反应釜测温装置技术领域本实用新型是一种反应釜测温装置，特别涉及一种用于制作精练退浆剂的反应釜测温装置。 Reactor temperature TECHNICAL FIELD The present invention is a reaction kettle temperature measuring device, and more particularly to the kettle temperature measuring means for making scouring desizing agent. 背景技术现有技术中由于普通测温装置多采用玻璃管温度计，在工人疲劳作业下，很容易产生视觉误差和误读。 BACKGROUND OF THE INVENTION Since the prior art to use more ordinary glass thermometer temperature measuring device, worker fatigue in operation, it is easy to produce visual error and misunderstanding. 在电机启动带动搅拌桨页旋转时会产生震动，玻璃管温度计很容易出现碎裂;改进前上插式温度计只能测得液体上面部分的液体温度，底部温度无法测得，故导致温度显示不准确，对生产出的成品合格率有影响。 When the motor starts to drive rotation of the stirring blade vibrate page, it is prone to chipping glass thermometer; thermometer on the front plug can only improve the measured temperature of the liquid above the liquid portion, the bottom temperature can not be measured, it does not cause temperature display accurate, impact on the production of finished passing rate. 中国专利CN2277297，公开一种自动温控高压反应釜，釜体内表面和测温管、冷却管的外表面以及釜体内的磁力搅拌子外表面均有聚四氟乙烯外衬，进（出）料管采用硬质玻璃进（ 出）料管，在冷却水与调节阀之间是由温度控制仪继电器控制的电磁阀，温度控制仪的温度传感器置于反应釜的测温管或油浴中。 China Patent CN2277297, discloses an automatic temperature control autoclave, and the autoclave internal temperature tube surface, an outer surface of kettle body and magnetic stirrer outer surface of the cooling pipe outer lining are polytetrafluoroethylene, into (out of) the material hard glass tube with inlet (out) pipe, and between the cooling water regulating valve is a solenoid valve controlled by the relay temperature control device, temperature control device a temperature sensor placed in the reactor tube or an oil bath temperature. 此实用新型专利结构相对复杂，而且温控操作不方便， 不能可视化观察温度。 This utility patent is relatively complex structure, and inconvenient thermostat operation, can not observe the temperature visualization. 发明内容本实用新型主要是解决现有技术中存在的不足，提供一种结构简单，有利于生产、降低工人劳动强度，提高设备的生产能力，降低成品的不合格率。 The present invention is mainly to solve the deficiencies present in the prior art, providing a simple structure, conducive to the production, reduce labor intensity, improve the production capacity of the apparatus, reducing the failure rate of the finished product. 本实用新型的上述技术问题主要是通过下述技术方案得以解决的：一种反应釜测温装置，包括反应釜，所述的反应釜上插接有测温装置，所述的测温装置包括传感器，传感器插接在反应釜内，所述的传感器的头部缠绕有铂电阻，所述的铂电阻与传感器通过感应线相连接，所述的传感器另一端连接数显表，所述的测温装置与反应釜相固定。 The present invention the above technical problem is solved by the following technical solutions: one reactor temperature measuring device, comprising a reactor, a plug with a temperature measuring device on said reactor, said temperature measuring device comprises a sensor, the sensor inserted in the reactor, said sensor head wound platinum resistance, a platinum resistance sensor connected via a sensing line, the other end of the sensor connector digital form, the measured temperature reactor device is fixed. 本实用新型的反应釜测温装置主要用在精练退浆剂是聚酯织物的退浆、精练、减量加工处理的多功能前处理剂，能快速去除聚酯织物上的亚克力（聚丙烯酸类）浆料。 Reactor of the present invention in a temperature measuring device used mainly scouring desizing agent is a polyester fabric desizing, scouring, pre-treatment agent multifunctional reduction processing, and can quickly remove acrylic on polyester fabric (polyacrylic ) slurry. 