CN205697401U - A kind of soy bean milk making machine - Google Patents
A kind of soy bean milk making machine Download PDFInfo
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- CN205697401U CN205697401U CN201620258624.8U CN201620258624U CN205697401U CN 205697401 U CN205697401 U CN 205697401U CN 201620258624 U CN201620258624 U CN 201620258624U CN 205697401 U CN205697401 U CN 205697401U
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Abstract
This utility model relates to a kind of soy bean milk making machine, specifically, described soy bean milk making machine includes cup and adds heat pipe, add heat pipe to be fixed on cup by heat-conducting plate, it is characterized in that: described heat-conducting plate is composite construction, the first weld layer including substrate and being positioned at described substrate opposite sides and the second weld layer, and described in add heat pipe and fit the first weld layer, described second weld layer laminating cup.Owing to arranging weld layer in heat-conducting plate both sides, weld layer thickness is uniform and functional, solves and existing manually smears the problem that layer that operating process brings is uneven, it is ensured that the reliability of welding, avoid rosin joint phenomenon, and then more excellent, in particular with cup and the laminating effect adding heat pipe after guarantee heated weld so that add adopting heat pipes for heat transfer more uniform, heat transfer efficiency is higher, further, the stability of heating pipe operating temperature improves the service life adding heat pipe, improves the reliability of machine.
Description
Technical field
This utility model relates to a kind of soy bean milk making machine, specifically, relates to the welding manner adding heat pipe of a kind of soy bean milk making machine.
Background technology
Conventional soy bean milk making machine the most all can be divided into head and the big assembly of cup two, and head buckles on cup, and for the consideration of food safety, cup is usually food stage steel bowl body, and is also covered with cup shell outside steel bowl body.It addition, be provided with motor and control circuit board in head, motor shaft ends fixes crushing knife tool, material is carried out pulverizing and realizes pulping process, and, heater is commonly used as adding heat pipe, is arranged on bottom of cup or sidewall.
Usually, the mounting means adding heat pipe about soy bean milk making machine, common practice is by heat-conducting plate and rustless steel cup solder bond, conventional welding manner is the solder side using powdery solder to be applied in heat-conducting plate after mixing, or the proportional paste applying materials that blendes together of powdery solder is in the solder side of heat-conducting plate, welding fabrication the most at a certain temperature.
But current way also exists following problem: first, the processing of powdery solder is easily generated dust pollution, is unfavorable for Environmental Health；Secondly, either utilize powdery solder to be directly sprinkling upon solder side, also or utilize paste to be applied in solder side, smear again after being required for heat-conducting plate punch forming, and the heat-conducting plate after punching press has the conical surface, smears operation easier bigger, and it is many to take manpower, it is unfavorable for that high-volume produces continuously；It addition, for the mode smearing soldering paste, because pasty masses has viscosity, compare the most difficult smearing uniformly, and solder consumption cannot be fixed, and has the biggest relation with the operating habit of operator, is difficult to equally produce in batches.
In particular, can flow to the edge of rim of a cup due to action of gravity when being coated with solder of many times, later stage cleaning solder is more complicated, causes cup to be equipped with gap with shell, and coating causes the large-area rosin joint in local more at least；Even, attachment of moisture is the most only passed through on solder side due to solder, surface solder can be peeled off in heat-conducting plate or cup because artificial incorrect operation or moisture evaporate postadhesion power variation, thus produces the large area rosin joint phenomenon of local, and then causes adding heat pipe operationally booster.And for the problem of rosin joint, although can solve by the way of frock, but actually do not ensure that and smear uniformly completely, after welding, there is the rosin joint of local so that heating soybean milk process poor heat transfer, affect bean milk and make mouthfeel.
Utility model content
This utility model operates complexity for the heating sealing of tube mode of existing soy bean milk making machine and is difficult to batch production, easily causes the problems such as rosin joint, it is proposed that a kind of utilize composite guide hot plate to adding the soy bean milk making machine that heat pipe welds.
