CN116227635A - Intelligent reservation scheduling management system for washing and protecting factory - Google Patents

Intelligent reservation scheduling management system for washing and protecting factory Download PDF

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CN116227635A
CN116227635A CN202310091859.7A CN202310091859A CN116227635A CN 116227635 A CN116227635 A CN 116227635A CN 202310091859 A CN202310091859 A CN 202310091859A CN 116227635 A CN116227635 A CN 116227635A
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washing
clothes
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吴林长
叶华青
吴咏轩
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Aimidin Hangzhou Internet Technology Co ltd
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Abstract

The invention provides an intelligent reservation scheduling management system for a washing and nursing factory. An intelligent appointment scheduling management system for a washing and care factory, comprising: the information recording module is used for recording order information and washing and nursing equipment information; the assignment module is used for identifying the type of the clothes in the order according to the clothes type identification device and assigning the washing and protecting time length of the clothes according to the weight of the clothes; the order distribution module is used for distributing target equipment to the order; and the sequence replacement module is used for adjusting the washing and nursing sequence of the order. According to the invention, the washing and protecting time length of each piece of clothes in the order is obtained, the washing and protecting equipment matched with the equipment type is selected according to the clothes group of the pieces of clothes, and the washing and protecting equipment with the shortest equipment residual time length is selected as the target equipment according to the equipment residual time length of the washing and protecting equipment, so that different pieces of clothes in the same order are distributed to the corresponding washing and protecting equipment, and the washing and protecting efficiency of the washing and protecting equipment is increased.

Description

Intelligent reservation scheduling management system for washing and protecting factory
Technical Field
The invention relates to the field of reservation scheduling, in particular to an intelligent reservation scheduling management system for a washing and nursing factory.
Background
Along with the development of society, the pace of life is accelerated, more and more people choose to send clothes to a washing and protecting factory for professional washing and protecting in an express way, and along with the increase of orders, clothes are put into different unmatched washing and protecting equipment possibly because of misjudgment of people by manually judging the washing and protecting equipment and the time length of washing and protecting, so that the efficiency of washing and protecting clothes is not high.
Disclosure of Invention
In view of the above problems, the present application provides an intelligent reservation scheduling management system for a washing and care factory, which reasonably distributes washing and care equipment for each order according to the laundry type of laundry, the weight of laundry and the equipment type of the washing and care equipment in each order.
The technical scheme of the invention is as follows: an intelligent appointment scheduling management system for a washing and care factory, comprising:
the information recording module is used for recording order information and washing and nursing equipment information;
the order information comprises order placing time and order numbers;
the washing and protecting equipment information comprises a washing and protecting equipment number, equipment capacity, equipment type and equipment residual duration;
the residual time length of the equipment is the time length for the washing equipment to change from the running state to the idle state;
the assignment unit is used for assigning the washing and protecting duration of the clothes in the order according to the weight of the clothes in the order, the type of the clothes and the equipment type of the washing and protecting equipment;
the order distribution module is used for distributing target equipment to the order;
further, for the order allocation module, the method includes:
and acquiring the washing and protecting time length of each piece of clothes in the order, selecting washing and protecting equipment matched with the equipment type according to the clothes group of the clothes, and selecting the washing and protecting equipment with the shortest equipment residual time length from the washing and protecting equipment matched with the equipment type as target equipment according to the equipment residual time length of the washing and protecting equipment.
