TWM523128U - Remote monitoring system for shoe-making machines - Google Patents

Description

Remote monitoring system for shoe making machine

The present invention relates to a remote monitoring system, and more particularly to a remote monitoring system for a shoe making machine that is used to connect a plurality of shoe-making machines in series to achieve remote monitoring and convenient management.

The purpose of creating shoes is to protect the feet so that they are not injured by foreign objects on the ground while walking, and they have warm feet. However, with the rapid progress of the shoemaking process, the use of shoes is no longer limited to Protecting, keeping your feet warm, and even developing shoes that are worn in different occasions, such as leather shoes and high heels worn on formal occasions, home shoes worn at home, sports shoes worn on roads, hiking shoes worn during mountain climbing, and swimming wear. Fins, as well as corrective shoes worn by medical corrections.

In the process of producing shoes, there are many steps that need to be heated, such as the adhesion of the sole, the shaping of the upper, the adhesion of the back, etc., so the temperature is a very important part for the production of shoes, for example, in the future, there is a kind in the prior art. The shoe-making machine utilizes a hot-pressing mold in a heating and pressing device. The stamper body of the hot-pressing mold is provided with a heater for heating, and a heat-conducting layer is disposed inside the stamper body to The method of inflating allows the thermal conductive laminate to be applied to the upper surface of the upper. However, this rear shoe machine does not have a temperature monitoring device, and can only rely on the experience of the shoe master to judge whether the current temperature is suitable or not. The quality of the back squatting type, and when there are many shoe-making machines, it requires more manpower to look at the shoe-making machine, and if the shoe-making machine has problems or the set production formula is wrong, it is impossible to stop the shoe-making machine immediately or The production recipe is changed only until the discovery or alarm sounds, so there is still room for improvement in the prior art.

In order to solve the problems existing in the prior art, the present invention provides a remote monitoring system for a shoe-making machine, which can directly monitor the condition of the shoe-making machine at a remote end, such as the production temperature, whether the machine is abnormal, or directly The far end adjusts the production parameters of the shoe making machine to achieve remote monitoring and convenient management.

The technical means adopted for achieving the above purpose is to apply the remote monitoring system of the shoe making machine to more than one shoe making machine, and the remote monitoring system of the shoe making machine comprises: more than one man-machine interface device, The human interface device is mechanically coupled to the shoe to control the shoe machine; more than one switch device, the switch device is connected to the human interface device; and more than one monitoring host, the monitoring host is connected via the network The switch device is connected to the switch device, wherein the switch device transmits the information of the machine to the switch device, and the switch device transmits the information of the machine to the monitoring host via the network, and the monitoring host is configured according to the The machine information transmits an adjustment command information to the switch device via the network, and the switch device transmits the adjustment command information to the human machine interface device, and the human interface device outputs a control signal to change the parameter of the shoe machine. .

According to the above configuration, the user can immediately know the current status of the shoe making machine, such as the production temperature and the recipe, by using the information displayed by the monitoring host, and can transmit the network through the monitoring host. Adjusting the command information to the switch device, after the switch device transmits the adjustment command information to the human interface device, the human interface device sends the control signal to the shoe machine according to the adjustment command information to adjust the shoemaking The parameters of the machine, such as the production temperature and the formula, etc.; the shoe-making machine is serially arranged by the switch device, so that the user can monitor the shoe-making machine through the monitoring host, which is convenient and environmentally friendly in use. Limitation, more effective use of manpower, to achieve the purpose of convenient management between remote monitoring.

10‧‧‧Shoemaking machine

20‧‧‧Human Machine Interface Device

30‧‧‧Switch device

40‧‧‧Monitoring host

41‧‧‧Management module

42‧‧‧ permission list management interface

43‧‧‧ permission adjustment interface

44‧‧‧ permission list display interface

45‧‧‧Monitoring module

46‧‧‧machine information interface

461‧‧‧Connected status area

462‧‧‧Alarm display area

463‧‧‧machine information inquiry button

47‧‧‧Alarm setting interface

48‧‧‧machine setting module

49‧‧‧ parameter setting interface

50‧‧‧temperature curve display area

70‧‧‧Cloud Server

80‧‧‧Cloud monitoring host

90‧‧‧Mobile devices

1 is a schematic view of a system of a first preferred embodiment of the present invention.

