CN205251537U - Cardiovascular health monitoring device of hand -held type - Google Patents
Cardiovascular health monitoring device of hand -held type Download PDFInfo
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- CN205251537U CN205251537U CN201521031907.0U CN201521031907U CN205251537U CN 205251537 U CN205251537 U CN 205251537U CN 201521031907 U CN201521031907 U CN 201521031907U CN 205251537 U CN205251537 U CN 205251537U
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Abstract
The utility model relates to the technical field of medical equipment, concretely relates to cardiovascular health monitoring device of hand -held type. Include the casing, install the physiology information acquisition device on the casing, physiology information acquisition device includes that the electrocardio gathers the subassembly, and the wire that the subassembly includes the electrode, is connected with the electrode is gathered to the electrocardio, and the electrode is divided into limb leads electrode, chest leads electrode, left armpit lead electrode and time limb leads electrode, the casing includes handpiece, go up limb leads electrode mounting and the left armpit electrode mounting that leads, it leads the electrode mounting and passes through folding assembly swing joint on handpiece to go up limb leads electrode mounting and/or left armpit. The utility model provides a pair of cardiovascular health monitoring device of hand -held type integrates ten organically and detects the current potential, through handheld the utility model discloses the device makes it arrange chest abdomen department in, through pressing laminating in the current potential point of human body of realizing the complete accuracy of electrode, satisfies and carries out cardiovascular health monitoring's requirement fast.
Description
Technical field
The utility model relates to technical field of medical instruments, is specifically related to a kind of hand-held cardiovascular health prisonSurvey device.
Background technology
Along with aging arrives, the elderly more and more needs to understand the heart situation of change of self at present, andTo do at present heart detection and must arrive hospital, detect by the electrocardio equipment of hospital, but owing to being subject toThe restriction of objective condition, can not running check electrocardio situation. Often delay the best that detects heart diseaseOpportunity; Traditional test mode is connected on human body and is gathered electrocardiosignal by a lot of conducting wires in addition, makesUse comparatively loaded down with trivial details, and ECG monitor be easily subject to that wearer's action impact causes de-Fall or loose contact causes invalid test data. The number of China's trouble cardiovascular disease has had 2.9 at presentHundred million. And electrocardiogram is a kind of important means that detects angiocardiopathy. Electrocardiogram is by covering people's body surfaceElectrode gather bioelectrical signals and record the mechanics of heart.
In prior art, there is the ecg information collection product of a lot of family expenses. But majority is all to do singly to leadProduct, do not there is diagnostic value. Lead electrocardiogram and there is 12 of medical diagnosis meaning, adoptWilson's 12 guiding systems, need, by gathering the potential change of ten some positions of human body, calculate tenTwo lead ecg wave form. We are called traditional ECG Gathering System 12 and lead lead system, by ten wiresWith ten electrode compositions. Because the scope of covering human body is wider, cause line very long, and wire is many. VeryEasily be wound around, some position complexity must just can be completed by professional person. Develop a can substitute tradition tenTwo lead novel 12 to lead ECG detection device necessary.
In order to solve this technical problem, in prior art, occur leading for gathering 12 of ecg informationHand-held electric detection means, realizes domestic consumer and can be in and gather voluntarily electrocardiogram (ECG) data, for example application number201510243219.9 utility application disclose a kind of 12 lead ECG detection device andRemote ecg monitoring diagnosis system, wherein, 12 ECG detection devices that lead comprise lead system, this is ledContact turnkey is drawn together the wearable body and be connected to several electrodes that lead on body, electrode bag of leadingDraw together 6 fixed electrodes and 4 float electrodes, the solution plane degree that fixed electrode detects according to electrocardio successivelyPut to be fixed on and lead on body, 6 fixed electrodes are handstand zigzag structure and arrange. Remote ecg prisonDetection diagnostic system comprise above-mentioned 12 lead ECG detection device, be connected with 12 ECG detection devices that leadThe electrocardio module being integrated and with the server system of electrocardio module wireless link. This utility model canGreatly reduce by the 12 electrode positioning difficulty that detect of leading, not only measure accurately, time saving and energy saving, can alsoCarry out self diagnosis or Artificial Diagnosis, be convenient to patient and find in time the variation of the state of an illness, take counter-measure. The heartElectricity module can be carried out early warning to electrocardio allorhythmia, thereby reduces onset risk. But 12 of this utility modelStill imperfection of the ECG detection device structural design of leading, its electrode position accuracy is high not enough, for notWith height and its upper limbs potential point of build crowd and potential point location, oxter deviation, electrode and human bodyContact cannot ensure completely, use for a long time, thereby gloves can exist the problems such as distortion or flexibility decrease simultaneouslyCausing contacting effect cannot ensure for a long time. And this 12 ECG detection device function singleness of leading, can onlyFor the collection of ECG information, can not, in conjunction with gathering other physiologic information data, last diagnostic be dividedAnalyse data comprehensive not, can not effectively realize cardiovascular health monitoring.
