning pin K, limited block K, clamping cylinder K, Supporting block K, the support are installed on the outside of thin cylinder K, cylinder connector K, buffer K and sliding rail K, the mobile platform K The top of block K is equipped with briquetting K, and one end of the buffer K is connected with gasket K, is equipped with support on the inside of the gasket K Block K, the end of the supporting block K are connected with block K is fixedly connected with, and the bottom end of the mobile platform is provided with sliding rail K, the cunning Rail is fixedly installed in the top of pedestal K, and support K is equipped at the top of the mobile platform, is equipped with folder at the top of the support K Tight cylinder K, the mobile platform are equipped with supporting block K far from the side of support, and the inside of the supporting block K is equipped with limited block K, and limited block K is equipped with briquetting K, the briquetting K between mobile platform K and supporting block K at the top of the supporting block K Top rocker arm K is installed.

As a kind of optimal technical scheme of the utility model, the positioning clamp unit A, positioning clamp unit B, positioning Clamping unit C, positioning clamp unit D, positioning clamp unit E, positioning clamp unit F, positioning clamp unit G, positioning clamp list First H, positioning clamp unit I, positioning clamp unit J and positioning clamp unit K quantity be two, and be respectively arranged in substrate Both ends.

Compared with prior art, the beneficial effects of the utility model are as follows:

Cylinder is installed on each positioning clamp unit in the utility model, and frame plate is pressed from both sides as power Tightly to being pushed at substrate center, adjacent frame plate is fixed by each positioning pin, frame plate is enable integrally to be melted into Type improves processing efficiency.

Detailed description of the invention

Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.In the accompanying drawings:

Fig. 1 is the top view of the utility model；

Fig. 2 is the side view of the utility model；

Fig. 3 is the front view of the utility model；

Fig. 4 is the positioning clamp unit A structure chart of the utility model；

Fig. 5 is the positioning clamp unit B structure figure of the utility model；

Fig. 6 is the positioning clamp unit C-structure figure of the utility model；

Fig. 7 is one of positioning clamp unit D structure chart of the utility model；

Fig. 8 is the two of the positioning clamp unit D structure chart of the utility model；

Fig. 9 is the two of the positioning clamp unit D top view of the utility model；

Figure 10 is the three of the positioning clamp unit D top view of the utility model；

Figure 11 is the positioning clamp unit D front view of the utility model；

Figure 12 is the positioning clamp unit E structure chart of the utility model；

Figure 13 is one of positioning clamp unit F structure chart of the utility model；

Figure 14 is the two of the positioning clamp unit F structure chart of the utility model；

Figure 15 is the positioning clamp unit G structure chart of the utility model；

Figure 16 is one of positioning clamp unit H structure figure of the utility model；

Figure 17 is the two of the positioning clamp unit H structure figure of the utility model；

Figure 18 is the three of the positioning clamp unit H structure figure of the utility model；

Figure 19 is the four of the positioning clamp unit H structure figure of the utility model；

Figure 20 is one of positioning clamp unit I structure chart of the utility model；

Figure 21 is the two of the positioning clamp unit I structure chart of the utility model；

Figure 22 is one of positioning clamp unit J structure chart of the utility model；

Figure 23 is the two of the positioning clamp unit J structure chart of the utility model；

Figure 24 is one of positioning clamp unit K structure figure of the utility model；

Figure 25 is the two of the positioning clamp unit K structure figure of the utility model；

