CN217965782U - Automatic assembling equipment for salt-adding heat-moisture exchange filter - Google Patents

Abstract

The utility model relates to the technical field of medical equipment, a add automatic equipment of salt heat and moisture exchange filter is disclosed, including moving mechanism, feed mechanism, cutting out membrane mechanism, welding mechanism, helmet mechanism, airtight detection mechanism, labeller structure, feed mechanism, cutting out membrane mechanism, welding mechanism, airtight detection mechanism all with move mechanism and link to each other and around moving mechanism distribution, labeller structure links to each other with airtight detection mechanism, airtight detection mechanism links to each other with helmet mechanism, compares with prior art, can change into the automation by the manual work through each processing step with heat and moisture exchange filter, realizes adding salt heat and moisture exchange filter automatic assembly, improves product production efficiency, reduces the cost of labor, improves enterprise's income, lets product quality more stable, reliable.

Description

Automatic assembling equipment for salt-adding heat-moisture exchange filter

[ technical field ] A method for producing a semiconductor device

The utility model relates to the technical field of medical equipment, especially a technical field who adds automatic equipment of salt heat and moisture exchange filter.

[ background of the invention ]

The heat and moisture exchange Filter is commonly called as an artificial nose and is divided into a heat and moisture preserving type (HME), a filtering type (Filter) and a compound type (HMEF), and is mainly used for establishing a heat and moisture preserving type for a patient, filtering bacteria and viruses and reducing the occurrence of lung complications. During normal breathing, the upper respiratory tract helps to heat and humidify the inhaled air, and to preserve the temperature and humidity of the exhaled air. When inhaling, even dry and cold gas is heated to body temperature and when it reaches the lungs, it contains suitable moisture. In some procedures, the upper airway of the patient is bypassed by the use of a tracheal tube and the patient's lungs are exposed to the inhaled cold and dry gases, which requires a heat and moisture exchanger to prevent such a situation. The heat and moisture exchanger series can increase the humidification degree of the inhaled gas for ventilation and spontaneous respiration patients, also called passive humidification, and the heat and moisture exchanger is required to be placed in a breathing circuit close to the end position of the patient, and is designed to replicate the function of an upper respiratory tract, retain the heat and moisture exhaled by the patient and return the heat and moisture to the patient when the patient inhales the next time.

The salt adding, the assembling, the labeling and the airtight detection of the humidifying paper of the heat and moisture exchange filter are manually completed all the time, the manual operation efficiency is low, and the product stability cannot be well guaranteed, so that the production process of the heat and moisture exchange filter needs to be improved.

[ Utility model ] content

The utility model aims at solving the problem among the prior art, providing a add salt heat and moisture exchange filter automatic assembly equipment, can improve the production efficiency of product, reduce the cost of labor, improve the income of enterprise, promote the stability of product.

In order to realize the above purpose, the utility model provides an add automatic equipment of salt heat and moisture exchange filter, construct, cut out membrane mechanism, welding mechanism, helmet mechanism, airtight detection mechanism, labeller structure including transport mechanism, feed mechanism, cut out membrane mechanism, welding mechanism, airtight detection mechanism all link to each other with transport mechanism and distribute around transport mechanism, labeller structure links to each other with airtight detection mechanism, airtight detection mechanism links to each other with helmet mechanism.

Preferably, the transportation mechanism comprises a lower cover transfer mechanical arm, a humidifying paper transfer mechanical arm, an upper cover transfer mechanical arm, a filtering membrane transfer mechanical arm, a filter transfer mechanical arm I, a filter transfer mechanical arm II, a rotary table I, a rotary table II and a positioning tool, wherein the lower cover transfer mechanical arm, the humidifying paper transfer mechanical arm and the upper cover transfer mechanical arm are all connected with a feeding mechanism and the rotary table I, the filtering membrane transfer mechanical arm is connected with the rotary table I and a membrane cutting mechanism, the filter transfer mechanical arm I is located between the rotary table I and the rotary table II, the filter transfer mechanical arm II is connected with the rotary table II and a labeling mechanism, and the positioning tool is located on the rotary table I.

