CN104180672B - Cool furnace device forced fast by electronic powder material - Google Patents
Cool furnace device forced fast by electronic powder material Download PDFInfo
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- CN104180672B CN104180672B CN201410408766.3A CN201410408766A CN104180672B CN 104180672 B CN104180672 B CN 104180672B CN 201410408766 A CN201410408766 A CN 201410408766A CN 104180672 B CN104180672 B CN 104180672B
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Abstract
Cool furnace device forced fast by a kind of electronic powder material, belongs to cooling device technical field.Comprise frame; Lower furnace shell, is being supported in frame corresponding to the position above frame, and arranges cooling medium extraction adapter in the bottom of lower furnace shell; Upper furnace shell, fixes in the position corresponded to above lower furnace shell and lower furnace shell; Cool furnace cylinder, corresponds between upper and lower furnace shell in the middle part of it, and is surrounded by upper and lower furnace shell, and it is outer and be bearing in frame that the two ends of cool furnace cylinder are stretched over upper and lower furnace shell, and the two ends accent in cool furnace cylinder chamber is not closed; Power drive mechanism, to be located in frame and to be connected with cool furnace cylinder; Cooling medium spraying mechanism, is located in furnace shell, and corresponding with the middle part of cool furnace cylinder.Electronic powder material can be made to cool fast when by way of cool furnace cylinder chamber, meet the high efficiency production requirement with electronic kiln; Guarantee the quality of electronic powder material; Cooling evenly, stops the reunion caking phenomenon of electronic powder material.
Description
Technical field
The invention belongs to cooling device technical field, be specifically related to a kind of electronic powder material and force cool furnace device fast.
Background technology
Above mentioned electronic powder material as color phosphor, lamp powder, barium titanate, strontium titanates, yttria, titanium dioxide, zirconium dioxide, bismuth oxide, aluminium oxide, lead zirconate titanate, ferromagnetic oxide powder and LiFePO4, etc.These electronic powder materials being not limited to exemplify usually need to load saggar feeding electronic kiln high temperature and burn till, burn till rear row and go out electronic kiln, broken to the electronic powder material solution in saggar by the solution crushing device of structural system of the auxiliary equipment belonging to electronic kiln, and then the electronic powder material in saggar is removed by material-pouring device at batch turning station.Here the solution crushing device mentioned is as application for a patent for invention number 201310478029.6 " electronic powder material machine for decomposing and smashing " (this patent application is proposed by the applicant) of recommending, and material-pouring device is as application for a patent for invention number 201310479178.4 " the saggar automatic material pouring device of electronic powder manufacture of materials streamline " (this patent application is proposed by the applicant equally) provided.
Due to through separating the broken and temperature of the electronic powder material poured out through material-pouring device of crushing device solution far away higher than environment temperature, thus be difficult at once introduce packet assembler, so usually need to naturally cool to after namely convergence room temperature is cooled to aforesaid environmental temperature until it just to implement packaging, so cause following technical problem: one due to electronic kiln be charging discharging incessantly, specifically, carried the saggar that electronic powder material is housed to enter from the burner hearth material mouth of electronic kiln by load bearing board, and complete under the state of low advancing and burn till and draw from the burner hearth discharging opening of electronic kiln, thus production efficiency is higher, so, cause multiple package position because there is natural cooling process and occur buildup phenomenon, in addition, if do not treat electronic powder material effective cooling and packaging of being eager, so owing to differing greatly in the temperature in packing container and the external world, thus the quality of electronic powder material is had an impact, two be due to the electronic powder material in natural cooling process be usually in open state and the time tediously long, thus the impact of external environment as humidity, dust and so on is subject to, such as humidity can cause electronic powder material to produce oxidative phenomena, and and for example dust can affect the degree of purity of electronic powder material, three is because in natural cooling process, electronic powder material very easily produces caking (reunion) phenomenon, and the quality class of electronic powder material is affected.
The applicant has carried out literature search, but is showed no all enlightenments solved the problems of the technologies described above in China and foreign countries' patent and non-patent literature disclosed in up to now.The applicant has done positive and useful exploration and design for this reason, finally defines technical scheme described below, and has carried out simulated test in the laboratory of the applicant taking under secrecy provision, and result proves practicable.
Summary of the invention
Task of the present invention be to provide a kind of contribute to by come from electronic kiln and pour out the fast automatic cooling of electronic powder material in the high temperature of saggar through batch turning station and draw supply packaging and use and adapt with the high efficiency production of electronic kiln, be conducive to avoiding electronic powder material to suffer the impact of outside such as humidity and trifle in the world and so in cooling procedure and using the quality ensureing electronic powder material, be of value to and make electronic powder material be in cooling under dynamical state and use the electronic powder material stopping to reunite caking and force cool furnace device fast.
Task of the present invention has been come like this, and cool furnace device forced fast by a kind of electronic powder material, comprises a frame; Furnace shell once, the position of this lower furnace shell above the length direction corresponding to described frame is supported in frame with airborne, and is equipped with a cooling medium extraction adapter in the bottom of this lower furnace shell; Furnace shell on one, on this, furnace shell is being fixed corresponding to the position above the length direction of described lower furnace shell and lower furnace shell; One cool furnace cylinder, the middle part of this cool furnace cylinder corresponds between upper and lower furnace shell with described upper furnace shell and the non-contacting state of lower furnace shell, and surrounded by upper and lower furnace shell, and to be stretched over upper and lower furnace shell outer and be bearing in described frame rotationally at the two ends of cool furnace cylinder, the two ends accent in the cool furnace cylinder chamber of this cool furnace cylinder is not closed; One for ordering about the power drive mechanism of described cool furnace cylinder motion, and this power drive mechanism to be arranged in described frame and to be in transmission connection with cool furnace cylinder; One cooling medium spraying mechanism, this cooling medium spraying mechanism is arranged in described upper furnace shell, and corresponding with the middle part of described cool furnace cylinder.
