CN103175206B - Sunlight-accumulating garbage incineration device - Google Patents
Sunlight-accumulating garbage incineration device Download PDFInfo
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- CN103175206B CN103175206B CN201110461075.6A CN201110461075A CN103175206B CN 103175206 B CN103175206 B CN 103175206B CN 201110461075 A CN201110461075 A CN 201110461075A CN 103175206 B CN103175206 B CN 103175206B
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- feeding
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- heated body
- feeding channel
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
Abstract
The invention discloses a sunlight-accumulating garbage incineration device which is suitable for being applied to a small range of urban areas and achieves processing of intraday garbage cleanly and timely. The sunlight-accumulating garbage incineration device is composed of a squeeze propeller, a feeding helix, a heated body assembly, a focus lamp array, a seat frame, a boiler and a power distribution box, wherein the squeeze propeller, the feeding helix, the heated body assembly, the focus lamp array, the seat frame, the boiler and the power distribution box are connected on a public machine seat. The sunlight-accumulating garbage incineration device is characterized in that a discharge end of the squeeze propeller is connected with the feeding helix, the feeding helix and the front end of a feeding channel are sleeved inside the feeding channel of the heated body assembly coaxially, the feeding helix and the front end of the feeding channel are communicated with and fixedly connected with a discharge port of the squeeze propeller, the other ends of the feeding helix and feeding channel are communicated with and fixedly connected with a feeding port of the a combustion chamber, a left heat exhaust channel, a right heat exhaust channel and an electric heating channel are coaxially arranged on the same wall of the lower portion of the feeding channel of the heated body assembly, wherein the electric heating channel is arranged in the middle. Two channels arranged at the front end of the heated body assembly of the heat exhaust channel are communicated with each other, a channel in the other end of the heat exhaust channel is communicated with and fixedly connected with a combustion chamber of the boiler through a guide pipeline, the other channel of the heat exhaust channel is communicated with and fixedly connected with a chimney of the boiler, the convex lens focus point of the focus lens array is arranged on the external top face of the feeding channel, and the sunlight-accumulating garbage incineration device is simple in structure and low in investment.
Description
Technical field
The present invention relates to a kind of device utilizing the Conversion of Energy burning disposal house refuse of sunshine, particularly a kind of Sunlight-accumulatingarbage garbage incineration device.
Background technology
International city is faced with a lot of problems in urbanization competition, current garbage disposal this be also the very sharp-pointed problem that we face now, garbage disposal is improper will cause that air is contaminated, water is contaminated, and the goods and materials source that the mankind depend on for existence is contaminated then by the health of harm humans self.But in urbanization process, rubbish was once the burden of urban development as the product of Urban Metabolism, and all there was the situation of garbage-surrounded city in many cities in the world.Now, that rubbish is considered to most potentiality to be exploited, never exhausted " city mineral reserve " are " resources mislayed ".This is going deep into and in-depth rubbish understanding, is also the inevitable requirement of urban development.Can predict that the prospect of garbage disposal industry is very wide.
The processing mode of current municipal refuse mainly contains the rear recovery of classification, landfill, compost and burning mode, compost and landfill disposal all need to take a large amount of soil, in rubbish, oxious component also can cause severe contamination to air, soil and water source simultaneously, not only destroy ecological environment, also serious harm health.So incineration treatment of garbage is wise selection.But it is combustion-supporting that the burning of rubbish need add fuel etc., therefore the domestic rubbish disposal cost in city is more and more higher now.Very ripe technical scheme, urgently to be resolved hurrily is not also had now with regard to incineration treatment of garbage aspect.
Summary of the invention
The invention provides one utilize solar light focusing to generate heat as the combustion-supporting waste incineration of heat energy to overcome the deficiencies in the prior art, possess burning and process the technology of energy-saving and environmental protection function and device thereof of drawing rubbish innoxious.
