TW201937432A - Venue rental management method implemented by a rental end electronic device, a renting end electronic device and a server unit - Google Patents

Abstract

A venue rental management method is implemented by a rental end electronic device, a renting end electronic device and a server unit; the server unit comprises a database that stores a plurality of commodity data and a plurality of order data. The method comprises: the rental end electronic device transmitting a publishing instruction to the server unit; the server unit, according to the publishing instruction, generating a current commodity and saving the same as a commodity data; the renting end electronic device transmitting a rental instruction to the server unit, wherein the rental instruction is related to one of the commodity data; and the server unit, according to the rental instruction, generating a current order related to one of the commodity data and saving the same as the order data. Accordingly, the rental party can publish the venue to be rented in the cloud for convenient rental of the venue.

Description

Site rental management method

The invention relates to a venue rental management method, in particular to a venue rental management method using cloud technology.

In the market where the venue is rented, the venue owner rents out the venues owned by the host to host parties such as wedding banquets, tail teeth, product presentations, or seminars. Since the lease management is complicated and cumbersome, how to develop a new management platform to assist the lessor and the renter to complete the rental process more conveniently becomes the subject of further discussion of the present invention.

Accordingly, it is an object of the present invention to provide a venue rental management method.

Therefore, the venue rental management method of the present invention is implemented by a rental electronic device, a leased electronic device and a server unit, wherein the server unit stores a database containing multiple product materials and multiple orders. The method includes: the rental electronic device transmitting a posting instruction to the server unit, the publishing instruction comprising at least one site identification data, a location data, a rentable date, a rentable time, a suitable activity type, a maximum capacity, a billing method, a field device information, and a meal supply data; when the server unit receives the posting instruction, the server unit generates a current item according to the posting instruction and stores the item as the item data. The current product includes the at least one piece of identification information of the posting instruction, the location information, the leasable date, the hiring time, the suitable activity type, the maximum capacity, the charging method, the venue equipment information, and The meal supply information; the renter electronic device transmits a query command to the server unit The query instruction includes at least one of a location condition, a date condition, a time condition, an activity type condition, a number of conditions, a fee condition, a device condition, and a meal supply condition; when the server unit receives The query unit generates a query result according to the query instruction and the order data, and transmits the query result to the rented electronic device, wherein the query result is consistent with the commodity data of the database. The querying instruction; the renter electronic device transmits a renting instruction to the server unit, the renting instruction is related to one of the commodity materials; and when the server unit receives the renting instruction, the server unit is configured according to the server unit The renting instruction generates a current order related to the one of the product materials, and the current order includes the (identification) site identification data of the one of the commodity materials, the location information of the one of the commodity materials, a rental date of the leasable date that meets one of the commodity materials, one of which meets one of the The rental time of the hiring time of the product data, the type of the rental activity of the suitable activity type that conforms to the one of the product materials, the number of users who meet the maximum capacity of the one of the product materials, and one of the products that meet the one of the goods a rental fee for the billing method of the data, a rented device data of the venue equipment data conforming to the one of the merchandise materials, and a meal ordering material of the meal supply data conforming to the one of the merchandise materials, and the current The date of the order and the time of the lease and the same (the) site identification information in the remaining order information in the database and the (identical) site identification data (one of the) of the current order The rental date and the rental time of each of the parties do not overlap.

In some implementations, the listing instruction further includes a length of time for finishing the site, the current product further includes the length of the site finishing time of the posting instruction, and each order data further includes a time occupied by the site, and the time occupied by the site The start time is the start time of the lease time of the order data, and the end time of the venue occupation time is the time after the end time of the venue finishing time of the lease time of the order material, the lease of the current order The date and the occupied time of the venue and the order information in the database containing the same (the same) venue identification information as the current order (the one) The date of the lease for each and the time taken by the venue do not overlap.

In some implementations, the listing instruction further includes a length of the field preparation time, the current item further includes the length of the site preparation time of the listing instruction, and the starting time of the site occupation time is the rental time of the order material. The start time is earlier than the length of the venue preparation time.

In some implementations, the method for managing the venue rental further includes: after the server unit generates the current order, the server unit determines the remaining product data except the product information related to the current order in the database. Each of the product materials as a product to be judged meets a predetermined new condition, and if so, the server unit generates an automatically added product according to the item to be determined and the current order and stores the item as the item data.

The predetermined new condition includes that the site identification data of the commodity to be determined is the same as the site identification data of the current order, and the rental date of the current order falls within the leasable date of the commodity to be determined, and the Determining the hiring time of the commodity at least partially overlaps with the venue occupancy time of the current order, and the time system data of the commodity to be judged is a time slot rental system.

The time system data of the automatically added item is a one-time rental system, and the leasable date of the automatically added item is the same as the rental date of the current order, and the rentable item of the automatically added item is The time is the time remaining after the overlap time of the item to be judged, and the overlap time includes the time when the rentable time of the item to be judged overlaps with the time occupied by the place of the current order, and is earlier than the current time The time at which the site of the order takes up the length of the site finishing time of the item to be judged or the time of the site preparation time of the item to be judged that is later than the time occupied by the site of the current order.

In some implementations, the cost per unit time of the charging method of the automatically added commodity is generated by the server unit according to the charging manner of the commodity to be determined and the rentable time.

In some implementations, the method is implemented by a plurality of rental electronic devices, each of the rental electronic devices corresponding to a lessor identification data, and the listing instruction transmitted by the rental electronic device further includes the corresponding rental party Identifying the data, the current item generated by the server unit according to the listing instruction further includes the lessor identification data of the listing instruction, the method further comprising: the server unit generating a field according to the commodity data of the database a list, the site list comprising a plurality of site identification materials that are different from each other and from the product materials; and the server unit for the venues of the site list based on the order materials of the database and the product materials Determining, for each of the site identification data of the target site data, determining the leasable date of the (e) commodity data including the target site data and whether there is a low occupancy rate date and a low in the leasable time The occupancy rate time, if yes, the server unit according to the order data of the database and the product data The (other) end of the rental product information to the electronic device to identify the information corresponding to the lessor Reports generated a low occupancy rate related to the date and time of the low occupancy rate and transmitted to the site containing the target data.

In some implementations, the method is implemented by a plurality of renter-side electronic devices, each of the renter-side electronic devices corresponding to a renter industry category, the server unit being generated according to the renting instruction from the renter-side electronic device The current order further includes the renter industry category corresponding to the renter electronic device, and the market analysis report relates to the rent date and the lease time and the low occupancy rate date and the low of the order information in the database. The leaser's industry category of the order information corresponding to the occupancy rate time.

In some implementations, the market analysis report relates to the rental date and the lease time in the order data in the database, and the low occupancy rate date and the low occupancy rate time, and the location data includes the The location data of the (or) commodity data of the target venue data is located in the hirer industry category of the (etc.) order material of the same predetermined geographic area.

In some implementations, the listing instruction transmitted by the rental electronic device to the server unit further includes a field type, and the current item generated by the server unit according to the posting instruction further includes the site type, and each order The data also includes the type of the site in which the commodity data is associated, the market analysis report relating to the rental date in the order data in the database and the rental time being consistent with the low occupancy rate date and the low occupancy rate time and The type of the venue is the same as the type of the venue of the (the) commodity data of the target venue material.

In some implementations, the method is implemented by a plurality of renter-side electronic devices, each of the renter-side electronic devices corresponding to a renter identification data, the server unit being generated according to the renting instruction from the renter-side electronic device The current order further includes the renter identification data corresponding to the renter electronic device, and the current date as the date of the order, the method further comprising: the server unit generating corresponding correspondence according to the order materials in the database a plurality of preferred subscription dates and a plurality of preferred venue rental dates corresponding to the tenant identification data corresponding to the rented electronic devices, wherein each preferred subscription date is the server unit according to the inclusion in the database The subscription date of the (etc.) order data corresponding to the hirer identification data is generated, and each preferred venue rental date is the server unit according to the database containing the corresponding hirer identification data. (s) the date of the order of the order data is generated; and when the server unit determines that the current date meets the preference date In one of the above, the server unit generates a piece of recommended information according to the (etc.) order data of the rented party identification data corresponding to the one of the preferred subscription dates, and transmits the recommended information to the one of the preferences. The rented electronic device corresponding to the hirer identification data corresponding to the date of the subscription.