2 is a schematic diagram of a management module of the first preferred embodiment of the present invention.

3 is a schematic view of a shoe monitoring device of the first preferred embodiment of the present invention.

4 is a schematic diagram of a setting module of a shoe machine of the first preferred embodiment of the present invention.

Figure 5 is a schematic view of the system of the second preferred embodiment of the present invention.

With regard to the first preferred embodiment of the remote monitoring system of the novel shoe making machine, please refer to FIG. 1 , which includes more than one shoe making machine 10 , more than one man-machine interface device 20 , and more than one switch. The device 30 and more than one monitoring host 40 form a remote monitoring system for the shoe machine.

The human-machine interface device 20 is electrically connected to the shoe-making machine 10, and the human-machine interface device 20 is configured to display the condition of the machine of the shoe-making machine 10, such as production temperature, production formula, and information of various parts of the machine, and the like. The shoemaker 10 is operated by the on-site staff by the man-machine interface device 20; in this embodiment, the production temperature can be further displayed in a histogram through the man-machine interface device 20.

The switch device 30 is electrically connected to the human interface device 20, and is connected to the monitoring host 40 via a wired/wireless network, and the switch device 30 is configured to collect information about a machine transmitted by the human interface device 20, and It is transmitted to the monitoring host 40 through the network for the management personnel to know the condition of the machine of the shoe making machine 10, such as current capacity, power consumption, production temperature, machine alarm, whether the machine has a connection, production history and machine Through the parameter information of the monitoring unit 40, the manager can query the historical record of the shoe making machine 10, and output a temperature information report, a machine alarm record report, etc. in the report type; In an embodiment, the switch device 30 is a network switch for connecting more. The shoemaking machine 10 transmits the information from the human interface device 20 to the monitoring host 40 or transmits information from the monitoring host 40 to the human interface device 20.

Further, the management personnel determines whether to adjust the production parameters, the formula, the mold body setting, and the like of the shoe making machine 10 according to the information of the machine. When the manager wants to adjust the production parameters and the formula, the monitoring host 40 is operated to send an adjustment. Command information is transmitted to the switch device 30 via the network, and the switch device 30 transmits the adjustment command information to the corresponding human interface device 20, and the human interface device 20 sends a control signal according to the adjustment command information to The shoe-making machine 10 can adjust the production parameters and formula of the shoe-making machine 10 or emergency stop the shoe-making machine 10; in this embodiment, the monitoring host 40 can be a desktop computer or a notebook computer.

As shown in FIG. 2, in order to facilitate the management of the use of the shoe-making machine 10, the monitoring host 40 further has a management module 41. The management module 41 includes a permission list management interface 42 and an authority adjustment interface 43. A permission list display interface 44 for adding/modifying/updating the operation authority of the employee using the shoe-making machine 10, the authority adjustment interface 43 for adjusting the operation authority of each employee, and making different rights The employee has permission to view the machine status of the shoe making machine 10, or adjust the parameter authority of the shoe making machine 10, and the authority list display interface 44 is for displaying the employee number and corresponding authority of each employee.

As shown in FIG. 3, in order to enable the monitoring host 40 to remotely query the status of the shoe machine 10, the monitoring host 40 further has a monitoring module 45, and the monitoring module 45 has more than one machine. The information interface 46 and an alarm setting interface 47 for determining whether to turn on/off the alarm sound. The machine information interface 46 includes a connection status area 461, an alarm display area 462, and a machine information inquiry button. 463, the connection status area 461 is used to confirm whether the corresponding shoe making machine 10 has a connection, and displays the connection status in a color. The alarm display area 462 is used to remind the management personnel of the current machine problem, and displays the shoe in color. Machine 10 problem and strengthen the reminder with the alarm sound, the machine information query button 463 The manager clicks to inquire about the corresponding current capacity, power consumption, production temperature, and parameters of the components of the machine.

