Heel setting machine capable of remotely monitoring carbon emission and pressure

Abstract

A heel setting machine capable of remotely monitoring carbon emission and pressure is suitable for vamps and comprises a rack device, a setting device and a monitoring device. The shaping device is arranged on the rack device, is driven by air pressure and is suitable for shaping and processing the vamps. The monitoring device comprises a measuring unit for measuring the shaping device, a display unit and a calculation unit, the measuring unit is used for outputting an electric energy information group of the shaping device and an air pressure information group of the shaping device, and the calculation unit is used for calculating carbon emission information related to the carbon emission amount according to the electric energy information group; and the display unit is used for displaying the electric energy information group, the air pressure information group and the carbon emission information so as to replace real-time manual measurement, observation and calculation, thereby achieving the effect of convenient use.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of machines for shoemaking, in particular to a kind of rear heel shaping machine with remote monitoring carbon emission and pressure. BACKGROUND

[0002] A kind of existing rear heel shaping machine, applicable to a vamp, including shaping unit, and last unit, the general shoemaking process is that first gluing or not yet shaped vamp is set in the last unit below the shaping unit, then utilize multiple pneumatic cylinders to drive the shaping unit to cooperate to pressurize the vamp, to make adhesive layer and vamp soften and fit, while cooling or heating the vamp for different materials or different adhesives, to make the vamp shaping.General can calculate energy consumption from the time of voltage and current matching operation of machine table, and equivalent carbon emission.

[0003] However, the voltage and current used by machine table can only be known from the theoretical value of the model of component, and there is a gap between the actual value used in actual operation process, if real-time and accurate voltage and current are to be known, then instrument must be taken to measure circuit by manpower, and then the measured value is calculated, in addition, whether the air pressure of each pneumatic cylinder is sufficient during use is also difficult to know directly, when air pressure is found to be insufficient, multiple defective products can have been manufactured, under the demand of tracking carbon emission and pressure, it is very inconvenient to use. SUMMARY

[0004] The utility model aims at providing a kind of rear heel shaping machine with remote monitoring carbon emission and pressure for easy use.

[0005] The rear heel shaping machine with remote monitoring carbon emission and pressure of the utility model, applicable to vamp, the rear heel shaping machine with remote monitoring carbon emission and pressure includes rack device, shaping device, and monitoring device.

[0006] The shaping device is arranged in the rack device and is driven by air pressure, and is applicable to the shaping processing of the vamp.

[0007] The monitoring device is signal connected with the shaping device, and includes measurement unit for measuring the shaping device, display unit signal connected with the measurement unit, and calculation unit signal connected with the measurement unit and the display unit, the measurement unit is used to output the power information group related to the voltage and current of the shaping device, and the air pressure information group related to the pressure of the shaping device, the calculation unit calculates the carbon emission information related to carbon emission according to the power information group, and the display unit is used to display the power information group, the air pressure information group and the carbon emission information.

[0008] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the frame device includes lower frame, sets up the main frame at the top of lower frame, and sets up the upper frame at the top of main frame, the display unit has set up in the upper frame and is used to show the display panel of the electric energy information group, the barometric information group and the carbon emission information.

[0009] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the frame device still includes two vice frame of swingable setting in the main frame, vice frame is along left and right axial and is located opposite both sides of main frame respectively, the setting device includes a plurality of pneumatic cylinders of setting in the upper frame and the top of vice frame.

[0010] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the lower frame surrounds and defines the containing space, the barometric information group has a plurality of respectively relevant to the pressure of pneumatic cylinder's barometric information, the display unit still has a plurality of setting in the containing space and is used to show the barometer of barometric information respectively.

[0011] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the lower frame surrounds and defines the containing space, the display unit still has set up in the containing space and is used to show the electric parameter table of electric energy information group.

[0012] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the monitoring device still includes the warning unit of signal connection the measurement unit, the setting device still includes the pressure mould unit of being driven by pneumatic cylinder, the pressure mould unit has a plurality of mobile setting in the hot pressure mould of vice frame and a plurality of setting in the heating part of hot pressure mould, the measurement unit can still be used for outputting the temperature information group relevant to the temperature of hot pressure mould, and the warning unit sends the warning according to the temperature information group.

[0013] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the warning is at least one in voice and light.

[0014] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the monitoring device still includes the control unit of signal connection pneumatic cylinder, and the control unit controls pneumatic cylinder to stop acting according to the warning.

[0015] The utility model discloses a rear kick setting machine of remote monitoring carbon emission and pressure, the warning unit has a plurality of signal connections the measurement unit and respectively corresponding the alarm part of hot pressure mould, and the warning is shown in the alarm part corresponding hot pressure mould.

