TWM540833U - Logistics box - Google Patents

Abstract

The present invention is a logistics box that comprises: a main box, which is a hexahedral rectangular box material to provide a interspace for store objects; and at least one or plural conductive lines are at the main box to arrange on the outer side, inner side or inner layer structure. The characteristic is the conductive lines at the main box that can be used for connecting the sensor or the signal-transmitting device so as to achieve the data acquisition of the logistics goods and the transportation state recording of the logistics work.

Description

Logistics box

The invention relates to a box structure for logistics transportation, characterized in that the conductive line on the box body can be used for connecting a sensor or a signal transmitting device to provide data acquisition and logistics for identifying the logistics items placed inside the box body. The shipping status record of the job.

The logistics industry's monitoring of the status of goods transportation can be generally divided into product location tracking, product preservation monitoring and product quality monitoring, which has clarified the responsibility for the lack of transportation. In the monitoring of the state of transport of goods, the development of the logistics box for the positioning function of the prior art, as disclosed in the Republic of China Patent No. M387077, the logistics box with the positioning device comprises a box and a seal pivoted to the box. Cover and at least one positioning device. The cover is pivotally disposed on a wall of the casing, and the positioning device has a fastening portion disposed on the top of the peripheral wall of the casing and a locking member disposed on the cover, and the cover is closed. The locking member is operable from a locking position that is interlocked with the locking portion to operate in an open position that is disengaged from the locking portion. Thereby, the logistics box can keep the cover closed in the delivery, and the opening operation of the locking device is quite easy. In addition, the prior art is directed to a method of tracking a transportation article, as disclosed in the Republic of China Patent Publication No. 201220221, the method comprising the steps of: providing a tracking module including a communication unit and a confirmation unit; and the tracking module and the transportation The articles are packaged together, in particular, the tracking module and the transport article are packaged in a common package; the location of the tracking module is repeatedly determined; and the determined location is communicated to a first authorized device using the communication unit Receiving end After receiving the transport item and after actuating the confirmation unit, the person immediately uses the communication unit to communicate a confirmation of receipt to a second authorized recipient. In addition, the prior art is directed to a data logger for a mobile body. As disclosed in the Republic of China Patent Publication No. 479132, a method and system for operating a mobile body and a device thereof are installed on a mobile object to be managed. The data recorder is provided with a sensor, a buffer, and a non-volatile recording medium for measuring the running condition of the moving body; and the measurement data outputted by the sensor along with the movement of the moving body is continuously deployed in the buffer. And the first data corresponding to the first operational characteristic of the predetermined moving object in the measurement data unfolded by the buffer is written in the first recording area of the recording medium until the predetermined end condition is satisfied; Different from the first operational characteristic described above, the process of writing the second data conforming to the second operational characteristic of the mobile object into the second recording area of the recording medium is repeated in a range allowing writing to the recording medium. Thereby, the data written in the recording medium is used to analyze the actor who is running the mobile body. There are also previous studies on the vehicle information detection and reporting system. For example, the Republic of China Patent No. I560644 discloses that the vehicle recorder and the positioning system are used to record the vehicle and cargo information, and the goods are returned by a specific mechanism. The route of transportation and the convenient management of the position of the vehicle and the connection status of the vehicle. The system consists of: (1) a vehicle recorder that can be used to record cargo information and vehicle type, and to detect the connection of the vehicle (which can be a pallet, trailer, sandstone, etc.), (2) The vehicle data collection unit records whether the cargo delivery route and the comparison data are correct and the information is returned in time. When the information is incorrect, the vehicle immediately alerts the driver to check the vehicle connection and the cargo to ensure the safety of the cargo, (3) a vehicle and The cargo information platform returns the data to the remote system for data collection and provides information for management. The detection and reporting system proposed by the invention can improve the existing methods and help the transportation industry to improve distribution efficiency and improve management quality.

