CN104791814A - Pick push type reciprocating fire grate device correspondingly driven by double oil cylinders from two sides - Google Patents
Pick push type reciprocating fire grate device correspondingly driven by double oil cylinders from two sides Download PDFInfo
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- CN104791814A CN104791814A CN201510213129.5A CN201510213129A CN104791814A CN 104791814 A CN104791814 A CN 104791814A CN 201510213129 A CN201510213129 A CN 201510213129A CN 104791814 A CN104791814 A CN 104791814A
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Abstract
The invention discloses a pick push type reciprocating fire grate device correspondingly driven by double oil cylinders from the two sides. The pick push type reciprocating fire grate device comprises multiple supports, a fixed fire grate frame installed on the supports, a left region movable fire grate drive mechanism and a right region movable fire grate drive mechanism arranged on the left region and the right region of the fixed fire grate frame respectively, left region fixed fire grate sets, right fixed fire grate sets, left region movable fire grate sets, right region movable fire grate sets, a left wall protecting cover assembly, a right wall protecting cover assembly and a middle partition cover assembly. The left region movable fire grate sets and the left region fixed fire grate sets are arranged alternately. The right region movable fire grate sets and the right region fixed fire grate sets are arranged alternately. The left wall protecting wall assembly and the right wall protecting wall assembly are arranged on the left side and the right side of the fixed fire grate frame respectively, and the middle partition cover assembly is arranged between the left region and the right region of the fixed fire grate frame. The left region movable fire grate sets and the right region movable fire grate sets are driven by the left region movable fire grate drive mechanism and the right region movable fire grate drive mechanism to conduct reciprocating motion according to the set upward pick dip angle and the set motion distance, waste is picked and pushed forwards and stirred, the good effect of picking the waste to be dried and burnt is achieved, and therefore household garbage with the low heating value can be incinerated without the combustion-supporting condition.
Description
Technical field
The present invention relates to the stove Raft device of incinerator, the reciprocation type reciprocating furnace Raft device of particularly two oil cylinder both sides correspondence driving.
Background technology
There is the incinerator of various multi-form stove Raft device in the market, but with regard to its stove Raft device, exist the effect of stirring of discarded object bad mostly in various degree, particularly random adaptation discarded object difference in stove can not run the effect requirements of stirring of period, therefore cause firing efficiency low, the required large investment of stove Raft area is high, the problems such as energy resource consumption is large.
Summary of the invention
Technical problem to be solved by this invention is: stir that effect is bad, firing efficiency is low for existing stove Raft device to discarded object, stove Raft area is large, invest the problems such as high, energy resource consumption is large and provide a kind of reciprocation type reciprocating furnace Raft device of the corresponding driving in effective, that firing efficiency is high, energy resource consumption is few two oil cylinder both sides of stirring to discarded object.
Technical problem to be solved by this invention can be achieved through the following technical solutions:
The reciprocation type reciprocating furnace Raft device that two oil cylinder both sides correspondence drives, comprising:
Some supports;
One install on the bracket determine stove Raft shelf, describedly determine stove Raft shelf and be divided into left and right twoth district;
Be separately positioned on the described left and right district determined in left and right twoth district of stove Raft shelf and move stove Raft driving mechanism;
Somely be separately positioned on the described left and right district determined in left and right twoth district of stove Raft shelf and determine stove Raft group;
Somely be separately positioned on the described left and right district determined in left and right twoth district of stove Raft shelf and move stove Raft group, wherein said left district move stove Raft group and described left district determine stove Raft group alternate arrange assembly become on choose obliquity structure, described right district move stove Raft group and described right district determine stove Raft group alternate arrange assembly become on choose obliquity structure; Described left and right district moves stove Raft group and moves stove Raft driving mechanism by described left and right district respectively and drive and choose inclination angle and move distance moves reciprocatingly according in setting, realizes choosing discarded object pushing away proal stirring;
Be separately positioned on the described left and right revetment shade assembly determining stove Raft shelf arranged on left and right sides;
Be arranged on the middle interval shade assembly between described left and right twoth district determining stove Raft shelf.
