CN205114408U - A device for transmitting spring cluster in bags - Google Patents

A device for transmitting spring cluster in bags Download PDF

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Publication number
CN205114408U
CN205114408U CN201520821024.3U CN201520821024U CN205114408U CN 205114408 U CN205114408 U CN 205114408U CN 201520821024 U CN201520821024 U CN 201520821024U CN 205114408 U CN205114408 U CN 205114408U
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load
transfer device
spring string
spring
handgrip
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CN201520821024.3U
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Chinese (zh)
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陈芳
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Zhejiang Huajian Intelligent Equipment Co., Ltd
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SHAOXING HUAJIAN MATTRESS MACHINERY Co Ltd
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Abstract

The utility model provides a transmit in bags the device that has a spring cluster damping machanism of spring cluster, including shutdown mechanism, advancing mechanism to and the control unit, shutdown mechanism includes pay -off passageway and the part that cuts off that is located pay -off passageway exit, the pay -off passageway is equipped with top board and bottom plate, still includes feed end and tongs end, advancing mechanism includes the conveyer belt, sets up the pushing hands at the conveyer belt side, the transmission band is equipped with the last conveyer belt and lower conveyer belt that is parallel to each other, the device still is equipped with spring cluster damping structure in the pay -off passageway, its step through section around top board, bottom plate sets up the height different forms the difference in height.

Description

A kind of device for transporting bag shock mount string
Technical field
The utility model provides a kind of device with spring string damping mechanism for transporting bag shock mount string, relates to mattress spring production technical field.
Background technology
Existing spring mattress is formed by connecting mainly through some sack-spring strings, is all generally to adopt non-woven wraps spring string, and with device for ultrasonic welding, is welded into one by one independently cylinder, forms spring string thus.
Clad material due to spring string is nonwoven fabrics, its same diameter, the length of the spring string of same number and spacing has difference when relaxing and stretch, so when spring string uses on equipment, namely spring string is introduced the process of load-transfer device from channel position by handgrip, cannot ensure that the length of every bar spring string (same spring string, identical springs number) is all the same.Cause occurring more waste product in bagged-spring bed mattress production process.
In sum, be easily shifted between each sack-spring row of existing spring mattress, also exist that reject rate is high, efficiency is low, cost is high and the defects such as spring string arrangement irregularity.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of appliance arrangement with spring string damping mechanism for transporting bag shock mount string is provided, this device structure is simple, easy for installation, motion between each sack-spring section is separate, in the process of transport, ensure at every turn substantially identical with the total length of the spring string that load-transfer device is introduced by the spring string of handgrip introducing load-transfer device, and then ensure the quality of bagged-spring bed mattress.
Main purpose of the present utility model is to provide a kind of appliance arrangement with spring string damping mechanism for transporting bag shock mount string.
In order to achieve the above object, the utility model is achieved through the following technical solutions:
The utility model provides a kind of device for transporting bag shock mount string, comprise shoutoff mechanism, propulsive mechanism, and for controlling the control unit of shoutoff mechanism and propulsive mechanism, described shoutoff mechanism comprises feeding channel and is positioned at the cut component in feeding channel exit, described feeding channel arranges sensor, also be provided with top board and bottom plate, this passage comprises feed end and handgrip end; Described propulsive mechanism comprises load-transfer device, is arranged on the pushing hands of belt edge, and another side that load-transfer device is relative with pushing hands is provided with transition turnover panel, and described load-transfer device is provided with the upper conveyor belt and lower load-transfer device that are parallel to each other; It is characterized in that: this device is also provided with spring string damping structure in described feeding channel, this damping structure is divided into compression section and uncompressed section, it is highly the free height of described spring string between the top board of uncompressed section and bottom plate, this compression section is provided with step, height between the top board of this compression section and bottom plate is the compression distance of described spring string, and the height difference of free height and compression distance is the 5%-20% of spring string free height.
Distance between upper conveyor belt of the present utility model and lower load-transfer device is not more than the diff-H between top board and bottom plate; Reach and resistance Compress Spring string is set makes spring string arrange regular object to reduce speed of transmission.