Further, for the information calculation module, it includes:
s21: acquiring equipment types of all washing equipment in a washing and caring factory, and constructing an equipment type set A= { A 1 ，A 2 ，A 3 ，…，A n Where n is the total number of device types for all devices in the care factory;
s22: according to the washing duration of clothes in the order and the equipment type set A, mapping the equipment type set A to obtain a set B= { B 1 ，B 2 ，B 3 ，…，B n For any element B in set B } i ，B i ＝(A i ，t i )，A i T is the device type of the device i For the duration of the wash, let i=1;
s23: for element B i ＝(A i ，t i ) Judgment of t i If yes, jumping to the step S24, and if not, jumping to the step S26;
s24: the acquisition equipment type is A i And constructs a device remaining duration set e= { (a) i，1 ，t i，1 )，(A i，2 ，t i，2 )，(A i，3 ，t i，3 )，…，(A i，m ，t i，m ) -wherein m is the device type a i For any element (a i，j ，t i，j )，A i，j For the equipment type A i The equipment number, t, of the j-th washing equipment i，j For the equipment type A i The remaining length of the j-th care apparatus;
s25: selecting the washing and protecting equipment with the shortest residual duration from the equipment residual duration set E as the target equipment of the order;
if "i < n" is established, the process proceeds to step S23 by making i=i+1, and if "i < n" is not established, the process proceeds to step S27 by making i < n ";
s27, constructing a device shortest waiting set C= { C according to target devices selected by clothes in the order 1 ，C 2 ，C 3 ，…，C n }；
S28：Mapping according to the set B and the equipment shortest waiting set C to obtain an order residual duration set D= { D 1 ，D 2 ，D 3 ，…，D n }。
Further, the method further comprises the following steps:
the sequence replacing module is used for adjusting the washing and protecting sequence of the order;
acquiring the washing and protecting time length of a new order, acquiring target equipment corresponding to the clothes group with the longest washing and protecting time length in the new order, sequencing the orders of the target equipment according to the order of the washing and protecting time length from small to large, judging whether the sum of the waiting time length of the last order of the new order and the clothes of the same clothes group corresponding to the target equipment and the washing and protecting time length of the new order is greater than the waiting time length of the clothes group with the longest waiting time length in the last order, if so, replacing the order of the two orders, and updating the waiting time lengths of the two orders.
Further, the sequential replacement module further includes:
s31: acquiring a residual duration set D of a new order;
s32: selecting a maximum value element in a residual duration set D of the new order, and acquiring target equipment corresponding to the maximum value element according to the maximum value element and a minimum equipment waiting set C;
s33: acquiring the residual time length of all waiting orders of the target equipment, sequencing the residual time length of waiting orders of the target equipment according to the order from small to large, and constructing a set F= { F 1 ，F 2 ，F 3 ，…，F u Where u is the total number of orders currently waiting for the target device;
s34: judgment element F u-1 Remaining duration of element F u Middle H 1 After addition, whether the washing duration is greater than the element F u-1 Middle H 2 Wherein H is 1 Is element F u Clothes of the same clothes group in the target equipment, H 2 Is element F u-1 If yes, jumping to the step S35, and if not, jumping to the step S36;
s35: for element F u-1 And F u Updating the remaining duration of (2), and jumping to the step S32;
s36: whether a new order exists or not is judged, if yes, the step S31 is skipped, and if not, the order sequence replacement is completed.
Further, for the assignment module, the method includes:
an identification unit for identifying the type of laundry;
the dividing unit is used for dividing the identified clothes types into corresponding clothes groups according to the equipment types of the corresponding washing equipment, wherein the clothes groups are a collection of the clothes types;
the weighing unit is used for weighing all the clothes in the order;
the assignment unit is used for assigning the washing and protecting time length of the clothes in the order according to the weight of the clothes in the order;
further, for the assignment module, further comprising:
the classifying unit is used for classifying the clothes classified into the groups in the order;
the classifying unit comprises a conveying device, a classifying device and a collecting device;
the conveying device drives the clothes in the order to move to the sorting device, the sorting device conveys the clothes in the order separately, different clothes clusters are conveyed separately, and the same clothes cluster is driven to enter the collecting device.
The invention has the following advantages:
1. according to the invention, the washing and protecting time length of each piece of clothes in the order is obtained, the washing and protecting equipment matched with the equipment type is selected according to the clothes group of the pieces of clothes, and the washing and protecting equipment with the shortest equipment residual time length is selected as the target equipment according to the equipment residual time length of the washing and protecting equipment, so that different pieces of clothes in the same order are distributed to the corresponding washing and protecting equipment, and the washing and protecting efficiency of the washing and protecting equipment is increased.
