CN205033378U - Block molding device - Google Patents
Block molding device Download PDFInfo
- Publication number
- CN205033378U CN205033378U CN201520773453.8U CN201520773453U CN205033378U CN 205033378 U CN205033378 U CN 205033378U CN 201520773453 U CN201520773453 U CN 201520773453U CN 205033378 U CN205033378 U CN 205033378U
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- heat resistant
- inner core
- core die
- resistant inner
- sliding panel
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Abstract
The utility model discloses a block molding device, including moulding box, last pressure head, moulding box bottom sealing member, pressure mechanism, distributing device, it is framed that the moulding box has a perfect understanding about being, the framed setting of moulding box is on four stands of frame, be provided with moulding box bottom sealing member in the correspondence of the below of moulding box, be provided with the pressure head in the correspondence of the top of moulding box, be equipped with the upper and lower block molding chamber of lining up that the one or more longitudinal section is mouthful style of calligraphy in framed, block molding intracavity or its top surface level are equipped with a plurality of interior mandrel fixing device of fever type that hinder to connecting a plurality of connecting strips on. The utility model discloses can with the wall body of building block with hinder the fever type in the mandrel shaping become the building block, can realize automated production.
Description
Technical field
The utility model relates to a kind of building block forming device, belongs to building machinery technical field.
Background technology
Along with enforcing of China's wall reform and building energy conservation, the once large building materials innovation revolution at China's building materials industry development.In building enclosure and materials for wall, the masonry panel materials such as a large amount of building-blocks, aerated-block, porous brick, bearing self-insulation sandwich block and partition plate are developed owing to prohibitting the use solid clay brick.
But mostly existing bearing self-insulation sandwich block is first to make the cavity type outer peripheral wall of building block, the later stage fills sheet material class core material again in cavity or graininess lightweight aggregate class core material and being formed.Preparation method's technique of this rear filling is loaded down with trivial details, be not easy the uniformity ensureing material monolithic, and core material layer can be made can not to be closely engaged with wall body layer when filling with sheet material class core material and leave gap air layer, wet steam is in use easily made to be present in gap, form through and flowing air layer and wet steam layer, cause the thermal conductivity of entirety large; And common graininess lightweight aggregate appearance structure mostly is prismatic, cotton-shaped, laminated structure, when cannot accomplish to mix, particle diameter pole is joined and is evenly distributed, be difficult to reach density, more Binder Materials is just needed when watering, the thermal conductivity factor of core material can be increased, and lightweight aggregate granular material water absorption rate is on the market all bigger than normal, some material water absorption rates or even the hundred times of self, in use be easy to moisture absorption and the moisture absorption, cause thermal conductivity excessive, cannot thermal resistance value be ensured, thus can not reach better thermal property.
Publication number be CN104499635A patent discloses a kind of heat resistant inner core die and heat resistant walling unit, this heat resistant walling unit is made up of heat resistant inner core die and coagulation; The length of heat resistant walling unit equals the length of heat resistant inner core die, and the height of heat resistant walling unit equals the height of heat resistant inner core die, and the width of heat resistant walling unit is greater than the width of heat resistant inner core die; Heat resistant inner core die is made up of main body core and chip core; Chip core is arranged on the both sides of main body core and every side divides both sides, front and back to establish a slice.Heat resistant inner core die can block the cold-heat bridge transmission of building block, thus enables heat resistant walling unit of the present utility model meet the thermal requirements of national regulation, can substitute service life is short, security is low, cost is high Surgery therapy and materials for wall thereof.The heat resistant inner core die of this building block is a shaped piece, in shaping process, the chip core of heat resistant inner core die is in the compression zone of seaming chuck, easily cause the motion of the distortion of chip core, heat resistant inner core die, in prior art, the mechanical-moulded difficulty of this building block automatic, can not produce this heat insulation building block.
Utility model content
The purpose of this utility model is, for the deficiencies in the prior art, provides a kind of building block forming device.
The technical solution adopted in the utility model is as follows.
A kind of building block forming device, comprising: moulding box, seaming chuck, moulding box lower seals, pressure mechanism, distribution device; It is framed that moulding box comprises in up/down perforation; The framed of moulding box is arranged on four columns of frame; The below correspondence of moulding box is provided with moulding box lower seals, and above moulding box, correspondence is provided with seaming chuck; The block forming chamber that one or more longitudinal section is the up/down perforation of hollow is provided with in framed; In block forming chamber or its end face level to connection some connection straps, connection strap is provided with some heat resistant inner core die fixtures.
Further, heat resistant inner core die fixture is embedding pin or caulking groove or cone; Be provided with a block forming chamber in framed, now framed cavity is block forming chamber; In framed cavity, sustained height place or its end face longitudinally and/or are laterally provided with some connection straps;
Heat resistant inner core die fixture is arranged on the bottom surface of connection strap, when the connection strap At The Height of seaming chuck press-in moulding box, and the space between the salable connection strap of seaming chuck and moulding box.Or, connection strap is provided with heat resistant inner core die gland, heat resistant inner core die fixture is fixed on connection strap by heat resistant inner core die gland, the width of heat resistant inner core die gland is greater than the width of connection strap, when seaming chuck is pressed into the connection strap At The Height of moulding box, the space between the salable connection strap of seaming chuck, moulding box, heat resistant inner core die gland.
Further, multiple tracks longitudinal vertical plate and transverse vertical plate is provided with in framed, longitudinal vertical plate and transverse vertical plate vertical clamping mutually, longitudinal vertical plate is all connected with framed madial wall with transverse vertical plate two ends, and longitudinal vertical plate is divided into several block forming chambeies identical with blocks shape with transverse vertical plate by framed;
Heat resistant inner core die fixture is embedding pin or caulking groove or cone; Sustained height place, each block forming chamber or its end face longitudinally and/or are laterally provided with some connection straps.
Heat resistant inner core die fixture is arranged on the bottom surface of connection strap, when the connection strap At The Height of seaming chuck press-in moulding box, and the space between the salable connection strap of seaming chuck, moulding box, longitudinal vertical plate, transverse vertical plate.Or, connection strap is provided with heat resistant inner core die gland, heat resistant inner core die fixture is fixed on connection strap by heat resistant inner core die gland, the width of heat resistant inner core die gland is greater than the width of connection strap, when the connection strap At The Height of seaming chuck press-in moulding box, the space between the salable connection strap of seaming chuck, moulding box, longitudinal vertical plate, transverse vertical plate, heat resistant inner core die gland.
Further, when heat resistant inner core die fixture is fixed on connection strap by heat resistant inner core die gland, heat resistant inner core die fixture is arranged on the bottom surface of heat resistant inner core die gland.
Further, moulding box lower seals is some push-down heads of the hoistable platform of the platform of the supporting plate of the bottom in salable block forming chamber or the bottom in salable block forming chamber or the bottom in salable block forming chamber or the bottom in salable block forming chamber.
Further, pressure mechanism comprises the top hydraulic jack that seaming chuck can be made to move both vertically, the hoistable platform that moulding box lower seals can be made to move both vertically; Hoistable platform is arranged on the output shaft of the end hydraulic jack that Vertical dimension is arranged; Building block forming device also comprises shaking device; Shaking device comprises pair of vibrator, vibrator is separately positioned on the lateral surface of a pair framed relative side of moulding box, framedly to be connected with frame by damping device, or, shaking device comprises pair of vibrator, vibrator is arranged on the bottom surface of hoistable platform, and hoistable platform is connected with frame or ground by damping device; Described damping device is rubber blanket or spring.