In a specific embodiment of the present invention, described frame is included in a pair bottom girder that length direction keeps parallel each other, at this, bottom girder height regulating mechanism for regulating end depth of beam is respectively provided with to the two ends of bottom girder, and be respectively provided with a cool furnace cylinder supporting device at the left end of a pair bottom girder and right-hand member, described lower furnace shell is supported in frame by lower furnace shell support column with airborne, this lower furnace shell is configured with furnace shell chamber, this lower furnace shell chamber is towards described upper furnace shell, and be respectively provided with furnace shell chamber end baffle corresponding to the left accent in lower furnace shell chamber and the position of right accent, described upper furnace shell is configured with furnace shell chamber on, on this, furnace shell chamber is corresponding with lower furnace shell chamber, and the left accent in furnace shell chamber and the position of right accent are provided with furnace shell chamber end baffle on corresponding to, on, lower furnace shell chamber end baffle corresponds to each other, the middle part of described cool furnace cylinder corresponds to by upper with the non-contacting state of chamber wall of the chamber wall and lower furnace shell chamber with described upper furnace shell chamber, in the cavity that lower furnace shell chamber jointly coordinates and formed, and the two ends of cool furnace cylinder are bearing on described cool furnace cylinder supporting device rotationally, described power drive mechanism is arranged on appointing in a pair described bottom girder and selects on a foundation beam and the end, one end being positioned at bottom girder, described cooling medium spraying mechanism is positioned at described upper furnace shell chamber.
In another specific embodiment of the present invention, the cool furnace cylinder support ring that one is raised in the outer wall surface of cool furnace cylinder is respectively configured with on the left end of described cool furnace cylinder and the outer wall of right-hand member and around the circumferencial direction of cool furnace cylinder, one group of rolling ring Connection Block is fixed with space state on this cool furnace cylinder support ring and around the circumferencial direction of cool furnace cylinder support ring, a rolling ring is fixed with by means of this rolling ring Connection Block, rolling ring is supported on described cool furnace cylinder supporting device rotationally, cool furnace cylinder right-hand member and be fixed with a cool furnace cylinder sprocket wheel in the position of inner side corresponding to rolling ring, described power drive mechanism is arranged on the right-hand member being positioned at a foundation beam of front side in described a pair bottom girder and is connected with cool furnace cylinder chain gear transmission.
In another specific embodiment of the present invention, the right-hand member being positioned at a foundation beam of front side in a pair described bottom girder is fixed with a reduction box supporting base, described power drive mechanism comprises motor, reduction box, minor sprocket and driving chain, motor coordinates with reduction box transmission and is fixed on described reduction box supporting base by reduction box together with motor, minor sprocket is fixed on the reduction box final stage power output shaft of reduction box, one end of driving chain is nested with on described cool furnace cylinder sprocket wheel, and the other end is nested with on minor sprocket.
In another specific embodiment of the present invention, described cooling medium spraying mechanism comprises a cooling medium inlet tube and one group of cooling medium shower, cooling medium inlet tube is fixed on the side of described upper furnace shell back to described upper furnace shell chamber, the two ends of this cooling medium inlet tube are all stretched in furnace shell chamber, and be respectively fixed with a cooling medium distributing pipe, one group of cooling medium shower is arranged in upper furnace shell chamber with the state being not only spaced but also mutually laterally walking abreast, this group cooling medium shower is fixedly connected with cooling medium distributing pipe in the position corresponding to cooling medium distributing pipe and communicates with cooling medium distributing pipe, each cooling medium shower length direction and towards under side offer cooling medium spray-hole for spraying from cooling medium to described cool furnace cylinder with space state.
Also have in a specific embodiment of the present invention, the chamber wall in described cool furnace cylinder chamber is provided with spiral plate, and this spiral plate extends to left end from the right-hand member in cool furnace cylinder chamber.
More of the present invention and in a specific embodiment, described cool furnace cylinder right-hand member and be fixed with one group cool furnace cylinder sprocket wheel holder around the circumferencial direction of cool furnace cylinder with space state in the position corresponding to described cool furnace cylinder sprocket wheel, described cool furnace cylinder sprocket wheel and this group cool furnace cylinder sprocket wheel holder are fixed.
In an of the present invention and then specific embodiment, on described cooling medium inlet tube and the middle position being positioned at the length direction of cooling medium inlet tube is configured with a cooling medium inlet tube interface, this cooling medium inlet tube interface connects one end of a cooling medium supply pipe, and the other end of cooling medium supply pipe is connected with the cooling medium supply source with pressure, and on the pipeline of this cooling medium supply pipe, be provided with control valve and a flow meters.
Of the present invention again more and in a specific embodiment, described bottom girder height regulating mechanism comprises column, guide pin bushing, leading screw, feed screw nut, supporting cap and pad, column is supported on terrace in a state of use, and the short transverse of this column is configured with a column chamber, the front and back wall body of column respectively offers a guide pin bushing spindle nose support slot at the position of accent corresponding to column chamber, the lower end of guide pin bushing is placed in column chamber, the middle part of guide pin bushing and be configured with a pair guide pin bushing spindle nose in the position corresponding to described guide pin bushing spindle nose support slot, this is shelved in guide pin bushing spindle nose support slot to guide pin bushing spindle nose, the upper end of guide pin bushing leans out column chamber, leading screw is plugged on guide pin bushing, the lower end of this leading screw is stretched in column chamber, and upper end is positioned at outside column chamber, feed screw nut is being configured on leading screw corresponding to the position above described guide pin bushing, the outer wall of this feed screw nut is configured with one group of tappet with radiation regimes, supporting cap is connected with leading screw in the position of the end, upper end corresponding to leading screw, pad matches with supporting cap, the position that each leisure in two ends of a pair described bottom girder corresponds to described bottom girder height regulating mechanism is bearing on described pad.
