KR20220029534A - Providing method of soundness information service about stock - Google Patents

Abstract

The present invention relates to a method for providing soundness information services related to real-time delivery and inventory for investment activation. More specifically, when a third party logistics contract is signed between a shipper and a logistics company, the right to connect to a warehouse management system (WMS) is provided to an investor, thereby providing information on past shipment status, real-time inventory status, and expected future shipment figures, and inventory can be guaranteed. The method for providing soundness information services related to real-time delivery and inventory for investment activation according to the present invention includes: an investment information providing step including the steps of allowing investors to access the WMS provided by the logistics company that has signed an exclusive contract with the shipper, and providing, by the WMS, information on inventory changes (hereinafter, quantity information) to the investor; and a step of receiving, by the WMS, an investor request and forwarding the same to the logistics company.

Description

How to provide real-time shipping and inventory sound information service to stimulate investment

The present invention relates to a method of providing soundness information service on real-time shipment and inventory for investment activation, and more particularly, when a third-party logistics contract between a shipper and a logistics company, the investor has the right to connect on the warehouse management system (WMS) By providing information on the past shipment status, real-time inventory status, and future shipment forecast figures, it relates to a method of providing real-time shipment and inventory soundness information service for revitalization of investment that can guarantee inventory.

Third-party logistics refers to consigning all logistics, excluding product production, to a specific logistics company to reduce logistics-related costs. This is a trend that goes beyond simply outsourcing the logistics sector in order to reduce costs, and that a professional logistics company makes every step from the production process of a product to the customer more efficient.

The difference between third-party logistics and existing general logistics is that it provides integrated logistics services by forming partnerships with shippers through long-term contracts of more than one year and tying multiple logistics functions into one. It is also called contract logistics because it has

And to provide such an integrated logistics service, WMS (Warehouse Management System) is used. WMS is a warehouse that can computerize and manage the entire logistics process such as warehousing, warehousing, and delivery to improve the shipper’s logistics management and operational capabilities. management system solution. Through this, it is possible to perform fast and accurate logistics tasks, and to standardize logistics tasks to improve overall business capabilities.

As a prior art for this, there is Republic of Korea Patent Publication No. 10-2005-0021041, etc. (hereinafter referred to as prior art), which relates to a logistics management system for third-party logistics service support, and more specifically, third-party logistics service work It is about a system that uses a computer system to handle possible tasks such as each incoming/outgoing and various inventory management.

However, in the prior art, after an investor invests in an investment target company (shipper), a logistics contract is concluded between the investment target company and the logistics company, so that the investment company’s logistics-related operation status, inventory status, and shipment status can be directly checked. There is a disadvantage that investment is limited because there is no means.

In addition, there is no other means to protect against investment losses caused by abnormal and negligent management of the investment target company's management, so it is a reality that can only be passive in investment.

The present invention has been devised to solve the above problems, and the investor who has invested in the shipper through the WMS can check the stock status, the shipping status and the estimated performance in real time, and also when the investment target company (shipper) is negligently managed. The purpose of this is to provide a method of providing real-time shipment and inventory soundness information service for revitalization of investment that can provide a means to protect against investment loss through a request process that can order shipment restrictions or preservation to the logistics company .

In addition, real-time shipping and inventory for investment activation that can increase investment activity by entrusting the logistics business of the investment target company to a logistics company that specializes in logistics business as the logistics business operator is responsible for guaranteeing the stock quantity to the investor The purpose of this is to provide a method of providing sound information services about

The method of providing sound information service on real-time shipment and inventory for investment activation according to the present invention for the purpose of solving the above problems is a warehouse management system (hereinafter referred to as WMS) provided by a logistics company that has signed an exclusive contract with a shipper. An investment information providing step comprising the step of allowing access, and the WMS providing information on stock changes (hereinafter referred to as quantity information) to the investor, and the WMS receiving the investor request and delivering it to the logistics company includes steps.