2. According to the invention, the target equipment corresponding to the clothes group with the longest washing and protecting duration in the new order is obtained, and whether the sum of the waiting duration of the clothes of the same clothes group corresponding to the previous order and the target equipment of the new order and the washing and protecting duration of the new order is larger than the waiting duration of the clothes group with the longest waiting duration in the previous order is judged, if so, the sequence of the two orders is replaced, the waiting durations of the two orders are updated, and the washing and protecting efficiency of the washing and protecting equipment is further increased.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to the structures shown in these drawings without inventive effort for a person skilled in the art.
Fig. 1 is a schematic structural diagram of an intelligent reservation scheduling management system for a washing and caring factory according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, some embodiments of the present application will be described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the present application. However, those of ordinary skill in the art will understand that in the various embodiments of the present application, numerous technical details have been set forth in order to provide a better understanding of the present application. However, the technical solutions claimed in the present application can be implemented without these technical details and with various changes and modifications based on the following embodiments.
Example 1
Referring to fig. 1, embodiment 1 of the present invention provides an intelligent reservation scheduling management system for a washing and care factory, including:
the information recording module is used for recording order information and washing and nursing equipment information;
specifically, the order information includes order time and order number;
the washing and protecting equipment information comprises a washing and protecting equipment number, equipment capacity, equipment type and equipment residual duration;
the residual time length of the equipment is the time length for the washing equipment to change from the running state to the idle state;
the assignment unit is used for assigning the washing and protecting duration of the clothes in the order according to the weight of the clothes in the order, the type of the clothes and the equipment type of the washing and protecting equipment;
the assignment module comprises the following units:
an identification unit for identifying the type of laundry;
in this unit, the type of laundry is identified, comprising the steps of:
s11: shooting clothes to obtain an image to be identified;
specifically, the clothes type recognition device comprises a camera and a processor, and the camera of the clothes type recognition device is utilized to shoot clothes;
s12: performing preliminary processing on the image to be identified;
specifically, denoising, inclination correction and image quality improvement treatment are carried out on an image to be identified by a processor in the clothes type identification device;
s13: and recognizing the preliminarily processed image to be recognized by an image recognition technology to obtain a recognition result.
The dividing unit is used for dividing the identified clothes types into corresponding clothes groups according to the equipment types of the corresponding washing equipment, wherein the clothes groups are a collection of the clothes types;
specifically, for example, the laundry types are respectively night clothes, bath tissues, spring and autumn clothes/trousers, jeans, bedsheets and shoes, and the night clothes, the bath tissues and the bedsheets are respectively divided into one kind of group according to the equipment types of different washing equipment, the shoes are respectively divided into one kind of group, the spring and autumn clothes/trousers and the jeans are respectively divided into one kind of group, and one kind of group corresponds to one equipment type.
And the weighing unit is used for weighing all the clothes in the order.
The assignment unit is used for assigning the washing and protecting duration of the clothes in the order according to the weight of the clothes in the order, the type of the clothes and the equipment type of the washing and protecting equipment;
specifically, for the clothes of different clothes groups but with the same weight, the clothes washing duration of the clothes groups such as shirts or short sleeves is short, the clothes washing duration of the clothes groups such as down jackets or carpets is long, for the clothes of the same clothes group but with different weights, the longer the washing duration of the clothes is, the shorter the washing duration of the clothes is, and reasonable assignment can be performed within a certain range according to the weights of the clothes groups of the clothes, the clothes and the equipment types of the equipment.
The classifying unit is used for classifying the clothes classified into the groups in the order;
the classifying unit comprises a conveyor belt, a classifying device and a collecting frame;
the conveyor belt drives the clothes in the order to move to the sorting device, the sorting device separately conveys the clothes in the order, and separately conveys the clothes of different clothes groups, so that the clothes of the same clothes group are driven to fall into the collecting frame.
