CN203945020U - The lid equipment for automatically processing of heat protector of motor - Google Patents

The lid equipment for automatically processing of heat protector of motor Download PDF

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Publication number
CN203945020U
CN203945020U CN201420391819.0U CN201420391819U CN203945020U CN 203945020 U CN203945020 U CN 203945020U CN 201420391819 U CN201420391819 U CN 201420391819U CN 203945020 U CN203945020 U CN 203945020U
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CN
China
Prior art keywords
plate
cylinder
rotary
extraction
finished
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201420391819.0U
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Chinese (zh)
Inventor
陈孝林
胡完良
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Wenzhou Sheng Nuo Auto Electric Co Ltd
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Wenzhou Sheng Nuo Auto Electric Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
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Priority to CN201420391819.0U priority Critical patent/CN203945020U/en
Application granted granted Critical
Publication of CN203945020U publication Critical patent/CN203945020U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a kind of process equipment of heat protector of motor, particularly a kind of lid equipment for automatically processing of heat protector of motor.Concrete technical scheme is: a kind of lid equipment for automatically processing of heat protector of motor, include plate-like rotary table, the bimetal leaf that drum shape rotary table arranges is successively carried charging tray, upper cover is carried charging tray, welding mechanism and finished product extraction mechanism, plate-like rotary table is provided with some placing clamps, bimetal leaf carries charging tray and upper cover to carry charging tray to be connected with plate-like rotary table by bimetal leaf feeding channel and upper cover feeding channel respectively, between bimetal leaf feeding channel and upper cover feeding channel and plate-like rotary table, be provided with feeding mechanism and material extraction mechanism one by one.Adopt technique scheme, a kind of lid equipment for automatically processing of the heat protector of motor of enhancing productivity, ensure the quality of production is provided.