In addition, the investor request includes a request to stop stock removal and inventory confirmation.

In addition, based on the exclusive contract with the shipper, the method further includes the step of concluding a guarantee liability contract for the inventory between the logistics company and the investor.

및

의 평균으로 계산되는 다음 달 예상 물량 E를 포함하되,

,

(1년 전 n분기의 물량)/(1년 전 1년간 총 물량), D는 이번 달 물량, I는 이번 달 재고,

은 전 달까지의 n개월 동안의 평균 재고에 해당하고,

,

을 만족한다.In addition, the quantity information

and

Including the expected volume E for the next month, calculated as the average of

,

(quantity for n quarters a year ago)/(total volume for one year a year ago), D is this month's volume, I is this month's inventory,

is the average inventory for n months up to the previous month,

,

is satisfied with

The present invention having the above configuration, steps and features has the advantage that investors can check the inventory status, shipment status, and estimated performance in real time through WMS, so that additional investment and prevention of loss expansion can be determined through real-time data estimation, etc. .

In addition, it has the advantage of increasing the activity of investment by entrusting the logistics-related work of the investment target company (shipper) to a professional logistics company.

In addition, investors have the advantage of being able to actively invest because there is a means to prevent the expansion of investment losses.

1 is a block diagram showing the configuration of a method for providing real-time shipment and inventory quality information service in accordance with the present invention in time series.
2 is a block diagram showing a business method;
Figure 3 is a view showing the sales trend change rate information.
Figure 4 is a view showing the quantity stability rating information.

Since the present invention can have various changes and can have various forms, implementation examples (態樣, aspects) (or embodiments) will be described in detail in the text. However, this is not intended to limit the present invention to the specific disclosed form, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

The terminology used herein is only used to describe a specific embodiment (aspect, aspect, aspect) (or embodiment), and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as comprises or consists of are intended to designate that the features, numbers, steps, operations, components, parts, or combinations thereof described in the specification exist, but one or more other features It is to be understood that it does not preclude the possibility of the presence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

~1~, ~2~, etc. described in the present specification are only to be referred to to distinguish that they are different components, and are not limited to the order of manufacture, and their names in the detailed description and claims of the invention are may not match.

The present invention relates to a method of providing soundness information service on real-time shipment and inventory for investment activation, and more particularly, when a third-party logistics contract between a shipper and a logistics company, the investor has the right to connect on the warehouse management system (WMS) By providing information on the past shipment status, real-time inventory status, and future shipment forecast figures, it relates to a method of providing real-time shipment and inventory soundness information service for revitalization of investment that can guarantee inventory.

First, WMS (Warehouse Management Systems) refers to a warehouse management system solution that can integrate and manage the entire logistics process, such as warehousing, warehousing, and delivery, to improve the shipper’s logistics management and operational capabilities. Accurate logistical work can be performed and work ability can be improved through standardization of logistical work.

And in the present invention, a specific logistics company directly manages the WMS by signing a third-party logistics contract that entrusts the overall logistics excluding product production to a specific logistics company, rather than directly managing the overall logistics through the WMS. will manage

In addition, there is no way to directly check the operating status, inventory status, or shipment status of the shipper/logistics after an investor has invested in the shipper corresponding to the investment target company. This did not exist. As a result, there was almost no information on the basis of the investor's decision on the return of investment and additional decisions, and thus the investment form/method was inevitably passive.

In addition, there was no means to protect against losses caused by the negligent management of the investment target company, so investment was inevitably reduced.

Therefore, in the present invention, it is possible to provide investors with information that can immediately check the past shipment status, real-time inventory status, and future shipment expected values through WMS, Comprehensive guarantees enable stable and active investment.

In addition, investors, shippers, and logistics companies referred to herein are not limited to natural persons, but refer to subjects who can exchange information on the WMS by connecting to the WMS through the Internet network. will mean

And, as described above, the terminal can access the WMS through the Internet network, and the WMS refers to a logistics supply chain solution that performs computerized management of logistics commonly used in the logistics industry.