In some implementations, the listing instruction transmitted by the rental electronic device to the server unit further includes a field type, and the current item generated by the server unit according to the posting instruction further includes the venue type of the posting instruction. Each order data further includes the site type of the related product data, and the step of generating, by the server unit, the site recommendation information comprises: the server unit corresponding to the subscription date according to the one of the database The (other) order data of the renter identification data generates at least one of a preferred venue type, a preferred price, a preferred activity type, and a preferred region, wherein the preferred venue type is the server unit based on the data The site type is generated by the library containing the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates, and the preference price is that the server unit includes the one of the preferences according to the database. The rental fee of the (etc.) order material corresponding to the hirer identification data corresponding to the date of the order is generated, The preferred activity type is that the server unit generates the subscription activity type according to the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates in the database, and the preferred area is the server. The unit generates, according to the location data of the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates; and the server unit according to the commodity data of the database, The preferred site rental date, the preferred venue type, the preferred price, the preferred activity type, and the preferred region generate the venue recommendation information, wherein the venue recommendation information includes the commodity information of the database Part of which is the product information of the plurality of recommended products, the leasable date of each recommended item is consistent with the preferred venue rental date, and the type of the venue for each recommended item, the billing method, the suitable type of activity, and the location At least one of the data meets the preferred venue type, the preferred price, and the preferred activity type The preferences area.

In some implementations, the method is implemented by a plurality of leased-side electronic devices, each of the rented-end electronic devices corresponding to a renter identification data, each order data further including a payment term and an indication of payment or unpaid The payment status, the database of the server unit further includes a plurality of candidate orders, the method further comprising: one of the rented electronic devices transmitting a candidate instruction to the server unit, the candidate instruction being related to the database One of the product materials and one of the order materials of the database; when the server unit receives the candidate command, the server unit generates a candidate data according to the candidate command and stores the candidate data as the candidate order The candidate order includes the (identification) site identification material of the one of the commodity materials, the location information of the one of the commodity materials, the rental date of the leasable date that meets the one of the commodity materials, and one of the The rental time of the hiring time of the commodity data, the rental activity of the suitable activity type that meets one of the commodity materials a type, a number of users who meet the maximum capacity of the one of the product materials, a rental fee for the billing method that satisfies the one of the merchandise materials, and a rented device information of the equipment information of the venue that meets one of the merchandise materials a meal ordering material corresponding to the meal supply information of the one of the commodity materials, and the renter identification data corresponding to the one of the rented electronic devices; when the server unit determines that the current date exceeds the database If the payment status of the one of the order materials is unpaid, the server unit generates a plurality of the waiting orders corresponding to the one of the order materials respectively. The risk assessment value; and the server unit transmits a candidate success notification to the renter electronic device corresponding to the renter identification data of the candidate order corresponding to the lowest of the risk assessment values.

In some implementations, the server unit is a rented-end transaction order corresponding to the hirer identification data of each candidate order based on a leased-side rental frequency of the hirer identification data corresponding to each candidate order. The quantity, the average consumption amount of the renter of the renter identification data corresponding to each candidate order, the rental end of the renter identification data corresponding to each candidate order, the average score, and the corresponding score for each candidate order Each one or more order similarities of the hirer identification data, a cancellation probability associated with the candidate order, and an activity type evaluation associated with the candidate order generate at least one of each risk assessment value.

The renting frequency of the renter is the same (the) order data of the tenant identification data in the database and the renter identification data of the candidate order, and the number of the (waiting) candidate orders divided by the candidate The length of an account used by the hirer's identification data of the order, and the renting frequency of the renter is negatively correlated with the risk assessment value.

Wherein, each order data further includes a transaction result indicating a transaction or an unfilled transaction, the rented order quantity of the leased party is the same as the hirer identification data of the candidate order in the database, and the transaction result indication is The quantity of the (and other) order materials that were sold, and the amount of the ordered order at the leased end was negatively correlated with the risk assessment value.

The average consumption amount of the renter is the sum of the rented party's identification data in the database and the renter's identification data of the candidate order, and the transaction result indicates the sum of the rented fee of the order data of the transaction (divided) The renter identification data in the database is the same as the renter identification data of the candidate order, and the transaction result indicates the number of the order data of the transaction, and the average consumption amount of the renter is negative with the risk assessment value. Related.

Wherein, each order data further includes a rental end to the rating number, and the rental end gives the rating average score that the renter identification data in the database is the same as the renter identification data of the candidate order and the transaction result indicates the transaction The sum of the number of scores of the rental data of the (equal) order data divided by the (identified) order data of the renter identification data in the database and the hire party identification data of the candidate order, and the transaction result indicating the transaction The number of the rating and the average rating of the rental end is negatively correlated with the risk assessment value.

Wherein, each order similarity is related to the order data of the order data and one of the remaining candidate orders in the database as a similar order or the similarity between the candidate order and the candidate order, the renter of the similar order The identification data is the same as the hirer identification data of the candidate order, and the rental date and the rental time of the similar order are the same as the rental date and the rental time of the candidate order, and each order similarity is positive with the risk assessment value. Related.

The cancellation probability is a probability value corresponding to the type of the rental activity of the candidate order, and the probability value is the same as the rental activity type of the candidate order in the database, and the transaction result indicates that the transaction is not completed. The number of the (and other) order materials, divided by the number of the order information in the database that is the same as the type of the rental activity of the candidate order, and the cancellation probability is positive with the risk assessment value. Related.

Wherein, each order data further includes a number of ratings for the rented end, the activity type is evaluated as the site identification data corresponding to the candidate order and an evaluation value of the type of the rented activity, the evaluation value is related to the rating in the database The site identification data and the type of the rental activity are the same as the site identification data of the candidate order and the same type of the rental activity, and the number of the rating is given by the renter, and the activity type evaluation and the risk evaluation value are negative. Related.

In some implementations, the method is implemented by a plurality of renter-side electronic devices, each of the rent-side electronic devices corresponding to a renter identification data, and the listing instruction transmitted by the rental-side electronic device to the server unit further includes a bidding setting or a non-bidding bid setting, the current merchandise generated by the server unit according to the posting instruction further includes the bid setting of the posting instruction and the date of the labeling, the data of the server unit The library further includes a plurality of bidding orders, the method further comprising: one of the tenant electronic devices transmitting a bidding instruction to the server unit, the bidding instruction being related to one of the merchandise materials of the database, the method The bidding setting of the one of the commodity materials indicates the bidding; when the server unit receives the bidding instruction, the server unit generates a bidding data according to the bidding instruction and stores the bidding order, and the bidding order includes the one of the merchandise materials. The (identification) site identification material, the location information of the one of the commodity materials, and one of the commodities The rental date of the leasable date, the rental time of the leasable time that meets one of the commodity materials, the type of rental activity of the suitable activity type that meets one of the commodity materials, and one of the commodity data that meets the one of the commodity types The number of users of the maximum capacity, the rental fee of the billing method that meets one of the merchandise materials, the rented equipment information of the equipment equipment of the venue that meets one of the merchandise materials, and one of the merchandise materials that meet the merchandise information a meal ordering material of the meal supply data, the renter identification data corresponding to the rented electronic device, and a land occupation time, the start time of the site occupation time is longer than the lease time of the bid order The start time is earlier than the length of the site preparation time, and the end time of the site occupation time is a time later than the end time of the rental time of the bidding order; the server unit determines that the current date meets The server unit generates multiple orders for the date of the settlement of one of the product materials And each order combination includes one or more bidding orders that do not overlap each other and the time occupied by the venue and are related to the one of the merchandise materials; the server unit generates for each bidding order of the order combination a profit estimate corresponding to the bid order; the server unit generates a plurality of profit estimation total values respectively corresponding to the order combinations, and each profit estimate total value corresponds to the (equal) bid order of the order combination Corresponding to the sum of the profit estimates; and the server unit transmitting a winning notification to the (other) renter identification data of the (equal) bidding order of the order combination corresponding to the highest of the total profit estimates Corresponding to the rented electronic device.

In some implementations, the server unit is based on the rental fee for each bidding order, a cancellation probability associated with each bidding order, and at least one of a potential purchase ratio associated with each bidding order. , generating each profit estimate.

The rental fee for each bid order is positively correlated with the corresponding profit estimate.

