CN111882223B - Method and device for judging state of storage space in use - Google Patents
Method and device for judging state of storage space in use Download PDFInfo
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- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
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Abstract
The invention relates to a method for judging the state of a storage space in use, which comprises the following steps: obtaining an output signal of a detection unit of a storage space in use, judging whether a registered article exists in the storage space, if no article exists in the storage space, judging that the state of the storage space is an empty storage state; if the article exists, executing the next step; obtaining a stored timing parameter value corresponding to the storage space in the storage unit, judging whether the timing parameter value is larger than a set value, if so, judging that the state of the storage space is overtime register; if not, judging the state of the storage space to be normal use; the stored timing parameter is a set timing value, which is incremented by a set amount every time a set time interval elapses after the initial value is given. The invention also relates to a device for realizing the method. The method and the device for judging the state of the storage space in use have the following beneficial effects: the practical utilization efficiency of the storage space is higher.
Description
Technical Field
The present invention relates to a device for registering or temporarily storing articles, and more particularly, to a method and apparatus for determining the state of a storage space in use.
Background
In the existing locker or intelligent locker, for example, a common bar code locker or intelligent express locker, a remote or local system distributes storage space for a user, unlocks, and the user puts in and closes a door to realize the storage or preservation of the object by making a request by the user. At present, the bar code locker is widely used in domestic markets, such as places of a large supermarket, a recreation ground and the like, the people flow of the places is large, and the situation that the supply of storage space of the bar code locker is insufficient is frequently encountered in the use process. In the actual use process, some users do not store objects according to actual requirements, for example, one person applies for a plurality of grids for many times, but does not store objects, which is called empty storage, namely, storage of objects is not carried out, and waste of storage space is caused; in addition, some users do not take the object for a long time after storing the object, and the object exceeds the set allowable deposit time, which is generally called overtime deposit, and the overtime deposit also reduces the actual utilization rate of the object storage space. In the prior art, the manager cannot judge the state of the storage space which is already used by the user, and therefore, there is no way to improve the above situation.
Disclosure of Invention
The invention aims to solve the technical problem that the actual utilization efficiency of the storage space is low in the prior art, and provides a method and a device for judging the state of the storage space in use, wherein the method and the device are high in the actual utilization efficiency of the storage space.
The technical scheme adopted for solving the technical problems is as follows: a method of constructing a determination of the state of a storage space in use, comprising the steps of:
A) Obtaining an output signal of a detection unit of a storage space in use, judging whether a registered article exists in the storage space, if no article exists in the storage space, judging that the state of the storage space is an empty storage state; if the article exists, executing the next step;
b) Obtaining a stored timing parameter value corresponding to the storage space in the storage unit, judging whether the timing parameter value is larger than a set value, if so, judging that the state of the storage space is overtime register; if not, judging the state of the storage space to be normal use;
The storage timing parameter is a timing value of an initial value after a user triggers a setting key to start to register objects by using the storage space, a door lock of the storage space sends out a locking signal, the timing value is increased by a set number every time a set time interval passes after the initial value is given, and the timing value is stored in a designated area corresponding to the storage space number in the storage unit.
Still further, the method further comprises the following steps:
Executing the steps A) -B) on all the storage spaces in use one by one, respectively obtaining the state of each storage space in use, and displaying the states of all the storage spaces on a display interface to remind a manager to process the empty storage states and the storage spaces stored overtime; the position of each storage space on the display interface corresponds to the actual position of each storage space; the different states are represented using different symbols.
Still further, the detection unit includes an infrared correlation sensor disposed in the storage space, and includes an emitting portion that emits an infrared beam and a receiving portion that receives the infrared beam emitted by the emitting portion; the receiving section outputs a specified level signal when the infrared light beam is received, and outputs a level signal opposite to the specified level when the infrared light beam is not received.
Further, the transmitting portion and the receiving portion are respectively installed at set heights of left and right side walls of the storage space, and when an article is placed in the storage space, the article blocks a transmission path of the infrared beam so that the receiving portion cannot receive the infrared beam.
Further, the initial value of the timer value includes 1, and the timer value is incremented by 1 every set time.
Further, the designated area stored in the storage unit for storing the timing parameters comprises a timing value storage area allocated to each storage space during system initialization, and the stored data of the timing value storage area is cleared during allocation and when the storage space finishes one-time article registration.
Still further, the method further comprises the following steps:
and reading a use state parameter which is stored in the storage unit and represents the storage state of the storage space, and judging whether the storage space is an idle storage space or a storage space in use according to the parameter value.