And it includes a step (S2) of allowing the investor's access in the WMS provided by the logistics company that has signed an exclusive contract with the shipper. Here, the term "exclusive contract" refers to a contract between the shipper and a specific logistics company in which a specific logistics company is exclusively responsible for the shipper's logistics management.

Based on this exclusive contract, investors can make stable investments in shippers. In addition, since an exclusive contract has been signed, there are not multiple persons in charge of managing the shipper's logistics, so investors have the advantage of being able to easily check the use of the invested funds.

In addition, information on volume information, which will be described later, can be provided only when the WMS allows investors to access it.

Next, the WMS includes an investment information providing step (S3) including a step of providing the investor with information on stock changes (hereinafter referred to as quantity information), wherein the quantity information is referred to as the above-mentioned, past shipments. It refers to the current status, real-time inventory status, and expected future shipments.

And here, the past shipment status includes monthly average shipment information and quarterly average shipment information, etc., and the future shipment estimate includes next month's expected quantity E, which will be described in detail later.

And, in order for this quantity information to be provided to the investor, as described above, the investor's access to the WMS must be allowed, and the access here is by entering a predetermined ID and password or accessing through public authentication, etc. It refers to accessing the WMS so that it can be given the right to access the quantity information without limitation on the access method.

Next, the WMS includes a step (S4) of receiving the investor's request and delivering it to the logistics company, where the investor's request refers to a request for stopping stock removal and stock confirmation.

Looking more specifically at this, first, the stock removal stop refers to a state in which the change in the number of goods currently occupied by the logistics business operator is stopped, and the inventory confirmation request refers to a request for confirmation of the number of goods currently occupied by the logistics business operator.

In addition, the above investor request can be configured to be delivered only when certain conditions are satisfied, because the investor's reckless request may interfere with the logistics business. Also, as described below, 'when a specific condition is satisfied' refers to a state in which sales trend change rate information, quantity stability rating information, inventory change rate information, etc. are out of a predetermined range.

Of course, this request is made possible by providing investors with information on the past shipment status, real-time inventory status, and future shipment forecast values in real time through the WMS.

And, as shown in FIG. 2 , the business method can be broadly classified into two types. The first is a method of recommending a shipper to an investor after the logistics operator first reviews the qualifications of the investment during the investment review, and the logistics operator first conducts the investment review By proceeding, the effectiveness of the sales and investment qualification examination can be secured.

Second, when an investor makes an investment, he or she selects a logistics company as the shipper's exclusive logistics manager to secure the transparency of the investment, which makes it easy to check the investment status.

And based on the exclusive contract with the shipper, further comprising a step (S1) of signing a guarantee liability contract for inventory between the logistics company and the investor, wherein based on the exclusive contract, the shipper and the logistics company are It means that the conclusion of the contract is a condition of the conclusion of the warranty liability contract.

In addition, in the case of an exclusive contract between the shipper and the logistics company, the investor's rights/authorities regarding these guarantee responsibilities are specified in the contract, and the investor is also indicated as a party to the contract.

And looking at the timing of the conclusion of the guarantee liability contract, the conclusion of the guarantee liability contract is made before the step of allowing the investor to access (S2) and after the conclusion of the exclusive contract with the shipper.

및

의 평균으로 계산되는 다음 달 예상 물량 E를 포함하되,

,

(1년 전 n분기의 물량)/(1년 전 1년간 총 물량), D는 이번 달 물량, I는 이번 달 재고,

은 전 달까지의 n개월 동안의 평균 재고에 해당하고,

,

을 만족한다.Then, the quantity information is

and

Including the expected volume E for the next month, calculated as the average of

,

(quantity for n quarters a year ago)/(total volume for one year a year ago), D is this month's volume, I is this month's inventory,

is the average inventory for n months up to the previous month,

,

is satisfied with

And the quantity referred to here refers to the quantity shipped, and the expected quantity for the next month refers to the quantity expected to be shipped in the next month.