The utility model is provided with step and refers on the top board and/or bottom plate of compression section, to be provided with the different step of height in compression section.
When top board and the bottom plate of this compression section is equipped with the different step of corresponding height, the height between described top board and bottom plate its be height between the step of top board and bottom plate step, this is highly the compression distance of spring string.
When the top board of this compression section is provided with the different step of height, when bottom plate is planar support plate, the height between described top board and bottom plate its be height between the step of top board and bottom plate, this is highly the compression distance of spring string.
Also can be top board be flat platen, bottom plate is provided with ledge structure, as long as can realize carrying out height of formation difference at feeding channel by arranging step compression section (being also damping section), can reach and resistance Compress Spring string is set makes spring string arrange regular object to reduce speed of transmission.Preferred top board is provided with the different step of height; Most preferably top board and bottom plate are equipped with the different step of corresponding height, arrange the better effects if of resistance like this, and to reduce speed of transmission, to make spring string arrange regular effect be also best to the Compress Spring string reached.
Compression section described in the utility model is located at or near the feed end of passage; It is highly the free height of described spring string between the top board of described uncompressed section and bottom plate, height between the top board of compression section and bottom plate is the compression distance of described spring string, the height difference of free height and compression distance is the 5%-20% of spring string free height, preferred 8%-15%, more preferably about 10%.
The utility model is adjusted to and is less than or equal to spring string by arranging the spacing of damping mechanism by upper and lower two load-transfer devices and is being in the spring heights of compression section, introduce in the process of load-transfer device at spring, the spring be in compression section will produce friction drag, spring string is in all the time a state be stretched.The above-mentioned measure arranging damping mechanism can ensure that the spring string being at every turn introduced into load-transfer device is substantially identical with the total length of the spring string that load-transfer device is introduced, and then ensures the quality of bagged-spring bed mattress.Such as, for the spring string highly do not waited from 55mm-250mm, the difference arranging the free height of uncompressed section and the compression distance of compression section is generally 10-20mm.
In preferred embodiment of the present utility model, described device, it is the device that top board and bottom plate all arrange the transporting bag shock mount string of compression section and uncompressed section, it is highly the free height of described spring string between the top board of uncompressed section and bottom plate, height between the top board of compression section and bottom plate is the compression distance of described spring string, the height difference of free height and compression distance is the 5%-20% of spring string free height, preferred 8%-15%, more preferably about 10%.
Such as, for the spring string highly do not waited from 55mm-250mm, the difference that the utility model arranges the free height of uncompressed section and the compression distance of compression section is 10-20mm.
Load-transfer device of the present utility model, the distance between its upper conveyor belt and lower load-transfer device is generally no more than the diff-H between top board and bottom plate.The spacing of load-transfer device is adjustable, and be adjusted to be equal to or less than uncompressed section with the diff-H of compression section, object is to also produce friction force on the conveyor belt, spring is made to be unlikely on the conveyor belt to be pulled or to skid, the spacing of upper and lower load-transfer device can be adjusted according to spring string transmission situation on the conveyor belt, spacing is less, and spring string friction force is on the conveyor belt larger.
Propulsive mechanism described in the utility model also comprises the handle component that can drive the movement on the first load-transfer device of bagged-spring string; The described uncompressed section handgrip end being located at passage; Described handgrip end is adjacent with handle component.This handle component comprises handgrip sheet, and for driving guide rail and the handgrip motor of the movement of handgrip sheet; Described handgrip sheet comprises handgrip sheet and lower handgrip sheet, and described upper handgrip sheet and lower handgrip sheet are the serrate thin slice of band, are provided with the gap that can be kept supplying handgrip sheet and the movement of lower handgrip sheet in the middle of the upper conveyor belt of the first load-transfer device and lower load-transfer device.
In device described in the utility model, described feeding channel is provided with sensor, and object is the spring string quantity for calculating through this sensor.