[0016] The utility model discloses a far end monitored carbon emission and pressure's back kick setting machine, the computing unit can calculate the corresponding operation number of the mould unit and show on the display unit, and can set the maintenance number, when every operation number reaches the maintenance number, the display unit shows the reminder.

[0017] The utility model discloses the beneficial effect lies in: through the measurement unit real -time measurement the electric energy information group and the barometric pressure information group, and the computing unit calculates the carbon emission information, and shows on the display unit, replaces real -time with manpower measurement, observation and calculation, reaches the effect of convenient to use. BRIEF DESCRIPTION OF DRAWINGS

[0018] The other features and effects of the utility model will be clearly presented in the embodiments with reference to the drawings, wherein:

[0019] Figure 1 It is a perspective view, and the utility model discloses a far end monitored carbon emission and pressure's back kick setting machine one embodiment;

[0020] Figure 2 It is a front view of the embodiment;

[0021] Figure 3 It is an incomplete perspective view of the embodiment from another angle;

[0022] Figure 4 It is an incomplete front view of a setting device of the embodiment;

[0023] Figure 5 It is a partial enlarged view of the embodiment. DETAILED DESCRIPTION

[0024] Referring to Figure 1 , Figure 2 , Figure 3 The utility model discloses a far end monitored carbon emission and pressure's back kick setting machine embodiment, applicable to a vamp 5 (in Figure 4 Show), the far end monitored carbon emission and pressure's back kick setting machine includes a rack device 2, a setting device 3 and a monitoring device 4.

[0025] The rack device 2 includes a lower rack 21, a main rack 22 arranged on the top of the lower rack 21, an upper rack 23 arranged on the top of the main rack 22 and two vice racks 24 swingably arranged on the main rack 22. The vice rack 24 is located on the opposite sides of the main rack 22 along a left-right axis X respectively, and the lower rack 21 surrounds a containing space 211.

[0026] Referring to Figure 2、 Figure 3 、 Figure 4 , the setting device 3 is arranged on the frame device 2 and driven by air pressure, and is adapted to perform setting processing on the upper 5. The setting device 3 comprises a plurality of air cylinders 31 arranged on the top of the upper frame 23 and the sub-frame 24 along the left-right axis X, and a pressing die unit 32 driven by the air cylinders 31. The pressing die unit 32 has a plurality of hot pressing dies 321 movably arranged on the sub-frame 24, and a plurality of heating elements 322 arranged on the hot pressing dies 321. Each hot pressing die 321 is provided with a plurality of heating elements 322, and the temperature of each hot pressing die 321 is adjusted by the heating elements 322.

[0027] Referring to Figure 2 、 Figure 3 、 Figure 5 , the monitoring device 4 is signal connected to the setting device 3, and comprises a measuring unit for measuring the setting device 3, a display unit 41 signal connected to the measuring unit, a calculation unit signal connected to the measuring unit and the display unit 41, a control unit signal connected to the air cylinders 31, and an alarm unit 42 signal connected to the measuring unit. The measuring unit is used to output an electric energy information set related to the voltage and current of the setting device 3, an air pressure information set related to the pressure of the air cylinders 31, and a temperature information set related to the temperature of the hot pressing dies 321. The display unit 41 has a display panel 411 arranged on the upper frame 23, a plurality of pressure gauges 412 arranged in the accommodation space 211, and an electrical parameter gauge 413 arranged in the accommodation space 211. The calculation unit calculates a carbon emission information related to the carbon emission amount according to the electric energy information set. The calculation unit can also calculate the corresponding operation times of the pressing die unit 32 and display them on the display unit 41, and can set a maintenance number. The air pressure information set has a plurality of air pressure information respectively related to the pressure of the air cylinders 31. The alarm unit 42 has a plurality of alarm elements 421 signal connected to the measuring unit and corresponding to the hot pressing dies 321 respectively. The display panel 411 is used to display the electric energy information set, the air pressure information set, the temperature information set and the carbon emission information, and displays a reminder when each operation time reaches the maintenance number, the pressure gauges 412 are respectively used to display the air pressure information, and the electrical parameter gauge 413 is used to display the electric energy information set. In other embodiments, the electric energy information set, the air pressure information set and the temperature information set can also be displayed on other forms of display units 41, such as computer screens connected remotely, or monitoring personnel's mobile devices, etc., without being limited thereto.

[0028] In more detail, the warning unit 42 issues a warning according to the temperature information set, the warning is displayed on the alarm member 421 corresponding to the hot press mold 321 when the warning unit 42 issues the warning, and the warning is at least one of sound and light. The control unit controls the pneumatic cylinder 31 to stop operation when the warning unit 42 issues the warning. In this embodiment, the warning is in the form of light, and more specifically, the alarm member 421 emits green light when the temperature of the corresponding hot press mold 321 is high enough for normal operation of the pneumatic cylinder 31, emits yellow light when the temperature of the corresponding hot press mold 321 is lower than a first temperature, and emits red light when the temperature of the corresponding hot press mold 321 is lower than a second temperature, the first temperature being higher than the second temperature. That is, when the warning is issued, the temperature of the corresponding hot press mold 321 is not high enough for hot pressing, and the temperature of the corresponding hot press mold 321 can be determined according to the color of the warning. In other embodiments, other forms of warnings can be selected as needed, such as emitting a siren sound, without being limited thereto.

