WO2018227766A1 - 一种衣服回收方法及衣服回收系统 - Google Patents
一种衣服回收方法及衣服回收系统 Download PDFInfo
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- WO2018227766A1 WO2018227766A1 PCT/CN2017/099394 CN2017099394W WO2018227766A1 WO 2018227766 A1 WO2018227766 A1 WO 2018227766A1 CN 2017099394 W CN2017099394 W CN 2017099394W WO 2018227766 A1 WO2018227766 A1 WO 2018227766A1
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- clothing
- clothes
- recycling
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- pieces
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- 238000000034 method Methods 0.000 title claims abstract description 17
- 238000011084 recovery Methods 0.000 title abstract description 8
- 238000004064 recycling Methods 0.000 claims description 118
- 238000013441 quality evaluation Methods 0.000 claims description 23
- 230000010354 integration Effects 0.000 abstract 1
- 230000000694 effects Effects 0.000 description 4
- 238000011156 evaluation Methods 0.000 description 2
- 231100000289 photo-effect Toxicity 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 239000004753 textile Substances 0.000 description 1
Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0639—Performance analysis of employees; Performance analysis of enterprise or organisation operations
- G06Q10/06393—Score-carding, benchmarking or key performance indicator [KPI] analysis
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/26—Government or public services
Definitions
- the present invention relates to the field of garment recycling, and more particularly to a garment recycling method and a clothes recycling system.
- the present invention provides a method for recycling clothes, comprising the steps of: obtaining the number of clothes recycling parts and user addresses of a plurality of first users in a preset geographical location, and when the sum of the number of clothes recovered by each first user is greater than the preset clothes recycling The number of pieces is ⁇ , and the recycler is notified to return the clothes to each user address within the preset geographical location.
- the garment is provided with a clothing quality evaluation index, and the clothing quality evaluation index includes a clothing purchase price, a clothing newness degree, and when the clothing quality evaluation index is greater than a preset threshold, the clothing recycling quantity increases; Otherwise, the number of pieces of clothing recovered will not change.
- [0006] uploading the first user's clothing style, picture information and newness and forming the clothing recommendation information; obtaining the second user's clothing demand information; when the clothing recommendation information meets the clothing demand information, The first user is recommended to the second user.
- the vehicle that uploads the recycling personnel can carry the weight, and calculate the weight corresponding to the number of pieces of clothing recovered; when the vehicle can carry the information less than the weight corresponding to the number of pieces of clothing recovered; Arrange and eliminate.
- a clothing recycling system comprising: a geographic location acquisition module, a user data acquisition module, and a data processing module, each module network connection; the geographic location acquisition module is configured to obtain geographic location information of each first user; The user data obtaining module is configured to acquire the number of the clothes retrieving parts of the first user and the user address; the user of the data processing module is configured to obtain the clothes of the first user in the preset geographical location within the data processing module. The number of pieces and the user address; when the sum of the number of pieces of the clothes recovered is greater than the number of pieces of the preset clothes, the recycling person is notified to the respective user addresses within the preset geographical location to carry out the clothes recycling.
- the clothes are provided with a clothing quality evaluation index, and the clothing quality evaluation index includes a clothing purchase price
- the degree of clothing is old and new.
- the quality evaluation index of the clothes is greater than a preset threshold, the number of pieces of clothing recovered is increased; otherwise, the number of pieces of clothing recovered is unchanged.
- [0012] uploading the first user's clothing style, picture information and newness and forming clothing recommendation information; obtaining the second user's clothing demand information; when the clothing recommendation information meets the clothing demand information, the The first user is recommended to the second user.
- the clothes recycling method provided by the present invention is simple to operate, and uses the geographical location information of the user to count the number of pieces of user clothes in a predetermined geographical range, only when a certain amount of clothes is exceeded. , so that the recycler can recycle the clothes to the user through the user address.
- recycling personnel do not need to go to each user's home for recycling too often; on the other hand, the pre-value evaluation of the recycled clothes can be carried out in advance, and part of the cost can be recovered for the user.
- Peer-to-peer establish the relationship between user needs and supply, and provide users with a social platform.
- FIG. 1 is a schematic flow chart of an embodiment of a clothes recycling method according to the present invention.
- FIG. 2 is a schematic structural view of an embodiment of a clothes recycling system of the present invention.
- a method for recycling a garment includes the steps of: obtaining a number of clothes recycling pieces and a user address of a plurality of first users in a preset geographical location range, wherein a sum of the number of pieces of clothing recovered is greater than a preset After the number of pieces of clothes recovered, the recycler is notified to the individual user addresses within the preset geographical location for clothing recycling.
