阅读说明：本技术 一种口服液瓶的干燥去水设备 (Drying and dewatering equipment for oral liquid bottle ) 是由 罗晓玲 邹海 廖锋 于 2020-12-29 设计创作，主要内容包括：本发明提供一种口服液瓶的干燥去水设备,可以在口服液瓶进入烘干室前快速去除口服液瓶内的水分,提高烘干效率。该口服液瓶的干燥去水设备包括开口朝下设置的限位滑槽,所述限位滑槽的下方两侧分别设有传送辊和限位带,所述传送辊和限位带的下方设有用于夹持口服液瓶头部的夹持带,所述夹持带的下方设有与所述夹持带平行的喷气装置,所述喷气装置包括一个可与所述传送辊同步移动的平移杆,所述平移杆上设有若干可伸入倒置口服液瓶内的升降气嘴,所述限位滑槽的侧面设有光电传感器发射头,所述平移杆上设有与所述光电传感器发射头配合的接收器。(The invention provides drying and dewatering equipment for an oral liquid bottle, which can quickly remove moisture in the oral liquid bottle before the oral liquid bottle enters a drying chamber, and improves the drying efficiency. This oral liquid bottle's dry dewatering equipment includes the spacing spout that the opening set up down, the below both sides of spacing spout are equipped with transfer roller and spacing area respectively, the below in transfer roller and spacing area is equipped with the holding band that is used for centre gripping oral liquid bottle head, the below in holding band be equipped with the parallel air jet system in holding band, air jet system include one can with transfer roller synchronous movement's translation pole, be equipped with a plurality of scalable income on the translation pole and invert the lift air cock in the oral liquid bottle, the side of spacing spout is equipped with the photoelectric sensor emitter, be equipped with on the translation pole with photoelectric sensor emitter complex receiver.)

1. The utility model provides a drying dewatering equipment of oral liquid bottle, includes the spacing spout that the opening set up down, the below both sides of spacing spout are equipped with transfer roller and spacing area respectively, the below in transfer roller and spacing area is equipped with the holding band that is used for centre gripping oral liquid bottle head, its characterized in that the below in holding band be equipped with the parallel air jet system of holding band, air jet system include one can with transfer roller synchronous movement's translation pole, be equipped with a plurality of scalable income lift air cock of invering the oral liquid bottle on the translation pole, the side of spacing spout is equipped with the photoelectric sensor emitter, be equipped with on the translation pole with photoelectric sensor emitter complex receiver.

2. The drying and dehydrating device for the oral liquid bottles according to claim 1, wherein the air injection device further comprises a lifting air rod, the lifting air rod is fixed with the translation rod through a sliding bearing, the lifting air nozzle is arranged at the top of the lifting air rod, the lower end of the lifting air rod passes through the translation rod and is fixed with a lifting driving plate, a rod body sleeve of the lifting air rod between the translation rod and the lifting driving plate is provided with a return spring, and the bottom of the lifting air rod is connected with an air pipe.

3. The apparatus for drying and dehydrating an oral liquid bottle as claimed in claim 2, wherein the lifting driving plate is provided with a driving cylinder, and a cylinder rod of the driving cylinder passes through the lifting driving plate and is fixed with the translation rod.

Technical Field

The invention relates to the technical field of oral liquid bottle cleaning equipment, in particular to drying and dehydrating equipment for an oral liquid bottle.

Background

Oral liquid bottles are one of the commonly used packages for medicaments. Before the oral liquid bottle is filled with the medicament, the oral liquid bottle needs to be cleaned by ultrasonic cleaning and high-pressure water gun spraying, and then is conveyed into a drying chamber through a conveying belt to remove moisture. The traditional drying method of the oral liquid bottle is that the oral liquid bottle is inverted by a clamp and then is sent into a drying chamber, and the oral liquid bottle is drained on one side in an inverted hanging mode so as to be dried. The drying mode has low efficiency, so that the production line of the drying part is too long, and the production rhythm is influenced.

Disclosure of Invention

The invention aims to provide drying and dehydrating equipment for an oral liquid bottle, which can rapidly remove water in the oral liquid bottle before the oral liquid bottle enters a drying chamber and improve the drying efficiency.

The drying and dehydrating device for the oral liquid bottle comprises a limiting sliding groove with a downward opening, wherein a conveying roller and a limiting belt are respectively arranged on two sides below the limiting sliding groove, a clamping belt used for clamping the head of the oral liquid bottle is arranged below the conveying roller and the limiting belt, and the key point is that an air injection device parallel to the clamping belt is arranged below the clamping belt and comprises a translation rod capable of moving synchronously with the conveying roller, a plurality of lifting air nozzles capable of extending into the inverted oral liquid bottle are arranged on the translation rod, a photoelectric sensor emitting head is arranged on the side surface of the limiting sliding groove, and a receiver matched with the photoelectric sensor emitting head is arranged on the translation rod.

