Comprehensive safety management platform for cultural relic safety prevention and control
阅读说明：本技术 一种用于文物安全防控综合安全管理平台 (Comprehensive safety management platform for cultural relic safety prevention and control ) 是由 张大红 谭卫 孙孺 张振宇 黄蓉 母克新 于 2019-11-09 设计创作，主要内容包括：本发明公开了一种用于文物安全防控综合安全管理平台,属于安防监控系统领域,解决了博物馆文物需要进行科学化、智能化监控及管理的问题,其技术要点是：包括信息采集单元、隐患巡查及排查系统、报警系统、控制系统和软件架构单元,通过多个子系统协调配合,具有功能完善、响应速度快、系统稳定性高、分析智能的优点,有效的解决了博物馆文物被盗、被破坏以及安防联动性能差的问题,提高博物馆的安全防护性能,使安防系统更具有准确性,提高监控有效性,实现较好的管控效果,无需配置大量的人员,节省人力成本。因此,对博物馆等文物保护单位进行科学化、智能化监控及管理。(The invention discloses a comprehensive security management platform for cultural relic security prevention and control, belongs to the field of security monitoring systems, solves the problem that cultural relics in museums need to be scientifically and intelligently monitored and managed, and has the technical key points that: including information acquisition unit, hidden danger patrolling and troubleshooting system, alarm system, control system and software framework unit, coordinate through a plurality of subsystems, it is perfect to have a function, response speed is fast, system stability is high, the advantage of analysis intelligence, the effectual museum historical relic of having solved is stolen, the problem that is destroyed and security protection linkage performance is poor, the safety protection performance of museum is improved, make security protection system more have the accuracy, improve the control validity, realize better management and control effect, need not to dispose a large amount of personnel, the cost of using manpower sparingly. Therefore, scientific and intelligent monitoring and management are carried out on cultural relic protection units such as museums.)
1. A comprehensive security management platform for cultural relic security prevention and control is characterized by comprising an information acquisition unit (1), a hidden danger patrol and investigation system (2), an alarm system (3), a control system (4) and a software architecture unit (5);
the information acquisition unit (1), the hidden danger patrol and investigation system (2), the alarm system (3) and the software architecture unit (5) are respectively in communication connection with the control system (4);
the information acquisition unit (1) is used for transmitting the acquired front-end audio and video information, the entrance guard state information, the sound information of a monitoring site, the grounding resistance and working state information of a lightning arrester and the detected room smoke concentration information to the server of the control system (4);
the hidden danger patrol and inspection system (2) is used for transmitting the real-time use state of the patrol equipment to a server of the control system (4) in a video or picture shooting mode;
the alarm system (3) is used for sending received fire-fighting alarm information to a server of the control system (4);
the control system (4) is used for generating a security state grading early warning result according to the information of the information acquisition unit (1), the patrol equipment information of the hidden danger patrol and investigation system (2) and the fire protection alarm information of the alarm system (3), and transmitting an instruction associated with the security state grading early warning result to an access control execution unit of the information acquisition unit (1) and an alarm execution unit of the alarm system (3);
the software architecture unit (5) is used for controlling the centralized management operation of the system (4).
2. The integrated security management platform for cultural relic security prevention and control as claimed in claim 1, wherein the control system (4) comprises a main server (41), a streaming media server (42), a video server (43), an alarm server (44) and a device management server (45), the main server (41) is a central server, the streaming media server (42), the video server (43), the alarm server (44) and the device management server (45) are slave servers for distributing the pressure to the main server (41), the main server (41) is respectively connected with the streaming media server (42), the alarm server (44) and the device management server (45), and the streaming media server (42) is connected with the video server (43).
3. The integrated safety management platform for cultural relics safety prevention and control as claimed in claim 2, information acquisition unit (1) includes video information acquisition unit (11), entrance guard information acquisition unit (12), audio information acquisition unit (13), lightning protection detecting element (14) and smog acquisition unit (15), video information acquisition unit (11) include high definition network camera (1101), network storage server (1102) and power supply (1103), high definition network camera (1101) are used for gathering the video information of control scene, network storage server (1102) are used for storing video information that high definition network camera (1101) gathered and pass through the video server (43) that TCP/IP protocol conveys audio and video information to control system (4), power supply (1103) provide electric power for high definition network camera (1101).