In a preferred embodiment of the invention, describedly determine stove Raft shelf and be made up of the left and right longeron installed on the bracket and intermediate longitudinal girder, the centre position of described intermediate longitudinal girder between described left and right longeron and being parallel to each other between three, described intermediate longitudinal girder is determined stove Raft shelf be divided into left and right twoth district by whole, being left district stove Raft shelf between described left longeron and described intermediate longitudinal girder, is right district stove Raft shelf between described right vertical beam and described intermediate longitudinal girder; Left and right longeron and intermediate longitudinal girder are low early and high after skewed.
In a preferred embodiment of the invention, described left and right longeron adopts channel-section steel to make, and the notch of described channel-section steel outwardly; Described intermediate longitudinal girder adopts square hollow section to make.
In a preferred embodiment of the invention, described left and right district moves stove Raft driving mechanism and is separately positioned in the notch of described left and right longeron; It is identical that stove Raft driving mechanism structure is moved in described left and right district, includes:
Be arranged on the drive rod in the notch of described left or right longeron, the forward and backward two ends of described drive rod are supported on by forward and backward directed sliding sleeve on the internal groove side wall of described left and right longeron;
Be arranged on the driving oil cylinder on the internal groove side wall of described left or right longeron rear end, the push rod of described driving oil cylinder is connected by shaft coupling with the rear end of described drive rod;
Some first tooth bars, described some first tooth bar intervals are equidistantly fixed on the bottom surface of described drive rod
Some drive rod centralizers, described some drive rod centralizer intervals are equidistantly fixed on the end face of described drive rod.
In a preferred embodiment of the invention, described left and right district determines stove Raft group respectively in respective Qu Zhongcheng equidistant uniform one-tenth multi-stage stairs shape arrangement along the interval, direction being parallel to described left or right longeron; It is identical that each left and right district determines stove Raft group structure, include and determine fire grate beam and determine fire grate beam be axially equidistantly arranged on that described determine on fire grate beam several determine stove Raft along described, often necessarily the two ends of fire grate beam be separately fixed at described left or right longeron above and intermediate longitudinal girder left or right half portion above.
In a preferred embodiment of the invention, stove Raft group is moved respectively in respective Qu Zhongcheng equidistant uniform one-tenth multi-stage stairs shape arrangement along the interval, direction being parallel to described left or right longeron by described left and right district, it is identical that stove Raft group structure is moved in each left and right district, includes:
One dynamic stove Raft driving shaft, the two ends of wherein said dynamic stove Raft driving shaft respectively axle are located on described left or right longeron and intermediate longitudinal girder;
Be fixedly arranged on the first gear on described dynamic stove Raft driving shaft and at least one second gear, wherein said first gear is positioned at the notch of described left or right longeron and is meshed with the first corresponding tooth bar respectively, and described second gear is fixed on described dynamic stove Raft driving shaft;
Be arranged on the corresponding at least one dynamic stove Raft beam guide rail bracket determined below stove Raft beam, described guide rail bracket is configured with a trapezoidal self-lubrication pad;
One dynamic fire grate beam, the bottom surface of described dynamic fire grate beam is configured with at least one trapezoidal directed guide groove and at least one second tooth bar, and described trapezoidal directed guide groove engages with described trapezoidal self-lubrication pad, described second tooth bar and described second gears meshing;
Axially equidistantly be arranged on the some dynamic stove Raft on dynamic fire grate beam in interval along described dynamic fire grate beam.
In a preferred embodiment of the invention, described guide rail bracket is top rake shape, its gradient be dynamic stove Raft on choose degree of tilt.
In a preferred embodiment of the invention, the structure of described left and right revetment shade assembly is identical, by some guard shield bases and the several piece revetment cover composition that arranges on each guard shield base, wherein each guard shield base is fixed on and describedly determines fire grate beam on this one end of left or right longeron.
In a preferred embodiment of the invention, described middle interval shade assembly comprises some every cover base be arranged on each several piece ridge tiles type on cover base every cover, and wherein each is fixed on every cover base and describedly determines fire grate beam on this one end of intermediate longitudinal girder.