Solve the technical problem that required for this utility model, can be achieved through the following technical solutions:
A kind of soy bean milk making machine, described soy bean milk making machine includes cup and adds heat pipe, the described heat pipe that adds is fixed on described cup by heat-conducting plate, it is characterized in that: described heat-conducting plate is composite construction, the first weld layer including substrate and being positioned at described substrate opposite sides and the second weld layer, add heat pipe described in and to fit the first weld layer, described second weld layer laminating cup.
Further, heat pipe is added described in integrally molded with substrate, the first weld layer, the second weld layer and cup.
Further, described heating sealing of tube is on cup sidewalls.
Further, described cup sidewalls is provided with limit rib, described limit rib recline described in add heat pipe.
Further, described limit rib be positioned at described in add heat pipe away from the side at the bottom of cup.
Further, described soy bean milk making machine also includes temperature controller, described temperature controller by temperature controller support be fixed on described in add on heat pipe, described temperature controller support is provided with the 3rd weld layer, described temperature controller support by described 3rd weld layer be welded on described in add on heat pipe.
Further, described temperature controller support is provided with Kato, adds heat pipe and fix described temperature controller support described in the clamping of described Kato.
Further, described temperature controller support is provided with temperature controller installing hole, described installing hole near described in add the side of heat pipe and be provided with projection, screw through described installing hole and fixes described temperature controller by described projection.
Further, it is provided with screw thread in described projection；
Or, described temperature controller support is tabular, and the height of described projection is the thickness of the temperature controller support not less than 0.5 times.
Further, described first weld layer is equal with the thickness of described second weld layer.
After using technique scheme, this utility model has the advantage that
First, the heat-conducting plate of weld heating pipe is composite construction, this heat-conducting plate i.e. includes substrate, the first weld layer and the second weld layer, wherein the first weld layer and the second weld layer lay respectively at the both sides of two couples of described substrate, in this kind of structure, the first weld layer and the second weld layer are the thin layer scribbling solder, its effect is for welding thawing, make to add heat pipe by the first weld layer, and cup is fitted the second weld layer, heat pipe will be added weld together with cup, welding process is simple to operation, and is easy to produce in enormous quantities；And owing to arranging weld layer in heat-conducting plate both sides, weld layer thickness is uniform and functional, solve and existing manually smear the problem that layer that operating process brings is uneven, ensure that the reliability of welding, avoid rosin joint phenomenon, and then it is more excellent with cup and the laminating effect adding heat pipe after guarantee heated weld, in particular, make to add adopting heat pipes for heat transfer more uniform, heat transfer efficiency is higher, further, the stability of heating pipe operating temperature improves the service life adding heat pipe, improves the reliability of machine.
Secondly, the weld layer of composite guide hot plate is good with the compound action of heat-conducting plate, the problem that comes off of similar solder will not be just produced before welding because of External Force Acting, solve the potential safety hazard in existing welding operation, and then the booster having stopped to cause because of local large area rosin joint burns machine problem, improve machine safety in utilization.
It addition, the mode of weld heating pipe is integrated welding, will add after heat pipe and heat-conducting plate placed, in welding process, the first layer and the second layer disposably melted integrally molded fixing operation.
Again, in order to consider to make the cost of composite guide hot plate and the heats of soy bean milk making machine, will add heat pipe and be arranged on cup sidewalls by heat-conducting plate, it is achieved heat evenly, and the heating process that effect is more excellent such as prevent being sticking.
Then, owing to heat-conducting plate is usually aluminium sheet, and cup is rustless steel cup, then it is obvious that aluminum is different with the thermal coefficient of expansion of Steel material, and the thermal coefficient of expansion of aluminum is much larger than stainless thermal coefficient of expansion, therefore when thermal weld, the diameter of heat-conducting plate can become big, it is possible to causes the position disunity adding heat pipe after welding, there is the problem of dislocation in part, and then causes bean milk to occur unsafe phenomenons such as spilling in heating process.So arranging limit rib on cup outer wall, and limit rib reclines and adds heat pipe and design, the position acting as fixing welding post-heating pipe of this limit rib, solves to add the skew that heat pipe is possible, it is ensured that add heat pipe up and down relative to the concordance of position, and the corresponding efficiency of heating surface.
