TWM527133U - Transportation type based life function display processing device - Google Patents

Description

Life function display processing equipment based on vehicle category Set

The present disclosure relates to a display processing device, and more particularly to a life function display processing device based on a vehicle category.

According to the survey of purchase intentions, the public is concerned about the convenience of living around the home. The life function requirements that the homebuyers will consider include: proximity to the consumer shopping district, adjacent park green space, proximity to the MRT/high-speed rail/station. Housing objects with good living functions can increase the convenience of living for homeowners.

Nowadays, the Internet is popular, so people are accustomed to searching the Internet for the information they want. For the supply of real estate objects, some real estate object providers will present the photos, layout and housing information of the objects on the website. Some real estate object providers use maps to present life functions such as school districts and hospitals around the object.

Some real estate electronic devices integrate and display real estate object/service information and/or life function information and/or geographic image information. The life function information includes text and/or pictures and/or logos and/or multimedia files. Those who want to buy a house hope to get more specific content of life function information.

However, it generally presents the living functions of real estate objects. The news only uses distance as the benchmark, but ignores people when they go out. It does not necessarily only choose to walk, and often uses various means of transportation. In other words, for example, driving to a large store in 5 minutes is actually acceptable. Almost no one will walk to the big store to buy and carry a lot of daily necessities. However, it can be reached in 5 minutes by car, but it may take more than 4 kilometers and 40 minutes to walk, so that the traditional way of presenting life will never appear in the vicinity of hypermarkets.

In order to solve the problem caused by simply displaying the peripheral living functions by distance, it is an object of the present disclosure to provide a living function display processing device based on a vehicle category. A living function display processing device based on a vehicle category includes a database, a communication module, and a processing module. The communication module receives the first request message and the second request message from the client device, and transmits a second map data block and a third map data block to the client device. The processing module calculates the specific real estate based on the moving rate data of the selected vehicle of the first request message, the second geographic location of the specific real estate object, and the plurality of first geographic locations of the plurality of living function object materials And a plurality of arrival time or a plurality of arrival distances between the object and the plurality of living functional objects, and screening the plurality of living function object data corresponding to the neighboring threshold value, thereby generating the second map data block representing a second map . The second map is a map in which the plurality of icons are respectively displayed on the plurality of marked positions on the map, and the plurality of icons respectively indicate the plurality of living function objects.