Description

The lid equipment for automatically processing of heat protector of motor
Technical field
The utility model relates to a kind of process equipment of heat protector of motor, particularly a kind of lid equipment for automatically processing of heat protector of motor.
Background technology
Motor refers to a kind of calutron of realizing electric energy conversion or transmit according to the law of electromagnetic induction, and its Main Function is to produce driving torque, as the power source of electrical equipment or various machineries.Motor is in running, if there is clamping stagnation, although the power output shaft of its motor stops the rotation, but its internal component is still in implementation, and energy cannot be released, cause the electric current of motor internal excessive, excess Temperature, light reduce service life of motor internal components and parts, heavy motor internal components and parts are burnt out, cause motor to use.In order to prevent the generation of this type of situation, these constantly research and development of those skilled in the art's process, have occurred that some can be to thermal protectors of motor enforcement protection, and in the time of motor internal electric current and temperature rising, this thermal protector can be cut off the electricity supply, and motor is implemented to protection.
This type of thermal protector mainly forms by base plate and with the lid that base plate fastens, and base plate is provided with static contact, and lid is provided with and can varies with temperature the bimetal leaf that deformation occurs, and bimetal leaf is provided with the moving contact that can contact or separate with static contact.Bimetal leaf and lid be by being welded to connect, and it is processed main dependence and manually carries out, and not only efficiency is low, and the quality of production cannot ensure.
Summary of the invention
The deficiency existing for prior art, the utility model provides a kind of lid equipment for automatically processing of the heat protector of motor of enhancing productivity, ensure the quality of production.
For achieving the above object, the utility model provides following technical scheme: a kind of lid equipment for automatically processing of heat protector of motor, it is characterized in that: include plate-like rotary table, the bimetal leaf that drum shape rotary table arranges is successively carried charging tray, upper cover is carried charging tray, welding mechanism and finished product extraction mechanism, plate-like rotary table is provided with some placing clamps, bimetal leaf carries charging tray and upper cover to carry charging tray to be connected with plate-like rotary table by bimetal leaf feeding channel and upper cover feeding channel respectively, between bimetal leaf feeding channel and upper cover feeding channel and plate-like rotary table, be respectively equipped with feeding mechanism one by one and by the mass transport in feeding mechanism one by one to the material extraction mechanism in placing clamp.
Adopt technique scheme, in process, bimetal leaf carries charging tray that the bimetal leaf in it is delivered to one by one in feeding mechanism, and by material extraction mechanism, the bimetal leaf at feeding mechanism place is one by one delivered in the placing clamp on plate-like rotary table, then can implement rotation by plate-like rotary table, bimetal leaf is delivered to upper cover and carries charging tray place, and upper cover carries charging tray that the upper cover in it is delivered to feeding mechanism place one by one, then upper cover is placed in the placing clamp with bimetal leaf by material extraction mechanism, plate-like rotary table rotates again, the placing clamp with bimetal leaf and upper cover is delivered to welding mechanism place, welding mechanism welds the bimetal leaf in placing clamp and upper cover, after completing welding, plate-like rotary table rotates again, the upper cover and the bimetal leaf that complete welding are delivered to finished product extraction mechanism place, the upper cover that finished product extraction mechanism completes welding and bimetal leaf propose, circulate with this, and in this process, bimetal leaf carries charging tray and upper cover to carry charging tray always in feed status, and feeding mechanism and welding mechanism also continue in running order one by one, thereby enhance productivity, improve the quality of production.
The utility model is further set to: one by one feeding mechanism include the output of being located at respectively bimetal leaf feeding channel and upper cover feeding channel installing rack and can be along the cradle of installing rack slippage, cradle is provided with the material of bimetal leaf feeding channel and the conducting of upper cover feeding channel and places breach; Described material extraction mechanism include the material that is set up in feeding mechanism place one by one extract frame and be set up in that material extracts on frame and can by drive air cylinder driven along material extract the slippage of frame transverse reciprocating slide plate, be installed on slide plate and can be along slide plate longitudinally toward the vacuum cup of polyslip.
Adopt technique scheme, material is placed breach can only place a material, when continuing there is material in bimetal leaf feeding channel or upper cover feeding channel, and material on cradle is placed breach and once can only be placed a upper cover or bimetal leaf, in placing breach, material has after upper cover or bimetal leaf, cradle is driven with installing rack and is implemented slippage by actuator, now bimetal leaf feeding channel or upper cover feeding channel cannot carry out feeding to cradle, and upper cover or bimetal leaf that vacuum cup in material extraction mechanism is placed material in breach extract, cradle completes return after feeding, be convenient to feeding next time, subsequent handling can be carried out in order, improve production efficiency, also ensured the quality of production simultaneously.
The utility model is further set to: welding mechanism includes welding support and is set up in the plumb joint on welding support, the welding body in plate-like rotary table below and setting corresponding to plumb joint, and plumb joint and welding body pass through respectively air cylinder driven.
Adopt technique scheme, arrange so simple in structure, easy for installation.
The utility model is further set to: finished product extraction mechanism includes to be set up in the finished product extraction frame of plate-like rotary table edge and to be articulated with finished product extracts the finished product extraction cylinder on frame, the cylinder axis that finished product extracts cylinder arranges towards plate-like rotary table, cylinder axis with respect to finished product extract other end place that cylinder is connected one end be provided with can opening and closing gripper jaw, between gripper jaw that can opening and closing and cylinder axis, be connected by gripper cylinder, and gripper jaw that can opening and closing drives its opening and closing by gripper cylinder, described finished product extracts frame and is provided with and extracts route guidance plate, this extraction route guidance plate is provided with the chute being obliquely installed with plate-like rotary table and the lifting groove being connected with chute, described gripper cylinder is provided with to extend to and extracts route guidance plate place guide pad that can slippage in chute and lifting groove.
