CN105346325A - Sand sculpture manufacturing method - Google Patents
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- CN105346325A CN105346325A CN201510783146.2A CN201510783146A CN105346325A CN 105346325 A CN105346325 A CN 105346325A CN 201510783146 A CN201510783146 A CN 201510783146A CN 105346325 A CN105346325 A CN 105346325A
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Abstract
The invention discloses a sand sculpture manufacturing method. The method solves the problem that a sculpture sand pile is loose, so that a sand sculpture is prone to collapsing. According to the technical scheme, loose sand smaller than or equal to one third of the height of a first layer template is poured into a first layer template defining a square ; the loose sand in the first layer template is evenly tamped through a tamping machine; the steps are repeatedly executed until the loose sand in the first layer template defining the square is aligned to the template to form a first layer sculpture sand pile; and the method is adopted in the second layer sculpture sand pile to the Nth layer sculpture sand pile for tamping. According to the sand sculpture manufacturing method, by adoption of the method, the loose sand in each layer template can be tamped at at least three times, loose sand in each layer is firmer, and is not prone to loosening and collapsing, and the structural stability is improved; and meanwhile, the more tamped loose sand is more easily sculptured, and the sculpture precision is improved.
Description
Technical field
The present invention relates to sand sculpture process, more particularly, it relates to a kind of sand carving preparation method.
Background technology
Sand carving, be exactly briefly sand drift is amassed and solidifies, then various moulding is chiseled and carved into, sand carving can only be material with husky and water, do not allow in sculpture process to use any chemical adhesive, reinforce through the sand carving glue special that surface sprinkling is special after works complete, generally can keep some months under normal circumstances.
The persistence method of sand carving works disclosed in application number 200910300382.9, it mainly adopts the synthetic resin of environmental protection to make a housing next to the skin with it at sand carving work surface, and spray at the resin surface that this housing is not dry, its appearance and former sand carving works are as good as.
Above persistence method is adopted to be based upon on the basis of the sand carving works completed, and in sand carving manufacturing process, because sand is divided into a lot, some of them sand clay content is too low or the particle of sand own is excessive, then its viscosity can be very low, so need to add water, to improve its viscosity, but this viscosity is not still very large, so part sand carving worker is in order to ensure that the sand carving made by it is not collapsed, then can allow sand carving accumbency, reduce its height, because sand carving is highly higher, the risk of collapsing is larger, the aesthetic feeling that sand carving art has itself but the moulding of this kind of sand carving is then beyond expression out, in order to ensure the aesthetic feeling of sand carving art, so must allow the height that sand carving keeps certain, also to ensure that sand carving is not collapsed simultaneously, then its pedestal sand drift must be very firm, only has a firmly pedestal sand drift, the engraving sand drift for carving could be stacked again on pedestal sand drift, but at present for when stacking engraving sand drift, a kind of well method is not had to be tamped, thus cause in layer carving after sand drift stacks up, be easy to collapse in engraving process, thus complete sand carving cannot be formed, extend the manufacturing process of sand carving simultaneously.
Summary of the invention
For the deficiency that prior art exists, the object of the present invention is to provide a kind of sand carving preparation method can better tamping engraving sand drift.
For achieving the above object, the invention provides following technical scheme: a kind of sand carving preparation method, comprises the following steps:
Step one: loose sand and cement are mixed to form loose sand mutually, and by water, permeability pouring is carried out to husky mud mixture, and the husky mud mixture watered through permeability is stacked as pedestal sand drift;
Step 2: pedestal sand drift is reinforced by five directions;
Step 3: it is square to surround to place ground floor template above pedestal sand drift;
Step 4: to surrounding in square ground floor template the loose sand of toppling over and being less than or equal to ground floor template 1/3rd height; By ramming machine, the loose sand in ground floor template is evenly tamped;
Step 5: repeat step 4, until surround, loose sand in square ground floor template is concordant with the height of template carves sand drift to form ground floor;
Step 6: stack second layer sand carving sand drift successively to n-th layer sand carving sand drift according to step 3 to step 5, and second layer template corresponding to second layer sand carving sand drift to n-th layer sand carving sand drift reduces to the square length of n-th layer template and wide equal length successively.
