Point Conditions and Configuration Judgment of K/L Kiosk Procurement and Integration Scheme for Outdoor Scenic Spots

Release date: 2026-10-31

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Outdoor Scenic Kiosk · B2B Solution

K/L Kiosk Deployment and Configuration Scheme for Outdoor Scenic Spots

Most of the problems in Kiosk procurement in outdoor scenic spots are not in the model itself, but in the point condition, it has not become a configurable input. According to the actual deployment conditions of the moving line of the scenic spot, this scheme explains what roles the K-type and L-type assume at what points, what conditions the protection and temperature control are layered, and how the software and hardware boundaries are divided after delivery.

Completely open point
Semi-outdoor shelter point
coastal high-humidity environment
Unattended Deployment
Multi-point decentralized operation

Procurement card point

Outdoor Kiosk procurement in scenic spots is most often stuck in these three places.

It's not a question of choosing the wrong model, it's a question of not locking the conditions. The following three types of situations occur most frequently in scenic spots.

The position conditions are not clear, and the configuration depends on the supplier's guess.

The entrance square and the side of the covered visitor center have completely different requirements for protection and heat dissipation. When inquiring, only "for outdoor scenic spots" is written. Suppliers can only quote according to the most conservative configuration. Purchasers either pay more or change the plan repeatedly.

The "outdoor" as a unified standard

Completely open air, semi-outdoor, with fixed shading, are three different deployment conditions. With the same set of configuration to set all points, problems such as unclear screen reading, overheating in summer, condensation erosion and the like are easy to occur after delivery.

Blurred hardware and software liability boundaries

After the equipment arrives, who will dock the navigation software, how long the equipment can last when the network is disconnected, who will be responsible for the remote management, the inquiry phase is not locked, and it is easy to wrangle repeatedly on the interface and operation and maintenance after delivery.

Model and moving line

What problems do K-type and L-type solve respectively in the moving line of scenic spots

The model is not introduced in isolation, but is directly bound to the type of scenic spot: what kind of spot, what kind of shape it tends to be, and what are the prerequisites.

Type K · Entrance and Distribution Area

Entrance/distribution plaza/main entrance of visitor center

The core features of this point are the concentration of people, the short residence time, the need for long-distance visibility and rapid reach.

The forward-leaning interactive surface reduces the hesitation of visitors to bend over and raise their arms, and can be operated naturally when standing up.
The large format can still keep the content readable when many people are watching.
Suitable as a fixed service anchor on the moving line at the entrance of the scenic spot.

Premise: Basic shading or shady surface is required for the point. For all-day direct entrance points, first talk about the installation angle or shading structure, and then talk about the model.

Type L · Secondary Point

Next to the trail/edge of the viewing platform/sheltered rest node

This kind of point has lower requirements for visual impact than the entrance, and higher requirements for stable work without blocking the moving line, occupying no space and under limited shielding.

Compact footprint, welt installation, suitable for secondary points with limited space
The protection level is reduced according to the actual degree of shielding, and it is not necessary to quote completely open air.
Suitable for moving line combination forming the same scenic spot with entrance K type

It is normal to mix K-type and L-type in the same scenic spot. The key is to lock the shielding, orientation, power supply and network conditions of their respective points respectively.

Selection and configuration stratification

According to the point condition adjustment configuration, not according to the "outdoor" one-size-fits-all

The degree of shielding determines the starting point for the configuration of protection and heat dissipation. In the same scenic spot, different points should have been allocated at different levels.

Point shielding conditions	Protection and Heat Dissipation Configuration Starting Point	Description
There is a ceiling/under the eaves of the building/shaded back	IP54 level protection standard heat dissipation scheme	Most scenic spots can be configured according to this starting point, and there is no need to quote completely in the open air to avoid paying for useless configurations.
Completely open air, without any shelter	IP65 is the bottom line, heat dissipation goes to the closed scheme	You can't use ventilation openings to replace heat dissipation-the IP rating is no longer valid at the moment of opening. Heat dissipation is configured according to actual heat load.
Coastal/High Humidity/Heavy Dust	The protection goes up one gear, and the sealing and surface treatment are matched simultaneously.	The influence of salt spray and moisture cannot be solved by changing an IP number alone, and the sealing strategy and surface treatment need to be adjusted together.
Overlap with peak passenger flow during all-day direct shooting and west sun periods	亮度往上走一档 + 自动感光调节	不靠堆亮度硬接。会建议先看遮阳改造或安装角度调整，再确认整机配置。