In an again of the present invention and then specific embodiment, described cool furnace cylinder supporting device comprises the wheel seat bearing cross beam that rolls left, right roller mount bearing cross beam, front wheel and rear roller, left, right roller mount bearing cross beam is parallel and be fixed between a pair described bottom girder, one first left shaft holder is fixed with in the front end of the wheel seat bearing cross beam that rolls left, and one second left shaft holder is fixed with in the rear end of the wheel seat bearing cross beam that rolls left, one first right bearing seat is fixed with in the front end of right roller mount bearing cross beam and corresponding to the position of the first left shaft holder, and be fixed with one second right bearing seat in the rear end of right roller mount bearing cross beam and in the position corresponding to the second left shaft holder, front wheel is fixed on the middle part of front wheel axle, one end of this front wheel axle is bearing on the first left shaft holder rotationally, and the other end of front wheel axle is bearing on the first right bearing seat rotationally, rear roller is fixed on the middle part of rear roller axle, one end of this rear roller axle is bearing on the second left shaft holder rotationally, then the other end of roller shaft is bearing on the second right bearing seat rotationally, described rolling ring is bearing on described front wheel and rear roller simultaneously.
The technique effect of technical scheme provided by the invention is: one, to introduce and from the process that the other end accent in cool furnace cylinder chamber is drawn at the accent of the electronic powder material that will be poured out by batch turning station in the high temperature of saggar from the one end in the cool furnace cylinder chamber of cool furnace cylinder, cool furnace cylinder is made to be in rotation status by power drive mechanism, and by the outer wall spraying cooling of cooling medium spraying mechanism to cool furnace cylinder, thus electronic powder material can be made to cool fast when by way of cool furnace cylinder chamber, meet the high efficiency production requirement with electronic kiln; Its two, because cooling procedure is positioned at cool furnace cylinder chamber, thus can not be subject to the impact of extraneous such as humidity trifle in the world and so on, be guaranteed the quality of electronic powder material; Its three, because cool furnace cylinder is kept in motion, thus not only cooling is evenly but also can stop the reunion caking phenomenon of electronic powder material.
Accompanying drawing explanation
Fig. 1 is embodiments of the invention structure chart.
Fig. 2 is the sectional view of Fig. 1.
Fig. 3 is the detailed structure view of the bottom girder height regulating mechanism shown in Fig. 1 and Fig. 2.
Detailed description of the invention
In order to enable the auditor of Patent Office especially the public clearly understand technical spirit of the present invention and beneficial effect, applicant will elaborate below by way of example, but be not all the restriction to the present invention program to the description of embodiment, any conceive according to the present invention done be only pro forma but not substantial equivalent transformation and all should be considered as technical scheme category of the present invention.
Everyly in the following description relate to upper and lower, left and right, the concept of directionality (or claim directionality) of front and rear is all for the location status residing for the figure be described, object is to facilitate public understanding, thus can not be understood as being particularly limited to technical scheme provided by the invention.
Embodiment 1:
Refer to Fig. 1 and Fig. 2, give: a frame 1, this frame 1 is included in parallel a pair bottom girder 11 of length direction, that is frame 1 is made up of a pair bottom girder 11, at this, one is respectively provided with for the bottom girder height regulating mechanism 7 supporting bottom girder 11 and simultaneously can carry out according to adjusting to the distance between bottom girder 11 and terrace to the two ends of bottom girder 11, and is respectively provided with a cool furnace cylinder supporting device 8 at the left end of a pair bottom girder 11 and right-hand member.It can thus be appreciated that in the present embodiment, the quantity of aforesaid bottom girder height regulating mechanism 7 has four, but be not definitely limited to four, such as, when a pair bottom girder 11 is tediously long, can respectively set up bottom girder height regulating mechanism 7 at the middle part of a pair bottom girder 11.Preferably, a pair bottom girder 11 adopts the rectangular tube of hollow to take on, namely by the rectangular tube of hollow as bottom girder 11.
Give the lower furnace shell 2 that a shape of cross section is C font, the position of this lower furnace shell 2 above the length direction corresponding to frame 1 with the state support soared in frame 1 in frame 1, specifically: as aforementioned, frame 1 is made up of a pair bottom girder 11, thus furnace shell support column 23 under the front side of the length direction of lower furnace shell 2 and rear side are respectively fixed with a group with space state, under one group, the bottom of furnace shell support column 23 and aforesaid bottom girder 11 are fixed, lower furnace shell 2 is made to soar in the top of frame 1 with horizontally-arranged state by furnace shell support column 23 under a group, and the lower furnace shell chamber 22 of lower furnace shell 2 is towards upper.Be equipped with a cooling medium in the bottom of lower furnace shell 2 and draw interface 21, and be respectively provided with furnace shell chamber end baffle 221 corresponding to the left accent in lower furnace shell chamber 22 and the position of right accent.In the present embodiment, because the right-hand member of lower furnace shell 2 is a little more than left end, that is descend furnace shell 2 right-to-left shallow decline, thus the height right-to-left of furnace shell support column 23 reduces gradually under aforesaid one group.
Give the upper furnace shell 3 of a shape of cross section as the description to lower furnace shell 2, on this, furnace shell 3 is being fixed corresponding to the position above the length direction of lower furnace shell 2 and lower furnace shell 2, on this, furnace shell 3 is configured with furnace shell chamber 31 on, shown in figure, upper furnace shell chamber 31 is corresponding with lower furnace shell chamber 22, and the left accent in furnace shell chamber 31 and the position of right accent are respectively installed with furnace shell chamber end baffle 311 on corresponding to, upper and lower furnace shell chamber end baffle 311,221 corresponds to each other.
Respectively furnace shell flanging 24 is provided with to extending out in the corresponding both sides on the top of the length direction of aforementioned lower furnace shell 2, and be respectively provided with furnace shell flanging 32 on to extending out in the corresponding both sides of the bottom of the length direction of upper furnace shell 3, after upper furnace shell 3 coordinates with lower furnace shell 2, securing member is adopted to be fixed to one another together by upper and lower furnace shell flanging 32,24 as adopted screw.