For the preservation of goods, the prior art is for screw-type electronic seals, such as the Republic of China Patent An electronic circuit for an electronic seal for an identification system, wherein the seal is for communication with a reader of the identification system, the seal comprising a bolt, the bolt comprising a handle and a cover (definition) To receive the hole of the handle). The electronic circuit includes a controller having an input channel for receiving a first signal indicative of a state of the handle and generating a second signal based on the first signal. And a transmitter coupled to the controller for transmitting the second signal to the reader. And the prior art for the study of electronic seals, as disclosed in the Republic of China Patent Publication No. 200625179, a seal comprising a radio frequency or magnetic induction electronic module, which can be used for sealing or binding articles, and by means of an internal electronic storage device, Memorizing the information to be loaded, the electronic seal can be read by an external sensing device for monitoring purposes. Since the seal can take an irreversible structure, when the seal is to be opened or bundled, The seals must be destroyed, and this mechanism can be used to improve the confusion caused by the need to concentrate and redistribute the current production and marketing of agricultural and fishery products, so that the agricultural and fishery products with different sources can clearly clarify the responsibility and reduce the unqualified operators. When the fish is mixed, it will cause damage to the overall industry and further establish a mechanism of quality credit. Another study on electronic seals, such as the Republic of China Patent Publication No. M284729, discloses a seal containing a radio frequency or magnetic induction electronic module that can be used to store or bundle items and can be memorized by an internal electronic storage device. The information to be loaded. The electronic seal can instantly read the message by an external sensing device to achieve the purpose of monitoring at any time, and prevent the damage of the damaged object from being lost due to the delay of time. The new focus is on designing an electronic seal with radio frequency or magnetic induction. When the seal is to be opened or moved, the seal is destroyed and can be sensed to improve the safety of the item and reduce damage.

In terms of the monitoring of the quality of goods, prior art studies on cargo pressure monitoring systems, such as the Republic of China Patent No. I540520, disclose systems for delivering perishable goods. In particular, it relates to systems for monitoring the pressures of perishable goods during transport. In particular, it is about Systems and methods for delivering cut flowers and/or vegetables. A prior art delivery bag with a pressure sensor, as disclosed in the Republic of China Patent No. I515155, an inflatable cushioned transport bag system for safely transporting articles, comprising a transport bag housing for storing articles, An electronic pump, a pressure sensor and a power source. The outer wall of the casing and the inner wall are filled with air, and the pressure value of the filling air is preset according to the characteristics of the stored object, thereby facilitating the safe transportation of the object. The transport bag system further has an electronic controller, a unique electronic identification code, an electronic lock, a remote controller, a burst sensor and a global positioning system device. The unique electronic identification code and burst sensor provide a security mechanism for the transport bag during shipping. In addition, the transport bag can be remotely tracked via a remote controller or a computer carrying a global positioning tracking system. There is also a prior art method for detecting a change in a package content, as disclosed in the Republic of China Patent No. I343024, which includes a Radio Frequency Identification (RFID) tag that is attached to a package. The RFID tag can receive, store, and transmit information about the contents of the package received. A pressure sensing material is placed in the package so that the material senses the weight of the package contents. When the weight of the package content changes, the RFID tag receives a signal directly or indirectly from the pressure sensing material. This weight change is recorded in the RFID. When an RFID reader supplies the RFID energy, the current package weight is transmitted to the RFID tag reader. The RFID tag reader can then determine if the weight transmitted by the RFID tag is the original package weight or a new package weight. A new package weight indicates some changes to the original package content.

There are a wide variety of influenza detectors, and there is no uniform packaging material to provide logistics goods packaging. There is indeed a need for further standardization improvement in the packaging design of goods.

The creators of this creation know that there are still deficiencies in the standardization of logistics packaging design, and are committed to the development of standardized logistics box structure. The present invention is a logistics box comprising a box body, at least one or a plurality of wires and at least one conductive line extending from the sensor, and the opposite structure is characterized by a box The conductive line on the sub-body can be used to connect the sensor or the signal transmitting device, and the conductive lines on each side of the box body provide feedback of the status signal of the transportation process, thereby obtaining the data acquisition of the logistics item and the transportation status record of the logistics operation. This creation has the characteristics of standardization, low cost and simplified operation procedures. It is different from the traditional techniques in the past, and its novelty, progress and practical benefits are correct. With regard to the techniques, means and functions of the present invention, a preferred embodiment is described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. .