The operation principle of the reciprocation type reciprocating furnace Raft device that the present invention two oil cylinder both sides correspondence drives is: the reciprocating action performed by dynamic stove Raft of reciprocation type reciprocating furnace Raft device is that the synchronous corresponding each dynamic stove Raft driving mechanism be arranged in the notch of left and right longeron that drives of 2 hydraulic jacks moved in stove Raft driving mechanism by left and right district realizes, under the effect of 2 hydraulic jacks, 2 drive rods be arranged in the notch of left and right longeron synchronously move reciprocatingly by setpoint distance.The some sections of tooth bars be fixed on the downside of 2 drive rods drive the dynamic stove Raft driving shaft corresponding to it to be arranged on the first pinion rotation in the notch of left and right longeron respectively, impel corresponding dynamic stove Raft driving shaft to rotate by direction initialization.The second gear be arranged on each dynamic stove Raft driving shaft drives the second tooth bar below corresponding dynamic fire grate beam both sides respectively, corresponding dynamic fire grate beam is impelled to choose inclination angle and move distance moves reciprocatingly by setting by the second tooth bar, be arranged on several dynamic stove Raft on dynamic fire grate beam simultaneously and also do same reciprocating motion by choosing inclination angle on same, when dynamic stove Raft moves reciprocatingly by the top rade set and move distance, can realize choosing discarded object pushing away proal mode of stirring, be formed and provoke dryly to provoke the good result of burning to discarded object.Therefore the reciprocation type reciprocating furnace Raft device of of the present invention pair of oil cylinder both sides correspondence driving can be accomplished do not needing the more low-calorie house refuse of burning disposal under combustion-supporting condition.
Accompanying drawing explanation
Fig. 1 is the longitudinal profile structural representation of the reciprocation type reciprocating furnace Raft device that the present invention two oil cylinder both sides correspondence drives.
Fig. 2 is the horizontal section structural representation of the reciprocation type reciprocating furnace Raft device that the present invention two oil cylinder both sides correspondence drives.
Fig. 3 is the I place enlarged diagram of Fig. 2.
Fig. 4 is II place's enlarged diagram of Fig. 2.
Detailed description of the invention
The present invention is further described by reference to the accompanying drawings with detailed description of the invention.
See Fig. 1 to Fig. 4, the reciprocation type reciprocating furnace Raft device that the two oil cylinder both sides correspondence drawn in figure drives, comprise some supports 140 and certain stove Raft shelf 100, determine stove Raft shelf 100 to be made up of the intermediate longitudinal girder 130 being arranged on its left longeron in width both sides 110, right vertical beam 120 and being arranged on left longeron 110, right vertical beam 120 centre position between the two, left and right longeron 110,120 and intermediate longitudinal girder 130 are parallel to each other and are low early and high after skewed.
Intermediate longitudinal girder 130 is determined stove Raft shelf 100 be divided into left and right twoth district by whole, and being left district stove Raft shelf between left longeron 110 and intermediate longitudinal girder 130, is right district stove Raft shelf between right vertical beam 120 and intermediate longitudinal girder 130.Left and right longeron 110,120 adopts channel-section steel to make, and the notch of channel-section steel outwardly; Intermediate longitudinal girder 130 adopts square hollow section to make.
In the notch of left and right longeron 110,120, be separately installed with left and right district move stove Raft driving mechanism 200,300, it is identical that stove Raft driving mechanism 200,300 structure is moved in left and right district.
Left and right district moves stove Raft driving mechanism 200,300 and comprises a left and right dynamic stove Raft drive rod 210,310, the forward and backward two ends of left and right dynamic stove Raft drive rod 210,310 respectively by left front, left back directed sliding sleeve 220,221, right front, right back directed sliding sleeve 320,321 is supported on the internal groove side wall of left and right longeron 110,120.Left and right district moves stove Raft driving mechanism 200,300 and also comprises one and be arranged on left and right driving oil cylinder 230,330 on the internal groove side wall of left and right longeron 110,120 rear end, and the push rod of left and right driving oil cylinder 230,330 is connected by shaft coupling with the rear end of left and right dynamic stove Raft drive rod 210,310 respectively.On the bottom surface of left and right dynamic stove Raft drive rod 210,310, interval is equidistantly fixed with some left and right tooth bars 240,340 respectively, and on the end face of left and right dynamic stove Raft drive rod 210,310, interval is equidistantly fixed with some left and right driving bar centralizers 250,350.