In figure: 1, substrate；02, positioning clamp unit A；03, positioning clamp unit B；04, positioning clamp unit C；05, fixed Position clamping unit D；06, positioning clamp unit E；07, positioning clamp unit F；08, positioning clamp unit G；09, positioning clamps single First H；10, positioning clamp unit I；11, positioning clamp unit J；12, positioning clamp unit K；102, angled seat A；103, it is flexibly connected Block A；104, it is flexibly connected block A；105, double guide rod cylinder connecting plate A；106, it is fixedly connected with block A；107, it is fixedly connected with block A； 108, protective cover A；109, limited block A；110, gasket A；1201, cylinder A；201, it is flexibly connected block B；202, it is flexibly connected block B； 203, it is flexibly connected block B；207, it is flexibly connected block B；208, it is flexibly connected block B；204, double guide rod cylinder connecting plate B；205, fixed Position pin B；2201, positioning pin B；206, angled seat B；209, it is fixedly connected with block B；210, shield B；2101, gasket B；2102, gasket B；2103, limited block B；2202, cylinder B；310, briquetting C；303, briquetting C；308, briquetting C；309, briquetting C；310, briquetting C； 302, angled seat C；304, handle C；305, rocker arm C；307, rocker arm C；306, it is fixedly connected with block C；3101, copper sheathing C；3102, it limits Block C；3103, gasket C；3104, gasket C；3201, cylinder C；3202, sensor C；3203, handle ball C；401, briquetting D；405, Briquetting D；408, briquetting D；402, it is fixedly connected with block D；403, it is fixedly connected with block D；406, it is fixedly connected with block D；410, it is fixedly connected Block D；411, it is fixedly connected with block D；412, it is fixedly connected with block D；414, it is fixedly connected with block D；415, it is fixedly connected with block D；416, fixed Link block D；420, it is fixedly connected with block D；421, it is fixedly connected with block D；422, it is fixedly connected with block D；428, it is fixedly connected with block D； 430, It is fixedly connected with block D；431, it is fixedly connected with block D；409, shield D；419, shield D；413, angled seat D；417, double guide rod cylinders Connecting plate D；418, axis D；423, axis D；424, handle D；427, handle D；432, handle D；425, washer D；426, it is flexibly connected Block D；429, union D；4101, limited block D；4102, limited block D；4103, sensor copper sheathing D；4104, gasket D；4105, it pads Piece D；4201, double guide rod cylinder D；4202, double guide rod cylinder D；4203, sliding rail D；4204, positioning pin D；4205, sensor D； 501, column E；502, locating piece E；503, locating piece E；504, locating piece E；511, locating piece E；505, it is flexibly connected block E； 506, it is flexibly connected block E；507, it is flexibly connected block E；508, briquetting E；509, pressure arm E；510, it is fixedly connected with block E；512, fixed Link block E；514, it is fixedly connected with block E；513, shield E；5101, gasket E；5102, gasket E；5103, limited block E；5104, Inductor copper sheathing E；5201, positioning pin E；5202, cylinder E；5203, cylinder E；5204, sensor E；601, angled seat F；602, it presses Block F；608, briquetting F；603, locating piece F；614, locating piece F；615, locating piece F；604, it is fixedly connected with block F；605, fixed to connect Meet block F；606, it is fixedly connected with block F；610, it is fixedly connected with block F；621, it is fixedly connected with block F；622, it is fixedly connected with block F；607, living Dynamic link block F；611, it is flexibly connected block F；612, it is flexibly connected block F；613, it is flexibly connected block F；616, it is flexibly connected block F； 618, it is flexibly connected block F；619, it is flexibly connected block F；620, it is flexibly connected block F；609, rocker arm F；617, positioning pin F；6207, fixed Position pin F；623, protective cover F；624, protective cover F；6101, copper sheathing F；6102, limited block；6103, gasket F；6104, gasket F； 6203, cylinder F；6204, cylinder F；6205, bushing F；6206, spring