1‧‧‧Three-dimensional diagram of the opening of the creative logistics box

101‧‧‧Box body

102‧‧‧ wire

103‧‧‧Upper protective film

104‧‧‧Blocking junction

105‧‧‧Extended conductive lines

2‧‧‧Dissection of the conductive circuit of the creative logistics box

201‧‧‧Box body surface

3‧‧‧Three-dimensional diagram of the conductive circuit outside the creative logistics box

301‧‧‧ externally attached substrate

302‧‧‧ Externally attached wire

303‧‧‧ Externally attached protective film

304‧‧‧ external adhesive layer

305‧‧‧Outer release layer

4‧‧‧ Schematic diagram of the joint state of the conductive line of the creative logistics box and the extension line of the external device

401‧‧‧Extension wire of external device

402‧‧‧External device extension of the substrate of the wire

403‧‧‧Aluminum with vertical conductive properties

404‧‧‧Wire without protective film

5‧‧‧Expansion diagram of the joint state of the conductive line of the creative logistics box and the extension of the external device

6‧‧‧Three-dimensional diagram of the sealing state of the vertical and horizontal conductive lines of the creative logistics box

1021‧‧‧ vertical wire

1022‧‧‧ horizontal wire

1031‧‧‧Vertical protective film

1032‧‧‧ horizontal protective film

7‧‧‧Perspective view of the vertical and horizontal conductive line sealing status of the creative logistics box

The first figure shows a perspective view of the unpacking state of the creative logistics box.

Figure 2 is a cross-sectional view showing the conductive lines of the creative logistics box.

Figure 3 is a perspective view showing the profiled conductive circuit outside the creative logistics box.

Figure 4 is a schematic view showing the state in which the conductive lines of the creative logistics box are joined to the extension lines of the external device.

Fig. 5 is an exploded view showing the state of engagement of the conductive lines of the creative logistics box and the extension of the external device.

Figure 6 is a perspective view showing the sealing state of the vertical and horizontal conductive lines of the creative logistics box.

Figure 7 is a perspective view showing the sealing state of the vertical and horizontal conductive lines of the creative logistics box.

The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can readily appreciate other advantages and effects of the present invention from the disclosure herein. The present invention can also be implemented or applied by various other specific embodiments. The details of the present specification can also be modified and changed without departing from the spirit of the present invention.

First of all, please refer to the first picture showing the unfolded state of the creative logistics box, showing the three-dimensional figure 1 of the original logistics box unpacking state, which includes a box body 101, a plurality of conductive lines (including a plurality of wires 102, a plurality of protections) The film 103), at least one of the box junctions 104, and at least one of the extended conductive lines 105 are oppositely configured; the conductive lines on the box body 101 of the logistics box are provided with an extended conductive line 105 at the box junction 104. When sealing, it can cross the sealing junction 104, which can be used to connect the sensor or the signal transmitting device to provide information for identifying the logistics items placed inside the box body and the shipping status of the logistics operation. recording. The box body 101 is a hexahedral rectangular box body, and at least one surface or a plurality of surfaces of the box package material are provided with conductive lines and internal spaces to provide a logistics item; the plurality of wires 102 surround the box package material disposed on the box body 101. In the outer side, the inner side or the inter-layer structure, and providing current conduction and signal transmission of the external sensor or the signal transmitting device; the plurality of protective films 103, the protective wires disposed on the surface of the wire 102; the sealing junction 104, It is the opening of the box body of the box body 101; the extended conductive line 105 is overlaid on the box junction 104 to provide short-circuit signal transmission for the unpacking action. Moreover, in conjunction with the second figure, a cross-sectional view of the conductive circuit of the creative logistics box is shown, showing a cross-sectional view 2 of the conductive circuit of the creative logistics box, further illustrating that the box body surface 201 is used as a substrate, and the surface is covered with a plurality of wires 102. And the wire is covered with a protective film 103 to protect the wire. The box body 101 of the present invention comprises: an open box type box on the left and right sides, a single side shoe box type box, a top cover type box body, a drawer type box body and a handle type box body, and at least one box handoff place 104 The rectangular logistics box structure.