Further, pressure mechanism comprises the top hydraulic jack that seaming chuck can be made to move both vertically, the hydraulic jack that moulding box can be made to move both vertically; Moulding box lower seals is the supporting plate of the bottom in block forming chamber, and supporting plate is placed on the platform immediately below moulding box; Building block forming device also comprises shaking device;
Shaking device comprises pair of vibrator, and vibrator is connected with vibrating motor; Vibrator is separately positioned on the lateral surface of a pair framed relative side of moulding box, is framedly connected with frame by damping device.Shaking device also can comprise pair of vibrator, and vibrator is arranged on the bottom surface of platform, and platform is connected with frame or ground by damping device.Described damping device is rubber blanket or spring.
Further, vibrator comprises level to the rotating shaft arranged, and rotating shaft is provided with eccentric wheel, and rotating shaft is provided with belt pulley, and belt pulley is connected with drive motors by belt.
Further, building block forming device also comprises heat resistant inner core die conveying device, and heat resistant inner core die conveying device comprises heat resistant inner core die conveying support plate, heat resistant inner core die conveying support plate can be delivered to line reciprocator immediately below framed bottom; The upper surface of heat resistant inner core die conveying support plate is provided with and can prevents the heat resistant inner core die heat resistant inner core die fixture that moves flat of water thereon;
Heat resistant inner core die fixture is the some for inserting heat resistant inner core die thus the groove that moves flat of restriction heat resistant inner core die water of the upper surface being arranged on heat resistant inner core die conveying support plate, and heat resistant inner core die snaps in groove thus limits its horizontal movement.Heat resistant inner core die fixture also can for being arranged on some plates on the upper surface of heat resistant inner core die conveying support plate or fin or bar or projection, some plates or fin or bar or the slot convexed to form for inserting heat resistant inner core die.Heat resistant inner core die fixture also can for being arranged in some plates on the upper surface of heat resistant inner core die conveying support plate, fin, bar, projection two or more combination, two or more the slot be combined to form for inserting heat resistant inner core die in some plates, fin, bar, projection.
Further, building block forming device also comprises pallet conveying device, and pallet conveying device comprises and send trigger frame, send trigger frame to be provided with a pair longitudinal rail, the medial surface of two longitudinal rails is respectively provided with the roller for supporting plate lengthwise movement that some end faces are mutually concordant; Being provided with one below the end face of the roller of each longitudinal rail can the sliding panel of longitudinally guide rail lengthwise movement, equidistantly on sliding panel is provided with some transverse axis, and transverse axis is set with the push pedal block that can prevent supporting plate from returning, it is spacing that sliding panel is provided with push pedal block; Send trigger frame to be provided with sliding panel drive unit, sliding panel drive unit is connected with sliding panel; The front side of the top of two longitudinal rails of trigger frame is sent to be provided with plate case; The push pedal block of sliding panel transverse axis is foremost positioned at the left side of plate case; Roller is placed with supporting plate, supporting plate is placed with heat resistant inner core die conveying support plate, heat resistant inner core die conveying support plate is flexibly connected with sliding panel or send the heat resistant inner core die conveying support plate lengthwise movement drive unit in trigger frame to be connected with being positioned at.
Further, building block forming device also comprises pallet conveying device, and pallet conveying device comprises and send trigger frame, send trigger frame to be provided with a pair longitudinal rail, the medial surface of two longitudinal rails is respectively provided with the roller for supporting plate lengthwise movement that some end faces are mutually concordant; Being provided with one below the end face of the roller of each longitudinal rail can the sliding panel of longitudinally guide rail lengthwise movement, equidistantly on sliding panel is provided with some transverse axis, and transverse axis is set with the push pedal block that can prevent supporting plate from returning, it is spacing that sliding panel is provided with push pedal block; Send trigger frame to be provided with sliding panel drive unit, sliding panel drive unit is connected with sliding panel; The front side of the top of two longitudinal rails of trigger frame is sent to be provided with plate case; The push pedal block of sliding panel transverse axis is foremost positioned at the left side of plate case; Heat resistant inner core die conveying support plate conveying device comprises the mutually concordant scroll wheel for the lengthwise movement of heat resistant inner core die conveying support plate of some end faces of the top being arranged on longitudinal rail, and heat resistant inner core die conveying support plate is flexibly connected with sliding panel or send the heat resistant inner core die conveying support plate lengthwise movement drive unit in trigger frame to be connected with being positioned at.
Further, heat resistant inner core die conveying support plate and sliding panel are by being connected and direction can be connected by free-moving articulating device vertically upward by longitudinally-moving.
Further, describedly can to connect and direction can comprise the transverse concave groove of opening upwards on the hinged cross rod be positioned on front side of heat resistant inner core die conveying support plate, the riser top be positioned on each sliding panel by free-moving articulating device vertically upward by longitudinally-moving, the left and right two ends of hinged cross rod snap in transverse concave groove respectively.Described articulating device also can comprise the transverse concave groove of opening upwards on the tranverse connecting rod being positioned at heat resistant inner core die conveying support plate arranged on left and right sides, the riser top be positioned on sliding panel, and the tranverse connecting rod of heat resistant inner core die conveying support plate arranged on left and right sides snaps in transverse concave groove respectively.Described articulating device comprises and is positioned at the horizontal groove that on heat resistant inner core die conveying support plate, Open Side Down, and be positioned at the hinged transverse axis on the riser of each sliding panel, hinged transverse axis snaps in horizontal groove.
Further, the implementation of sliding panel longitudinally guide rail lengthwise movement is with one of under type: two longitudinal rails are connected with the mutually concordant longitudinal rotating shaft of some end faces by bearing, the end face of longitudinal rotating shaft is positioned at below the bottom surface of roller, sliding panel is positioned on the end face of longitudinal rotating shaft, thus makes sliding panel can longitudinally guide rail lengthwise movement; Or the bottom surface of the medial surface upper roller of two longitudinal rails is following is provided with groove or channel-section steel; Sliding panel is connected with some longitudinal axis, the two ends of the longitudinal axis are provided with scroll wheel, and scroll wheel lays respectively in described groove or channel-section steel, and sliding panel by scroll wheel horizontal slip on guide rail, thus makes sliding panel can longitudinally guide rail lengthwise movement; Or the bottom surface of the medial surface upper roller of two longitudinal rails is following is provided with L-type steel plate; Sliding panel is connected with some longitudinal axis, the two ends of the longitudinal axis are provided with scroll wheel, and scroll wheel lays respectively on the base plate of L-type steel plate, and sliding panel by scroll wheel horizontal slip on guide rail, thus makes sliding panel can longitudinally guide rail lengthwise movement; Or, the following batten being provided with inside side and protruding in the bottom surface of the medial surface upper roller of two longitudinal rails; Sliding panel is connected with some longitudinal axis, the two ends of the longitudinal axis are provided with scroll wheel, and scroll wheel lays respectively on batten, and sliding panel by scroll wheel horizontal slip on guide rail, thus makes sliding panel can longitudinally guide rail lengthwise movement.
Further, sliding panel drive unit comprises carriage cylinder, and carriage cylinder is sending the below longitudinally setting of longitudinal rail in trigger frame, and the output shaft of carriage cylinder is connected with sliding panel by connecting plate.
Further, heat resistant inner core die conveying support plate lengthwise movement drive unit is carriage cylinder, and the output shaft of carriage cylinder is connected with heat resistant inner core die conveying support plate, and the front end of carriage cylinder is connected on the trailing flank of plate case.
Further, building block forming device also comprises grillage, and ejecting plate frame is arranged on the rear side of frame; Go out grillage is vertically arranged with pair of guide rails and the center line of two guide rails with send the center line of two longitudinal rails in trigger frame on the same line; The medial surface going out two guide rails on grillage is respectively provided with the mutually concordant roller of some end faces, the end face going out the roller on grillage with send the end face of the roller in trigger frame on two longitudinal rails in same plane.
