CN203310992U - Portable radio monitoring integrated machine - Google Patents
Portable radio monitoring integrated machine Download PDFInfo
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- CN203310992U CN203310992U CN2013203094815U CN201320309481U CN203310992U CN 203310992 U CN203310992 U CN 203310992U CN 2013203094815 U CN2013203094815 U CN 2013203094815U CN 201320309481 U CN201320309481 U CN 201320309481U CN 203310992 U CN203310992 U CN 203310992U
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Abstract
The utility model discloses a portable radio monitoring integrated machine comprising a directional antenna, a casing and a central processing system. The directional antenna is fixed on the casing. The central processing system comprises a signal processing unit, an intermediate frequency analysis unit, a receiver unit and an electronic compass. The central processing system also comprises an antenna identification unit and a wireless transmission unit. The signal processing unit, the intermediate frequency analysis unit, the receiver unit, the electronic compass and the wireless transmission unit are integrated in the casing. The signal processing unit is connected with the intermediate frequency analysis unit, the receiver unit, the electronic compass, the antenna identification unit and the wireless transmission unit. The central processing system is integrated inside the casing, so that the radio monitoring integrated machine is portable.
Description
Technical field
The utility model relates to radio monitoring equipment, particularly relates to a kind of portable mobile wireless pyroelectric monitor all-in-one.
Background technology
The existing radio monitoring equipment mainly comprises the direction finding main frame, signal conditioning package and antenna, yet because direction finding main frame and signal conditioning package are independent parts, the user need to carry simultaneously these independent parts and form split type radio monitoring Whole Equipment in use, cause in use, the user needs respectively its extension or backs on the body, by the mode of hand held antenna, carry out radio monitoring again, not only complex structure like this, and function singleness, operation is disguised poor, portability is also poor simultaneously, can't realize the connection of many radio monitoring equipment, and carry out the systematization processing, analyze, show simultaneously a plurality of monitoring tracks.
For example, application number is CN200920081496.4, publication number is the Chinese patent " electronic compass is the radio direction-finding system of angle gauge " of CN201464642U, disclosing electronic compass is the radio direction-finding system of angle gauge, solve existing direction-finding system operation inconvenience, be not suitable for following the trail of fast the problem of direction finding.Fixture is connected with directional antenna; Directional antenna is connected with radio receiving equipment, and microprocessor is connected with electronic compass, radio receiving equipment and direction finding display respectively, and fixture has antenna clip slot and antenna fastening screw, and fixture is rotatably connected by ball-shaped cloud platform and electronic compass.
Yet before the portable mobile wireless pyroelectric monitor all-in-one that the applicant applies for simultaneously occurred, existing portable wireless monitoring system mainly was comprised of several large parts such as signal processing unit, receiver, electronic compass and antennas; The radio signal of antenna induction is connected to receiver, the intermediate-freuqncy signal of receiver outputs to signal processing unit after via FFT, processing, signal processing unit, according to the direction of electronic compass, outputs to display by the parameter of signal and shows after data are calculated; This separated wireless pyroelectric monitor equipment existing problems that are comprised of several large parts such as signal processing unit, receiver, electronic compass and antennas comprise: 1, adopt the split type radio monitoring equipment that is combined to form, be not easy to especially carry and use; 2, between a plurality of parts, need a large amount of web members, cause the disguise of radio monitoring equipment poor, and the rate of breakdown of each parts is higher; 3, lack antenna monitoring function module, can't carry out determination and analysis to the antenna of instant use; 4, lack the such wireless network conveying function of WIFI network or blueteeth network, can not realize carrying out the information transmission with the wireless network receiving terminal.
What the electronic compass before in portable mobile wireless pyroelectric monitor all-in-one occurring all adopted is the integrated compass of knockdown axle of acceleration transducer and Magnetic Sensor, yet the electronic compass of this structure, can only under static state guarantee its bearing accuracy, be not suitable for the fuselage that is integrated into portable mobile wireless pyroelectric monitor all-in-one, use inconvenient.
For fear of: 1, magnetic interference is serious, affects the electronic compass normal operation; 2, portable mobile wireless pyroelectric monitor all-in-one is installed inconvenience, needs mounting adapter when installing; 3, after the fixed installation of portable mobile wireless pyroelectric monitor all-in-one, cable winding is arranged during use, succinct not, inconvenient; Facilitated operation, the applicant designed a kind of can be for the rotating base of portable mobile wireless pyroelectric monitor all-in-one.
The direct injection molding of traditional antenna joint, and by release after the plastics torsional deformation.When its shortcoming is to be out of shape, easily produce fatigue breakdown, directly cause the fracture of lock portion plastics, locking effect lost efficacy thereupon; And lack the functional module that coordinates the antenna monitoring, can't carry out determination and analysis to the antenna of instant use.
Conventional wireless pyroelectric monitor equipment is all the battery volume adopted little (being all generally because battery capacity is little), needs the equal size battery of several joints, and connects by application specific architecture; Existing mounting means, be all to adopt the mode of packing into from the handle bottom, and a pad is installed in the handle that such structure needs, and causes complex structure, the pad trouble of taking while changing battery, and production cost is high.
At present, in radio monitoring and direction finding field, the connection between monitoring and direction finding system equipment is all to adopt wired connection basically.Although also have by wireless network card in the mode be connected between computing machine and monitoring and direction finding system, there is no to use between equipment the precedent of Wireless Data Transmission.
The utility model content
The purpose of this utility model is to overcome the problems referred to above that prior art exists, and proposes a kind of portable mobile wireless pyroelectric monitor all-in-one.The utility model adopts central processing system is integrated in to a casing inside, the complex structure that prior art exists, function singleness, the disguised poor and portable poor technical matters of operation have been overcome, simple in structure, can realize multi-functional operation, can directly by hand-held, monitor operation, operation is disguised high and very convenient to carry, can automatically identify coupling antenna used; Can carry out data information exchange with the wireless network receiving terminal, reliability is high.