The first and second figures disclose that the conductive line includes the wire 102 and the upper protective film 103, and the wire 102 can be Directly printed on the box body 101. The conductive circuit can also be directly attached to the box body in the form of externally attached type. For example, the third figure shows the perspective view of the conductive circuit outside the creative logistics box, which shows the perspective view of the conductive circuit outside the creative logistics box. The utility model comprises an externally-applied substrate 301, an externally-applied wire 302, an externally-applied upper protective film 303, an externally-applied adhesive layer 304 and an externally-applied release layer 305. The first surface of the externally-applied substrate 301 is provided with at least one or a plurality of externally-applied wires 302. The surface of the externally-applied wires 302 covers the externally-applied upper protective film 303 to protect the externally-applied wires 302. The second surface of the externally-applied substrate 301 is followed by a first surface of the externally-applied adhesive layer 304, and an externally-applied release is attached to the other second surface of the externally-applied adhesive layer 304. The layer 305 is adapted to tear off the outer release release layer 305 during use and directly adhere to the can body surface 201 as shown in FIG. 2 using the outer adhesive adhesive layer 304. The externally-type conductive circuit, that is, the externally-mounted conductive wire 302, the externally-applied upper protective film 303, the externally-applied adhesive layer 304, and the externally-applied release layer 305 are opposed to each other. The externally-applied conductive line has at least one or a plurality of externally-applied wires 302 and the externally-applied adhesive layer 304 has a viscous property, and can be directly attached to the logistics box after being peeled off by the externally-applied release layer 305.

Figure 4 is a schematic view showing the state of engagement of the conductive line of the creative logistics box with the extension of the external device, showing a state of engagement of the conductive line of the creative logistics box with the extension of the external device, illustrating the setting on the surface 201 of the box body There are a plurality of wires 102, and the surface of the wires 102 is covered with a protective film 103, wherein the protective film 103 above the wires has a state of being retained, partially retained or not retained. The conductive line of FIG. 4, that is, the surface of the wire 102 is covered with the protective film 103 as a wire protection, and may be replaced by a conductive conductive line as disclosed in FIG. In other words, the externally-applied conductive line has a working option of retaining, partially retaining or not retaining the outer protective film 303; the upper protective film portion is retained or not retained, A wire 404 having no protective film is exposed. Wherein, the conductive line of FIG. 4 is in a state where the upper protective film 103 is not retained, and the wire 404 without the upper protective film is exposed; the wire 404 of the upper protective film can be connected to an external device, and the external device is a sensor or a signal The transmitting device, the connection of the sensor or the signal transmitting device, is through the extended wire 401 of the external device The wire 404 of the upper protective film is in direct contact with the conductive path, or the connection between the extended wire 401 of the external device and the wire 404 without the upper protective film is performed by the vertical conductive property 403 or other vertically conductive manner. . When the extension wire 401 of at least one or a plurality of external devices is connected to the wire 404 without the upper protective film, the substrate 402 of the extension device of the external device is protected as the extension wire. In the fifth figure, the exploded state of the extended circuit of the conductive circuit and the external device of the creative logistics box is shown, and the relationship between the structure and the order relationship between the layers is illustrated. The conductive circuit of the creative logistics box is shown in the figure. The extension line of the external device is exploded. As shown in FIG. 5, the box body surface 201 is provided with a plurality of wires 102, and the surface of the wire 102 is covered with an upper protective film 103. The surface of the extension wire 401 of the plurality of external devices is also covered with an extension substrate 402 of the external device to protect the extension wire 401 of the external device. The extension wire 401 of the external device directly contacts the conduction path of the wire 404 without the upper protective film, or the extension wire 401 of the external device and the wire without the protection film are made of the vertical conductive property 403 or other vertically conductive manner. The connection between the two is 404.

In order to enable the reviewing committee to further understand the actual application context of the creation, for example, the application field of at least one open logistics box of any rectangular type, such as the figure 6 shows the perspective view of the vertical and horizontal conductive line sealing state of the creative logistics box. The creative logistics box body vertical and horizontal conductive line sealing state perspective view 6, comprising a box body 101, a plurality of vertical and horizontal conductive lines (including a plurality of vertical wires 1021 surface covered with a vertical upper protective film 1031 and a plurality of horizontal wires 1022 The horizontal protective film 1032) and the at least one extended conductive line 105 are oppositely configured; the horizontal and vertical conductive lines on the box body 101 of the logistics box can be used to connect the sensor or the signal transmitting device to Provides a record of the data of the logistics items that are placed inside the body of the box and the shipping status of the logistics operations. It also shows the perspective view of the vertical and horizontal conductive line sealing state of the creative logistics box with the 7th figure. In the figure, the vertical and horizontal conductive line sealing state of the creative logistics box is shown in perspective view 7, which illustrates a box body 101 and a plurality of verticals. And a horizontal conductive line (the surface of the plurality of vertical wires 1021 is covered with a vertical upper protective film 1031 and a plurality of horizontal wires 1022 covered with a horizontal upper protective film 1032), and at least one extended conductive line 105. Wherein, the plurality of vertical wires 1021 are covered by a surface There is a vertical upper protective film 1031 so as to vertically surround a plurality of faces around the box body 101; the plurality of horizontal wires 1022 are covered with a horizontal upper protective film 1032 to horizontally surround the plurality of faces around the case body 101. When the extended conductive line 105 on the transport process logistics box is unpacked and disconnected or the logistics box is dumped, that is, at least one or a plurality of sensors and signal transmitting devices connected to the conductive lines on each side of the box are touched and sent. The signal is recorded. The type of sensor can be selected from temperature, pressure, gravity, horizontal and vertical sensing elements to connect the conductive lines on each side of the logistics box. The signal transmitting device can be removed from the original logistics box when it is delivered to the logistics destination to save logistics costs.