4. The comprehensive security management platform for cultural relic security prevention and control as claimed in claim 3, wherein the access control information collection unit (12) comprises an integrated access control machine (1201), an access control power supply (1202) and a door magnetic sensor (1203), the door magnetic sensor (1203) is used for collecting access control state information and transmitting the state information to the main server (41) of the control system (4) through a TCP/IP protocol, a control door opening and closing instruction is sent through the main server (41), the integrated access control machine (1201) executes the door opening and closing instruction, and the integrated access control machine (1201) is an access control execution unit of the information collection unit (1).
5. The comprehensive safety management platform for cultural relic safety prevention and control as claimed in claim 4, wherein the audio information collection unit (13) comprises a sound collector (1301) and a sound collector power supply (1302), the sound collector (1301) is used for collecting sound information of a monitored site and transmitting the sound information to the high-definition network camera (1101) through an RS485 protocol, and the sound collector power supply (1302) provides power for the sound collector (1301).
6. The integrated safety management platform for cultural relics safety prevention and control as claimed in claim 5, wherein the lightning protection detection unit (14) is used for detecting the grounding resistance and the working state of the lightning protection device and transmitting the information to the main server (41) of the control system (4) through TCP/IP protocol.
7. The integrated security management platform for the security and the control of cultural relics according to claim 6, wherein the smoke collection unit (15) is used for detecting the smoke concentration in the room and transmitting the information to the alarm server (44) of the control system (4) through a TCP/IP protocol.
8. The comprehensive security management platform for the security, prevention and control of cultural relics according to any one of claims 2 to 7, wherein the hidden danger patrol and inspection system (2) comprises a handheld terminal (201), a mobile phone APP (202) and a two-dimensional code (203), the mobile phone APP (202) is installed in the handheld terminal (201), the two-dimensional code (203) is pasted on a device to be patrolled, the two-dimensional code (203) is scanned to collect the information of the patrolled device, and the real-time use state of the device is transmitted to the main server (41) of the control system (4) in a video or picture shooting mode.
9. The integrated safety management platform for cultural relic safety prevention and control as claimed in claim 8, wherein the alarm system (3) comprises a fire alarm unit (301) and an acousto-optic linkage alarm unit (302), the fire alarm unit (301) is used for receiving fire alarm information, sending the alarm information to the alarm server (44) of the control system (4) through a TCP/IP protocol, receiving an instruction from the alarm server (44), sending the confirmed fire alarm information to a fire alarm receiving center, and the acousto-optic linkage alarm unit (302) is an alarm execution unit of the alarm system (3) and is used for receiving the instruction from the alarm server (44).
10. The integrated security management platform for cultural relic security prevention and control as claimed in claim 8, wherein the software architecture unit (5) comprises a management platform (501), a platform client (502) and a device management software (503), the management platform (501) is a server general background system and is arranged in the main server (41), the device management software (503) is arranged in the device management server (45) and is a side-hung slave server and is communicated with the main server (41); the management platform (501) is connected with the platform client (502), the platform client (502) is arranged in a user computer, the management platform (501) of the main server (41) is logged in through a local area network, the equipment management software (503) is installed in the equipment management server (45), and the local area network is built by using a star-type double-core local area network.
Technical Field
The invention relates to the field of security and protection monitoring systems, in particular to a comprehensive security management platform for cultural relic security prevention and control.
Background
Along with the development of social economy, the safety protection of museum cultural relics is more and more emphasized by people, once the museum cultural relics are stolen or damaged, the loss caused by the theft is immeasurable, and therefore, the museum is equipped with personnel for monitoring for 24 hours; a large number of personnel are needed to be configured to achieve a good control effect.
Although museums are equipped with personnel to carry out 24-hour monitoring, the energy of people is limited, and careless omission occurs; meanwhile, if a better management and control effect is to be achieved, a large number of personnel are required to be configured, so that high labor cost is generated. Therefore, scientific and intelligent monitoring and management of museums are problems to be solved by modern museum management.
Although, the current museum focuses on the construction in the aspect of safety defense, most museums are in the stages of patrolling by manpower and adopting simple security devices, equipment and equipment, modern safety technology precaution means are lacked, the security system is simple in design, and simple monitoring is mainly carried out through videos, so that hidden dangers exist in the safety defense work of the museum. The method not only causes waste of human resources and cannot realize 24-hour uninterrupted dead-angle-free monitoring, but also does not form objective on-site evidence, and has the problems of difficult evidence obtaining and the like in the post investigation process of public security departments.