Adopt such scheme, the loose sand in every layer of template can be made all to tamp through at least three times, make the loose sand of every layer more firm, be not easy loose and collapse, improve the stability of structure, the loose sand of more compacting is simultaneously more prone to carve, and improves engraving accuracy.
As preferably, when carrying out step 3, plate face relative in ground floor template to n-th layer template is all equipped with some tension parts to limit the spacing between relative plate face, some tension parts to be evenly arranged on relative panel and the formation clathrum that is superimposed with each other.
Adopt such scheme, by the setting of tension part, make ground floor template to n-th layer template when tamping loose sand, can not cause the change of spacing due to the compacting of loose sand, the spacing of guarantee template inside is constant, namely loose sand is limited at template inside after pouring into, undertaken in compacting process by ramming machine, loose sand only in height changes, and makes the volume of loose sand more and more less, the density of further guarantee loose sand is increasing, so that the engraving in later stage.
As preferably, described clathrum is provided with two-layer.
Adopt such scheme, upper and lower two-layer setting, effectively avoids occurring only having one deck and occurs jump disconnected and cause spacing to change, strengthening structural strength further, bilevel setting simultaneously makes template more stable, and the situation of side run-off the straight can be avoided further to occur.
As preferably, described ground floor template is 60cm to the height of n-th layer template.
Adopt such scheme, engraving due to sand carving carves successively from top to bottom, namely need first to climb to layer 5 engraving sand drift to carve n-th layer engraving sand drift, and ground floor template to the height of n-th layer template is set to 60cm, be convenient to engraving personnel climbing, only need to lift pin can step up, make climbing convenient laborsaving.
As preferably, carrying out step for the moment, loose sand and cement mixing are formed silt mixture.
Adopt such scheme, clay content due to loose sand is too low or the particle of sand own is excessive, cause the viscosity extreme difference of sand itself, only add the requirement that water is not sufficient to meet sand carving engraving, add appropriate cement to improve the viscosity of loose sand itself, make when adding water, loose sand can be made to mix with cement, be convenient to loose sand is carried out to compacting and stacks, reduce the risk of caving in, the amount of cement can not be too many simultaneously, avoids the engraving sand drift after there is compacting too hard and be unfavorable for that the situation of carving occurs.
As preferably, when carrying out step 4, the step that ramming machine is tamped loose sand is as follows:
Step one, ramming machine is positioned at the side on limit, left side and tamps loose sand successively in a longitudinal direction;
Step 2, by ramming machine transverse translation seat in the plane, and repeats step one;
Step 3, repeats step one to two until ramming machine conforms to right edge, is tamped by all loose sands;
Step 4, ramming machine is positioned at the side of upper side edge and tamps loose sand successively along horizontal direction;
Step 5, by ramming machine longitudinal translation seat in the plane, and repeats step 4;
Step 6, repeats step one to two until ramming machine conforms to lower side, is tamped by all loose sands.
Adopting such scheme, making, when tamping loose sand, can not omit, and more even, carry out laterally and longitudinal compacting simultaneously, realize dual compacting, improve the effect of loose sand compacting, avoid loose sand to be still in loose situation.
As preferably, when carrying out step 4, ramming machine is provided with two, is respectively the first ramming machine and the second ramming machine, and the step that the first ramming machine and the second ramming machine are tamped loose sand is as follows:
Step one, the first ramming machine is positioned at the side on limit, left side and tamps loose sand successively in a longitudinal direction; Meanwhile, the second ramming machine is positioned at the side of upper side edge and tamps loose sand successively along horizontal direction;
Step 2, by the first ramming machine transverse translation seat in the plane; Meanwhile, by the second ramming machine longitudinal translation seat in the plane, and step one is repeated;
Step 3, repeats step one to two until the first ramming machine conforms to right edge, the second ramming machine conforms to lower side, is tamped by all loose sands.
Adopt such scheme, carry out transverse direction compacting simultaneously and longitudinally tamp and can effectively increase work efficiency, dual compacting effect can be realized and can reduce the working time again.
