CN114120536A - Intelligent leasing system and leasing method for accompanying bed - Google Patents
Intelligent leasing system and leasing method for accompanying bed Download PDFInfo
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- CN114120536A CN114120536A CN202111187319.6A CN202111187319A CN114120536A CN 114120536 A CN114120536 A CN 114120536A CN 202111187319 A CN202111187319 A CN 202111187319A CN 114120536 A CN114120536 A CN 114120536A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T7/00—Image analysis
- G06T7/0002—Inspection of images, e.g. flaw detection
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Abstract
The invention discloses an intelligent leasing system and a leasing method for an accompanying bed in the technical field of medical accompanying equipment, wherein the intelligent leasing system for the accompanying bed comprises a bed code storage module, a lending supervision module, a return information recording module, a payment statistics module and a bed maintenance management module; the bed code storage module is used for performing system storage on the accompany bed code which is not lent for use; the lending supervision module is used for recording and supervising lending or returning of the accompanying bed and controlling the bed code storage module to reduce or increase the corresponding accompanying bed codes; the return information recording module is used for scanning and recording the returned accompanying bed and analyzing the scanning data of the accompanying bed to control and manage the payment statistical module and the bed maintenance management module.
Description
Technical Field
The invention relates to the technical field of medical accompanying equipment, in particular to an intelligent leasing system and a leasing method for an accompanying bed.
Background
The accompanying bed is a rest tool which is rented by a renting party to a patient accompanying person, and the renting rate of the accompanying bed is the ratio of the renting times of the hospital accompanying bed per day to the number of the hospital-released accompanying beds.
In the prior art, the accompanying bed is usually acquired by adopting a mode of scanning a code to get the bed in the renting management process, and can be put into a designated bin after being returned, so that the accompanying bed can be intelligently sterilized, disinfected, cleaned and the like.
However, in the process of implementing the technical solution of the invention in the embodiments of the present application, the inventors of the present application find that the above-mentioned technology has at least the following technical problems:
because the mobility of accompanying bed is stronger, be not convenient for realize the quick statistics to accompanying bed to when returning accompanying bed, because can appear the spot of different degrees and different degrees damage etc. on accompanying bed, be difficult to realize pursuing the blame and handling the intelligent maintenance of different intensity spots to this type of situation.
Based on the above, the invention designs an intelligent leasing system and a leasing method for an accompanying bed, so as to solve the problems.
Disclosure of Invention
In order to solve the technical problems mentioned in the background art, the invention aims to provide an intelligent leasing system and a leasing method for an accompanying bed.
In order to achieve the purpose, the invention adopts the following technical scheme:
an intelligent leasing system and a leasing method for an accompanying bed comprise a bed code storage module, a lending supervision module, a return information recording module, a payment statistical module and a bed maintenance management module;
the bed code storage module is used for performing system storage on the accompany bed code which is not lent for use;
the lending supervision module is used for recording and supervising lending or returning of the accompanying bed and controlling the bed code storage module to reduce or increase the corresponding accompanying bed codes;
the return information recording module is used for scanning and recording the returned accompanying bed and analyzing the scanning data of the accompanying bed to control and manage the payment statistical module and the bed maintenance management module;
the payment counting module is used for counting the total cost information of the nursing bed according to the scanning analysis information and the using duration information of the nursing bed;
and the bed maintenance management module is used for carrying out maintenance treatment of the formulated degree on the accompanying bed according to the scanning analysis information of the accompanying bed.
Preferably, the loan supervision module comprises a loan signal acquisition module, a loan confirmation module, a loan temporary storage module of the loan bed and a signal monitoring module;
the lending signal acquisition module is used for acquiring a lending acquisition signal of a specified user side;
the confirmation lending module is used for acquiring lending confirmation information and randomly extracting the accompanying bed codes stored by the bed code storage module to the lending bed temporary storage module;
the temporary storage module of the loaning bed is used for temporarily storing the coding information of all the loaned accompanying beds;
the signal monitoring module is used for collecting the accompanying bed returning signal sent by the returning information recording module and controlling the formulated code accompanying bed stored by the lent bed temporary storage module to update and store the bed code storage module.
Preferably, the return information recording module comprises a return bed scanning module, a bed image acquisition module and a bed analysis module;
the return bed scanning module is used for scanning and shooting the return bed;
the bed image acquisition module is used for acquiring image information of the nursing bed scanned and shot;
and the bed analysis module is used for analyzing the collected accompanying bed images and acquiring and outputting processing data corresponding to the payment statistics module and the bed maintenance management module.
