JP3219760U

JP3219760U - Wireless communication device

Info

Publication number: JP3219760U
Application number: JP2018004135U
Authority: JP
Inventors: 張紅梅
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-25
Filing date: 2018-10-25
Publication date: 2019-01-24
Anticipated expiration: 2028-10-25

Abstract

【課題】構造は簡単で、通信能力及び携帯性の課題を解決する無線通信装置を提供する。
【解決手段】無線通信装置は、装置本体１を含み、装置本体の正面に表示パネル２が嵌入されており、装置本体の正面における上端に受話器が、下端に送話穴３がそれぞれ備えられており、装置本体の上端に接続装置によって２本の信号アンテナが接続されており、それぞれ第一の信号アンテナ５と第二の信号アンテナ６であり、第一の信号アンテナと第二信号アンテナの両上端が接続棒を介して接続されており、接続棒が一方向角運動棒であり、一方向角運動棒は固定段７と角運動段８とを含み、固定段と角運動段はいずれも中空状に構成されており、固定段内に第一の信号補強受信器１０が、角運動段内に第二の信号補強受信器１１がそれぞれ設置されており、固定段と角運動段はいずれも信号受信穴９を開口している。これにより、ノイズ信号を大きく減少させ、信号対雑音比を増加させ、受信信号を効果的に拡大する。
【選択図】図１A wireless communication apparatus having a simple structure and solving the problems of communication capability and portability is provided.
A wireless communication device includes a device main body, a display panel is fitted on the front of the device main body, a receiver at the upper end of the front of the device main body, and a transmission hole at the lower end. In addition, two signal antennas are connected to the upper end of the apparatus main body by a connecting device, which are a first signal antenna 5 and a second signal antenna 6 respectively, both of the first signal antenna and the second signal antenna. The upper end is connected via a connecting rod, the connecting rod is a unidirectional angular motion rod, the unidirectional angular motion rod includes a fixed stage 7 and an angular motion stage 8, and both the fixed stage and the angular motion stage are The first signal reinforcement receiver 10 is installed in the fixed stage, and the second signal reinforcement receiver 11 is installed in the angular motion stage. Also, the signal receiving hole 9 is opened. This greatly reduces the noise signal, increases the signal to noise ratio, and effectively expands the received signal.
[Selection] Figure 1

Description

本考案は、通信設備の領域に関し、特に無線通信装置に関する。 The present invention relates to the area of communication equipment, and more particularly to a wireless communication apparatus.

科学と技術の発展につれて、無線通信やレモート通信は最も用いられているコミニケーションの手段となってくる。よく見られる無線通信装置として、携帯電話、インターホンなどがあげられる。携帯電話の薄型化要求に応じて、携帯電話における通信ユニット及び信号アンテナが大幅に小型化されている。ところが、一般的に、携帯電話の通信能力の強さが携帯電話の信号アンテナに比例しているが、この意味では、従来から流行っている携帯電話は外観を見栄え良くデザインしている反対、通信能力が下げられる。 With the development of science and technology, wireless communication and remote communication become the most used communication means. Commonly used wireless communication devices include mobile phones and intercoms. In response to the demand for thinner mobile phones, communication units and signal antennas in mobile phones are greatly reduced in size. However, in general, the strength of mobile phone communication is proportional to the signal antenna of the mobile phone. In this sense, mobile phones that have been popular in the past have been designed with a good appearance and communication. Ability is lowered.

通信基地局から全地域までカバーする都市において、一般的な携帯電話が正常な通信能力を維持することはできるが、通信基地局から遠い位置にある海、砂漠や山岳地帯など、特に山奥と高海抜地区において、携帯電話やインターホンの通信能力が低くなるという問題がでてくる。もし海、砂漠や山岳地帯で仕事、探査、救援をする人々が普通の携帯電話を使っているとしたら、断続のないはっきりした通信ができなくなることにより、情報の遅延に繋がり、さらに、経済的損失や人命事故を引き起こす場合があり、大きな迷惑をかける。 In a city that covers all areas from a communication base station, a normal mobile phone can maintain normal communication capability, but the sea, desert, and mountainous areas far away from the communication base station, especially in the mountains and high areas In the area above sea level, there is a problem that the communication capability of mobile phones and intercoms is lowered. If people working, exploring and helping in the sea, deserts and mountainous areas are using regular mobile phones, they will not be able to communicate clearly and seamlessly, leading to information delays and economics. It can cause loss and human life, causing great inconvenience.