Further, distribution device comprises reinforced coaster, reinforced coaster is arranged on the rear side of frame, reinforced coaster is up/down perforation towards one end of frame and the edge size hollow frame corresponding with moulding box, this framework is shelved on a platform near plane on moulding box, the other end of reinforced coaster is connected with line reciprocator, above reinforced coaster, be provided with feed bin; The sidewall of reinforced coaster is provided with vibrating motor; Line reciprocator comprises swing arm, and swing arm one end is hinged in frame, the other end and rod hinge connection, connecting rod and reinforced coaster hinged, the middle part of swing arm and the output shaft of truck oil cylinder hinged.
The beneficial effects of the utility model are: during shaping building block, and inserted in block forming chamber by heat resistant inner core die, then truck feeding, vibration moulding, can complete a working cycles.The utility model fixes heat resistant inner core die by heat resistant inner core die fixture, heat resistant inner core die is high in mould inner position precision, prevented the movement of heat resistant inner core die in cloth, forming process, good fixing effect, the heat resistant inner core die of building block contacts with coagulation closely, and Forming Quality is good.Can by the wall body of building block and the disposable block forming of heat resistant inner core die, so can use full-automatic production line, large-scale production had both reduced the uniformity that production cost in turn ensure that product, and solving brickmaking machine on the market cannot one-time formed technique.
Accompanying drawing explanation
Fig. 1 is the front view of building block forming device in the utility model embodiment 1.
Fig. 2 is the right view of building block forming device in the utility model embodiment 1.
Fig. 3 is the sectional view of Fig. 1 along B-B '.
Fig. 4 is the sectional view of Fig. 2 along C-C '.
Fig. 5 is the enlarged drawing of the F part of Fig. 2.
Fig. 6 is the enlarged drawing of the G part of Fig. 2.
Fig. 7 is the enlarged drawing of the H part of Fig. 3.
Fig. 8 is the enlarged drawing of the I part of Fig. 3.
Fig. 9 is the sectional view of Fig. 7 along D-D '.
Figure 10 is the sectional view of Fig. 7 along E-E '.
Figure 11 is the sectional view of Fig. 1 along A-A '.
Figure 12 is the front view of pallet conveying device in the utility model embodiment 1.
Figure 13 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 14 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 15 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 16 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 17 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 18 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 19 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 20 is the motion state diagram that building block forming device shown in Fig. 2 runs its N part.
Figure 21 is a kind of front view of pallet conveying device.
Figure 22 is a kind of front view of pallet conveying device.
Figure 23 is a kind of front view of pallet conveying device.
Figure 24 is a kind of right view of heat resistant inner core die conveying support plate.
Figure 25 is the top view after the inner core die of heat resistant shown in Figure 24 conveying support plate loads heat resistant inner core die.
Figure 26 is a kind of top view of heat resistant inner core die conveying support plate.
Figure 27 is the top view after the inner core die of heat resistant shown in Figure 26 conveying support plate loads heat resistant inner core die.
Figure 28 is a kind of right view of heat resistant inner core die conveying support plate.
Figure 29 is a kind of right view of heat resistant inner core die conveying support plate.
Figure 30 is a kind of right view of heat resistant inner core die conveying support plate.
Figure 31 is a kind of right view of heat resistant inner core die conveying support plate.
Figure 32 is the structural representation of push-down head.
Figure 33 is a kind of structural representation of pallet conveying device.
Figure 34 is the partial enlarged drawing of the G part of Figure 33.
Figure 35 is a kind of structural representation of pallet conveying device.
Figure 36 is the partial enlarged drawing of the K part of Figure 35.
Figure 37 is the structural representation of the pressure mechanism of building block forming device in the utility model embodiment 5.
Figure 38 is the pressure mechanism structural representation of building block forming device in the utility model embodiment 6.
Figure 39 is the pressure mechanism structural representation of building block forming device in the utility model embodiment 7.
Figure 40 is a kind of structural representation of pallet conveying device.
Figure 41 is the using state figure of pallet conveying device shown in Figure 40.
Figure 42 is a kind of structural representation of mould.
Figure 43 is a kind of structural representation of mould.
Figure 44 is the profile of Figure 43 along L-L '.
Figure 45 is the profile of Figure 43 along M-M '.
Figure 46 is a kind of structural representation of mould.
Wherein: frame-1; Seaming chuck-11; Platform-12; Reinforced coaster-14; Line reciprocator-15; Feed bin-16; Column-17; Vibrating motor-18; Push-down head-19; Moulding box-2; Framed-21; Longitudinal vertical plate-22; Transverse vertical plate-23; Building block heat resistant inner core die gland-24; Embedding pin-25; Block forming chamber-26; Connection strap-27; Caulking groove-29; Cone-210; Vibrator-3; Damping device-31; Rotating shaft-32; Belt pulley-33; Eccentric wheel-34; Vibrating motor-35; Heat resistant inner core die-4; Building block-41; Heat resistant inner core die conveying support plate-5; Hinged cross rod-51; Fin-52; Groove-53; Plate-54; Bar-55; Protruding-56; Horizontal groove-57; Tranverse connecting rod-58; Slot-59; Supporting plate-6; Send trigger frame-7; Longitudinal rail-71; Sliding panel-72; Carriage cylinder-73; Transverse concave groove-74; Hinged transverse axis-75; Plate case-76; Push pedal block-77; Roller-78; Riser-79; Bearing-710; Longitudinal rotating shaft-711; Channel-section steel-712; The longitudinal axis-713; Scroll wheel-714; L-type steel plate-715; Transverse axis-716; Push pedal block spacing-717; Carriage cylinder-718; Connecting plate-719; Scroll wheel-720; Go out grillage-8; Guide rail-81; Roller-82; Top hydraulic jack-91; Hoistable platform-92; Framed hydraulic jack-93; Mould fairlead 94; Platform-95; Top guide sleeve for hydraulic oil cylinder-96; Hoistable platform fairlead-97.
Detailed description of the invention
Below, in conjunction with the accompanying drawings and embodiments utility model is described further.
Embodiment 1.As shown in Fig. 1-Figure 20, a kind of building block forming device, comprising: moulding box 2, seaming chuck 11, moulding box lower seals, pressure mechanism, distribution device; Moulding box 2 comprises in up/down perforation framed 21; Framed 21 of moulding box 2 is arranged on four columns 17 of frame 1; The below correspondence of moulding box 2 is provided with moulding box lower seals, and above moulding box 2, correspondence is provided with seaming chuck 11.
Multiple tracks longitudinal vertical plate 22 and transverse vertical plate 23 is provided with in framed 21, longitudinal vertical plate 22 and transverse vertical plate 23 vertical clamping mutually, longitudinal vertical plate 22 is all connected with the madial wall of framed 21 with transverse vertical plate 23 two ends, and longitudinal vertical plate 22 and transverse vertical plate 23 are divided into several block forming chambeies 26 identical with blocks shape by framed 21.