As preferably, after carrying out step 6, also comprise step 7, with water by the ground floor engraving sand drift tamped to n-th layer engraving sand drift from regular watering under upper.
Adopt such scheme, keep the water content of engraving sand drift, make it carry out normal natural sediment, and ensure that the template of carving outside sand drift is not easily slack by drying after being opened, be convenient to the engraving in later stage.
The present invention is in terms of existing technologies:
1, effectively can ensure the compacting of ground floor engraving sand drift being carved to sand drift to n-th layer, make it more firm, slack situation not easily occurs;
2, adopt the form of silt mixture effectively can solve the problem of the viscosity deficiency that the clay content of loose sand is too low or the particle of sand own is excessive and cause, to mix the viscosity to improve loose sand with loose sand by cement, be convenient to the engraving carrying out sand carving;
3, regular watering is carried out to the engraving sand drift tamped, make it carry out normal natural sediment, and ensure that the template of carving outside sand drift is not easily slack by drying after being opened, be convenient to the engraving in later stage.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the FB(flow block) of sand carving preparation method;
Fig. 2 is the FB(flow block) to adopting bag template in the husky process of heap;
Fig. 3 is the FB(flow block) tamped silt mixture or loose sand;
Fig. 4 is the FB(flow block) adopting ramming machine to carry out the embodiment tamped;
Fig. 5 is the FB(flow block) adopting ramming machine to carry out another embodiment tamped.
Detailed description of the invention
Shown in Fig. 5, embodiment is described further.
A kind of sand carving preparation method disclosed in the present embodiment, comprises heap sand, engraving makes and sand carving is decorated and protects three links, as shown in Figure 1.
Embodiment one, heap sand can adopt bag template, realizes multilayer and builds long-pending, as shown in Figure 2, specifically comprise the following steps by instruments such as forklift, ramming machine, water, loose sand, cement, template, iron wire, iron nails:
First, in one embodiment, when the viscosity caused when the clay content of loose sand is too low or the particle of sand own is excessive is not enough, loose sand and cement are mixed to form silt mixture mutually, and by water, permeability pouring is carried out to husky mud mixture, make silt mixture completely drenched, after a period of time, by forklift, the husky mud mixture watered through permeability is stacked as pedestal sand drift, the height of pedestal stacks sand and position determine by carving what sand carving works.The ratio of loose sand and cement mixing is: 40:1.
In one embodiment, when the viscosity of loose sand is larger, directly can carry out permeability pouring by water to loose sand, make loose sand completely drenched, after a period of time, by forklift, the loose sand watered through permeability is stacked as pedestal sand drift, the height of pedestal stacks sand and position determine by carving what sand carving works.
The second, in one embodiment, by five directions, pedestal sand drift is reinforced; By manually carrying out patting to make pedestal sand drift reinforce, also can adopt other machine tools.
3rd, in one embodiment, make some layers of template, such as make four layers of template, the long * of the sheet material of ground floor template is wide is 300cm*240cm, with four blocks of identical sheet materials, above pedestal sand drift, place ground floor template square to surround, second layer template reduces to the length of the 4th layer of template and the wide equal length that reduces all successively, is namely respectively 240cm*180cm, 180cm*120cm, 120cm*60cm, the length and width of every layer of template are spliced mutually, are reinforced by iron nail.Ground floor template is 60cm to the height of the 4th layer of template.
In one embodiment, plate face relative in ground floor template to n-th layer template is all equipped with some tension parts to limit the spacing between relative plate face, some tension parts to be evenly arranged on relative panel and the formation clathrum that is superimposed with each other, tension part is preferably iron wire, every layer of template includes limit, left side, right edge, upper side edge and lower side, limit, left side is relative plate face with right edge, upper side edge and lower side are relative plate face, namely limit, left side is provided with mutually corresponding perforation with right edge, iron wire is fixed between limit, left side and right edge by perforation, and iron wire and limit, left side, right edge is vertical mutually, simultaneously iron wire all and be distributed between left plate and right plate to limit the spacing between this two plate, the spacing when tamping silt mixture or loose sand between left plate and right plate is avoided to change, upper side edge with lower side is also provided with mutually corresponding perforation, iron wire is fixed between upper side edge and lower side by perforation, and iron wire is vertical mutually with upper side edge, lower side, simultaneously iron wire all and to be distributed between epipleural and lower side panel to limit the spacing between this two plate, avoid the spacing when tamping silt mixture or loose sand between epipleural and lower side panel to change, left side limit and right edge on iron wire, upper side edge and lower side on iron wire formation clathrum bonded to each other.