- S101 Acquire a number of clothes recycling pieces and a user address of a plurality of first users in a preset geographical location range.
- This information includes, the number of pieces of clothing, the address of the user, the age of the clothes, the date of purchase, the brand, the material, the style, the photo, the number of passes, etc. Wait. Users want clothes to be recycled. There are two general purposes: First, I hope that old clothes can help people in other poor areas. Second, I want to recycle clothes to some companies, and I can get some value. Recycling through the number of pieces of clothing is generally not considered the value of the clothes, and can generally be used to help some people in need. And if you want clothes to be recycled, you need to evaluate the parameters of the various aspects of the clothes, and then notify the recyclers to recycle them according to the value of the assessment.
- the number of pieces of clothing recovered by a plurality of first users in a preset geographical location is statistically obtained, so that the recycled clothes can be more concentrated in a preset geographical range, thereby reducing labor costs.
- the user address allows the recycler to more accurately go to the user's home to recycle, reducing the user's troubles.
- the clothes have the value of recycling, and the recycling person can be notified to the preset geography at this time.
- Each user address in the location range is used for clothing recycling.
- a clothing quality evaluation can be set for each piece of clothing.
- the quality evaluation value of the clothes is to comprehensively evaluate the comprehensive value of the clothes obtained by using the price of the clothes to buy, the price of the clothes, the brand, the style, the photos and the like.
- the clothing can be evaluated by the professional according to the corresponding parameters, and the comprehensive price of the clothes can be specified according to the hard index. For example, the price of the purchase is 200 yuan, 80% new, which belongs to the common brand and the spring effect of the photo effect is good.
- the general recycling price of such clothes is less than 20 yuan.
- the preset threshold set here is an empirical value. When the clothes have the value of recycling (for example, the value after recycling is 10 yuan), the number of pieces of clothing recovered increases; otherwise, the number of pieces of clothing recovered does not change. This helps to classify clothes into clothes with a return value and clothes that do not have a recycling value before recycling, which can effectively improve the availability of clothes.
- each first user's clothing style, clothes size, picture information, and old and new levels are formed and the clothing recommendation information is formed; the second user's clothing demand information is obtained; the clothing demand information includes the clothing style, the clothes size, and the like.
- the first user and the second user can be made to collect friends by recycling clothes. Because the size of the clothes is about the same, the style is similar, so more common topics will be created on the clothes, thereby enhancing the user's stickiness of the clothes recycling platform. At the same time, it can also promote the more efficient use of clothes and avoid unnecessary waste.
- the vehicle uploaded by the recycling personnel can carry the weight and calculate the weight corresponding to the number of pieces of clothing recovered (this can only be estimated roughly, or directly according to the number of pieces, regardless of the number of clothes, as long as the specified number of pieces is determined Multiple); when the vehicle can carry information less than the weight corresponding to the number of pieces of clothing recovered; the corresponding recycler is removed from the arrangement.
- the first recycler may be uploaded.
- the first geographical location information and the first vehicle can carry the weight; uploading the second geographical location information of the second recycling personnel and the second vehicle loadable weight; and calculating the weight corresponding to the number of the clothes recycling pieces;
- the distance between the first geographic location information and the second geographic location information is within a preset distance, and the sum of the first vehicle loadable weight and the second vehicle loadable weight is greater than the weight corresponding to the number of pieces of clothing recovered,
- a recycler and the second recycler notify the second. In this way, the vehicle space of each recycler can be utilized more effectively, and the efficiency of recycling clothes can be improved.
- FIG. 2 is a schematic view showing the structure of an embodiment of a clothes recycling system of the present invention.
- a clothing recycling system comprising: a geographic location acquisition module, a user data acquisition module, and a data processing module, each module network connection; a geographic location acquisition module is configured to obtain geographic location information of each first user; a user data acquisition module The first data recovery item number and the user address of the first user are obtained by the data processing module user; The sum of the number of pieces of clothes recovered is greater than the number of pieces of the preset clothes, and the recycler is notified to the address of each user within the preset geographical location for clothes recycling.
- the data processing module is further connected to a clothing quality evaluation module; and the clothing quality evaluation module is configured to increase the number of the clothes recycling pieces when the clothing quality evaluation value is greater than a preset threshold; otherwise, The number of clothes recovered is the same.
- a clothing quality evaluation value can be set for each piece of clothing.
- the quality evaluation value of the clothes is to comprehensively evaluate the comprehensive value of the clothes obtained by using the information such as the price of the clothes to be bought, the age of the clothes, the brand, the style, and the photos.