Further, in all the judging steps, the following judgment is further included:
And obtaining a door magnetic output signal of the storage space, and determining that a door of the storage space is locked.
The invention also relates to a device for realizing the method, which comprises the following steps:
A registered article judging unit: the detection unit is used for obtaining an output signal of a detection unit of a storage space in use, judging whether a registered object exists in the storage space, if the registered object does not exist in the storage space, judging that the state of the storage space is an empty storage state; if the article exists, calling a stored timing parameter judging module;
a stored timing parameter judging unit: the storage timing parameter value corresponding to the storage space in the storage unit is obtained, whether the storage timing parameter value is larger than a set value or not is judged, if yes, the state of the storage space is judged to be overtime register; if not, judging the state of the storage space to be normal use;
Initializing and timing unit: for assigning an initial value to the stored timing parameter; the storage timing parameter is a timing value of a storage space after a user triggers a setting key to start to register objects by using the storage space, a door lock of the storage space sends out a locking signal, the timing value is increased by a set number every time a set time interval passes after an initial value is given, and the timing value is stored in a designated area corresponding to the storage space number in the storage unit.
Still further, the method further comprises:
And a display unit: the method is used for executing the judgment on all the storage spaces in use one by one, respectively obtaining the state of each storage space in use, then displaying the state of all the storage spaces on a display interface, and reminding a manager to process the empty storage state and the storage space stored overtime; the position of each storage space on the display interface corresponds to the actual position of each storage space; the different states are represented using different symbols.
The method and the device for judging the state of the storage space in use have the following beneficial effects: because the article detection unit is arranged in each storage space, and the detection unit is used for judging whether a user puts articles in the allocated storage space after requesting to register the articles, whether the storage space has an empty storage state or not can be accurately judged; meanwhile, a fixed storage area is allocated for each storage space to store the storage timing parameters, initial values are given to the storage timing parameters when the storage space starts to be used (used for storing articles) and change along with the increase of time, and whether the storage space is stored overtime can be judged by reading the storage timing parameters, so that abnormal storage space in use can be selected out and a manager is informed of processing. Therefore, the practical utilization efficiency of the storage space is higher.
Drawings
FIG. 1 is a flow chart of a method for determining the status of a storage space in use according to an embodiment of the present invention;
FIG. 2 is a flow chart of storage area allocation for storing timing parameters in the described embodiments;
FIG. 3 is a schematic diagram of a display interface in one case of the embodiment;
FIG. 4 is a schematic view of the mounting location of the article detection unit in one instance of the embodiment;
Fig. 5 is a schematic view of the structure of the device in the embodiment.
Detailed Description
Embodiments of the present invention will be further described with reference to the accompanying drawings.
As shown in fig. 1, in an embodiment of the method and apparatus for determining a state of a storage space in use according to the present invention, the method for determining a state of a storage space in use includes the following steps:
Step S11, starting a detection unit in the storage space, and obtaining a detection signal output by the detection unit: in this embodiment, a locker or express cabinet includes a plurality of storage spaces, and each storage space is provided with a detection unit, where the detection units are used to detect whether there is a registered article in the storage space, and when there is a registered article and there is no registered article, the output signals of the detection units are different, usually output different levels, so that the system is convenient to identify. The detection units and the storage space where the detection units are positioned have corresponding relations, and the system knows the corresponding relations. In other words, the system knows the number or identification code of the detection unit in a storage space. The detection units do not always work, and the system can control the detection units to work only when needed, so that the power consumption of equipment can be saved, and the burden of a processor can be reduced. In this step, a storage space is selected (the status of an unused or empty storage space is clear, and the determination in the method described in this embodiment is not needed), and the detection unit in the storage space is started, and the output signal of the detection unit is obtained. In this embodiment, the detection unit may be powered on or powered off, so that it may be operated or not operated.
Step S12, judging whether an article exists according to the detection signal: in this step, the system determines whether an article exists in the storage space according to the received signal output by the detection unit of the storage space, for example, whether an article exists according to the level of the signal; executing step S14 when judging that the article exists; when it is determined that no article exists, step S14 is performed.
Step S13, the storage space is in an empty storage state: in this step, since the storage space is already in the use state, but no article exists therein, it is determined that the storage space is in the empty state, which is abnormal for the storage space in use, typically when the user requests to register, the system opens the corresponding door, but the user closes the door for some reason without placing an article. This corresponds to the user occupying the storage space so that the storage space is not available for depositing items or for subsequent deposit.