In block forming chamber 26 or its end face level to the some connection straps 27 of connection.Connection strap 27 is provided with heat resistant inner core die gland 24, and heat resistant inner core die fixture is fixed on connection strap 27 by heat resistant inner core die gland 24, and the width of heat resistant inner core die gland 24 is greater than the width of connection strap.Heat resistant inner core die fixture is fixed on the bottom surface of heat resistant inner core die gland 24.Heat resistant inner core die fixture is embedding pin 25, and embedding pin 25 is fixed on the bottom surface of heat resistant inner core die gland 24.Heat resistant inner core die fixture is fixed on the bottom surface of connection strap 27 by building block heat resistant inner core die gland 24.When seaming chuck 11 is pressed into the connection strap At The Height of moulding box 2, the space between the salable connection strap 27 of seaming chuck, moulding box 2, longitudinal vertical plate 22, transverse vertical plate 23, heat resistant inner core die gland 24.The benefit of embedding pin 25 is: even if the material that during heat resistant inner core die, plasticity is very strong, as the heat resistant inner core die that perlite is made, also can not cause very major injury.Particularly, it is longer that needle body can do, and inserts heat resistant inner core die comparatively dark, good positioning effect.Due to needle body longer time also can not do a lot of damage to heat resistant inner core die, this mode is more obvious to the fixation of heat resistant inner core die, can accurately locate heat resistant inner core die, controls the motion of heat resistant inner core die in forming process.The effect arranging heat resistant inner core die gland 24 is, fix heat resistant inner core die fixture better, simultaneously when shaping, form the little space of a decrement on the top of heat resistant inner core die fixture, during block forming, reduce the disturbance to heat resistant inner core die.
Moulding box lower seals is the supporting plate 6 of the bottom in salable block forming chamber 26.Pressure mechanism comprises the top hydraulic jack 91 that seaming chuck 11 can be made to move both vertically, the hoistable platform 92 that moulding box lower seals can be made to move both vertically; Hoistable platform is arranged on the output shaft of the framed hydraulic jack 93 that Vertical dimension is arranged.Top hydraulic jack 91 is connected on column 17 by top guide sleeve for hydraulic oil cylinder 96.Hoistable platform 92 is arranged on column 17 by hoistable platform fairlead 97.
Building block forming device also comprises shaking device.Shaking device comprises pair of vibrator 3, and vibrator 3 is separately positioned on the lateral surface of a pair relative side of framed 21 of moulding box 2, and framed 21 are connected with frame 1 by damping device 31.Described damping device 31 is rubber blanket or spring.Vibrator 3 comprises level to the rotating shaft 32 arranged, and rotating shaft 32 is provided with eccentric wheel 34, and rotating shaft 32 is provided with belt pulley 33, and belt pulley 33 is connected with drive motors 35 by belt.Framed 21 a pair relative side are respectively provided with a vibrating device, can offset by the level of vibration force preferably, be mould vertical vibration, of great advantage to the Forming Quality of building block.Particularly, when heat resistant inner core die is a shaped piece, in shaping process, because the chip core of heat resistant inner core die is in the compression zone of seaming chuck, easily cause the motion of the distortion of chip core, heat resistant inner core die, adopt framed both sides to shake and hydrostatic profile, the disturbance to chip core and molding materials can be reduced to greatest extent.Adopt this mould, heat resistant inner core die 4 can be shaped piece, and heat resistant inner core die is made up of main body core and chip core, and chip core is arranged on the both sides of described main body core and every side divides both sides, front and back to establish a slice.The material of above-mentioned heat resistant inner core die, the various materials that can correspondingly meet thermal resistance value and require can be adopted according to Different climate condition, as foamed plastic class as the stalk of styrofoam, polyurethane foam plastics etc., mineral wool class, glue molding and other there is heat-insulating property and the harmless industrial and agricultural waste class of lightweight.With the building block that the heat resistant inner core die of shaped piece form is made, there is heat bridge little, the feature of building block good integrity.
Building block forming device also comprises heat resistant inner core die conveying device, and heat resistant inner core die conveying device comprises heat resistant inner core die conveying support plate 5, heat resistant inner core die conveying support plate 5 can be delivered to line reciprocator immediately below bottom framed 21.The upper surface of heat resistant inner core die conveying support plate 5 is provided with and can prevents the heat resistant inner core die 4 heat resistant inner core die fixture that moves flat of water thereon.Heat resistant inner core die 4 is shaped piece.
As shown in Figure 24,25, heat resistant inner core die fixture is be arranged on the some plates 54 on the upper surface of heat resistant inner core die conveying support plate 5, and some plates 54 form the slot 59 for inserting heat resistant inner core die 4.
Building block forming device also comprises pallet conveying device, and pallet conveying device comprises and send trigger frame 7, the medial surface sending trigger frame 7 to be provided with a pair longitudinal rail 71, two longitudinal rail 71 is respectively provided with the roller 78 for supporting plate lengthwise movement that some end faces are mutually concordant; Being provided with one below the end face of the roller 78 of each longitudinal rail 71 can the sliding panel 72 of longitudinally guide rail 71 lengthwise movement, equidistantly on sliding panel 72 be provided with some transverse axis 716, transverse axis 716 is set with the push pedal block 77 that can prevent supporting plate from returning, sliding panel 72 is provided with push pedal block spacing 717; Send trigger frame 7 to be provided with sliding panel drive unit, sliding panel drive unit is connected with sliding panel 72; The front side of the top of two longitudinal rails 71 of trigger frame 7 is sent to be provided with plate case 76; The push pedal block 77 of sliding panel 72 transverse axis is foremost positioned at the left side of plate case 76; Roller 78 is placed with supporting plate 6, supporting plate 6 is placed with heat resistant inner core die conveying support plate 5, heat resistant inner core die conveying support plate 5 and sliding panel 72 are by being connected and direction can be connected by free-moving articulating device vertically upward by longitudinally-moving.Describedly can to connect and direction can comprise the transverse concave groove 74 of opening upwards on the hinged cross rod 51 be positioned on front side of heat resistant inner core die conveying support plate 5, riser 79 top be positioned on each sliding panel 72 by free-moving articulating device vertically upward by longitudinally-moving, the left and right two ends of hinged cross rod 51 snap in transverse concave groove 74 respectively.As shown in figure 12, two longitudinal rails 71 are connected with the mutually concordant longitudinal rotating shaft of some end faces 711 by bearing 710, the end face of longitudinal rotating shaft 711 is positioned at below the bottom surface of roller 78, sliding panel 72 is positioned on the end face of longitudinal rotating shaft 711, thus makes sliding panel 72 can longitudinally guide rail 71 lengthwise movement.Sliding panel drive unit comprises carriage cylinder 73, and carriage cylinder is sending the below longitudinally setting of longitudinal rail 71 in trigger frame 7, and the output shaft of carriage cylinder 73 is connected with sliding panel 72 by connecting plate 719.Building block forming device also comprises grillage 8, goes out the rear side that grillage 8 is arranged on frame 1; Go out grillage 8 is vertically arranged with pair of guide rails 81 and the center line of two guide rails 81 with send the center line of two longitudinal rails 71 in trigger frame 7 on the same line; The medial surface going out two guide rails 81 on grillage 8 is respectively provided with the mutually concordant roller of some end faces 82, the end face going out the roller 82 on grillage 8 with send the end face of the roller 78 in trigger frame 7 on two longitudinal rails 71 in same plane.Whole tray conveying device device action is coordinated, and matching performance is good, and each station carries out in order according to rhythm of production, and supporting plate automatic cycle, saves manpower, shortens the production cycle, and security is good, and work efficiency is high.
Distribution device comprises reinforced coaster 14, reinforced coaster 14 is arranged on the rear side of frame 1, reinforced coaster 14 is up/down perforation towards one end of frame and the edge size hollow frame corresponding with moulding box 2, this framework is shelved on a platform 12 near plane on moulding box 2, the other end of reinforced coaster 14 is connected with line reciprocator 15, above reinforced coaster 14, be provided with feed bin 16; The sidewall of reinforced coaster 14 is provided with vibrating motor 18; Line reciprocator 15 comprises swing arm 151, and swing arm 151 one end is hinged in frame 1, the other end and connecting rod 152 hinged, connecting rod 152 is hinged with reinforced coaster 14, the middle part of swing arm 151 and the output shaft of truck oil cylinder 153 hinged.