The technical solution adopted for the present invention to solve the technical problems is a kind of Sunlight-accumulatingarbage garbage incineration device, and this device squeezes propeller by what public support connected, feeding screw, heated body assembly, focus lamp array, mounting, boiler, power distribution cabinet forms, it is characterized in that: the described propeller that squeezes is arranged on the public support front end of incinerator, squeeze propeller discharge end and be connected with feeding screw, a feeding channel is arranged at the top of described heated body assembly, the outside upper coaxial wall altogether in the footpath, bottom of feeding channel be provided with a left side, right heat extraction passage, and there is an electric heating passage at middle part, coaxial sleeve feeding spiral in feeding channel, its front end of feeding channel with squeeze propeller discharge port end and be communicated with affixed, another end is communicated with affixed with the combustion chamber charging aperture of described boiler, two channel connections at heated body assembly front end place of heat extraction passage place, in another end, the combustion chamber exhaust of a passage and boiler is affixed by a conducting pipeline communication, another passage is then communicated with affixed by the chimney that conducting pipeline and boiler adhere to, the feeding channel of heated body assembly, heat extraction passage, thermal insulation layer is wrapped up in outside the entirety of electric heating combination of channels, be positioned at end face thermal insulation layer outside feeding channel and be provided with the penetrating circle of receiving surface corresponding to convex lens focus point each on focus lamp array, heated body assembly is erected on public support by many supports and arranges, described focus lamp array be convex lens by standard quantity number rearrange each square, square is arranged on described mounting, mounting is provided with the transmission of light tracker is connected on public support, each corresponding focus point receiving surface sets the feeding channel end face that the focus point of each convex lens is set in heated body assembly.
The above-mentioned propeller that squeezes is arranged on the public support front end of incinerator, squeeze propeller discharge end and be connected with feeding screw, coaxial sleeve feeding spiral in feeding channel on above-mentioned heated body assembly, by feeding channel front end face and squeeze propeller discharging end face in conjunction with affixed, another end is connected with described boiler combustion chamber, what on heated body assembly, feeding channel was relative be slightly longer than interior in feeding screw; Above-mentioned structure is formed: to squeeze in rubbish that propeller the receives feeding channel entering heated body assembly pushed after squeezing process and decreasing a large amount of moisture content, by coaxial socket and with squeeze feeding screw that propeller is connected being revolved by rubbish at a slow speed and deliver in boiler combustion chamber; Accordingly, squeeze that uniform sieve screen apertures connected component on angle of rake inner cone circle bottom is outer, rubbish overflows to discharge to concentrate from sieve screen apertures by the sewage that squeezes and make further cleaning.
The external diameter top of above-mentioned its feeding channel of heated body assembly is provided with each convex lens focus point receiving surface, relative: the feeding channel of heated body assembly, heat extraction passage, electric heating lead to the higher material manufacture of shaping type body heat conductivility, what the bottom of its feeding channel of heated body assembly is total to wall with feeding channel establishes a left side, right heat extraction passage, and there is an electric heating passage applied mechanically for resistance heater at middle part, heated body assembly front end, heat extraction passage place namely squeeze propeller discharge end to two passages do be communicated with affixed, in another end, the combustion chamber exhaust of a passage and boiler is affixed by a conducting pipeline communication, another passage is then communicated with affixed by another conducting pipeline with the chimney of boiler, like this, the auxiliary heat of front end, place is left, after right pathway is communicated with relative to above it altogether the feeding channel of wall be winding state, its function is, the waste heat making full use of the waste gas that burning is discharged acts on feeding channel by heat extraction passage is roundabout, accelerate temperature in feeding channel to promote, the tail gas of discharging can be done after further cleaning from smoke stack emission, the electric heating passage that heated body assembly is provided with, wherein arrange resistance heater, it is arranged to connect civil power and starts electric heater heating and carry out emergency processing and draw rubbish when function is rainy weather, its effect of the thermal insulation layer wrapped up in outside heated body assembly intercepts heated body assembly endosome high temperature outwards dispel the heat and impel the assembly endosome temperature of being heated to conduct in feeding channel footpath, this thermal insulation layer is provided with the penetrating circle of convex lens focus point, and thermal insulation layer is made by resistant to elevated temperatures insulation material, thickness is suitable to guarantee that temperature is not outwards diffused as, heated body assembly is erected on public support by many supports and arranges.