In one embodiment, clathrum can be set to multilayer, preferably be set to two-layer, it is more that the number of plies is set, structure is certainly more stable, but it is too much to arrange the number of plies, make template construct excessive cycle, also can affect stacking of engraving sand drift simultaneously, thus just two-layer most suitable, upper and lower two-layer setting, effectively avoid occurring only having one deck and occur jump disconnected and cause spacing to change, further reinforcement structural strength, bilevel setting simultaneously makes template more stable, and the situation of side run-off the straight can be avoided further to occur.
Any embodiment in third step all can be implemented separately, also can multiple embodiment to be combined with each other enforcement.
4th, as shown in Figure 3, silt mixture or loose sand are tamped.In one embodiment, ground floor template be placed on the pedestal sand drift reinforced, it is neat to lay balance, backwardly surround in square ground floor template the silt mixture or loose sand of toppling over and being less than or equal to ground floor template 1/3rd height; By ramming machine, the silt mixture in ground floor template or loose sand are evenly tamped, repeat said method, until the silt mixture surrounded in square ground floor template or loose sand is concordant with the height of template carves sand drift to form ground floor.
In one embodiment, as shown in Figure 4, the step of ramming machine to silt mixture or loose sand compacting is as follows:
Step one, ramming machine is positioned at the side on limit, left side and tamps silt mixture or loose sand successively in a longitudinal direction;
Step 2, by ramming machine transverse translation seat in the plane, and repeats step one;
Step 3, repeats step one to two until ramming machine conforms to right edge, by all silt mixtures or loose sand compacting;
Step 4, ramming machine is positioned at the side of upper side edge and tamps silt mixture or loose sand successively along horizontal direction;
Step 5, by ramming machine longitudinal translation seat in the plane, and repeats step 4;
Step 6, repeats step one to two until ramming machine conforms to lower side, by all silt mixtures or loose sand compacting.
By above-mentioned method, make when tamping silt mixture or loose sand, can not omit, and it is more even, carry out compacting that is horizontal and longitudinal direction simultaneously, realize dual compacting, improve the effect of silt mixture or loose sand compacting, avoid silt mixture or loose sand to be still in loose situation.
In one embodiment, as shown in Figure 5, ramming machine is provided with two, is respectively the first ramming machine and the second ramming machine, and the step that the first ramming machine and the second ramming machine are tamped silt mixture or loose sand is as follows:
Step one, the first ramming machine is positioned at the side on limit, left side and tamps silt mixture or loose sand successively in a longitudinal direction; Meanwhile, the second ramming machine is positioned at the side of upper side edge and tamps silt mixture or loose sand successively along horizontal direction;
Step 2, by the first ramming machine transverse translation seat in the plane; Meanwhile, by the second ramming machine longitudinal translation seat in the plane, and step one is repeated;
Step 3, repeats step one to two until the first ramming machine conforms to right edge, the second ramming machine conforms to lower side, by all silt mixtures or loose sand compacting.
By above-mentioned method, carry out transverse direction compacting simultaneously and longitudinally tamp and can effectively increase work efficiency, dual compacting effect can be realized and can reduce the working time again.
Any embodiment in 4th step all can be implemented separately, also can multiple embodiment to be combined with each other enforcement.
5th, every one deck has been tamped and the engraving sand drift stacked from regular watering under upper, keep the water content of engraving sand drift, make it carry out normal natural sediment, and ensureing that the template of carving outside sand drift is not easily slack by drying after being opened, being convenient to the engraving in later stage.
Embodiment in above five steps all can be combined with each other enforcement, also can implement separately.