The object arranging uncompressed section in top board and/or bottom plate is: at uncompressed section of installing sensor, be used for detection springs number (concave point namely between detection springs and spring and salient point), the spring of uncompressed section does not compress, and ensures the accuracy of sensor counting.When spring string height is in free state, due to the nonwoven fabrics of outsourcing strut by built-in spring, so spring string seems to be made up of cylindrical one by one, produce concave point and salient point thus.After spring string is compressed, the nonwoven fabrics of outsourcing not strut by spring, can occur fold on columniform surface thus, this phenomenon is unfavorable for that sensor counts, and may cause omitting or careless mistake, produces defective products.
Device described in the utility model, described load-transfer device comprises the first load-transfer device, the second load-transfer device be connected with the first load-transfer device end, pushing hands and transition turnover panel are separately positioned on the both sides of the second load-transfer device, during described transition turnover panel flip horizontal, second load-transfer device, transition turnover panel and viscose glue platform are in the same plane, and the first load-transfer device top is positioned at the incision of cut component, for the bagged-spring string after cut-out is transported to the second load-transfer device.Described first load-transfer device and the second load-transfer device are equipped with the upper conveyor belt and lower load-transfer device that are parallel to each other.
Be the free height of spring string by uncompressed for top board section and the height adjustment of bottom plate, spring in compression section is just in compressive state, the spacing of upper and lower two load-transfer devices is adjusted to and is equal to or less than spring string and is being in the spring heights of compression section, spring is introduced in the process of load-transfer device by handgrip, the spring be in compression section will produce friction drag, spring string is in all the time a state be stretched.After handgrip is opened, the spacing due to upper and lower load-transfer device is less than the free height of spring, and spring also produces friction force on the conveyor belt, makes spring be unlikely on the conveyor belt to be pulled or to skid.Above-mentioned series of measures ensures at every turn substantially identical with the total length of the spring string that load-transfer device is introduced by the spring string of handgrip introducing load-transfer device, and then ensures the quality of bagged-spring bed mattress.
Device described in the utility model, wherein, described cut component comprises ultrasonic welding system, promote the first cylinder and first line slideway of ultrasonic welding system movement, the envelope cutter matched with ultrasonic welding system, promote the second cylinder and second line slideway of the movement of envelope cutter, and with the cutting knife group that matches of envelope cutter, above-mentioned ultrasonic welding system and envelope cutter lay respectively at the both sides of bagged-spring string, above-mentioned cut component comprises the sensor whether put in place for detecting ultrasonic welding system further, such as, the second sensor.
In said apparatus, transition turnover panel can vertically and flip horizontal, during its flip horizontal, load-transfer device, transition turnover panel and viscose glue platform are in the same plane, moveable spray gun is provided with further between load-transfer device and viscose glue platform, for to bagged-spring string glue spraying, propulsive mechanism comprises the conveying motor driving load-transfer device, the pushing hands cylinder controlling pushing hands action further, controls the turnover panel cylinder that transition turnover panel rotates, the spray gun motor driving spray gun movement.
After adopting such scheme, the utility model has many beneficial effects:
The utility model is by arranging damping mechanism, first solve a spring to enter bag and arrange regular problem, ensure at every turn substantially identical with the total length of the spring string that load-transfer device is introduced by the spring string of handgrip introducing load-transfer device, greatly reduce reject rate, and then ensure the quality of bagged-spring bed mattress or bagged-spring sofa cushion.
In addition, in the process of sensor counting, by arranging uncompressed section in damping mechanism, the height of uncompressed section is the free height of spring string, and uncompressed section of setting be used for count sensor, ensure sensor counting accuracy, prevent omit and counting careless mistake generation.
Accompanying drawing explanation
Fig. 1: the plan structure figure of the device for transporting bag shock mount string of band damping mechanism of the present utility model;
Fig. 2 a: the constructional drawing (when bagged-spring string does not enter the first load-transfer device) of the device course of conveying for transporting bag shock mount string of band damping mechanism of the present utility model;
Fig. 2 b: the constructional drawing (when packed spring string enters the first load-transfer device) of the device course of conveying for transporting bag shock mount string of band damping mechanism of the present utility model;
Fig. 3 a: the spring string in the non-woven bag of free height of the present utility model;
Fig. 3 b: the spring string in the non-woven bag of the appearance gauffer of compression distance of the present utility model;
Fig. 3 c: the concave point between sensor detection springs string of the present utility model and salient point.