As shown in the above description, upper and lower furnace shell chamber 31,22 constitutes the cavity for holding cool furnace cylinder 4 to be described in detail below.
Above mentioned cool furnace cylinder 4 adopts stainless steel material to make, pollute to avoid producing electronic powder material, the middle part of this cool furnace cylinder 4 is positioned at the aforesaid cavity be jointly made up of upper and lower stove barrel shell chamber 31,22, that is the middle part of cool furnace cylinder 4 is between upper and lower furnace shell 3,2, surrounded by upper and lower furnace shell 3,2, but the outer wall of cool furnace cylinder 4 neither contacts with the chamber wall in upper furnace shell chamber 31, also do not contact with the chamber wall in lower furnace shell chamber 22.More precisely, the outer wall of cool furnace cylinder 4 and the chamber wall in upper furnace shell chamber 31 and and the chamber wall in lower furnace shell chamber 22 between all maintain gap.Shown in Fig. 1 and Fig. 2, it is outer and on the cool furnace cylinder supporting device 8 mentioned above being bearing in rotationally that the two ends of cool furnace cylinder 4 all lean out upper and lower furnace shell chamber 31,22.
The two ends accent in the cool furnace cylinder chamber 41 of aforementioned cool furnace cylinder 4 and the left accent of cool furnace cylinder and the right accent of cool furnace cylinder are unlimited.In use, connected by the right-hand member of feeding pipe or other similar fashion and cool furnace cylinder 4, come from electronic kiln and the electronic powder material being still in the condition of high temperature be poured out in saggar introduces cool furnace cylinder chamber 41 via the feeding pipe coordinated with the right-hand member of cool furnace cylinder 4, until draw from the left accent in cool furnace cylinder chamber 41 and pack.
Give one for ordering about the power drive mechanism 5 of aforementioned cool furnace cylinder 4 motion, in the present embodiment, this power drive mechanism 5 has been arranged on the right-hand member of frame 1 and has been in transmission connection with the right-hand member of cool furnace cylinder 4.Give a cooling medium spraying mechanism 6, this cooling medium spraying mechanism 6 to be arranged on aforesaid upper furnace shell 3 and corresponding with the middle part of cool furnace cylinder 4.
As shown in Figure 1, aforesaid power drive mechanism 5 has been arranged on the foundation beam being positioned at front side in a pair bottom girder 11, and be positioned at the right-hand member of an aforesaid foundation beam, if but this power drive mechanism 5 to be arranged on the foundation beam being positioned at rear side in a pair bottom girder 11 and to be positioned at the right-hand member of the foundation beam on rear side of this, so should be considered as equivalent substitution.Above mentioned cooling medium spraying mechanism 6 also probes in aforementioned upper furnace shell chamber 31.
Continue to see Fig. 1 and Fig. 2, the cool furnace cylinder support ring 42 that one is raised in the outer wall surface of cool furnace cylinder 4 is respectively configured with on the left end of aforementioned cool furnace cylinder 4 and the outer wall of right-hand member and around the circumferencial direction of cool furnace cylinder 4, adopt Connection Block on this cool furnace cylinder support ring 42 and around the circumferencial direction of cool furnace cylinder support ring 42 under, hold-down screw 4211 is fixed with one group of rolling ring Connection Block 421 with space state, adopt hold-down screw 4212 on Connection Block by means of this rolling ring Connection Block 421 and be fixed with a rolling ring 43, the section configuration of this rolling ring 43 is in T shape, rolling ring 43 is supported on aforementioned cool furnace cylinder supporting device 8 rotationally, cool furnace cylinder 41 right-hand member and be fixed with a cool furnace cylinder sprocket wheel 441 in the position of inner side (left side) corresponding to rolling ring 43, aforesaid power drive mechanism 5 is in transmission connection with cool furnace cylinder sprocket wheel 44.
Preferably, aforementioned cool furnace cylinder 4 right-hand member and be fixed with one group cool furnace cylinder sprocket wheel holder 45 around the circumferencial direction of cool furnace cylinder 4 with space state in the position corresponding to aforementioned cool furnace cylinder sprocket wheel 44, aforementioned cool furnace cylinder sprocket wheel 44 screw 441 and this group cool furnace cylinder sprocket wheel holder 45 fix, and then also on cool furnace cylinder 4, can fix a sprocket wheel protective cover 46 in the position corresponding to cool furnace cylinder sprocket wheel 44.
As shown in Figure 1, the right-hand member being positioned at a foundation beam of front side in aforesaid a pair bottom girder 11 is fixed with a reduction box supporting base 111, aforesaid power drive mechanism 5 comprises motor 51, reduction box 52, minor sprocket 53 and driving chain 54, motor 51 coordinates with reduction box 52 transmission and is fixed on described reduction box supporting base 111 by reduction box 52 together with motor 51, minor sprocket 53 is fixed on the reduction box final stage power output shaft 521 of reduction box 52, one end of driving chain 54 is nested with on described cool furnace cylinder sprocket wheel 44, and the other end is nested with on minor sprocket 53.Figure 1 illustrates the reduction box hold-down screw 522 for being fixed with reduction box supporting base 111 by reduction box 52.
When the electronic powder material being in the condition of high temperature being introduced in cooling cylinder chamber 41 by the feeding pipe connected with the right-hand member of cool furnace cylinder 4 mentioned above, motor 51 that is dynamic and transmission mechanism 5 is in running order, reduction box 52 is driven by motor 51, and slowed down by reduction box 52, and then drive this minor sprocket 53 of minor sprocket 53(to be essentially drive sprocket by the reduction box final stage power output shaft 521 of reduction box 52), drive cool furnace cylinder sprocket wheel 44 through driving chain 54, thus cool furnace cylinder 4 is rotated.As aforementioned, due in the present embodiment, the right-hand member of cool furnace cylinder 4 is to left end shallow decline, thus in the process that cool furnace cylinder 4 rotates and below will in detail and cooling medium spraying mechanism 6 work under make to enter into electronic powder material cooling in cool furnace cylinder chamber 41 and from the left accent extraction in cool furnace cylinder chamber 41, for packaging.