And in order to strengthen the limit rib restriction effect to adding heat pipe, the limit rib arranged is located relative to add phase the same side of heat pipe, such as multiple limit ribs are evenly provided on add heat pipe away from the side at the bottom of cup, i.e. near the side of rim of a cup, due to the uniform restriction effect of limit rib, it is further ensured that the reliability of welding and the efficiency of actual heating pipe work.
In addition, in order to ensure susceptiveness and the safety that in soy bean milk making machine work process, temperature control controls, temperature controller it is additionally provided with in soy bean milk making machine, and this temperature controller is fixed on by temperature controller support and adds on heat pipe, and similarly, temperature controller support can use the composite heat-conducting plate structure related in this utility model with heating sealing of tube, the i.e. side at temperature controller support arranges the 3rd weld layer, temperature controller support is welded on by the 3rd weld layer and adds on heat pipe, installation method is simple to operation, and owing to the welding performance of composite guide hot plate is good, therefore temperature controller support is preferable with the effect adding heat pipe laminating, ensure sensitivity and the reliability of temperature controller detection temperature, shorten the response time of temperature controller temperature-sensitive, thus ensure mouthfeel and the quality of slurrying.
And, in order to ensure the fastness that temperature controller support is installed, Kato can be set on temperature controller support, temperature controller support, while being welded on and adding heat pipe, utilizes above-mentioned Kato to block and adds heat pipe, strengthens the fixation of temperature controller support.
Simultaneously, temperature controller support is arranged and is available for the installing hole that temperature controller is installed, in the side of installing hole, projection is set, when temperature controller passes installing hole by screw, screw coordinates with protruding locking, make the fixing more firm of temperature controller, it is to avoid soy bean milk making machine exists bigger vibrations in running and causes temperature controller to loosen situation about even coming off.
Finally, the first weld layer on heat-conducting plate and the second weld layer are arranged to the thin film of same thickness so that welding post-heating pipe is preferable with the laminating degree of cup, on the premise of controlling cost, it is ensured that the reliability of heating sealing of tube.
Accompanying drawing explanation
The utility model is described in further detail below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of soy bean milk making machine in present embodiment；
Fig. 2 is the Welding Structure schematic diagram adding heat pipe in present embodiment；
Fig. 3 is the structural representation of temperature controller support in present embodiment.
Detailed description of the invention
Heating sealing of tube structure of the present utility model is applicable not only to the soy bean milk making machine of motor overhead, and the structure of the soy bean milk making machine of motor overhead includes head and cup, and when soy bean milk making machine works, head buckles above cup.This heating sealing of tube structure same is also applied for the soy bean milk making machine of provided with motor at lower formula, wherein provided with motor at lower formula refers to connect a shaft coupling on the top of motor shaft, the upper end of shaft coupling is stretched in cup, the cutter shaft arranged with cup lower end is connected, blade or agitating device are arranged on the upper end of cutter shaft, and motor drives blade or agitating device together with shaft coupling；Or use non-removable structure between motor cabinet and cup, be i.e. that motor shaft does not pass through shaft coupling, and directly drive blade or agitating device to be operated.
Below with the soy bean milk making machine of motor overhead as example, the technical solution of the utility model is described in detail and introduces.
As shown in Figure 1, being shown that the structural representation of soy bean milk making machine, in figure, soy bean milk making machine uses the mode put on motor, i.e. the upper end at cup is located at by motor.Soy bean milk making machine includes head (not shown), and head is buckled on the top of cup 1, and head includes head upper cover and lower cover, and this soy bean milk making machine also includes stirring reducing mechanism, and this stirring reducing mechanism is located at down and is covered and stretch in cup 1.It addition, soy bean milk making machine is additionally provided with adds heat pipe 2, for material and water are heated, it is used for making the hot drink such as bean milk, milk tea, it is possible to for infusion Chinese herbal medicine etc..