F；701, angled seat G；704, angled seat G；702, briquetting G； 703, supporting block G；705, double guide rod cylinder connecting plate G；706, active plate G；707, active plate G；710, activity connects Fishplate bar G；713, active plate G；714, active plate G；717, active plate G；708, it is fixedly connected with block G；711, solid Determine link block G；712, it is fixedly connected with block G；718, it is fixedly connected with block G；709, shield G；715, positioning pin G；716, handle G； 7101, limited block G；7102, sensor copper sheathing G；7103, gasket G；7104, gasket G；7201, bushing G；7202, sensor G； 7203, cylinder G；7204, step up cylinder；7205, bulb plunger；7206, handle ball；801, supporting block H；811, supporting block H； 817, supporting block H；820, supporting block H；802,803, it is fixedly connected with block H；808, it is fixedly connected with block H；810, it is fixedly connected with block H； 812, it is fixedly connected with block H；814, it is fixedly connected with block H；815, it is fixedly connected with block H；816, it is fixedly connected with block H；804, double guide rod gas Cylinder connecting plate H；813, double guide rod cylinder connecting plate H；805, angled seat H；806, briquetting H；809, briquetting H；818, briquetting H；819, Briquetting H；821, briquetting H；822, briquetting H；807, shield H；823, shield H；8101, limited block H；8102, gasket H； 8103, gasket H；8201 clamping cylinder H；8202, clamping cylinder H；8203, double guide rod cylinder H；8204, positioning pin H；8205, it positions Sell H；8206, positioning pin H；901, briquetting I；906, briquetting I；917, briquetting I；918, briquetting I；902, it is flexibly connected block I；903, It is flexibly connected block I；905, it is flexibly connected block I；908, it is flexibly connected block I；912, it is flexibly connected block I；920, it is flexibly connected block I； 904, rocker arm I；907, vertical plate I；909, angled seat I；910, it is fixedly connected with block I；911, it is fixedly connected with block I；913, sensor stand I；914, sensor stand I；915, sensor stand I；916, sensor stand I；919, sensor stand I；921, sensor Bracket I；9101, copper sheathing I；9102, copper sheathing I；9103, limited block I；9105, gasket I；9201, cylinder I；9202, cylinder I； 9203, sensor I；9204, sensor I；9205, positioning pin I；9206, positioning pin I；1001, it is fixedly connected with block J；1002, solid Determine link block J；1006, it is fixedly connected with block J；1007, it is fixedly connected with block J；1008, it is fixedly connected with block J；1009, it is fixedly connected with block J；1010, it is fixedly connected with block J；1013, it is fixedly connected with block J；1015, it is fixedly connected with block J；1019, it is fixedly connected with block J；1003, it props up Bracer J；1005, supporting block J；1011, axis J；1012, washer J；1014, column J；1016, briquetting J；1017, briquetting J；1018, Pressure arm J；1020, sensor stand J；1021, sensor stand J；1022, shield J；10101, limited block J；10102, it senses Device copper sheathing J；10103, gasket J；10104, gasket J；10201, clamping cylinder J；10202, double guide rod cylinder J；10203, positioning pin J；10204, sensor J；10205, bushing J；10206, handle ball J；10207, bulb plunger J；10208, split pin J；1101, Pedestal K；1102, it is fixedly connected with block K；1107, it is fixedly connected with block K；1109, it is fixedly connected with block K；1114, it is fixedly connected with block K； 1116, it is fixedly connected with block K；1118, it is fixedly connected with block K；1103, briquetting K；1104, briquetting K；1119, briquetting K；1105, rocker arm K；1106, supporting block K；1108, supporting block K；1120, supporting block K；1110, shield K；1111, gasket K；11101, gasket K； 11102, gasket K；11103, gasket K；1112, support K；1113, it is flexibly connected block K；1115, mobile platform K；1121, mobile Platform K；1117, positioning pin K；11104, limited block K；11201, clamping cylinder K；11202, thin cylinder K；11203, cylinder connects Head K；11204, cylinder connector K；11205, buffer K；11206, sliding rail K.