10‧‧‧Life function system

111, 112, 113, 114‧‧‧ living function objects

111A, 112A, 113A, 114A‧‧‧ Quantitative life function attributes

111P, 112P, 113P, 114P‧‧‧ first geographical location

121‧‧‧Additional functional objects

121A‧‧‧Additional quantified living function properties

121P‧‧‧Additional first location

131‧‧‧Recommended living function objects

131A‧‧‧Recommendation of quantitative life function attributes

131P‧‧‧Recommended first location

15‧‧‧Special real estate objects

15P‧‧‧First location of real estate

20‧‧‧Display system

21‧‧‧Data processing device

211‧‧‧Database unit

212‧‧‧Processing module

2121‧‧‧Search components

2122‧‧‧Map Generator Component

2123‧‧‧Recommended components

213‧‧‧Communication Module

22‧‧‧Client device

221‧‧‧ Display screen

26‧‧‧Database

28‧‧‧Life function display processing device based on vehicle category

31‧‧‧Network

91‧‧‧Users

D111, D112, D113, D114‧‧‧ Living function object data

D111A, D112A, D113A, D114A‧‧‧ Quantitative life function attribute data unit

D111A1, D112A1, D113A1, D114A1‧‧‧ attribute words

D111A2, D112A2, D113A2, D114A2‧‧‧ quantity string

D111A3, D112A3, D113A3, D114A3‧‧‧Measurement unit words

D111H, D112H, D113H, D114H‧‧‧ Object category indicator

D111P, D112P, D113P, D114P‧‧‧Location Information

D121‧‧‧Additional functional data

D121A‧‧‧Additional Quantification of Life Function Attributes Data Unit

D121A1‧‧‧Additional attribute words

D121A2‧‧‧Extra number string

D121A3‧‧‧Additional Unit of Measure Words

D121H‧‧‧Additional Life Function Category Indicator

D121P‧‧‧Additional location information

D131‧‧‧Recommended living function data

D131A‧‧‧Recommended Quantitative Life Function Attributes Data Unit

D131A1‧‧‧Recommended attribute words

D131A2‧‧‧Recommended quantity string

D131A3‧‧‧Recommended unit of measurement words

D131H‧‧‧Recommended object category indicator

D131P‧‧‧Recommended location information

D15‧‧ Real estate data unit

D15H‧‧ Real estate category indicator

D15P‧‧‧Real Estate Location Information

D1A‧‧‧Quantitative Living Function Attributes Data Unit

D5‧‧‧ Geographic Information

D51‧‧‧ icon data

D52‧‧‧Map data block

D53‧‧‧Second map data block

D54‧‧‧ Third map data block

D55‧‧‧4th map data block

D61‧‧‧Life function attribute image data block

D62‧‧‧Life function attribute image data block

DA1‧‧‧First Life Function Object Information

DHA1, DHA2‧‧‧Life function category indicator

DL1‧‧‧ specific distance value

EA1, EA2, EA3, EA4‧‧‧ Life Function Candidate Category Project

EL1, EL2, EL3, EL4‧‧‧ candidate distance items

H111, H112, H113, H114‧‧‧ object category

HA1, HA2‧‧‧ living function category

HB1‧‧‧Additional Living Function Category

HC1‧‧‧Recommended living function category

HD1‧‧‧Real Estate Category

K111, K112, K113, K114‧‧‧ icons

K121‧‧‧ icon

KA2‧‧‧ second icon

KA3‧‧‧ third icon

KB3‧‧‧ third icon

KA4‧‧‧ fourth icon

L1‧‧‧Specific distance

Map of M1‧‧

M111P, M112P, M113P, M114P‧‧‧ marked location

M121P‧‧‧Additional marking position

M131P‧‧‧ recommended marking position

M15P‧‧‧Real Estate Marking Location

M2‧‧‧ second map

M3‧‧‧ third map

Fourth map of M4‧‧

M5‧‧‧ fifth map

MA1‧‧‧ first marked position

MA2‧‧‧Second marked position

MA3‧‧‧ third marked position

MA4‧‧‧ fourth marked position

MA5‧‧‧ fifth marking position

MR1‧‧‧Specific map area

Q1‧‧‧Optional icon

R1‧‧‧Specific geographic area

S11‧‧‧First request message

S12‧‧‧second request message

S13‧‧‧ Third request message

S14‧‧‧ Fourth Request Message

U1‧‧‧ screen

The disclosure is further understood by the following detailed description of the drawings: FIG. 1 is a schematic diagram of a display system in various embodiments of the present disclosure.

Figure 2 is a schematic illustration of a living function system in various embodiments of the present disclosure.

Figure 3: Schematic diagram of a database in Figure 1.

Figure 4 is a schematic illustration of a map in various embodiments of the present disclosure.

Figure 5 is a schematic illustration of a second map in various embodiments of the present disclosure.

Figure 6 is a schematic illustration of a third map in various embodiments of the present disclosure.

Figure 7 is a schematic illustration of a screen on a display screen in various embodiments of the present disclosure.

Figure 8: The second map in Figure 5 is further presented with a schematic diagram of a fourth map formed.

Figure 9 is a schematic illustration of a fifth map M5 in various embodiments of the present disclosure.

Please refer to Figure 1, Figure 2 and Figure 3. 1 is a schematic illustration of a display system 20 in various embodiments of the present disclosure. 2 is a schematic diagram of a living function system 10 in various embodiments of the present disclosure. Figure 3 is a block diagram showing the structure of a database 26 in Figure 1. As shown in FIG. 1, the display system 20 includes a data processing device 21 and a coupling A client device 22 is incorporated in the data processing device 21. The data processing device 21 includes a database unit 211, a processing module 212 coupled to the data unit 211, and a communication module 213 coupled to the processing module 212. The database unit 211 includes the database 26. The client device 22 includes a display screen 221. For example, the communication module 213 and the client device 22 have a network 31 between them, and the network 31 is coupled therebetween.