First, about adding the mounting means of heat pipe 2, it is welded on cup, as shown in Figure 2 by heat-conducting plate 4.Complexity is operated in order to solve existing human weld, and manually solder application wastes time and energy, and not prison welding that is uneven and then that cause may be smeared lean on, add the problem that heat pipe heat transfer efficiency is inconsistent, be difficult to batch production etc., it is proposed that a novel heat-conducting plate structure.This heat-conducting plate 4 is composite construction, and including substrate 42, the first weld layer 41 and the second weld layer 43, wherein the first weld layer 41 is positioned at, with the second weld layer 43, the both sides that heat-conducting plate is relative.In this kind of structure, the effect of the first weld layer and the second weld layer is for welding thawing, the effect of solder is equivalent to so that by the first weld layer and the second weld layer, heat pipe will be added and weld together with cup during welding, welding process is simple to operation, and is easy to produce in enormous quantities；Ensure that the reliability of welding, avoid rosin joint phenomenon, and then it is more excellent with cup and the laminating effect adding heat pipe after guarantee heated weld, in particular, making to add adopting heat pipes for heat transfer more uniform, heat transfer efficiency is higher, further, the stability of heating pipe operating temperature improves the service life adding heat pipe, improves the reliability of machine.
nullSecondly，About the welding position adding heat pipe，Both may be installed on cup sidewalls，Can also be provided in bottom of cup，Reasonably can select according to practical situation，But for the cost of heat-conducting plate processing，Heat pipe will be added when being arranged on cup sidewalls，It is loop configuration owing to adding heat pipe，Therefore the heat-conducting plate in present embodiment is also annular round，Its girth with add the girth of heat pipe quite，And when heat pipe will be added is arranged on bottom of cup，Heat-conducting plate needs to cover whole bottom of cup，Virtually can increase development cost，Therefore consider，Preferably will add heat pipe to be arranged on cup sidewalls，Make to add heat pipe 2 by the first weld layer 41、Second weld layer 43 is fitted cup wall 1，Addition pipe 2 is welded on cup 1，Ensure that heating is more uniform，And compared with the mode added at the bottom of heat pipe is arranged on glass，Do not exist and be sticking phenomenon.And add the welding manner of heat pipe, welding manner can be integrated, the most simultaneously by the first weld layer and the second weld layer disposably heating and melting so that add being weldingly fixed on cup of heat pipe.In addition, after also can first heat-conducting plate being fixed on cup by the second weld layer, then heat pipe will be added it will be fixed on cup by the first weld layer.
It is true that owing to the conventional heat pipe that adds is aluminium, and heat-conducting plate is ordinarily selected to aluminium, and it is known that the cup of soy bean milk making machine is food stage stainless steel material, such as food stage 304 etc., when different materials carrying out welding and being heated, the situation of its volumetric expansion is also not quite similar.And correspondingly, the thermal coefficient of expansion of aluminium is 23*10-6/ K, the thermal coefficient of expansion of stainless steel material is 15*10-6/ K, the most apparently, the aluminothermy coefficient of expansion is much larger than rustless steel, and therefore when in welding, the diameter adding heat pipe can become big relatively, therefore add heat pipe and compare for heat-conducting plate, welding post-heating pipe each several part position disunity, in fact it could happen that the situation of dislocation, therefore, it is likely to result in heats uneven, and then causes the bad phenomenon etc. such as the liquid such as bean milk spilling in heating process.
In order to avoid bad phenomenon above, more fixing adding heat pipe, can arrange limit rib 3 on cup wall, as shown in the label 3 in Fig. 1 so that after welding, limit rib reclines and adds the edge of heat pipe, plays support and restriction adds the effect of heat pipe position.In particular, when adding heat pipe and being arranged on cup sidewalls, arranging multiple above-mentioned limit rib on cup sidewalls equally, such as, multiple limit ribs are all located at away from the same side adding heat pipe at the bottom of cup.It practice, the limit rib in this figure is three and is uniformly distributed, say, that the distance between each limit rib is equal, so ensure the concordance of the limit rib position-limiting action to adding heat pipe.And in fact, welding front limit muscle not abuts in and adds on heat pipe, namely limit rib and add between heat pipe exist interval, so in order to ensure the limit effect of limit rib, it is necessary before welding limit rib and the distance adding heat pipe are defined, when reason is when hypotelorism (less than 3mm), due to hypotelorism, may cause welding insufficient, cause the problems such as rosin joint, and as hypertelorism (more than 8mm), because the welding thawing time is shorter, , the problem that may cause welding loosely, and then after welding completes, limit rib can not recline and add heat pipe and reach the effect of support limit.Therefore, comprehensive for, welding front limit muscle and the distance adding heat pipe are optimum between 3mm to 8mm, it is ensured that the concordance of the relative position of welding post-heating pipe.