Adopt technique scheme, finished product extracts cylinder and is articulated with on finished product extraction frame, in the time that the bimetal leaf in placing clamp on plate-like rotary table and upper cover complete welding and enter into finished product and extract station place, the cylinder axis that finished product extracts cylinder drives gripper cylinder, gripper cylinder is stressed along extracting route guidance plate towards the slippage of plate-like rotary table, band can opening and closing gripper jaw while moving to placing clamp place, gripper jaw that can opening and closing will clamp and move place's placing clamp through upper cover and the bimetal leaf of welding in placing clamp.The setting of extracting route guidance plate can make gripper jaw that can opening and closing can be moved to accurately placing clamp place, for the normal operation of operation provides guarantee.
The utility model is further set to: placing clamp includes the installing plate being fixedly connected with plate-like rotary table and is fixedly arranged on the placement piece on installing plate, on this placement piece, offer the placed cavity of placing for article, the both sides that installing plate is positioned at placement plate offer anti-load groove.
Adopt technique scheme, compressive strength is set so strong, not fragile, simple in structure.
The utility model is further set to: bimetal leaf carries that charging tray and upper cover are carried between charging tray, upper cover is carried between charging tray and welding mechanism, between welding mechanism and finished product extraction mechanism and be respectively equipped with induction mechanism between finished product extraction mechanism and bimetal leaf conveying charging tray, and this induction mechanism is the sensor that is set up in plate-like rotary table place.
Adopt technique scheme, the setting of sensor is can normally move for the ease of each step operation, prevents equipment idle running.
The utility model is further set to: finished product proposes to be provided with waste material extraction mechanism between mechanism and bimetal leaf conveying charging tray, this waste material extraction mechanism includes to be set up in the waste material extraction frame of plate-like rotary table edge and to be articulated with waste material extracts the waste material extraction cylinder on frame, the cylinder axis that waste material extracts cylinder arranges towards plate-like rotary table, cylinder axis with respect to waste material extract other end place that cylinder is connected one end be provided with can opening and closing waste material gripper jaw, between waste material gripper jaw that can opening and closing and cylinder axis, be connected by waste material gripper cylinder, and waste material gripper jaw that can opening and closing clamps its opening and closing of air cylinder driven by waste material, described waste material extracts frame and is provided with and waste material extraction route guidance plate, this waste material extracts route guidance plate and is provided with the guide chute being obliquely installed with plate-like rotary table and the guiding lifting groove being connected with guide chute, described waste material gripper cylinder is provided with and extends to waste material and extract route guidance plate place the axis of guide that can slippage in guide chute and guiding lifting groove.
Adopt technique scheme, arrange so simple in structurely, can be fast waste material is implemented to collect.
Below in conjunction with accompanying drawing, the utility model is further described.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the utility model embodiment;
Fig. 2 is that in the utility model embodiment, bimetal leaf is carried charging tray and the schematic perspective view of feeding mechanism, material extraction mechanism one by one;
Fig. 3 is the schematic perspective view of welding mechanism in the utility model embodiment;
Fig. 4 is the decomposing schematic representation of finished product extraction mechanism in the utility model embodiment;
Fig. 5 is the schematic perspective view of material extraction mechanism in the utility model embodiment;
Fig. 6 is the schematic perspective view of waste material extraction mechanism in the utility model embodiment;
Fig. 7 is the schematic perspective view of placing clamp in the utility model embodiment.
Detailed description of the invention
The lid equipment for automatically processing of a kind of heat protector of motor as shown in Fig. 1-Fig. 7, include plate-like rotary table 1, the bimetal leaf that drum shape rotary table 1 arranges is successively carried charging tray 2, upper cover is carried charging tray 3, welding mechanism 4 and finished product extraction mechanism 5, plate-like rotary table 1 is provided with some placing clamps 6, bimetal leaf carries charging tray 2 and upper cover to carry charging tray 3 to be connected with plate-like rotary table 1 by bimetal leaf feeding channel 21 and upper cover feeding channel 31 respectively, between bimetal leaf feeding channel 21 and upper cover feeding channel 31 and plate-like rotary table 1, be respectively equipped with feeding mechanism 7 one by one and by the mass transport in feeding mechanism 7 one by one to the material extraction mechanism 8 in placing clamp 6.Such scheme is in process, bimetal leaf carries charging tray 2 that the bimetal leaf in it is delivered to one by one in feeding mechanism 7, and by material extraction mechanism 8, the bimetal leaf at feeding mechanism 7 places is one by one delivered in the placing clamp 6 on plate-like rotary table 1, then can implement rotation by plate-like rotary table 1, bimetal leaf is delivered to upper cover and carries charging tray 3 places, and upper cover carries charging tray 3 that the upper cover in it is delivered to feeding mechanism 7 places one by one, then upper cover is placed in the placing clamp 6 with bimetal leaf by material extraction mechanism 8, plate-like rotary table 1 rotates again, the placing clamp 6 with bimetal leaf and upper cover is delivered to welding mechanism 4 places, welding mechanism 4 welds the bimetal leaf in placing clamp 6 and upper cover, after completing welding, plate-like rotary table 1 rotates again, the upper cover and the bimetal leaf that complete welding are delivered to finished product extraction mechanism 5 places, the upper cover that finished product extraction mechanism 5 completes welding and bimetal leaf propose, circulate with this, and in this process, bimetal leaf carries charging tray 2 and upper cover to carry charging tray 3 always in feed status, and feeding mechanism 7 and welding mechanism 4 also continue in running order one by one, thereby enhance productivity, improve the quality of production.