Left district stove Raft shelf and right district stove Raft shelf are separately installed with left and right district determine stove Raft group 400,400a and left and right district and move stove Raft group 500,500a.Wherein left district move stove Raft Zu500Yu Zuo district determine stove Raft group 400 alternate arrange assembly become on choose obliquity structure, right district move stove Raft group 500a and right district determine stove Raft group 400a alternate arrange assembly become on choose obliquity structure.
It is identical that each left district determines stove Raft group 400 structure, include and left determine fire grate beam 410 and determine fire grate beam 410 and be axially equidistantly arranged on left several left sides of determine on fire grate beam 410 along left and determine stove Raft 420, two ends that fire grate beam 410 is determined on each left side be separately fixed at left longeron 110 above and intermediate longitudinal girder 130 left side above on.These are left determine fire grate beam 410 in along the interval, direction being parallel to left longeron 110 and intermediate longitudinal girder 130 equidistant uniform become multi-stage stairs shape arrange.
It is identical that each right district determines stove Raft group 400a structure, include and right determine fire grate beam 410a and determine fire grate beam 410a and be axially equidistantly arranged on right several right sides of determine on fire grate beam 410a along right and determine stove Raft 420a, two ends that fire grate beam 410a is determined on each right side be separately fixed at right vertical beam 120 above and intermediate longitudinal girder 130 right-hand part above on.These are right determine fire grate beam 410a in along the interval, direction being parallel to right vertical beam 120 and intermediate longitudinal girder 130 equidistant uniform become multi-stage stairs shape arrange.
It is identical that stove Raft group 500 structure is moved in each left district, include a left dynamic stove Raft driving shaft 260, these left dynamic stove Raft driving shafts 260 in along the interval, direction being parallel to left longeron 110 and intermediate longitudinal girder 130 equidistant uniform become the arrangement of multi-stage stairs shape, left dynamic stove Raft driving shaft 260 left end all enters in the notch of left longeron 110 through left longeron 110, and the left left end moving stove Raft driving shaft 260 is supported on left longeron 110 by left bearing 270 simultaneously.Left dynamic stove Raft driving shaft 260 right-hand member penetrates in intermediate longitudinal girder 130, and the right-hand member of left dynamic stove Raft driving shaft 260 is supported on intermediate longitudinal girder 130 by right bearing 280.
Move on a left side on stove Raft driving shaft 260 and be installed with three left gears 261,262,263, wherein left gear 261 be fixed on left dynamic stove Raft driving shaft 260 left end on and engage with corresponding left tooth bar 240, all the other two left gears 262,263 are respectively near left longeron 110 and intermediate longitudinal girder 130.
Move determining corresponding to stove Raft driving shaft 260 on a left side and be provided with two left rail brackets 530,540 below stove Raft beam, two left rail brackets 530,540, in top rake shape, two left rail brackets 530,540 are configured with a trapezoidal self-lubrication pad;
Each left district moves stove Raft group 500 and also comprises a left dynamic fire grate beam 510, the bottom surface moving fire grate beam 510 on a left side is configured with two left tooth bars 550,560 of the trapezoidal directed guide groove 570,580 and two in a left side, two trapezoidal directed guide grooves 570,580 in a left side also engage with the trapezoidal self-lubrication pad on corresponding two left rail brackets 530,540 respectively between two left tooth bars 550,560, and two left tooth bars 550,560 also engage with two left gears 262,263 respectively near left longeron 110 and intermediate longitudinal girder 130 respectively.
Move on a left side some left sides that fire grate beam 510 is axially equidistantly arranged in interval on left dynamic fire grate beam 510 along left dynamic fire grate beam 510 and move stove Raft 520.
It is identical that stove Raft group 500a structure is moved in each right district, include a right dynamic stove Raft driving shaft 260a, these right dynamic stove Raft driving shaft 260a in along the interval, direction being parallel to right vertical beam 120 and intermediate longitudinal girder 130 equidistant uniform become the arrangement of multi-stage stairs shape, right dynamic stove Raft driving shaft 260a left end penetrates in intermediate longitudinal girder 130, and the left end of right dynamic stove Raft driving shaft 260a is supported on intermediate longitudinal girder 130 by right bearing 270a.The right-hand member of left dynamic stove Raft driving shaft 260a all enters in the notch of right vertical beam 120 through right vertical beam 120, and the right right-hand member moving stove Raft driving shaft 260a is supported on right vertical beam 120 by right bearing 280a simultaneously.