In addition, in order to ensure susceptiveness and the safety that in soy bean milk making machine work process, temperature control controls, temperature controller 6 it is additionally provided with in soy bean milk making machine, and this temperature controller is fixed on by temperature controller support 5 and adds on heat pipe, and similarly, temperature controller support can use the composite heat-conducting plate structure related in this utility model with heating sealing of tube, composite guide hot plate becomes support shape by punch process, the i.e. side at temperature controller support arranges the 3rd weld layer, temperature controller support is welded on by the 3rd weld layer and adds on heat pipe, installation method is simple to operation, and owing to the welding performance of composite guide hot plate is good, therefore temperature controller support is preferable with the effect adding heat pipe laminating, ensure sensitivity and the reliability of temperature controller detection temperature, shorten the response time of temperature controller temperature-sensitive, thus ensure mouthfeel and the quality of slurrying.
Further, in order to ensure the fastness that temperature controller support is installed, can arrange Kato 51 on temperature controller support, as it is shown on figure 3, wherein, Fig. 3 is the complete structure schematic diagram of temperature controller support 5.In this embodiment, temperature controller support is square structure, and Kato is arranged at four end points of square structure, while temperature controller support is welded on and adds heat pipe, utilizes above-mentioned Kato to block and adds heat pipe, strengthens the fixation of temperature controller support.Additionally, can will be located in heating distance h1 between the Kato at two end points on pipe holder minor face and slightly smaller than add the width of heat pipe, i.e. the width h2 of support, with reference to Fig. 3, thus be further ensured that the steadiness that temperature controller support is installed, and the degree of reliability of the work of temperature controller.
Simultaneously, it is considered to temperature controller mounting structure on temperature controller support, can arrange the installing hole 52 being available for installing temperature controller on temperature controller support, temperature controller is fixed by installing hole with screw fit.In this embodiment, go out installing hole making punching while above-mentioned compound mounting bracket of temperature controller, can be two or four, it is illustrated that in be four installing holes.Wherein, the aperture of installing hole is less than the external diameter of fixing screw, and protruding 53 it are provided with in the side of installing hole, when temperature controller passes installing hole by screw, screw coordinates with protruding locking so that fixing of temperature controller is more firm, avoid soy bean milk making machine to there are bigger vibrations in running and cause temperature controller to loosen situation about even coming off, additionally, the height of protruding 53 should be greater than the thickness of the temperature controller support of 0.5 times, it is ensured that screw and the tightness of support.
In the present embodiment, selecting tapping screw to be fixed by temperature controller through installing hole, therefore compare more existing machine tooth screw, the pretightning force after temperature controller support is locked with tapping screw is relatively big, therefore without spring washer and be coated with nylon glue and carry out pretension, in structure simpler reliably.Therefore, even if there is bigger vibration in soy bean milk making machine running, this kind of attachment structure also is able to the installation effect ensureing temperature controller support with temperature controller.
And ensure the reliability and security of temperature detection simultaneously, and it being additionally provided with fuse-link outside the cup of this soy bean milk making machine, this fuse-link is arranged on by support and adds on heat pipe.Similarly, this support can use the composite heat-conducting plate structure identical with above-mentioned temperature controller support to be welded on cup.Wherein, this composite guide hot plate is provided with weld layer, and support is welded on cup by the weld layer on heat-conducting plate, and in order to coordinate the height parameter adding heat pipe, being provided with boss on heat-conducting plate, boss is provided with fuse installing hole, and support is with installing hole interference fit.And for ensureing the tightness installed, it is desirable to it is smaller along the length dimension of cup circumference that installing hole carries support along the length dimension that cup is circumferential than fusing, and support will not drop out after installing easily.In welding process, fuse-link support is heated to show consideration for heat-conducting plate and steel bowl and closes firmly, and such support need not use spot-welding technology to put and be welded in steel bowl surface.The pit that this scheme can avoid spot welding to produce support that is bad and that cause because solder joint is insecure comes off problem.