Embodiment two, does not illustrate in the drawings, and loose sand manually piles base method, and step is as follows:
The first, loose sand is directly piled and builds into engraving sand drift, then by water, permeability pouring is carried out to loose sand, make loose sand completely drenched.Wherein carve the general of sand drift to be highly set to approximate 60cm, effectively can avoid the situation of upper strata loose sand avalanche because of excessive height like this.
Second, loose sand is tamped, spade is adopted to carry out beating from the bottom to top to the loose sand watered through permeability or trample, watering at regular time and quantity is needed in the process of simultaneously patting or trample, avoid hypohydration and reduce its viscosity, can not point-to-pointly water, in order to avoid wash away engraving sand drift simultaneously.
Engraving makes, and mainly contains the main tool such as the oil painting cutter of No. 1-30, water sprager, suction pipe, sand carving glue special, size trowel, spade, and the aid such as horizon rule plastic ring composition, and its step is as follows:
Cut bulk face: according to sand carving content, with large perching knife, block face large for body is cut out, should from top to bottom, stay more redundantly, progressively to go deep into and to ensure the firm of sand drift; Thin portion finishing impression, local completes from top to bottom, and glue spraying sizing: sand carving is different from the engraving of other materials, in order to prevent the continuous weathering of sand carving, must abandon other engraving classes overall, locally, this making law overall, and entirety to be present to the mind, local once completes, until bottom; Glue spraying: point large-scale sand carving monomer generally glue spraying (all the other time prevents weathering with water spray as far as possible) before darg terminates completed for several days, the small-sized sand carving completed within one day, then comprehensive glue spraying in the completed, must evenly, comprehensively, can not let slip each little details.
Glue spraying after every part works complete be sand carving preserve key, so should note during glue spraying following some: 1, before glue spraying, should first with sprayer, whole sand drift all be squirted, so that sand carving glue special infiltrates rapidly and equably; 2, glue spraying is wanted evenly, carefully, fully, can not be missed any one details, in order to avoid a point drain spray and expand rapidly weathering area, occurs leaking husky phenomenon, until damage; 3, the sand carving glue special of glue spraying is blent with the ratio of about 1:4 and water, and be contained in professional large-scale sprayer, get final product glue spraying; 4, in case of Changes in weather is more, can suitably when becoming a fine day spray several times, to increase firmness more.
After sand carving completes some days, generally just there will be local damage phenomenon, at this time, carry out repairing in time more necessary, the repairing of small size generally has following steps: 1, first damaged portion is carefully cleaned out, then treat benefit face with water jet handle and around all squirt, making the sand bed of circumferential surface band glue softening and carefully scabble, firmly can the sand in damaged portion be dug deeply a little for making repairing; 2, be connected with wet sand bed layer, until reach desired height, this step is most important, must spray water, while be connected, and firmly protects with hand, and the dynamics of GPRS good hand; 3, according to original style moulding, again carve, glue spraying after completing.
Sand carving decoration and protection generally comprise several step: 1, paint, need to carry out painted (works under not requiring are generally true qualities and sand color) shaping works with each colored sand or each pigment according to making, comprise sand carving wall metope and carry out colored drawing or 3D picture; 2, lighting rendering, needs the assorted shot-light (comprising LED spotlight) of 400W exterior wall, 20 to keep flat cable some, and arrange power controling box separately by three-phase and four-line access power supply, road must be buried through cable in ditching, to ensure that Electrical Safety and personnel walk safety; 3, guide board, comprises and writes necessary brief introduction and the item of security warning, with the plot of clear and definite sand carving works to increase the appreciative value of sand carving according to works content; 4, sand carving guardrail, the peripheral 20cm-100cm place of works, close to sand carving excessively, should not install guardrail additional, guardrail, the color of guardrail should obviously be different from sand color.
Such as when making sand carving Quick Response Code, above-mentioned sand carving preparation method can be adopted to carry out, but in manufacturing process, need the square of the multiple projection of carve and the groove of indent, and groove must between 1.5cm-2cm, if because the groove dug is excessively dark, sand can be caused to drop out, if too shallow, sand carving Quick Response Code then can be caused to read, time by day simultaneously, because sand, under the irradiation of sunshine, reflective situation can occur, also sand carving Quick Response Code can be caused to read, therefore pass through pocket knife, the inside of groove is stirred or gently stabbed and also forms hair side, there is the effect of shade, reduce reflective situation.