Move on the right side on stove Raft driving shaft 260a and be installed with three right gears 261a, 262a, 263a, wherein right gear 261a be fixed on right dynamic stove Raft driving shaft 260a right-hand member on and engage with corresponding right tooth bar 340, all the other two right gears 262a, 263a are respectively near right vertical beam 120 and intermediate longitudinal girder 130.
Move determining corresponding to stove Raft driving shaft 260a on the right side and be provided with two right guide rail bracket 530a, 540a below stove Raft beam, two right guide rail bracket 530a, 540a are top rake shape, and two right guide rail bracket 530a, 540a are configured with a trapezoidal self-lubrication pad;
Each right district moves stove Raft group 500a and also comprises a right dynamic fire grate beam 510a, the bottom surface moving fire grate beam 510a on the right side is configured with two right sides trapezoidal directed guide groove 570a, 580a and two right tooth bar 550a, 560a, two right sides trapezoidal directed guide groove 570a, 580a rightly engages with the trapezoidal self-lubrication pad on corresponding two right guide rail bracket 530a, 540a between tooth bar 550a, 560a respectively at two, and two right tooth bar 550a, 560a also engage with two right gears 262a, 263a respectively near right vertical beam 120 and intermediate longitudinal girder 130 respectively.
Move on the right side some right sides that fire grate beam 510a is axially equidistantly arranged in interval on right dynamic fire grate beam 510a along right dynamic fire grate beam 510a and move stove Raft 520a.
Be respectively arranged with left and right revetment shade assembly determining stove Raft shelf arranged on left and right sides, wherein left revetment shade assembly comprises some left rectangle guard shield bases 600 and the left revetment cover 610 of several piece, some left rectangle guard shield bases 600 are separately fixed at leftly determine on the end face of the left end of fire grate beam 410, and several piece left revetment cover 610 to be separately fixed on each left rectangle guard shield base 600 also close-packed arrays.Right revetment shade assembly comprises some right rectangle guard shield base 600a and several piece right revetment cover 610a, some right rectangle guard shield base 600a are separately fixed at and rightly determine on the end face of the right-hand member of fire grate beam 410a, and several piece right revetment cover 610a to be separately fixed on each right rectangle guard shield base 600a also close-packed arrays.
Be arranged on the middle interval shade assembly between left and right twoth district determining stove Raft shelf 100.Middle interval shade assembly comprises some intermediate rectangular every cover base 620 be arranged on the several piece center spine tile-type of each intermediate rectangular on cover base 620 every cover 630, wherein each intermediate rectangular is fixed on the left the end face determine right-hand member of fire grate beam 410 and the right side is determined on the end face of the left end of fire grate beam 410a every cover base 620, and several piece center spine tile-type is separately fixed at each intermediate rectangular also close-packed arrays on cover base 620 every cover 630.
Claims (9)
1. pair reciprocation type reciprocating furnace Raft device that oil cylinder both sides correspondence drives, is characterized in that, comprising:
Some supports;
One install on the bracket determine stove Raft shelf, describedly determine stove Raft shelf and be divided into left and right twoth district;
Be separately positioned on the described left and right district determined in left and right twoth district of stove Raft shelf and move stove Raft driving mechanism;
Somely be separately positioned on the described left and right district determined in left and right twoth district of stove Raft shelf and determine stove Raft group;
Somely be separately positioned on the described left and right district determined in left and right twoth district of stove Raft shelf and move stove Raft group, wherein said left district move stove Raft group and described left district determine stove Raft group alternate arrange assembly become on choose obliquity structure, described right district move stove Raft group and described right district determine stove Raft group alternate arrange assembly become on choose obliquity structure; Described left and right district moves stove Raft group and moves stove Raft driving mechanism by described left and right district respectively and drive and choose inclination angle and move distance moves reciprocatingly according in setting, realizes choosing discarded object pushing away proal stirring;
Be separately positioned on the described left and right revetment shade assembly determining stove Raft shelf arranged on left and right sides;
Be arranged on the middle interval shade assembly between described left and right twoth district determining stove Raft shelf.