As shown in FIG. 2, the living function system 10 includes a plurality of living function items 111, 112, 113, and 114. For example, the living function system 10 may further include at least one additional living function item 121, a recommended living function item 131, and a specific real estate item 15. The plurality of living function objects 111, 112, 113, and 114 respectively have a plurality of quantized living function attributes 111A, 112A, 113A, and 114A, and a plurality of first geographic locations 111P, 112P, 113P, and 114P. The additional living function item 121 has an additional quantified living function attribute 121A and an additional first geographic location 121P. The recommended lifestyle function 131 has a recommended quantified living function attribute 131A and a recommended first geographic location 131P. The particular real estate object 15 has a first location 15P of real estate.

The plurality of living functional objects 111, 112, 113, and 114 belong to a plurality of object categories H111, H112, H113, and H114, respectively, and each of the plurality of object categories H111, H112, H113, and H114 is a plurality of living function categories HA1. One of them with HA2. The additional living function item 121 belongs to an additional living function category HB1 which is different from any one of the plurality of living function categories HA1 and HA2. The recommended living function object 121 belongs to a recommended living machine Can class HC1. This particular real estate item 15 belongs to a real estate category HD1.

For example, the plurality of living function categories HA1 and HA2 are a hospital category and a store category, respectively, and the additional living function category HB1 is a restaurant category. For example, the two living function items 112 and 113 belong to the hospital category and the store category, respectively, such that the quantified living function attribute 112A of the living function item 112 and the quantified living function attribute 113A of the living function item 113 are respectively a hospital. Number of departments and number of store items.

In some embodiments, the living function system 10 further includes a particular geographic area R1. The particular geographic area R1 is centered on the particular real estate item 15 and has a specific distance L1 centered on the particular real estate item 15. This particular distance L1 indicates the particular geographic area R1 associated with the particular real estate item 15. For example, when the recommended living function item 131 is located in the specific geographical area R1, the recommended living function category HC1 is different from any one of the plurality of living function categories HA1 and HA2.

As shown in FIG. 1 and FIG. 3, the database 26 includes a plurality of vehicles, geographic information D5, and a plurality of living function object data D111 indicating the plurality of living function objects 111, 112, 113, and 114, respectively. D112, D113, and D114, and may further include at least one additional living function object data D121 indicating the at least one additional living function object 121, and may further include a recommended living function object data D131 indicating the recommended living function object 131, and possibly more A real estate data unit D15 representing the particular real estate item 15 is included. Multiple vehicles have moving speed Rate information, such as a car 50 kilometers per hour, a locomotive 30 kilometers per hour, a bicycle 15 kilometers per hour, and an electric car 20 kilometers per hour.

In FIG. 3, the plurality of living function object data D111, D112, D113 and D114 respectively comprise a first plurality of position information D111P, D112P, D113P representing the plurality of first geographical positions 111P, 112P, 113P and 114P. D114P, a plurality of object class indicators D111H, D112H, D113H, and D114H indicating the plurality of object categories H111, H112, H113, and H114, respectively, and plural numbers respectively representing the plurality of quantized living function attributes 111A, 112A, 113A, and 114A. Quantitative life function attribute data units D111A, D112A, D113A and D114A.

The additional living function item data D121 includes an additional location information D121P representing the additional first geographic location 121P, an additional living function category indicator D121H indicating the additional living function category HB1, and an additional quantified living function attribute 121A indicating the additional living function attribute 121A. An additional quantified living function attribute data unit D121A. The recommended living function item data D131 includes a recommended location information D131P representing the recommended first geographic location 131P, a recommended object category indicator D131H indicating the recommended living function category HC1, and a representative indicating the recommended quantitative living function attribute 131A. It is recommended to quantify the life function attribute data unit D131A. The real estate data unit D15 includes a real estate location information D15P representing the first geographic location 15P of the real estate, and a real estate category indicator D15H indicating the real estate category HD1.