As can be seen here, can be for deficiency of the prior art, a kind of improved cardiovascular health prison is providedSurvey device, make it have reasonable in design, easy to use, go for family expenses and first aid scene.Can also expand blood oxygen and the isoparametric detection of blood pressure simultaneously. Become those skilled in the art's skill urgently to be resolved hurrilyAn art difficult problem.
Utility model content
The utility model, in order to solve the problems of the technologies described above, provides a kind of hand-held cardiovascular health monitoringDevice, substitutes traditional 12 lead system, and auxiliary 12 lead or lead more Electrocardiographic quick inspectionSurvey. The utility model is according to hand and shoulder equipotential and equilateral triangle current potential principle, by four in trickIndividual potential point moves on to chest abdomen. And more traditional detection mode contrasts repeatedly, do not affect and detect effectReally. In order to complete the quick location of ten potential points, the inventor is organically incorporated into one by ten pointsRise, on a face, guarantee connecing of ten electrode points by the mode of external force or the hand application of forceTouch. The presentation mode of this face has multiple, then according to the reasonable adjusting range of ergonomics with suitable differencePeople's thorax.
In order to reach above-mentioned technique effect, the utility model comprises following technical scheme:
A kind of hand-held cardiovascular health monitoring device, comprises housing, is arranged on the physiology letter on housingBreath harvester, described physiologic information harvester comprises electrocardiogram acquisition assembly, described electrocardiogram acquisition groupThe wire that part comprises electrode, is connected with electrode, described electrode is divided into upper limb body crosslinking electrode, chest leadsElectrode, left oxter crosslinking electrode and lower limb body crosslinking electrode, described housing comprises the upper limbs connecting successivelyBody crosslinking electrode fixture, handpiece and left oxter crosslinking electrode fixture, described chest crosslinking electrode andLower limb body crosslinking electrode is arranged on handpiece, described upper limb body crosslinking electrode fixture and/or left oxterCrosslinking electrode fixture is connected with described handpiece by Foldable assembly.
The utility model adopts Foldable assembly, can realize the folding of the utility model device, easily receivesReceive. Electrode is connected by electric wire with electrocardio joint, on described transmitting assembly, is provided with groove, described electricityLine is placed in groove, when upper limb body crosslinking electrode fixture and/or left oxter crosslinking electrode fixture relativeWhen handpiece motion, can in the time repeatedly bending, be unlikely to fracture by guardwire. And the utility modelHand-held cardiovascular health monitoring device, in use, user only need install this hand-held being covered toBefore chest abdomen, can realize the collection of ecg information, the bioelectrical signals after collection, by built-in wireBe passed to electrocardiogram acquisition assembly. The signal of human body collection is analog signal, and electrode, inner conductors are with peopleWhat body formed is a loop. Electrocardiogram acquisition assembly converts analog signal to data signal again.
Further, described Foldable assembly comprises the first connector and the second connector that are hinged, instituteState the first connector and be connected with described upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixture,Described the second connector is connected with described handpiece.
Upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixture, by folding, are realized two admittedlyDetermine the storage of part, make hand-held cardiovascular health monitoring device in the time not using, the volume of storage is little,Be easy to packaging and prevent, in the time of trip, being convenient for carrying use simultaneously.