It should be noted that, about the first weld layer and the thickness of the second weld layer, time actually used, the thickness of two-layer can be identical or different, its preferred mode is that the first weld layer on heat-conducting plate and the second weld layer are arranged to the thin film of same thickness, make to weld post-heating pipe preferable with the laminating degree of cup, on the premise of controlling cost, it is ensured that the reliability of heating sealing of tube.
About the material of heat-conducting plate, often selecting good heat conduction effect, and the metal material that material cost is the highest, such as aluminum or copper etc., the heat-conducting plate in the present embodiment may select aluminum heat-conducting plate.
In embodiments herein, the welding manner adding heat pipe can be the one in conventional multiple welding manner, such as, in present embodiment, the first weld layer and the second weld layer on heat-conducting plate are all to pre-set solder (brazing powder or solder paste), then it is made by processes such as hot rollings, i.e. adds heat pipe and be welded on cup by the way of soldering.And practically, other suitable welding manners also can be used.
It addition, for mounting bracket of temperature controller, the projection on Kato and installing hole can be arranged simultaneously, it is possible to individually arrange installing hole on the support do not have Kato protruding, foundation can be actually needed and reasonably select.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for a person skilled in the art, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment of being made, equivalent, improvement etc., within should be included in protection domain of the present utility model.
Claims (10)
1. a soy bean milk making machine, described soy bean milk making machine includes cup and adds heat pipe, the described heat pipe that adds is fixed on described cup by heat-conducting plate, it is characterized in that: described heat-conducting plate is composite construction, the first weld layer including substrate and being positioned at described substrate opposite sides and the second weld layer, add heat pipe described in and to fit the first weld layer, described second weld layer laminating cup.
Soy bean milk making machine the most according to claim 1, it is characterised in that add heat pipe described in: integrally molded with substrate, the first weld layer, the second weld layer and cup.
Soy bean milk making machine the most according to claim 1 and 2, it is characterised in that: described heating sealing of tube is on cup sidewalls.
Soy bean milk making machine the most according to claim 3, it is characterised in that: described cup sidewalls is provided with limit rib, described limit rib recline described in add heat pipe.
Soy bean milk making machine the most according to claim 4, it is characterised in that: described limit rib be positioned at described in add heat pipe away from the side at the bottom of cup.
Soy bean milk making machine the most according to claim 1, it is characterized in that: described soy bean milk making machine also includes temperature controller, described temperature controller by temperature controller support be fixed on described in add on heat pipe, described temperature controller support is provided with the 3rd weld layer, described temperature controller support by described 3rd weld layer be welded on described in add on heat pipe.
Soy bean milk making machine the most according to claim 6, it is characterised in that: described temperature controller support is provided with Kato, adds heat pipe and fix described temperature controller support described in the clamping of described Kato.
8. according to the soy bean milk making machine described in claim 6 or 7, it is characterized in that: described temperature controller support is provided with temperature controller installing hole, the side adding heat pipe described in described installing hole is close is provided with projection, and screw through described installing hole and fixes described temperature controller by described projection.
Soy bean milk making machine the most according to claim 8, it is characterised in that: it is provided with screw thread in described projection；
Or, described temperature controller support is tabular, and the height of described projection is the thickness of the temperature controller support not less than 0.5 times.
Soy bean milk making machine the most according to claim 1, it is characterised in that: described first weld layer is equal with the thickness of described second weld layer.
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| CN201620258624.8U CN205697401U (en) | 2016-03-31 | 2016-03-31 | A kind of soy bean milk making machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109773361A (en) * | 2017-11-15 | 2019-05-21 | 九阳股份有限公司 | A kind of production method heating cup body |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109773361A (en) * | 2017-11-15 | 2019-05-21 | 九阳股份有限公司 | A kind of production method heating cup body |
| CN109773361B (en) * | 2017-11-15 | 2021-02-02 | 九阳股份有限公司 | Manufacturing method of heating cup body |
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