As shown in the above description, whole cool furnace cylinder 4, just as the principle (concrete mixer) of mixer seen by building trade, can make electronic powder material ceaselessly stir, can make its uniform decrease in temperature again, also can embody the quick effect repeatedly kicked into and connect.
The cooling medium spraying mechanism 6 mentioned above comprises a cooling medium inlet tube 61 and one group of cooling medium shower 62, cooling medium inlet tube 61 is fixed on the side of aforementioned upper furnace shell 3 back to aforementioned upper furnace shell chamber 31, the two ends of this cooling medium inlet tube 61 are all stretched in furnace shell chamber 31, and be respectively fixed with a cooling medium distributing pipe 611, one group of cooling medium shower 62 is arranged in upper furnace shell chamber 31 with the state being not only spaced but also mutually laterally walking abreast, this group cooling medium shower 62 is fixedly connected with cooling medium distributing pipe 611 in the position corresponding to cooling medium distributing pipe 611 and communicates with cooling medium distributing pipe 611, each cooling medium shower 62 length direction and towards under side offer cooling medium spray-hole 621 for spraying from cooling medium to described cool furnace cylinder 4 with space state.
As shown in Figure 1, on aforementioned cooling medium inlet tube 61 and the middle position being positioned at the length direction of cooling medium inlet tube 61 is configured with a cooling medium inlet tube interface 612, this cooling medium inlet tube interface 612 connects one end of a cooling medium supply pipe 6121, and the other end of cooling medium supply pipe 6121 is connected with the cooling medium supply source (the present embodiment is tap water pipe line) with pressure, and on the pipeline of this cooling medium supply pipe 6121, be provided with a control valve 61211 and flow meters 61212.
In the present embodiment, above mentioned cooling medium is preferably running water, but also can use the water inlet of being furnished with pumping plant, in the process of cool furnace cylinder 4 pairs of aforementioned electronic powder body material coolings, by online assignment personnel opening controlling valve 61211, running water is successively through cooling medium supply pipe 6121, cooling medium inlet tube interface 612, cooling medium inlet tube 61, cooling medium distributing pipe 611 and cooling medium shower 62, until be injected into the outer wall of cool furnace cylinder 4 by cooling medium spray-hole 621, make cool furnace cylinder 4 by the electronic powder material cooling in cool furnace cylinder chamber 41.Drop down from cool furnace cylinder 4 water fallen and enter furnace shell chamber 22 under (coming together in), go out by drawing with cooling medium the fairlead pass that adapter 21 connects, if use the water being furnished with pumping plant as cooling medium, the water so gone out by fairlead pass can reuse, with saving water resource.
Refer to Fig. 3 and still composition graphs 1 and Fig. 2, the bottom girder height regulating mechanism 7 mentioned above comprises column 71, guide pin bushing 72, leading screw 73, feed screw nut 74, supporting cap 75 and pad 76, column 71 is supported on terrace in a state of use, a column chamber 711 is configured with in column 71 at the center parallel of the short transverse of this column 71, on the front and back wall body of column 71 and correspond to column chamber 711 accent position namely correspond to respectively offer by the front accent in the column chamber 711 of location status shown in Fig. 1 and Fig. 3 and the position of rear accent the guide pin bushing spindle nose support slot 712 that a shape is U-shaped.Also the front and back wall body of column 71 can be relied on and each enhancing compound plate 713 of fixing in the position corresponding to guide pin bushing spindle nose support slot 712 as preferred scheme, to strengthen on compound plate 713 and to be processed with a compound plate support slot 7131 in the position corresponding to guide pin bushing spindle nose support slot 712, from the signal of Fig. 1 and Fig. 3, compound plate support slot 7131 and guide pin bushing spindle nose support slot 712 coincide.The lower end of guide pin bushing 72 is placed in aforesaid column chamber 711, a pair guide pin bushing spindle nose 721 is configured with at the middle part of guide pin bushing 72 and corresponding to the position of aforementioned guide pin bushing spindle nose support slot 712, because this is separated by 180 ° to guide pin bushing spindle nose 721 around the circumferencial direction of the outer wall of guide pin bushing 72, thus this is on same straight line to guide pin bushing spindle nose 721, namely aspectant corresponding states is in each other, and be bearing in guide pin bushing spindle nose groove 712 and compound plate support slot 7131, the upper end of guide pin bushing 72 leans out column chamber 711, and namely the upper end of guide pin bushing 72 is positioned at outside column chamber 711.As preferred scheme, form a bearing base chamber 722 in the upper end of guide pin bushing 72.Leading screw 73 is plugged on guide pin bushing 72, the lower end of this leading screw 73 is stretched in column chamber 711 through guide pin bushing 72, and the upper end of leading screw 73 leans out guide pin bushing 72 is stretched over outside column chamber 711, as shown in Figure 3, a leading screw connector 731 is configured with in the upper end of leading screw 73, this leading screw connector 731 offers a pin shaft hole 7311, and this pin shaft hole 7311 is through leading screw connector 731, and that is pin shaft hole 7311 is through to opposite side from the side of leading screw connector 731 and is configured to through hole.Feed screw nut 74 is being configured on leading screw 73 corresponding to the position above aforementioned guide pin bushing 72, the outer wall of this feed screw nut 74 is configured with one group of tappet 741 with radiation regimes, in the present embodiment, the quantity of one group of tappet 741 is four, forms the state of crossing distribution.Preferably, namely a chamber, the bearing seat of honour 742 is formed towards the side of guide pin bushing 72 in the bottom of feed screw nut 74.Supporting cap 75 is connected with leading screw 73 in the position of the end, upper end corresponding to leading screw 73, a leading screw connector mating cavity 751 is configured with towards the middle position of the side of leading screw 73 at this supporting cap 75, and offer a pair supporting cap pin shaft hole 752 in the position corresponding to aforesaid pin shaft hole 7311, aforesaid leading screw connector 731 is insinuated in leading screw connector mating cavity 751, and adopt supporting cap bearing pin 7521 to insert supporting cap pin shaft hole 752 and pin shaft hole 7311 successively, thus supporting cap 75 is connected with the end, upper end of leading screw 73.Shown in Fig. 2 and Fig. 3, be namely also namely configured with half cylinder boss 753 back to the side of leading screw connector mating cavity 751 towards the side of pad 76 on the top of supporting cap 75.Pad 76 matches with supporting cap 75, specifically: be namely configured with half cylinder boss container cavity 761 at pad 76 towards the side of supporting cap 75 in the below of pad 76, coordinating of pad 76 and supporting cap 75 is realized with coordinating of semicolumn boss container cavity 761 by aforesaid semicolumn boss 753.The position that each leisure in two ends of above mentioned a pair bottom girder 11 corresponds to corresponding bottom girder height regulating mechanism 7 is bearing on pad 76.