Specific embodiment

It is illustrated below in conjunction with preferred embodiment of the attached drawing to the utility model, it should be understood that described herein excellent It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.

Wherein identical label all refers to identical component in attached drawing.

In addition, if the detailed description of known technology for show the utility model be characterized in it is unnecessary, then by it It omits.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to it is attached Direction in figure, word "inner" and "outside" refer respectively to the direction towards or away from geometric center of specific component.

It should also be noted that, unless otherwise clearly defined and limited, term " setting ", " connection " should do broad sense reason Solution, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can be mechanical connection, it can also be with It is electrical connection；It can be directly connected, the connection inside two elements can also be can be indirectly connected through an intermediary. For the ordinary skill in the art, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition, this Outside, term " first ", " second " etc. are only used for distinguishing description, are not understood to indicate or imply relative importance.

Embodiment 1

As shown in Fig. 1-2 5, the utility model provides a kind of water tank frame processing unit (plant), including substrate 1, distinguishes on substrate 1 Several positioning clamp unit A02 are installed, positioning clamp unit B03, positioning clamp unit C04, positioning clamp unit D05, are determined Position clamping unit E06, positioning clamp unit F07, positioning clamp unit G08, positioning clamp unit H09, positioning clamp unit I10, positioning clamp unit J11 and positioning clamp unit K12, adjacent positioned clamping unit A02, positioning clamp unit B03, positioning Clamping unit C04, positioning clamp unit D05, positioning clamp unit E06, positioning clamp unit F07, positioning clamp unit G08, Positioning clamp unit H09, positioning clamp unit I10, positioning clamp unit J11 and positioning clamp unit K12 are about substrate 1 Central symmetry setting, positioning clamp unit A02 includes angled seat A102, is equipped at the top of angled seat A102 and is fixedly connected with block A106,107, it is fixedly connected at the top of block A106 and flexible connection block A103 is installed, 104, it is flexibly connected the outside table of block A103 Face is equipped with gasket A110, and the one end for being flexibly connected block A103 is equipped with positioning pin A101, is fixedly connected with the bottom end peace of block A107 Equipped with limited block A109, the bottom end of limited block A109 is equipped with double guide rod cylinder connecting plate A105, double guide rod cylinder connecting plates The bottom end of A105 is equipped with protective cover A108, and the bottom end of protective cover A108 is equipped with cylinder A1201, positioning clamp unit B03 packet Contain flexible connection block B201,202,203,207,208, double guide rod cylinder connecting plate B204, positioning pin B205,2201, angled seat B206, block B209, shield B210, gasket B2101,2102, limited block B2103 and cylinder B2202, shield are fixedly connected with B210 is installed on the top of cylinder B2202, and limited block B2103 is installed on the top of shield B210, positioning clamp unit C04 It include briquetting C301,303,308,309,310, angled seat C302, handle C304, rocker arm C305,307, be fixedly connected with block C306, copper sheathing C3101, limited block C3102, gasket C3103,3104, cylinder C3201, sensor C3202 and handle ball C3203, Handle ball C3203 is installed on the top of handle C304, and one end of rocker arm C307 is connected with rocker arm C305 by briquetting C310, is shaken The other end of arm C307 is connected with sensor C3202, and angled seat C302 is installed on the outside of cylinder C3201, positioning clamp unit D05 includes briquetting D401, and 405,408, be fixedly connected with block D402,403,404,406,410,411,412,414,415, 416,420,421,422,428,430,431, shield D409,419, angled seat D413, double guide rod cylinder connecting plate D417, axis D418,423, handle D424,427,432, washer D425, flexible connection block D426, union D429, limited block D4101, 4102, sensor copper sheathing D4103, gasket D4104,4105, double guide rod cylinder D4201,4202, sliding rail D4203, positioning pin D4204 and sensor D4205, one end of sensor D4205 are equipped with double guide rod cylinder connecting plate D417, and double guide rod cylinders connect One end of fishplate bar D417 is equipped with shield D409, and double guide rod cylinder D4202 are connected with shield D409, and positioning clamps single First E06 includes column E501, locating piece E502,503,504,511, be flexibly connected block E505,506,507, briquetting E508, Pressure arm E509, it is fixedly connected with block E510,512,514, shield E513, gasket E5101,5102, limited block E5103, inductor Copper sheathing E5104, positioning pin E5201, cylinder E5202,5203 and sensor E5204, inductor copper sheathing E5104 are installed on sensor The outside of E5204, shield E513 are installed on the top