Detailed description of the invention
Embodiment is used for further illustrating the utility model but is not limited to the utility model below.
Embodiment 1
As Fig. 1,2, shown in 3a, 3b, 3c, Fig. 1 is a kind of device for transporting bag shock mount string with damping mechanism, and Fig. 2 a is the structural representation (when bagged-spring string does not enter the first load-transfer device) of the device course of conveying for transporting bag shock mount string of band damping mechanism; Fig. 2 b is the structural representation (when bagged-spring string enters the first load-transfer device) of the device course of conveying for transporting bag shock mount string of band damping mechanism.This device comprises shoutoff mechanism, propulsive mechanism, and for controlling the control unit of shoutoff mechanism and propulsive mechanism, described shoutoff mechanism comprises feeding channel and is positioned at the cut component 10 in feeding channel S1, S2 exit, described feeding channel is provided with top board 6 and bottom plate 7, also comprises feed end and handgrip end; Pushing hands 3, first load-transfer device 1 top that described propulsive mechanism comprises load-transfer device 1,2 and is arranged on load-transfer device 2 side is positioned at the incision of the cut component 10 of shoutoff mechanism, for the bagged-spring string 8 after cutting off is transported to the second load-transfer device 2; Another side that the second load-transfer device 2 be connected with the first load-transfer device 1 end is relative with pushing hands 3 is provided with transition turnover panel 4, and described load-transfer device is provided with the upper conveyor belt 11,21 and lower load-transfer device 12,22 that are parallel to each other; Clamp bagged-spring string 8 by upper conveyor belt 11,21 and lower load-transfer device 12,22, spring string 8 can be made more firm in transfer process, not easily tilt or distortion.Feeding channel S1, S2 are also provided with sensor a, for calculating the quantity of the spring string 8 through this sensor a.
This device is also provided with spring string damping mechanism in described feeding channel S1, S2, and this damping mechanism carrys out height of formation difference by arranging the different step of height in the front and back section of top board 6 or bottom plate 7, on top board 6, preferably arrange the step that height is different.
Damping mechanism described in the utility model is divided into compression section Z and uncompressed section of F, it is highly the free height of described spring string 8 between the top board 6 of uncompressed section of F and bottom plate 7, height between the top board 6 of compression section Z and bottom plate 7 is the compression distance of described spring string 8, and the height difference of free height and compression distance is about 10% of spring string free height.
Distance between described upper conveyor belt 11,21 and lower load-transfer device 12,22 is not more than the diff-H between the top board 6 of (being less than or equal to) compression section and bottom plate 7, reaches arrange resistance Compress Spring string 8 and make spring string 8 arrange regular object to reduce speed of transmission with this.
Sensor a counts, also being the major cause arranging uncompressed section is: sensor a is housed in uncompressed section, be used for the number of the spring string 8 detected in non-woven bag, Fig. 3 a is the spring string 8 in the non-woven bag of free height, Fig. 3 b be the appearance gauffer of compression distance non-woven bag in spring string 8, Fig. 3 c be concave point between sensor a detection springs string 8 81 and salient point 82.The spring string 8 of uncompressed section of F does not compress, and ensures the accuracy of sensor a counting.When the height of spring string 8 is in free state, due to the nonwoven fabrics of outsourcing strut by built-in spring string 8, so spring string 8 seems to be made up of cylindrical one by one, produce concave point 81 and salient point 82 thus.After spring string 8 is compressed, the nonwoven fabrics of outsourcing not strut by spring string 8, can occur fold on columniform surface thus, this phenomenon is unfavorable for that sensor a counts, and may cause omitting or careless mistake, produces defective products.