Further, described handpiece, upper limb body crosslinking electrode fixture or left oxter crosslinking electrode are fixedIn at least one in part, be provided with chute,
In the time being provided with chute in described upper limb body crosslinking electrode fixture, described the first connector is connected toIn described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in the crosslinking electrode fixture of described left oxter, described the first connector is connected toIn described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in described handpiece, described the second connector is connected in described chute, instituteStating the first connector is connected with described upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixture.
The setting of chute can realize the utility model product and carry out corresponding for different height and build crowdAdjust, for the higher crowd of height, can be by the first connector and the second connector of stretching, by upper limbsBody crosslinking electrode fixture and left oxter crosslinking electrode fixture are adjusted to applicable position, accurately on locationLimb leads potential point and the left oxter potential point that leads.
Further, described chute comprises chute I and chute II, and described chute I is arranged on upper limb body and leadsIn connection electrode fixuture, described chute II is arranged in handpiece, and described the first connector comprises connectorI and connector II, described the second connector comprises connector III and connector IV, described connector IIII is hinged with connector, and described connector II and connector IV are hinged, and described connector I is connected to instituteState in chute I, described connector III is fixedly connected with described handpiece, and described connector IV is connected toIn described chute II, described connector II is fixedly connected with described left oxter crosslinking electrode fixture.
Said structure is designed to the utility model product structure optimal design, by handpiece respectively at left armpitThe reasonable connection of lower crosslinking electrode fixture and upper limb body crosslinking electrode fixture, effectively realizes this practicality newType hand-held cardiovascular health monitoring device extends according to different build people in use, and makesBeing finished rear realization effectively receives. Easy to use, simple to operate.
Further, described electrode comprises conductive contact piece and holder, and described conductive contact piece is by solidReservation is arranged on housing, and described conductive contact piece comprises contact-making surface and stationary plane, and described contact-making surface isConcave shape.
Traditional conductive contact piece is plane or hemispherical, too small with human body contact area, and people breathesTime electrode contact area can change, cannot ensure the uniformity of contact. The collection of signal is disturbed veryCannot obtain having the electrocardiogram of diagnostic significance greatly. Present inventor is by further investigation and a large amount of woundThe property made experiment, has obtained conductive contact piece structure described in the utility model, can be at as far as possible little electricityUnder utmost point size, guarantee electrode and human body contact area are done greatly, ensure the uniformity of contact simultaneously. Solve newType is dressed the problem of electrode contact in lead system. Conductive contact piece of the present utility model is wet electrode, makesUsed time need be on conductive contact piece coated with conductive cream, the wire electric contact piece of the utility model structure is character cut in bas-reliefShape, has increased the contact area of conductive contact piece and human body, and conductive paste can, as in concave shape groove, be kept awayExempted from the waste of conductive paste in use, prevent conductive paste rub because of carelessness to health everywhere, and continue addConductive paste. And this structure electrode is compared with electrode in prior art, the in the situation that of same size, followsPeople's contact level is larger. Entirety has certain arc, guarantees the comfort type of contact, and can be because not breathingAnd cause the inconsistent of face that electrode contacts with human body. The design of indent, drier at test person skin,Need to smear in the situation of conductive paste, can store more conductive paste, guarantee to contact fully with human body.
Further, described holder is silica gel base or comprises successively power spring, conduction from top to bottomSpring base and fixed cover, described power spring is positioned at fixed cover, and is arranged on stationary plane and power springBetween seat, the two ends of described fixed cover offer respectively opening I and opening II, described conductive contact piece buttonBe connected on described opening I upper, one end of described power spring seat is fastened in fixed cover, makes power springSeat can only move to spring direction, and can not move to housing direction, and the other end is through described opening IIAnd be connected on housing, when electrode contact surface contacts in the time that body electrode puts, make by pressing handpieceHandpiece is under pressure, and pushes to spring thereby further can make power spring seat be under pressure.
Connect or silica gel base by spring, electrode can anyly rotate in certain angle or altitude range,Flexible, electrode can be fitted on skin with structoure of the human body perfection, and use compared with traditional electrodePerson's comfort level is higher.