of cylinder E5202, and positioning clamp unit F07 includes angled seat F601, pressure Block F602,608, locating piece F603,614,615, be fixedly connected with block F604,605,606,610,621,622, be flexibly connected block F607,611,612,613,616,618,619,620, rocker arm F609, positioning pin F617,6207, protective cover F623,624, copper Cover F6101, limited block 6102, gasket F6103,6104, cylinder F6203,6204, bushing F6205 and spring F6206, locating clip Tight unit G08 includes angled seat G701,704, briquetting G702, supporting block G703, double guide rod cylinder connecting plate G705, flexible connection Plate G706,707,710,713,714,717, be fixedly connected with block G708,711,712,718, shield G709, positioning pin G715, Handle G716, limited block G7101, sensor copper sheathing G7102, gasket G7103,7104, bushing G7201, sensor G7202, gas Cylinder G7203, step up cylinder 7204, bulb plunger 7205 and handle ball 7206, one end of cylinder G7203 is equipped with shield The other end of G709, cylinder G7203 are connected with active plate G710, and positioning clamp unit H09 includes supporting block H801, 811,817,820, it is fixedly connected with block H802,803,808,810,812,814,815,816, double guide rod cylinder connecting plate H804, 813, angled seat H805, briquetting H806,809,818,819,821,822, shield H807,823, limited block H8101, gasket H8102,8103, clamping cylinder H8201,8202, double guide rod cylinder H8203 and positioning pin H8204,8205,8206, it is fixedly connected with block H816 is installed on the top of double guide rod cylinder connecting plate H813, and angled seat H805 is installed on the bottom of cylinder H8203, and positioning clamps single First I10 includes briquetting I901, and 906,917,918, be flexibly connected block I902,903,905,908,912,920, rocker arm I904, Vertical plate I907, angled seat I909, block I910,911, sensor stand I913,914,915,916,919,921, copper sheathing are fixedly connected with I9101,9102, limited block I9103, gasket I9105, cylinder I 9201,9202, sensor I9203,9204 and positioning pin I9205,9206, sensor stand I916 is flexibly connected by being flexibly connected block I920 with sensor stand I921, sensor I9203 is connected by briquetting I906 with block I905 is flexibly connected, and vertical plate I907 is installed on the top of angled seat I909, limited block I9103 is installed on the top of vertical plate I907, and cylinder I 9201 is equipped on the outside of limited block I9103, and sensor I9204 is installed on The bottom of sensor stand I913, positioning clamp unit J11 include to be fixedly connected with block J1001, and 1002,1006,1007, 1008,1009,1010,1013,1015,1019, supporting block J1003,1005, axis J1011, washer J1012, column J1014, Briquetting J1016,1017, pressure arm J1018, sensor stand J1020,1021, shield J1022, limited block J10101, sensing Device copper sheathing J10102, gasket J10103,10104, clamping cylinder J10201, double guide rod cylinder J10202, positioning pin J10203, sensing Device J10204, bushing J10205, handle ball J10206, bulb plunger J10207 and split pin J10208, handle ball J10206 peace Outside loaded on split pin J10208, bushing J10205 are installed on the one end of split pin J10208 far from handle ball J10206, folder One end of tight cylinder J10201 is equipped with double guide rod cylinder J10202, and shield J1022 is installed on the top of double guide rod cylinder J10202 Portion, sensor J10204 are installed on the top of sensor copper sheathing J10102, and the bottom end of sensor copper sheathing J10102 is equipped with sensing Device bracket J1021 and sensor stand J1020, is provided with gasket J10103 between sensor stand J1020 and briquetting J1016, The end of sensor stand J1020 is connected with pressure arm J1018, and positioning clamp unit K12 includes pedestal K1101, fixed company Connect block K1102,1107,1109,1114,1116,1118, briquetting K1103,1104,1119, rocker arm K1105, supporting block K1106,1108,1120, shield K1110, gasket K1111,11101,11102,11103, support K1112, flexible connection block K1113, mobile platform 1115,1121, positioning pin K1117, limited block K11104, clamping cylinder K11201, thin cylinder K11202, cylinder connector K11203,11204, buffer K112055 and sliding rail K11206, the outside installation of mobile platform K1121 There is supporting block K1120, the top of supporting block K1120 is equipped with briquetting K1119, and one end of buffer K11205 is connected with gasket Supporting block K1106 is installed on the inside of K11101, gasket K11101, the end of supporting block K1106 be fixedly connected with block K1114 phase Connection, the bottom end of mobile platform 1115 are provided with sliding rail K11206, and sliding rail K11206 is fixedly installed in the top of pedestal K1101, The top of mobile platform 1115 is equipped with support K1112, and clamping cylinder K11201 is equipped at the top of support K1112, mobile flat Platform 1115 is equipped with supporting block K1108 far from the side of support K1112, and the inside of supporting block K1108 is equipped with limited block K11104, and limited block K11104, between mobile platform 1115 and supporting block K1108, the top of supporting block K1106 is installed There is briquetting K1103, the top of briquetting K1103 is equipped with rocker arm K1105.