Wherein, each order data further includes a transaction result indicating a transaction or an unsuccessful transaction, the cancellation probability being a probability value corresponding to the type of the rental activity of the bidding order, the probability value being the type of the rental activity in the database and The number of the rented activities of the bid order is the same and the result of the transaction indicates the number of the unordered order materials, divided by the type of the rented activity in the database and the same type of the rental activity of the bidding order (etc. The number of order materials, and the probability of cancellation is inversely related to the profit estimate.

The lease fee for each order data includes a purchase purchase fee, and the potential purchase ratio is a proportional value of the type of the rent activity corresponding to the bid order, and the ratio is the type of the rent activity in the database. The sum of the purchase fee of the rental fee of the order materials of the same type of the rental activity of the bidding order, divided by the same type of the rental activity type in the database and the type of the rental activity of the bidding order The sum of the rental fees for the data, and the potential purchase ratio is positively correlated with the profit estimate.

In some implementations, the database of the server unit further includes a plurality of predetermined plan materials, each of the predetermined plan materials includes a billing method, a field device data, and a meal supply data, and the method further includes: The rental electronic device transmits a program request to the server unit, the solution request includes a suitable activity type, a maximum capacity, a rentable date, and a rentable time; when the server unit receives the program request, The server unit transmits, according to the solution request, the (scheduled) plan information in the predetermined plan data that meets the request of the plan to the renter electronic device; the renter electronic device selects the (etc.) requesting the plan request One of the predetermined plan materials as the target plan; and the rental end electronic device according to at least one site identification data, a location data, the suitable activity type requested by the program, the maximum capacity, and the leasable date And the rentable time, and the billing method of the target scheme, the equipment information of the venue, and the Food supply data, produced as the publication of a directive published data.

The effect of the invention is that the lessor can publish the venue and related information to be rented in the cloud, and the renter can screen out the qualified venues in the cloud, and the renter can conveniently rent the venue through the cloud.

Referring to FIG. 1, an embodiment of a venue rental management method of the present invention is implemented by a plurality of rental electronic devices 1, a plurality of leased electronic devices 2, and a server unit 3. The server unit 3 communicates with the rental electronic devices 1 and the rented electronic devices 2 via a communication network. Each of the rental electronic devices 1 is operated by a lessor and corresponds to a lessor identification data (for example, an account number of the lessor to the server unit 3), the lessor identification data is the lessor via the rental side This is generated when the electronic device 1 registers with the server unit 3. Each rented-end electronic device 2 is operated by a renter and corresponds to a renter identification data (for example, an account number of the renter to log in to the server unit 3) and a renter industry category (for example, insurance, financial industry, etc.) The renter identification data and the hirer industry category are generated when the renter registers with the server unit 3 via the renter electronic device 2. Each of the rental electronic devices 1 and the rented electronic devices 2 is, for example, a smart phone, but not limited thereto, each of the rental electronic devices 1 and the rented electronic devices 2 One can also be, for example, a desktop computer, a laptop computer or a tablet computer. The server unit 3 stores a database, which includes a plurality of product materials, a plurality of order materials, a plurality of candidate orders, a plurality of bidding orders, and a plurality of predetermined plan materials.

Referring to Figures 1 and 2, the steps of a listing procedure of the venue rental management method of the present invention will be described below. First, as shown in step S01, one of the rental electronic devices 1 transmits a posting instruction corresponding to at least one field to the server unit 3 according to the operation of the lessor, the posting instruction includes at least one field identification data. (such as XX Hotel Room A, or XX Hotel Room A and Hall B), a location information (such as the address of XX Hotel), a rentable date (such as Monday to Friday), and a rentable time (for example, 8:00) Up to 12 o'clock), one suitable for the type of activity (such as internal training, meetings, briefings, wedding banquets, banquets, dinners, tails), a maximum capacity (for example, 200 people), a billing method (for example, in hours) Fees, billing by number of people, billing by table, sub-charging, daily billing, self-paying items, and related amounts, etc.), equipment information (such as projector, notebook, projector pen), one meal Food supply information (such as Chinese food, afternoon tea), length of time for a site, length of a field preparation, time system information, type of land (such as a restaurant, conference center), one of the rental electronic 1 is set corresponding to the lessor of the identification data, indicating a bid or a bid and the bid is set dated junction. The length of the site finishing time represents the length of time required for the site to be cleaned, sorted, cleaned, and restored after use, for example, 30 minutes. The length of the site preparation time represents the length of time required to prepare the site for the site before use, for example 30 minutes. The time system information is, for example, a time slot rental system or a one-time time rental system, in which the rental system represents the time of the rental cannot be divided, that is, the complete rentable time. The unit time rental system represents the time of rental and can be calculated in a minimum unit time (for example, an hour), for example, 8 to 12 points can be optionally 1 hour (for example, 9 to 10) and 2 hours (for example, 9 to 11). , 3 hours (for example, 9 to 12) or 4 hours (for example, 8 to 12).

Next, as shown in step S02, when the server unit 3 receives the posting instruction, the server unit 3 generates a current item according to the posting instruction and stores it as the product item, and the current item includes the at least the listing instruction. a site identification data, the location information, the leasable date, the hiring time, the suitable activity type, the maximum capacity, the charging method, the site equipment information, the meal supply information, and the venue finishing time The length of the venue preparation time, the time system information, the type of the venue, the rental party identification data corresponding to the one of the rental electronic devices 1, the bid setting, and the date of the settlement. With the listing process, the lessor can publish the venues and related information to be rented in the cloud.

Referring to Figures 1 and 3, the steps of a field inquiry procedure of the site rental management method of the present invention will be described below. First, as shown in step S11, one of the tenant electronic devices 2 transmits a query command to the server unit 3 according to the operation of the renter, the query command includes a location condition (eg, a letter area), a date Conditions (eg March 5), one-time conditions (eg 8:00 to 12:00), an activity type condition (eg internal training, meetings, briefings, wedding receptions, banquets, dinners, tails), number of conditions At least one of (for example, 200 people), a fee condition (for example, 8,000 yuan to 10,000 yuan), a device condition (for example, a projector), and a meal supply condition (for example, a Chinese meal).

Then, as shown in step S12, when the server unit 3 receives the query command, the server unit 3 generates a query result according to the query instruction and the order data, and the query result is related to the database. Those who meet the query in the product data.

Finally, as shown in step S13, the server unit 3 transmits the query result to the one of the rented electronic devices 2, and the one of the rented electronic devices 2 displays the query result, and then the renter views the query. result. With the site enquiry process, the hirers can screen out eligible venues in the cloud.

Referring to Figures 1 and 4, the steps of a rental procedure of the venue rental management method of the present invention will be described below. First, as shown in step S21, one of the tenant electronic devices 2 transmits a rent instruction to the server unit 3 according to the operation of the renter, the rent instruction being related to one of the commodity materials.

Then, as shown in step S22, when the server unit 3 receives the renting instruction, the server unit 3 generates a current order related to the one of the product materials according to the renting instruction and stores it as the order data, the current The order includes the (identification) site identification information of the one of the commodity materials, the location information of the one of the commodity materials, the rental date of the leasable date that meets the one of the commodity materials, and the compliance with the one of the commodity materials. The rental time of the hiring time, the type of the rental activity of the suitable activity type that matches the one of the product materials, the number of users who meet the maximum capacity of the one of the product materials, and the number of the ones that meet the one of the product materials The rental fee of the billing method, the rented equipment information of the equipment information of the venue that meets one of the commodity materials, the meal ordering data of the meal supply data that meets one of the commodity materials, the occupation time of a site, and the a rented-end electronic device 2 corresponding to the renter industry category, the venue category of the one of the commodity materials , as the current date of the order date, a payment term, the renter identification data corresponding to the one of the rented electronic devices 2, a payment status indicating payment or unpaid, a transaction result indicating an unpaid transaction, or a transaction result The rental end gives the number of ratings, and the rental side gives the number of ratings. The rating of the rental party represents the rating of the lessor to the lessor after the transaction, and the rating of the rental party represents the rating of the lessor to the lessor after the transaction. The rental fee for each order data includes an additional purchase fee (for example, the cost of additional refreshments).

The start time of the venue occupancy time is the time before the start time of the lease time of the order data is the length of the venue preparation time, and the end time of the venue occupation time is the end time of the lease time compared to the order material. It was late for the length of time for the venue. For example, if the lease time of the order material is 13:00 to 16:00, and the site preparation time is 30 minutes, and the site finishing time is 1 hour, the site occupancy time is 12 Point 30 minutes to 17:00.