Preferably, on aforementioned leading screw 73 and corresponding to position between feed screw nut 74 and guide pin bushing 72, one bearing 732 is being set, this bearing 732 preferably adopts single direction thrust ball bearing, and match with chamber, the aforementioned bearings seat of honour 742 in the top of this bearing 732, and match with seat chamber 722 under aforementioned bearings in the bottom of bearing 732, the power spent when can significantly alleviate by the setting of this bearing 732 and tappet 741 be operated, comparatively light when feed screw nut 74 is rotated.
When adjusting the height of aforesaid a pair bottom girder 11, so by operator, tappet 741 is operated to clockwise or counter clockwise direction, make leading screw 73 displacement be up or down plugged in the dowel hole 723 of guide pin bushing 72, because the leading screw connector 731 of supporting cap 75 with the end, upper end of leading screw 73 is connected, thus while displacement, drive supporting cap 75 displacement up or down at leading screw 73 up or down, pad 76 with example, thus realizes bottom girder 11 being lifted or the adjustment that declines.If because of the heavy weight of frame 1, so can be nested with boosting-rod (as hollow pole) at tappet 741, by operator, boosting-rod be operated.According to the aforesaid column 71 of professional general knowledge to be made into use, connect with column connecting cross beam 77 each other.
Above mentioned cool furnace cylinder supporting device 8 preferably but not the structure be definitely limited to is as follows: comprise the wheel seat bearing cross beam 81 that rolls left, right roller mount bearing cross beam 82, front wheel 83 and rear roller 84, left, right roller mount bearing cross beam 81, 82 is parallel and be fixed between aforesaid a pair bottom girder 11, one first left shaft holder 811 is fixed with in the front end of the wheel seat bearing cross beam 81 that rolls left, and one second left shaft holder 812 is fixed with in the rear end of the wheel seat bearing cross beam 81 that rolls left, one first right bearing seat 821 is fixed with in the front end of right roller mount bearing cross beam 82 and corresponding to the position of the first left shaft holder 811, and be fixed with one second right bearing seat 822 in the rear end of right roller mount bearing cross beam 82 and in the position corresponding to the second left shaft holder 812, front wheel 83 is fixed on the middle part of front wheel axle 831, one end of this front wheel axle 831 is bearing on the first left shaft holder 811 rotationally, and the other end of front wheel axle 831 is bearing on the first right bearing seat 821 rotationally, rear roller 84 is fixed on the middle part of rear roller axle 841, one end of this rear roller axle 841 is bearing on the second left shaft holder 812 rotationally, then the other end of roller shaft 841 is bearing on the second right bearing seat 822 rotationally, described rolling ring 43 is bearing on front wheel 83 and rear roller 84 simultaneously rotationally.
Preferred scheme also can adjust screw 813 for left shaft holder adjust the position of first, second left shaft holder 811,812 rolling left on wheel seat bearing cross beam 81 and respectively arrange one in the position corresponding to the first left shaft holder 811 and the second left shaft holder 812; On right roller mount bearing cross beam 82 and in the position corresponding to the first right bearing seat 821 and the second right bearing seat 822, respectively arrange one adjust screw 823 for the right bearing seat adjusted the position of first, second right bearing seat 821,822.
Applicant sketches use of the present invention according to Fig. 1 and Fig. 2, when the electronic powder material being still in the condition of high temperature matched by the right-hand member with cool furnace cylinder 4 and the feeding pipe mentioned is above introduced in cool furnace cylinder chamber 41 with continuous state time, under the work of power drive mechanism 5 and cooling medium spraying mechanism 6, cool furnace cylinder 4 makes electronic powder material draw from the left end in the cool furnace cylinder chamber 41 of cool furnace cylinder 4 and supply packaging making electronic powder material in cool furnace cylinder chamber 41 while stirring.In this process, power drive mechanism 5 drives the two ends of cool furnace cylinder 4 to roll on the forward and backward roller 84 of aforesaid cool furnace cylinder supporting device 8 by cool furnace cylinder sprocket wheel 44, simultaneously by cooling medium spraying mechanism 6 pairs of cool furnace cylinder 4 spraying coolings.Because applicant is explained in detail power drive mechanism 5 and cooling medium spraying mechanism 6 above, thus in this no longer repeated description.
Embodiment 2:
The chamber wall in cool furnace cylinder chamber 41 is provided with spiral plate 411, right-hand member port from this spiral plate 411 to cool furnace cylinder chamber 41 spirally state extend to left end port.Due to the setting of spiral plate 41, cool furnace cylinder 4 can be arranged without the need to the state tilted to left end with right-hand member, and aforesaid upper and lower furnace shell 3,2 is with example.If that is arrange spiral plate 411 in cool furnace cylinder chamber 41, so, cool furnace cylinder 4, upper furnace shell 3 and lower furnace shell 2 all can in being horizontally disposed with.Feeding pipe is changed into feed well 9 to cool furnace cylinder chamber 41 with continuous state feeding.All the other are all with the description to embodiment 1.
