Front-Line Support · Military Camps in Action | Seeking Support Capability Through Innovation
一线保障·军营在行动丨向创新要保障力
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Provenance
| Desk | China Desk |
|---|---|
| Publishing institution | CMC Political Work Department |
| Source outlet | PLA Daily (解放军报) |
| Source language | zh-Hans |
| Source-stated publication date | 2026-09-09 |
| Original URL | http://www.81.cn/yw_208727/16484555.html |
| Collected at | 2026-09-09 17:00:35 |
| Content fingerprint | 95b3ce8d928adac778aedb71d8d22cf1bcfe7e1b81266fb8b693012e219a24a8 |
| Collection run | 134 |
| Analysis model | claude-sonnet-4-6 |
| Prompt version | v1 |
Stored source text
某部为装备调试操作间布设温湿度传感器 岛礁战位有了“预警网” 解放军报讯 庆勇、记者王凌硕报道:某海域热浪翻涌,连日来,驻守在岛礁上的某部官兵全力开展装备调试等作业。 “以往,操作间温湿度主要靠人工测量,不仅费时费力,数值还容易出现偏差。不仅如此,有时温湿度调控不及时,导致作业被迫中断,影响工作连续性。”该部领导告诉记者,驻地常年湿热,为破解闷热环境下施工难题,他们采纳基层官兵建议,在操作间内全域布设温湿度传感器,实时监测作业间温湿度状态,值班室根据传感器提示,及时调控作业间温湿度,确保作业环境始终符合相关要求。 上午10点,记者进入操作间看到,传感器捕捉到热负荷攀升趋势,自动将高温预警信息推送至值班室。值班指挥员观察到温湿度指标异常后,立即下令:开启除湿设备、关停非必要作业负载、打开备用通风通道。很快,值班室大屏幕上的红色预警图标消失,操作间内的温湿度数值回到正常区间。 该部领导介绍,他们还依托大数据分析平台,全天候动态研判热环境变化,提前做好操作间温湿度调控方案,有效提升工作效率。 操作间内,战士小胡所在班组正在进行装备调试。主操作手紧盯屏幕、记录手同步录入、安全员监控装备状态,班组成员密切协作,连续工作数小时,高效完成调试任务。“如今,战位如同布设了‘预警网’,作业过程不会因温湿度指标异常而中断了。”小胡说。 某支队加装导风管改善闷罐式作业环境 潜艇底舱吹来“穿堂风” 解放军报讯 茆琳、记者王凌硕报道:夏末秋初,胶东某军港,海风裹挟着湿热的水汽扑面而来。码头上,海军某潜艇支队一场潜艇蓄电池回装作业正紧锣密鼓进行。 “蓄电池是潜艇水下潜航的‘动力心脏’,回装工序精密复杂、耗时较长。”该支队领导介绍,天气闷热潮湿,加上潜艇底舱密闭狭窄、空气流通不畅,作业官兵工作没多久就满身大汗,作业服湿了又干、干了又湿,不少战友因此患上湿疹等皮肤疾病。 “任务节点紧迫,工作进度容不得半点拖延,但官兵身体健康同样不容忽视。”支队党委了解情况后,决定发挥官兵智慧,为作业官兵创造良好工作环境。他们广泛收集来自基层一线的“金点子”,打出一套“组合拳”——优化风机位置布局,在潜艇底舱加装导风管;接入作业舱外部冷源,与艇上原有通风系统联动置换湿热空气,有效改善舱室闷罐式作业环境。 与此同时,该支队针对每日天气情况灵活调整施工计划,避开正午闷热时段集中开展作业;推行分组轮换、以老带新作业机制,合理调配人力,确保任务稳步推进。 记者在任务现场看到,官兵一丝不苟展开电池搬运、对位、安装、调试工作。“底舱吹来‘穿堂风’,作业环境得到有效改善,大家工作劲头更足了。”一名战士对记者说。 日前,该支队提前完成蓄电池回装任务,全体艇员继续忙碌在各自战位,为即将展开的远海训练做好准备。 短 评 向创新要保障力 ■陈小菁 某部为战位布设“预警网”,某潜艇支队在潜艇底舱加装导风管,看似改善作业环境的微创新,实则是保障理念的深层革新。这两则新闻折射同一个道理:保障力就是战斗力。 保障创新的源头活水,从来不在冰冷的图纸上,而是根植于火热基层实践,涌动在官兵智慧之中。在操作间全域布设温湿度传感器、优化风机位置布局并加装导风管,这些优化改良、创新设计的“金点子”“小妙招”,不仅助推了保障效能显著提升,更有效破解了战斗力建设难题。 这两则新闻启发我们,平时训练中,必须牢固树立“向创新要保障力”理念,大胆运用新手段,积极探索新模式,以务实举措解决好各种难点堵点问题,为部队战斗力生成提供有力支撑。
Summary
Machine summary
Officers and soldiers at an unidentified PLA unit garrisoned on island and reef positions installed networked temperature and humidity sensors in equipment calibration rooms, while a Navy submarine brigade at a Jiaodong-region port retrofitted air deflector ducts and an external cold source into submarine lower compartments to address heat and humidity during battery reinstallation operations. The article frames both as instances of 微创新 (micro-innovation) driven by grassroots suggestions, with the commentary explicitly equating support capability to combat capability under the slogan 向创新要保障力. The piece documents baseline garrison and maintenance conditions in South China Sea island postings and submarine units rather than a capability shift, and its value is as a record of how PLA Daily frames bottom-up logistics problem-solving as a contribution to combat readiness — the specific units, formation designators, and locations are withheld.
What this record supports
- Source record This item was published at the URL above on the date the source stated.
- Official claim Its contents are that institution's assertions.
It does not establish that the described events occurred, that any capability exists, or that the institution's stated position is its actual policy.
Cite this record
Source text. CMC Political Work Department. "一线保障·军营在行动丨向创新要保障力." PLA Daily (解放军报), 2026-09-09. http://www.81.cn/yw_208727/16484555.html.
As held. Indo-Pacific Record, China Desk Corpus, Record 4011, Snapshot — 2026-09-09 (4,014 records).