As shown in Figure 13 to 20, during work, comprise the steps:
Step 1: put into heat resistant inner core die 4 to heat resistant inner core die conveying support plate 5; Drive sliding panel 72 to move immediately below the bottom of moulding box 2 to moulding box 2, supporting plate 6, heat resistant inner core die conveying support plate 5 enter immediately below the bottom of moulding box 2;
Step 2: hoistable platform 92 progressively rises, hoistable platform 92 promotes supporting plate 6 and raises, and supporting plate 6 promotes heat resistant inner core die conveying support plate 5 and raises, and hinged cross rod 51 is separated with transverse concave groove 74; Hoistable platform 92 continues to rise, and heat resistant inner core die conveying support plate 5 contacts with bottom moulding box 2, makes it hang in block forming chamber 26 in the block forming chamber of the bottom of moulding box 2 insertion moulding box 2 heat resistant inner core die 4;
Step 3: hoistable platform 13 progressively declines, hinged cross rod 51 falls into transverse concave groove 74, and realize heat resistant inner core die conveying support plate 5 and be connected with two sliding panels 72, supporting plate 6 playbacks; Drive sliding panel 72 to shift out immediately below the bottom of moulding box 2, drive heat resistant inner core die conveying support plate 5 to shift out immediately below the bottom of moulding box 2, now, under the effect of retaining shifting block 77, on the hoistable platform 92 immediately below the bottom that supporting plate 6 is left on moulding box 2; Heat resistant inner core die is placed, in order to shaping use next time on heat resistant inner core die conveying support plate 5;
Step 4: hoistable platform 13 rises and makes moulding box 2 supporting plate 6 seal the bottom surface in block forming chamber 26; Quantitative wall material is injected block forming chamber 26 from the end face in block forming chamber 26 by distribution device, and the seaming chuck 11 of cope 2 is moved into the end face in the block forming chamber 26 of moulding box 2 from top to bottom and makes wall body and heat resistant inner core die 4 one-shot forming form building block 41 to the wall material pressurization in block forming chamber 26;
Step: 5: the seaming chuck 11 on the bottom surface of cope 2 is depressed into block forming chamber 26 bottom from the top in block forming chamber 26 simultaneously hoistable platform 92 return makes supporting plate 6 move downward, and shaping building block is deviate from from moulding box 2 and is placed on the upper surface of hoistable platform together with supporting plate;
Step 6: drive one block of supporting plate 6, place the heat resistant inner core die conveying support plate 5 of heat resistant inner core die and enter immediately below the bottom of drag 2 when sending leaf fat cylinder 73 to drive sliding panel 72 again to move immediately below the bottom of drag 2, the supporting plate 6 being placed with building block to be released along guide rail immediately below the bottom of drag 2 by the supporting plate that newly enters and is entered on two guide rails 81 on ejecting plate frame 8; So enter next circulation.
Embodiment 2.As shown in figure 21, the present embodiment is from the different of embodiment 1: the bottom surface of the medial surface upper roller 78 of two longitudinal rails 71 is following is provided with channel-section steel 712; Sliding panel 72 is connected with some longitudinal axis 713, the two ends of the longitudinal axis 713 are provided with scroll wheel 714, scroll wheel 714 lays respectively in described channel-section steel 712, and sliding panel 72 by scroll wheel 714 horizontal slip on guide rail 71, thus makes sliding panel 72 can longitudinally guide rail 71 lengthwise movement.
Embodiment 3.As shown in figure 22, the present embodiment is from the different of embodiment 1: the bottom surface of the medial surface upper roller 78 of two longitudinal rails 71 is following is provided with L-type steel plate 715; Sliding panel 72 is connected with some longitudinal axis 713, the two ends of the longitudinal axis 713 are provided with scroll wheel 714, scroll wheel 714 lays respectively on the base plate of L-type steel plate 715, and sliding panel 72 by scroll wheel 714 horizontal slip on guide rail 71, thus makes sliding panel 72 can longitudinally guide rail 71 lengthwise movement.
Embodiment 4.As shown in figure 22, the present embodiment is from the different of embodiment 1: the bottom surface of the medial surface upper roller 78 of two longitudinal rails 71 is following is provided with the batten 716 protruded inside side; Sliding panel 72 is connected with some longitudinal axis 713, the two ends of the longitudinal axis 713 are provided with scroll wheel 714, scroll wheel 714 lays respectively on batten 716, and sliding panel 72 by scroll wheel 714 horizontal slip on guide rail 71, thus makes sliding panel 72 can longitudinally guide rail 71 lengthwise movement.
Embodiment 5.As shown in figure 38, the present embodiment is from the different of embodiment 1: pressure mechanism comprises the top hydraulic jack 91 that seaming chuck 11 can be made to move both vertically, the hydraulic jack 94 that moulding box 2 can be made to move both vertically; Moulding box lower seals is the supporting plate 6 of the bottom in block forming chamber 26, and supporting plate 6 is placed on the platform 95 immediately below moulding box 2.Top hydraulic jack 91 is arranged on column 17 by top guide sleeve for hydraulic oil cylinder 96.Moulding box is arranged on column 17 by mould fairlead 94.Building block forming device also comprises shaking device; Shaking device comprises pair of vibrator 3, and vibrator 3 is connected with vibrating motor 32; Vibrator 3 is separately positioned on the lateral surface of a pair relative side of framed 21 of moulding box 2, and framed 21 are connected with frame by damping device 31.Described damping device 31 is rubber blanket or spring.The difference of the motion mode of the present embodiment and embodiment 1 is that moulding box moving platform is motionless, and forming principle is identical.
Embodiment 6.As shown in figure 39, not being all of the present embodiment and embodiment 5: shaking device comprises pair of vibrator 3, and vibrator 3 is arranged on the bottom surface of platform 95, platform 95 is connected with frame by damping device 31.
Embodiment 7.As shown in figure 39, the present embodiment is from the different of embodiment 6: shaking device comprises pair of vibrator 3, and vibrator 3 is arranged on the bottom surface of hoistable platform 92, and hoistable platform 92 is connected with frame 1 by damping device 31.
Embodiment 8.As shown in Figure 26,27, not being all of the present embodiment and embodiment 1: heat resistant inner core die 4 is in the cubic of rule.Articulating device comprises the transverse concave groove 74 of opening upwards on the tranverse connecting rod 58 being positioned at heat resistant inner core die conveying support plate 5 arranged on left and right sides, riser 79 top be positioned on sliding panel 72, and the tranverse connecting rod 58 of heat resistant inner core die conveying support plate 5 arranged on left and right sides snaps in transverse concave groove 74 respectively.
Embodiment 9.As shown in figure 29, the present embodiment is from the different of embodiment 1: heat resistant inner core die fixture is be arranged on the some fins 52 on the upper surface of heat resistant inner core die conveying support plate 5, and some fins 52 form the slot 59 for inserting heat resistant inner core die.
Embodiment 10.As shown in Figure 35,36,29, the present embodiment is from the different of embodiment 1: articulating device comprises and is positioned at the horizontal groove 57 that on heat resistant inner core die conveying support plate 5, Open Side Down, be positioned at the hinged transverse axis 75 on the riser 79 of each sliding panel 72, hinged transverse axis 75 snaps in horizontal groove 57.Heat resistant inner core die fixture is the some for inserting heat resistant inner core die 4 thus the groove 53 that moves flat of restriction heat resistant inner core die 4 water of the upper surface being arranged on heat resistant inner core die conveying support plate 5, and heat resistant inner core die snaps in groove 53 thus limits its horizontal movement.