Above-mentioned focus lamp array is that convex lens are arranged on described mounting by each square that rearranges of standard quantity number, convex lens quantity and the length ratio of focus lamp array are at least 3/every meter section and arrange, and each convex lens square arrangement forming focus lamp array is by the coaxial top being located at heated body assembly of mounting, by the sun tracker control that its mounting is arranged and and the connection of public support transmission; According to convex lens (magnifying glass be namely commonly called as) have focus on get fire function, under strong illumination lens focus position can violent, the focus position that is applied thing of light just can the characteristic principle of zoom or work fire especially, this Structure composing: its each convex lens of the convex lens array arranged above heated body assembly form optical axial equal focus point and act on entering on feeding channel of heated body assembly and cause the heating of its endosome to high temperature, focus lamp array follows the tracks of illumination by the sun tracker control that its mounting is arranged, and can more make full use of sunlight conversion of energy.
Above-mentioned boiler is located at heated body assembly tail end and is fixed on public support, boiler affixed, the combustion chamber top exhaust that combustion chamber is communicated with the feeding channel of heated body assembly on it is communicated with affixed by a conducting pipeline and heat extraction passage on heated body assembly its underpart one, and another passage is then communicated with affixed by another conducting pipeline with the chimney of boiler.Such rubbish by being carried by feeding screw in the feeding channel of heated body assembly high temperature, by way of same journey being burned by pushing in boiler combustion chamber of pyrolysis of oven dry progressively, boiler is discharged by chimney after burning and drawing the waste gas of discharge also to keep very high hot temperature to be imported into do roundabout auxiliary heat utilization in the heat extraction passage of the feeding channel bottom of heated body assembly in rubbish after-combustion the chamber in, boiler is also provided with fueling injection equipment and is switched in combustion chamber, can fuel injected lights a fire or combustion-supporting if desired;
Above-mentioned power distribution cabinet controls as the distribution of Sunlight-accumulatingarbage garbage incineration device and connects the hinge facility of utility grid.
The function focusing on and get fire is had according to convex lens (magnifying glass be namely commonly called as), under strong illumination lens focus position can light be violent especially, the focus position being applied thing just can the characteristic of zoom or work fire, be applied in Sunlight-accumulatingarbage garbage incineration device, its operation principle is: the round-the-clock sunlight focussing force of convex lens focus array is on heated body assembly, and form the heating of heated body assembly to high temperature, rubbish enters to squeeze after propeller decreases a large amount of water content by extruding and enters the built-in feeding screw of the feeding channel of heated body assembly by propelling movement at a slow speed, rubbish therebetween with to advance in section gradually be drying and in pyrolysis process until enter in boiler combustion chamber and burned, combustion chamber discharge burning high temperature waste gas directed from heated body assembly be provided with roundabout in the heat extraction passage of feeding channel by rear discharge, thus the temperature in feeding channel is increased, be conducive to the pyrolytic process of the rubbish accelerated in feeding channel, tail gas is discharged free from environmental pollution after cleaning, sewage then collects the process of sewage effluent pipe network.
The invention has the beneficial effects as follows: Sunlight-accumulatingarbage garbage incineration device is a kind of miniaturized incineration treatment of garbage equipment, be suitable for widely using in city in small area especially, accomplish that the rubbish on the same day processed totally the same day timely, both save a large amount of long-distance transport costs, also significantly reduces rubbish because piling up, being transitted to the pollution that environment brings, this apparatus structure is simply invested little, not only energy-conservation but also environmental protection, this device also can be arranged on and roofing to use or between building, Stilt layer uses to utilize space fully.
Accompanying drawing explanation
Fig. 1 is Sunlight-accumulatingarbage garbage incineration device general illustration.
Fig. 2 is the heated body assembly schematic cross-section of Sunlight-accumulatingarbage garbage incineration device.
In figure: 1 public support, 2 squeeze propeller, 3 feeding screws, 4 heated body assemblies, 5 focus lamp arrays, 6 mountings, 7 boilers, 8 power distribution cabinets.