The above is only the preferred embodiment of the present invention, protection scope of the present invention be not only confined to above-described embodiment, and all technical schemes belonged under thinking of the present invention all belong to protection scope of the present invention.It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (8)
1. a sand carving preparation method, is characterized in that comprising the following steps:
Step one: permeability pouring is carried out to loose sand by water, and the loose sand watered through permeability is stacked as pedestal sand drift;
Step 2: pedestal sand drift is reinforced by five directions;
Step 3: it is square to surround to place ground floor template above pedestal sand drift;
Step 4: to surrounding in square ground floor template the loose sand of toppling over and being less than or equal to ground floor template 1/3rd height; By ramming machine, the loose sand in ground floor template is evenly tamped;
Step 5: repeat step 4, until surround, loose sand in square ground floor template is concordant with the height of template carves sand drift to form ground floor;
Step 6: stack second layer sand carving sand drift successively to n-th layer sand carving sand drift according to step 3 to step 5, and second layer template corresponding to second layer sand carving sand drift to n-th layer sand carving sand drift reduces to the square length of n-th layer template and wide equal length successively.
2. sand carving preparation method according to claim 1, it is characterized in that: when carrying out step 3, plate face relative in ground floor template to n-th layer template is all equipped with some tension parts to limit the spacing between relative plate face, some tension parts to be evenly arranged on relative panel and the formation clathrum that is superimposed with each other.
3. sand carving preparation method according to claim 2, is characterized in that: described clathrum is provided with two-layer.
4. sand carving preparation method according to claim 1, is characterized in that: described ground floor template is 60cm to the height of n-th layer template.
5. sand carving preparation method according to claim 1, is characterized in that: carrying out step for the moment, loose sand and cement mixing are formed silt mixture.
6. sand carving preparation method according to claim 1, is characterized in that: carrying out step for the moment, the step that ramming machine is tamped loose sand is as follows:
Step one, ramming machine is positioned at the side on limit, left side and tamps loose sand successively in a longitudinal direction;
Step 2, by ramming machine transverse translation seat in the plane, and repeats step one;
Step 3, repeats step one to two until ramming machine conforms to right edge, is tamped by all loose sands;
Step 4, ramming machine is positioned at the side of upper side edge and tamps loose sand successively along horizontal direction;
Step 5, by ramming machine longitudinal translation seat in the plane, and repeats step 4;
Step 6, repeats step one to two until ramming machine conforms to lower side, is tamped by all loose sands.
7. sand carving preparation method according to claim 1, it is characterized in that: when carrying out step 4, ramming machine is provided with two, is respectively the first ramming machine and the second ramming machine, and the step that the first ramming machine and the second ramming machine are tamped loose sand is as follows:
Step one, the first ramming machine is positioned at the side on limit, left side and tamps loose sand successively in a longitudinal direction; Meanwhile, the second ramming machine is positioned at the side of upper side edge and tamps loose sand successively along horizontal direction;
Step 2, by the first ramming machine transverse translation seat in the plane; Meanwhile, by the second ramming machine longitudinal translation seat in the plane, and step one is repeated;
Step 3, repeats step one to two until the first ramming machine conforms to right edge, the second ramming machine conforms to lower side, is tamped by all loose sands.
8. sand carving preparation method according to claim 1, is characterized in that: after carrying out step 6, also comprise step 7, with water by the ground floor engraving sand drift tamped to n-th layer engraving sand drift from regular watering under upper.
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| CN111231558A (en) * | 2020-02-25 | 2020-06-05 | 河海大学 | Diagenetic gelled fluid and method for manufacturing sand sculpture by using diagenetic gelled fluid |
| WO2021169427A1 (en) * | 2020-02-25 | 2021-09-02 | 河海大学 | Diagenetic gelling liquid and method for making sand sculpture using same |
| CN116176163A (en) * | 2023-03-07 | 2023-05-30 | 河北宏铭工艺美术品有限公司 | Sandstone painting product and preparation method thereof |
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| CN105346325B (en) | 2018-09-14 |
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