When a batch of ordered clothes are washed, the situation that the clothes in the order cannot be sufficiently washed due to overlong or excessively short set washing time after the clothes in the order are put into the washing equipment or the situation that the needed washing equipment is needed to be put into different clothes in the order is judged manually, the washing time of the clothes in the order is possibly set reasonably according to the weight of the clothes and the type of the washing equipment, the equipment type and the unreasonable washing time of the clothes in the order are reduced, and the working efficiency of staff is improved.
The order distribution module is used for distributing target equipment to the order;
and acquiring the washing and protecting time length of each piece of clothes in the order, selecting washing and protecting equipment matched with the equipment type according to the clothes group of the clothes, and selecting the washing and protecting equipment with the shortest equipment residual time length from the washing and protecting equipment matched with the equipment type as target equipment according to the equipment residual time length of the washing and protecting equipment.
In this module, the allocation of target devices to orders comprises the steps of:
s21: acquiring equipment types of all equipment in a washing and caring factory, and constructing an equipment type set A= { A 1 ，A 2 ，A 3 ，…，A n Where n is the total number of device types for all devices in the care factory;
s22: according to the washing duration of clothes in the order and the equipment type set A, mapping the equipment type set A to obtain a set B= { B 1 ，B 2 ，B 3 ，…，B n For any element B in set B } i ，B i ＝(A i ，t i )，A i T is the device type of the device i For the duration of the wash, let i=1;
specifically, for example, if there are 5 types of all the devices of the washing and caring factory, the device type set a= { a 1 ，A 2 ，A 3 ，A 4 ，A 5 The equipment types corresponding to the clothes groups in the order are A respectively 1 ，A 2 ，A 3 The equipment type is A 1 ，A 2 ，A 3 The washing and care time length of the clothes in the corresponding order is 5, 7 and 9 respectively, and the set B= { (A) 1 ，5)，(A 2 ，7)，(A 3 ，9)，(A 4 ，0)，(A 5 ，0)}。
S23: for element B i ＝(A i ，t i ) Judgment of t i If yes, jumping to the step S24, and if not, jumping to the step S26;
s24: the acquisition equipment type is A i And constructs a device remaining duration set e= { (a) i，1 ，t i，1 )，(A i，2 ，t i，2 )，(A i，3 ，t i，3 )，…，(A i，m ，t i，m ) -wherein m is the device type a i For any element (a i，j ，t i，j )，A i，j For the equipment type A i The equipment number, t, of the j-th washing equipment i，j For the equipment type A i The remaining length of the j-th care apparatus;
s25: selecting the washing and protecting equipment with the shortest residual duration from the equipment residual duration set E as the target equipment of the order;
if "i < n" is established, the process proceeds to step S23 by making i=i+1, and if "i < n" is not established, the process proceeds to step S27 by making i < n ";
s27, constructing a device shortest waiting set C= { C according to target devices selected by clothes in the order 1 ，C 2 ，C 3 ，…，C n }；
S28: mapping according to the set B and the equipment shortest waiting set C to obtain an order residual duration set D= { D 1 ，D 2 ，D 3 ，…，D n }；
Specifically, for example, the care duration and the equipment shortest remaining duration of the order are {2,3,1,2,1} and {4,3,4,2,4} respectively, and the order remaining duration is {6,6,5,4,5}.
After clothes in an order are washed and protected, through manually selecting washing and protecting equipment of clothes in the order, the condition that part of the washing and protecting equipment is always in an idle state can be caused, and washing and protecting efficiency of a washing and protecting factory is reduced.
The sequence replacing module is used for adjusting the washing and protecting sequence of the order;
acquiring the washing and protecting time length of a new order, acquiring target equipment corresponding to the clothes group with the longest washing and protecting time length in the new order, sequencing the orders of the target equipment according to the order of the washing and protecting time length from small to large, judging whether the sum of the waiting time length of the last order of the new order and the clothes of the same clothes group corresponding to the target equipment and the washing and protecting time length of the new order is greater than the waiting time length of the clothes group with the longest waiting time length in the last order, if so, replacing the order of the two orders, and updating the waiting time lengths of the two orders.