Detailed description of the invention
Embodiment: Sunlight-accumulatingarbage garbage incineration device installation site: select a former refuse transfer station in place in certain urban district, take flat roof in station between sanitary fill and between trash compactor more than totally three ten meter of length for installing Sunlight-accumulatingarbage garbage incineration device, the north-south arrangement that this device is overall.
Refer to accompanying drawing, as shown in the figure, Sunlight-accumulatingarbage garbage incineration device by the public support 1 be respectively equipped with, squeeze propeller 2, feeding screw 3, heated body assembly 4, focus lamp array 5, mounting 6, boiler 7, power distribution cabinet 8 form, being arranged on roof plan of public support 1 level is fixing, progressive public support 1 also can be built on stilts installation, squeezing propeller 2 is arranged on public support setting front end (its feeding machine also comprising front road is owing to being known technology therefore not describing in detail in diagram also not shown), the discharge end squeezing propeller 2 is coaxially connected with feeding screw 3, heated body assembly 4 is socketed feeding screw 3, and it is front, rear end is divided other and is squeezed propeller 2, boiler 7 is affixed, focus lamp array is located at the top of heated body assembly by mounting, rotating being connected on public support of mounting is arranged, power distribution cabinet is arranged on the position of corresponding side of device.
The inner cone squeezing propeller 2 is justified on bottom outside uniform sieve screen apertures connected component, and rubbish is made further cleaning (owing to being known technology therefore not describing in detail diagram also not shown) by the sewage squeezed after the excessive discharge of sieve screen apertures is concentrated.
The structure of heated body assembly 4 is: the top of the seeing of cross section, heated body assembly 4 is that the coaxial wall altogether of feeding-passage, bottom and feeding-passage left and right is arranged with heat extraction passage and there is an electric heating passage at middle part, cover coaxial in the feeding-passage of heated body assembly connects feeding screw 3, the front end of feeding-passage is communicated with affixed, another end and is communicated with affixed with the combustion chamber charging aperture of described boiler 7 with the discharge port end squeezing propeller 2, the length of the feeding-passage close to overcoat that feeding screw 3 length of socket is relative in feeding-passage; It is roundabout that place two, heated body assembly 4 front end of heat extraction passage place passage on heated body assembly 4 does to be communicated with closed affixed formation, in another end, the combustion chamber exhaust of a passage and boiler 7, another passage affixed by a conducting pipeline communication is then communicated with affixed by conducting pipeline with the chimney (this chimney is once-through boiler combustion chamber not) of attachment boiler 7, has resistance heater to arrange wherein in the electric heating passage on heated body assembly 4; The outer ring of heated body assembly 4 entirety superscribes, asbestos layer cotton by glass around thermal insulation layer, thermal insulation layer be provided with the penetrating circle of each focus point approach, heated body assembly 4 entirety be erected on public support 1 fixing by the many supports at interval of 1M; Due to the processing of the longer bad one of length of the feeding screw 3 of above-mentioned heated body assembly 4 and inner sleeve thereof, spicing forming type after the segmentation manufacture of every 2 meters long can be adopted, feeding screw 3 segmentation and establish piecemeal decelerator transmission (with this place of routine techniques process be not described further, also not shown in diagram).
Focus lamp array 5 is that Sunlight-accumulatingarbage garbage incineration device heat energy produces equipment, convex lens are formed the square of 1 meter of length and width by framework by the arrangement of 3 × 3, again every square or two square splicings are arranged on a mounting 6 and are formed, by arranging the connection that sun tracker and public support are done to brake on each mounting 6, relative mounting 6 is rotating to be connected on public support, it rotates through sun tracker control transmission (because light braking technology is known technology, be not described further diagram herein not shown) yet, the mounting 6 being equipped with convex lens form focus lamp array 5 side by side by quantity required and and the coaxial setting of heated body assembly 4, the convex lens of focus lamp array 5 on it are located on the top of heated body assembly, the focus point of each convex lens all fixes in the penetrating circle of thermal insulation layer of each corresponding heated body assembly 4 on each focus point of feeding channel end face, act on heated body assembly 4, according to convex lens (magnifying glass be namely commonly called as) have focus on get fire function, under strong illumination lens focus position can violent, the focus position that is applied thing of light just can the characteristic principle of zoom or work fire especially, this Structure composing: the convex lens array that the top of heated body assembly 4 is arranged, its each convex lens are formed on feeding channel that the equal focus point of optical axial acts on heated body assembly 4 and cause passage internal heat generation to high temperature, the rubbish quickening pyrolysis facilitating movement in it, focus lamp array 5, by the sun tracker control that mounting 6 is arranged, can utilize sunlight conversion of energy more fully.