The invention adds an air injection device below a traditional draining conveyer belt of an inverted oral liquid bottle, when the inverted oral liquid bottle passes over the air injection device, a receiver on a translation rod receives a signal of a transmitting head of a photoelectric sensor, the translation rod starts to move synchronously with the conveyer belt of the oral liquid bottle, a lifting air nozzle on the translation rod rises and extends into the oral liquid bottle to blow the oral liquid bottle, residual moisture in the oral liquid bottle is blown out, then the lifting air nozzle descends, the oral liquid bottle conveyer belt sends the oral liquid bottle with the moisture blown off into a drying chamber to be dried, the translation rod returns to the reverse direction of the conveying direction, and the oral liquid bottle in the next section of conveying stroke is blown.

Further, the air injection device still includes lift gas pole, lift gas pole pass through slide bearing with the translation pole is fixed, the lift air cock sets up the top of lift gas pole, the lower extreme of lift gas pole passes the translation pole is fixed with the lift drive plate, the lift gas pole is located pole body cover between translation pole and the lift drive plate is equipped with return spring, the bottom and the trachea of lift gas pole are connected. The lifting air faucet is quickly lifted through the cooperation of the lifting driving plate and the return spring.

Furthermore, the lifting driving plate is provided with a driving cylinder, and a cylinder rod of the driving cylinder penetrates through the lifting driving plate and is fixed with the translation rod.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

In which the figures are as follows: A. oral liquid bottles; 1. a limiting chute; 11. a photoelectric sensor emitting head; 2. a conveying roller; 3. a limiting band; 4. clamping the belt; 5. a translation rod; 51. a receiver; 6. lifting the air faucet; 61. lifting the air rod; 62. a sliding bearing; 63. an air tube; 7. lifting the driving plate; 71. a return spring; 72. a driving cylinder; 73. a cylinder rod.

Detailed Description

The following describes embodiments of the present invention, such as shapes and structures of respective members, mutual positions and connection relationships between respective portions, and actions and operation principles of the respective portions, in further detail, with reference to the accompanying drawings.

Referring to fig. 1, the drying and dehydrating device for oral liquid bottles of the present invention comprises a limiting chute 1 with a downward opening, wherein a conveying roller 2 and a limiting belt 3 are respectively disposed at two sides below the limiting chute 1, a clamping belt 4 for clamping the head of an oral liquid bottle a is disposed below the conveying roller 2 and the limiting belt 3, an air injection device parallel to the clamping belt 4 is disposed below the clamping belt 4, the air injection device comprises a translation rod 5 capable of moving synchronously with the conveying roller 2, a plurality of lifting air nozzles 6 capable of extending into the inverted oral liquid bottle a are disposed on the translation rod 5, a photoelectric sensor emitter 11 is disposed at a side of the limiting chute 1, and a receiver 51 matched with the photoelectric sensor emitter 11 is disposed on the translation rod 5.

The invention adds an air injection device below a traditional draining conveyer belt of an inverted oral liquid bottle, when the inverted oral liquid bottle A passes over the air injection device, a receiver 51 on a translation rod 5 receives a signal of a transmitting head 11 of a photoelectric sensor, the translation rod 5 starts to move synchronously with the conveyer belt of the oral liquid bottle, a lifting air nozzle 6 on the translation rod 5 rises and extends into the oral liquid bottle A to blow the oral liquid bottle A, residual moisture in the oral liquid bottle A is blown out, then the lifting air nozzle 6 descends, the oral liquid bottle A blown with moisture is sent into a drying chamber by the conveyer belt of the oral liquid bottle to be dried, the translation rod 5 returns to the reverse direction of the conveying direction to blow the oral liquid bottle A in the next section of conveying stroke. Wherein, the synchronous antedisplacement of translation pole 5 and return drive structure are unanimous with the many filling heads synchronous drive structure of current linear type oral liquid bottle, and its principle is no longer repeated.

In a preferred embodiment, the air injection device further comprises a lifting air rod 61, the lifting air rod 61 is fixed with the translation rod 5 through a sliding bearing 62, the lifting air nozzle 6 is arranged at the top of the lifting air rod 61, the lower end of the lifting air rod 61 penetrates through the translation rod 5 and is fixed with the lifting drive plate 7, a rod body sleeve of the lifting air rod 61 between the translation rod 5 and the lifting drive plate 7 is provided with a return spring 71, and the bottom of the lifting air rod 61 is connected with an air pipe 63. The lifting air faucet 6 can be quickly lifted through the cooperation of the lifting driving plate 7 and the return spring 71.

Preferably, the lifting drive plate 7 is provided with a drive cylinder 72, and a cylinder rod 73 of the drive cylinder 72 passes through the lifting drive plate 7 and is fixed with the translation rod 5.

The invention has been described in connection with the accompanying drawings, it is to be understood that the invention is not limited in its application to the details of construction and the arrangement of the components set forth in the following description, as long as the invention is capable of being practiced without modification in any way whatsoever, and is capable of other applications without departing from the spirit and scope of the invention as defined by the appended claims.