As shown in FIG. 4, in order to enable the monitoring host 40 to remotely set the production parameters and recipes of the shoe making machine 10, the monitoring host 40 further has a machine setting module 48, and the machine setting module 48 includes A parameter setting interface 49 and a temperature curve display area 50 are provided for the manager to set production parameters, recipes, etc., and the temperature curve display area 50 is for confirming the change of the production temperature over time.

The machine information of the shoe-making machine 10 is collected by the switch device 30, and transmitted to the monitoring host 40 via the network for remote query of the machine status of the shoe-making machine 10, and can be directly transmitted through the monitoring host 40. Adjusting the production parameters and formula of the shoe making machine 10 or directly closing the shoe making machine 10 when the shoe making machine 10 has a problem, thereby achieving the purpose of remote monitoring and being more convenient in management. To make the use of manpower more flexible.

Please refer to FIG. 5, which is a second preferred embodiment of the present invention. The second preferred embodiment is substantially the same as the first preferred embodiment. The second preferred embodiment further includes more than one cloud server 70 and one The above cloud monitoring host 80 and more than one mobile device 90; in this embodiment, the remote monitoring system of the shoe making machine is set up in different factories to achieve remote monitoring of the shoe making machine 10 of multiple factories. For example, the cloud server 70, the cloud monitoring host 80, and the mobile device 90 are connected to the switch device 30 through a network. The switch device 30 transmits the device information to the cloud server 70 for storage. Taking, querying, and collating, the cloud monitoring host 80 can be used by remote management personnel to query the condition of the shoe machine 10 remotely, or remotely adjust the production parameters, formulas, etc. of the shoe making machine 10; The manager can also query the condition of the machine of the shoe making machine 10 via the mobile device 90, or adjust the production parameters and formula of the shoe making machine 10 at a remote location, which is more convenient and flexible in use. This reaches End of the monitored object; the present embodiment, the mobile device 90 may be a smart phone, a tablet computer; the cloud monitoring host 80 may be a desktop or a laptop.

10‧‧‧Shoemaking machine

20‧‧‧Human Machine Interface Device

30‧‧‧Switch device

40‧‧‧Monitoring host

Claims (10)

A remote monitoring system for a shoe making machine is applied to more than one shoe making machine. The remote monitoring system of the shoe making machine comprises: more than one human-machine interface device, and the human-machine interface device and the system An electromechanical connection of the shoe to control the shoe machine; one or more switch devices connected to the human interface device; and one or more monitoring hosts connected to the switch device via a network; wherein the person The machine interface device transmits a machine information of the shoe making machine to the switch device, and the switch device transmits the machine information to the monitoring host through the network, and the monitoring host transmits the information according to the machine information via the network. The command information is adjusted to the switch device, and the switch device transmits the adjustment command information to the human interface device, and the human interface device outputs a control signal to change the parameter of the shoe machine. The remote monitoring system of the shoe-making machine of claim 1, wherein the monitoring host further comprises a management module, the management module comprising a rights list management interface, a rights adjustment interface and a rights list display interface. The remote monitoring system of the shoe-making machine of claim 2, wherein the monitoring host further has a monitoring module, the monitoring module comprising more than one machine information interface and an alarm setting interface. The remote monitoring system of the shoe-making machine of claim 3, wherein the monitoring host further has a machine setting module, the machine setting module comprising a parameter setting interface and a temperature curve display area. The remote monitoring system of the shoe making machine of claim 4, wherein the monitoring host is a desktop computer or a notebook computer. The remote monitoring system of the shoemaking machine of claim 5, wherein the switch device is a network switch. The remote monitoring system of the shoemaking machine of claim 4, further comprising one or more cloud servers, one or more cloud monitoring hosts, and one or more mobile devices; the cloud server, the cloud monitoring host, and the action The device is coupled to the switch device via a network. The remote monitoring system of the shoe making machine of claim 7, wherein the monitoring host is a desktop computer or a notebook computer; the cloud monitoring host is a desktop computer or a notebook computer. The remote monitoring system of the shoe making machine of claim 8, wherein the mobile device is a smart phone or a tablet computer. The remote monitoring system of the shoemaking machine of claim 9, wherein the switching device is a network switch.