Preferably, the bedding analysis module comprises a historical image retrieval module, an image comparison module and a processed data output module;
the historical image calling module is used for storing and taking out the image information of the accompanying bed in front of the accompanying bed;
the image comparison module is used for carrying out similarity comparison on the return shot image of the accompanying bed and the image information of the accompanying bed before the accompanying bed is taken out;
and the processing data output module is used for outputting maintenance intensity data and payment data corresponding to the comparison similarity value.
Preferably, the bed maintenance management module comprises a cleaning treatment module and a cleaning control module;
the cleaning control module is used for controlling the maintenance intensity according to the analysis data of the return information recording module;
and the cleaning treatment module is used for cleaning, maintaining and treating the accompanying bed according to the controlled maintenance intensity.
An intelligent leasing method for an accompanying bed comprises the following steps:
s1, coding and storing the accompanying bed which is not lent, and collecting lending signals of the accompanying bed;
s2, after the lending signal is collected, controlling the storage accompanying bed with the formulated code to be called out for temporary storage, and detecting a returning signal of the accompanying bed;
s3, collecting a return signal of the accompanying bed, controlling to scan a return image of the accompanying bed, carrying out similarity comparison with the image before lending, and measuring and calculating according to the similarity to obtain corresponding maintenance intensity data and payment data;
s4, performing maintenance intensity processing control on the nursing bed according to the maintenance intensity data and performing payment statistics according to the payment data superposition statistic value;
and S5, after the maintenance treatment and the payment are completed, the temporarily stored coded accompanying bed is continuously stored into the un-borrowed accompanying bed queue.
One or more technical solutions provided in the embodiments of the present invention have at least the following technical effects or advantages:
1. the invention carries out coding processing on the bedding, transfers the bedding codes to the coding memory which is not borrowed when the bedding is borrowed, and transfers the coding memory again when the bedding is returned, thereby better realizing the liquidity supervision of the borrowed bedding;
2. the invention scans the returned bedding, so that the payment cost and the stain cleaning intensity data which need to be subjected to duty tracking can be analyzed and confirmed by comparing the image with the image of the bedding before lending, thereby better realizing the intelligent management of the returned bedding;
in conclusion, the nursing bed has the advantages of high supervision efficiency, capability of realizing intelligent responsibility pursuit, intelligent maintenance and the like.
Drawings
The invention is described in further detail below with reference to the following figures and detailed description:
FIG. 1 is a diagram of the overall system architecture of the present invention;
FIG. 2 is a system diagram of a return information recording module according to the present invention;
FIG. 3 is a flowchart of the leasing method of the present invention.
Detailed Description
The following description of the embodiments of the present invention is provided for illustrative purposes, and other advantages and effects of the present invention will become apparent to those skilled in the art from the present disclosure.
Example one
Please refer to fig. 1-2. The invention provides a technical scheme that: an intelligent leasing system and a leasing method for an accompanying bed comprise a bed code storage module, a lending supervision module, a return information recording module, a payment statistical module and a bed maintenance management module;
the bed code storage module is used for performing system storage on the accompany bed code which is not lent for use;
the lending supervision module is used for recording and supervising lending or returning of the accompanying bed and controlling the bed code storage module to reduce or increase the corresponding accompanying bed codes;
the return information recording module is used for scanning and recording the returned accompanying bed and analyzing the scanning data of the accompanying bed to control and manage the payment statistical module and the bed maintenance management module;
the payment counting module is used for counting the total cost information of the nursing bed according to the scanning analysis information and the using duration information of the nursing bed;
and the bed maintenance management module is used for carrying out maintenance treatment of the formulated degree on the accompanying bed according to the scanning analysis information of the accompanying bed.
Through the steps, it is not difficult to find that in the intelligent leasing process of the accompanying bed, the single accompanying beds are coded by using the bed code storage module, the coded information of the accompanying beds which are not borrowed is stored, when the accompanying beds are borrowed, the borrowing and returning of the accompanying beds are recorded and monitored by using the borrowing monitoring module, when the accompanying beds are borrowed, the appointed codes of the lending accompanying beds stored in the bed code storage module are automatically deleted, when the accompanying beds are returned, the coded information of the accompanying beds is automatically restored to the bed code storage module, the borrowing monitoring module returns the data source of the monitoring and managing of the accompanying beds to the returning information recording module, when the returning recording module is carried out, the returning information recording module scans the returning beds to confirm the preferable damage condition and the condition of the beds before the borrowing, therefore, the payment fee is controlled to be increased, in addition to the payment statistics of the use fee corresponding to the use duration through the payment statistics module, the payment fee increased by damage and/or the fee increased by cleaning stains are counted, the maintenance intensity is confirmed through the stain condition, and the maintenance intensity is regulated and controlled on the accompanying bed through the bed maintenance management module.