Further, described electrocardiogram acquisition assembly is 12 lead electrocardiogram acquisition assembly. The utility model rootAccording to hand and shoulder equipotential and equilateral triangle current potential principle, four potential points in trick are moved on to chest abdomen.And more traditional detection mode contrasts repeatedly, does not affect detection effect. In order to complete ten potential pointsQuick location, inventor organically combines ten points, on a face, passes through external forceOr the mode of the hand application of force is guaranteed the contact of ten electrode points. So both solved portable problem, againCompatible crowd can be expanded, 155cm-180cm crowd's detection can be adapted to. The combination simultaneously of this deviceThe electrode of flexible deformation, can guarantee contacting of electrode and human body. Whole like this device is succinct, does not haveVarious wire. It has been realized user and has been in just can accurately obtain and gathers bioelectrical signals and record heartMechanics, makes accurate monitoring to cardiovascular health, so that doctor makes reasonably for monitoring of structuresAnalysis and proposition, guarantees user's life health.
Further, described upper limb body crosslinking electrode comprises LA electrode and RA electrode; Described chest leadsElectrode comprises V1 electrode, V2 electrode and V3 electrode; Described left oxter crosslinking electrode comprise V4 electrode,V5 electrode and V6 electrode; Described lower limb body crosslinking electrode comprises LL electrode and RL electrode.
Further, described hand-held cardiovascular health monitoring device also comprises data acquisition unit, described inData acquisition unit is connected with described electrode by wire; Described physiologic information harvester also comprises blood oxygenProbe and blood pressure detector, described blood oxygen probe and blood pressure detector be installed on described housing andBe connected with equal described data acquisition units; Display screen is also installed, described display screen and institute on described housingStating data acquisition unit telecommunications breath connects.
Described blood oxygen probe is arranged on sensor stand, and described sensor stand and described handle are fixedConnect, described blood pressure monitoring device is inflatable bandage. User in use, power-on, handHold handle through after inflatable bandage, make finger contact blood oxygen probe, realize and gathering ecg informationTime, get user's blood oxygen and the physiological parameter of blood pressure.
Display screen is provided with blood pressure viewing area, blood oxygen saturation viewing area and electrocardiogram (ECG) data viewing area. UsePerson, having detected after self physiologic information, can directly read by the display parameters on display screen.
Further, described data acquisition unit is connected with client by radio communication device, described inClient is panel computer, mobile phone or computer; Described electrocardiogram acquisition assembly also comprises electrocardio joint, instituteThe input of stating electrocardio joint is connected with described wire output end, described electrocardio joint output with described inData acquisition unit connects. While having gathered ecg information, blood oxygen information and blood pressure information, above-mentioned physiologyInformation simulation signal is passed to data acquisition unit, and data acquisition unit converts analog signal to numeralSignal, and be passed in client, further the physiologic information collecting is sent to doctor,Doctor provides corresponding analysis result and suggestion according to data cases, and is passed to user. Make to useSelf cardiovascular health status and daily life points for attention are learnt in family, ensure healthy living.
Adopt technique scheme, comprise following beneficial effect: a kind of hand-held of the present utility modelCardiovascular health monitoring device, ten of organic combinations detect current potential, fill by hand-held the utility modelPut, make it be placed in chest abdomen place, press, realize the electricity that fits in human body of electrode complete and accurateSite, the utility model device uses quick and convenient, adopts many guiding systems, can meet electrocardio and examineDisconnected requirement, goes for family expenses and first aid scene, even and layman also can useThis device gathers own physiologic information data. Can also expand the parameters such as blood oxygen and blood pressure simultaneouslyDetection, really benefit cardiovascular patient, meet carry out fast cardiovascular health monitoring wantAsk. The utility model device in use user's experience more has, and has safe, comfortable, highEnd, intelligence and efficient advantage.