에 해당하게 된다.And the mean here means the arithmetic mean,

will correspond to

에 관해 살펴보면 두 가지의 케이스로 나눌 수 있는데, 과거 1년 동안의 물량정보가 존재하는 경우와 과거 1년 동안의 물량정보가 존재하지 않은 경우로 나눌 수 있게 된다.And

It can be divided into two cases, a case in which quantity information for the past year exists and a case where quantity information for the past year does not exist.

의 경우에는

(과거 1년), 2분기의 계절변수

의 경우에는

(과거 1년) 등 3분기 및 4분기의 계절변수 또한 같은 방식으로 산출될 수 있다.First, if volume information for the past year exists, seasonal variables for the first quarter

in case of

(past one year), seasonal variables in the second quarter

in case of

Seasonal variables in the 3rd and 4th quarters, such as (past one year), can also be calculated in the same way.

,

,

,

로 설정될 수 있다. 이는 물류 업계에서 평균적으로 사용되는 계절변수를 반영한 것이다.And secondly, if there is no quantity information for the past year,

,

,

,

can be set to This reflects the seasonal variables used on average in the logistics industry.

And we will look at information on sales trend change rate information, quantity stability rating information, and inventory change rate information. Here, the sales trend increase/decrease rate information displays a notification display as shown in FIG. 3 when an abnormality is detected for a specific value set by the investor.

And, the quantity stability grade information is displayed in the form of a Gaussian function, as shown in FIG. 4 .

의 형태로 산출되며, 이를 도 4 우측 도면에 도시된 바와 같이, WMS 상에서 그래프의 형태로 표시할 수도 있다.And the inventory increase/decrease rate information is

is calculated in the form of , which may be displayed in the form of a graph on the WMS as shown in the right figure of FIG. 4 .

Next, investment utility can be increased by entrusting the logistics business of the shipper (investment target company) to a logistics company that specializes in logistics. will be able to do

On the other hand, as devices of the touch screen (D) type such as smartphones and tablet PCs are widely used, users (in the present invention, more accurately referred to as investors, but users of this interface) quickly and conveniently on the touch screen (D). In a sense, it may further include a quantity information request interface for processing the quantity information request of (hereinafter referred to as a user). is cumbersome to input through the keyboard on the touch screen (D), and in recent years, it has become quite difficult to memorize the password, such as having to mix special characters in the password. There is a lot of difficulty in the authentication method.

In addition, even if the user is memorizing the password, the password is usually displayed very small, making it difficult to identify the authentication number for users with presbyopia. Accordingly, anyone can easily drag the authentication path output on the touch screen (D) We would like to introduce a quantity information request interface that can quickly and easily process a user's quantity information request by simply performing .

First, the quantity information request interface includes an authentication path (P1) and a coin-shaped icon ( I) is output.

In addition, the authentication means here may correspond to a public certificate, resident registration number, fingerprint, etc. For example, when an accredited certificate is set as an authentication means, the characters included in the password and characters consisting of one character among the user's name are the authentication means. It can be determined as a specific character determined according to the same principle, and when a fingerprint is set as an authentication means, a part of the shape included in the fingerprint is constituted by the authentication path P1.

That is, the user who receives the authentication request from the server has an authentication path (P1) consisting of any one of a part of a specific letter, number, or fingerprint shape determined according to a preset authentication means (authentication certificate, resident registration number, fingerprint, etc.) and coin-shaped The icon (I) is output on the screen.

And when the icon (I) is dragged along the authentication path (P1), the authentication for the quantity information request is completed. If it does, it may be vulnerable to security, and there is a risk that the drag is completed by unwanted contact while the smartphone is kept in the pants pocket and authentication is completed.