As shown in FIGS. 2 and 3, the plurality of quantized living function attributes 111A, 112A, 113A, and 114A in FIG. 2 are respectively A plurality of attribute words D111A1, D112A1, D113A1, and D114A1 are represented, and are respectively quantized to form a plurality of numbers respectively corresponding to the plurality of quantized life function attributes 111A, 112A, 113A, and 114A, and respectively corresponding to the plurality of quantization A plurality of units of measure of life function attributes 111A, 112A, 113A, and 114A.

The plurality of quantified living function attribute data units D111A, D112A, D113A and D114A respectively comprise the plurality of attribute words D111A1, D112A1, D113A1 and D114A1, respectively corresponding to the plurality of number of plural number strings D111A2, D112A2, D113A2 and D114A2, and a plurality of unit of measure words D111A3, D112A3, D113A3, and D114A3 respectively corresponding to the plurality of units of measurement. The additional quantified living function attribute data unit D121A includes an additional attribute word D121A1, an extra quantity string D121A2 and an additional unit of measure word D121A3. The recommended quantitative life function attribute data unit D131A includes a recommended attribute word D131A1, a recommended quantity string D131A2, and a recommended unit of measure word D131A3.

For example, the quantified living function attributes 112A and 113A are the same as the number of hospital departments and the number of store items, respectively, so that the attribute word D112A1, the quantity string D112A2, and the unit of measure word D112A3 are the same as "the number of hospitals in a certain hospital is "," "10" and "section", and the attribute word D113A1, the quantity string D113A2, and the unit of measure word D113A3 are the same as "the number of items in a certain store", "6000", and "piece".

Please refer to Figures 3 and 4. Figure 4 is in the disclosure A schematic diagram of a map M1 in various embodiments. The geographic information D5 includes an icon data D51 representing a first icon, and a map data block D52 representing the map M1. The map M1 has a plurality of marked positions M111P, M112P, M113P, and M114P corresponding to the plurality of pieces of position information D111P, D112P, D113P, and D114P, respectively. For example, the map M1 further has an additional marked position M121P corresponding to the additional location information D121P, the recommended location information D131P and the real estate location information D15P, a recommended marked location M131P and a real estate marking location M15P.

In FIG. 1, the communication module 213 receives a first request message S11 and a second request message S12 from a user 91, and a second map data block D53 and a third map data block. D54 is transmitted to the client device 22. The first request message S11 includes one of a plurality of vehicles, an adjacent threshold value (time or distance), and a plurality of living function category indicators DHA1 and DHA2 of the plurality of living function categories HA1 and HA2.

The first request message S11 is related to one of the selected plurality of vehicles, such as a bicycle, and indicates the particular real estate item 15 and is then centered on the particular real estate item 15 based on the movement of the selected vehicle Rate data, and calculating a plurality of arrival times or a plurality of arrival distances between the specific real estate object 15 and the plurality of living function objects 111, 112, 113 and 114, and screening the plurality of living function objects that meet an adjacent threshold value data.

If the threshold value is time, then the basis is The movement rate data of the selected vehicle is used to calculate the specific distance L1. In other words, as different vehicles are selected, the specific distance L1 will be relatively enlarged or reduced (eg, the specific distance L1 of the car will be greater than the specific distance L1 of the bicycle). This particular distance L1 indicates the particular geographic area R1 associated with the particular real estate item 15. The map M1 displays a specific map area MR1 for indicating the specific geographical area R1. If the neighboring threshold value is the distance, the neighboring threshold value is directly set to the specific distance L1, and it is indicated which of the plurality of living function objects 111, 112, 113 and 114 are respectively reachable by the vehicle. In other words, if the threshold value is the distance, it is impossible to make a choice between different vehicles.