- the clothing can be evaluated by the professional according to the corresponding parameters, and the comprehensive price of the clothes can be specified according to the hard index.
- the price of the purchase is 200 yuan, 80% new, which belongs to the common brand and the spring effect of the photo effect is good.
- the general recycling price of such clothes is less than 20 yuan.
- the preset threshold set here is an empirical value. When the clothing has the value of recycling (for example, the value after recycling is 10 yuan), the number of pieces of clothing recovered increases; otherwise, the number of pieces of clothing recovered does not change. This helps to classify clothes into clothes with recycled value and clothes that do not have recycling value before recycling, which can effectively improve the availability of clothes.
- the data processing module is further connected to a clothing recommendation module; configured to acquire the clothing style, picture information, and oldness of the first user and form clothing recommendation information; obtain clothing demand information of the second user; The information conforms to the clothing demand information, and the first user is recommended to the second user.
- a clothing recommendation module configured to acquire the clothing style, picture information, and oldness of the first user and form clothing recommendation information; obtain clothing demand information of the second user; The information conforms to the clothing demand information, and the first user is recommended to the second user.
- the data processing module is further connected to a recycling distribution module; the recycling distribution module is configured to upload the geographic location information by using the mobile terminal by the recycling personnel; and the closer the geographical location information is to the distance of the preset geographical location, the closer The corresponding recycling personnel have a higher priority. The higher the priority of the arrangement, the more likely it is to be notified for recycling. At the same time, every recycling person will pick up the vehicle to load the recycled clothes.
- the uploaded vehicle can carry the weight and calculate the weight corresponding to the number of pieces of clothing recovered (this can only be estimated roughly, or directly according to the number of pieces, no matter how heavy the clothes are, as long as the specified number of pieces is reached, it is determined to have multiple
- the vehicle can carry information less than the weight corresponding to the number of pieces of clothing recovered; the corresponding recycler is removed from the arrangement.
- the recycling distribution module may also be used. Uploading first geographical location information of the first recycling personnel and the first vehicle loadable weight; uploading the second geographical location information of the second recycling personnel and the second vehicle loadable weight; and weight corresponding to the number of recovered clothes Performing calculation; when the distance between the first geographic location information and the second geographic location information is within a preset distance, and the sum of the first vehicle loadable weight and the second vehicle loadable weight is greater than the clothing The weight corresponding to the number of recovered pieces is notified to the first recycler and the second recycler. In this way, the vehicle space of each recycler can be utilized more effectively, and the efficiency of returning clothes can be improved.
- the present invention provides a method for recycling clothes, comprising the steps of: obtaining the number of clothes recycling parts and user addresses of a plurality of first users in a preset geographical location, and when the sum of the number of pieces of clothes recovered by each first user is greater than the preset clothes recycling The number of pieces is ⁇ , and the recycler is notified to return the clothes to each user address within the preset geographical location.
- the clothes are provided with a clothing quality evaluation index, and the clothing quality evaluation index includes a clothing purchase price, a clothing age, and when the clothing quality evaluation index is greater than a preset threshold, the number of pieces of clothing recovered increases; otherwise, the number of clothes recovered constant.
- the vehicle that uploads the recycling person can carry the weight, and calculate the weight corresponding to the number of pieces of clothing recovered; when the vehicle can carry the information less than the weight corresponding to the number of pieces of clothing recovered; and remove the corresponding recycling personnel from the arrangement .
- the present invention also provides a clothing recycling system, comprising: a geographic location acquisition module, a user data acquisition module, and a data processing module, each module network connection; the geographic location acquisition module is configured to obtain the geographic location of each first user The user data acquisition module is configured to acquire the number of pieces of clothing and the user address of the first user; and the user of the data processing module is configured to acquire the first part of the geographic location information within a preset geographic location. The number of pieces of clothing recovered by the user and the address of the user; when the sum of the number of pieces of the clothes recovered is greater than the number of pieces of the preset clothes, the recycling person is notified to the respective user addresses within the preset geographical location to carry out the clothes recycling.
- the present invention utilizes a geographic location acquisition module, a user data acquisition module, and a data processing module to perform network connection of each module; using the geographic location information of the user, the number of pieces of user clothes in the preset geographic range is counted, only when After a certain amount of clothes is exceeded, the recycler will recycle the clothes to the user through the user address.
- recycling personnel do not need to go to each user's home for recycling too often; on the other hand, the pre-value evaluation of the recycled clothes can be carried out in advance, and part of the cost can be recovered for the user.
- Peer-to-peer establish the relationship between user needs and supply, provide users with a social platform, and have industrial applicability.