The utility model is realized by the following technical solutions:
A kind of portable mobile wireless pyroelectric monitor all-in-one, comprise directional antenna, casing and central processing system, described directional antenna is fixed on casing, described central processing system comprises signal processing unit, the intermediate frequency analytic unit, receiver unit and electronic compass, it is characterized in that: described central processing system also comprises antenna recognition unit and radio network unit, described signal processing unit, the intermediate frequency analytic unit, receiver unit, electronic compass and wireless transmission unit are integrated in casing, described signal processing unit respectively with the intermediate frequency analytic unit, receiver unit, electronic compass, the antenna recognition unit is connected with wireless transmission unit.
Described central processing system also comprises and is arranged on the accumulator of power supply in chamber and is arranged on the display on casing, and described signal processing unit is connected with display with accumulator respectively.
Described wireless transmission unit is WIFI unit or bluetooth unit.
Described antenna recognition unit comprises encoding board and contact point, described directional antenna is provided with antenna terminal, casing is provided with the casing joint, encoding board is arranged on antenna terminal, contact point is arranged on the casing joint, described directional antenna is fixed on casing by antenna terminal and casing joint, and encoding board contacts with contact point and forms antenna identification passage.
Described antenna terminal offers connection chamber, and encoding board is arranged in connection chamber; Described contact point inserts in connection chamber and contacts with encoding board by the casing joint.
Described encoding board is two, and two encoding board symmetries are arranged in the antenna terminal connection chamber; Contact point is two, and two symmetrical contact points are arranged on the casing joint, a described encoding board and a contact point, and another encoding board and another contact point are idle condition.
The mutual angle of described two encoding boards is 180 degree, and two mutual angles of contact point are 90 degree.
Described casing joint is provided with rotary locking cover, and directional antenna inserts in rotary locking cover and is fixed on casing by antenna terminal.
Described antenna terminal is provided with the arc-shaped transitional surface of four symmetries, forms link slot between every two arc-shaped transitional surfaces, and the both sides of link slot are equipped with the inclined-plane coordinated with arc-shaped transitional surface.
One end of described antenna terminal is stiff end, and the other end is link; Described stiff end is provided with transition section, and connection chamber is opened in link; Antenna terminal is fixed on directional antenna by transition section; Each arc-shaped transitional surface of link is provided with circular arc chamfering, and the connection chamber inwall of link is provided with chamfering.
Described encoding board is at least one, and encoding board is inclined on the inwall of connection chamber.
Described encoding board is two, and two encoding boards are symmetricly set on the inwall of connection chamber.
The angle of inclination of described encoding board is 45 °.
Described electronic compass comprises the compass housing, in described compass housing, Magnetic Sensor, acceleration transducer and single-chip microcomputer are installed, in described compass housing, gyroscope also is installed, described single-chip microcomputer is connected with Magnetic Sensor, acceleration transducer and gyroscope respectively, and described Magnetic Sensor is provided with X
1Axle, Y
1Axle and Z
1Axle, acceleration transducer is provided with X
2Axle, Y
2Axle and Z
2Axle, gyroscope is provided with X
3Axle, Y
3Axle and Z
3Axle, described X
1Axle, X
2Axle and X
3Axle is overlapped into a whole X-axis, described Y on three dimensions
1Axle, Y
2Axle and Y
3Axle is overlapped into a whole Y-axis, described Z on three dimensions
1Axle, Z
2Axle and Z
3Axle is overlapped into a whole Z axis on three dimensions, the length of described compass housing is 2.13cm-2.43cm, and the width of housing is 1.67cm-1.9cm.
Described casing top is provided with portable handle, middle part is provided with the heat radiation radome and bottom is provided with hand-held handle, and described heat radiation radome is provided with the receiving terminal clamping device; Described hand-held handle is provided with the power supply chamber of slip lid and side openings, the power supply chamber is sealed in hand-held handle by slip lid, power supply is provided with dividing plate in chamber, the dividing plate chamber that will power is divided into battery installation cavity and data line storage chamber, one end of described battery installation cavity is provided with the battery cathode spring, and the other end is provided with the anode copper sheet; In described data line storage chamber, be provided with power supply connector and power switch, described anode copper sheet is connected with power supply connector by data line, and described slip lid is provided with non-skid band.
Described slip lid is provided with buckle, and the bottom of hand-held handle is provided with for the fixing draw-in groove of slip lid, and slip lid is fixed on hand-held handle by buckle and draw-in groove.
Described non-skid band is tread plate, anti-slip tank or anti-skidding projection.
Described a kind of portable mobile wireless pyroelectric monitor all-in-one also comprises rotating base, described rotating base comprises bracing frame, upper end cover, rotational shell, fixed housing and bottom end cover, described fixed housing is provided with rotation axis, support frame as described above is fixed on upper end cover and forms hand-held handle lock chamber, described upper end cover is fixed on an end of rotational shell, the other end of rotational shell is fixed on the rotation axis of fixed housing, bottom end cover is fixed on the bottom of fixed housing, and described casing inserts in hand-held handle lock chamber and is fixed on rotating base by hand-held handle.
In described fixed housing, be provided with motor, rotation axis is the output shaft of motor; Described upper end cover is provided with support fixture and motor charging inlet, and the support fixture is provided with projection, draw-in groove and infrared receiving terminal, and the support frame as described above bottom is provided with the fixed orifice coordinated with projection.
Described bottom end cover is provided with anti-skidding projection.
The bottom of described fixed housing is provided with screw thread.
Signal processing unit is controlled and calculated signals for data transmission, receiver; The intermediate frequency analytic unit is for carrying out FFT calculating to signal; Receiver unit is for receiving radio signals; Electronic compass is used to indicate signal source direction and antenna attitude; The antenna recognition unit is for identifying parameter and the polarised direction of antenna used; The WIFI unit is for carrying out message exchange with wireless network terminal; Display is for showing result of calculation and system status parameters; Accumulator is for providing system required power supply.