Further, positioning clamp unit A02, positioning clamp unit B03, positioning clamp unit C04, positioning clamp unit D05, positioning clamp unit E06, positioning clamp unit F07, positioning clamp unit G08, positioning clamp unit H09, positioning clamp The quantity of unit I10, positioning clamp unit J11 and positioning clamp unit K12 are two, and are respectively arranged in the two of substrate 1 End, after four panels of water tank frame profiled sheeting capable of being individually positioned in the upper surface of substrate 1, bottom plate is placed on substrate 1 Surface, four frame plates in outside pass through respectively positioning clamp unit A02, positioning clamp unit B03, positioning clamp unit C04, Positioning clamp unit D05, positioning clamp unit E06, positioning clamp unit F07, positioning clamp unit G08, positioning clamp unit Clamping is fixed in H09, positioning clamp unit I10, positioning clamp unit J11 and positioning clamp unit K12.

Specifically, six panels of water tank frame are placed on substrate 1, pass through the cylinder in positioning clamp unit A02 A1201 from flexible connection block A103 drive double guide rod cylinder connecting plate D417 by water tank frame plate carry out to the center of substrate 1 into Row compresses, and positioning pin A101, which is played, is fixed on water tank frame plate on positioning clamp unit A02, and angled seat A102 plays steady cylinder The effect of A1201 passes through double guide rod cylinder connecting plate B204 for water tank frame by the cylinder B2202 in positioning clamp unit B03 Wherein a panel compressed to the center of substrate 1 in six faces of frame plate, is clamped by positioning clamp unit A02, positioning Unit B 03, positioning clamp unit C04, positioning clamp unit D05, positioning clamp unit E06, positioning clamp unit F07, positioning Clamping unit G08, positioning clamp unit H09, positioning clamp unit I10, positioning clamp unit J11 and positioning clamp unit K12, And symmetrical positioning clamp unit cooperates, fixed water tank frame plate connects angle face, makes adjacent water tank frame plate 90 degree of angles can be accurately formed, briquetting and fixed block are pushed by the cylinder on each positioning clamp unit, make water tank frame Frame plate can integrated molding, improve processing efficiency.

In conclusion the utility model is on each positioning clamp unit by being equipped with cylinder, and as power pair Frame plate is clamped to being pushed at substrate center, and adjacent frame plate is fixed by each positioning pin, makes frame plate Can integrated molding, improve processing efficiency.

Finally, it should be noted that the above descriptions are merely preferred embodiments of the present invention, it is not limited to this Utility model, although the utility model is described in detail with reference to the foregoing embodiments, for those skilled in the art For, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic It is equivalently replaced.Within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on, It should be included within the scope of protection of this utility model.

Claims (2)

