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    • 25. 发明授权
    • 비트를 이용한 연어 그라브락스의 제조방법 및 그 연어 그라브락스
    • 通过该方法生产三文鱼格拉夫和三文鱼Gravlax的方法
    • KR101677595B1
    • 2016-11-18
    • KR1020150164391
    • 2015-11-24
    • 박선화
    • 박선화
    • A22C25/00A23B4/023A23B4/10A23B4/24A23B4/26A23B4/03
    • 본발명은비트를이용한비트를이용한연어그라브락스의제조방법및 그연어그라브락스에관한것으로, 더욱상세하게는 (a) 연어를손질하여필렛(fillet)으로준비하는단계와, (b) 소금과설탕의혼합물을용기에뿌리는단계와, (c) 상기뿌려진소금과설탕의혼합물에딜을뿌리는단계와, (d) 상기뿌려진딜에비트를뿌리는단계와, (e) 상기뿌려진비트에상기준비한필렛연어를올려두는단계와, (f) 상기올려둔필렛연어에알코올류를도포하는단계와, (g) 상기알코올류를도포한필렛연어에비트를뿌려필렛연어를덮어주는단계와, (h) 상기비트로덮인필렛연어에딜을뿌려상기비트로덮인필렛연어를덮어주는단계와, (i) 상기딜로덮인필렛연어에소금과설탕의혼합물을뿌리는단계와, (j) 상기소금과설탕의혼합물이뿌려진필렛연어를위생비닐로덮고, 압력을가하는단계와, (k) 상기압력이가해진상태의필렛연어를 0~5℃에서 20~30시간숙성하는단계와, (l) 상기숙성된필렛연어를닦아내는단계를포함하는것을특징으로한다. 본발명에의하면, 연어그라브락스의색택, 식감및 풍미를개선하고, 저장성역시개선하여연어의소비를촉진시키는장점이있다.
    • 27. 发明授权
    • 오토바이용 후진장치
    • 摩托车后轮
    • KR101405149B1
    • 2014-06-10
    • KR1020130116722
    • 2013-09-30
    • 박선화
    • 박선화
    • B62M11/06B62M23/02B60K17/08
    • B60L15/20B60K17/08B62M7/12B62M11/06F16H3/30F16H61/0021F16H61/0031Y02T10/7258
    • The present invention comprises: a housing including a first output hole unit and a second output hole unit; a first output shaft appeared and disappeared on the outside the housing through the first output hole unit, transferring forward power to a forward sprocket, and in which a first output gear is installed; a second output shaft appeared and disappeared on the outside the housing through the second output hole unit, transferring reward power to a reward sprocket, and in which a second output gear is installed; a motor for providing power to the first or the second output shaft; a first solenoid for connecting or disconnecting the first output gear and the forward sprocket by providing power to the first output shaft; a second solenoid for connecting or disconnecting the second output gear and the reward sprocket by providing power to the second output shaft; a speed reduction unit for transferring power to the second shaft by reducing the power of the motor; and a control unit for transmitting a driving signal to the first solenoid, the second solenoid, or the motor according to an operation signal inputted from an operation unit.
    • 本发明包括:壳体,包括第一输出孔单元和第二输出孔单元; 第一输出轴通过第一输出孔单元在壳体的外部出现并消失,将前馈功率传递到前链轮,并且其中安装有第一输出齿轮; 第二输出轴通过第二输出孔单元在壳体的外部出现并消失,将奖励动力传递到奖励链轮,并且其中安装有第二输出齿轮; 用于向第一或第二输出轴提供动力的电动机; 第一螺线管,用于通过向第一输出轴提供动力来连接或断开第一输出齿轮和前链轮; 第二螺线管,用于通过向所述第二输出轴提供动力来连接或断开所述第二输出齿轮和所述奖励链轮; 减速单元,用于通过减小电动机的功率将功率传递到第二轴; 以及控制单元,用于根据从操作单元输入的操作信号将驱动信号发送到第一螺线管,第二螺线管或马达。
    • 28. 发明公开
    • 유골분 자동 밀봉 장치
    • PULVERIZED BONES自动包装设备
    • KR1020110040553A
    • 2011-04-20
    • KR1020090097869
    • 2009-10-14
    • 황노연이현수박선화황정진
    • 황노연이현수박선화황정진
    • A61G17/08
    • PURPOSE: A device for automatically packing pulverized bone is provided to enhance the appearance of an airtight container by removing the need for a bonding part using ultrasonic bonding. CONSTITUTION: A device for automatically packing pulverized bone comprises a cinerary container(101), a transfer unit(110), and a sealing unit(120). The cinerary container comprises a base(103) and a cap(102). The base comprises a hole for accepting pulverized bone. The cap is coupled to the base to cover the hole. The transfer unit transfers the base and the cap which are separated. The sealing unit sends the pulverized bone from the transfer unit to the base and bonds the cap to the base. The sealing unit comprises a turn table(130), an injection unit(160), a transfer unit, and a welding unit(170).
    • 目的:提供一种用于自动包装粉碎骨的装置,通过消除使用超声波接合的粘合部件的需要来增强气密容器的外观。 构成:用于自动包装粉碎骨料的装置包括行李箱(101),转运单元(110)和密封单元(120)。 该行程容器包括基座(103)和盖子(102)。 底座包括用于接受粉碎骨的孔。 盖连接到基座以覆盖孔。 传送单元传送分离的底座和盖子。 密封单元将粉碎的骨从转移单元发送到基底并将盖粘合到基部。 密封单元包括转台(130),注射单元(160),转移单元和焊接单元(170)。
    • 30. 实用新型
    • 냉각 온도 조절 회로
    • 冷却温度控制电路
    • KR2019950009543U
    • 1995-04-21
    • KR2019930019556
    • 1993-09-25
    • 박선화
    • 박선화
    • F25D29/00
    • 본고안은생맥주냉각기및 음료용빙수, 사진인화현상용냉각기둥의냉각장치의냉각온도콘트롤러의온도감지회로에관한것으로서, 특징은일반냉각응용기계에서사용하는저온냉각(약 -25℃) 방식이아니고고온냉각(약 0℃~-10℃) 방식을채택하고있다. 이는간접냉매로서물을이용냉각시압축, 응축, 증발, 흡입작용을신속히이루게하여냉각시간을단축하고간접냉매의저온결빙을방지하기위함이며, 열교환후상승된냉매온도를신속히복원할 수있기때문이다. 이와같은본 고안의조절방식은일반적인저온조절기의바이메탈과같은기계적방식의문제점인온도감지범위의편차 ±2.5℃~3℃가있기때문에피냉각액체가결빙될 가능성이있으므로이 방식을배제하고간접냉매로사용되는물의전기적저항을이용물의액체상태의저항과고체상태즉 결빙상태의저항차를이용하여궁극적으로냉각콤프레서의동작을제어하는방식의냉각온도조절회로.