In the utility model embodiment, one by one feeding mechanism 7 include the output of being located at respectively bimetal leaf feeding channel 21 and upper cover feeding channel 31 installing rack 71 and can be along the cradle 72 of installing rack 71 slippages, cradle 72 is provided with the material of bimetal leaf feeding channel 21 and 31 conductings of upper cover feeding channel and places breach 721; Material extraction mechanism 8 include the material that is set up in feeding mechanism 7 places one by one extract frame 81 and be set up in that material extracts on frame 81 and can by drive cylinder 82 drive along material extract frame 81 transverse reciprocating slippages slide plate 83, be installed on slide plate 83 and can be along slide plate 83 longitudinally toward the vacuum cup 84 of polyslips.Material is placed breach 721 can only place a material, when bimetal leaf feeding channel 21 or interior the continuing of upper cover feeding channel 31 have material, and material on cradle 72 is placed breach 721 and once can only be placed a upper cover or bimetal leaf, in placing breach 721, material has after upper cover or bimetal leaf, cradle 72 is driven with installing rack 71 and is implemented slippage by actuator, now bimetal leaf feeding channel 21 or upper cover feeding channel 31 cannot carry out feeding to cradle 72, and upper cover or bimetal leaf that vacuum cup 84 in material extraction mechanism 8 is placed material in breach 721 extract, cradle 72 completes return after feeding, be convenient to feeding next time, subsequent handling can be carried out in order, improve production efficiency, also ensured the quality of production simultaneously.
In the utility model embodiment, welding mechanism 4 includes welding support 41 and is set up in the plumb joint 42 on welding support 41, the welding body 43 in plate-like rotary table 1 below and setting corresponding to plumb joint 42, and plumb joint 42 and welding body 43 drive by cylinder 44 respectively.Cylinder 44 drives plumb joint 42 and welding body 43, and after plumb joint 42 contacts with welding body 43, circuit forms loop, and plumb joint 42 is with the contact position heating of welding body 43 and the upper cover in placing clamp 6 and bimetal leaf are implemented to welding.
In the utility model embodiment, finished product extraction mechanism 5 includes to be set up in the finished product extraction frame 51 of plate-like rotary table 1 edge and to be articulated with finished product extracts the finished product extraction cylinder 52 on frame 51, the cylinder axis 521 that finished product extracts cylinder 52 arranges towards plate-like rotary table 1, cylinder axis 521 with respect to finished product extract other end place that cylinder 52 is connected one end be provided with can opening and closing gripper jaw 53, between gripper jaw 53 that can opening and closing and cylinder axis 521, be connected by gripper cylinder 54, and gripper jaw 53 that can opening and closing drives its opening and closing by gripper cylinder 54, finished product extracts frame 51 and is provided with and extracts route guidance plate 55, this extraction route guidance plate 55 is provided with the chute 551 being obliquely installed with plate-like rotary table 1 and the lifting groove 552 being connected with chute 551, gripper cylinder 54 is provided with to extend to and extracts route guidance plate 55 places can be in the guide pad 541 of chute 551 and the 552 interior slippages of lifting groove.Finished product extracts cylinder 52 and is articulated with on finished product extraction frame 51, in the time that the bimetal leaf in placing clamp 6 on plate-like rotary table 1 and upper cover complete welding and enter into finished product and extract station place, the cylinder axis 521 that finished product extracts cylinder 52 drives gripper cylinder 54, gripper cylinder 54 is stressed along extracting route guidance plate 55 towards 1 slippage of plate-like rotary table, in the time that gripper jaw 53 that can opening and closing moves to placing clamp 6 place, gripper jaw 53 that can opening and closing will be in placing clamp 6 clamp and moves through the upper cover of welding and bimetal leaf locates placing clamp 6.The setting of extracting route guidance plate 55 can make gripper jaw 53 that can opening and closing can be moved to accurately placing clamp 6 places, for the normal operation of operation provides guarantee.
In order to make the compressive strength of placing clamp 6 strong, not fragile, simple in structure, placing clamp 6 includes the installing plate 61 being fixedly connected with plate-like rotary table 1 and is fixedly arranged on the placement piece 62 on installing plate 61, on this placement piece 62, offer the placed cavity 621 of placing for article, the both sides that installing plate 61 is positioned at placement plate 62 offer anti-load groove 611.
Can normally move for the ease of each step operation, prevent equipment idle running, bimetal leaf carries that charging tray 2 and upper cover are carried between charging tray 3, upper cover is carried between charging tray 3 and welding mechanism 4, between welding mechanism 4 and finished product extraction mechanism 5 and be respectively equipped with induction mechanism 9 between finished product extraction mechanism 5 and bimetal leaf conveying charging tray 2, this induction mechanism 9 is the sensor that is set up in plate-like rotary table 1 place.
The waste product that there will be unavoidably machining to produce in process, for the ease of the collection of waste product, finished product proposes to be provided with waste material extraction mechanism 10 between mechanism 5 and bimetal leaf conveying charging tray 2, this waste material extraction mechanism 10 includes to be set up in the waste material extraction frame 101 of plate-like rotary table 1 edge and to be articulated with waste material extracts the waste material extraction cylinder 102 on frame 101, the cylinder axis 1021 that waste material extracts cylinder 102 arranges towards plate-like rotary table 1, cylinder axis 1021 with respect to waste material extract other end place that cylinder 102 is connected one end be provided with can opening and closing waste material gripper jaw 103, between waste material gripper jaw 103 that can opening and closing and cylinder axis 1021, be connected by waste material gripper cylinder 104, and waste material gripper jaw 103 that can opening and closing drives its opening and closing by waste material gripper cylinder 104, waste material extracts frame 101 and is provided with and waste material extraction route guidance plate 105, this waste material extracts route guidance plate 105 and is provided with the guide chute 1051 being obliquely installed with plate-like rotary table 1 and the guiding lifting groove 1052 being connected with guide chute 1051, waste material gripper cylinder 104 is provided with and extends to waste material and extract route guidance plate 105 places can be in the axis of guide 1041 of guide chute 1051 and the 1052 interior slippages of guiding lifting groove.
It should be noted that, the plate-like rotary table 1 in the utility model embodiment drives its rotation by motor.