2. the reciprocation type reciprocating furnace Raft device of two oil cylinder both sides correspondence driving as claimed in claim 1, it is characterized in that, describedly determine stove Raft shelf and be made up of the left and right longeron installed on the bracket and intermediate longitudinal girder, the centre position of described intermediate longitudinal girder between described left and right longeron and being parallel to each other between three, described intermediate longitudinal girder is determined stove Raft shelf be divided into left and right twoth district by whole, being left district stove Raft shelf between described left longeron and described intermediate longitudinal girder, is right district stove Raft shelf between described right vertical beam and described intermediate longitudinal girder; Left and right longeron and intermediate longitudinal girder are low early and high after skewed.
3. the reciprocation type reciprocating furnace Raft device of two oil cylinder both sides correspondence driving as claimed in claim 2, it is characterized in that, described left and right longeron adopts channel-section steel to make, and the notch of described channel-section steel is outwardly; Described intermediate longitudinal girder adopts square hollow section to make.
4. the reciprocation type reciprocating furnace Raft device of two oil cylinder both sides correspondence driving as claimed in claim 3, it is characterized in that, described left and right district moves stove Raft driving mechanism and is separately positioned in the notch of described left and right longeron; It is identical that stove Raft driving mechanism structure is moved in described left and right district, includes:
Be arranged on the drive rod in the notch of described left or right longeron, the forward and backward two ends of described drive rod are supported on by forward and backward directed sliding sleeve on the internal groove side wall of described left and right longeron;
Be arranged on the driving oil cylinder on the internal groove side wall of described left or right longeron rear end, the push rod of described driving oil cylinder is connected by shaft coupling with the rear end of described drive rod;
Some first tooth bars, described some first tooth bar intervals are equidistantly fixed on the bottom surface of described drive rod
Some drive rod centralizers, described some drive rod centralizer intervals are equidistantly fixed on the end face of described drive rod.
5. the reciprocation type reciprocating furnace Raft device of two oil cylinder both sides correspondence driving as claimed in claim 4, it is characterized in that, described left and right district determines stove Raft group respectively in respective Qu Zhongcheng equidistant uniform one-tenth multi-stage stairs shape arrangement along the interval, direction being parallel to described left or right longeron; It is identical that each left and right district determines stove Raft structure, include and determine fire grate beam and determine fire grate beam be axially equidistantly arranged on that described determine on fire grate beam several determine stove Raft along described, often necessarily the two ends of fire grate beam be separately fixed at described left or right longeron above and intermediate longitudinal girder left or right half portion above.
6. the reciprocation type reciprocating furnace Raft device of two oil cylinder both sides correspondence driving as claimed in claim 5, it is characterized in that, stove Raft group is moved respectively in respective Qu Zhongcheng equidistant uniform one-tenth multi-stage stairs shape arrangement along the interval, direction being parallel to described left or right longeron by described left and right district, it is identical that stove Raft structure is moved in each left and right district, includes:
One dynamic stove Raft driving shaft, the two ends of wherein said dynamic stove Raft driving shaft respectively axle are located on described left or right longeron and intermediate longitudinal girder;
Be fixedly arranged on the first gear on described dynamic stove Raft driving shaft and at least one second gear, wherein said first gear is positioned at the notch of described left or right longeron and is meshed with the first corresponding tooth bar respectively, and described second gear is fixed on described dynamic stove Raft driving shaft;
Be arranged on the corresponding at least one dynamic stove Raft guide rail bracket determined below stove Raft beam, described guide rail bracket is configured with a trapezoidal self-lubrication pad;
One dynamic fire grate beam, the bottom surface of described dynamic fire grate beam is configured with at least one trapezoidal directed guide groove and at least one second tooth bar, and described trapezoidal directed guide groove engages with described trapezoidal self-lubrication pad, described second tooth bar and described second gears meshing;
Axially equidistantly be arranged on the some dynamic stove Raft on dynamic fire grate beam in interval along described dynamic fire grate beam.
7. the reciprocation type reciprocating furnace Raft device that drives of oil cylinder both sides as claimed in claim 6 two correspondence, it is characterized in that, described guide rail bracket is top rake shape, its gradient be dynamic stove Raft on choose degree of tilt.