In addition, above-mentioned transition turnover panel 4 comprises and the upper transition turnover panel of the upper conveyor belt 21 of the second load-transfer device 2 and the corresponding setting of lower load-transfer device 22 and lower transition turnover panel, described upper transition turnover panel and lower transition turnover panel can vertical and flip horizontals, during its flip horizontal, second load-transfer device 2, transition turnover panel 4 and viscose glue platform 5 are in the same plane, a moveable spray gun is provided with further between second load-transfer device 2 and viscose glue platform 5, for to bagged-spring string 8 glue spraying, spray gun left and right horizontal can move between upper transition turnover panel and lower transition turnover panel.
Above-mentioned propulsive mechanism comprises the conveying motor driving the first load-transfer device 1, second load-transfer device 2 respectively, the pushing hands cylinder controlling pushing hands 3 action further, controls the turnover panel cylinder of transition turnover panel 4 rotation, drives the spray gun motor etc. of spray gun movement, action component described in the present embodiment all has the propulsion source such as motor, cylinder to drive, described propulsion source is all connected with control unit, control unit sends action command to each motor and cylinder as the case may be, promotes whole device work.
By the free height that the height adjustment of top board 6 uncompressed sections of F and bottom plate 7 is spring string 8, spring string 8 so in the Z of compression section is just in compressive state, the spacing of upper and lower two load-transfer devices is adjusted to and is equal to or less than spring string 8 at the spring heights being in compression section Z, when spring string 8 is introduced in the process of load-transfer device by handgrip 9, the spring string 8 be in the Z of compression section will produce friction drag, spring string 8 is in all the time a state be stretched.After handgrip 9 is opened, spacing due to upper and lower load-transfer device is less than the free height of spring string 8, spring string 8 also produces friction force on load-transfer device 1,2, spring string 8 is made to be unlikely to be pulled or to skid on load-transfer device 1,2, ensure that the total length of the spring string 8 at every turn introduced with load-transfer device 1,2 by the spring string 8 that load-transfer device 1,2 introduced by handgrip 9 is substantially identical, and then ensure the quality of bagged-spring bed mattress.
Embodiment 2
Fig. 2 a is the structural representation (when bagged-spring string does not enter the first load-transfer device) of the device course of conveying for transporting bag shock mount string of band damping mechanism; Fig. 2 b is the structural representation (when bagged-spring string enters the first load-transfer device) of the device course of conveying for transporting bag shock mount string of band damping mechanism, comprise shoutoff mechanism, propulsive mechanism, and for controlling the control unit of shoutoff mechanism and propulsive mechanism, described shoutoff mechanism comprises feeding channel S1, S2 and is positioned at the cut component 10 in feeding channel exit, described feeding channel S1, S2 are provided with top board 6 and bottom plate 7, also comprise feed end and handgrip end; Pushing hands 3, first load-transfer device 1 top that described propulsive mechanism comprises load-transfer device 1,2 and is arranged on load-transfer device 2 side is positioned at the incision of the cut component 10 of shoutoff mechanism, for the bagged-spring string 8 after cutting off is transported to the second load-transfer device 2; Another side that the second load-transfer device 2 be connected with the first load-transfer device 1 end is relative with pushing hands 3 is provided with transition turnover panel 4, and described load-transfer device is provided with the upper conveyor belt 11,21 and lower load-transfer device 12,22 that are parallel to each other; Clamp bagged-spring string 8 by upper conveyor belt 11,21 and lower load-transfer device 12,22, bagged-spring string 8 can be made more firm in transfer process, not easily tilt or distortion.Described feeding channel is also provided with sensor a, for calculating the quantity of the spring string 8 through this sensor a.
This device is also provided with spring string damping mechanism in described feeding channel, and this damping mechanism carrys out height of formation difference by arranging the different step of height in top board 6 and the front and back section of bottom plate 7, and this diff-H is generally 10-20mm.
Damping mechanism described in the utility model is divided into compression section Z and uncompressed section of F, it is highly the free height of described spring string 8 between the top board 6 of uncompressed section of F and bottom plate 7, top board 6 and the bottom plate 7 of compression section Z are equipped with diff-H step, height between top board 6 and bottom plate 7 is the compression distance of described spring string 8, and the height difference of free height and compression distance is about 10% of spring string free height.