Embodiment 11.As shown in figure 30, the present embodiment is from the different of embodiment 9: heat resistant inner core die fixture is be arranged on the some bars 55 on the upper surface of heat resistant inner core die conveying support plate 5, if bar 55 or the slot 59 of formation for inserting heat resistant inner core die.
Embodiment 12.As shown in figure 31, the present embodiment is from the different of embodiment 9: heat resistant inner core die fixture is be arranged on some protruding 56 on the upper surface of heat resistant inner core die conveying support plate 5, if the slot 59 of protruding 56 formation for inserting heat resistant inner core die.
Embodiment 13.As shown in figure 32, the present embodiment is from the different of embodiment 1: moulding box lower seals is some push-down heads 19 of the bottom in salable block forming chamber 26.
Embodiment 14.As shown in Figure 33,34, the present embodiment is from the different of embodiment 1: building block forming device also comprises pallet conveying device, pallet conveying device comprises and send trigger frame 7, the medial surface sending trigger frame 7 to be provided with a pair longitudinal rail 71, two longitudinal rail 71 is respectively provided with the roller 78 for supporting plate lengthwise movement that some end faces are mutually concordant; Being provided with one below the end face of the roller 78 of each longitudinal rail 71 can the sliding panel 72 of longitudinally guide rail 71 lengthwise movement, equidistantly on sliding panel 72 be provided with some transverse axis 716, transverse axis 716 is set with the push pedal block 77 that can prevent supporting plate from returning, sliding panel 72 is provided with push pedal block spacing 717; Send trigger frame 7 to be provided with sliding panel drive unit, sliding panel drive unit is connected with sliding panel 72; The front side of the top of two longitudinal rails 71 of trigger frame 7 is sent to be provided with plate case 76; The push pedal block 77 of sliding panel 72 transverse axis is foremost positioned at the left side of plate case 76;
Heat resistant inner core die conveying support plate conveying device comprises the mutually concordant scroll wheel 720 for the lengthwise movement of heat resistant inner core die conveying support plate 5 of some end faces of the top being arranged on longitudinal rail 71, and heat resistant inner core die conveying support plate 5 send the heat resistant inner core die conveying support plate lengthwise movement drive unit in trigger frame 7 to be connected with being positioned at.Heat resistant inner core die conveying support plate lengthwise movement drive unit is carriage cylinder 718, and the output shaft of carriage cylinder 718 is connected with heat resistant inner core die conveying support plate 5.
Embodiment 15.As shown in Figure 40,41, the present embodiment is from the different of embodiment 14: the front end of carriage cylinder 718 is connected on the trailing flank of plate case 16.
Embodiment 16.As shown in figure 42, the present embodiment is from the different of embodiment 1: heat resistant inner core die fixture is cone 210.Sustained height place, each block forming chamber 26 vertical and horizontal are provided with some connection straps 27; Heat resistant inner core die fixture is arranged on the bottom surface of connection strap 27, when seaming chuck 11 is pressed into the connection strap At The Height of moulding box 2, and the space between the salable connection strap of seaming chuck, moulding box 2, longitudinal vertical plate 22, transverse vertical plate 23.
Embodiment 17.As shown in Figure 43,44,45, the present embodiment is from the different of embodiment 1: moulding box 2 comprises in up/down perforation framed 21, be not provided with multiple tracks longitudinal vertical plate 22 and transverse vertical plate 23 in framed 21, now, in framed 21, only have a longitudinal section to be the block forming chamber 26 of the up/down perforation of hollow; Block forming chamber 26 end face level is to the some connection straps 27 of connection, and the ground of connection strap 27 is provided with some heat resistant inner core die fixtures.When seaming chuck 11 is pressed into the connection strap At The Height of moulding box 2, the space between the salable connection strap 27 of seaming chuck and moulding box 2.Heat resistant inner core die fixture is caulking groove 29.Heat resistant inner core die fixture is caulking groove, and caulking groove is the groove of U-lag or square groove or other shape, for snapping in heat resistant inner core die.Heat resistant inner core die is be made up of the one in benzene plate, styrofoam, extruded sheet, polystyrene foam plate, hard foam polyurethane, Merlon, phenolic aldehyde, perlite, rock wool, has certain elasticity, can snap in caulking groove.
Embodiment 18.As shown in figure 46, the present embodiment is from the different of embodiment 17: heat resistant inner core die fixture is fixed on the bottom surface of connection strap 27 by heat resistant inner core die gland 24, when seaming chuck 11 is pressed into the connection strap At The Height of moulding box 2, the space between the salable connection strap 27 of seaming chuck 11, moulding box 2, heat resistant inner core die gland 24.
Claims (18)
1. a building block forming device, is characterized in that: described building block forming device comprises: moulding box (2), seaming chuck (11), moulding box lower seals, pressure mechanism, distribution device; Moulding box (2) comprises framed (21) in up/down perforation; Framed (21) of moulding box (2) are arranged on four columns (17) of frame (1); The below correspondence of moulding box (2) is provided with moulding box lower seals, the top correspondence of moulding box (2) is provided with seaming chuck (11); The block forming chamber (26) that one or more longitudinal section is the up/down perforation of hollow is provided with in framed (21); In block forming chamber (26) or its end face level to the some connection straps of connection (27), connection strap (27) is provided with some heat resistant inner core die fixtures.
2. a kind of building block forming device as claimed in claim 1, is characterized in that: heat resistant inner core die fixture is embedding pin (25) or caulking groove (29) or cone (210); Be provided with a block forming chamber (26) in framed (21), now the cavity of framed (21) is block forming chamber (26); In the cavity of framed (21), sustained height place or its end face longitudinally and/or are laterally provided with some connection straps (27);
Heat resistant inner core die fixture is arranged on the bottom surface of connection strap (27), when the connection strap At The Height of seaming chuck (11) press-in moulding box (2), and the space between the salable connection strap of seaming chuck (27) and moulding box (2), or,
Connection strap (27) is provided with heat resistant inner core die gland (24), heat resistant inner core die fixture is fixed on connection strap (27) by heat resistant inner core die gland (24), the width of heat resistant inner core die gland (24) is greater than the width of connection strap, when seaming chuck (11) is pressed into the connection strap At The Height of moulding box (2), the space between seaming chuck (11) salable connection strap (27), moulding box (2), heat resistant inner core die gland (24).
3. a kind of building block forming device as claimed in claim 1, it is characterized in that: in framed (21), be provided with multiple tracks longitudinal vertical plate (22) and transverse vertical plate (23), longitudinal vertical plate (22) and transverse vertical plate (23) vertical clamping mutually, longitudinal vertical plate (22) is all connected with the madial wall of framed (21) with transverse vertical plate (23) two ends, and framed (21) are divided into several block forming chambeies (26) identical with blocks shape by longitudinal vertical plate (22) and transverse vertical plate (23);
Heat resistant inner core die fixture is embedding pin (25) or caulking groove (29) or cone (210); Each block forming chamber (26) sustained height place or its end face longitudinally and/or are laterally provided with some connection straps (27);
Heat resistant inner core die fixture is arranged on the bottom surface of connection strap (27), when the connection strap At The Height of seaming chuck (11) press-in moulding box (2), space between the salable connection strap of seaming chuck, moulding box (2), longitudinal vertical plate (22), transverse vertical plate (23), or
Connection strap (27) is provided with heat resistant inner core die gland (24), heat resistant inner core die fixture is fixed on connection strap (27) by heat resistant inner core die gland (24), the width of heat resistant inner core die gland (24) is greater than the width of connection strap, when the connection strap At The Height of seaming chuck (11) press-in moulding box (2), the space between the salable connection strap of seaming chuck (27), moulding box (2), longitudinal vertical plate (22), transverse vertical plate (23), heat resistant inner core die gland (24).