The rental date of the current order and the time occupied by the venue and the same (information) site identification data of the remaining order information in the database and the site identification information (one of the site) of the current order (etc.) The date of the lease of each of the order materials and the time taken by the venue do not overlap. That is to say, the foregoing steps exclude the case of repeated renting on the same date and time of the same site. For example, if the site identification information of the current order is XX Hotel Room A and Hall B, the rental date of the current order and the time occupied by the site and the site identification information in the remaining order materials are XX Hotel Room A. Or the date of the lease of the (and other) order materials of the XX Hotel B Hall and the occupied time of the venue do not overlap.

Then, as shown in step S23, after the server unit 3 generates the current order, the server unit 3 determines that each of the remaining product materials except the product data related to the current order in the database is determined as a pending one. Whether the product data of the product meets a predetermined new condition, if yes, step S24 is performed, and if not, the flow ends. Steps S23 (and S24) will continue to be repeated until each of the remaining product materials is judged.

The predetermined new condition includes that the site identification information of the commodity to be judged is the same as the site identification data of the current order, and the rental date of the current order falls within the leasable date of the commodity to be determined, and the commodity to be judged The rentable time at least partially overlaps with the venue occupancy time of the current order, and the time system data of the item to be judged is the time slot rental system.

In step S24, when the server unit 3 determines that the item to be determined meets the predetermined new condition, the server unit 3 generates an automatically added item according to the item to be determined and the current order, and stores the item as the item data.

The site identification data of the automatically added product is the same as the site identification data of the product to be determined, and the time system data of the automatically added product is the rental system of the unit time, and the rentable item of the automatically added product The date is the same as the rental date of the current order, and the rentable time of the automatically added item is the time remaining after the overlap time of the to-be-determined item, the overlap time includes the item to be judged The time when the hiring time overlaps with the venue occupancy time of the current order, the time of the site finishing time of the item to be judged earlier than the time occupied by the current order, or the site occupancy of the current order The time of the venue preparation time of the commodity to be judged by time.

For example, suppose the site identification information of the current order is XX Hotel A, the rental date of the current order is March 5, and the site occupancy time of the current order is 10:00 to 14:00. And the venue identification information of the commodity to be judged is XX Hotel A hall, the leasable date of the commodity to be judged is March, and the leasable time of the commodity to be judged is 8:00 to 11:00, The time system data of the commodity to be judged is the rental system for the time period, and the time of the venue finishing time of the commodity to be judged is 30 minutes.

The site identification data of the item to be judged is the same as the site identification data of the current order (all are the XX Hotel A hall), and the rental date of the current order falls within the leasable date of the item to be judged ( The March 5 sunset is in March), the hiring time of the item to be judged at least partially overlaps with the time occupied by the site of the current order (between 10:00 and 11:00), and the commodity to be judged The time system data is rented for the time period, so the item to be judged meets the predetermined new condition, and the server unit 3 generates the automatically added item.

The site identification data of the automatically added product is the same as the site identification data of the to-be-determined product (both are the XX Hotel A hall), and the time system data of the automatically added product is the rental system of the unit time, and the The leasable date of the automatically added item is the same as the rental date of the current order (both March 5th), and the leasable time of the automatically added item is the leasable time of the item to be determined (8) Point 00 to 11:00) the time remaining after an overlap time, the overlap time including the time when the rentable time of the item to be judged overlaps with the time occupied by the current order (10:00 to 11) Point 00 points overlap), the time (9:30 to 10:00) of the site finishing time of the item to be judged earlier than the time occupied by the venue of the current order, therefore, the automatic new item Available for rent from 8:00 to 9:30.

Give another example. This example is similar to the previous example except that the leasable time of the item to be judged is from 13:00 to 16:00, and the time of the site preparation time of the item to be judged is 30 minutes. And the quotable time of the automatically added item is the time remaining after the overlapping time of the refusable time (13:00 to 16:00) of the item to be determined, the overlapping time including the item to be judged The time at which the rentable time overlaps with the venue occupancy time of the current order (13:00 to 14:00), and the venue preparation time of the item to be judged later than the venue occupancy time of the current order The length of time (14:00 to 14:30), therefore, the rentable time for the automatically added item is 14:30 to 16:00.

In addition, a cost per unit time of the charging method of the automatically added item is generated by the server unit 3 according to the charging method of the item to be determined and the rentable time. For example, if the hirable time of the item to be judged is from 13:00 to 16:00 and the fee is 3,000 yuan, the cost per unit time of the charging method of the automatically added item is 1000 per hour. yuan.

With the rental program, the renters can conveniently rent the venue through the cloud, and the server unit 3 can automatically generate the automatically added goods to improve the usage rate of the venue.

Referring to Figures 1 and 5, the steps of a market analysis program for the venue rental management method of the present invention will be described below. First, as shown in step S31, the server unit 3 generates a field list based on the product materials of the database, and the site list includes a plurality of site identification materials that are different from each other and are from the product materials.

Then, as shown in step S32, the server unit 3 identifies each of the site identification materials of the site list as a target site data according to the order materials of the database and the commodity materials. The data, the leasable date of the (including) commodity data including the target site data, and the low rental rate date and a low occupancy rate time in the hiring time, and if yes, performing step S33 and step S34, If no, the process ends. Step S32 (and S33, S34) will continue to repeat until the server unit 3 processes each of the venue identification materials of the venue list.

The low occupancy rate date and the low occupancy rate time means that, at the low occupancy rate date and the low occupancy rate time, the occupancy rate of the field corresponding to the target venue data is lower than a threshold. For example, if the threshold is 50%, and the venue corresponding to the target site data, only a certain time period (for example, 8:00 am to 12:00) in a specific date (for example, 30 days) is rented out only. In the day, the occupancy rate (10%) for the specific time period is lower than the threshold value (50%), and the specific date belongs to the low occupancy rate date, and the specific time period belongs to the low occupancy rate time.

Step S33 is that the server unit 3 generates a market analysis report related to the low occupancy rate date and the low occupancy rate time according to the order data of the database and the commodity data. In this embodiment, the market analysis report relates to the lease date and the lease time in the order data in the database, and the low occupancy rate date and the low occupancy rate time, and the location data includes the target The location data of the (or) commodity data of the venue material is located in the hirer industry category of the (etc.) order material of the same predetermined geographic area. In this way, the lessor can know the time period of the low occupancy rate of the venue and the industry category of the renter who rents the same area for the corresponding time period for the purpose of formulating the improvement plan and setting the advertising object.

In another embodiment, the market analysis report is related to the rental date and the lease time in the order data in the database, the time of the low occupancy rate and the low occupancy rate time, and the venue type and inclusion The site type of the item information of the target site material is the same as the landlord industry category of the order information of the (etc.) order material. In this way, the lessor can know the time period of the low occupancy rate of the venue and the industry category of the hirer who rents the venue of the same venue type for the purpose of formulating the improvement plan and setting the advertising object.

Step S34 is that the server unit 3 transmits the market analysis report to the rental electronic device 1 corresponding to the lessor identification data of the (the) commodity data of the target site data, and the rental electronic device 1 is provided to the rental electronic device 1 The market analysis report is displayed.

Referring to Figures 1 and 6, the following describes the steps of a recommended procedure for the venue rental management method of the present invention. First, as shown in step S41, the server unit 3 generates a plurality of preferred subscription dates corresponding to the tenant identification data corresponding to the rented electronic devices 2 according to the order materials in the database. And multiple preferred venue rental dates. Each preferred subscription date is generated by the server unit 3 based on the subscription date of the (etc.) order material in the database containing the corresponding rental party identification data. Each preferred venue rental date is generated by the server unit 3 based on the rental date of the (etc.) order material in the database containing the corresponding hirer identification data.

Next, as shown in step S42, the server unit 3 determines whether the current date meets one of the preferred subscription dates, and if so, proceeds to step S43, and if not, proceeds to step S42 again.

Step S43, the server unit 3 generates a preferred venue type, a preference price, and a preference activity according to the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates. Type and a preferred area. The preferred venue type is that the server unit 3 generates the venue type according to the (etc.) order material of the renter identification data corresponding to the one of the preferred subscription dates. The preference price is generated by the server unit 3 according to the rental fee of the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates in the database. The preferred activity type is that the server unit 3 generates the rented activity type according to the (etc.) order material of the renter identification data corresponding to the one of the preferred subscription dates in the database. The preferred area is generated by the server unit 3 according to the location data of the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates in the database.