具有良好的防止浆料回粘能力，减少染色和印花时出现的浆班、色花现象；能乳化去除织物上的油剂和蜡质，并能保持加工设备的清洁；具有良好的退浆、精练、减量三合一处理工艺，可縮短工艺流程，提高效率，节约成本。 Good prevent the emergence of a slurry stick back capacity, reduce class pulp dyeing and printing, color of flowers; can remove the emulsified oil and wax on the fabric, and can be kept clean processing equipment; has a good desizing, scouring, triple reduction treatment process, can shorten the process and improve the efficiency and cost savings. 这里所述的测温装置主要用来测量反应釜的温度，提高产品的合格率，测温装置中的传感器，主要用来传递温度的变化，传感器头部缠绕的铂电阻用来感应反应釜内的温度，铂电阻与传感器通过感应线相连接，用来把铂电阻测得的温度通过感应线传递到传感器中，传感器的另一端与数显表相连接，用来把传感器的温度信号反应在数显表中从中得到温度数字。 Said temperature measuring device is mainly used herein the autoclave temperature measurements, to improve the product yield, the sensor temperature measuring device, mainly used to transmit the temperature change, a head wound platinum resistance sensor for sensing the reactor temperature, platinum resistance sensor connected via a sensing line, for the platinum resistance temperature measured by the sensor is transmitted to the sense lines, the other end of the sensor and the digital tables are joined, the temperature for the reaction of the sensor signals DRO derive the temperature number. 作为优选，所述的测温装置分别插接在反应釜上盖的一侧和反应釜的底部，插接到反应釜内的传感器外套接有不锈钢层，所述传感器的端部中固定设有铂电阻连接点，所述的传感器中的铂电阻连接点通过传感线与数显表相连接，传感器的头部为圆形。 Advantageously, the temperature measuring means are inserted at the bottom side of the reactor and the reactor cover, the outer plug to the sensor in the reactor is connected with a stainless steel layer, an end portion of the sensor is provided with a fixed platinum resistance connection point, the connection point of the platinum resistance sensor through the sensing line digital tables are joined, the sensor head is circular. 这里所述的测温装置分别安装在反应釜上盖的一侧和反应釜的底部，形成上、下二个控温装置，使控温精确度大大得高，传感器的外部套接有不锈钢层，保护传感器不受反应釜内搅拌桨页旋转时受到损伤，传感器的端部设有铂电阻连接点，铂电阻连接点通过传感线用来连接数显表，使反应釜内的温度能准确的反应在数显表中，传感器头部为圆形，能更大面积的测得反应釜内的温度，尽量少产生反应釜内温度的误差。 Temperature measuring device described herein are mounted on the bottom side of the reactor and the reactor cover are formed on the two temperature control means, so that the accuracy of temperature control is greatly high, the outer layer of stainless steel is sleeved sensor to protect the sensor from the reaction kettle stirring blade is damaged when a page rotation, is provided with an end portion of the platinum resistance sensor connected to point, point by a platinum resistance sensor connected to the connection line DRO, the temperature in the reactor is accurately reaction in digital form, the sensor head is circular, to a greater area of the temperature in the reactor is measured, minimize the generation of error in the kettle temperature. 作为优选，所述的测温装置中的传感器通过固定装置与反应釜相密封固定，所述的固定装置包括哈夫节，所述的哈夫节套接在反应釜的测温口，所述的测温口上固定设有垫片，所述的垫片上设有法兰，所述的法兰、垫片和哈夫节相紧配；所述的传感器插接在测温口中， 传感器与反应釜外壁通过传感器螺帽相连接，传感器螺帽与反应釜外壁相焊接。 Preferably, the temperature measuring device in the sensor with the sealing means and is fixed by fixing the reaction vessel, the fixing means comprises a Hough section, said socket section Huff temperature in the reaction tank port, said the inlet temperature is fixed with the gasket, the gasket is provided with a flange, said flange, gaskets and Hough sections with a tight fit; the temperature sensor inserted in the mouth, and the sensor reactor outer wall is connected to the nut by the sensor, the sensor and the nut is welded to the outer wall of the kettle. 