4. a kind of building block forming device as described in Claims 2 or 3, it is characterized in that: when heat resistant inner core die fixture is fixed on connection strap by heat resistant inner core die gland (24), heat resistant inner core die fixture is arranged on the bottom surface of heat resistant inner core die gland (24).
5. a kind of building block forming device as claimed in claim 1, is characterized in that: moulding box lower seals is some push-down heads (19) of the hoistable platform (92) of the platform of the supporting plate (6) of the bottom of salable block forming chamber (26) or the bottom in salable block forming chamber (26) or the bottom in salable block forming chamber (26) or the bottom in salable block forming chamber (26).
6. a kind of building block forming device as claimed in claim 1, is characterized in that: pressure mechanism comprises the top hydraulic jack (91) that seaming chuck (11) can be made to move both vertically, the hoistable platform (92) that moulding box lower seals can be made to move both vertically; Hoistable platform is arranged on the output shaft of the framed hydraulic jack (93) that Vertical dimension is arranged; Building block forming device also comprises shaking device;
Shaking device comprises pair of vibrator (3), vibrator (3) is separately positioned on the lateral surface of a pair relative side of framed (21) of moulding box (2), framed (21) are connected with frame (1) by damping device (31), or, shaking device comprises pair of vibrator (3), vibrator (3) is arranged on the bottom surface of hoistable platform (92), and hoistable platform (92) is connected with frame (1) or ground by damping device (31);
Described damping device (31) is rubber blanket or spring.
7. a kind of building block forming device as claimed in claim 1, is characterized in that: pressure mechanism comprises the top hydraulic jack (91) that seaming chuck (11) can be made to move both vertically, the hydraulic jack (94) that moulding box (2) can be made to move both vertically; Moulding box lower seals is the supporting plate (6) of the bottom in block forming chamber (26), and supporting plate (6) is placed on the platform (95) immediately below moulding box (2);
Building block forming device also comprises shaking device;
Shaking device comprises pair of vibrator (3), and vibrator (3) is connected with vibrating motor (35); Vibrator (3) is separately positioned on the lateral surface of a pair relative side of framed (21) of moulding box (2), framed (21) are connected with frame by damping device (31), or, shaking device comprises pair of vibrator (3), vibrator (3) is arranged on the bottom surface of platform (95), and platform (95) is connected with frame (1) or ground by damping device (31);
Described damping device (31) is rubber blanket or spring.
8. a kind of building block forming device as claimed in claims 6 or 7, it is characterized in that: vibrator (3) comprises level to the rotating shaft (32) arranged, rotating shaft (32) is provided with eccentric wheel (34), rotating shaft (32) is provided with belt pulley (33), and belt pulley (33) is connected with drive motors (35) by belt.
9. a kind of building block forming device as claimed in claim 1, it is characterized in that: building block forming device also comprises heat resistant inner core die conveying device, heat resistant inner core die conveying device comprises heat resistant inner core die conveying support plate (5), heat resistant inner core die conveying support plate (5) can be delivered to line reciprocator immediately below framed (21) bottom;
The upper surface of heat resistant inner core die conveying support plate (5) is provided with and can prevents the heat resistant inner core die heat resistant inner core die fixture that moves flat of water thereon;
Heat resistant inner core die fixture is some for inserting heat resistant inner core die (4) thus the groove (53) that moves flat of restriction heat resistant inner core die (4) water for what be arranged on the upper surface of heat resistant inner core die conveying support plate (5), and heat resistant inner core die snaps in groove (53) thus limits its horizontal movement;
Or, heat resistant inner core die fixture is for being arranged on some plates (54) on the upper surface of heat resistant inner core die conveying support plate (5) or fin (52) or bar (55) or protruding (56), and some plates (54) or fin (52) or bar (55) or protruding (56) form the slot (59) for inserting heat resistant inner core die;
Or, heat resistant inner core die fixture for being arranged in some plates on the upper surface of heat resistant inner core die conveying support plate (5), fin, bar, projection two or more combination, two or more the slot (59) be combined to form for inserting heat resistant inner core die in some plates, fin, bar, projection.
10. a kind of building block forming device as claimed in claim 1, it is characterized in that: building block forming device also comprises pallet conveying device, pallet conveying device comprises and send trigger frame (7), send trigger frame (7) to be provided with a pair longitudinal rail (71), the medial surface of two longitudinal rails (71) is respectively provided with the roller (78) for supporting plate lengthwise movement that some end faces are mutually concordant; Being provided with one below the end face of the roller (78) of each longitudinal rail (71) can the sliding panel (72) of longitudinally guide rail (71) lengthwise movement, sliding panel (72) is above equidistant is provided with some transverse axis (716), transverse axis (716) is set with the push pedal block (77) that can prevent supporting plate from returning, sliding panel (72) is provided with push pedal block spacing (717); Send trigger frame (7) to be provided with sliding panel drive unit, sliding panel drive unit is connected with sliding panel (72); The front side of the top of two longitudinal rails (71) of trigger frame (7) is sent to be provided with plate case (76); The push pedal block (77) of sliding panel (72) transverse axis is foremost positioned at the left side of plate case (76);
Roller (78) is placed with supporting plate (6), supporting plate (6) is placed with heat resistant inner core die conveying support plate (5), heat resistant inner core die conveying support plate (5) is flexibly connected with sliding panel (72) or send the heat resistant inner core die conveying support plate lengthwise movement drive unit in trigger frame (7) to be connected with being positioned at.
11. a kind of building block forming devices as claimed in claim 1, it is characterized in that: building block forming device also comprises pallet conveying device, pallet conveying device comprises and send trigger frame (7), send trigger frame (7) to be provided with a pair longitudinal rail (71), the medial surface of two longitudinal rails (71) is respectively provided with the roller (78) for supporting plate lengthwise movement that some end faces are mutually concordant; Being provided with one below the end face of the roller (78) of each longitudinal rail (71) can the sliding panel (72) of longitudinally guide rail (71) lengthwise movement, sliding panel (72) is above equidistant is provided with some transverse axis (716), transverse axis (716) is set with the push pedal block (77) that can prevent supporting plate from returning, sliding panel (72) is provided with push pedal block spacing (717); Send trigger frame (7) to be provided with sliding panel drive unit, sliding panel drive unit is connected with sliding panel (72); The front side of the top of two longitudinal rails (71) of trigger frame (7) is sent to be provided with plate case (76); The push pedal block (77) of sliding panel (72) transverse axis is foremost positioned at the left side of plate case (76);
Heat resistant inner core die conveying support plate conveying device comprises the mutually concordant scroll wheel (720) for conveying support plate (5) lengthwise movement of heat resistant inner core die of some end faces of the top being arranged on longitudinal rail (71), and heat resistant inner core die conveying support plate (5) is flexibly connected with sliding panel (72) or send the heat resistant inner core die conveying support plate lengthwise movement drive unit in trigger frame (7) to be connected with being positioned at.
12. as described in claim 10 or 11 a kind of building block forming device, it is characterized in that: heat resistant inner core die conveying support plate (5) and sliding panel (72) are by being connected and direction can be connected by free-moving articulating device vertically upward by longitudinally-moving.