Claims (8)

1. the lid equipment for automatically processing of a heat protector of motor, it is characterized in that: include plate-like rotary table, the bimetal leaf that drum shape rotary table arranges is successively carried charging tray, upper cover is carried charging tray, welding mechanism and finished product extraction mechanism, plate-like rotary table is provided with some placing clamps, bimetal leaf carries charging tray and upper cover to carry charging tray to be connected with plate-like rotary table by bimetal leaf feeding channel and upper cover feeding channel respectively, between bimetal leaf feeding channel and upper cover feeding channel and plate-like rotary table, be respectively equipped with feeding mechanism one by one and by the mass transport in feeding mechanism one by one to the material extraction mechanism in placing clamp.
2. the lid equipment for automatically processing of heat protector of motor according to claim 1, it is characterized in that: described feeding mechanism one by one include the output of being located at respectively bimetal leaf feeding channel and upper cover feeding channel installing rack and can be along the cradle of installing rack slippage, cradle is provided with the material of bimetal leaf feeding channel and the conducting of upper cover feeding channel and places breach; Described material extraction mechanism include the material that is set up in feeding mechanism place one by one extract frame and be set up in that material extracts on frame and can by drive air cylinder driven along material extract the slippage of frame transverse reciprocating slide plate, be installed on slide plate and can be along slide plate longitudinally toward the vacuum cup of polyslip.
3. the lid equipment for automatically processing of heat protector of motor according to claim 1 and 2; it is characterized in that: described welding mechanism includes welding support and is set up in the plumb joint on welding support, the welding body in plate-like rotary table below and setting corresponding to plumb joint, and plumb joint and welding body pass through respectively air cylinder driven.
4. the lid equipment for automatically processing of heat protector of motor according to claim 1 and 2, it is characterized in that: described finished product extraction mechanism includes to be set up in the finished product extraction frame of plate-like rotary table edge and to be articulated with finished product extracts the finished product extraction cylinder on frame, the cylinder axis that finished product extracts cylinder arranges towards plate-like rotary table, cylinder axis with respect to finished product extract other end place that cylinder is connected one end be provided with can opening and closing gripper jaw, between gripper jaw that can opening and closing and cylinder axis, be connected by gripper cylinder, and gripper jaw that can opening and closing drives its opening and closing by gripper cylinder, described finished product extracts frame and is provided with and extracts route guidance plate, this extraction route guidance plate is provided with the chute being obliquely installed with plate-like rotary table and the lifting groove being connected with chute, described gripper cylinder is provided with to extend to and extracts route guidance plate place guide pad that can slippage in chute and lifting groove.
5. the lid equipment for automatically processing of heat protector of motor according to claim 3, it is characterized in that: described finished product extraction mechanism includes to be set up in the finished product extraction frame of plate-like rotary table edge and to be articulated with finished product extracts the finished product extraction cylinder on frame, the cylinder axis that finished product extracts cylinder arranges towards plate-like rotary table, cylinder axis with respect to finished product extract other end place that cylinder is connected one end be provided with can opening and closing gripper jaw, between gripper jaw that can opening and closing and cylinder axis, be connected by gripper cylinder, and gripper jaw that can opening and closing drives its opening and closing by gripper cylinder, described finished product extracts frame and is provided with and extracts route guidance plate, this extraction route guidance plate is provided with the chute being obliquely installed with plate-like rotary table and the lifting groove being connected with chute, described gripper cylinder is provided with to extend to and extracts route guidance plate place guide pad that can slippage in chute and lifting groove.
6. according to the lid equipment for automatically processing of the heat protector of motor described in claim 1 or 2 or 5; it is characterized in that: described placing clamp includes the installing plate being fixedly connected with plate-like rotary table and is fixedly arranged on the placement piece on installing plate; on this placement piece, offer the placed cavity of placing for article, the both sides that installing plate is positioned at placement plate offer anti-load groove.
7. according to the lid equipment for automatically processing of the heat protector of motor described in claim 1 or 2 or 5; it is characterized in that: described bimetal leaf carries that charging tray and upper cover are carried between charging tray, upper cover is carried between charging tray and welding mechanism, between welding mechanism and finished product extraction mechanism and be respectively equipped with induction mechanism between finished product extraction mechanism and bimetal leaf conveying charging tray, this induction mechanism is the sensor that is set up in plate-like rotary table place.
8. according to the lid equipment for automatically processing of the heat protector of motor described in claim 1 or 2 or 5, it is characterized in that: described finished product proposes to be provided with waste material extraction mechanism between mechanism and bimetal leaf conveying charging tray, this waste material extraction mechanism includes to be set up in the waste material extraction frame of plate-like rotary table edge and to be articulated with waste material extracts the waste material extraction cylinder on frame, the cylinder axis that waste material extracts cylinder arranges towards plate-like rotary table, cylinder axis with respect to waste material extract other end place that cylinder is connected one end be provided with can opening and closing waste material gripper jaw, between waste material gripper jaw that can opening and closing and cylinder axis, be connected by waste material gripper cylinder, and waste material gripper jaw that can opening and closing clamps its opening and closing of air cylinder driven by waste material, described waste material extracts frame and is provided with and waste material extraction route guidance plate, this waste material extracts route guidance plate and is provided with the guide chute being obliquely installed with plate-like rotary table and the guiding lifting groove being connected with guide chute, described waste material gripper cylinder is provided with and extends to waste material and extract route guidance plate place the axis of guide that can slippage in guide chute and guiding lifting groove.
CN201420391819.0U 2014-07-15 2014-07-15 The lid equipment for automatically processing of heat protector of motor Expired - Fee Related CN203945020U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420391819.0U CN203945020U (en) 2014-07-15 2014-07-15 The lid equipment for automatically processing of heat protector of motor