这里所述的固定装置用来固定密封反应釜和测温装置，固定装置中的哈夫节、垫片、法兰依次紧配。 Used herein means fixing the stationary seal and autoclave temperature measuring device Hough section fixing means, gaskets, flanges sequentially tight fit. 作为优选，所述的垫片为四氟垫片。 Advantageously, the gasket is a PTFE gasket. 四氟垫片密封效果更加的明显。 PTFE gasket sealing effect even more pronounced. 因此，本实用新型的反应釜测温装置，提供一种结构简单，有利于生产、降低工人劳动强度，提高设备的生产能力，降低成品的不合格率。 Accordingly, the present invention reactor temperature measuring device provides a simple structure conducive to the production, reduce labor intensity, improve the production capacity of the apparatus, reducing the failure rate of the finished product. 附图说明图l是本实用新型的结构示意图。 BRIEF DESCRIPTION OF DRAWINGS Figure l is a novel structural diagram of the present invention. 具体实施方式下面通过实施例，并结合附图，对本实用新型的技术方案作进一步具体的说明。 DETAILED DESCRIPTION The following examples, in conjunction with the accompanying drawings, the present invention further aspect specifically described. 实施例：如图1所示， 一种反应釜测温装置，包括反应釜2，反应釜2上插接有测温装置，测温装置分别插接在反应釜2上盖的一侧和反应釜2的底部，测温装置包括传感器3，传感器3插接在反应釜2内，插接到反应釜2内的传感器3外套接有不锈钢层10，传感器3的头部缠绕有铂电阻ll，传感器3的端部中固定设有铂电阻连接点12，铂电阻11与传感器3通过感应线5相连接，传感器3另一端连接数显表6，传感器3中的铂电阻连接点12通过传感线4与数显表6 相连接，传感器3的头部为圆形，测温装置与反应釜2相固定，测温装置中的传感器3通过固定装置与反应釜2相密封固定，固定装置包括哈夫节9，哈夫节9套接在反应釜2的测温口13， 测温口13上固定设有垫片1，垫片l为四氟垫片，垫片1上设有法兰8，法兰8、垫片l和哈夫节9相紧配；传感器3插接在测温口13中，传感器3与反应釜2 Example: 1 A reaction vessel temperature measuring device, comprising a reactor 2, the reactor has a temperature measuring device connector 2, respectively inserted in the device side temperature and the reaction vessel upper lid 2 the bottom of the kettle, the temperature measuring device 2 includes a sensor 3, the sensor 3 inserted in the reactor 2, the sensor 3 reactor plugged within the outer sleeve 2 is connected with a stainless steel layer 10, the sensor head 3 is wound platinum resistance ll, end of the sensor 3 is provided with a fixed connection point 12 resistor platinum, platinum resistance sensor 11 are connected by 3-phase induction line 5, the sensor 3 and the other end connected to significant numbers in table 6, in the platinum resistance sensor 12 via the sensor connection point 3 lines 4 and 6 are connected to digital form, the sensor head 3 is fixed to a circular shape 2, the reactor temperature measuring device, the sensor temperature measuring means 3 by fixing means 2 and the reaction vessel sealed and fixed with the fixing means comprises Huff section 9. section 9 is sleeved Hough reactor inlet temperature of 13 2, inlet temperature 13 fixedly provided on a spacer, the spacer is l PTFE gasket, the gasket 1 is provided with a flange 8, the flange 8, and l Hough gasket section 9 with a close fit; the temperature sensor 3 is inserted in the opening 13, the sensor 3 and reactor 2 外壁通过传感器螺帽7相连接，传感器螺帽7与反应釜2外壁相焊接。 An outer wall 7 is connected to the nut by the sensor, the sensor 7 and the nut is welded to the outer wall of the reaction vessel 2.