S31: acquiring a residual duration set D of a new order;
s32: selecting a maximum value element in a residual duration set D of the new order, and acquiring target equipment corresponding to the maximum value element according to the maximum value element and a minimum equipment waiting set C;
s33: acquiring the residual time length of all waiting orders of the target equipment, sequencing the residual time length of waiting orders of the target equipment according to the order from small to large, and constructing a set F= { F 1 ，F 2 ，F 3 ，…，F u Where u is the total number of orders currently waiting for the target device;
s34: judgment element F u-1 Remaining duration of element F u Middle H 1 After addition, whether the washing duration is greater than the element F u-1 Middle H 2 Wherein H is 1 Is element F u Clothes of the same clothes group in the target equipment, H 2 Is element F u-1 If yes, jumping to the step S35, and if not, jumping to the step S36;
s35: for element F u-1 And F u Updating the remaining duration of (2), and jumping to the step S32;
s36: whether a new order exists or not is judged, if yes, the step S31 is skipped, and if not, the order sequence replacement is completed.
When washing and protecting the clothes in the order according to the sequence of time, the residual time length of a certain type of clothes in part of the order is overlong and the residual time length of a certain type of clothes in the order is longer than that of the previous order.
It will be understood that modifications and variations will be apparent to those skilled in the art from the foregoing description, and it is intended that all such modifications and variations be included within the scope of the following claims. Parts of the specification not described in detail belong to the prior art known to those skilled in the art.

Claims (8)

1. An intelligent appointment scheduling management system for a washing and care factory, comprising:
the information recording module is used for recording order information and washing and nursing equipment information;
the order information comprises order placing time and order numbers;
the washing and protecting equipment information comprises a washing and protecting equipment number, equipment capacity, equipment type and equipment residual duration;
the residual time length of the equipment is the time length for the washing equipment to change from the running state to the idle state;
the assignment module is used for identifying the type of the clothes in the order according to the clothes type identification device and assigning the washing and protecting time length of the clothes according to the weight of the clothes;
and the order distribution module is used for distributing the order to the target equipment.
2. An intelligent appointment scheduling management system for a washing care factory of claim 1 wherein for an order distribution module comprises:
and acquiring the washing and protecting time length of each piece of clothes in the order, selecting washing and protecting equipment matched with the equipment type according to the clothes group of the clothes, and selecting the washing and protecting equipment with the shortest equipment residual time length from the washing and protecting equipment matched with the equipment type as target equipment according to the equipment residual time length of the washing and protecting equipment.
3. An intelligent appointment scheduling management system for a washing care factory as set forth in claim 2 wherein for the information calculation module comprises:
s21: acquiring equipment types of all washing equipment in a washing and caring factory, and constructing an equipment type set A= { A 1 ，A 2 ，A 3 ，…，A n Where n is the total number of device types for all devices in the care factory;
s22: according to the washing duration of clothes in the order and the equipment type set A, mapping the equipment type set A to obtain a set B= { B 1 ，B 2 ，B 3 ，…，B n For any element B in set B } i ，B i ＝(A i ，t i )，A i T is the device type of the device i For the duration of the wash, let i=1;
s23: for element B i ＝(A i ，t i ) Judgment of t i If yes, jumping to the step S24, and if not, jumping to the step S26;
s24: the acquisition equipment type is A i And constructs a device remaining duration set e= { (a) i，1 ，t i，1 )，(A i，2 ，t i，2 )，(A i，3 ，t i，3 )，…，(A i，m ，t i，m ) -wherein m is the device type a i For any element (a i，j ，t i，j )，A i，j For the equipment type A i The equipment number, t, of the j-th washing equipment i，j For the equipment type A i The remaining length of the j-th care apparatus;
s25: selecting the washing and protecting equipment with the shortest residual duration from the equipment residual duration set E as the target equipment of the order;