In sum, technical scheme provided by the invention overcomes the technical problem in prior art, successfully completes invention task, has cashed the technique effect referred in the superincumbent technique effect hurdle of applicant objectively.
Claims (9)
1.
cool furnace device forced fast by a kind of electronic powder material, it is characterized in that comprising a frame (1), furnace shell (2) once, this lower furnace shell (2) is supported in frame (1) with airborne in the position of the top of the length direction corresponding to described frame (1), and is equipped with cooling medium extraction adapter (21) in the bottom of this lower furnace shell (12), furnace shell (3) on one, on this, furnace shell (3) is fixing at position and the lower furnace shell (2) of top of the length direction corresponding to described lower furnace shell (2), one cool furnace cylinder (4), the middle part of this cool furnace cylinder (4) corresponds between upper and lower furnace shell (3,2) with described upper furnace shell (3) and lower furnace shell (2) non-contacting state, and surrounded by upper and lower furnace shell (3,2), and the two ends of cool furnace cylinder (4) are stretched over upper and lower furnace shell (3,2) and be bearing in described frame (1) rotationally outward, the two ends accent in the cool furnace cylinder chamber (41) of this cool furnace cylinder (4) is not closed, one for ordering about the power drive mechanism (5) that described cool furnace cylinder (4) is moved, and this power drive mechanism (5) is arranged on described frame (1) and goes up and be in transmission connection with cool furnace cylinder (4), one cooling medium spraying mechanism (6), this cooling medium spraying mechanism (6) is arranged in described upper furnace shell (3), and it is corresponding with the middle part of described cool furnace cylinder (4), described frame (1) is included in a pair bottom girder (11) that length direction keeps parallel each other, at this, bottom girder height regulating mechanism (7) for regulating the height of bottom girder (11) is respectively provided with to the two ends of bottom girder (11), and be respectively provided with a cool furnace cylinder supporting device (8) at the left end of a pair bottom girder (11) and right-hand member, described lower furnace shell (2) is supported in frame (1) by lower furnace shell support column (23) with airborne, this lower furnace shell (2) is configured with furnace shell chamber (22), this lower furnace shell chamber (22) is towards described upper furnace shell (3), and be respectively provided with furnace shell chamber end baffle (221) corresponding to the lower left accent of furnace shell chamber (22) and the position of right accent, described upper furnace shell (3) is configured with furnace shell chamber (31) on one, on this, furnace shell chamber (31) are corresponding with lower furnace shell chamber (22), and the left accent of furnace shell chamber (31) and the position of right accent are provided with furnace shell chamber end baffle (311) on corresponding to, on, lower furnace shell chamber end baffle (311, 221) correspond to each other, the middle part of described cool furnace cylinder (4) corresponds to by upper with the non-contacting state of chamber wall of the chamber wall and lower furnace shell chamber (22) with described upper furnace shell chamber (31), lower furnace shell chamber (31, 22) common cooperation and in the cavity that formed, and the two ends of cool furnace cylinder (4) are bearing on described cool furnace cylinder supporting device (8) rotationally, described power drive mechanism (5) is arranged on appointing in described a pair bottom girder (11) and selects on a foundation beam and the end, one end being positioned at bottom girder, described cooling medium spraying mechanism (6) is positioned at described upper furnace shell chamber (31).
2.
cool furnace device forced fast by electronic powder material according to claim 1, it is characterized in that respectively being configured with the cool furnace cylinder support ring (42) that is raised in the outer wall surface of cool furnace cylinder (4) on the left end of described cool furnace cylinder (4) and the outer wall of right-hand member and around the circumferencial direction of cool furnace cylinder (4), upper at this cool furnace cylinder support ring (42) and circumferencial direction around cool furnace cylinder support ring (42) is fixed with one group of rolling ring Connection Block (421) with space state, a rolling ring (43) is fixed with by means of this rolling ring Connection Block (421), rolling ring (43) is supported on described cool furnace cylinder supporting device (8) rotationally, cool furnace cylinder (4) right-hand member and be fixed with a cool furnace cylinder sprocket wheel (441) in the position of inner side corresponding to rolling ring (43), described power drive mechanism (5) is arranged on the right-hand member being positioned at a foundation beam of front side in described a pair bottom girder (11) and is in transmission connection with cool furnace cylinder sprocket wheel (44).
3.
cool furnace device forced fast by electronic powder material according to claim 2, it is characterized in that the right-hand member being positioned at a foundation beam of front side in described a pair bottom girder (11) is fixed with a reduction box supporting base (111), described power drive mechanism (5) comprises motor (51), reduction box (52), minor sprocket (53) and driving chain (54), motor (51) coordinates with reduction box (52) transmission and is fixed on described reduction box supporting base (111) by reduction box (52) together with motor (51), minor sprocket (53) is fixed on the reduction box final stage power output shaft (521) of reduction box (52), one end of driving chain (54) is nested with on described cool furnace cylinder sprocket wheel (44), the other end is nested with on minor sprocket (53).
4.
cool furnace device forced fast by electronic powder material according to claim 1, it is characterized in that described cooling medium spraying mechanism (6) comprises a cooling medium inlet tube (61) and one group of cooling medium shower (62), cooling medium inlet tube (61) is fixed on the side of described upper furnace shell (3) back to described upper furnace shell chamber (31), the two ends of this cooling medium inlet tube (61) are all stretched in furnace shell chamber (31), and be respectively fixed with a cooling medium distributing pipe (611), one group of cooling medium shower (62) is arranged in upper furnace shell chamber (31) with the state being not only spaced but also mutually laterally walking abreast, this group cooling medium shower (62) is fixedly connected with cooling medium distributing pipe (611) in the position corresponding to cooling medium distributing pipe (611) and communicates with cooling medium distributing pipe (611), each cooling medium shower (62) length direction and towards under side offer cooling medium spray-hole (621) for spraying from cooling medium to described cool furnace cylinder (4) with space state.