Brief description of the drawings
Fig. 1 is the utility model hand-held cardiovascular health monitoring device front view;
It is cardiovascular that Fig. 2 is that the utility model is provided with the hand-held of electrode acquisition component and data acquisition unitHealth monitoring device explosive view;
Fig. 3 is the housing right view of the utility model embodiment tri-hand-held cardiovascular health monitoring devices;
Fig. 4 is the utility model embodiment bis-and embodiment tri-hand-held cardiovascular health monitoring device backsightsFigure;
Fig. 5 is the utility model embodiment bis-electrode structure schematic diagrames;
Fig. 6 is the utility model embodiment three-electrode structure explosive view.
In figure,
1, housing; 11, handpiece; 111, protecgulum; 1111, handle; 112, bonnet; 12, onLimb leads electrode fixuture; 13, left oxter crosslinking electrode fixture; 2, electrocardiogram acquisition assembly; 21,Electrode; 211, conductive contact piece; 212, holder; 2121, silica gel base; 2122, power spring;2123, power spring seat; 2124, fixed cover; 22, electrocardio joint; 23, upper limb body crosslinking electrode;231, LA electrode; 232, RA electrode; 24, chest crosslinking electrode; 241, V1 electrode; 242, V2Electrode; 243, V3 electrode; 25, left oxter crosslinking electrode; 251, V4 electrode; 252, V5 electrode;253, V6 electrode; 26; Lower limb body crosslinking electrode; 261, LL electrode; 262, RL electrode; 3,Foldable assembly; 31, the first connector; 311, connector I; 312, connector II; 32, second connectsFitting; 321, connector III; 322, connector IV; 33, chute; 331, chute I; 332, slidingGroove II; 4, data acquisition unit; 5, blood oxygen probe; 6, blood pressure detector; 7, display screen.
Detailed description of the invention
Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.
Embodiment mono-: as depicted in figs. 1 and 2, a kind of hand-held cardiovascular health monitoring device,Comprise housing 1, be arranged on physiologic information harvester described in the physiologic information harvester on housingComprise electrocardiogram acquisition assembly 2, what described electrocardiogram acquisition assembly comprised electrode 21, is connected with electrode leadsLine, described electrode is divided into upper limb body crosslinking electrode 23, chest crosslinking electrode 24, left oxter crosslinking electrode25 and lower limb body crosslinking electrode 26, described housing comprises that handpiece 11, upper limb body crosslinking electrode fixPart 12 and left oxter crosslinking electrode fixture 13, described chest crosslinking electrode and lower limb body crosslinking electrode peaceBe contained on handpiece described upper limb body crosslinking electrode fixture and/or left oxter crosslinking electrode fixtureBe movably connected on handpiece by transmitting assembly 4.
Embodiment bis-: as shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, a kind of hand-held cardiovascular healthMonitoring device, comprises housing 1, is arranged on physiology letter described in the physiologic information harvester on housingBreath harvester comprise electrocardiogram acquisition assembly 2, described electrocardiogram acquisition assembly comprise electrode 21, with electricityThe wire that the utmost point connects, described electrode is divided into upper limb body crosslinking electrode 23, chest crosslinking electrode 24, left armpitLower crosslinking electrode 25 and lower limb body crosslinking electrode 26, described housing comprises handpiece 11, upper limb bodyCrosslinking electrode fixture 12 and left oxter crosslinking electrode fixture 13, described chest crosslinking electrode and lower limbBody crosslinking electrode is arranged on handpiece, and lead described upper limb body crosslinking electrode fixture and/or left oxterConnection electrode fixuture is movably connected on handpiece by transmitting assembly 4.
Further, described Foldable assembly comprises that the first connector 31 being hinged is connected with secondPart 32, described the first connector and described upper limb body crosslinking electrode fixture or left oxter crosslinking electrodeFixture connects, and described the second connector is connected with described handpiece.
Further, described handpiece, upper limb body crosslinking electrode fixture or left oxter crosslinking electrode are solidDetermine to be provided with at least one in part chute 33,
In the time being provided with chute in described upper limb body crosslinking electrode fixture, described the first connector connectsBe connected in described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in the crosslinking electrode fixture of described left oxter, described the first connector connectsBe connected in described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in described handpiece, described the second connector is connected in described chute,Described the first connector and described upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixtureConnect.