if "i < n" is established, the process proceeds to step S23 by making i=i+1, and if "i < n" is not established, the process proceeds to step S27 by making i < n ";
s27, constructing a device shortest waiting set C= { C according to target devices selected by clothes in the order 1 ，C 2 ，C 3 ，…，C n }；
S28: mapping according to the set B and the equipment shortest waiting set C to obtain an order residual duration set D= { D 1 ，D 2 ，D 3 ，…，D n }。
4. An intelligent appointment scheduling management system for a washing care factory as set forth in claim 3 and further comprising:
the sequence replacing module is used for adjusting the washing and protecting sequence of the order;
acquiring the washing and protecting time length of a new order, acquiring target equipment corresponding to the clothes group with the longest washing and protecting time length in the new order, sequencing the orders of the target equipment according to the order of the washing and protecting time length from small to large, judging whether the sum of the waiting time length of the last order of the new order and the clothes of the same clothes group corresponding to the target equipment and the washing and protecting time length of the new order is greater than the waiting time length of the clothes group with the longest waiting time length in the last order, if so, replacing the order of the two orders, and updating the waiting time lengths of the two orders.
5. The intelligent appointment scheduling management system for a washing and care factory of claim 4 wherein the sequential replacement module further comprises:
s31: acquiring a residual duration set D of a new order;
s32: selecting a maximum value element in a residual duration set D of the new order, and acquiring target equipment corresponding to the maximum value element according to the maximum value element and a minimum equipment waiting set C;
s33: acquiring the residual time length of all waiting orders of the target equipment, sequencing the residual time length of waiting orders of the target equipment according to the order from small to large, and constructing a set F= { F 1 ，F 2 ，F 3 ，…，F u Where u is the total number of orders currently waiting for the target device;
s34: judgment element F u-1 Remaining duration of element F u Middle H 1 During washing and protectingAfter addition of the lengths, whether or not they are greater than element F u-1 Middle H 2 Wherein H is 1 Is element F u Clothes of the same clothes group in the target equipment, H 2 Is element F u-1 If yes, jumping to the step S35, and if not, jumping to the step S36;
s35: for element F u-1 And F u Updating the remaining duration of (2), and jumping to the step S32;
s36: whether a new order exists or not is judged, if yes, the step S31 is skipped, and if not, the order sequence replacement is completed.
6. An intelligent appointment scheduling management system for a washing care factory as set forth in claim 5 wherein for the assignment module comprises:
an identification unit for identifying the type of laundry;
the dividing unit is used for dividing the identified clothes types into corresponding clothes groups according to the equipment types of the corresponding washing equipment, wherein the clothes groups are a collection of the clothes types;
the weighing unit is used for weighing all the clothes in the order;
and the assignment unit is used for assigning the washing and protecting duration of the clothes in the order according to the weight of the clothes in the order, the type of the clothes and the equipment type of the washing and protecting equipment.
7. The intelligent appointment scheduling management system for a washing and care factory of claim 6 wherein for the identification unit comprises:
s11: shooting clothes to obtain an image to be identified;
s12: performing preliminary processing on the image to be identified;
s13: and recognizing the preliminarily processed image to be recognized by an image recognition technology to obtain a recognition result.
8. The intelligent appointment scheduling management system for a washing care factory of claim 7 further comprising, for the assignment module:
the classifying unit is used for classifying the clothes classified into the groups in the order;
the classifying unit comprises a conveying device, a classifying device and a collecting device;
the conveying device drives the clothes in the order to move to the sorting device, the sorting device separately conveys the clothes in the order, and separately conveys the clothes of different clothes groups, so that the clothes of the same clothes group are driven to fall into the collecting device.
CN202310091859.7A 2023-02-10 2023-02-10 Intelligent reservation scheduling management system for washing and protecting factory Pending CN116227635A (en)

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