Therefore, aiming at the problems that the existing security system has simple monitoring facilities, and the stored data is lack of professional analysis and effective protection, so that all the facilities are in the same nominal form and do not play the due role, a safety prevention and control integrated safety management platform for scientifically and intelligently monitoring and managing the museum is needed to be provided, and the problems are solved.
Disclosure of Invention
Aiming at the defects in the prior art, the embodiment of the invention aims to provide a comprehensive security management platform for cultural relic security prevention and control, which realizes scientific and intelligent monitoring and management on a museum through coordination of a plurality of subsystems so as to solve the problems in the background art.
In order to achieve the purpose, the invention provides the following technical scheme:
a comprehensive security management platform for cultural relic security prevention and control comprises an information acquisition unit, a hidden danger patrol and investigation system, an alarm system, a control system and a software architecture unit;
the information acquisition unit, the hidden danger patrol and investigation system, the alarm system and the software architecture unit are respectively in communication connection with the control system;
the information acquisition unit is used for transmitting the acquired front-end audio and video information, the access control state information, the sound information of a monitoring site, the grounding resistance and working state information of a lightning arrester and the detected room smoke concentration information to a server of the control system;
the hidden danger patrolling and troubleshooting system is used for transmitting the real-time use state of the patrolled equipment to a server of the control system in a video or picture shooting mode;
the alarm system is used for sending the received fire-fighting alarm information to a server of the control system;
the control system is used for generating a security state grading early warning result according to the information of the information acquisition unit, the information of the patrol equipment of the hidden danger patrol and investigation system and the fire-fighting alarm information of the alarm system, and transmitting an instruction associated with the security state grading early warning result to the access control execution unit of the information acquisition unit and the alarm execution unit of the alarm system;
the software architecture unit is used for controlling the centralized management operation of the system.
As a further scheme of the present invention, the control system includes a master server, a streaming server, a video server, an alarm server, and an equipment management server, where the master server is a central server, the streaming server, the video server, the alarm server, and the equipment management server are slave servers, and respectively provide different service functions for voltage division for the master server, a proxied service is a service function module in the master server, the service functions proxied by all the slave servers are all present in the master server, when the slave servers are present, the master server is not enabled, and when the slave servers are not online, the master server is enabled. The original equipment data of the slave server is distributed by the master server, the master server is respectively connected with the streaming media server, the alarm server and the equipment management server, and the streaming media server is connected with the video server.
As a further scheme of the invention, the information acquisition unit comprises a video information acquisition unit, an entrance guard information acquisition unit, an audio information acquisition unit, a lightning protection detection unit and a smoke acquisition unit, the video information acquisition unit comprises a high-definition network camera, a network storage server and a power supply, the high-definition network camera is used for acquiring video information of a monitoring site, the network storage server is used for storing the video information acquired by the high-definition network camera and transmitting the audio and video information to the video server of the control system through a TCP/IP protocol, and the power supply provides power for the high-definition network camera.
As a further scheme of the invention, the number of the high-definition network cameras is more than one, the high-definition network cameras can be distributed in different areas of a collecting monitoring site, the video information collection of the monitoring site is carried out in multiple angles, and the high-definition network cameras can adopt DS-2CD3T20D-I5 network cameras with the resolution of 200 ten thousand.
As a further scheme of the invention, the camera of the high-definition network camera is provided with the infrared filter which can be opened or closed, so that the image can be clearer by removing the infrared filter when the infrared light supplement lamp is opened at night or in an area with dark light, and infrared virtual focus can be effectively avoided.
As a further scheme of the present invention, the access control information collection unit includes an access control all-in-one machine, an access control power supply and a magnetic sensor, the magnetic sensor is used for collecting access control state information and transmitting the state information to a main server of the control system through a TCP/IP protocol, a control door opening and closing instruction is sent through the main server, the access control all-in-one machine executes the opening and closing instruction, and the access control all-in-one machine is an access control execution unit of the information collection unit.