Further, described electrode comprises conductive contact piece 211 and holder 212, and described conduction connectsTouch part and be arranged on housing by holder, described conductive contact piece comprises contact-making surface and stationary plane,Described contact-making surface is concave shape.
Further, described holder is silica gel base 2121.
Further, described electrocardiogram acquisition assembly is 12 lead electrocardiogram acquisition assembly. Described upper limbsBody crosslinking electrode comprises LA electrode 231 and RA electrode 232; Described chest crosslinking electrode comprises V1Electrode 241, V2 electrode 242 and V3 electrode 243; Described left oxter crosslinking electrode comprises V4 electricityThe utmost point 251, V5 electrode 252 and V6 electrode 253; Described lower limb body crosslinking electrode comprises LL electrode261 and RL electrode 262.
Further, described hand-held cardiovascular health monitoring device also comprises data acquisition unit 4,Described data acquisition unit is connected with described electrode by wire; Described physiologic information harvester alsoComprise blood oxygen probe 5 and blood pressure detector 6, described blood oxygen probe and blood pressure detector are all installedOn described housing and with described data acquisition unit, be connected; Display screen is also installed on described housing7, described display screen is connected with described data acquisition unit telecommunications breath.
Further, described data acquisition unit is connected with client by radio communication device, instituteStating client is panel computer, mobile phone or computer.
Embodiment tri-: as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, a kind of hand-held painstaking effortPipe health monitoring device, comprises housing 1, is arranged on described in the physiologic information harvester on housingPhysiologic information harvester comprises electrocardiogram acquisition assembly 2, described electrocardiogram acquisition assembly comprise electrode 21,The wire being connected with electrode, described electrode be divided into upper limb body crosslinking electrode 23, chest crosslinking electrode 24,Left oxter crosslinking electrode 25 and lower limb body crosslinking electrode 26, described housing comprise handpiece 11, onLimb leads electrode fixuture 12 and left oxter crosslinking electrode fixture 13, described chest crosslinking electrode andLower limb body crosslinking electrode is arranged on handpiece, described upper limb body crosslinking electrode fixture and/or left armpitLower crosslinking electrode fixture is movably connected on handpiece by transmitting assembly 4.
Further, described Foldable assembly comprises that the first connector 31 being hinged is connected with secondPart 32, described the first connector and described upper limb body crosslinking electrode fixture or left oxter crosslinking electrodeFixture connects, and described the second connector is connected with described handpiece.
Further, described handpiece, upper limb body crosslinking electrode fixture or left oxter crosslinking electrodeIn at least one in fixture, be provided with chute 33,
In the time being provided with chute in described upper limb body crosslinking electrode fixture, described the first connector connectsBe connected in described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in the crosslinking electrode fixture of described left oxter, described the first connector connectsBe connected in described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in described handpiece, described the second connector is connected in described chute,Described the first connector and described upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixtureConnect.
Further, described chute comprises chute I331 and chute II332, and described chute I is arranged onIn upper limb body crosslinking electrode fixture, described chute II is arranged in handpiece, and described first connectsPart comprises connector I311 and connector II312, described the second connector comprise connector III321 andConnector IV322, described connector I and connector III are hinged, described connector II and connectorIV is hinged, and described connector I is connected in described chute I, described connector III and described hand-heldPart is fixedly connected with, and described connector IV is connected in described chute II, described connector II with described inLeft oxter crosslinking electrode fixture is fixedly connected with.
Further, described electrode comprises conductive contact piece 211 and holder 212, and described conduction connectsTouch part and be arranged on housing by holder, described conductive contact piece comprises contact-making surface and stationary plane,Described contact-making surface is concave shape.
Described holder comprises power spring 2122, power spring seat 2123 and solid from top to bottom successivelySurely overlap 2124, described power spring is positioned at fixed cover, and is arranged on stationary plane and power spring seatBetween, the two ends of described fixed cover offer respectively opening I and opening II, described conductive contact piece buttonBe connected on described opening I upper, one end of described power spring seat is fastened in fixed cover, and the other end passesDescribed opening II is also connected on housing.