Please refer to Figure 1, Figure 2, Figure 3 and Figure 5. Figure 5 is a schematic illustration of a second map M2 in various embodiments of the present disclosure. The processing module 212 finds the plural from the database 26 by comparing the plurality of object class indicators D111H, D112H, D113H, and D114H and the selected plurality of life function class indicators DHA1 and DHA2. The living function object data D111, D112, D113 and D114, and according to the found plurality of living function object data D111, D112, D113 and D114, and the geographic information D5 in the database 26, to calculate the plurality of signs The positions M111P, M112P, M113P and M114P, and in turn generate the second map data block D53 representing the second map M2.

In some embodiments, the processing module 212 and the plurality of object class indicators D111H, D112H, D113H, and D114H are selected by the plurality of living function category indicators DHA1 and DHA2 to be selected. The plurality of living function object data D111, D112, D113 and D114 are found from the database 26 in comparison with at least the additional life function category indicator D121H.

The second map M2 is a map of the plurality of icons K111, M112P, M113P and M114P on the map M1, respectively, and a plurality of icons K111, K112, K113 and K114, and the plurality of icons K111, K112, K113 and K114 respectively indicate the plurality of living function objects 111, 112, 113 and 114. The second map data block D53 is transmitted to the client device 22 to display the second map M2 on a display screen 221 of the client device 22.

In some embodiments, when the plurality of living functions 112 and 114 belong to the living function category HA1, the plurality of icons K112 and K114 each have a first icon pattern. When the plurality of living functional objects 111 and 113 belong to the living function category HA2, the plurality of icons K111 and K113 each have a second icon pattern different from the first icon pattern.

The second request message S12 indicates that a second icon KA2 (such as the icon K112) of the plurality of icons K111, K112, K113 and K114 is selected, and the second icon KA2 is located in the second map M2. a first marked position MA1 (such as the marked position M112P), and corresponds to a first living function object data DA1 (such as the living function object data D112) in the plurality of living function object materials D111, D112, D113 and D114, And the second map M2 has a second marked position MA2 corresponding to the first marked position MA1.

The processing module 212 obtains the first living function object data DA1 according to the second request message S12, and generates the first living function attribute data unit D1A (such as D112A) according to the first living function object data DA1. A life function attribute image data block D61, the life function attribute image data block D61 is used to present the quantified living function attribute data unit D1A in the first life function object data DA1. That is, the quantified living function attribute data unit D1A is one of the plurality of quantized living function attribute data units D111A, D112A, D113A, and D114A.

Please refer to Figure 1, Figure 3, Figure 5 and Figure 6. Figure 6 is a schematic illustration of a third map M3 in various embodiments of the present disclosure. The processing module 212 calculates the second marked position MA2 according to the living function attribute image data block D61, the first plurality of living function object data D111, D112, D113 and D114, and the geographic information D5 to generate a representative The third map data block D54 of the third map M3, wherein the third map M3 is the quantified life presented in the first living function object data DA1 by the second marked position MA2 on the second map M2. Map of the function attribute data unit D1A. The third map data block D54 is transmitted to the client device 22 to display the third map M3 on the display screen 221.

The client device 22 is operated by the user 91 to generate the first request message S11 and the second request message S12 respectively at a first time and a second time after the first time, and at different times Processing the first request message S11 and the second request message S12 to the data The device 21 transmits. For example, the data processing device 21 is a life function display processing device 28 based on a vehicle category. Receiving the user input of the user 91, when the second icon KA2 displayed on the display screen 221 is selected, the quantized living function attribute data unit in the first living function object data DA1 D1A is presented in the vicinity of the second icon KA2.

The communication module 213 receives the first request message S11 and the second request message S12 at different times, and sends the second map data block D53 and the third map data block D54 to the client device at different times. 22 is transmitted so that the client device 22 displays the second map M2 and the third map M3 on the display screen 221 at different times. For example, the communication module 213 is coupled to the client device 22 via the network 31.

Please refer to Figure 1, Figure 2, Figure 4 and Figure 7. FIG. 7 is a schematic diagram of a picture U1 on the display screen 221 in various embodiments of the present disclosure. In order to generate the first request message S11, the processing module 212 causes the client device 22 to display the picture U1 on the display screen 221.