Compared with prior art, its advantage is the utility model:
1, the utility model adopts central processing system is integrated in to a casing inside, the complex structure that prior art exists, function singleness, the disguised poor and portable poor technical matters of operation have been overcome, simple in structure, can realize multi-functional operation, can directly by hand-held, monitor operation, operation is disguised high and very convenient to carry, can automatically identify coupling antenna used; WIFI unit or bluetooth unit are as wireless transmission unit, and central processing system can be carried out data information exchange with receiving terminal, and reliability is high.
2, the utility model adopts antenna terminal to offer connection chamber, and encoding board is arranged in connection chamber; Described contact point inserts in connection chamber and contacts with encoding board by the casing joint; Rational design, after guaranteeing that directional antenna and all-in-one are fixing, signal processing unit can contact by contact point the next antenna data of transmission and process with encoding board, and by display, shows the parameter of current use directional antenna.
3, the utility model adopts described casing joint to be provided with rotary locking cover, and directional antenna inserts in rotary locking cover and is fixed on casing by antenna terminal; Rotary locking cover adopts the mode of outer locking, guarantee that directional antenna is fixed on all-in-one by antenna terminal, can prevent that directional antenna from coming off, stabilized structure, also can avoid the fixing insecure generation of directional antenna to rock, and cause the situation of the current directional antenna of None-identified.
4, the utility model adopts described antenna terminal to be provided with the arc-shaped transitional surface of four symmetries, forms link slot between every two arc-shaped transitional surfaces, and the both sides of link slot are equipped with the inclined-plane coordinated with arc-shaped transitional surface; Can prevent from being rotated further after the directional antenna assembling, simple in structure, easy to use, effect is remarkable.
5, an end of the described antenna terminal of the utility model employing is stiff end, and the other end is link; Described stiff end is provided with transition section, and connection chamber is opened in link; Antenna terminal is fixed on directional antenna by transition section; Each arc-shaped transitional surface of link is provided with circular arc chamfering, and the connection chamber inwall of link is provided with chamfering; The assembling that is set to directional antenna of circular arc chamfering has increased guide function, with the casing joint, fixes in the rotary locking cover that makes directional antenna to import easily to be assembled on portable mobile wireless pyroelectric monitor all-in-one; Chamfering is that the upper contact point on portable mobile wireless pyroelectric monitor all-in-one casing joint leads, and makes contact point to touch easily encoding board, realizes the antenna monitoring.
6, the utility model adopts electronic compass to comprise the compass housing, in described compass housing, Magnetic Sensor, acceleration transducer and single-chip microcomputer are installed, in described compass housing, gyroscope also is installed, described single-chip microcomputer is connected with Magnetic Sensor, acceleration transducer and gyroscope respectively, and described Magnetic Sensor is provided with X
1Axle, Y
1Axle and Z
1Axle, acceleration transducer is provided with X
2Axle, Y
2Axle and Z
2Axle, gyroscope is provided with X
3Axle, Y
3Axle and Z
3Axle, described X
1Axle, X
2Axle and X
3Axle is overlapped into a whole X-axis, described Y on three dimensions
1Axle, Y
2Axle and Y
3Axle is overlapped into a whole Y-axis, described Z on three dimensions
1Axle, Z
2Axle and Z
3Axle is overlapped into a whole Z axis on three dimensions; Adopt Magnetic Sensor, acceleration transducer and gyroscope; The precision of its orientation angles can be under dynamical state, guaranteed, and the angular range that its scope of angle that compass now rotates through around axis of orientation and its axis of orientation tilt can be drawn; In the electronic compass of Magnetic Sensor, acceleration transducer and the integrated X-axis of gyrostatic this 9 axle, Y-axis, Z axis, utilize Magnetic Sensor collection magnetic field data on every side, acceleration transducer collection acceleration (comprising acceleration of gravity) now, the angular speed that the gyroscope collection is rotated; 9 axis data that collect can be carried out to data fusion by quaternary element algorithm, its principle is to utilize non-dynamic not drift and the dynamically data fusion complementation carried out of in short-term high precision of gyroscope when long of acceleration transducer, and its magnetic field data collected is compensated; The length of compass housing is 2.13cm-2.43cm, the width of housing is during 1.67cm-1.9cm is specially adapted to be integrated in portable mobile wireless pyroelectric monitor all-in-one, can wasting space, integration is high, and make conveniently, can guarantee that Magnetic Sensor, acceleration transducer and gyroscope work in all-in-one.
7, the utility model employing casing top is provided with portable handle, middle part is provided with the heat radiation radome and bottom is provided with hand-held handle, described heat radiation radome is provided with the receiving terminal clamping device, mobile phone is installed during for work, and mobile phone can carry out the exchange of data message by WIFI unit and portable mobile wireless pyroelectric monitor all-in-one; Hand-held handle is provided with the power supply chamber of slip lid and side openings, the power supply chamber is sealed in hand-held handle by slip lid, power supply is provided with dividing plate in chamber, the dividing plate chamber that will power is divided into battery installation cavity and data line storage chamber, one end of described battery installation cavity is provided with the battery cathode spring, and the other end is provided with the anode copper sheet; In described data line storage chamber, be provided with power supply connector and power switch, described anode copper sheet is connected with power supply connector by data line, and described slip lid is provided with non-skid band; Directly on hand-held handle, offer the power supply chamber of lateral opening, battery cover adopts the sliding groove structure design, installs and dismantle convenient.
8, the utility model adopts rotating base, described rotating base comprises bracing frame, upper end cover, rotational shell, fixed housing and bottom end cover, described fixed housing is provided with rotation axis, support frame as described above is fixed on upper end cover and forms hand-held handle lock chamber, described upper end cover is fixed on an end of rotational shell, the other end of rotational shell is fixed on the rotation axis of fixed housing, bottom end cover is fixed on the bottom of fixed housing, and described casing inserts in hand-held handle lock chamber and is fixed on rotating base by hand-held handle; Can allow electronic compass away from the mechanical magnetic assembly, magnetic interference is reduced greatly; Easy for installation, directly dismounting.