Distance between described upper conveyor belt 11,21 and lower load-transfer device 12,22 is not more than the diff-H between the top board 6 of (being less than or equal to) described compression section and bottom plate 7, reaches arrange resistance Compress Spring string 8 and make spring string 8 arrange regular object to reduce speed of transmission with this.
Sensor a counts, also being the major cause arranging uncompressed section is: sensor a is housed in uncompressed section, be used for the number of the spring string 8 detected in non-woven bag, Fig. 3 a is the spring string 8 in the non-woven bag of free height, Fig. 3 b be the appearance gauffer of compression distance non-woven bag in spring string 8, Fig. 3 c be concave point between sensor a detection springs string 8 81 and salient point 82.The spring string 8 of uncompressed section of F does not compress, and ensures the accuracy of sensor a counting.When the height of spring string 8 is in free state, due to the nonwoven fabrics of outsourcing strut by built-in spring string 8, so spring string 8 seems to be made up of cylindrical one by one, produce concave point 81 and salient point 82 thus.After spring string 8 is compressed, the nonwoven fabrics of outsourcing not strut by spring string 8, can occur fold on columniform surface thus, this phenomenon is unfavorable for that sensor a counts, and may cause omitting or careless mistake, produces defective products.
In addition, above-mentioned transition turnover panel 4 comprises and the upper transition turnover panel of the upper conveyor belt 21 of the second load-transfer device 2 and the corresponding setting of lower load-transfer device 22 and lower transition turnover panel, described upper transition turnover panel and lower transition turnover panel can vertical and flip horizontals, during its flip horizontal, second load-transfer device 2, transition turnover panel 4 and viscose glue platform 5 are in the same plane, a moveable spray gun is provided with further between second load-transfer device 2 and viscose glue platform 5, for to bagged-spring string 8 glue spraying, spray gun left and right horizontal can move between upper transition turnover panel and lower transition turnover panel.
Above-mentioned propulsive mechanism comprises the conveying motor driving the first load-transfer device 1, second load-transfer device 2 respectively, the pushing hands cylinder controlling pushing hands 3 action further, controls the turnover panel cylinder of transition turnover panel 4 rotation, drives the spray gun motor etc. of spray gun movement, action component described in the present embodiment all has the propulsion source such as motor, cylinder to drive, described propulsion source is all connected with control unit, control unit sends action command to each motor and cylinder as the case may be, promotes whole device work.
The present embodiment is adjusted to and is less than or equal to spring string 8 by arranging the spacing of damping mechanism by upper and lower two load-transfer devices and is being in the spring heights of compression section, introduce in the process of load-transfer device 1,2 at spring string 8, the spring string 8 be in compression section will produce friction drag, spring string 8 is in all the time a state be stretched.The total length of the spring string 8 that the spring string 8 that the above-mentioned measure arranging damping mechanism can ensure to be introduced into load-transfer device is at every turn introduced with load-transfer device 1,2 is substantially identical, and then ensures the quality of bagged-spring bed mattress.

Claims (9)

1. the device for transporting bag shock mount string, comprise shoutoff mechanism, propulsive mechanism, and for controlling the control unit of shoutoff mechanism and propulsive mechanism, described shoutoff mechanism comprises feeding channel and is positioned at the cut component in feeding channel exit, described feeding channel arranges sensor, also be provided with top board and bottom plate, this passage comprises feed end and handgrip end; Described propulsive mechanism comprises load-transfer device, is arranged on the pushing hands of belt edge, and another side that load-transfer device is relative with pushing hands is provided with transition turnover panel, and described load-transfer device is provided with the upper conveyor belt and lower load-transfer device that are parallel to each other; It is characterized in that: this device is also provided with spring string damping structure in described feeding channel, this damping structure is divided into compression section and uncompressed section, it is highly the free height of described spring string between the top board of uncompressed section and bottom plate, this compression section is provided with step, height between the top board of this compression section and bottom plate is the compression distance of described spring string, and the height difference of free height and compression distance is the 5%-20% of spring string free height.
2. device as claimed in claim 1, is characterized in that: the distance between described upper conveyor belt and lower load-transfer device is not more than the diff-H between described top board and bottom plate.