1. a kind of water tank frame processing unit (plant), including substrate (1), which is characterized in that be separately installed on the substrate (1) several Positioning clamp unit A (02), positioning clamp unit B (03), positioning clamp unit C (04), positioning clamp unit D (05), positioning Clamping unit E (06), positioning clamp unit F (07), positioning clamp unit G (08), positioning clamp unit H (09), positioning clamp Unit I (10), positioning clamp unit J (11) and positioning clamp unit K (12), the adjacent positioning clamp unit A (02), positioning Clamping unit B (03), positioning clamp unit C (04), positioning clamp unit D (05), positioning clamp unit E (06), positioning clamp Unit F (07), positioning clamp unit G (08), positioning clamp unit H (09), positioning clamp unit I (10), positioning clamp unit J (11) it is arranged about the central symmetry of substrate (1) with positioning clamp unit K (12), the positioning clamp unit A (02) includes Have angled seat A (102), is equipped with and is fixedly connected block A (106,107) at the top of the angled seat A (102), it is described to be fixedly connected with block A (106) it is equipped at the top of and is flexibly connected block A (103,104), the outer surface for being flexibly connected block A (103) is equipped with pad Piece A (110), described one end for being flexibly connected block A (103) is equipped with positioning pin A (101), described to be fixedly connected with block A's (107) Bottom end is equipped with limited block A (109), and the bottom end of the limited block A (109) is equipped with double guide rod cylinder connecting plate A (105), institute The bottom end for stating double guide rod cylinder connecting plate A (105) is equipped with protective cover A (108), and the bottom end of the protective cover A (108) is equipped with Cylinder A (1201), the positioning clamp unit B (03) include to be flexibly connected block B (201,202,203,207,208), double lead Bar cylinder connecting plate B (204), positioning pin B (205,2201), angled seat B (206), block B (209), shield B are fixedly connected with (210), gasket B (2101,2102), limited block B (2103) and cylinder B (2202), the shield B (210) are installed on cylinder B (2202) top, the limited block B (2103) are installed on the top of (210) shield B, the positioning clamp unit C (04) It include briquetting C (301,303,308,309,310), angled seat C (302), handle C (304), rocker arm C (305,307), fixed company Meet block C (306), copper sheathing C (3101), limited block C (3102), gasket C (3103,3104), cylinder C (3201), sensor C (3202) and handle ball C (3203), the handle ball C (3203) are installed on the top of (304) handle C, the rocker arm C (307) One end be connected with rocker arm C (305) by briquetting C (310), the other end of the rocker arm C (307) and sensor C (3202) It is connected, the angled seat C (302) is installed on the outside of (3201) cylinder C, and the positioning clamp unit D (05) includes briquetting D (401,405,408), be fixedly connected block D (402,403,404,406,410,411,412,414,415,416,420,421, 422,428,430,431), shield D (409,419), angled seat D (413), double guide rod cylinder connecting plate D (417), axis D (418, 423), handle D (424,427,432), washer D (425), flexible connection block D (426), union D (429), limited block D (4101,4102), sensor copper sheathing D (4103), gasket D (4104,4105), double guide rod cylinder D (4201,4202), sliding rail D (4203), positioning pin D (4204) and sensor D (4205), one end of the sensor D (4205) are equipped with double guide rod cylinders and connect One end of fishplate bar D (417), double guide rod cylinder connecting plate D (417) are equipped with shield D (409), double guide rod cylinder D (4202) be connected with shield D (409), the positioning clamp unit E (06) include column E (501), locating piece E (502, 503,504,511), be flexibly connected block E (505,506,507), briquetting E (508), pressure arm E (509), be fixedly connected block E (510, 512,514), shield E (513), gasket E (5101,5102), limited block E (5103), inductor copper sheathing E (5104), positioning pin E (5201), cylinder E (5202,5203) and sensor E (5204), the inductor copper sheathing E (5104) are installed on sensor E (5204) outside, the shield E (513) are installed on the top of (5202) cylinder E, positioning clamp unit F (07) packet Containing angled seat F (601), briquetting F (602,608), locating piece F (603,614,615), be fixedly connected block F (604,605,606, 610,621,622) block F (607,611,612,613,616,618,619,620), rocker arm F (609), positioning pin F, are flexibly connected (617,6207), protective cover F (623,624), copper sheathing F (6101), limited block (6102), gasket F (6103,6104), cylinder F (6203,6204), bushing F (6205) and spring F (6206), the positioning clamp unit G (08) include angled seat G (701, 704), briquetting G (702), supporting block G (703), double guide rod cylinder connecting plate G (705), active plate G (706,707,710, 713,714,717) it, is fixedly connected block G (708,711,712,718), the shield G (709), positioning pin G (715), handle G (716), limited block G (7101), sensor copper sheathing G (7102), gasket G (7103,7104), bushing G (7201), sensor G (7202), cylinder G (7203), step up cylinder (7204), bulb plunger (7205) and handle ball (7206), the cylinder