[0029] In operation, the display panel 411 displays the current power information set, the pneumatic pressure information set, and the carbon discharge information in real time, and displays the corresponding pneumatic pressure of the pneumatic cylinder 31 on the pressure gauge 412 and the display panel 411, and displays the power information set on the electrical parameter gauge 413. If one of the hot press molds 321 is not hot enough due to damage or other abnormalities during operation, the corresponding alarm member 421 will issue the warning, and the control unit will control the shaping device 3 to stop operation.

[0030] The monitoring device 4 measures the power information set and the pneumatic pressure information set in real time, and the calculation unit calculates the carbon discharge information and displays it on the display unit 41, replacing real-time measurement, observation, and calculation by manpower. Users do not need to be present at the specific measurement site to obtain the required information, achieving the effect of convenient use. Through the warning unit 42, when the pneumatic pressure of the pneumatic cylinder 31 is not enough, the user can discover the abnormal pneumatic cylinder 31 in real time and perform real-time maintenance, further achieving the effect of convenient use. In addition, when a hot press mold 321 with insufficient temperature appears, the control unit can stop operation in real time, avoiding waste of raw materials due to incorrect processing parameters, and achieving the effects of energy saving and raw material saving.

[0031] In summary, the rear-end monitoring carbon discharge and pressure shaping machine of the present application can indeed achieve the purpose of the present application.

Claims

1. A remote monitorable carbon emission and pressure after-heel forming machine for shoe upper, characterized in that: The rear-end monitoring carbon discharge and pressure shoe molding machine comprises a frame device, a molding device and a monitoring device, the molding device is arranged on the frame device and driven by air pressure, and is suitable for molding the shoe upper, the monitoring device is signal connected with the molding device, and comprises a measuring unit for measuring the molding device, a display unit signal connected with the measuring unit, and a calculation unit signal connected with the measuring unit and the display unit, the measuring unit is used for outputting an electric energy information group related to voltage and current of the molding device, and an air pressure information group related to pressure of the molding device, the calculation unit calculates carbon discharge information related to carbon discharge according to the electric energy information group, and the display unit is used for displaying the electric energy information group, the air pressure information group and the carbon discharge information.

2. The kick former according to claim 1, wherein: The frame device comprises a lower frame, a main frame arranged on the top of the lower frame, and an upper frame arranged on the top of the main frame, and the display unit has a display panel arranged on the upper frame and used for displaying the electric energy information group, the air pressure information group and the carbon discharge information.

3. The kick former according to claim 2, wherein: The frame device further comprises two sub-frames swingably arranged on the main frame, the sub-frames are respectively located on opposite sides of the main frame along left and right axes, and the molding device comprises a plurality of air cylinders arranged on the top of the upper frame and the sub-frames.

4. The kick former according to claim 3, wherein: The lower frame surrounds a containing space, the air pressure information group has a plurality of air pressure information respectively related to pressure of the air cylinders, and the display unit further has a plurality of pressure gauges arranged in the containing space and respectively used for displaying the air pressure information.

5. The kick former according to claim 3, wherein: The lower frame surrounds a containing space, and the display unit further has an electric parameter gauge arranged in the containing space and used for displaying the electric energy information group.

6. The kick former according to claim 3, wherein: The monitoring device further comprises a warning unit signal connected with the measuring unit, the molding device further comprises a die unit driven by the air cylinders, the die unit has a plurality of hot dies movably arranged on the sub-frames, and a plurality of heating elements arranged on the hot dies, the measuring unit can further be used for outputting a temperature information group related to temperature of the hot dies, and the warning unit issues a warning according to the temperature information group.

7. The kick former according to claim 6, wherein: The warning is at least one of sound and light.

8. The kick former according to claim 6, wherein: The monitoring device further comprises a control unit signal connected with the air cylinders, and the control unit controls the air cylinders to stop operation according to the warning.

9. The kick former according to claim 6, wherein: The warning unit has a plurality of alarm elements signal connected with the measuring unit and respectively corresponding to the hot dies, and the warning is displayed on the alarm elements corresponding to the hot dies.

10. The kick former according to claim 6, wherein: The calculation unit can calculate corresponding operation times of the die unit and display the operation times on the display unit, and can set a maintenance number, when each operation time reaches the maintenance number, the display unit displays a reminder.

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