As a further scheme of the invention, the audio information acquisition unit comprises a sound pick-up and a sound pick-up power supply, the sound pick-up is used for acquiring sound information of a monitoring site and transmitting the sound information to the high-definition network camera through an RS485 protocol, and the sound pick-up power supply provides power for the sound pick-up.
As a further scheme of the invention, the lightning protection detection unit is used for detecting the ground resistance and the working state of the lightning protection device and transmitting the information to the main server of the control system through a TCP/IP protocol.
As a further scheme of the invention, the smoke collection unit is used for detecting the smoke concentration in a room and transmitting information to an alarm server of the control system through a TCP/IP protocol, and the smoke collection unit is a smoke sensor which can be a photoelectric smoke sensor.
As a further scheme of the invention, the hidden danger patrol and inspection system comprises a handheld terminal, a mobile phone APP and a two-dimensional code, wherein the mobile phone APP is installed in the handheld terminal, the two-dimensional code is pasted on equipment to be patrolled, the information of the patrolled equipment is acquired by scanning the two-dimensional code, and the real-time use state of the equipment is transmitted to a main server of a control system in a video or picture shooting mode.
As a further scheme of the invention, the alarm system comprises a fire alarm unit and an acousto-optic linkage alarm unit, wherein the fire alarm unit is used for receiving fire alarm information, sending the alarm information to an alarm server of the control system through a TCP/IP protocol, receiving an instruction from the alarm server and sending the confirmed fire alarm information to a fire alarm receiving center, the acousto-optic linkage alarm unit is an alarm execution unit of the alarm system and is used for receiving the instruction from the alarm server, the acousto-optic linkage alarm unit can adopt an acousto-optic alarm, and the acousto-optic alarm can be a TGSG-01 acousto-optic alarm.
As a further scheme of the invention, the software architecture unit comprises a management platform, a local area network building and equipment management software, wherein the management platform is a server general background system and is arranged in a main server, each functional module is communicated with a corresponding slave server through the local area network, the equipment management software is arranged in the equipment management server and is a side-hung slave server and is communicated with the main server, and the side-hung state means that all instructions are sent to the main server, the main server acquires required information, and then the information is directly fed back to the equipment management server;
the management platform is connected with the platform client, the platform client is arranged in a user computer, and the management platform of the main server is logged in through the local area network to realize the application function. The equipment management software is installed in the equipment management server, and the LAN is built by using a star-type dual-core LAN.
In summary, compared with the prior art, the embodiment of the invention has the following beneficial effects:
according to the invention, the cultural relic safety prevention and control comprehensive safety management platform is arranged in the museum, and the plurality of subsystems are coordinated and matched, so that the system has the advantages of complete functions, high response speed, high system stability and intelligent analysis, effectively solves the problems of the stolen cultural relics, the damage and the poor security linkage performance of the museum, improves the safety protection performance of the museum, ensures that the security system has higher accuracy, improves the monitoring effectiveness, realizes a better control effect, does not need to configure a large number of personnel, and saves the labor cost. Therefore, scientific and intelligent monitoring and management are carried out on cultural relic protection units such as museums.
To more clearly illustrate the structural features and effects of the present invention, the present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
Drawings
Fig. 1 is a system block diagram of the comprehensive security management platform for cultural relic security prevention and control.
Reference numerals: 1-information acquisition unit, 11-video information acquisition unit, 1101-high-definition network camera, 1102-network storage server, 1103-power supply, 12-entrance guard information acquisition unit, 1201-entrance guard control all-in-one machine, 1202-entrance guard power supply, 1203-door magnetic sensor, 13-audio information acquisition unit, 1301-sound pick-up, 1302-sound pick-up power supply, 14-lightning protection detection unit, 15-smoke acquisition unit, 2-hidden danger patrol and inspection system, 201-handheld terminal, 202-mobile phone APP, 203-two-dimensional code, 3-alarm system, 301-fire alarm unit, 302-acousto-optic linkage alarm unit, 4-control system, 41-main server, 42-streaming media server, etc, 43-video server, 44-alarm server, 45-equipment management server, 5-software architecture unit, 501-management platform, 502-platform client and 503-equipment management software.
Detailed Description
The technical solution of the present invention is further described with reference to the accompanying drawings and specific embodiments.