9, the utility model adopts in fixed housing and is provided with motor, and rotation axis is the output shaft of motor; Described upper end cover is provided with support fixture and motor charging inlet, and the support fixture is provided with projection, draw-in groove and infrared receiving terminal, and the support frame as described above bottom is provided with the fixed orifice coordinated with projection; The design of support fixture forms split-type structural by bracing frame, easy disassembly; Infrared receiving terminal is set, can realizes wireless photosensitive device transmission, transmit simple and convenient; The motor charging inlet, charge for the motor in fixed housing.
10, the utility model adopts central processing system also to comprise to be arranged on the accumulator in the power supply chamber and to be arranged on the display on casing, and described signal processing unit is connected with display with accumulator respectively; Display is for showing result of calculation and system status parameters; Accumulator is for providing system required power supply, simple in structure, is user-friendly for execute-in-place; And the replacing of accumulator is also very convenient, assurance equipment is normally used in the wild, extends the service time of all-in-one simultaneously.
11, the utility model employing encoding board is two, and two encoding board symmetries are arranged in the antenna terminal connection chamber; Contact point is two, and two symmetrical contact points are arranged on the casing joint, a described encoding board and a contact point, and another encoding board and another contact point are idle condition; No matter this structure is directional antenna laterally is installed or directional antenna vertically is installed and all can be packed an encoding board and contact with a contact point, and two mutual angles of encoding board are 180 degree, and two mutual angles of contact point are 90 degree; According to the coding of different angles, contact with contact point, central processing system can be identified the installation direction of antenna, forms the polarised direction identification of directional antenna; Central processing system reads the information in encoding board by contact point simultaneously, the antenna type of identification directional antenna, and the user is easy to operate, easy to carry.
12, the utility model can emerge the WIFI unit by built-in WIFI focus in portable mobile wireless pyroelectric monitor all-in-one, can carry out wireless network with the receiving terminal with WIFI focus interface is connected, by wireless network, carry out data transmission, enlarged the usable range of portable mobile wireless pyroelectric monitor all-in-one.
The accompanying drawing explanation
Fig. 1 is the utility model structural representation
Fig. 2 is the connection block diagram of the utility model central processing system
Fig. 3 is the utility model directional antenna structural representation
Fig. 4 is the utility model antenna terminal structural representation
Fig. 5 is the utility model electronic compass structural representation
Fig. 6 is the utility model rotary base structure schematic diagram
Fig. 7 is the utility model upper end shrouding disc structural representation
Fig. 8 structural representation after fixing that is the utility model by portable mobile wireless pyroelectric monitor all-in-one and rotating base
Fig. 9 is the utility model power supply cavity configuration schematic diagram
In figure, be labeled as: 1, directional antenna, 2, casing, 3, signal processing unit, 4, the intermediate frequency analytic unit, 5, electronic compass, 6, receiver unit, 7, the antenna recognition unit, 8, wireless transmission unit, 9, display, 10, accumulator, 11, audio unit, 12, receiving terminal, 13, rotating base, 111, antenna terminal, 112, arc-shaped transitional surface, 113, link slot, 114, inclined-plane, 115, transition section, 116, circular arc chamfering, 117, chamfering, 131, bracing frame, 132, upper end cover, 133, rotational shell, 134, fixed housing, 135, bottom end cover, 136, the support fixture, 137, the motor charging inlet, 138, projection, 139, draw-in groove, 140, infrared receiving terminal, 211, the casing joint, 212, rotary locking cover, 213, the heat radiation radome, 214, hand-held handle, 215, slip lid, 216, the battery cathode spring, 217, the anode copper sheet, 218, non-skid band, 219, the infrared ray mouth, 220, the charge in batteries socket, 51, the compass housing, 52, Magnetic Sensor, 53, acceleration transducer, 54, single-chip microcomputer, 55, gyroscope, 711, encoding board, 712, contact point.
Embodiment:
Below in conjunction with accompanying drawing, the utility model is further detailed:
Embodiment 1:
A kind of portable mobile wireless pyroelectric monitor all-in-one, comprise directional antenna 1, casing 2 and central processing system, described directional antenna 1 is fixed on casing 2, described central processing system comprises signal processing unit 3, intermediate frequency analytic unit 4, receiver unit 6 and electronic compass 5, described central processing system also comprises antenna recognition unit 7 and wireless transmission unit 8, described signal processing unit 3, intermediate frequency analytic unit 4, receiver unit 6, electronic compass 5 and wireless transmission unit 8 are integrated in casing 2, described signal processing unit 3 respectively with intermediate frequency analytic unit 4, receiver unit 6, electronic compass 5, antenna recognition unit 7 is connected with wireless transmission unit 8.
Described antenna recognition unit 7 comprises encoding board 711 and contact point 712, described directional antenna 1 is provided with antenna terminal 111, casing 2 is provided with casing joint 211, encoding board 7 is arranged on antenna terminal 111, contact point 712 is arranged on casing joint 211, described directional antenna 1 is fixed on casing 2 by antenna terminal 111 and casing joint 211, and encoding board 711 contacts with contact point 712 and forms antenna identification passage.
In the utility model, described antenna terminal 111 offers connection chamber, and encoding board 711 is arranged in connection chamber; Described contact point 712 inserts in connection chamber and contacts with encoding board 711 by casing joint 211.
In the utility model, described encoding board 711 is two, and two encoding board 711 symmetries are arranged in antenna terminal 111 connection chambers; Contact point 712 is two, and two symmetrical contact points 712 are arranged on casing joint 211, a described encoding board 711 and a contact point 712, and another encoding board 711 and another contact point 712 are idle condition.
The mutual angle of described two encoding boards 711 is 180 degree, and two mutual angles of contact point 712 are 90 degree.
In the utility model, described casing joint 211 is provided with rotary locking cover 212, and directional antenna 1 inserts in rotary locking cover 212 and is fixed on casing 2 by antenna terminal 111.