Step S14, reading the stored timing parameters corresponding to the storage space: in this step, a stored timing parameter value corresponding to the storage space in the storage unit is obtained. In this embodiment, the stored timing parameter is a timing value of an initial value after a user triggers a set button to use the storage space to start depositing an article, and a door lock of the storage space sends a locking signal, where the timing value is set in a number per set time interval after the initial value is given, and the timing value is stored in a designated area corresponding to the storage space number in the storage unit. In other words, the stored timing parameter is a parameter corresponding to the storage space, the parameter being stored at a designated position of the storage unit, the parameter being given an initial value, which is typically 1, when the corresponding storage space is used for storing the article; when the storage space is not used or the stored article is taken away, the parameter is usually zero or cleared; after the parameter is given an initial value, if a set time, for example, 1 hour, passes and the article in the storage space is not removed (i.e., the storage space does not perform the article-taking operation), the parameter value will be automatically added with 1 based on the original value, for example, after the first hour, the parameter value will be changed to 2 based on the initial value of 1; after the second hour, the parameter value becomes 3, and so on.
Step S15, whether the parameter value is greater than a set value: in this embodiment, it is determined whether the parameter value of the stored timing parameter is greater than a set value, if yes, step S16 is performed; otherwise, step S17 is performed. In this embodiment, the set value is a preset value, typically an integer value, for example, 5 or 8.
Step S16, the storage space is in a overtime storage state: in the step, the storage space is judged to be in a overtime storage state. The status is also an abnormal status, indicating that the time for which the items stored in the storage space are placed has exceeded the time that the manager announces or allows placement.
Step S17, the storage space is in a normal storage state: in the step, the storage space is judged to be in a normal storage state.
Through the steps, the state of the used or in-use storage space can be clearly identified. In addition to the normal storage state, two other abnormal states are required to be processed in time by a manager, and the corresponding storage space is released to be in an idle state, so that the actual utilization efficiency of the storage space is improved in a people stream dense area.
In this embodiment, the method further includes executing the steps above on all the storage spaces in use one by one, to obtain a state of each storage space in use, and displaying the states of all the storage spaces on a display interface, so as to remind a manager to process the empty storage states and the storage spaces stored overtime; the position of each storage space on the display interface corresponds to the actual position of each storage space; the different states are represented using different symbols.
Fig. 3 shows a display interface in this embodiment, and in fig. 3, a state in which all storage spaces of the barcode locker are located is shown. A total of 6 columns, from left to right, are the status of boxes of numbers 01-06, 07-12, 13-18, 19-24, 25-30, 31-36. The meaning of each icon is: x icons represent unused allocatable empty boxes (storage spaces); the icon indicates that the stored object and no object exists in the storage space. The non-blinking icon represents stored objects, and the objects are in the storage space and are not overtime; The flashing icon represents stored objects, and objects exist in the storage space and overtime; the manager can intuitively observe the use condition of the corresponding storage space according to the icon display. If found out The storage space can be opened through the background, and the fact that no article exists in the storage space is confirmed, so that the storage information before the storage space can be cleared, and the use state of the box is reset to be x (unoccupied); if found outThe icon blinks, and then the articles can be taken out and stored independently by opening the box in the background, and the use state of the box is reset to be x (unoccupied). By the method, the storage space of the invalid locker can be effectively released, and the actual utilization rate of the storage space is improved.
In this embodiment, the detection unit includes an infrared correlation sensor disposed in the storage space, and the infrared correlation sensor includes an emitting portion that emits an infrared beam and a receiving portion that receives the infrared beam emitted by the emitting portion; the receiving section outputs a specified level signal when the infrared light beam is received, and outputs a level signal opposite to the specified level when the infrared light beam is not received. As shown in fig. 4, fig. 4 shows a positional relationship between the storage space and the detection unit inside thereof. In fig. 4, the dashed arrow indicates the transmission path of the infrared light. The transmitting portion and the receiving portion are respectively installed at set heights of left and right side walls of the storage space (which are provided on a bottom surface in fig. 4, and have a certain height in an infrared transmission path), and when an article is placed in the storage space, the article blocks the transmission path of the infrared beam so that the receiving portion cannot receive the infrared beam.