Then, as shown in step S44, the server unit 3 generates a product according to the product data of the database, the preferred venue rental date, and the preferred venue type, the preferred price, the preferred activity type, and the preferred region. Site recommendation information. The site recommendation material includes part of the product data of the database as the commodity data of the plurality of recommended commodities, and the leasable date of each recommended commodity matches the preferred venue rental date, and the site type of each recommended commodity The billing method, the suitable activity type, and the location data respectively meet the preferred venue type, the preferred price, the preferred activity type, and the preferred region.

Then, as shown in step S45, the server unit 3 transmits the site recommendation data to the renter electronic device 2 corresponding to the renter identification data corresponding to the one of the preferred subscription dates, for the renter electronic device 2 Display the site recommendation information. Step S42 is performed again after the execution of step S45.

With the recommendation procedure, the server unit 3 can automatically recommend the venue to the renter according to the preferences of each renter, thereby providing personalized recommendation information for each renter, while also stimulating the renter's consumption. For example, if a renter is accustomed to renting a venue for May in the online order in March, the server unit 3 will provide the recommended information of the venue to the renter in March each year, and the recommended products included in the recommended information of the venue. Meet the preferences of the hirer.

Referring to Figures 1 and 7, the following describes the steps of an alternate rental procedure for the venue rental management method of the present invention. First, as shown in step S51, one of the rented electronic devices 2 transmits a candidate command to the server unit 3 according to the operation of the renter, the candidate command being related to one of the commodity materials of the database. And one of the order materials of the database.

Next, as shown in step S52, when the server unit 3 receives the candidate command, the server unit 3 generates a candidate data according to the candidate command and stores it as the candidate order, and the candidate order includes the one of the product materials. The (identification) site identification information, the location information of the one of the commodity materials, the rental date of the leasable date in conformity with the one of the commodity materials, the rental time of the leasable time in accordance with the one of the commodity materials, a type of rental activity of the suitable activity type that meets one of the product materials, a number of users who meet the maximum capacity of the one of the product materials, a rental fee for the charging method that meets one of the product materials, and one Information on the rented equipment of the equipment information of the site in accordance with the one of the commodity materials, meal ordering information of the meal supply information in accordance with the one of the commodity materials, and the renter corresponding to the one of the rented electronic devices 2 Identify the data.

With this alternate rental program, the hires can alternate the venues that have been rented by other renters.

Referring to Figures 1 and 8, the following describes the steps of a deferred procedure of the venue rental management method of the present invention. First, as shown in step S61, the server unit 3 determines whether the current date exceeds the payment term of one of the order materials, and whether the payment status of the one of the order materials is unpaid, and if so, steps are performed. S62, if no, the process ends.

Step S62 is: when the server unit 3 determines that the current date exceeds the payment term of one of the order materials of the database, and the payment status of the one of the order materials is unpaid, the server unit 3 generates A plurality of risk assessment values respectively corresponding to the waiting order associated with the one of the order materials.

The server unit 3 is a rented terminal renting frequency according to the renter identification data corresponding to each candidate order, a rented terminal order quantity corresponding to the renter identification data of each candidate order, and one corresponding to each The average consumption amount of the renter of the renter identification data of an alternate order, the rental end of the renter identification data corresponding to each candidate order, the average score, and the hirer identification data corresponding to each candidate order One or more order similarities, a cancellation probability associated with the alternate order, and at least one of an activity type evaluation associated with the alternate order, each risk assessment value is generated.

The renting frequency of the renter is the same (the) order data of the renter identification data in the database and the renter identification data of the candidate order, and the number of the (waiting) candidate orders divided by the candidate order. The length of the account usage time of the renter identification data, and the leased party lease frequency is negatively correlated with the risk assessment value (the higher the rental frequency of the leased end, the lower the risk assessment value). For example, suppose the renter identification data of the candidate order is XYZ, and the number of the (equal) order data and the (etc.) candidate order of the renter identification data is XYZ is 30, and corresponds to the candidate The length of the account used by the hirer's identification data of the order is 3 years, and the leased frequency of the leased party is 30 times divided by 3 years, which is equal to 10 times per year.

The rented order quantity of the rented party is the same as the renter identification data of the candidate order in the database, and the transaction result indicates the quantity of the order data of the transaction, and the rented order quantity of the rented end It is negatively correlated with the risk assessment value (the higher the order volume of the leased end, the lower the risk assessment value). For example, if the renter identification data of the candidate order is XYZ, the renter identification data is XYZ, and the transaction result indicates that the quantity of the order data of the transaction is 20, the rent order quantity of the rented side is equal to 20 pen.

The average consumption amount of the renter is the sum of the rented party's identification data in the database and the renter's identification data of the candidate order, and the transaction result indicates the total of the rented fee of the order data of the transaction, divided by the data. The renter identification data in the library is the same as the renter identification data of the candidate order, and the transaction result indicates the number of the order data of the transaction, and the average consumption amount of the renter is negatively correlated with the risk assessment value ( The higher the average consumption amount of the renter, the lower the risk assessment value). For example, if the renter identification data of the candidate order is XYZ, the renter identification data is XYZ, and the number of the order materials indicating the transaction is 3, and the rental fees are 15000 yuan respectively. 20,000 yuan and 25,000 yuan (the sum is 60,000 yuan), the average consumption amount of the rented side is 60,000 yuan divided by 3, equal to 20,000 yuan each.

The rental end gives the average score as the sum of the number of ratings of the renter in the database that is the same as the hirer identification data of the candidate order and the transaction result indicates the order data of the transaction. Dividing the number of the order information in the database in which the renter identification data is the same as the renter identification data of the candidate order and the transaction result indicates the transaction, and the rental party gives the average score and the risk assessment The value is negatively correlated (the higher the average score for the rental end, the lower the risk assessment value). For example, if the renter identification data of the candidate order is XYZ, the renter identification data is XYZ, and the number of the order materials indicating the transaction is 3, and the number of the rating ends is For 3.5 points, 4 points and 4.5 points (the sum is 12 points), the average rating of the rental end is 12 points divided by 3, equal to 4 points each.

Each order similarity is related to the order data of the order data and one of the remaining candidate orders in the database as a similar order or the similarity between the candidate order and the candidate order, the hirer identification data of the similar order The tenant identification information of the candidate order is the same and the rental date and the rental time of the similar order are the same as the rental date and the rental time of the candidate order. Each order similarity is positively correlated with the risk assessment value (the higher the order similarity, the higher the risk assessment value).

The cancellation probability is a probability value corresponding to the type of the rental activity of the candidate order, the probability value is the same in the database, the type of the rental activity is the same as the type of the rental activity of the candidate order, and the transaction result indicates that the transaction is not completed. (etc.) the number of order materials, divided by the number of the order information in the database that is the same as the type of the rental activity of the candidate order, and the probability of cancellation is positively correlated with the risk assessment value ( The higher the probability of cancellation, the higher the risk assessment value). For example, if the type of the rental activity of the candidate order is the end of the spring wine, the number of the order materials in the database whose type of the rental activity is the tail tooth spring wine is 100, and the type of the rent activity in the database is If the number of such orders is 30, the probability of cancellation (corresponding to the probability of the tail wine) is 30 divided by 100, equal to 30%.

The activity type is evaluated as the site identification data corresponding to the candidate order and an evaluation value of the type of the rental activity, the evaluation value is related to the site identification data in the database and the type of the rental activity and the venue of the candidate order The identification data and the rented end of the order data of the same type of the rental activity are given a score, and the activity type evaluation is negatively correlated with the risk evaluation value (the higher the activity type evaluation, the lower the risk evaluation value) ). For example, if the venue identification information of the candidate order is XX Hotel A, the type of the rental activity of the candidate order is the tail tooth spring wine, and the site identification information in the database is XX Hotel A hall and the type of the rental activity The number of such order materials for the tail tooth spring wine is 3, and the site identification information is XX Hotel A hall and the number of the rented end of the order information of the order type is the tail tooth spring wine. For 3.5 points, 4.5 points and 4 points respectively, the activity type evaluation (corresponding to the evaluation value of XX Hotel A Hall and Tail Spring Wine) is (3.5 points + 4.5 points + 4 points) divided by 3, equal to 4 points. .

Finally, as shown in step S63, the server unit 3 transmits a candidate success notification to the renter electronic device 2 corresponding to the renter identification data of the candidate order corresponding to the lowest of the risk assessment values, for the The renter electronic device 2 displays the candidate success notification.