本実用新案の目的は、無線通信装置を提供することにあり、上記の通信能力の不足という課題を解決することにある。 The purpose of this utility model is to provide a wireless communication device, and to solve the above problem of insufficient communication capability.

上記の目的を実現するために、本実用新案の技術方案は、以下の通りである。
無線通信装置は、装置本体を含み、前記装置本体の正面に表示パネルが嵌入されており、前記装置本体の正面における上端に受話器が、下端に送話穴がそれぞれ備えられており、前記装置本体の上端に固定軸によって２本の信号アンテナが接続されており、それぞれ第一の信号アンテナと第二の信号アンテナであり、前記第一の信号アンテナと前記第二信号アンテナの両上端が接続棒を介して接続されており、前記接続棒が一方向角運動棒であり、前記一方向角運動棒は固定段と角運動段を含み、前記固定段と前記角運動段はいずれも中空状に構成されており、前記固定段内に第一の信号補強受信器が、前記角運動段内に第二の信号補強受信器がそれぞれ設置されており、前記固定段と前記角運動段はいずれも信号受信穴を開口している。 In order to realize the above object, the technical solution of the utility model is as follows.
The wireless communication device includes a device main body, a display panel is fitted in the front of the device main body, a receiver is provided at the upper end of the front of the device main body, and a transmission hole is provided at the lower end. Two signal antennas are connected to the upper ends of the first and second signal antennas by a fixed shaft, respectively, and both upper ends of the first signal antenna and the second signal antenna are connected rods. The connecting rod is a unidirectional angular motion rod, the unidirectional angular motion rod includes a fixed stage and an angular motion stage, and both the fixed stage and the angular motion stage are hollow. A first signal reinforcement receiver is installed in the fixed stage, and a second signal reinforcement receiver is installed in the angular motion stage, both of the fixed stage and the angular motion stage. The signal receiving hole is opened.

本実用新案は、２本の信号アンテナを追加するとともに、信号補強受信器を追加する。信号アンテナと信号補強受信機はいずれも無線通信装置における信号処理ユニットに接続される。これによって、ノイズ信号を大きく減少させ、信号対雑音比を増加させ、受信信号を効果的に拡大する。これによって、通信基地局から遠い位置にある海、砂漠や山岳地帯など、特に山奥と高海抜地区において効果的かつ早速な通信要求が満たされる。また、信号補強受信器が接続棒内に配置されるので、信号が強まるようになるとともに、美観に影響しない。しかも、接続棒は、コネックタとして無線通信装置をユーザの体や他の箇所に掛けるように用いられてもよい。紛失などを避けて、使用に便利である。 The utility model adds two signal antennas and a signal reinforcement receiver. Both the signal antenna and the signal reinforcement receiver are connected to a signal processing unit in the wireless communication apparatus. This greatly reduces the noise signal, increases the signal-to-noise ratio, and effectively expands the received signal. As a result, effective and prompt communication requirements are satisfied, particularly in the mountains and high altitude areas such as the sea, deserts and mountainous areas far from the communication base station. Further, since the signal reinforcement receiver is disposed in the connecting rod, the signal is strengthened and the aesthetic appearance is not affected. Moreover, the connecting rod may be used as a connexer so as to hang the wireless communication device on the user's body or other places. Convenient to use, avoiding loss.

好ましい方案として、前記接続装置が固定軸である。 As a preferred method, the connecting device is a fixed shaft.

好ましい方案として、前記固定段と角運動段の接続部位に斜面が設けられている。これによって、接続の確実性を向上させる。 As a preferred method, a slope is provided at a connection portion between the fixed stage and the angular motion stage. This improves the connection reliability.

本実用新案の有益な効果は、本実用新案の構造は簡単であり、現状の通信能力の不足及び携帯性が低いという課題を解決することにある。ノイズ信号を大きく減少させ、信号対雑音比を増加させ、受信信号を効果的に拡大する。これによって、通信基地局から遠い位置にある海、砂漠や山岳地帯など、特に山奥と高海抜地区において効果的かつ早速な通信要求が満たされる。また、信号補強受信器が接続棒内に配置されるので、信号が強まるようになるとともに、美観に影響しない。探検や救済の際に、通信を行うことに非常に有利である。 The beneficial effect of the utility model is to solve the problem that the structure of the utility model is simple and the current communication capability is insufficient and the portability is low. It greatly reduces the noise signal, increases the signal-to-noise ratio, and effectively expands the received signal. As a result, effective and prompt communication requirements are satisfied, particularly in the mountains and high altitude areas such as the sea, deserts and mountainous areas far from the communication base station. Further, since the signal reinforcement receiver is disposed in the connecting rod, the signal is strengthened and the aesthetic appearance is not affected. It is very advantageous to communicate during exploration and rescue.