The screen U1 displays a plurality of life function candidate category items EA1, EA2, EA3, and EA4 representing a plurality of life function candidate categories, and a plurality of candidate distance items EL1, EL2, EL3, and EL4 respectively representing a plurality of candidate distances, indicating A third icon KA3 of the specific real estate object 15 and an icon K121 indicating the additional living function object 121. For example, the plurality of life function candidate categories include the additional life function category HB1 and the plurality of life function categories HA1 and HA2. The first The three icon KA3 is presented at the marked position M15P, and the icon K121 is presented at the marked position M121P. For example, the plurality of candidate distances are different.

The client device 22 selects the third icon KA3 in response to a first input from the user 91 to indicate the particular real estate item 15. The client device 22 selects a plurality of life function candidate category items (such as EA2 and EA3) from the plurality of life function candidate category items EA1, EA2, EA3 and EA4 in response to a second input of the user 91 to indicate the plural number Life function categories HA1 and HA2. The client device 22 selects a candidate distance item (such as EL1) from the plurality of candidate distance items EL1, EL2, EL3, and EL4 in response to a third input of the user 91 to indicate the specific distance L1. For example, the candidate distance item (such as EL1) is selected to determine the particular map area MR1 for representing the particular geographic area R1.

Please refer to Figure 1, Figure 2, Figure 3 and Figure 8. FIG. 8 is a schematic diagram of the fourth map M4 formed by the second map M2 in FIG. 5 being further represented. The first request message S11 further includes a specific distance value DL1 indicating the specific distance L1. The processing module 212 determines the plurality of living function objects 111, 112, 113, and 114 by comparing the plurality of object class indicators D111H, D112H, D113H, and D114H and the plurality of life function class indicators DHA1 and DHA2. It belongs to the plurality of life function categories HA1 and HA2. The database 26 contains the real estate data unit D15 representing the particular real estate item 15. The real estate data unit D15 contains the first geographical location representing the real estate 15P The real estate location information D15P.

The processing module 212 determines, according to the real estate location information D15P, the plurality of location information D111P, D112P, D113P and D114P, and the specific distance value DL1, that the plurality of living function objects 111, 112, 113 and 114 are located in the specific geographic location. a region R1, and calculating, according to the real estate data unit D15 and the geographic information D5, a third marked position MA3 (such as the marked position M15P) on the fourth map M4 to the third on the fourth map M4 The marked position MA3 presents the third icon KA3 indicating the real estate data unit 15. For example, the plurality of living function items 111, 112, 113, and 114 are determined to be located in the specific geographic area R1 such that the plurality of marked positions M111P, M112P, M113P, and M114P are located in the specific map area MR1.

In some embodiments, the processing module 212 generates the second map data block D53 to cause the fourth map M4 to present at least one optional icon Q1. The at least one optional icon Q1 is displayed corresponding to a third icon KB3 (such as icon K114) indicating a first living function object (such as the living function object 114). The optional icon Q1 is selected by the user 91 to cause a direction of travel from the particular real estate item 15 to the first living function item (such as the living function item 114) to be displayed to the user 91.

In some embodiments, the processing module 212 includes a search component 2121, a map generator component 2122, and a recommendation component 2123. The search component 2121 is coupled to the database unit 211, and finds the plurality of living function objects from the database 26 according to the first request message S11. The data D111, D112, D113 and D114 are used to find the first life function object data DA1 from the database 26 according to the second request message S12.

The map generator component 2122 is coupled to the search component 2121, the database unit 211, the recommendation component 2123, and the communication module 213, and generates the first representation of the second map M2 and the third map M3 at different times. The second map data block D53 and the third map data block D54, and the living function attribute image data block D61 is generated according to the first living function object data DA1.

The recommendation component 2123 is coupled to the communication module 213, the search component 2121, the database unit 211, and the map generator component 2122, and obtains the recommended living function object 131 based at least in part on the first request message S11. The recommended living function object data D131. For example, the recommendation component 2123 stores the obtained recommended living function object data D131 to the database 26.