In the utility model, described antenna terminal 111 is provided with the arc-shaped transitional surface 112 of four symmetries, between every two arc-shaped transitional surfaces 112, forms link slot 113, and the both sides of link slot 113 are equipped with the inclined-plane 114 coordinated with arc-shaped transitional surface 112.
In the utility model, an end of described antenna terminal 111 is stiff end, and the other end is link; Described stiff end is provided with transition section 115, and connection chamber is opened in link; Antenna terminal 111 is fixed on directional antenna 1 by transition section 115; Each arc-shaped transitional surface 112 of link is provided with circular arc chamfering 116, and the connection chamber inwall of link is provided with chamfering 117.
In the utility model, described electronic compass 5 comprises compass housing 51, Magnetic Sensor 52, acceleration transducer 53 and single-chip microcomputer 54 are installed in described compass housing 51, in described compass housing 51, gyroscope 55 also is installed, described single-chip microcomputer 54 is connected 55 with Magnetic Sensor 52, acceleration transducer 53 with gyroscope respectively, and described Magnetic Sensor 52 is provided with X
1Axle, Y
1Axle and Z
1Axle, acceleration transducer 53 is provided with X
2Axle, Y
2Axle and Z
2Axle, gyroscope 55 is provided with X
3Axle, Y
3Axle and Z
3Axle, described X
1Axle, X
2Axle and X
3Axle is overlapped into a whole X-axis, described Y on three dimensions
1Axle, Y
2Axle and Y
3Axle is overlapped into a whole Y-axis, described Z on three dimensions
1Axle, Z
2Axle and Z
3Axle is overlapped into a whole Z axis on three dimensions, the length of described compass housing 51 is 2.13cm, and the width of compass housing 51 is 1.67cm.
In the utility model, described central processing system also comprises and is arranged on the accumulator 9 of power supply in chamber and is arranged on the display 10 on casing 2, and described signal processing unit 2 is connected with display 10 with accumulator 9 respectively.
In use, central processing system also comprises the audio unit 11 be integrated in casing 2 to the utility model, and described signal processing unit 2 is connected with audio unit 11.
The utility model in use, wireless transmission unit 8 is the WIFI unit, signal processing unit 3 can be connected with the receiving terminal 12 for information reception, processing and forwarding by the WIFI network, realizes the message exchange of signal processing unit 3 and receiving terminal 12, and receiving terminal 12 is mobile phone.
The workflow of portable mobile wireless pyroelectric monitor all-in-one:
Step 1, radio signal are delivered to receiver unit 6 through directional antenna 1;
Step 4, signal processing unit 2 are controlled the position angle of current directional antenna 1 indication of electronic compass 5 Real-time Obtaining, and the spectrum signal of integrating step 3, calculate signal intensity corresponding to this position angle;
Step 7, by a few step the data obtaineds in front, calculate the orientation at radio-signal source place;
Particularly adopt mobile phone as receiving terminal, disguised strong, and also easy to use.
Also can in radio signal before directional antenna 1 is delivered to receiver unit 6, by setting up attenuator, the intensity of radio signal be processed, the radio signal after processing enters receiver unit 6.
Embodiment 2:
A kind of portable mobile wireless pyroelectric monitor all-in-one, comprise directional antenna 1, casing 2 and central processing system, described directional antenna 1 is fixed on casing 2, described central processing system comprises signal processing unit 3, intermediate frequency analytic unit 4, receiver unit 6 and electronic compass 5, described central processing system also comprises antenna recognition unit 7 and wireless transmission unit 8, described signal processing unit 3, intermediate frequency analytic unit 4, receiver unit 6, electronic compass 5 and wireless transmission unit 8 are integrated in casing 2, described signal processing unit 3 respectively with intermediate frequency analytic unit 4, receiver unit 6, electronic compass 5, antenna recognition unit 7 is connected with wireless transmission unit 8.
Described antenna recognition unit 7 comprises encoding board 711 and contact point 712, described directional antenna 1 is provided with antenna terminal 111, casing 2 is provided with casing joint 211, encoding board 7 is arranged on antenna terminal 111, contact point 712 is arranged on casing joint 211, described directional antenna 1 is fixed on casing 2 by antenna terminal 111 and casing joint 211, and encoding board 711 contacts with contact point 712 and forms antenna identification passage.
In the utility model, described antenna terminal 111 offers connection chamber, and encoding board 711 is arranged in connection chamber; Described contact point 712 inserts in connection chamber and contacts with encoding board 711 by casing joint 211.
In the utility model, described encoding board 711 is two, and two encoding board 711 symmetries are arranged in antenna terminal 111 connection chambers; Contact point 712 is two, and two symmetrical contact points 712 are arranged on casing joint 211, a described encoding board 711 and a contact point 712, and another encoding board 711 and another contact point 712 are idle condition.
The mutual angle of described two encoding boards 711 is 180 degree, and two mutual angles of contact point 712 are 90 degree.
In the utility model, described casing joint 211 is provided with rotary locking cover 212, and directional antenna 1 inserts in rotary locking cover 212 and is fixed on casing 2 by antenna terminal 111.
In the utility model, described antenna terminal 111 is provided with the arc-shaped transitional surface 112 of four symmetries, between every two arc-shaped transitional surfaces 112, forms link slot 113, and the both sides of link slot 113 are equipped with the inclined-plane 114 coordinated with arc-shaped transitional surface 112.
In the utility model, an end of described antenna terminal 111 is stiff end, and the other end is link; Described stiff end is provided with transition section 115, and connection chamber is opened in link; Antenna terminal 111 is fixed on directional antenna 1 by transition section 115; Each arc-shaped transitional surface 112 of link is provided with circular arc chamfering 116, and the connection chamber inwall of link is provided with chamfering 117.