8. the reciprocation type reciprocating furnace Raft device that the two oil cylinder both sides correspondence as described in any one of claim 1 to 7 claim drives, it is characterized in that, the structure of described left and right revetment shade assembly is identical, by some guard shield bases and the several piece revetment cover composition that arranges on each guard shield base, wherein each guard shield base is fixed on and describedly determines fire grate beam on this one end of left or right longeron.
9. the reciprocation type reciprocating furnace Raft device of two oil cylinder both sides correspondence driving as claimed in claim 8, it is characterized in that, described middle interval shade assembly comprises some every cover base be arranged on each several piece ridge tiles type on cover base every cover, and wherein each is fixed on every cover base and describedly determines fire grate beam on this one end of intermediate longitudinal girder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510213129.5A CN104791814A (en) | 2015-04-28 | 2015-04-28 | Pick push type reciprocating fire grate device correspondingly driven by double oil cylinders from two sides |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510213129.5A CN104791814A (en) | 2015-04-28 | 2015-04-28 | Pick push type reciprocating fire grate device correspondingly driven by double oil cylinders from two sides |
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| Publication Number | Publication Date |
|---|---|
| CN104791814A true CN104791814A (en) | 2015-07-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510213129.5A Pending CN104791814A (en) | 2015-04-28 | 2015-04-28 | Pick push type reciprocating fire grate device correspondingly driven by double oil cylinders from two sides |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104791814A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106705093A (en) * | 2016-12-23 | 2017-05-24 | 广西芮芽科技有限公司 | Heat supply equipment with good heat supply effect |
| CN106838883A (en) * | 2016-12-23 | 2017-06-13 | 广西芮芽科技有限公司 | The no-pollution heat supplying device of non-exhaust emission |
| CN107062202A (en) * | 2016-12-23 | 2017-08-18 | 广西芮芽科技有限公司 | The high heating plant of heat utilization rate |
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| JPH05272737A (en) * | 1992-03-27 | 1993-10-19 | Kubota Corp | Stoker for refuse incinerator |
| CN1763429A (en) * | 2005-10-12 | 2006-04-26 | 伟明集团有限公司 | Reciprocating multi-row grate type domestic refuse incinerator |
| CN201110550Y (en) * | 2007-08-27 | 2008-09-03 | 戴亚南 | Combined grate apparatus of garbage furnace |
| CN201141608Y (en) * | 2007-08-03 | 2008-10-29 | 重庆科技学院 | Reciprocating grate system with transversal motion |
| CN201575468U (en) * | 2009-10-30 | 2010-09-08 | 上海煜工环保科技有限公司 | Pinion and rack integral drive type grate projecting device |
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- 2015-04-28 CN CN201510213129.5A patent/CN104791814A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05272737A (en) * | 1992-03-27 | 1993-10-19 | Kubota Corp | Stoker for refuse incinerator |
| CN1763429A (en) * | 2005-10-12 | 2006-04-26 | 伟明集团有限公司 | Reciprocating multi-row grate type domestic refuse incinerator |
| CN201141608Y (en) * | 2007-08-03 | 2008-10-29 | 重庆科技学院 | Reciprocating grate system with transversal motion |
| CN201110550Y (en) * | 2007-08-27 | 2008-09-03 | 戴亚南 | Combined grate apparatus of garbage furnace |
| CN201575468U (en) * | 2009-10-30 | 2010-09-08 | 上海煜工环保科技有限公司 | Pinion and rack integral drive type grate projecting device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106705093A (en) * | 2016-12-23 | 2017-05-24 | 广西芮芽科技有限公司 | Heat supply equipment with good heat supply effect |
| CN106838883A (en) * | 2016-12-23 | 2017-06-13 | 广西芮芽科技有限公司 | The no-pollution heat supplying device of non-exhaust emission |
| CN107062202A (en) * | 2016-12-23 | 2017-08-18 | 广西芮芽科技有限公司 | The high heating plant of heat utilization rate |
| CN106705093B (en) * | 2016-12-23 | 2018-10-09 | 杭州悦山科技有限公司 | The good heating equipment of heating effect |
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Application publication date: 20150722 |
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| RJ01 | Rejection of invention patent application after publication |