In this embodiment, before executing the above steps, it is further necessary to determine all storage spaces in the locker or the express cabinet, distinguish between an empty storage space and a storage space in use, and then execute the above steps on the storage space in use. And whether a storage space is free or in use is judged, and only the use state parameters of the storage space are required to be read. That is, in this embodiment, the usage state parameter indicating the storage state of the storage space stored in the storage unit is read, and whether the storage space is an empty storage space or a storage space being used is determined according to the parameter value.
In this embodiment, the usage status parameter of the storage space is also a parameter corresponding to the storage space and set by the system at the time of initialization. Fig. 2 shows a specific case of setting a usage status parameter and a stored timing parameter of one storage space at the time of initialization in one case of the present embodiment. In this regard, a storage area is allocated to one storage space, and a predetermined parameter value indicating the state of the storage space is set in the storage area, for example, a parameter value set according to a state parameter indicates that the storage space is free, and a storage timing parameter is directly set to a number 0 to indicate that no storage timing is performed. At the same time, these parameter values will vary in subsequent operations, depending on the particular type of operation.
Specifically, in fig. 2, the initialization includes the steps of:
s21, obtaining a serial number of a storage space;
S22, confirming that the storage space door lock corresponding to the number is closed and no article is stored; in this embodiment, if the door of one storage space is not closed, only two cases are possible, one is that the door of the storage space is abnormal, and the other is that the article is put in by the door of the storage space that the user is opening, in both cases, the initialization or the change of the state value should not be performed, and therefore, in this embodiment, the initialization is set only if the door is confirmed to be closed.
S23, distributing a use state parameter storage area for the storage space, and storing the area into a state value representing that the storage space is free; specifically, a storage area, for example, one or more bytes, is associated with the storage space or the storage space number, and the storage area is no longer used for placing other parameters, only used for placing the above-mentioned use state parameters, and at the same time, a parameter value indicating that the storage space is in an idle state is placed therein for storage as an initial state value thereof. The status value may change with the use or the out-of-use of the storage space in a later operation.
S24, distributing and storing a timing parameter storage area for the storage space, and storing the area into a numerical value of zero; in this step, similar to the previous step, the parameters to be placed are different only in the designated storage area, and in this embodiment, the parameter values to be placed when the initialization of the storage timer parameter is to be placed are also different. That is, the specified area where the stored timing parameter is stored in the storage unit includes a timing value storage area allocated for each storage space at the time of system initialization, and the data stored in the timing value storage area is cleared when the timing value storage area is allocated and when the storage space completes one article registration. Thus, the parameter initialization of the whole locker or the express cabinet can be realized by executing the steps on all the storage spaces respectively.
In addition, in the present embodiment, as described above, when the door is opened, the state transition or the initialization setting should not be performed, and therefore, in all the judging steps, the following judgment is also included: and obtaining a door magnetic output signal of the storage space, and determining that a door of the storage space is locked. That is, other judgment or acquisition of detection signal or acquisition of stored timing parameters is performed when the door is closed. If the door of one storage space is not closed, the above-mentioned judgment or initialization should not be performed. After waiting for a set time (usually, when judging the next state), judging whether the box door is closed again, if so, marking the storage space as abnormal box door, and not considering the storage space as normal storage space.
The invention also relates to a device for realizing the method, and the structure of the device is shown in fig. 5. In fig. 5, the apparatus includes a registered article judgment unit 1, a stored timing parameter judgment unit 2, an initialization timing unit 3, and a display unit 4; the storage article judging unit 1 is used for obtaining an output signal of a detection unit of a storage space in use, judging whether a storage article exists in the storage space, if no article exists in the storage space, judging that the state of the storage space is an empty storage state; if the article exists, calling a stored timing parameter judging module 2; the storage timing parameter judging unit 2 is used for obtaining the storage timing parameter value corresponding to the storage space in the storage unit, judging whether the storage timing parameter value is larger than a set value, if so, judging that the state of the storage space is overtime register; if not, judging the state of the storage space to be normal use; the initialization and timing unit 3 is used for giving an initial value to the stored timing parameter; the storage timing parameter is a timing value of a storage space after a user triggers a setting key to start to register objects by using the storage space, a door lock of the storage space sends out a locking signal, the timing value is set in a value set quantity every time a set time interval passes after an initial value is given, and the timing value is stored in a designated area corresponding to the storage space number in the storage unit. The display unit 4 is configured to execute the above-mentioned judgment on all the storage spaces in use one by one, and after each state of each storage space in use is obtained, display the state of all the storage spaces on a display interface, so as to remind a manager to process the empty storage state and the storage space registered overtime; the position of each storage space on the display interface corresponds to the actual position of each storage space; the different states are represented using different symbols.