Preferably, the feeding mechanism comprises a lower cover feeding mechanism, a humidifying paper feeding mechanism, an upper cover feeding mechanism, a humidifying paper salting mechanism and a humidifying paper pressing mechanism, the lower cover feeding mechanism is connected with a lower cover transferring mechanical arm, the humidifying paper feeding mechanism is connected with a humidifying paper transferring mechanical arm, the upper cover feeding mechanism is connected with an upper cover transferring mechanical arm, the humidifying paper salting mechanism is located on the humidifying paper feeding mechanism, and the humidifying paper pressing mechanism is connected with the rotary table I.

Preferably, the welding mechanism comprises an ultrasonic welding machine for welding the middle cover and the lower cover of the material.

Preferably, the cap protection mechanism comprises a cap protection installation mechanism and a cap protection vibration disc, and the cap protection installation mechanism is connected with the cap protection vibration disc.

Preferably, the air tightness detection mechanism comprises an air tightness detection device, a qualified area and an unqualified area, the qualified area is connected with the labeling mechanism, and the unqualified area is connected with the air tightness detection device.

The utility model has the advantages that: the utility model discloses a change each processing step with heat and moisture exchange filter into the automation by the manual work, realize adding the automatic equipment of salt heat and moisture exchange filter, improve product production efficiency, reduce the cost of labor, improve enterprise's income, let product quality more stable, reliable.

The features and advantages of the present invention will be described in detail by embodiments with reference to the accompanying drawings.

[ description of the drawings ]

Fig. 1 is a schematic structural view of an automatic assembling device for a salt-adding heat and moisture exchange filter of the present invention.

Fig. 2 is a schematic view of the structure at the turntable II.

Fig. 3 is a schematic view of the structure at the turntable I.

In the figure: 1-a transportation mechanism, 2-a feeding mechanism, 3-a film cutting mechanism, 4-a welding mechanism, 5-a cap protection mechanism, 6-an airtight detection mechanism, 7-a labeling mechanism, 11-a lower cover transferring mechanical arm, 12-a humidified paper transferring mechanical arm, 13-an upper cover transferring mechanical arm, 14-a filtering film transferring mechanical arm, 15-a filter transferring mechanical arm I, 16-a filter transferring mechanical arm II, 17-a rotating disc I, 18-a rotating disc II, 19-a positioning tool, 21-a lower cover feeding mechanism, 22-a humidified paper feeding mechanism, 23-an upper cover feeding mechanism, 24-a humidified paper salting mechanism, 25-a humidified paper pressing mechanism, 41-an ultrasonic welding machine, 51-a cap protection installation mechanism, 52-a cap protection vibration disc, 61-an airtight detection device, 62-a qualified area and 63-an unqualified area.