With the replenishment procedure, the candidate order that can be effectively replenished successfully reoccurs again.

Referring to Figures 1 and 9, the following describes the steps of a bidding process for the venue rental management method of the present invention. First, as shown in step S71, one of the tenant electronic devices 2 transmits a bidding instruction to the server unit 3 according to the operation of the renter, and the bidding instruction is related to one of the commodity materials of the database. The bid setting of one of the commodity materials indicates the bidding.

Then, as shown in step S72, when the server unit 3 receives the bidding instruction, the server unit 3 generates a bidding data according to the bidding instruction and stores it as the bidding order, and the bidding order includes the one of the merchandise materials. The (identification) site identification information, the location information of the one of the commodity materials, the rental date of the leasable date in conformity with the one of the commodity materials, the rental time of the leasable time in accordance with the one of the commodity materials, a type of rental activity of the suitable activity type that meets one of the product materials, a number of users who meet the maximum capacity of the one of the product materials, a rental fee for the charging method that meets one of the product materials, and one The rented equipment information of the equipment information of the site that meets one of the commodity materials, the meal ordering data of the meal supply data that meets one of the commodity materials, and the hirer identification corresponding to the one of the rented electronic devices 2 Information, and the time taken by one place. The start time of the site occupation time is the time of the site preparation time earlier than the start time of the rental time of the bidding order, and the end time of the site occupation time is the end time of the rental time of the bidding order. It was late for the length of time for the venue.

With the bidding process, the hirers can bid for the venues where the lessor opens the bid.

Referring to Figures 1 and 10, the steps of a labeling procedure of the venue rental management method of the present invention will be described below. First, as shown in step S81, the server unit 3 determines whether the current date meets the date of the binding of one of the product data, and if so, proceeds to step S82, and if not, the flow ends.

Then, as shown in step S82, when the server unit 3 determines that the current date meets the date of the completion of one of the product materials, the server unit 3 generates a plurality of order combinations, each order combination including one or A plurality of bidding orders and the venue occupancy time do not overlap each other and are related to the bidding order of the one of the merchandise materials. For example, the rentable time of the one of the commodity materials is from 8:00 to 16:00, and the renting time of the two bidding orders of one order combination is 9:00 to 12:00 and 14 respectively. From 00 to 17:00, the lease time for a single bid order for another order combination is from 9:00 to 16:00.

Next, as shown in step S83, the server unit 3 generates a profit estimate corresponding to the bid order for each bid order of the order combination.

In this embodiment, the server unit 3 is based on the rental fee for each bidding order, the cancellation probability associated with each bidding order, and at least one of the potential purchase ratios associated with each bidding order. , generating each profit estimate.

The rental fee for each bid order is positively correlated with the corresponding profit estimate.

The cancellation probability is the probability value of the rental activity type corresponding to the bidding order in the database, the probability value is the same as the rental activity type of the bidding activity type and the transaction result indicates that the transaction is not completed. The number of the order materials, divided by the number of the order information in the database that is the same as the type of the rental activity of the bidding order, and the cancellation probability is negatively correlated with the profit estimate. .

The potential purchase ratio is a proportional value of the type of the rental activity corresponding to the bidding order, and the ratio value is the same as the order information of the rental activity type of the auction order in the database. The sum of the purchase fee of the rented fee, divided by the sum of the rented expenses of the order information in the database and the same type of the rented activity of the bidding order, and the potential purchase ratio and the The profit estimates are positively correlated. For example, if the type of the rental activity of the bidding order is a briefing session, the number of the ordering materials in the database is 3, and the rental fee of the 3 order materials is The sum is 30,000 yuan, and the sum of the purchase cost of the three rental materials is 4,500 yuan, then the potential purchase ratio is 4,500 yuan divided by 30,000 yuan, equal to 15%.

Then, as shown in step S84, the server unit 3 generates a plurality of profit estimation total values respectively corresponding to the order combinations, and each profit estimation total value corresponds to the (equal) bid order corresponding to the order combination. The sum of the profit estimates.

Finally, as shown in step S85, the server unit 3 transmits a (not) renter identification data of the (equal) bidding order of the order combination corresponding to the highest one of the profit estimation totals. Corresponding to the rented electronic device 2.

Through the benchmarking procedure, the profits obtained by the lessor from the bidding result can be effectively improved.

Referring to Fig. 1 and Fig. 11, the steps of a publication data generating program of the site rental management method of the present invention will be described below. First, as shown in step S91, one of the rental electronic devices 1 transmits a program request to the server unit 3 according to the operation of the lessor, the solution requesting a suitable activity type input by the lessor, Maximum occupancy, one leasable date and one leasable time.

Then, as shown in step S92, when the server unit 3 receives the program request, the server unit 3 transmits, according to the plan request, the (scheduled) plan information corresponding to the plan request in the predetermined plan materials. The rental end electronic device 1. Each predetermined plan information includes a billing method, a field device information, and a meal supply data. Next, as shown in step S93, the rental electronic device 1 selects one of the (scheduled) plan materials that meets the plan request as the target plan information according to the operation of the renter. Finally, as shown in step S94, the rental electronic device 1 identifies at least one field identification data input by the lessor, a location data input by the lessor, the suitable activity type requested by the scheme, the maximum capacity, and the The leasable date and the hiring time, and the billing method of the target scheme, the equipment information of the venue and the meal supply information, generate a publication material as the publication instruction.

With the publication data generation program, the lessor does not need to manually input all the contents of the publication instruction, and some of the content can be completed through the selected target scheme, thereby improving the convenience of the rental party.

In summary, the method for managing the venue rental of the present invention, by the foregoing procedures, the lessor can publish the venues and related information to be rented in the cloud; the hirers can screen out the qualified venues in the cloud; The renter can conveniently rent the venue through the cloud, and the server unit 3 can automatically generate the automatically added goods to improve the usage rate of the venue; the lessor can know the time period of the low occupancy rate of the venue, and the corresponding time period There is an industrial category of the renter who rents the venue/same venue type of the same area for the proposed improvement plan and the advertisement target; the server unit 3 can automatically recommend the venue according to the preferences of each renter. The leasing party, which provides personalized information for each leasing party, and stimulates the leasing party's consumption; the leasing party can wait for the venue that has been rented by other leasing parties, and can effectively repay the successful candidate order. The probability of unsuccessful recurrence occurs; the hirers can bid for the venues where the lessor opens the bid and can effectively improve the The profit obtained by the party from the result of the bidding; the lessor does not need to manually input all the contents of the order, and part of the content can be completed through the selected target scheme, thereby improving the convenience of the publication of the lessor, so that the invention can be achieved. purpose.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the simple equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still Within the scope of the invention patent.

1‧‧‧ Rental electronic device

2‧‧‧ rented electronic devices

3‧‧‧Server unit

S01, S02‧‧‧ steps

S11~S13‧‧‧Steps

S21~S24‧‧‧Steps

S31~S34‧‧‧Steps

S41~S45‧‧‧Steps

S51, S52‧‧‧ steps

S61~S63‧‧‧Steps

S71, S72‧‧‧ steps

S81~S85‧‧‧Steps

S91~S94‧‧‧Steps

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a schematic diagram of a hardware connection relationship of an embodiment of the site rental management method of the present invention; A flowchart of an example illustrates a listing procedure; FIG. 3 is a flowchart of the embodiment, illustrating a field query procedure; FIG. 4 is a flowchart of the embodiment, illustrating a rental procedure; FIG. Figure 1 is a flow chart of the embodiment, illustrating a recommended procedure; Figure 7 is a flow chart of the embodiment, illustrating a candidate rental program; Figure 8 is an embodiment of the present invention; FIG. 9 is a flowchart of the embodiment, illustrating a bidding rental program; FIG. 10 is a flowchart of the embodiment, illustrating a labeling procedure; and FIG. 11 is the implementation A flow chart of an example illustrates a publication data generation program.