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Abstract
一种衣服回收方法,包括步骤:获取预设地理位置范围内若干第一用户的衣服回收件数及用户地址,当所述衣服回收件数之和大于预设衣服回收件数时,通知回收人员到预设地理位置范围内的各个用户地址进行衣服回收。通过信息的整合,可以更合理地利用回收人员的空闲时间,对区域范围内的衣服回收进行及时处理,既可以提升回收衣服的品质,也可以为用户创造一个新的社交平台。同时,还公开了一种衣服回收系统。
Description
一种衣服回收方法及衣服回收系统
技术领域
[0001] 本发明涉及衣服回收领域, 特别涉及一种衣服回收方法及衣服回收系统。
背景技术
[0002] 根据中国资源综合利用协会的统计数据显示, 我国纺织品生产量达 4300万吨, 扔掉的旧衣服约有 2600万吨。 这些衣服大部分没有经过分类处理, 这些扔掉的 旧衣服中, 就一大部分的衣服是属于较新的衣服, 可以捐给一些较有需要的地 区。 但绝大部分因为没法做好处理, 而直接丢弃。 而现在很多人通过网络购买 的衣服, 衣服容易出现不合身或者款式不喜欢的现象, 导致穿一两次就将衣服 放置在衣柜当中, 最后不得不与旧衣服一起扔掉。
技术问题
[0003] 当前一些社会组织或者衣服回收公司会在各个居民小区中设置一些旧衣服回收 箱, 而这样的回收箱除了要小区的空间外, 还需要有人定期进行维护。 在获得 居民的旧衣服后, 也需要有专人到定期去回收箱中检査并回收, 这需要大量的 管理成本及维护成本。
问题的解决方案
技术解决方案
[0004] 本发明提供一种衣服回收方法, 包括步骤: 获取预设地理位置范围内若干第一 用户的衣服回收件数及用户地址, 当各个第一用户的衣服回收件数之和大于预 设衣服回收件数吋, 通知回收人员到预设地理位置范围内的各个用户地址进行 衣服回收。
[0005] 所述衣服设有衣服质量评估指标, 所述衣服质量评估指标包括衣服买入吋价格 、 衣服新旧程度, 当所述衣服质量评估指标大于预设阈值吋, 所述衣服回收件 数增加; 否则, 衣服回收件数不变。
[0006] 上传所述第一用户的衣服款式、 图片信息及新旧程度并形成衣服推荐信息; 获 取第二用户的衣服需求信息; 当所述衣服推荐信息符合所述衣服需求信息吋,
将所述第一用户推荐给所述第二用户。
[0007] 上传若干所述回收人员的地理位置信息; 当所述地理位置信息与获取预设地理 位置范围的距离越近, 其对应的回收人员的排列优先级越高。
[0008] 上传所述回收人员的车辆可承载重量, 并对所述衣服回收件数对应的重量进行 计算; 当所述车辆可承载信息小于所述衣服回收件数对应的重量; 将对应回收 人员从所述排列剔除。
[0009] 上传第一所述回收人员的第一地理位置信息及第一车辆可承载重量; 上传第二 所述回收人员的第二地理位置信息及第二车辆可承载重量; 并对所述衣服回收 件数对应的重量进行计算; 当所述第一地理位置信息与第二地理位置信息的距 离在预设距离之内, 且所述第一车辆可承载重量与所述第二车辆可承载重量之 和大于所述衣服回收件数对应的重量, 对所述第一所述回收人员与所述第二所 述回收人员进行通知。
[0010] 一种衣服回收系统, 包括: 地理位置获取模块、 用户数据获取模块以及数据处 理模块, 各个模块网络连接; 所述地理位置获取模块用于获取各个第一用户的 地理位置信息; 所述用户数据获取模块用于获取所述第一用户的衣服回收件数 及用户地址; 所述数据处理模块用户用于获取所述地理位置信息在预设地理位 置范围内的所述第一用户的衣服回收件数及用户地址; 当所述衣服回收件数之 和大于预设衣服回收件数吋, 通知回收人员到预设地理位置范围内的各个用户 地址进行衣服回收。
[0011] 所述衣服设有衣服质量评估指标, 所述衣服质量评估指标包括衣服买入吋价格
、 衣服新旧程度, 当所述衣服质量评估指标大于预设阈值吋, 所述衣服回收件 数增加; 否则, 衣服回收件数不变。
[0012] 上传所述第一用户的衣服款式、 图片信息及新旧程度并形成衣服推荐信息; 获 取第二用户的衣服需求信息; 当所述衣服推荐信息符合所述衣服需求信息吋, 将所述第一用户推荐给所述第二用户。
