Please select the most similar patent number from A, B, C and D. Which number is?
Disclosed is an automatic biological sample library (10), comprising a framework (100), an upper computer (140), a control system, a liquid nitrogen tank (200), a heat preservation chamber (300), a transfer container (400), a rotary disk rotating module (500), a basket lifting module (510), a shovel disk module (520), a tube picking module (530) and a transfer module (540), wherein the rotary disk rotating module, the basket lifting module, the shovel disk module, the tube picking module and the transfer module are electrically connected to the control system. The automatic biological sample library comprises the upper computer and the control system; operation of the rotary disk rotating module, the basket lifting module, the shovel disk module, the tube picking module and the transfer module can be automatically controlled, such that automatic storage and extraction of biological samples are achieved; human interference is reduced; the safety, reliability and convenience of storage and taking are improved; and automatic data management, data sharing and data analysis of biological sample information are realized.
A: Disclosed is a laser pulse thawing system for automated non-contact biological samples, comprising: a main control module (1), a laser pulse generation subsystem (2), a sample identification subsystem (3) and a sample transmission subsystem (4). The main control module (1) is used for controlling the laser pulse generation subsystem (2), the sample identification subsystem (3) and the sample transmission subsystem (4) respectively and enabling a cooperative work among the laser pulse generation subsystem (2), the sample identification subsystem (3) and the sample transmission subsystem (4). The sample identification subsystem (3), the laser pulse generation subsystem (2) and the sample transmission subsystem (4) work cooperatively to complete rapid automated non-contact thawing and recording of the samples; and the new technology of laser thawing is applied to actual production, the whole process from sample removal to thawing recovery can be automatically completed to make the process control precise and improve the working efficiency.
B: A capacitor automated production control system and a production method. The system is applied to a capacitor production device, and comprises: a glue filling control module (11) for acquiring a glue filling parameter, receiving glue filling state data sent by a glue filling apparatus (21), and displaying the glue filling parameter and the glue filling state data; an impregnation control module (12) for acquiring an impregnation parameter, receiving impregnation state data sent by an impregnation apparatus (22), and displaying the impregnation parameter and the impregnation state data; an encapsulation control module (13) for acquiring an encapsulation parameter, receiving encapsulation state data sent by an encapsulation apparatus (23), and displaying the encapsulation parameter and the encapsulation state data; and a main control module (10) for determining a production control instruction according to the glue filling parameter, the impregnation parameter and the encapsulation parameter, and controlling, according to the production control instruction, the glue filling apparatus (21), the impregnation apparatus (22) and the encapsulation apparatus (23) to perform automated glue filling, impregnation, encapsulation and periodical quality testing. The system and production method realize fully automated production throughout the production process, thereby improving production efficiency and reducing production costs.
C: Provided is a biological sample repository comprising a repository box body (1), multiple cryopreservation tanks (2) and an automatic transfer mechanism (3), wherein at least one of the cryopreservation tanks (2) and the automatic transfer mechanism (3) are both arranged in the repository box body (1); a delivery window (101) is provided in the repository box body (1); and the automatic transfer mechanism (3) receives a transit tank (4) that stores a freezing tube and is delivered from the outside through the delivery window (101), and the automatic transfer mechanism (3) transfers the freezing tube in the received transit tank (4) into the cryopreservation tank (2). The biological sample repository solves the problem in the prior art that biological sample repositories cannot ensure whole cold-chain protection, thereby increasing the damage risk in storage of biological samples, and also solves the problem in the prior art that cryopreservation tanks are very inconvenient to transport. Further provided is a storage method for a biological sample repository.
D: Disclosed are an automatic production control system and production control method for a capacitor element. The system is applied to a nailing and winding machine. The nailing and winding machine comprises a nailing apparatus for nailing a guide pin onto a chaff, and a winding apparatus for performing winding processing on the chaff after nailing. The system comprises: a nailing control module for acquiring a nailing parameter and receiving nailing state data sent by the nailing apparatus; a winding control module for acquiring a winding parameter and receiving winding state data sent by the winding apparatus; and a master control module for determining a production control instruction according to one or more of the nailing parameter, the winding parameter, the nailing state data and/or the winding state data, and controlling, according to the production control instruction, the nailing apparatus and/or the winding apparatus to perform an automatic nailing operation, a winding operation and a quality inspection operation. According to the present invention, the automatic production of a capacitor element is realized, thereby improving the production efficiency and improving the quality of the produced capacitor element.
Answer: C