In some embodiments, the search component 2121 finds a first living function object data list from the database 26 according to the first request message S11, and the first life function object data list includes the plurality of living function objects. Data D111, D112, D113 and D114. The recommendation component 2123 relaxes the constraint of the first request message S11 according to the first request message S11 to form a third request message S13 with a looser constraint, and searches from the database 26 according to the third request message S13. A list of second life function objects. The second life function object information list includes the recommended living function object data D131, and the plurality of living function objects Data D111, D112, D113 and D114. For example, relaxing the constraint of the first request message S11 includes relaxing the constraints of the plurality of living function categories HA1 and HA2, and/or relaxing the constraint of the specific distance L1.

In some embodiments, the recommended living function item 131 is located in or adjacent to the particular geographic area R1 and has the recommended quantified living function attribute 131A and the recommended first geographic location 131P. The recommended living function object data D131 includes the recommended location information D131P representing the recommended first geographic location 131P, and the recommended quantitative living function attribute data unit D131A indicating the recommended quantitative living function attribute 131A.

The map generator component 2122 calculates a fourth marked position MA4 (such as the marked position M131P) on the fourth map M4 according to the recommended living function object data D131 and the geographic information D5 to be on the fourth map M4. The fourth marked position MA4 presents a fourth icon KA4 indicating the recommended living function object 131.

In some embodiments, the recommendation component 2123 obtains the recommended living function object data D131 based at least in part on the historical search results of the user 91. In some embodiments, the recommendation component 2123 obtains the recommended lifestyle feature data D131 based at least in part on historical search results of other users. In some embodiments, the fourth icon KA4 is selected by the user 91 to cause the recommended quantified living function attribute data unit D131A to be further displayed corresponding to the fourth icon KA4.

In some embodiments, the client device 22 responds to the user 91 under the condition that the display screen 221 displays the fourth map M4. A fourth input is selected to select the icon K113 to generate a fourth request message S14, wherein the fourth request message S14 indicates that the icon K113 is selected. The icon K113 is located at the marked position M113P in the fourth map M2 and corresponds to the living function object data D113. The fourth map M4 has a fifth marked position MA5 corresponding to the marked position M113P.

By using the communication module 213 and the database unit 211, the processing module 212 obtains the living function object data D113 according to the fourth request message S14, and according to the quantified life in the living function object data D113 The function attribute data unit D113A generates a life function attribute image data block D62 for presenting the quantified living function attribute data unit D113A.

Please refer to Figure 1, Figure 3, Figure 8, and Figure 9. Figure 9 is a schematic illustration of a fifth map M5 in various embodiments of the present disclosure. The processing module 212 calculates the fifth marked position MA5 according to the living function attribute image data block D62, the first plurality of living function object data D111, D112, D113 and D114, and the geographic information D5 to generate a representative A fourth map data block D55 of the fifth map M5, wherein the fifth map M5 is a map of the quantized living function attribute data unit D113A at the fifth marked position MA5 on the fourth map M4. The fourth map data block D55 is transmitted to the client device 22 to display the fifth map M5 on the display screen 221. For example, the quantified living function attribute data unit D113A is presented in the vicinity of the icon K113.

The present invention is disclosed herein with respect to the various modifications and other embodiments that will be apparent to those skilled in the art. The benefits of the teachings of related figures. Therefore, it is to be understood that the invention is not limited to the specific embodiments disclosed, and the modifications and other embodiments are intended to be included within the scope of the following claims.