[0013] 上传所述第一用户的衣服款式、 图片信息及新旧程度并形成衣服推荐信息; 获 取第二用户的衣服需求信息; 当所述衣服推荐信息符合所述衣服需求信息吋, 将所述第一用户推荐给所述第二用户。
发明的有益效果
有益效果
[0014] 相较于现有技术, 本发明提供的衣服回收方法操作简单, 利用用户的地理位置 信息, 将预设地理范围内的用户衣服回收件数进行统计, 只有当超过了一定的 衣服数量后, 才让回收人员通过用户地址对用户进行衣服回收。 一方面回收人 员不用太频繁地去各个用户家里进行回收; 另一方面可以预先对回收的衣服进 行预先的价值评估, 可以为用户回收部分成本。 同吋, 建立用户需求与供给的 相互关系, 为用户提供社交平台。
对附图的简要说明
附图说明
[0015] 图 1是本发明一种衣服回收方法实施例的流程示意图;
[0016] 图 2本发明的一种衣服回收系统实施例的结构示意图。
实施该发明的最佳实施例
本发明的最佳实施方式
[0017] 以下结合其中的较佳实施方式对本发明方案进行详细阐述。
[0018] 如本发明图 1所示, 一种衣服回收方法, 包括步骤: 获取预设地理位置范围内 若干第一用户的衣服回收件数及用户地址, 当所述衣服回收件数之和大于预设 衣服回收件数吋, 通知回收人员到预设地理位置范围内的各个用户地址进行衣 服回收。
[0019] S101:获取预设地理位置范围内若干第一用户的衣服回收件数及用户地址。
[0020] 一般来说, 一个住宅小区内由于人较多, 退掉的衣服不确定有多少件。 如果每 一户一有衣服要退掉, 就要有专门的人员上门回收, 这样会让回收人员经常跑 来跑去, 造成人力成本的浪费。 一个小区乃至多个临近小区有若干个用户需要 回收衣服, 在预设地理位置范围内 (如 5公里范围内) , 可以使得回收人员不用 跑太远去回收, 可以节约成本。 第一用户通过电脑或手机注册成平台用户, 经 过认证后, 可以上传回收衣服的相关信息。 这些信息包括, 衣服回收件数、 用 户地址、 衣服的新旧程度、 购买日期、 品牌、 材质、 款式、 相片、 穿过次数等
等。 用户希望衣服被回收, 一般的目的有两个: 第一、 希望旧衣服可以帮助到 其他贫困地区的人; 第二、 就是想将衣服给一些公司回收, 自己可以获得一些 价值。 通过衣服回收件数来进行回收的一般不考虑衣服的价值, 一般可以用于 帮助一些有需要的人。 而希望衣服可以得到回收获取价值, 则需要对衣服各个 方面的参数进行评估, 然后在按评估的价值通知回收人员进行回收。
[0021] S102:当所述衣服回收件数之和大于预设衣服回收件数吋, 通知回收人员到预 设地理位置范围内的各个用户地址进行衣服回收。
[0022] 统计获取预设地理位置范围内若干第一用户的衣服回收件数, 可以让回收衣服 更加的集中在预设的地理位置范围内, 减少人力成本。 在这里需要根据回收人 员车载能负重的信息得出一个经验回收衣服件数值, 这样可以让回收工作人员 获得最有效的工作。 也可以根据回收衣服的价值来定回收衣服件数值 (如 100件 衣服就具备一定的价值) , 这样可以使得回收人员不至于闲置, 充分利用了资 源。 用户地址则可以让回收人员更加精确地去用户家中回收, 减少用户的麻烦 。 这样当衣服回收件数之和 (指的是各个第一用户的衣服回收件数之和) 大于 预设衣服回收件数吋, 这些衣服就具备回收的价值, 这个吋候就可以通知回收 人员到预设地理位置范围内的各个用户地址进行衣服回收。
[0023] 作为一个更好的实施例子, 当衣服质量评估值大于预设阈值吋, 所述衣服回收 件数增加; 否则, 衣服回收件数不变。 每一件衣服都可以设置一个衣服质量评 估值。 衣服质量评估值是利用衣服买入吋价格、 衣服新旧程度、 品牌、 款式、 相片等信息来综合评估获取衣服的综合价值。 可以由专业人员根据这项相应的 参数, 对衣服进行评价, 也可以根据硬性的指标来规定衣服综合价格。 比如买 入的价格为 200元, 8成新, 属于普通牌子、 相片效果也不错的春季款式, 这样 的衣服一般回收价格都在 20块钱以内。 在此处设定的预设阈值是一个经验值, 当衣服具备回收价值的吋候 (如回收后的价值有 10元) , 衣服回收件数增加; 否则, 衣服回收件数不变。 这样有助于在回收前就可以将衣服分类成为具备回 收价值的衣服及不具备回收价值的衣服, 可以有效提高衣服的可利用机会。