13. a kind of building block forming devices as claimed in claim 12, it is characterized in that: describedly can to connect and direction can comprise the transverse concave groove (74) of opening upwards on the hinged cross rod (51) be positioned on heat resistant inner core die conveying support plate (5) front side, riser (79) top be positioned on each sliding panel (72) by free-moving articulating device vertically upward by longitudinally-moving, the left and right two ends of hinged cross rod (51) snap in transverse concave groove (74) respectively; Or,
Described articulating device comprises the transverse concave groove (74) of opening upwards on the tranverse connecting rod (58) being positioned at heat resistant inner core die conveying support plate (5) arranged on left and right sides, riser (79) top be positioned on sliding panel (72), and the tranverse connecting rod (58) of heat resistant inner core die conveying support plate (5) arranged on left and right sides snaps in transverse concave groove (74) respectively; Or,
Described articulating device comprises and is positioned at the horizontal groove (57) that on heat resistant inner core die conveying support plate (5), Open Side Down, and be positioned at the hinged transverse axis (75) on the riser (79) of each sliding panel (72), hinged transverse axis (75) snaps in horizontal groove (57).
14. as described in claim 10 or 11 a kind of building block forming device, it is characterized in that: two longitudinal rails (71) are connected with the mutually concordant longitudinal rotating shaft of some end faces (711) by bearing (710), the end face of longitudinal rotating shaft (711) is positioned at below the bottom surface of roller (78), sliding panel (72) is positioned on the end face of longitudinal rotating shaft (711), thus makes sliding panel (72) can longitudinally guide rail (71) lengthwise movement;
Or the bottom surface of the medial surface upper roller (78) of two longitudinal rails (71) is following is provided with groove or channel-section steel (712); Sliding panel (72) is connected with some longitudinal axis (713), the two ends of the longitudinal axis (713) are provided with scroll wheel (714), scroll wheel (714) lays respectively in described groove or channel-section steel (712), sliding panel (72) in the upper horizontal slip of guide rail (71), thus makes sliding panel (72) can longitudinally guide rail (71) lengthwise movement by scroll wheel (714);
Or the bottom surface of the medial surface upper roller (78) of two longitudinal rails (71) is following is provided with L-type steel plate (715); Sliding panel (72) is connected with some longitudinal axis (713), the two ends of the longitudinal axis (713) are provided with scroll wheel (714), scroll wheel (714) lays respectively on the base plate of L-type steel plate (715), sliding panel (72) in the upper horizontal slip of guide rail (71), thus makes sliding panel (72) can longitudinally guide rail (71) lengthwise movement by scroll wheel (714);
Or, the following batten (716) being provided with inside side and protruding in the bottom surface of the medial surface upper roller (78) of two longitudinal rails (71); Sliding panel (72) is connected with some longitudinal axis (713), the two ends of the longitudinal axis (713) are provided with scroll wheel (714), scroll wheel (714) lays respectively on batten (716), sliding panel (72) in the upper horizontal slip of guide rail (71), thus makes sliding panel (72) can longitudinally guide rail (71) lengthwise movement by scroll wheel (714).
15. as described in claim 10 or 11 a kind of building block forming device, it is characterized in that: sliding panel drive unit comprises carriage cylinder (73), carriage cylinder is sending the below longitudinally setting of the upper longitudinal rail (71) of trigger frame (7), and the output shaft of carriage cylinder (73) is connected with sliding panel (72) by connecting plate (719).
16. as described in claim 10 or 11 a kind of building block forming device, it is characterized in that: heat resistant inner core die conveying support plate lengthwise movement drive unit is carriage cylinder (718), the output shaft of carriage cylinder (718) is connected with heat resistant inner core die conveying support plate (5), and the front end of carriage cylinder (718) is connected on the trailing flank of plate case (16).
17. as described in claim 10 or 11 a kind of building block forming device, it is characterized in that: building block forming device also comprises grillage (8), go out the rear side that grillage (8) is arranged on frame (1); Go out grillage (8) is vertically arranged with pair of guide rails (81) and the center line of two guide rails (81) with send the center line of upper two longitudinal rails (71) of trigger frame (7) on the same line; The medial surface going out two guide rails (81) on grillage (8) is respectively provided with the mutually concordant roller of some end faces (82), the end face going out the roller (82) on grillage (8) with send the end face of the roller (78) on upper two longitudinal rails (71) of trigger frame (7) in same plane.
18. a kind of building block forming devices as claimed in claim 1, it is characterized in that: distribution device comprises reinforced coaster (14), reinforced coaster (14) is arranged on the rear side of frame (1), reinforced coaster (14) is up/down perforation towards one end of frame and the edge size hollow frame corresponding with moulding box (2), this framework is shelved on a platform (12) near the upper plane of moulding box (2), the other end of reinforced coaster (14) is connected with line reciprocator (15), and the top of reinforced coaster (14) is provided with feed bin (16); The sidewall of reinforced coaster (14) is provided with vibrating motor (18); Line reciprocator (15) comprises swing arm (151), swing arm (151) one end is hinged in frame (1), the other end and connecting rod (152) hinged, connecting rod (152) and reinforced coaster (14) are hinged, the middle part of swing arm (151) and the output shaft of truck oil cylinder (153) hinged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520773453.8U CN205033378U (en) | 2015-10-08 | 2015-10-08 | Block molding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520773453.8U CN205033378U (en) | 2015-10-08 | 2015-10-08 | Block molding device |
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| Publication Number | Publication Date |
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| CN205033378U true CN205033378U (en) | 2016-02-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520773453.8U Withdrawn - After Issue CN205033378U (en) | 2015-10-08 | 2015-10-08 | Block molding device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105216107A (en) * | 2015-10-08 | 2016-01-06 | 山东高唐华通液压机械有限公司 | A kind of building block forming device |
| CN106113244A (en) * | 2016-08-22 | 2016-11-16 | 湖州佳思机械科技有限公司 | A kind of efficiently block machine |
| CN109279274A (en) * | 2018-11-21 | 2019-01-29 | 山东泰山生力源玻璃有限公司 | A kind of glass bottle and jar conveyer |
| CN110104421A (en) * | 2019-04-29 | 2019-08-09 | 南京协辰电子科技有限公司 | A kind of materials switching device, a kind of charging equipment, a kind of discharging equipment and a kind of detection system |
| CN110370429A (en) * | 2019-07-31 | 2019-10-25 | 深圳市惠深博越智慧建造科技有限公司 | Crack resistence building block manufacturing equipment and manufacturing process |
-
2015
- 2015-10-08 CN CN201520773453.8U patent/CN205033378U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105216107A (en) * | 2015-10-08 | 2016-01-06 | 山东高唐华通液压机械有限公司 | A kind of building block forming device |
| CN106113244A (en) * | 2016-08-22 | 2016-11-16 | 湖州佳思机械科技有限公司 | A kind of efficiently block machine |
| CN106113244B (en) * | 2016-08-22 | 2018-08-28 | 湖州佳思机械科技有限公司 | A kind of efficient block machine |
| CN109279274A (en) * | 2018-11-21 | 2019-01-29 | 山东泰山生力源玻璃有限公司 | A kind of glass bottle and jar conveyer |
| CN109279274B (en) * | 2018-11-21 | 2020-07-10 | 山东泰山生力源玻璃有限公司 | Glass bottle and can conveyor |
| CN110104421A (en) * | 2019-04-29 | 2019-08-09 | 南京协辰电子科技有限公司 | A kind of materials switching device, a kind of charging equipment, a kind of discharging equipment and a kind of detection system |
| CN110370429A (en) * | 2019-07-31 | 2019-10-25 | 深圳市惠深博越智慧建造科技有限公司 | Crack resistence building block manufacturing equipment and manufacturing process |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160217 Effective date of abandoning: 20170517 |