SOFTWARE · A

已有导览平台

景区自有系统或集成商已有平台，工厂负责硬件与接口配合，不默认承担内容运营责任。

SOFTWARE · B

需要基础内容能力

由供应商提供内容发布和远程管理的基础能力，按可交付范围界定，不写成"软件全包"。

SOFTWARE · C

尚未确定

在询盘阶段说明，一起梳理软件归属和数据流向，再决定硬件接口与交付边界。

户外技术路径

景区常见失效场景，与对应的常规技术路径

户外技术不是一张确认清单，而是"失效场景 → 常规路径 → 询盘时要确认什么"的对应关系。参数以实际方案为准，不在方案页写死上限。

屏幕读不清 · 日照与朝向

失效场景

西晒入口、无遮阳的集散广场，下午屏幕发白，游客凑近也读不清路线。

常规路径

有遮阳或非直射点位用常规亮度配置覆盖；直射时段与客流高峰重叠的点位，亮度往上走一档并确认自动感光调节在工作。

Confirmation required

屏幕主要朝向、下午几点到几点被晒到。

夏天过热 / 冬天过冷 · 散热与温控

失效场景

完全露天点位密封做得好但散热没配套，高温时段降频甚至关机；寒冷地区启动困难。

常规路径

封闭式散热方案，按实际热负载配置；寒冷地区配加热模块，触发逻辑比标称温度数字更重要。

Confirmation required

点位气候背景：湿热 / 沿海 / 寒冷 / 昼夜温差大 / 常规。

凝露侵蚀 · 高湿与沿海环境

失效场景

玻璃背面形成冷凝水，长期侵蚀显示模组。这比高温更隐蔽，往往在交付数月后才暴露。

常规路径

防凝露加热逻辑 + 密封策略配套，不单靠一个 IP 数字解决。

Confirmation required

是否沿海、是否高湿、昼夜温差情况。

触摸误触 / 灰尘 / 人为接触 · 结构与防护

失效场景

景区人流大、触摸频繁，粉尘与雨水从接口区进入，儿童频繁操作带来额外接触负荷。

常规路径

常规防破坏钢化玻璃 + 密封结构，接口区做防护处理；不承诺超出常规配置的防破坏等级。

Confirmation required

点位人流密度、是否有儿童频繁操作、是否需要额外防破坏考虑。

断网与网络不稳：景区网络覆盖不稳定、旺季拥堵时，设备容易变成一块黑屏。常规路径是按条件预留离线运行能力、本地缓存策略与远程管理方案。询盘时说明有线还是无线、断网时需要撑多久、能否接受降级运行，配置里会体现出来。

交付与运维边界

交付之后，谁负责什么

景区点位分散、无人值守，运维边界在询盘阶段说清，比交付后扯皮的成本低得多。

硬件运维

工厂负责硬件质保范围内的故障处理
备件策略按项目条件约定
远程状态监控与故障告警作为常规能力提供

Software and Content

景区自有平台：工厂配合接口与硬件层问题
不默认承担内容运营责任
供应商提供内容管理能力时，按约定范围承担软件侧运维

现场服务

分散点位、无人值守场景优先远程处理
需要现场服务的，按项目条件约定响应方式
把远程运维能覆盖的范围在交付前说清楚

Project process

从询盘到交付，每一步需要什么输入

流程本身不复杂，复杂的是每一步缺了什么。下面把关键输入和对应动作列清楚。

STEP 01

询盘与条件收集

采购方提供点位类型、遮护情况、屏幕朝向、气候背景、电源与网络条件、软件归属、数量与期望交付时间。

STEP 02

配置判断与报价

按点位条件给出配置组合和报价。特殊尺寸、异形结构、外设集成按项目评估，不在标准品范围内默认承诺。

STEP 03

交付与安装配合

明确硬件、软件、接口、现场安装各由谁负责；海外项目说明认证、电压、物流清关的基本配合方式。

STEP 04

Acceptance and O & M Handover

按约定条件验收；远程管理权限与运维接口在交付时移交，避免上线后找不到责任人。

Frequently Asked Questions

询盘前最常卡住的几个问题

Q有顶棚的点位还需要按完全露天的防护等级报吗？

多数有顶棚点位按 IP54 级别配置即可满足，具体看淋雨和溅水情况。把安装位置照片发过来，可以一起判断需要报到哪一档。

QK型和 L型可以混用在同一个景区吗？

可以，而且很常见。入口用 K型、二级点位用 L型是典型的动线组合，关键是分别锁定各自点位的遮护、朝向和电源网络条件。

Q断网时设备还能用吗？

取决于软件方案是否预留离线运行能力。询盘时说明网络条件和可接受的降级范围，会在配置中体现，而不是交付后才发现。

Q沿海景区的盐雾问题怎么处理？

防护等级往上走一档，同时密封和表面处理策略要配套调整。只改一个 IP 数字，解决不了盐雾对结构和接口的长期影响。

Q能不能做特殊尺寸或加打印、扫码模块？

标准品有固定范围，特殊尺寸和外设集成按项目条件评估。我们不把"什么都能做"写进方案页，但可以针对具体点位给出可行性判断。

Q项目在海外，认证和电压问题怎么配合？

认证、电压规格、物流清关按项目所在区域说明基本配合方式，具体清单在方案阶段确认，不在方案页展开成认证百科。

带着点位条件来，我们帮你判断配置方向

不需要先确定 K型还是 L型。把安装位置、遮护情况、朝向和电源网络条件说清，回复会是一个配置判断，而不是一张标准报价单。

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