G (7203) one end is equipped with shield G (709), and the other end of the cylinder G (7203) is connected with active plate G (710) Connect, the positioning clamp unit H (09) include supporting block H (801,811,817,820), be fixedly connected block H (802,803, 808,810,812,814,815,816), double guide rod cylinder connecting plate H (804,813), angled seat H (805), briquetting H (806,809, 818,819,821,822), shield H (807,823), limited block H (8101), gasket H (8102,8103), clamping cylinder H (8201,8202), double guide rod cylinder H (8203) and positioning pin H (8204,8205,8206), it is described to be fixedly connected with block H (816) peace Top loaded on double guide rod cylinder connecting plate H (813), the angled seat H (805) is installed on the bottom of (8203) cylinder H, described fixed Position clamping unit I (10) include briquetting I (901,906,917,918), be flexibly connected block I (902,903,905,908,912, 920), rocker arm I (904), vertical plate I (907), angled seat I (909), be fixedly connected block I (910,911), sensor stand I (913, 914,915,916,919,921), copper sheathing I (9101,9102), limited block I (9103), gasket I (9105), cylinder I (9201, 9202), sensor I (9203,9204) and positioning pin I (9205,9206), the sensor stand I (916) pass through flexible connection Block I (920) is flexibly connected with sensor stand I (921), the sensor I (9203) by briquetting I (906) be flexibly connected Block I (905) is connected, and the vertical plate I (907) is installed on the top of (909) angled seat I, and the limited block I (9103) is installed on vertical The top of plate I (907) is equipped with cylinder I (9201) on the outside of the limited block I (9103), sensor I (9204) installation In the bottom of (913) sensor stand I, the positioning clamp unit J (11) include be fixedly connected block J (1001,1002, 1006,1007,1008,1009,1010,1013,1015,1019), supporting block J (1003,1005), axis J (1011), washer J (1012), column J (1014), briquetting J (1016,1017), pressure arm J (1018), sensor stand J (1020,1021), shield J (1022), limited block J (10101), sensor copper sheathing J (10102), gasket J (10103,10104), clamping cylinder J (10201), Double guide rod cylinder J (10202), positioning pin J (10203), sensor J (10204), bushing J (10205), handle ball J (10206), Bulb plunger J (10207) and split pin J (10208), the handle ball J (10206) are installed on the outer of split pin J (10208) Side, the bushing J (10205) are installed on the one end of split pin J (10208) far from handle ball J (10206), the clamping cylinder J (10201) one end is equipped with double guide rod cylinder J (10202), and shield J (1022) is installed on double guide rod cylinder J's (10202) Top, the sensor J (10204) are installed on the top of sensor copper sheathing J (10102), the sensor copper sheathing J (10102) Bottom end sensor stand J (1021) and sensor stand J (1020) be installed, the sensor stand J (1020) and briquetting J (1016) it being provided between gasket J (10103), the end of the sensor stand J (1020) is connected with pressure arm J (1018), The positioning clamp unit K (12) include pedestal K (1101), be fixedly connected block K (1102,1107,1109,1114,1116, 1118), briquetting K (1103,1104,1119), rocker arm K (1105), supporting block K (1106,1108,1120), shield K (1110), gasket K (1111,11101,11102,11103), support K (1112), flexible connection block K (1113), mobile platform K (1115,1121), positioning pin K (1117), limited block K (11104), clamping cylinder K (11201), thin cylinder K (11202), gas Cylinder connector K (11203,11204), buffer K (11205) and sliding rail K (11206), the outside peace of the mobile platform K (1121) Equipped with supporting block K (1120), the top of the supporting block K (1120) is equipped with briquetting K (1119), the buffer K (11205) One end be connected with gasket K (11101), supporting block K (1106), the supporting block are installed on the inside of the gasket K (11101) The end of K (1106) is connected with block K (1114) is fixedly connected with, and the bottom end of the mobile platform (1115) is provided with sliding rail K (11206), the sliding rail K (11206) is fixedly installed in the top of (1101) pedestal K, the top of the mobile platform (1115) It is equipped with support K (1112), clamping cylinder K (11201), the mobile platform is installed at the top of the support K (1112) (1115) side far from support K (1112) is equipped with supporting block K (1108), and the inside of the supporting block K (1108) is equipped with Limited block K (11104), and limited block K (11104) is located between mobile platform (1115) and supporting block K (1108), the support It is equipped at the top of block K (1106) briquetting K (1103), the top of the briquetting K (1103) is equipped with rocker arm K (1105).

2. a kind of water tank frame processing unit (plant) according to claim 1, which is characterized in that the positioning clamp unit A (02), positioning clamp unit B (03), positioning clamp unit C (04), positioning clamp unit D (05), positioning clamp unit E (06), Positioning clamp unit F (07), positioning clamp unit G (08), positioning clamp unit H (09), positioning clamp unit I (10), positioning The quantity of clamping unit J (11) and positioning clamp unit K (12) are two, and are respectively arranged in the both ends of substrate (1).