Referring to fig. 1, the comprehensive security management platform for cultural relic security prevention and control comprises an information acquisition unit 1, a hidden danger patrol and investigation system 2, an alarm system 3, a control system 4 and a software architecture unit 5.
The control system 4 comprises a main server 41, a streaming media server 42, a video server 43, an alarm server 44 and an equipment management server 45, wherein the main server 41 is used for processing data, storing data, making a judgment and sending a control instruction in a centralized manner; the main server 41 is respectively connected with the streaming media server 42, the alarm server 44 and the device management server 45, the main server 41 is a central server, the streaming media server 42, the video server 43, the alarm server 44 and the device management server 45 are slave servers, and respectively provide different service functions for voltage division for the main server 41, the proxied service is a service function module in the main server 41, the service functions proxied by all the slave servers are all present in the main server 41, when the slave servers are present, the main server 41 is not started, and when the slave servers are not on-line, the main server 41 starts the function. The original equipment data of the slave servers are distributed by the master server 41, the streaming media server 42 is used for submitting the data, the streaming media server 42 is connected with the video server 43, the video server 43 is used for collecting the data and transmitting the data to the streaming media server 42 to be submitted to the master server 41, the streaming media server 42 transmits the video data of the video server 43 to the streaming media server 42 for video stream pushing and playing, the alarm server 44 is used for receiving feedback, and the equipment management server 45 is used for executing task operation.
Referring to fig. 1, the information collecting unit 1 includes a video information collecting unit 11, an entrance guard information collecting unit 12, an audio information collecting unit 13, a lightning
in the embodiment of the present invention, the number of the high definition webcams 1101 is more than one, and the high definition webcams can be distributed in different areas of the monitoring site, so as to acquire video information of the monitoring site from multiple angles, store the image data in the acquired monitoring area in the network storage server 1102, transmit the audio/video information to the video server 43 of the control system 4 through the TCP/IP protocol for analysis, and compare whether there is a danger that a person illegally breaks into the monitoring site or lingers in the monitoring site;
the HD IP camera 1101 may be a DS-2CD3T20D-I5 IP camera with a resolution of 200 ten thousand.
In order to obtain a clear picture at night, an infrared filter which can be opened or closed is arranged on the camera of the high-definition network camera 1101, the brightness of the environment is detected through a photosensitive resistor, the image is clearer when an infrared light supplement lamp is opened in an area with dark light or at night, and infrared virtual focus can be effectively avoided.
The access control information acquisition unit 12 comprises an access control all-in-one machine 1201, an access control power supply 1202 and a door sensor 1203, wherein the door sensor 1203 is used for acquiring access control state information and transmitting the state information to the main server 41 of the control system 4 through a TCP/IP protocol, a control door opening and closing instruction can be sent through the main server 41, the access control all-in-one machine 1201 executes the opening and closing instruction, and the access control power supply 1202 provides power for the access control all-in-one machine 1201;
specifically, the door magnetic sensor 1203 is configured to collect door access state information to detect whether a door is illegally opened or moved, when the door magnetic sensor 1203 sends a door opening request to the main server 41 of the control system 4, the high-definition network camera 1101 is also started and starts to record a video, and the collected image data in the monitoring area is sent to the video server 43 of the control system 4, so that the terminal of the control system 4 can directly observe a person at a door access through a display screen and the like to determine the identity of the person, and meanwhile, the main server 41 sends a door opening and closing instruction to control the door access control all-in-one machine 1201 to execute the door opening and closing instruction, so as to determine whether to allow the corresponding person to enter.
The audio information acquisition unit 13 comprises a sound pickup 1301 and a sound pickup power supply 1302, wherein the sound pickup 1301 is used for acquiring sound information of a monitoring site and transmitting the sound information to the high-definition network camera 1101 through an RS485 protocol, and the sound pickup power supply 1302 provides power for the sound pickup 1301;
specifically, the sound pickup 1301 is used for collecting an audio signal, simultaneously transmitting the audio signal to the high-definition webcam 1101 through an RS485 protocol, matching with an image signal collected by the high-definition webcam 1101, and then transmitting the collected image signal and the audio signal to the video server 43 of the control system 4 through a TCP/IP protocol, the video server 43 of the control system 4 amplifies and distributes the video and audio signals, corrects, compensates and switches the image signal, and records the generated image and audio through the network storage server 1102.