The foregoing examples illustrate only a few embodiments of the invention and are described in detail herein without thereby limiting the scope of the invention. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the invention, which are all within the scope of the invention. Accordingly, the scope of protection of the present invention is to be determined by the appended claims.
Claims (10)
1. A method of determining the state of a storage space in use, comprising the steps of:
A) Obtaining an output signal of a detection unit of a storage space in use, judging whether a registered article exists in the storage space, if no article exists in the storage space, judging that the state of the storage space is an empty storage state; if the article exists, executing the next step;
b) Obtaining a stored timing parameter value corresponding to the storage space in the storage unit, judging whether the timing parameter value is larger than a set value, if so, judging that the state of the storage space is overtime register; if not, judging the state of the storage space to be normal use;
The storage timing parameter is a timing value of an initial value after a user triggers a setting key to start depositing objects by using the storage space and a door lock of the storage space sends out a locking signal, and the timing value is increased by a set number every time a set time interval passes after the initial value is given; the stored timing parameter is a parameter corresponding to the storage space, and the timing value is stored in a designated area corresponding to the storage space number in the storage unit.
2. The method of determining the status of a storage space in use according to claim 1, further comprising the steps of:
Executing the steps A) -B) on all the storage spaces in use one by one, respectively obtaining the state of each storage space in use, and displaying the states of all the storage spaces on a display interface to remind a manager to process the empty storage states and the storage spaces stored overtime; the position of each storage space on the display interface corresponds to the actual position of each storage space; the different states are represented using different symbols.
3. The method according to claim 2, wherein the detecting unit includes an infrared correlation sensor provided in the storage space, which includes a transmitting portion that emits an infrared beam and a receiving portion that receives the infrared beam emitted by the transmitting portion; the receiving section outputs a specified level signal when the infrared light beam is received, and outputs a level signal opposite to the specified level when the infrared light beam is not received.
4. A method of determining the state of a storage space in use according to claim 3, wherein the transmitting portion and the receiving portion are respectively installed at set heights of left and right side walls of the storage space, and when an article is placed in the storage space, the article blocks a transmission path of the infrared beam so that the receiving portion cannot receive the infrared beam.
5. The method of claim 4, wherein the initial value of the timer value includes 1, and the timer value is incremented by 1 every predetermined time.
6. The method according to claim 5, wherein the designated area in which the stored time-keeping parameter is stored in the storage unit includes a time-keeping value storage area allocated to each storage space at system initialization, and the stored data is cleared when the time-keeping value storage area is allocated and when the storage space completes one-time article registration.
7. The method of any one of claims 1-6, further comprising the step of:
and reading a use state parameter which is stored in the storage unit and represents the storage state of the storage space, and judging whether the storage space is an idle storage space or a storage space in use according to the parameter value.
8. The method according to any one of claims 1-6, wherein in all the judging steps, further comprising the steps of:
And obtaining a door magnetic output signal of the storage space, and determining that a door of the storage space is locked.
9. An apparatus for implementing the method for determining the status of a storage space in use according to claim 1, comprising:
A registered article judging unit: the detection unit is used for obtaining an output signal of a detection unit of a storage space in use, judging whether a registered object exists in the storage space, if the registered object does not exist in the storage space, judging that the state of the storage space is an empty storage state; if the article exists, calling a stored timing parameter judging module;
a stored timing parameter judging unit: the storage timing parameter value corresponding to the storage space in the storage unit is obtained, whether the storage timing parameter value is larger than a set value or not is judged, if yes, the state of the storage space is judged to be overtime register; if not, judging the state of the storage space to be normal use;
Initializing and timing unit: for assigning an initial value to the stored timing parameter; the storage timing parameter is a timing value of a storage space after a user triggers a setting key to start depositing objects by using the storage space and a door lock of the storage space sends out a locking signal, and the timing value is increased by a set number every time a set time interval passes after an initial value is given; the stored timing parameter is a parameter corresponding to the storage space, and the timing value is stored in a designated area corresponding to the storage space number in the storage unit.
10. The apparatus as recited in claim 9, further comprising:
and a display unit: the method is used for executing the judgment on all the storage spaces in use one by one, respectively obtaining the state of each storage space in use, then displaying the state of all the storage spaces on a display interface, and reminding a manager to process the empty storage state and the storage space stored overtime; the position of each storage space on the display interface corresponds to the actual position of each storage space; the different states are represented using different symbols.
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