贝尔关于听力和语言的研究帮助他更进一步的去试验助听设备。
Bell's research on hearing and speech further led him to experiment with hearing devices.
三种来自日本的协助犬——两只导盲犬、一只助听犬和两只介助犬将演示如何帮助残疾人。
Three types of assistance dogs from Japan: two guide dogs , a hearing dog and two mobility dogs , will show how they help disadvantaged people.
有听力障碍但佩戴助听设备能够达到以上条件的，可以申请小型汽车、小型自动挡汽车准驾车型的机动车驾驶证。
However, the hearing impaired applicant who wear a hearing-aid equipment to achieve the above conditions may apply for a small car, small car-based quasi-Automatic car motor vehicle driving license.
她父母说有一种10000卢比的助听设备可以帮助她，但他们负担不起这笔费用。
Her parents say that there is a hearing aid machine worth Rs. 10000 that can help her but they can't afford it.
助听辅助犬对听力损伤严重的人有着巨大的帮助。
Hearing dogs for the deaf can be invaluable to people with a profound hearing loss.
目的：比较模拟助听器与全数字助听器对中重度老年性听力障碍患者的助听效果。
Objective: To compare the hearing effects of imitating and digital hearing AIDS on middle and serious elder deafness.
直到近年来，随着现代助听以及耳蜗植入设备的开发，听力障碍病人的生活才有了改善，不过，有了新技术。
Life has only recently got better for hard of hearing patients with the development of modern hearing AIDS and cochlear implants.
在声场测听条件下，对17名儿童（33耳）进行助听前和助听后的声场听阈测试。
The present study has tested unaided and aided thresholds of 17 children (33 ears)in sound field.
本病目前没有有效的治疗方法，但及时助听语训，对病儿的言语语言发育是有效的。
To date, there are no effective therapies available, but prompt training in hearing and speaking is effective in the language speaking development of the sick children.
针对聋哑儿童，在景观设计中特别添加照明系统与助听系统，对聋哑儿童的活动提供更多的可能。
For deaf children, particularly in landscape design add a lighting system and assistive listening systems, hearing AIDS may provide more activities.
今年的铜奖得主是由香港中文大学（Chinese UniversityofHongKong）与尚普有限公司（XimplarLtd。）共同开发的一款产品，它能将日常使用的消费电子产品变成助听设备。
This year's Bronze-prize winner, developed by the Chinese University of Hong Kong and Ximplar Ltd. , turns everyday consumer electronics into hearing-enhancement devices.
今年的铜奖得主是由香港中文大学（Chinese UniversityofHongKong）与尚普有限公司（XimplarLtd。）共同开发的一款产品，它能将日常使用的消费电子产品变成助听设备。
This year's Bronze-prize winner, developed by the Chinese University of Hong Kong and Ximplar Ltd. , turns everyday consumer electronics into hearing-enhancement devices.
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