[0024] 当下网络购物盛行, 一部分人会通过从网上购买衣服。 而网络买衣服比起去实 体店, 总会出现购买衣服不合适, 款式网上看非常好, 而实际试穿效果却比较
差的情况。 导致有些衣服买了在家穿了一两次甚至就试穿过, 后面就不穿了, 最后与一堆旧衣服一起丢掉。 而如果可以标明衣服只是仅仅试穿过, 或者有 9.5 成以上的新, 这样有比较适合的人可以用较低的价格进行购买。 作为更好的实 施方式, 上传各个第一用户的衣服款式、 衣服大小、 图片信息、 及新旧程度并 形成衣服推荐信息; 获取第二用户的衣服需求信息; 衣服需求信息包括衣服款 式、 衣服大小等信息, 当衣服推荐信息符合衣服需求信息吋, 将所述第一用户 推荐给所述第二用户。 这样, 可以让第一用户和第二用户通过回收衣服进行交 友。 因为衣服大小需求差不多, 款式差不多, 因而会在衣服上产生更多共同的 话题, 进而增强衣服回收平台的用户粘性。 同吋, 也可以促进衣服的更有效利 用, 避免不必要的浪费。
[0025] 由于多个回收人员在不同区域进行回收衣服吋, 在同等的情况下, 通知较近的 人员去较近的区域回收衣服, 会节约较多的人力成本。 回收人员通过移动终端 上传自己的地理位置信息; 当所述地理位置信息与获取预设地理位置范围的距 离越近, 就将其对应的回收人员的排列优先级越高。 排列的优先级越高, 就越 优先通知其进行回收。 同吋, 每个回收人员的都会幵车辆来装载回收的衣服。 回收人员上传的车辆可承载重量, 并对所述衣服回收件数对应的重量进行计算 (此处只能进行大概估算, 也可以直接按照件数直接换算, 无论衣服多重, 只 要达到指定件数就认定其有多重) ; 当所述车辆可承载信息小于所述衣服回收 件数对应的重量; 将对应回收人员从所述排列中剔除。
[0026] 作为一个更好的实施例子, 当衣服回收件数对应的衣服重量同吋大于第一回收 人员的车辆可承载重量以及第二回收人员的车辆可承载重量吋, 可以上传第一 回收人员的第一地理位置信息及第一车辆可承载重量; 上传第二所述回收人员 的第二地理位置信息及第二车辆可承载重量; 并对所述衣服回收件数对应的重 量进行计算; 当所述第一地理位置信息与第二地理位置信息的距离在预设距离 之内, 且所述第一车辆可承载重量与所述第二车辆可承载重量之和大于衣服回 收件数对应的重量, 对第一回收人员与第二所述回收人员进行通知。 这样, 可 以更加有效地利用各个回收人员的车载空间, 提高回收衣服的效率。
[0027] 图 2中示出了本发明的一种衣服回收系统实施例的结构示意图。
[0028] 一种衣服回收系统, 包括: 地理位置获取模块、 用户数据获取模块以及数据处 理模块, 各个模块网络连接; 地理位置获取模块用于获取各个第一用户的地理 位置信息; 用户数据获取模块用于获取所述第一用户的衣服回收件数及用户地 址; 数据处理模块用户用于获取所述地理位置信息在预设地理位置范围内的第 一用户的衣服回收件数及用户地址; 当所述衣服回收件数之和大于预设衣服回 收件数吋, 通知回收人员到预设地理位置范围内的各个用户地址进行衣服回收
[0029] 作为一个更好的实施例子, 上述的数据处理模块还连接一衣服质量评估模块; 衣服质量评估模块用于当衣服质量评估值大于预设阈值吋, 所述衣服回收件数 增加; 否则, 衣服回收件数不变。 每一件衣服都可以设置一个衣服质量评估值 。 衣服质量评估值是利用衣服买入吋价格、 衣服新旧程度、 品牌、 款式、 相片 等信息来综合评估获取衣服的综合价值。 可以由专业人员根据这项相应的参数 , 对衣服进行评价, 也可以根据硬性的指标来规定衣服综合价格。 比如买入的 价格为 200元, 8成新, 属于普通牌子、 相片效果也不错的春季款式, 这样的衣 服一般回收价格都在 20块钱以内。 在此处设定的预设阈值是一个经验值, 当衣 服具备回收价值的吋候 (如回收后的价值有 10元) , 衣服回收件数增加; 否则 , 衣服回收件数不变。 这样有助于在回收前就可以将衣服分类成为具备回收价 值的衣服及不具备回收价值的衣服, 可以有效提高衣服的可利用机会。