5.
cool furnace device forced fast by electronic powder material according to claim 1, it is characterized in that being provided with spiral plate (411) on the chamber wall in described cool furnace cylinder chamber (41), this spiral plate (411) extends to left end from the right-hand member in cool furnace cylinder chamber (41).
6.
cool furnace device forced fast by electronic powder material according to claim 2, it is characterized in that right-hand member described cool furnace cylinder (4) and circumferencial direction in the position corresponding to described cool furnace cylinder sprocket wheel (44) around cool furnace cylinder (4) is fixed with one group of cool furnace cylinder sprocket wheel holder (45) with space state, described cool furnace cylinder sprocket wheel (44) is fixed with this group cool furnace cylinder sprocket wheel holder (45).
7.
cool furnace device forced fast by electronic powder material according to claim 4, it is characterized in that described cooling medium inlet tube (61) is upper and the middle position being positioned at the length direction of cooling medium inlet tube (61) is configured with a cooling medium inlet tube interface (612), this cooling medium inlet tube interface (612) connects one end of a cooling medium supply pipe (6121), and the other end of cooling medium supply pipe (6121) is connected with the cooling medium supply source with pressure, and on the pipeline of this cooling medium supply pipe (6121), be provided with a control valve (61211) and flow meters (61212).
8.
cool furnace device forced fast by electronic powder material according to claim 1, it is characterized in that described bottom girder height regulating mechanism (7) comprises column (71), guide pin bushing (72), leading screw (73), feed screw nut (74), supporting cap (75) and pad (76), column (71) is supported on terrace in a state of use, and the short transverse of this column (71) is configured with a column chamber (711), the front and back wall body of column (71) respectively offers a guide pin bushing spindle nose support slot (712) at the position of accent corresponding to column chamber (711), the lower end of guide pin bushing (72) is placed in column chamber (711), the middle part of guide pin bushing (72) and be configured with a pair guide pin bushing spindle nose (721) in the position corresponding to described guide pin bushing spindle nose support slot (712), this is shelved in guide pin bushing spindle nose support slot (712) to guide pin bushing spindle nose (721), the upper end of guide pin bushing (72) leans out column chamber (711), leading screw (73) is plugged on guide pin bushing (72), the lower end of this leading screw (73) is stretched in column chamber (711), and upper end is positioned at column chamber (711) outward, feed screw nut (74) is configured on leading screw (73) in the position of the top corresponding to described guide pin bushing (72), the outer wall of this feed screw nut (74) is configured with one group of tappet (741) with radiation regimes, supporting cap (75) is connected with leading screw (73) in the position of the end, upper end corresponding to leading screw (73), pad (76) matches with supporting cap (75), the position that each leisure in two ends of described a pair bottom girder (11) corresponds to described bottom girder height regulating mechanism (7) is bearing on described pad (76).
9.
cool furnace device forced fast by electronic powder material according to claim 2, it is characterized in that described cool furnace cylinder supporting device (8) comprises the wheel seat bearing cross beam (81) that rolls left, right roller mount bearing cross beam (82), front wheel (83) and rear roller (84), left, right roller mount bearing cross beam (81, 82) parallel and be fixed between described a pair bottom girder (11), one first left shaft holder (811) is fixed with in the front end of the wheel seat bearing cross beam (81) that rolls left, and one second left shaft holder (812) is fixed with in the rear end of the wheel seat bearing cross beam (81) that rolls left, one first right bearing seat (821) is fixed with in the front end of right roller mount bearing cross beam (82) and corresponding to the position of the first left shaft holder (811), and be fixed with one second right bearing seat (822) in the rear end of right roller mount bearing cross beam (82) and in the position corresponding to the second left shaft holder (812), front wheel (83) is fixed on the middle part of front wheel axle (831), one end of this front wheel axle (831) is bearing on the first left shaft holder (811) rotationally, and the other end of front wheel axle (831) is bearing on the first right bearing seat (821) rotationally, rear roller (84) is fixed on the middle part of rear roller axle (841), one end of this rear roller axle (841) is bearing on the second left shaft holder (812) rotationally, then the other end of roller shaft (841) is bearing on the second right bearing seat (822) rotationally, described rolling ring (43) is bearing on described front wheel (83) and rear roller (84) simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410408766.3A CN104180672B (en) | 2014-08-19 | 2014-08-19 | Cool furnace device forced fast by electronic powder material |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410408766.3A CN104180672B (en) | 2014-08-19 | 2014-08-19 | Cool furnace device forced fast by electronic powder material |
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| CN104180672A CN104180672A (en) | 2014-12-03 |
| CN104180672B true CN104180672B (en) | 2015-09-30 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE4406382C2 (en) * | 1994-02-26 | 1997-08-14 | Metallgesellschaft Ag | Rotary cooler for cooling bulk goods |
| JPH1129810A (en) * | 1997-07-08 | 1999-02-02 | Sumitomo Metal Ind Ltd | Treatment of slag in reducing period of stainless steel and treating apparatus thereof |
| CN201229135Y (en) * | 2007-12-25 | 2009-04-29 | 江苏中能半导体材料有限公司 | High-temperature powder cooler |
| CN201634450U (en) * | 2010-01-14 | 2010-11-17 | 宁夏金和化工有限公司 | Cooling device for rapidly cooling high-yield dry-method aluminum fluoride powder |
| CN102435075B (en) * | 2011-12-29 | 2014-07-23 | 李世杰 | Cooling device for direct reduction iron |
| CN204007168U (en) * | 2014-08-19 | 2014-12-10 | 苏州汇科机电设备有限公司 | Electronic powder material is forced cool furnace device fast |
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Address after: 215562 Xinzhuang Industrial Development Zone (Yangyuan), Changshu City, Suzhou City, Jiangsu Province Patentee after: Suzhou Huike Technology Co.,Ltd. Address before: 215562 Xinzhuang Industrial Development Zone (Yangyuan), Changshu City, Suzhou City, Jiangsu Province Patentee before: SUZHOU HUIKE EQUIPMENT Co.,Ltd. |
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