In the utility model, described electronic compass 5 comprises compass housing 51, Magnetic Sensor 52, acceleration transducer 53 and single-chip microcomputer 54 are installed in described compass housing 51, in described compass housing 51, gyroscope 55 also is installed, described single-chip microcomputer 54 is connected 55 with Magnetic Sensor 52, acceleration transducer 53 with gyroscope respectively, and described Magnetic Sensor 52 is provided with X
1Axle, Y
1Axle and Z
1Axle, acceleration transducer 53 is provided with X
2Axle, Y
2Axle and Z
2Axle, gyroscope 55 is provided with X
3Axle, Y
3Axle and Z
3Axle, described X
1Axle, X
2Axle and X
3Axle is overlapped into a whole X-axis, described Y on three dimensions
1Axle, Y
2Axle and Y
3Axle is overlapped into a whole Y-axis, described Z on three dimensions
1Axle, Z
2Axle and Z
3Axle is overlapped into a whole Z axis on three dimensions, the length of described compass housing 51 is 2.23cm, and the width of compass housing 51 is 1.77cm.
In the utility model, described central processing system also comprises and is arranged on the accumulator 9 of power supply in chamber and is arranged on the display 10 on casing 2, and described signal processing unit 2 is connected with display 10 with accumulator 9 respectively.
In the utility model, described casing 2 tops are provided with dismountable portable handle 212, middle part is provided with heat radiation radome 213 and bottom is provided with hand-held handle 214, and described heat radiation radome 213 is provided with the receiving terminal clamping device; Described hand-held handle 214 is provided with the power supply chamber of slip lid 215 and side openings, the power supply chamber is sealed in hand-held handle 214 by slip lid 215, power supply is provided with dividing plate in chamber, the dividing plate chamber that will power is divided into battery installation cavity and data line storage chamber, one end of described battery installation cavity is provided with battery cathode spring 216, and the other end is provided with anode copper sheet 217; In described data line storage chamber, be provided with power supply connector and power switch, described anode copper sheet is connected with power supply connector by data line, and described slip lid 215 is provided with non-skid band 218.
The utility model in use, arranges infrared ray mouth 219 on hand-held handle 214, can overlap with rotating base 13; Underbelly is designed with the j-tag mouth, facilitates the production debugging upgrading; The below of display 9 is designed with the boombox loudspeaker, and use procedure is not wear earphone; The side of casing 2 also is designed with charge in batteries socket 220, and directly Payload attach fitting charges to accumulator 10; Ergonomically the dismountable portable handle 214 of design, more easily laborsaving in the time of can allowing the user be affectedly bashful product.
The utility model in use, wireless transmission unit 8 is bluetooth unit, signal processing unit 3 can be connected with the receiving terminal 12 for information reception, processing and forwarding by blueteeth network, realizes the message exchange of signal processing unit 3 and receiving terminal 12, and receiving terminal 12 is mobile phone.
The workflow of portable mobile wireless pyroelectric monitor all-in-one:
Step 1, radio signal are delivered to receiver unit 6 through directional antenna 1;
Step 4, signal processing unit 2 are controlled the position angle of current directional antenna 1 indication of electronic compass 5 Real-time Obtaining, and the spectrum signal of integrating step 3, calculate signal intensity corresponding to this position angle;
Step 7, by a few step the data obtaineds in front, calculate the orientation at radio-signal source place;
Particularly adopt mobile phone as receiving terminal, disguised strong, and also easy to use.
Also can in radio signal before directional antenna 1 is delivered to receiver unit 6, by setting up attenuator, the intensity of radio signal be processed, the radio signal after processing enters receiver unit 6.
Embodiment 3:
A kind of portable mobile wireless pyroelectric monitor all-in-one, comprise directional antenna 1, casing 2 and central processing system, described directional antenna 1 is fixed on casing 2, described central processing system comprises signal processing unit 3, intermediate frequency analytic unit 4, receiver unit 6 and electronic compass 5, described central processing system also comprises antenna recognition unit 7 and wireless transmission unit 8, described signal processing unit 3, intermediate frequency analytic unit 4, receiver unit 6, electronic compass 5 and wireless transmission unit 8 are integrated in casing 2, described signal processing unit 3 respectively with intermediate frequency analytic unit 4, receiver unit 6, electronic compass 5, antenna recognition unit 7 is connected with wireless transmission unit 8.
Described antenna recognition unit 7 comprises encoding board 711 and contact point 712, described directional antenna 1 is provided with antenna terminal 111, casing 2 is provided with casing joint 211, encoding board 7 is arranged on antenna terminal 111, contact point 712 is arranged on casing joint 211, described directional antenna 1 is fixed on casing 2 by antenna terminal 111 and casing joint 211, and encoding board 711 contacts with contact point 712 and forms antenna identification passage.
In the utility model, described antenna terminal 111 offers connection chamber, and encoding board 711 is arranged in connection chamber; Described contact point 712 inserts in connection chamber and contacts with encoding board 711 by casing joint 211.
In the utility model, described encoding board 711 is two, and two encoding board 711 symmetries are arranged in antenna terminal 111 connection chambers; Contact point 712 is two, and two symmetrical contact points 712 are arranged on casing joint 211, a described encoding board 711 and a contact point 712, and another encoding board 711 and another contact point 712 are idle condition.
The mutual angle of described two encoding boards 711 is 180 degree, and two mutual angles of contact point 712 are 90 degree.
In the utility model, described casing joint 211 is provided with rotary locking cover 212, and directional antenna 1 inserts in rotary locking cover 212 and is fixed on casing 2 by antenna terminal 111.
In the utility model, described antenna terminal 111 is provided with the arc-shaped transitional surface 112 of four symmetries, between every two arc-shaped transitional surfaces 112, forms link slot 113, and the both sides of link slot 113 are equipped with the inclined-plane 114 coordinated with arc-shaped transitional surface 112.
In the utility model, an end of described antenna terminal 111 is stiff end, and the other end is link; Described stiff end is provided with transition section 115, and connection chamber is opened in link; Antenna terminal 111 is fixed on directional antenna 1 by transition section 115; Each arc-shaped transitional surface 112 of link is provided with circular arc chamfering 116, and the connection chamber inwall of link is provided with chamfering 117.