[ detailed description ] A

Referring to fig. 1, 2 and 3, the automatic assembling equipment for a salt adding heat and moisture exchange filter of the present invention comprises a transportation mechanism 1, a feeding mechanism 2, a film cutting mechanism 3, a welding mechanism 4, a cap protecting mechanism 5, an air tightness detecting mechanism 6 and a labeling mechanism 7, wherein the feeding mechanism 2, the film cutting mechanism 3, the welding mechanism 4 and the air tightness detecting mechanism 5 are all connected with the transportation mechanism 1 and distributed around the transportation mechanism 1, the labeling mechanism 7 is connected with the air tightness detecting mechanism 6, the air tightness detecting mechanism 6 is connected with the cap protecting mechanism 5, the transportation mechanism 1 comprises a lower cover transfer manipulator 11, a humidifying paper transfer manipulator 12, an upper cover transfer manipulator 13, a filtering film transfer manipulator 14, a filter transfer manipulator I15, a filter transfer manipulator II16, a rotating disc I17, a rotating disc II18 and a positioning tool 19, the lower cover transfer manipulator 11, the humidifying paper transfer manipulator 12, the upper cover transfer manipulator 13 is connected with the feeding mechanism 2 and the rotating disc I17, the filtering film transfer manipulator 14 is connected with the rotating disc I17 and the film cutting mechanism 3, the filter transfer manipulator I15 is located between the rotating disc I17 and the rotating disc II, the rotating disc II transfer manipulator 12, the upper cover manipulator 13 is connected with the humidifying paper transfer manipulator 22, the humidifying paper transfer manipulator 2 and the humidifying paper transfer manipulator 23, the upper cover manipulator 22 is located between the humidifying paper transfer manipulator 21 and the humidifying paper transfer manipulator 2, the humidifying paper transfer manipulator 23, the upper cover manipulator 23, the humidifying paper transfer manipulator 21 and the humidifying paper transfer manipulator 23 is located on the humidifying paper transfer manipulator 23, the humidifying paper transfer manipulator 12, the humidifying paper transfer manipulator 23, the upper cover manipulator 23 is located on the humidifying paper transfer manipulator 12 and the humidifying paper transfer manipulator 23, the humidifying paper transfer manipulator 12 is located on the humidifying paper transfer manipulator 23, the humidifying paper transfer manipulator 23 located on the humidifying paper transfer manipulator 23, the welding mechanism 4 comprises an ultrasonic welding machine 41 for welding the middle cover and the lower cover of the material, the cap protection mechanism 5 comprises a cap protection installation mechanism 51 and a cap protection vibration disc 52, the cap protection installation mechanism 51 is connected with the cap protection vibration disc 52, the air tightness detection mechanism 6 comprises an air tightness detection device 61, a qualified area 62 and an unqualified area 63, the qualified area 62 is connected with the labeling mechanism 7, and the unqualified area 63 is connected with the air tightness detection device 61.

The utility model discloses the working process:

the utility model relates to a heat and moisture exchange filter automatic assembly equipment adds salt is put into upper cover feed mechanism 23, lower cover feed mechanism 21, humidifying paper respectively with upper cover, lower cover, humidifying paper and is added salt mechanism 24 department in the course of the work, and humidifying paper adds salt mechanism 24 and adds salt and put into humidifying paper feed mechanism 22 department to humidifying paper. The lower cover transferring mechanical arm 11 operates to transfer the lower cover from the lower cover feeding mechanism 21 to the positioning tool 19 on the turntable I17, and after the transferring is completed, the turntable I17 rotates to the position below the wet paper transferring mechanical arm 12. The humidifying paper transferring manipulator 12 works to transfer humidifying paper from a humidifying paper feeding mechanism 22 to a positioning tool 19 with a lower cover, the rotary table I17 rotates to a humidifying paper pressing mechanism 25, and after the humidifying paper pressing mechanism 25 presses the humidifying paper and the lower cover, the rotary table I17 rotates for a certain angle to a filtering film transferring manipulator 14. The filtering membrane cutting mechanism 3 works to cut the filtering membrane, and the filtering membrane transferring manipulator 14 transfers the cut filtering membrane to the positioning tool 19 which is pressed and provided with the humidifying paper. The rotary table I17 rotates to the upper cover transferring mechanical arm 13, the upper cover transferring mechanical arm 13 places the upper cover on the positioning tool 19, the rotary table I17 rotates to the ultrasonic welding machine 41, the ultrasonic welding machine 41 works to weld the upper cover and the lower cover together, and the filter transferring mechanical arm I15 transfers the filter to the rotary table II18.

The protective cap vibration disc 52 works to finish feeding, the rotary disc II18 rotates to the protective cap mounting mechanism 51, and the protective cap mounting mechanism 51 works to finish the protective cap mounting of the filter. The turntable II18 rotates to the airtight detection device 61, the airtight detection device 61 finishes the detection of the filter with the protective cap, the turntable II rotates to the filter transfer manipulator II16, the unqualified filter is transferred to the unqualified area 63, the qualified product is transferred to the labeling mechanism 7, the labeling mechanism 7 performs label bonding on the filter, and after the label bonding is finished, the filter transfer manipulator II16 transfers the filter to the qualified area 62.