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420391819.0U CN203945020U (en) 2014-07-15 2014-07-15 The lid equipment for automatically processing of heat protector of motor

Publications (1)

Publication Number Publication Date
CN203945020U true CN203945020U (en) 2014-11-19

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Application Number Title Priority Date Filing Date
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105382373A (en) * 2015-11-30 2016-03-09 芜湖恒美电热器具有限公司 Automatic rotary welding device for heating pipes
CN106363287A (en) * 2016-08-31 2017-02-01 慈溪市凯达温控器有限公司 Automatic spot welding machine and spot welding method for temperature controller
CN109352154A (en) * 2018-11-06 2019-02-19 浙江安防职业技术学院 Stainless steel cup small cup automatic welding equipment

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105382373A (en) * 2015-11-30 2016-03-09 芜湖恒美电热器具有限公司 Automatic rotary welding device for heating pipes
CN106363287A (en) * 2016-08-31 2017-02-01 慈溪市凯达温控器有限公司 Automatic spot welding machine and spot welding method for temperature controller
CN106363287B (en) * 2016-08-31 2020-06-16 慈溪市凯达温控器有限公司 Automatic spot welding machine and spot welding method for temperature controller
CN109352154A (en) * 2018-11-06 2019-02-19 浙江安防职业技术学院 Stainless steel cup small cup automatic welding equipment

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Granted publication date: 20141119

Termination date: 20150715