Boiler 7 is located at heated body assembly 4 tail end, is fixed on public support 1, boiler 7 on it combustion chamber be communicated with affixed with the feeding channel of heated body assembly 4, the combustion chamber top exhaust of boiler 7 is affixed by a channel connection of the heat extraction passage on a conducting pipeline and heated body assembly 4, the chimney that another passage is adhered to by conducting pipeline and boiler 7 be communicated with affixed, formed roundabout, its objective is and utilize waste gas residual heat fully, boiler is also provided with fueling injection equipment to be switched in combustion chamber, if desired can fuel injected igniting or combustion-supporting.
Power distribution cabinet 8 controls as the distribution of Sunlight-accumulatingarbage garbage incineration device and connects the hinge facility of utility grid, and power distribution cabinet 8 is arranged on the corresponding position, side of Sunlight-accumulatingarbage garbage incineration device.
Its operation principle of Sunlight-accumulatingarbage garbage incineration device is: the round-the-clock collection sunlight of convex lens focus array 5 focussing force are on heated body assembly 4, and the feeding channel internal heat generation formed on heated body assembly 4 is to high temperature, rubbish enters to squeeze after propeller decreases a large amount of water content by extruding and enters the feeding screw 3 that connects in the feeding channel of heated body assembly by propelling movement at a slow speed, due to high temperature exothermic in feeding channel, be placed in rubbish therebetween with to advance in section gradually be drying and in pyrolysis process until enter boiler 7 combustion chamber and burned, the directed discharge roundabout from the heat removal pipeline of heated body assembly 4 of burning high temperature waste gas that combustion chamber is discharged, the temperature increased in body is conducive to the pyrolytic process accelerating rubbish in feeding channel, tail gas is discharged free from environmental pollution after treatment, sewage then collects the process of sewage effluent pipe network.
Claims (3)
1. a Sunlight-accumulatingarbage garbage incineration device, this device squeezes propeller by what public support connected, feeding screw, heated body assembly, focus lamp array, mounting, boiler, power distribution cabinet forms, it is characterized in that: the described propeller that squeezes is arranged on the public support front end of incinerator, squeeze propeller discharge end and be connected with feeding screw, a feeding channel is arranged at the top of described heated body assembly, the outside upper coaxial wall altogether in the footpath, bottom of feeding channel be provided with a left side, right heat extraction passage, and there is an electric heating passage at middle part, coaxial sleeve feeding spiral in feeding channel, its front end of feeding channel with squeeze propeller discharge port end and be communicated with affixed, the other end is communicated with affixed with the combustion chamber charging aperture of described boiler, two channel connections at heated body assembly front end place of heat extraction passage place, in the other end, the combustion chamber exhaust of a passage and boiler is affixed by a conducting pipeline communication, another passage is then communicated with affixed by the chimney that conducting pipeline and boiler adhere to, the feeding channel of heated body assembly, heat extraction passage, wraps up in thermal insulation layer outside the entirety of electric heating passage composition, and this is positioned at the penetrating circle of receiving surface that the outer end face thermal insulation layer of feeding channel is provided with each convex lens focus point on corresponding dry focus lamp array, and heated body assembly is erected on public support by many supports and arranges, described focus lamp array is rotatably connected on public support by described mounting.
2. Sunlight-accumulatingarbage garbage incineration device according to claim 1, it is characterized in that: coaxial sleeve feeding spiral in described feeding channel, be coaxial sleeve feeding spiral in the feeding channel on heated body assembly, feeding channel is relative is slightly longer than the length of the feeding screw of the inside.