The utility model relates to a add salt heat and moisture exchange filter automatic assembly equipment changes the automation into by the manual work through each processing step with heat and moisture exchange filter, realizes adding salt heat and moisture exchange filter automatic assembly, improves product production efficiency, reduces the cost of labor, improves enterprise's income, lets product quality more stable, reliable.

The above-mentioned embodiment is right the utility model discloses an explanation, it is not right the utility model discloses a limited, any right the scheme after the simple transform of the utility model all belongs to the protection scope of the utility model.

Claims (6)

1. The utility model provides a salt adding heat and moisture exchange filter automatic assembly equipment which characterized in that: transport mechanism (1), feed mechanism (2), cut out membrane mechanism (3), welding mechanism (4), protect cap mechanism (5), airtight detection mechanism (6), labeller constructs (7), feed mechanism (2), cut out membrane mechanism (3), welding mechanism (4), airtight detection mechanism (6) all link to each other with transport mechanism (1) and distribute around transport mechanism (1), labeller constructs (7) and links to each other with airtight detection mechanism (6), airtight detection mechanism (6) link to each other with protecting cap mechanism (5).

2. The automatic assembling apparatus for salt-adding hme filter of claim 1, wherein: transport mechanism includes that the lower cover moves and carries manipulator (11), humidifying paper moves and carries manipulator (12), upper cover moves and carries manipulator (13), filtration membrane and moves and carries manipulator (14), filter and moves and carries manipulator I (15), filter and moves and carries manipulator II (16), carousel I (17), carousel II (18), location frock (19), the lower cover moves and carries manipulator (11), humidifying paper and moves and carries manipulator (12), upper cover and moves and carry manipulator (13) and all connect material loading mechanism (2) and carousel I (17), filtration membrane moves and carries manipulator (14) and connects carousel I (17) and cut out membrane mechanism (3), filter moves and carries manipulator I (15) and is located between carousel I (17) and carousel II (18), the filter moves and carries manipulator II (16) and connects carousel II (18) and labeller constructs (7), location frock (19) are located carousel I (17).

3. The automatic assembling apparatus for salt-adding hme filter of claim 1, wherein: feed mechanism (2) include lower cover feed mechanism (21), humidifying paper feed mechanism (22), upper cover feed mechanism (23), humidifying paper salting mechanism (24), humidifying paper hold down mechanism (25), lower cover feed mechanism (21) and lower cover move and carry manipulator (11) and link to each other, humidifying paper feed mechanism (22) and humidifying paper move and carry manipulator (12) and link to each other, upper cover feed mechanism (23) and upper cover move and carry manipulator (13) and link to each other, humidifying paper salting mechanism (24) are located humidifying paper feed mechanism (22), humidifying paper hold down mechanism (25) and carousel I (17) link to each other.

4. The automatic assembling apparatus for salt-adding hme filter of claim 1, wherein: the welding mechanism (4) comprises an ultrasonic welding machine (41) for welding the lower cover.

5. The automatic assembling apparatus for salt-adding hme filter of claim 1, wherein: the helmet protection mechanism (5) comprises a helmet protection installation mechanism (51) and a helmet protection vibration disc (52), wherein the helmet protection installation mechanism (51) is connected with the helmet protection vibration disc (52).

6. An automatic assembling apparatus for a salt-adding hme filter as claimed in any one of claims 1 to 5, wherein: the air tightness detection mechanism (6) comprises an air tightness detection device (61), a qualified area (62) and an unqualified area (62), the qualified area (62) is connected with the labeling mechanism (7), and the unqualified area (63) is connected with the air tightness detection device (61).

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