The creation is a logistics box comprising: a box body, which is a hexahedral rectangular box, the box package material comprises a conductive line and an internal space to provide a logistics item; at least one or a plurality of conductive lines are arranged in the box The outer side, the inner side or the inter-layer structure of the box material of the body; the conductive line on the box body can be used for connecting the sensor or the signal transmitting device, thereby realizing the data acquisition of the logistics item and the transportation of the logistics operation. Status record. The design of the structure is advantageous for monitoring the dynamic state of each surface of the box, and the connection structure of the normalized monitoring sensor or the signal transmitting device is different from the conventional logistics box structure which is not standardized in the past, and is differentiated. Its novelty, progress and practical benefits are correct. Therefore, the lack of conventional knowledge can be effectively improved, and the utility is quite practical.

Looking at the above, the specific structure disclosed in the present embodiment can indeed provide the characteristics of normalization, low cost, and simplified operation procedures. In terms of its overall structure, it has not been seen in similar products, and has not been seen before application. Open, Cheng has already met the statutory requirements of the Patent Law, and has filed this patent application in accordance with the law.

However, the above is only a preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the present invention, that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application and the content of the creation specification are all It should remain within the scope of this creation patent.

101‧‧‧Box body

1021‧‧‧ vertical wire

1022‧‧‧ horizontal wire

1031‧‧‧Vertical protective film

1032‧‧‧ horizontal protective film

105‧‧‧Extended conductive lines

Claims (9)

The utility model relates to a logistics box comprising: a box body, which is a hexahedral rectangular box body, wherein the box package material comprises a conductive line and an internal space for providing a logistics item; at least one or a plurality of conductive lines, that is, the wire surface is covered with a protective film. As a wire protection, and surrounding the outer, inner or interlayer structure of the box package of the box body; characterized in that the conductive line on the box body can be used to connect an external device, the external device is a sensor or a signal Launcher. The logistics box of claim 1, wherein the conductive line is disposed on at least one side or a plurality of sides of the logistics box. The logistics cabinet of claim 1, wherein the wires are printed on the body of the case in a direct printing manner. The logistics box according to claim 1, wherein the conductive circuit is directly attached to the box body in the form of a profiled conductive line. The logistics box of claim 1, 3 or 4, wherein the conductive line is provided with an extended conductive line at the junction of the seal, which can be crossed when the box is closed. The logistics box according to claim 4, wherein the externally-applied conductive circuit comprises an externally-applied wire, an externally-applied upper protective film, an externally-applied adhesive layer, and an externally-applied release layer, and the opposite composition; The adhesive conductive circuit has at least one or a plurality of externally attached wires and the external adhesive layer has a viscosity, and can be directly attached to the logistics box after being peeled off by the external release type release layer. The logistics cabinet of claim 1, 3 or 4, wherein the protective film above the conductive trace has a job option of a retained, partially retained or unretained state. The logistics box of claim 1, 3 or 4, wherein the conductive line is a wire without a protective film, and the sensor or the signal transmitting device is connected, and the connection of the sensor or the signal transmitting device is transparent. The extension wire of the external device directly contacts the conduction path of the wire without the upper protective film, or between the extension wire of the external device and the wire without the upper protection film by a vertical conductive property or other vertically conductive manner The connection is turned on. The logistics box according to claim 8, wherein the substrate of the extension device of the external device is protected as the extension wire when the extension wire of at least one or a plurality of external devices is connected to the wire without the upper protective film.