Therefore, in the case of the quantity information request interface according to the present invention, an authentication point P2 having the same shape as the icon I is generated at any one point of the authentication path P1 except for the starting point P11 and the ending point P12. As a result, it is possible to primarily prevent authentication due to an erroneous contact.

In more detail, as shown in FIG. 5 , if a finger is placed while stopping the drag operation at the authentication point P2, the effect of gradually filling the inside of the authentication point P2 is output, and the authentication It is configured so that the drag operation can be resumed only after the points P2 are all filled.

In addition, the authentication point P2 may be created at a location preset by the user. For example, as shown in FIG. 5 , when the authentication point P2 is set at 1 o'clock in the fingerprint-shaped authentication path P1 The authentication is completed only when the authentication point (P2) is properly filled in that part. In addition, when the authentication point P2 is filled at a location different from the location preset by the user, the route is removed and authentication for the quantity information request cannot be performed.

In addition, although only one authentication point P2 is shown in FIG. 5, security may be further strengthened by setting a plurality of authentication points P2.

And when the icon (I) output on the request screen is clicked once more, an enlarged screen in which the icon (I) is enlarged is output, and as described above, even a user suffering from presbyopia completes the authentication path P1 very easily By doing so, it is possible to complete the authentication of the quantity information request.

That is, users who have difficulty in identifying texts due to presbyopia or users who are inexperienced in smart devices can conveniently complete the quantity information request authentication through an intuitive quantity information request interface.

In addition, in the case of the existing password input method, it is not easy to memorize, such as having to unconditionally include special characters in the password. did.

And even though this authentication point P2 filling method is provided, there is also a risk that the authentication point P2 part will be all filled due to an erroneous contact. As a countermeasure, in the process of filling the authentication point P2, the authentication When the inside of the point P2 is not filled or is excessively filled, the authentication path P1 is configured to disappear, thereby secondary prevention of authentication due to erroneous contact.

The present invention described above with reference to the accompanying drawings is capable of various modifications and changes by those skilled in the art, and such modifications and changes should be construed as being included in the scope of the present invention.

S1: Stage at which the warranty liability contract is concluded
S2: Step to allow investor access
S3: Investment information provision stage
S4: WMS receives the investor request and forwards it to the logistics company

Claims (3)

allowing an investor to access a warehouse management system (hereinafter referred to as WMS) provided by a logistics company that has signed an exclusive contract with the shipper;
an investment information providing step comprising the step of the WMS providing information (hereinafter, volume information) on stock changes to the investor; and
receiving, by the WMS, an investor request and transmitting the request to the logistics company;
including,
Further comprising a quantity information request interface for processing the quantity information request of the investor,
The quantity information request interface,
On the request screen for processing the quantity information request of the investor, an authentication path composed of any part of a fingerprint shape determined according to an authentication means and an icon in the shape of a coin are output, and only when the icon is dragged along the authentication path Complete the authentication of the information request, but
An authentication point of the same shape as the icon is generated at any one point of the authentication path except for the starting point and the end point,
When the drag operation is stopped at the authentication point, an effect of gradually filling the inside of the authentication point is output, and the drag operation can be resumed only after the authentication points are all filled,
If the inside of the authentication point is not filled or excessively filled, the authentication path disappears and a plurality of the authentication points are created at different locations,
The quantity information is

and

Including the expected volume E for the next month, calculated as the average of

,

(quantity for n quarters a year ago)/(total volume for one year a year ago), D is this month's volume, I is this month's inventory,

is the average inventory for n months up to the previous month,

,

A method of providing soundness information service regarding real-time shipment and inventory for investment activation, characterized in that it satisfies.
The method according to claim 1,
The investor request is a method of providing a soundness information service on real-time shipment and inventory for investment activation, characterized in that it includes a request for stopping stock removal and stock confirmation.
The method according to claim 1,
Based on the exclusive contract with the shipper, the method of providing a real-time shipping and inventory soundness information service for activating investment further comprising the step of concluding a guarantee liability contract for inventory between the logistics company and the investor.

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