In order to better realize the supervision and treatment on the borrowing maintenance bed codes, the borrowing supervision module comprises a borrowing signal acquisition module, a borrowing confirmation module, a temporary borrowing bed storage module and a signal monitoring module;
the lending signal acquisition module is used for acquiring a lending acquisition signal of a specified user side;
the confirmation lending module is used for acquiring lending confirmation information and randomly extracting the accompanying bed codes stored by the bed code storage module to the lending bed temporary storage module;
the temporary storage module of the loaning bed is used for temporarily storing the coding information of all the loaned accompanying beds;
the signal monitoring module is used for collecting the accompanying bed returning signal sent by the returning information recording module and controlling the formulated code accompanying bed stored by the lent bed temporary storage module to update and store the bed code storage module.
In this embodiment, through utilizing the borrowing signal collection module to realize the collection of bed spare signals simultaneously, gather the user information of borrowing to gather the bed spare through confirming the module of borrowing and gather the bed spare and confirm the information of borrowing, and realize the code of borrowing the bed spare through the module of temporarily storing of borrowing the bed spare and temporarily store, and when the signal monitoring module control bed spare returns, change the storage to the bed spare code of returning the accompanying bed spare again in the bed spare code storage module, and then realized the mobile monitoring management of borrowing or returning the accompanying bed spare.
In order to better realize the return monitoring analysis of the accompanying bed, as shown in fig. 2, the return information recording module comprises a return bed scanning module, a bed image acquisition module and a bed analysis module;
the return bed scanning module is used for scanning and shooting the return bed;
the bed image acquisition module is used for acquiring image information of the nursing bed scanned and shot;
and the bed analysis module is used for analyzing the collected accompanying bed images and acquiring and outputting processing data corresponding to the payment statistics module and the bed maintenance management module.
In this embodiment, when the bed is returned, the bed is photographed and scanned in all directions in advance by the bed return scanning module, image information of the photographed and scanned image is collected, and the payment fee and maintenance processing data corresponding to the photographed image are analyzed by the bed analysis module.
In order to better process and analyze the work according to the image data of the bed, the bed analysis module comprises a historical image calling module, an image comparison module and a processed data output module;
the historical image calling module is used for storing and taking out the image information of the accompanying bed in front of the accompanying bed;
the image comparison module is used for carrying out similarity comparison on the return shot image of the accompanying bed and the image information of the accompanying bed before the accompanying bed is taken out;
and the processing data output module is used for outputting maintenance intensity data and payment data corresponding to the comparison similarity value.
In this embodiment, the image data of the escort bed before being borrowed is taken as a reference, and similarity comparison is performed with the image data during returning, for example, the degree of damage is x%, the degree of dirt is y%, when the damage claim factor is a, the curing intensity factor is b, and the curing claim factor is c, the damage payment amount is a x%, the curing intensity is b y%, and the curing claim amount is c y% are obtained.
In order to better realize maintenance management and control treatment on the bed, the bed maintenance management module comprises a cleaning treatment module and a cleaning control module;
the cleaning control module is used for controlling the maintenance intensity according to the analysis data of the return information recording module;
and the cleaning treatment module is used for cleaning, maintaining and treating the accompanying bed according to the controlled maintenance intensity.
In this embodiment, when the degree of contamination is y% and the curing intensity factor is b, the curing intensity is b × y%, the curing intensity is adjusted to b × y% by the cleaning control module according to the curing intensity, and the bed is cured by the cleaning processing module.
Example two
Referring to fig. 3, the invention further provides an intelligent leasing method for an accompanying bed, which comprises the following steps:
s1, coding and storing the accompanying bed which is not lent, and collecting lending signals of the accompanying bed;
s2, after the lending signal is collected, controlling the storage accompanying bed with the formulated code to be called out for temporary storage, and detecting a returning signal of the accompanying bed;
s3, collecting a return signal of the accompanying bed, controlling to scan a return image of the accompanying bed, carrying out similarity comparison with the image before lending, and measuring and calculating according to the similarity to obtain corresponding maintenance intensity data and payment data;
s4, performing maintenance intensity processing control on the nursing bed according to the maintenance intensity data and performing payment statistics according to the payment data superposition statistic value;
and S5, after the maintenance treatment and the payment are completed, the temporarily stored coded accompanying bed is continuously stored into the un-borrowed accompanying bed queue.
According to the steps, in the intelligent leasing method for the accompanying bed, the loaned accompanying bed is stored in a coded mode through the unblended accompanying bed, the loaned accompanying bed is stored temporarily, when the accompanying bed is returned successfully, the corresponding code of the accompanying bed is transferred and stored to the unblended accompanying bed for unified storage, so that accurate management of the service condition of the accompanying bed is achieved, and when the accompanying bed is returned, the damage and the stain condition of the accompanying bed are inquired through scanning and recognition of the accompanying bed, and therefore the machine is convenient to adjust the strength of the accompanying bed, and the stain and the accurate damaged pursuit responsibility are caused.