3. Sunlight-accumulatingarbage garbage incineration device according to claim 1, it is characterized in that: described focus lamp array is rotatably connected on public support by described mounting, the rearranging each square, be connected on public support by the mounting that is provided with the transmission of light tracker is rotating by standard quantity number that be convex lens.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201110461075.6A CN103175206B (en) | 2011-12-26 | 2011-12-26 | Sunlight-accumulating garbage incineration device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110461075.6A CN103175206B (en) | 2011-12-26 | 2011-12-26 | Sunlight-accumulating garbage incineration device |
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| CN103175206A CN103175206A (en) | 2013-06-26 |
| CN103175206B true CN103175206B (en) | 2015-05-27 |
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| CN201110461075.6A Active CN103175206B (en) | 2011-12-26 | 2011-12-26 | Sunlight-accumulating garbage incineration device |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105112080B (en) * | 2015-08-31 | 2017-08-08 | 西北农林科技大学 | A kind of solar energy is pyrolyzed reaction unit |
| CN106382641A (en) * | 2016-11-30 | 2017-02-08 | 广西大学 | Garbage incinerator |
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| CN1515822A (en) * | 2003-01-09 | 2004-07-28 | 黄璇铭 | Solar refuse nonhazardous treatment method and its equipment |
| CN101294707A (en) * | 2007-04-27 | 2008-10-29 | 韩枫 | Biomass fuel thermal decomposition vaporization combustion method and apparatus |
| CN101943408A (en) * | 2010-07-19 | 2011-01-12 | 樊根喜 | Garbage disposal by solar energy and thermal energy |
| CN201748461U (en) * | 2010-08-12 | 2011-02-16 | 广州迪森热能技术股份有限公司 | Biomass boiler front feeding device |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10160138A (en) * | 1996-11-27 | 1998-06-19 | Kiyoshi Kogei Kk | Incinerator utilizing solar heat |
| JP2011145033A (en) * | 2010-01-18 | 2011-07-28 | Jfe Engineering Corp | Waste disposal device |
| KR101308491B1 (en) * | 2011-04-18 | 2013-09-23 | 박수규 | Solar heat and Solar Cell Convergence Systemn Including Hydrogen, Fuel Cell and Insulator Producing Devices by Waste Pyrolysis |
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- 2011-12-26 CN CN201110461075.6A patent/CN103175206B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1515822A (en) * | 2003-01-09 | 2004-07-28 | 黄璇铭 | Solar refuse nonhazardous treatment method and its equipment |
| CN101294707A (en) * | 2007-04-27 | 2008-10-29 | 韩枫 | Biomass fuel thermal decomposition vaporization combustion method and apparatus |
| CN101943408A (en) * | 2010-07-19 | 2011-01-12 | 樊根喜 | Garbage disposal by solar energy and thermal energy |
| CN201748461U (en) * | 2010-08-12 | 2011-02-16 | 广州迪森热能技术股份有限公司 | Biomass boiler front feeding device |
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Address after: 350015 Fujian province Fuzhou Mawei District Jiangbin East Road No. 108, Fujian Overseas Students Pioneer Park building 506 Applicant after: Fuzhou cultivation Patent Development Co., Ltd. Applicant after: Li Guoshui Address before: Jinan District of Fuzhou City, Fujian province 350011 Fu Road No. 46 (Fuzhou art printing factory) Applicant before: Fuzhou cultivation Patent Development Co., Ltd. Applicant before: Li Guoshui |
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Effective date of registration: 20180626 Address after: 226200 No. 101 Nanhai Road, Qidong high tech Industrial Development Zone, Qidong, Nantong, Jiangsu Patentee after: Qidong Chuang Lu new material Co., Ltd. Address before: 350015 Fujian overseas Pioneer Park complex 108, No. 108, Riverside East Road, Mawei District, Fuzhou, Fujian Co-patentee before: Li Guoshui Patentee before: Fuzhou cultivation Patent Development Co., Ltd. |
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