In the utility model, described electronic compass 5 comprises compass housing 51, Magnetic Sensor 52, acceleration transducer 53 and single-chip microcomputer 54 are installed in described compass housing 51, in described compass housing 51, gyroscope 55 also is installed, described single-chip microcomputer 54 is connected 55 with Magnetic Sensor 52, acceleration transducer 53 with gyroscope respectively, and described Magnetic Sensor 52 is provided with X
1Axle, Y
1Axle and Z
1Axle, acceleration transducer 53 is provided with X
2Axle, Y
2Axle and Z
2Axle, gyroscope 55 is provided with X
3Axle, Y
3Axle and Z
3Axle, described X
1Axle, X
2Axle and X
3Axle is overlapped into a whole X-axis, described Y on three dimensions
1Axle, Y
2Axle and Y
3Axle is overlapped into a whole Y-axis, described Z on three dimensions
1Axle, Z
2Axle and Z
3Axle is overlapped into a whole Z axis on three dimensions, the length of described compass housing 51 is 2.43cm, and the width of compass housing 51 is 1.9cm.
In the utility model, described central processing system also comprises and is arranged on the accumulator 9 of power supply in chamber and is arranged on the display 10 on casing 2, and described signal processing unit 2 is connected with display 10 with accumulator 9 respectively.
In the utility model, described casing 2 tops are provided with dismountable portable handle 212, middle part is provided with heat radiation radome 213 and bottom is provided with hand-held handle 214, and described heat radiation radome 213 is provided with the receiving terminal clamping device; Described hand-held handle 214 is provided with the power supply chamber of slip lid 215 and side openings, the power supply chamber is sealed in hand-held handle 214 by slip lid 215, power supply is provided with dividing plate in chamber, the dividing plate chamber that will power is divided into battery installation cavity and data line storage chamber, one end of described battery installation cavity is provided with battery cathode spring 216, and the other end is provided with anode copper sheet 217; In described data line storage chamber, be provided with power supply connector and power switch, described anode copper sheet is connected with power supply connector by data line, and described slip lid 215 is provided with non-skid band 218.
In the utility model, described a kind of portable mobile wireless pyroelectric monitor all-in-one also comprises rotating base 13, described rotating base 13 comprises bracing frame 131, upper end cover 132, rotational shell 133, fixed housing 134 and bottom end cover 135, described fixed housing 134 is provided with rotation axis, support frame as described above 134 is fixed on upper end cover 132 and forms hand-held handle lock chamber, described upper end cover 132 is fixed on an end of rotational shell 133, the other end of rotational shell 133 is fixed on the rotation axis of fixed housing 134, and bottom end cover 135 is fixed on the bottom of fixed housing 134; Described casing 2 inserts in hand-held handle lock chamber and is fixed on rotating base 13 by hand-held handle 214.
In the utility model, be provided with motor in described fixed housing 134, rotation axis is the output shaft of motor; Described upper end cover 132 is provided with support fixture 136 and motor charging inlet 137, and support fixture 136 is provided with projection 138, draw-in groove 139 and infrared receiving terminal 140, and support frame as described above 131 bottoms are provided with and projection 138 fixed orifices that coordinate.
The utility model in use, wireless transmission unit 8 is bluetooth unit, signal processing unit 3 can be connected with the receiving terminal 12 for information reception, processing and forwarding by blueteeth network, realizes the message exchange of signal processing unit 3 and receiving terminal 12, and receiving terminal 12 is panel computer.
A kind of method that is applicable to portable mobile wireless pyroelectric monitor all-in-one identification antenna that the utility model can the request for utilization people be applied for simultaneously,
A kind of method that is applicable to portable mobile wireless pyroelectric monitor all-in-one identification antenna, comprise the directional antenna identification step, and described directional antenna identification step comprises:
A, scanning machine shell joint head have judged whether that directional antenna is connected with the casing joint by antenna terminal, if there is no the directional antenna access, continue scanning;
If B has directional antenna access, when signal processing unit contacts by a contact point in two contact points on the encoding board in the antenna terminal connection chamber and casing joint, the antenna installation direction value that the level of reading fixes up an aerial wire; When encoding board contacts with another contact point, read the antenna installation direction value of at right angle setting antenna; The polarised direction that signal processing unit reads by reading antenna installation direction value directional antenna that current system is used;
C, signal processing unit also contact with encoding board by contact point, reading antenna coding numerical value; Signal processing unit is by the antenna type that numerical value reads directional antenna that current system is used of encoding.
Claims (10)
1. portable mobile wireless pyroelectric monitor all-in-one, comprise directional antenna (1), casing (2) and central processing system, described directional antenna (1) is fixed on casing (2), described central processing system comprises signal processing unit (3), intermediate frequency analytic unit (4), receiver unit (6) and electronic compass (5), it is characterized in that: described central processing system also comprises antenna recognition unit (7) and wireless transmission unit (8), described signal processing unit (3), intermediate frequency analytic unit (4), receiver unit (6), electronic compass (5) and wireless transmission unit (8) are integrated in casing (2), described signal processing unit (3) respectively with intermediate frequency analytic unit (4), receiver unit (6), electronic compass (5), antenna recognition unit (7) is connected with wireless transmission unit (8).
2. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 1, it is characterized in that: described antenna recognition unit (7) comprises encoding board (711) and contact point (712), described directional antenna (1) is provided with antenna terminal (111), casing (2) is provided with casing joint (211), encoding board (711) is arranged on antenna terminal (111), contact point (712) is arranged on casing joint (211), described directional antenna (1) is fixed on casing (2) by antenna terminal (111) and casing joint (211), encoding board (711) contacts with contact point (712) and forms antenna identification passage.
3. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 2, it is characterized in that: described antenna terminal is opened (111) and is provided with connection chamber, and encoding board (711) is arranged in connection chamber; Described contact point (712) inserts in connection chamber and contacts with encoding board (711) by casing joint (211).
4. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 3, it is characterized in that: described encoding board (711) is two, two encoding boards (711) symmetry is arranged in antenna terminal (111) connection chamber; Contact point (712) is two, and it is upper that two symmetrical contact points (712) are arranged on casing joint (211), a described encoding board (711) and a contact point (712), and another encoding board (711) and another contact point (712) they are idle condition; The mutual angle of described two encoding boards (711) is 180 degree, and the mutual angle of two contact points (712) is 90 degree; Described casing joint (211) is provided with rotary locking cover (212), and directional antenna (1) inserts in rotary locking cover (212) and is fixed on casing (2) by antenna terminal (111).
5. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 2, it is characterized in that: described antenna terminal (111) is provided with the arc-shaped transitional surface (112) of four symmetries, between every two arc-shaped transitional surfaces (112), form link slot (113), the both sides of link slot (113) are equipped with the inclined-plane (114) coordinated with arc-shaped transitional surface (112); One end of described antenna terminal (111) is stiff end, and the other end is link; Described stiff end is provided with transition section (115), and connection chamber is opened in link; Antenna terminal (111) is fixed on directional antenna (1) by transition section (115); Each arc-shaped transitional surface (112) of link is provided with circular arc chamfering (116), and the connection chamber inwall of link is provided with chamfering (117).
6. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 1, it is characterized in that: described electronic compass (5) comprises compass housing (51), Magnetic Sensor (52), acceleration transducer (53) and single-chip microcomputer (54) are installed in described compass housing (51), gyroscope (55) also is installed in described compass housing (51), described single-chip microcomputer (54) is connected with Magnetic Sensor (52), acceleration transducer (53) and gyroscope (55) respectively, and described Magnetic Sensor (52) is provided with X
1Axle, Y
1Axle and Z
1Axle, acceleration transducer (53) is provided with X
2Axle, Y
2Axle and Z
2Axle, gyroscope (55) is provided with X
3Axle, Y
3Axle and Z
3Axle, described X
1Axle, X
2Axle and X
3Axle is overlapped into a whole X-axis, described Y on three dimensions
1Axle, Y
2Axle and Y
3Axle is overlapped into a whole Y-axis, described Z on three dimensions
1Axle, Z
2Axle and Z
3Axle is overlapped into a whole Z axis on three dimensions, the length of described compass housing (51) is 2.13cm-2.43cm, and the width of compass housing (51) is 1.67cm-1.9cm.
7. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 1, it is characterized in that: described casing (2) top is provided with dismountable portable handle (221), middle part is provided with heat radiation radome (213) and bottom is provided with hand-held handle (214), and described heat radiation radome (213) is provided with the receiving terminal clamping device; Described hand-held handle (214) is provided with the power supply chamber of slip lid (215) and side openings, the power supply chamber is sealed in hand-held handle (214) by slip lid (215), power supply is provided with dividing plate in chamber, the dividing plate chamber that will power is divided into battery installation cavity and data line storage chamber, one end of described battery installation cavity is provided with battery cathode spring (216), and the other end is provided with anode copper sheet (217); In described data line storage chamber, be provided with power supply connector and power switch, described anode copper sheet (217) is connected with power supply connector by data line, and described slip lid (214) is provided with non-skid band (218).
8. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 1, it is characterized in that: described a kind of portable mobile wireless pyroelectric monitor all-in-one also comprises rotating base (13), described rotating base (13) comprises bracing frame (131), upper end cover (132), rotational shell (133), fixed housing (134) and bottom end cover (135), described fixed housing (134) is provided with rotation axis, support frame as described above (131) is fixed on the hand-held handle lock chamber of the upper formation of upper end cover (132), described upper end cover (132) is fixed on an end of rotational shell (133), the other end of rotational shell (133) is fixed on the rotation axis of fixed housing (134), bottom end cover (135) is fixed on the bottom of fixed housing (134), described casing (2) inserts in hand-held handle lock chamber and is fixed on rotating base (13) by hand-held handle (214).
9. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 8, it is characterized in that: described fixed housing is provided with motor in (134), and rotation axis is the output shaft of motor; Described upper end cover (132) is provided with support fixture (136) and motor charging inlet (137), support fixture (136) is provided with projection (138), draw-in groove (139) and infrared receiving terminal (140), and support frame as described above (131) bottom is provided with the fixed orifice coordinated with projection.
10. a kind of portable mobile wireless pyroelectric monitor all-in-one according to claim 1, it is characterized in that: described portable mobile wireless pyroelectric monitor all-in-one also comprise be arranged on power supply in chamber accumulator (10) and be arranged on the display (9) on casing (2), described signal processing unit (3) is connected with display (9) with accumulator (10) respectively, and described wireless transmission unit (8) is WIFI unit or bluetooth unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203094815U CN203310992U (en) | 2013-05-31 | 2013-05-31 | Portable radio monitoring integrated machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203094815U CN203310992U (en) | 2013-05-31 | 2013-05-31 | Portable radio monitoring integrated machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203310992U true CN203310992U (en) | 2013-11-27 |
Family
ID=49617193
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203094815U Expired - Lifetime CN203310992U (en) | 2013-05-31 | 2013-05-31 | Portable radio monitoring integrated machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203310992U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105764074A (en) * | 2016-05-18 | 2016-07-13 | 成都福兰特电子技术股份有限公司 | Portable wireless monitoring equipment |
| CN105790858A (en) * | 2016-05-18 | 2016-07-20 | 成都福兰特电子技术股份有限公司 | Movable wireless monitoring device |
| CN105812072A (en) * | 2016-05-18 | 2016-07-27 | 成都福兰特电子技术股份有限公司 | Handheld wireless monitoring device |
-
2013
- 2013-05-31 CN CN2013203094815U patent/CN203310992U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105764074A (en) * | 2016-05-18 | 2016-07-13 | 成都福兰特电子技术股份有限公司 | Portable wireless monitoring equipment |
| CN105790858A (en) * | 2016-05-18 | 2016-07-20 | 成都福兰特电子技术股份有限公司 | Movable wireless monitoring device |
| CN105812072A (en) * | 2016-05-18 | 2016-07-27 | 成都福兰特电子技术股份有限公司 | Handheld wireless monitoring device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
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Granted publication date: 20131127 |