The foregoing embodiments are merely illustrative of the principles and utilities of the present invention and are not intended to limit the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.
Claims (6)
1. An intelligent leasing system for a nursing bed is characterized by comprising a bed code storage module, a lending supervision module, a return information recording module, a payment statistics module and a bed maintenance management module;
the bed code storage module is used for performing system storage on the accompany bed code which is not lent for use;
the lending supervision module is used for recording and supervising lending or returning of the accompanying bed and controlling the bed code storage module to reduce or increase the corresponding accompanying bed codes;
the return information recording module is used for scanning and recording the returned accompanying bed and analyzing the scanning data of the accompanying bed to control and manage the payment statistical module and the bed maintenance management module;
the payment counting module is used for counting the total cost information of the nursing bed according to the scanning analysis information and the using duration information of the nursing bed;
and the bed maintenance management module is used for carrying out maintenance treatment of the formulated degree on the accompanying bed according to the scanning analysis information of the accompanying bed.
2. The intelligent leasing system for a nursing bed according to claim 1, wherein the lending supervision module comprises a lending signal acquisition module, a borrowing confirmation module, a lending bed temporary storage module and a signal monitoring module;
the lending signal acquisition module is used for acquiring a lending acquisition signal of a specified user side;
the confirmation lending module is used for acquiring lending confirmation information and randomly extracting the accompanying bed codes stored by the bed code storage module to the lending bed temporary storage module;
the temporary storage module of the loaning bed is used for temporarily storing the coding information of all the loaned accompanying beds;
the signal monitoring module is used for collecting the accompanying bed returning signal sent by the returning information recording module and controlling the formulated code accompanying bed stored by the lent bed temporary storage module to update and store the bed code storage module.
3. The intelligent leasing system for the accompanying bed as claimed in claim 1, wherein the return information recording module comprises a return bed scanning module, a bed image acquisition module and a bed analysis module;
the return bed scanning module is used for scanning and shooting the return bed;
the bed image acquisition module is used for acquiring image information of the nursing bed scanned and shot;
and the bed analysis module is used for analyzing the collected accompanying bed images and acquiring and outputting processing data corresponding to the payment statistics module and the bed maintenance management module.
4. The intelligent leasing system for the accompanying bed as claimed in claim 3, wherein the bedding analysis module comprises a historical image retrieval module, an image comparison module and a processed data output module;
the historical image calling module is used for storing and taking out the image information of the accompanying bed in front of the accompanying bed;
the image comparison module is used for carrying out similarity comparison on the return shot image of the accompanying bed and the image information of the accompanying bed before the accompanying bed is taken out;
and the processing data output module is used for outputting maintenance intensity data and payment data corresponding to the comparison similarity value.
5. The intelligent leasing system for a nursing bed according to claim 1, wherein the bedding maintenance management module comprises a cleaning processing module and a cleaning control module;
the cleaning control module is used for controlling the maintenance intensity according to the analysis data of the return information recording module;
and the cleaning treatment module is used for cleaning, maintaining and treating the accompanying bed according to the controlled maintenance intensity.
6. An intelligent leasing method for an accompanying bed is characterized by comprising the following steps:
s1, coding and storing the accompanying bed which is not lent, and collecting lending signals of the accompanying bed;
s2, after the lending signal is collected, controlling the storage accompanying bed with the formulated code to be called out for temporary storage, and detecting a returning signal of the accompanying bed;
s3, collecting a return signal of the accompanying bed, controlling to scan a return image of the accompanying bed, carrying out similarity comparison with the image before lending, and measuring and calculating according to the similarity to obtain corresponding maintenance intensity data and payment data;
s4, performing maintenance intensity processing control on the nursing bed according to the maintenance intensity data and performing payment statistics according to the payment data superposition statistic value;
and S5, after the maintenance treatment and the payment are completed, the temporarily stored coded accompanying bed is continuously stored into the un-borrowed accompanying bed queue.
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| CN202111187319.6A CN114120536A (en) | 2021-10-12 | 2021-10-12 | Intelligent leasing system and leasing method for accompanying bed |
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| CN202111187319.6A CN114120536A (en) | 2021-10-12 | 2021-10-12 | Intelligent leasing system and leasing method for accompanying bed |
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2021
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| CN105719400A (en) * | 2016-01-19 | 2016-06-29 | 山东省立医院 | Self-service wheelchair renting system and running manner |
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