The lightning
Further, the smoke collection unit 15 is a smoke sensor, and the smoke sensor may be a photoelectric smoke sensor, for example: when the smoke sensor detects smoke, the smoke sensor transmits a smoke signal TCP/IP protocol to the alarm server 44 of the control system 4, the alarm server 44 transmits the smoke signal to the alarm system 3 through the wireless communication module, confirmed fire alarm information is sent to a fire-fighting alarm receiving center, meanwhile, the alarm server can send out alarm sound and alarm flashing light through the audible and visual alarm to warn, and security personnel can selectively alarm or open spraying facilities to extinguish fire according to actual conditions.
Referring to fig. 1, the hidden danger patrol and inspection system 2 includes a handheld terminal 201, a mobile phone APP202 and a two-dimensional code 203, wherein the mobile phone APP202 is installed in the handheld terminal 201, the two-dimensional code 203 is pasted on a device to be patrolled, the two-dimensional code 203 is scanned to collect information of the patrolled device, and the real-time use state of the device is transmitted to a main server 41 of a control system 4 by means of shooting videos or pictures.
The handheld terminal 201 is any mobile device with a network connection function, such as a mobile phone or a tablet personal computer, when the mobile phone is used, the mobile phone is a smart phone, and during patrol and investigation operation, the mobile phone is used to access the main server 41 of the control system 4 through the internet, the internet access mode can be wired or wireless, the mobile phone is connected to the main server 41 through wifi or 3G wireless, and the computer is connected to the main server 41 through broadband in a wired or wireless mode.
Referring to fig. 1, the alarm system 3 includes a fire alarm unit 301 and an acousto-optic linkage alarm unit 302; the fire alarm unit 301 is configured to receive fire alarm information, send the alarm information to the alarm server 44 of the control system 4 through a TCP/IP protocol, receive an instruction from the alarm server 44, and send the confirmed fire alarm information to the fire alarm receiving center; the acousto-optic linkage alarm unit 302 is used for receiving an instruction from the alarm server 44 and sending out an alarm sound and an alarm flashing light;
further, in the present invention, the acousto-optic linkage alarm unit 302 may adopt an acousto-optic alarm, and the acousto-optic alarm may be a TGSG-01 acousto-optic alarm.
Referring to fig. 1, the software architecture unit 5 includes a management platform 501, a platform client 502, and device management software 503, and may further include software such as lan construction, software interface setting, streaming media extension, video extension, and alarm, where the management platform 501 is a server general background system and is disposed in the master server 41, each function module therein communicates with a corresponding slave server through the lan, and the device management software 503 is disposed in the device management server 45 and is a side-hang slave server and communicates with the master server 41, where a side-hang means that all instructions are sent to the master server 41, and the master server 41 obtains required information and then directly feeds the information back to the device management server 45.
The management platform 501 is connected to a platform client 502, the platform client 502 is disposed in a user computer, and logs in the management platform 501 of the main server 41 through a local area network, so as to implement an application function. The platform client 502 presents the information of the management platform 501, a manager performs centralized management on the management platform 501 through a client interface, device management software 503, a data service port for expanding streaming media, video and alarm, an authorized user name, a user password and the like are added on a user management interface of the management platform 501, information of an associated account is stored in a database of the management platform 501, operation convenience of a user is improved, and the device management software 503 is installed in the device management server 45.
The LAN is built by using a star-type dual-core LAN, so that the monitoring management of the management platform 501 is facilitated.
According to the invention, the cultural relic safety prevention and control comprehensive safety management platform is arranged in the museum, and the plurality of subsystems are coordinated and matched, so that the system has the advantages of complete functions, high response speed, high system stability and intelligent analysis, effectively solves the problems of the stolen cultural relics, the damage and the poor security linkage performance of the museum, improves the safety protection performance of the museum, ensures that the security system has higher accuracy, improves the monitoring effectiveness, realizes a better control effect, does not need to configure a large number of personnel, and saves the labor cost. Therefore, scientific and intelligent monitoring and management are carried out on cultural relic protection units such as museums.
The technical principle of the present invention has been described above with reference to specific embodiments, which are merely preferred embodiments of the present invention. The protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. Other embodiments of the invention will occur to those skilled in the art without the exercise of inventive faculty, and such will fall within the scope of the invention.