[0030] 数据处理模块还连接一衣服推荐模块; 用于获取所述第一用户的衣服款式、 图 片信息及新旧程度并形成衣服推荐信息; 获取第二用户的衣服需求信息; 当所 述衣服推荐信息符合所述衣服需求信息吋, 将所述第一用户推荐给所述第二用 户。
[0031] 由于多个回收人员在不同区域进行回收衣服吋, 在同等的情况下, 通知较近的 人员去较近的区域回收衣服, 会节约较多的人力成本。 上述的数据处理模块还 连接一回收分配模块; 回收分配模块用于通过回收人员利用移动终端上传自己 的地理位置信息; 当所述地理位置信息与获取预设地理位置范围的距离越近, 就将其对应的回收人员的排列优先级越高。 排列的优先级越高, 就越优先通知 其进行回收。 同吋, 每个回收人员的都会幵车辆来装载回收的衣服。 回收人员
上传的车辆可承载重量, 并对所述衣服回收件数对应的重量进行计算 (此处只 能进行大概估算, 也可以直接按照件数直接换算, 无论衣服多少重, 只要达到 指定件数就认定其有多重) ; 当所述车辆可承载信息小于所述衣服回收件数对 应的重量; 将对应回收人员从所述排列中剔除。
[0032] 作为一个更好的实施例子, 当衣服回收件数对应的衣服重量同吋大于第一回收 人员的车辆可承载重量以及第二回收人员的车辆可承载重量吋, 回收分配模块 还可以用于上传第一回收人员的第一地理位置信息及第一车辆可承载重量; 上 传第二所述回收人员的第二地理位置信息及第二车辆可承载重量; 并对所述衣 服回收件数对应的重量进行计算; 当所述第一地理位置信息与第二地理位置信 息的距离在预设距离之内, 且所述第一车辆可承载重量与所述第二车辆可承载 重量之和大于所述衣服回收件数对应的重量, 对第一回收人员与第二所述回收 人员进行通知。 这样, 可以更加有效地利用各个回收人员的车载空间, 提高回 收衣服的效率。
本发明的实施方式
[0033] 本发明提供一种衣服回收方法, 包括步骤: 获取预设地理位置范围内若干第一 用户的衣服回收件数及用户地址, 当各个第一用户的衣服回收件数之和大于预 设衣服回收件数吋, 通知回收人员到预设地理位置范围内的各个用户地址进行 衣服回收。 衣服设有衣服质量评估指标, 所述衣服质量评估指标包括衣服买入 吋价格、 衣服新旧程度, 当所述衣服质量评估指标大于预设阈值吋, 所述衣服 回收件数增加; 否则, 衣服回收件数不变。 上传所述第一用户的衣服款式、 图 片信息及新旧程度并形成衣服推荐信息; 获取第二用户的衣服需求信息; 当所 述衣服推荐信息符合所述衣服需求信息吋, 将所述第一用户推荐给所述第二用 户。 上传若干所述回收人员的地理位置信息; 当所述地理位置信息与获取预设 地理位置范围的距离越近, 其对应的回收人员的排列优先级越高。 上传所述回 收人员的车辆可承载重量, 并对所述衣服回收件数对应的重量进行计算; 当所 述车辆可承载信息小于所述衣服回收件数对应的重量; 将对应回收人员从所述 排列剔除。 上传第一所述回收人员的第一地理位置信息及第一车辆可承载重量
; 上传第二所述回收人员的第二地理位置信息及第二车辆可承载重量; 并对所 述衣服回收件数对应的重量进行计算; 当所述第一地理位置信息与第二地理位 置信息的距离在预设距离之内, 且所述第一车辆可承载重量与所述第二车辆可 承载重量之和大于所述衣服回收件数对应的重量, 对所述第一所述回收人员与 所述第二所述回收人员进行通知。
[0034] 本发明还提供一种衣服回收系统, 包括: 地理位置获取模块、 用户数据获取模 块以及数据处理模块, 各个模块网络连接; 所述地理位置获取模块用于获取各 个第一用户的地理位置信息; 所述用户数据获取模块用于获取所述第一用户的 衣服回收件数及用户地址; 所述数据处理模块用户用于获取所述地理位置信息 在预设地理位置范围内的所述第一用户的衣服回收件数及用户地址; 当所述衣 服回收件数之和大于预设衣服回收件数吋, 通知回收人员到预设地理位置范围 内的各个用户地址进行衣服回收。
工业实用性