図１は、本実用新案の実施例を示す図である。FIG. 1 is a diagram showing an example of the utility model.

装置本体 1
表示パネル 2
送話穴 3
スピーカー 4
第一の信号アンテナ 5
第二の信号アンテナ 6
固定段 7
角運動段 8
信号受信穴 9
第一の信号補強受信器 10
第二の信号補強受信器 11
固定軸 12 Main unit 1
Display panel 2
Transmission hole 3
Speaker 4
First signal antenna 5
Second signal antenna 6
Fixed stage 7
Angular movement stage 8
Signal receiving hole 9
First signal reinforcement receiver 10
Second signal reinforcement receiver 11
Fixed shaft 12

以下、図面とともに本実用新案について、さらに説明する。以上の記述は、本実用新案の比較的優れた実施例であって、本実用新案の制限に用いてはならない。 The utility model will be further described below with reference to the drawings. The above description is a comparatively excellent example of the utility model, and should not be used to limit the utility model.

実施例
図１に示すように、無線通信装置は、装置本体1を含み、前記装置本体1の正面に表示パネル2が嵌入されており、前記装置本体1の正面における上端に受話器4が、下端に送話穴3がそれぞれ備えられており、前記装置本体1の上端に固定軸12によって２本の信号アンテナが接続されており、それぞれ第一の信号アンテナ5と第二の信号アンテナ6であり、前記第一の信号アンテナ5と前記第二信号アンテナ6の両上端が接続棒を介して接続されており、前記接続棒が一方向角運動棒であり、この一方向角運動棒は固定段7と角運動段8を含み、前記固定段7と角運動段8の接続部位に斜面が設けられることによって、接続の確実性を向上させ、前記固定段7と角運動段8はいずれも中空状に構成されており、前記固定段7内に第一の信号補強受信器10が、角運動段8内に第二の信号補強受信器11がそれぞれ設置されており、前記固定段7と角運動段8はいずれも信号受信穴9を開口している。 As shown in FIG. 1, the wireless communication device includes a device main body 1, a display panel 2 is fitted on the front of the device main body 1, and a receiver 4 is connected to the upper end of the front of the device main body 1. Are respectively provided with two signal antennas connected to the upper end of the apparatus main body 1 by a fixed shaft 12, which are a first signal antenna 5 and a second signal antenna 6, respectively. The upper ends of the first signal antenna 5 and the second signal antenna 6 are connected via a connecting rod, and the connecting rod is a unidirectional angular motion rod, and the unidirectional angular motion rod is a fixed stage. 7 and an angular motion stage 8, and a slope is provided at the connecting portion of the fixed stage 7 and the angular motion stage 8, thereby improving the connection reliability. Both the fixed stage 7 and the angular motion stage 8 are hollow. In the fixed stage 7, the first signal reinforcement receiver 10 is squarely operated. A second signal reinforcement receiver 11 is installed in each moving stage 8, and both the fixed stage 7 and the angular motion stage 8 open a signal receiving hole 9.

Claims

The wireless communication device includes a device main body, a display panel is inserted in the front of the device main body, a receiver is provided at the upper end of the front of the device main body, and a transmission hole is provided at the lower end. Two signal antennas are connected to the upper end of the apparatus main body by a fixed shaft, which are a first signal antenna and a second signal antenna, respectively, and both upper ends of the first signal antenna and the second signal antenna are The connecting rod is connected via a connecting rod, the connecting rod is a unidirectional angular motion rod, the unidirectional angular motion rod includes a fixed stage and an angular motion stage, and both the fixed stage and the angular motion stage are The first signal reinforcement receiver is installed in the fixed stage, and the second signal reinforcement receiver is installed in the angular motion stage. All open the signal receiving hole That, the radio communication apparatus characterized by.

The wireless communication device according to claim 1, wherein the connection device is a fixed shaft.

The wireless communication apparatus according to claim 1, wherein an inclined surface is provided at a connection portion between the fixed stage and the angular movement stage.