Claims (16)

A site rental management method is implemented by a rental electronic device, a rental electronic device and a server unit. The server unit stores a database, and the database includes a plurality of product materials and a plurality of order materials. The method comprises: the rental electronic device transmitting a posting instruction to the server unit, the publishing instruction comprising at least one site identification data, a location data, a rentable date, a rentable time, a suitable activity type, and a maximum occupancy a number of persons, a billing method, a field device information, and a meal supply data; when the server unit receives the posting instruction, the server unit generates a current item according to the posting instruction and stores the item as the item data, the current The item includes the at least one piece of identification information of the listing instruction, the location information, the leasable date, the hiring time, the suitable activity type, the maximum capacity, the charging method, the venue equipment information, and the meal Supply data; the renter electronic device transmits a query command to the server unit, the check The instruction includes at least one of a location condition, a date condition, a time condition, an activity type condition, a number of conditions, a fee condition, a device condition, and a meal supply condition; when the server unit receives the query The server unit generates a query result according to the query instruction and the order data, and transmits the query result to the rented electronic device, wherein the query result is related to the query in the product data of the database. The renter electronic device transmits a renting instruction to the server unit, the renting instruction being related to one of the commodity materials; and when the server unit receives the renting instruction, the server unit is based on the renting The command generates a current order related to the one of the product materials and stores the order data, the current order includes the (identification) site identification data of the one of the commodity materials, the location information of the one of the commodity materials, and a matching The rental date of the detachable date of one of the commodity materials, one of which meets one of the commodities The rental time of the rentable time, the type of rental activity of the suitable activity type that meets one of the product materials, the number of users who meet the maximum capacity of the one of the product materials, and one of the product information The rental fee of the charging method, the rented equipment data of the equipment equipment information of the one of the commodity materials, and the meal ordering information of the meal supply data meeting the one of the commodity materials, and the current order The lease date and the lease time are the same as the (and the same) site identification information of the current order information in the remaining order information in the database. The rental date and the rental time of each of them do not overlap. The method for managing a venue rental according to claim 1, wherein the listing instruction further comprises a length of time for finishing the site, the current commodity further comprising the length of the venue finishing time of the posting instruction, and each order data further comprises a time occupied by the site. The start time of the venue occupation time is the start time of the lease time of the order data, and the end time of the venue occupation time is later than the end time of the lease time of the order material. The rental date of the current order and the time occupied by the venue and the remaining order information in the database containing the same (or the same) site identification information as the current order (the one) The date of the lease of each of the (and other) order materials and the time taken by the venue do not overlap. The site rental management method according to claim 2, wherein the listing instruction further includes a length of a site preparation time, the current commodity further including a length of the site preparation time of the publication instruction, and a start time of the site occupation time is The start time of the lease time of the order material is earlier than the length of the venue preparation time. The method for managing a site rental according to claim 3, further comprising: after the server unit generates the current order, the server unit determines, for each of the remaining commodity materials except the product data related to the current order in the database. Whether the product data as a commodity to be judged meets a predetermined new condition, and if so, the server unit generates an automatically added product according to the to-be-determined product and the current order and stores the product as the product data; The scheduled new condition includes the site identification information of the commodity to be judged being the same as the site identification data of the current order, and the rental date of the current order falls within the leasable date of the commodity to be determined, and the commodity to be judged is The rentable time is at least partially overlapped with the occupied time of the current order, and the time system data of the commodity to be judged is a time slot rental system; wherein the time system information of the automatically added commodity is one unit time rental And the leasable date of the automatically added item is the same as the rental date of the current order, and The hiring time of the automatically added item is the time remaining after the lag time of the item to be determined is deducted by an overlap time, the overlap time including the hiring time of the item to be judged and the site occupation of the current order The time when the time overlaps, the time of the site finishing time of the item to be judged earlier than the time occupied by the site of the current order or the site preparation time of the item to be judged later than the time occupied by the site of the current order time. The method for managing a site rental according to claim 4, wherein the cost per unit time of the charging method of the automatically added item is the charging method of the server unit according to the item to be determined and the rentable time. produce. The method for managing a site rental according to claim 1, wherein the method is implemented by a plurality of rental electronic devices, each of the rental electronic devices corresponding to a lessor identification data, and the posting instruction transmitted by the rental electronic device And the corresponding party identification data is further included, the current item generated by the server unit according to the listing instruction further includes the lessor identification data of the listing instruction, the method further comprising: the server unit according to the database The product data generates a list of sites, the site list comprising a plurality of site identification materials that are different from each other and from the product materials; and the server unit is configured according to the order materials of the database and the product materials Determining, for each of the site identification materials of the site list, the site identification data of the target site data, determining whether the refractory date of the (e) commodity data including the target site material and the hiring time exist a low occupancy rate date and a low occupancy rate time, if so, the server unit is based on the database The single data and the commodity data are generated by a market analysis report relating to the low occupancy rate date and the low occupancy rate time and transmitted to the lessor identification data of the (the) commodity data including the target site material The rental end electronic device. The method for managing a site rental according to claim 6, wherein the method is implemented by a plurality of renter electronic devices, each of the rented electronic devices corresponding to a renter industry category, the server unit being based on the electronic from the renter The current order generated by the renting instruction of the device further includes the renter industry category corresponding to the renter electronic device, and the market analysis report relates to the rent date and the lease time in the order data in the database. The low occupancy rate date and the low occupancy rate time of the tenant industry category of the (etc.) order material. The site rental management method of claim 7, wherein the market analysis report is related to the rental date and the lease time in the order data in the database, and the low occupancy rate date and the low occupancy rate time are consistent with And the location information and the location data of the (or) commodity data including the target venue material are located in the renter industry category of the (etc.) order material in the same predetermined geographic area. The site rental management method of claim 7, wherein the listing instruction transmitted by the rental electronic device to the server unit further includes a field type, and the current item generated by the server unit according to the posting instruction further includes For the type of the site, each order information also includes the type of the site in which the product information is related, the market analysis report is related to the rental date and the rental time and the low occupancy rate date in the order information in the database. The renter industry category of the order data of the (same) type of the venue type that is the same as the venue type of the item data of the target venue material. The method for managing a site rental according to claim 1, wherein the method is implemented by a plurality of renter electronic devices, each of the rented electronic devices corresponding to a renter identification data, and the server unit is based on the electronic data from the renter The current order generated by the renting instruction of the device further includes the renter identification data corresponding to the renter electronic device, and the current date as the date of the subscription, the method further comprising: the server unit according to the database And waiting for the order data to generate a plurality of preferred subscription dates and a plurality of preferred venue rental dates respectively corresponding to the tenant identification data corresponding to the rented electronic devices, wherein each preferred subscription date is the server unit According to the subscription date of the (etc.) order data in the database that includes the corresponding hire party identification data, each preferred venue rental date is that the server unit includes a corresponding one according to the database. The rental date of the (etc.) order material of the hirer identification data is generated; and when the server unit determines the current date And satisfying one of the preference booking dates, the server unit generates a site recommendation information according to the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates in the database, And transmitting to the rented electronic device corresponding to the renter identification data corresponding to the one of the preferred subscription dates. The site rental management method of claim 10, wherein the listing instruction transmitted by the rental electronic device to the server unit further includes a field type, and the current item generated by the server unit according to the posting instruction further includes The site type of the listing instruction, each order material further includes the site type of the related commodity data, and the step of generating, by the server unit, the site recommendation information comprises: the server unit includes the base according to the database And the (a) order data corresponding to the renter identification data corresponding to the subscription date, generating at least one of a preferred venue type, a preference price, a preferred activity type, and a preferred region, wherein the preferred venue type is The server unit generates the venue type according to the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates in the database, the preference price being the server unit according to the database The (equal) order capital of the renter identification material corresponding to the one of the preferred subscription dates The renting fee is generated, and the preferred activity type is generated by the server unit according to the type of the rental activity of the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates in the database. The preferred area is generated by the server unit according to the location data of the (etc.) order data of the renter identification data corresponding to the one of the preferred subscription dates; and the server unit is based on the data The site recommendation information is generated by the library of the commodity information, the preferred venue rental date, and the preference venue type, the preference price, the preferred activity type, and the preferred region, wherein the venue recommendation material includes the Some of the commodity materials of the database are used as commodity data of a plurality of recommended commodities, and the leasable date of each recommended commodity is consistent with the preferred venue rental