[0035] 本发明利用地理位置获取模块、 用户数据获取模块以及数据处理模块, 将各个 模块进行网络连接; 利用用户的地理位置信息, 将预设地理范围内的用户衣服 回收件数进行统计, 只有当超过了一定的衣服数量后, 才让回收人员通过用户 地址对用户进行衣服回收。 一方面回收人员不用太频繁地去各个用户家里进行 回收; 另一方面可以预先对回收的衣服进行预先的价值评估, 可以为用户回收 部分成本。 同吋, 建立用户需求与供给的相互关系, 为用户提供社交平台, 具 备工业实用性。
Claims
权利要求书
一种衣服回收方法, 其特征在于, 包括步骤:
获取预设地理位置范围内若干第一用户的衣服回收件数及用户地址, 当所述衣服回收件数之和大于预设衣服回收件数吋, 通知回收人员到 预设地理位置范围内的各个用户地址进行衣服回收。
根据权利要求 1所述的衣服回收方法, 其特征在于, 所述衣服设有衣 服质量评估值, 所述衣服质量评估值由衣服买入吋价格、 衣服新旧程 度来决定, 当所述衣服质量评估值大于预设阈值吋, 所述衣服回收件 数增加。
根据权利要求 1或 2所述的衣服回收方法, 其特征在于, 上传所述第一 用户的衣服款式、 图片信息及新旧程度并形成衣服推荐信息; 获取第 二用户的衣服需求信息; 当所述衣服推荐信息符合所述衣服需求信息 吋, 将所述第一用户推荐给所述第二用户。
根据权利要求 1或 2所述的衣服回收方法, 其特征在于, 上传若干所述 回收人员的地理位置信息; 当所述地理位置信息与获取预设地理位置 范围的距离越近, 其对应的回收人员的排列优先级越高。
根据权利要求 4所述的衣服回收方法, 其特征在于, 上传所述回收人 员的车辆可承载重量, 并对所述衣服回收件数对应的重量进行计算; 当所述车辆可承载信息小于所述衣服回收件数对应的重量; 将对应回 收人员从所述排列剔除。
根据权利要求 1或 2所述的衣服回收方法, 其特征在于, 上传第一所述 回收人员的第一地理位置信息及第一车辆可承载重量; 上传第二所述 回收人员的第二地理位置信息及第二车辆可承载重量; 并对所述衣服 回收件数对应的重量进行计算; 当所述第一地理位置信息与第二地理 位置信息的距离在预设距离之内, 且所述第一车辆可承载重量与所述 第二车辆可承载重量之和大于所述衣服回收件数对应的重量, 对所述 第一回收人员与所述第二所述回收人员进行通知。
一种衣服回收系统, 其特征在于, 包括: 地理位置获取模块、 用户数
据获取模块以及数据处理模块, 各个模块网络连接; 所述地理位置获 取模块用于获取各个第一用户的地理位置信息; 所述用户数据获取模 块用于获取所述第一用户的衣服回收件数及用户地址; 所述数据处理 模块用户用于获取所述地理位置信息在预设地理位置范围内的所述第 一用户的衣服回收件数及用户地址; 当所述衣服回收件数之和大于预 设衣服回收件数吋, 通知回收人员到预设地理位置范围内的各个用户 地址进行衣服回收。
根据权利要求 7所述的衣服回收系统, 其特征在于, 所述的数据处理 模块还连接一衣服质量评估模块; 所述衣服质量评估模块用于当衣服 质量评估值大于预设阈值吋, 所述衣服回收件数增加。
根据权利要求 7或 8所述的衣服回收系统, 其特征在于, 所述的数据处 理模块还连接一衣服推荐模块; 用于获取所述第一用户的衣服款式、 图片信息及新旧程度并形成衣服推荐信息; 获取第二用户的衣服需求 信息; 当所述衣服推荐信息符合所述衣服需求信息吋, 将所述第一用 户推荐给所述第二用户。
根据权利要求 7或 8所述的衣服回收系统, 其特征在于, 所述的数据处 理模块还连接一回收分配模块; 所述回收分配模块用于获取第一回收 人员的第一地理位置信息及第一车辆可承载重量; 及获取第二回收人 员的第二地理位置信息及第二车辆可承载重量; 并对所述衣服回收件 数对应的重量进行计算; 当所述第一地理位置信息与第二地理位置信 息的距离在预设距离之内, 且所述第一车辆可承载重量与所述第二车 辆可承载重量之和大于所述衣服回收件数对应的重量, 对所述第一回 收人员与所述第二回收人员进行通知。
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