3. device as claimed in claim 1 or 2, is characterized in that: the height difference of free height and compression distance is the 8%-15% of spring string free height.
4. device as claimed in claim 3, is characterized in that: described compression section is located at or near the feed end of passage.
5. device as claimed in claim 2, is characterized in that: described propulsive mechanism also comprises the handle component that can drive the movement on the first load-transfer device of bagged-spring string; The described uncompressed section handgrip end being located at passage; Described handgrip end is adjacent with handle component.
6. device as claimed in claim 5, is characterized in that: described handle component comprises handgrip sheet, and for driving guide rail and the handgrip motor of the movement of handgrip sheet; Described handgrip sheet comprises handgrip sheet and lower handgrip sheet, and described upper handgrip sheet and lower handgrip sheet are the serrate thin slice of band, are provided with the gap that can be kept supplying handgrip sheet and the movement of lower handgrip sheet in the middle of the upper conveyor belt of the first load-transfer device and lower load-transfer device.
7. device as claimed in claim 1, it is characterized in that: the distance between described upper conveyor belt and lower load-transfer device is equal to or less than the compression distance of described compression section, the height difference of described free height and compression distance is 10% of spring string free height.
8. device as claimed in claim 1, it is characterized in that: described load-transfer device comprises the first load-transfer device, the second load-transfer device be connected with the first load-transfer device end, pushing hands and transition turnover panel are separately positioned on the both sides of the second load-transfer device, during described transition turnover panel flip horizontal, second load-transfer device, transition turnover panel and viscose glue platform are in the same plane, and the first load-transfer device top is positioned at the incision of cut component, for the bagged-spring string after cut-out is transported to the second load-transfer device.
9. device as claimed in claim 1, it is characterized in that: described cut component comprises ultrasonic welding system, promote the first cylinder and first line slideway of ultrasonic welding system movement, the envelope cutter matched with ultrasonic welding system, promote the second cylinder and second line slideway of the movement of envelope cutter, and with the cutting knife group that matches of envelope cutter, above-mentioned ultrasonic welding system and envelope cutter lay respectively at the both sides of bagged-spring string, and above-mentioned cut component comprises the sensor whether put in place for detecting ultrasonic welding system further.
CN201520821024.3U 2015-10-22 2015-10-22 A device for transmitting spring cluster in bags Active CN205114408U (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105947968A (en) * 2016-05-04 2016-09-21 广州市联柔机械设备有限公司 Multi-channel bagged spring string conveying mechanism and bagged spring pad manufacturing device
CN106006535A (en) * 2016-07-14 2016-10-12 佛山市昱纶机械有限公司 Bagged spring glue machine
CN109292407A (en) * 2018-09-29 2019-02-01 浙江华剑智能装备有限公司 The method for producing multiple bagged-spring cores simultaneously
CN110973893A (en) * 2019-12-19 2020-04-10 浙江华剑智能装备股份有限公司 Bagged spring core production equipment and production method
WO2022016854A1 (en) * 2020-07-24 2022-01-27 广州市联柔机械设备有限公司 Pocketed spring string conveying apparatus and method, and pocketed spring pad manufacturing equipment

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105947968A (en) * 2016-05-04 2016-09-21 广州市联柔机械设备有限公司 Multi-channel bagged spring string conveying mechanism and bagged spring pad manufacturing device
CN106006535A (en) * 2016-07-14 2016-10-12 佛山市昱纶机械有限公司 Bagged spring glue machine
CN106006535B (en) * 2016-07-14 2021-09-28 佛山市昱纶机械有限公司 Bagged spring glue machine
CN109292407A (en) * 2018-09-29 2019-02-01 浙江华剑智能装备有限公司 The method for producing multiple bagged-spring cores simultaneously
CN110973893A (en) * 2019-12-19 2020-04-10 浙江华剑智能装备股份有限公司 Bagged spring core production equipment and production method
WO2022016854A1 (en) * 2020-07-24 2022-01-27 广州市联柔机械设备有限公司 Pocketed spring string conveying apparatus and method, and pocketed spring pad manufacturing equipment

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