date, and the site type of each recommended commodity, the charging method, At least one of the suitable activity type and the location information respectively meets the preferred venue type, the bias Price, the preference for the type of activity and the location of interest. The method for managing a site rental according to claim 1, wherein the method is implemented by a plurality of renter electronic devices, each of the rented electronic devices corresponding to a renter identification data, and each order data further includes a payment term and The database of the server unit further includes a plurality of candidate orders, the method further comprising: transmitting, by the one of the tenant electronic devices, a candidate command to the server unit, The candidate instruction is related to one of the product materials of the database and one of the order materials of the database; when the server unit receives the candidate instruction, the server unit generates a candidate according to the candidate instruction. And storing the data as the candidate order, the candidate order including the (identification) site identification material of the one of the commodity materials, the location information of the one of the commodity materials, and the rentable date of the one of the commodity materials The date, the rental time of the leasable time in conformity with the one of the commodity materials, and the compliance with the one of the commodity materials a type of rental activity suitable for the type of activity, a number of users of the highest capacity that meets one of the product materials, a rental fee for the billing method that conforms to one of the merchandise materials, and a venue that meets one of the merchandise materials The rented equipment data of the equipment data, the meal ordering data of the meal supply data corresponding to the one of the commodity materials, and the renter identification data corresponding to the one of the rented electronic devices; when the server unit determines the current If the date exceeds the payment term of one of the order materials of the database, and the payment status of the one of the order materials is unpaid, the server unit generates a plurality of corresponding data corresponding to the one of the orders respectively. The risk assessment value of the waiting order; and the server unit transmits a candidate success notification to the renter electronic device corresponding to the renter identification data of the candidate order corresponding to the lowest of the risk assessment values. The site rental management method according to claim 12, wherein the server unit is a renter rental frequency corresponding to the renter identification data corresponding to each candidate order, and the renter identification corresponding to each candidate order a rented order quantity of the data, an average consumption amount of the renter of the renter identification data corresponding to each candidate order, a rental end of the renter identification data corresponding to each candidate order, an average score, Corresponding to one or more order similarities of the hirer identification data of each candidate order, a cancellation probability associated with the candidate order, and an activity type evaluation related to the candidate order, at least one of each a risk assessment value; wherein the leased party lease frequency is the number of the order data and the number of the candidate orders corresponding to the hirer identification data of the candidate order in the database An account usage length corresponding to the hirer identification data of the candidate order, and the leased party lease frequency and the risk assessment Negative correlation; wherein each order data further includes a transaction result indicating a transaction or an unfilled transaction, the rented order quantity of the leased party is the same as the hirer identification data of the candidate order in the database and The transaction result indicates the quantity of the (equal) order data of the transaction, and the rented order quantity of the rented end is negatively correlated with the risk assessment value; wherein the average consumption amount of the rented end is the identification data of the renter in the database and The renter identification data of the candidate order is the same and the transaction result indicates the sum of the rented fee of the order data of the transaction, divided by the renter identification data in the database and the renter identification data of the candidate order The same and the transaction result indicates the number of the (equal) order materials, and the average consumption amount of the renter is negatively correlated with the risk assessment value; wherein each order data further includes a rental end to the number of ratings, the rental The average rating of the rating is that the renter identification data in the database is the same as the renter identification data of the candidate order and the The result of the easy-to-result indicates the sum of the number of scores of the order data of the (equal) order data divided by the renter identification data in the database and the renter identification data of the candidate order, and the transaction result indicates the transaction (etc.) the number of order materials, and the rating of the rating is negatively correlated with the risk assessment value; wherein each order similarity is related to one of the order materials in the database and the remaining candidate orders as one The order data of the similar order or the similarity of the candidate order and the candidate order, the renter identification data of the similar order is the same as the renter identification data of the candidate order, and the rental date and the lease time of the similar order The same as the lease date and the lease time of the candidate order, each order similarity is positively correlated with the risk assessment value; wherein the cancellation probability is a probability value corresponding to the rented activity type of the candidate order, the probability The value of the lease activity type in the database is the same as the lease activity type of the candidate order and the transaction result indication The number of the order data of the transaction, divided by the number of the order information in the database that is the same as the type of the rental activity of the candidate order, and the cancellation probability and the risk assessment value Positively correlated; wherein each order data further includes a rented number for the rented end, the activity type is evaluated as the site identification data corresponding to the candidate order and an evaluation value of the type of the rented activity, the evaluation value is related to the data The site identification data in the library and the type of the rental activity and the site identification data of the candidate order and the same type of the rental activity are the number of the rating of the rented terminal, and the activity type evaluation and the risk assessment The values are negatively correlated. The method for managing a site rental according to claim 3, wherein the method is implemented by a plurality of renter electronic devices, each of the rented electronic devices corresponding to a renter identification data, and the rental electronic device transmits the same to the server The listing instruction of the unit further includes a bidding setting indicating a bidding or non-bidding and a date of the closing, and the current item generated by the server unit according to the posting instruction further includes the bid setting of the posting instruction and the date of the labeling, The database of the server unit further includes a plurality of bidding orders, the method further comprising: one of the tenant electronic devices transmitting a bidding instruction to the server unit, the bidding instruction being related to the database In the product data, the bid setting of the one of the commodity materials indicates the bidding; when the server unit receives the bidding instruction, the server unit generates a bidding data according to the bidding instruction and stores the bidding order as the bidding order, the bidding The order includes the (identification) site identification information of the one of the commodity materials, and the location information of the one of the commodity materials a rental date of the leasable date in conformity with the one of the commodity materials, a rental time of the leasable time in accordance with the one of the commodity materials, a type of rental activity of the suitable activity type in accordance with the one of the commodity materials, a number of users who meet the maximum capacity of the one of the product materials, a rental fee for the billing method that satisfies the one of the merchandise materials, and a rented device information of the equipment information of the venue that meets one of the merchandise materials, a meal ordering material corresponding to the meal supply information of the one of the commodity materials, the renter identification data corresponding to the rented electronic device, and a land occupation time, the start time of the site occupation time is compared with the bidding The start time of the lease time of the order is earlier than the length of the venue preparation time, and the end time of the venue occupation time is the time of the finishing time of the venue later than the end time of the lease time of the bidding order; The server unit determines that the current date meets the date of the settlement of one of the commodity materials, then the The server unit generates a plurality of order combinations, each order combination including one or more bidding orders that do not overlap each other and the site occupancy time and are related to the one of the product materials; the server unit is configured for the order Each bid order generates a profit estimate corresponding to the bid order; the server unit generates a plurality of profit estimation total values respectively corresponding to the order combinations, and each profit estimate total value corresponds to the order combination The sum of the profit estimates corresponding to the (equal) bidding order; and the server unit transmitting the winning bid to the (or the same) bidding order of the order combination corresponding to the highest of the total profit estimates (etc.) the renter electronic device corresponding to the renter identification data. The site rental management method according to claim 14, wherein the server unit is the rental fee according to each bidding order, a cancellation probability associated with each bidding order, and a potential related to each bidding order. At least one of the purchase ratios generates each profit estimate; wherein the rented fee for each bid order is positively correlated with the corresponding profit estimate; wherein each order data further includes an indication of a deal or an unfilled a transaction result, the cancellation probability is a probability value corresponding to the type of the rental activity of the bidding order, the probability value is the same in the database, the type of the rental activity is the same as the type of the rental activity of the bidding order, and the transaction result indication is not The number of the order data of the transaction, divided by the number of the order information in the database that is the same as the type of the rental activity of the bidding order, and the cancellation probability and the profit estimate Negative correlation; wherein the rental fee for each order material includes a plus purchase fee, and the potential purchase ratio corresponds to the competition a proportional value of the type of the rental activity of the order, the ratio being the sum of the purchase cost of the rental fee of the order information of the order activity type of the auction order in the database. Dividing the sum of the rental fees of the order materials in the database with the same type of the rental activity of the bidding order, and the potential purchase ratio is positively correlated with the profit estimate. The site rental management method according to claim 1, wherein the database of the server unit further includes a plurality of predetermined plan materials, each of the predetermined plan materials including a billing method, a field device data, and a meal supply. The method further includes: the rental electronic device transmitting a solution request to the server unit, the solution request including a suitable activity type, a maximum capacity, a rentable date, and a rentable time; when the server Receiving, by the unit, the solution request, the server unit transmits, according to the solution request, the (scheduled) plan information that meets the request of the plan in the predetermined plan data to the rental electronic device; the rental electronic device selects the The predetermined information of the (scheduled) plan information requested by the plan as one of the target plan materials; and the rental end electronic device according to at least one site identification data, a place information, the type of the suitable activity requested by the plan, the highest Capacity, the leasable date and the hiring time, and the billing for the target program Type, device information and the site of the meals supply data, produced as the publication of a directive published data.