20‧‧‧Display system

21‧‧‧Data processing device

211‧‧‧Database unit

212‧‧‧Processing module

2121‧‧‧Search components

2122‧‧‧Map Generator Component

2123‧‧‧Recommended components

213‧‧‧Communication Module

22‧‧‧Client device

221‧‧‧ Display screen

26‧‧‧Database

28‧‧‧Life function display processing device based on vehicle category

31‧‧‧Network

91‧‧‧Users

D111, D112, D113, D114‧‧‧ Living function object data

D121‧‧‧Additional functional data

D131‧‧‧Recommended living function data

D15‧‧ Real estate data unit

D1A‧‧‧Quantitative Living Function Attributes Data Unit

D5‧‧‧ Geographic Information

D53‧‧‧Second map data block

D54‧‧‧ Third map data block

D55‧‧‧4th map data block

D61‧‧‧Life function attribute image data block

D62‧‧‧Life function attribute image data block

DA1‧‧‧First Life Function Object Information

DHA1, DHA2‧‧‧Life function category indicator

DL1‧‧‧ specific distance value

M2‧‧‧ second map

M3‧‧‧ third map

Fourth map of M4‧‧

M5‧‧‧ fifth map

S11‧‧‧First request message

S12‧‧‧second request message

S13‧‧‧ Third request message

S14‧‧‧ Fourth Request Message

U1‧‧‧ screen

Claims (6)

A life function display processing device based on a vehicle category for transmitting information to a client device, comprising: a database comprising a geographic information and a plurality of living functions respectively representing a plurality of living function objects The object data, the plurality of vehicles, the plurality of living functional objects each have a first geographic location, the plurality of living functional objects belong to a plurality of object categories, and each of the plurality of object categories is a plurality of living function categories One of the plurality of living function object data respectively includes a plurality of first geographical location information representing the plurality of first geographic locations, and a plurality of object category indicators respectively indicating the plurality of object categories, the geographic information includes An icon data representing a first icon, and a map data block representing a map, the map having a plurality of marked positions respectively corresponding to the plurality of first geographic location information, and the plurality of vehicles each having a movement Rate data; a communication module that receives a first from the client device And requesting a message and a second request message, and transmitting a second map data block and a third map data block to the client device, wherein the first request message includes one of a plurality of selected vehicles, And the second request message indicates a specific real estate object and a second geographic location of the specific real estate object; a processing module, the moving rate data of the selected vehicle based on the first request message, the specific real estate object The second geographic location, the plurality of first geographic locations of the plurality of living function object materials, and calculating a plurality of arrivals between the specific real estate object and the plurality of living functional objects Time or a plurality of arrival distances, and screening the plurality of living function object data that meets an adjacent threshold value, thereby generating the second map data block representing a second map, wherein the second map is on the map The plurality of marked positions respectively present a map of the plurality of icons, and the plurality of icons respectively mark the plurality of living function objects. The vehicle-based living function display processing device of claim 1, wherein the second geographic location of the specific real estate object, the plurality of first geographic locations of the plurality of living functional object materials belong to the same administrative region In order to reduce the calculation of the plurality of arrival times or the plurality of arrival distances between the specific real estate object and the plurality of living functional objects. The vehicle function-based living function display processing device according to claim 1, wherein: when a second icon displayed on a display screen is selected, a quantified life in the first living function object data The function attribute data unit is presented in the vicinity of the second icon; and the communication module receives the first request message and the second request message at different times, and blocks the second map data block and the time at different times The third map data block is transmitted to the client device, so that the client device displays the second map and a third map on the display screen at different times. The device-based living function display processing device of claim 3, wherein the processing module comprises: a search component, wherein the plurality of living function object data is found from the database according to the first request message a map generator component that is generated at different times to represent the second a map and the second map data block of the third map and the third map data block; and a recommendation component, based at least in part on the first request message, obtaining a recommended living function indicative of a recommended living function object The item information, wherein: the recommended living function object is located in a certain geographical area or in the vicinity of the specific geographical area, and has a recommended quantitative living function attribute and a recommended first geographical position; the recommended living function object data includes the representative Recommending a recommended location information of the first geographic location; and the map generator component calculates a fourth marked location on the second map to be on the second map according to the recommended living function object data and the geographic information The fourth marked position presents a fourth icon indicating the recommended living function object. The vehicle class-based living function display processing device of claim 4, wherein the recommending component obtains the recommended living function object data based at least in part on a user's historical search result. The vehicle class-based living function display processing device of claim 5, wherein: the processing module generates the second map data block to cause the second map to further present at least one optional icon; the at least one An optional icon is displayed corresponding to a third icon indicating a first living function object; and the user selects the optional icon to cause the specific real estate object to The direction of travel of one of the first living function items is displayed to the user.