Further, described electrocardiogram acquisition assembly is 12 lead electrocardiogram acquisition assembly.
Further, described hand-held cardiovascular health monitoring device also comprises data acquisition unit 4,Described data acquisition unit is connected with described electrode by wire; Described physiologic information harvester alsoComprise blood oxygen probe 5 and blood pressure detector 6, described blood oxygen probe and blood pressure detector are all installedOn described housing and all, be connected with described data acquisition unit; Demonstration is also installed on described housingScreen 7, described display screen is connected with described data acquisition unit telecommunications breath.
Further, described data acquisition unit is connected with client by radio communication device, instituteStating client is panel computer, mobile phone or computer; Described electrocardiogram acquisition assembly also comprises electrocardio joint22, the input of described electrocardio joint is connected with described wire output end, described electrocardio joint outputEnd is connected with described data acquisition unit.
The foregoing is only preferred embodiment of the present utility model, be not limited to this practicalityNovel, for a person skilled in the art, the utility model can have various changes and changeChange. All within spirit of the present utility model and principle, any amendment of doing, be equal to replacement,Improve etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. a hand-held cardiovascular health monitoring device, comprises housing (1), is arranged on housingOn physiologic information harvester, described physiologic information harvester comprises electrocardiogram acquisition assembly (2),It is characterized in that, the wire that described electrocardiogram acquisition assembly comprises electrode (21), is connected with electrode,Described electrode is divided into upper limb body crosslinking electrode (23), chest crosslinking electrode (24), left oxter and leadsElectrode (25) and lower limb body crosslinking electrode (26), described housing comprises the upper limb body connecting successivelyCrosslinking electrode fixture (12), handpiece (11) and left oxter crosslinking electrode fixture (13),Described chest crosslinking electrode and lower limb body crosslinking electrode are arranged on handpiece, the described upper limb body electricity that leadsUtmost point fixture and/or left oxter crosslinking electrode fixture connect by Foldable assembly (3) and described handpieceConnect.
2. a kind of hand-held cardiovascular health monitoring device according to claim 1, its featureBe, described Foldable assembly comprises the first connector (31) and the second connector (32) that are hinged,Described the first connector and described upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixtureConnect, described the second connector is connected with described handpiece.
3. a kind of hand-held cardiovascular health monitoring device according to claim 2, its featureBe, in described handpiece, upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixtureAt least one in be provided with chute (33),
In the time being provided with chute in described upper limb body crosslinking electrode fixture, described the first connector connectsBe connected in described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in the crosslinking electrode fixture of described left oxter, described the first connector connectsBe connected in described chute, described the second connector is connected with described handpiece;
In the time being provided with chute in described handpiece, described the second connector is connected in described chute,Described the first connector and described upper limb body crosslinking electrode fixture or left oxter crosslinking electrode fixtureConnect.
4. a kind of hand-held cardiovascular health monitoring device according to claim 3, its featureBe, described chute comprises chute I (331) and chute II (332), and described chute I is arranged onIn upper limb body crosslinking electrode fixture, described chute II is arranged in handpiece, and described first connectsPart comprises connector I (311) and connector II (312), and described the second connector comprises connectorIII (321) and connector IV (322), described connector I and connector III are hinged, described companyFitting II and connector IV are hinged, and described connector I is connected in described chute I, described connectionPart III is fixedly connected with described handpiece, and described connector IV is connected in described chute II, instituteStating connector II is fixedly connected with described left oxter crosslinking electrode fixture.
5. a kind of hand-held cardiovascular health monitoring device according to claim 1, its featureBe, described electrode comprises conductive contact piece (211) and holder (212), and described conduction connectsTouch part and be arranged on housing by holder, described conductive contact piece comprises contact-making surface and fixingFace, described contact-making surface is concave shape.
6. a kind of hand-held cardiovascular health monitoring device according to claim 5, its featureBe, described holder is silica gel base (2121) or comprises successively power spring from top to bottom(2122), power spring seat (2123) and fixed cover (2124), described power spring is positioned atIn fixed cover, and be arranged between stationary plane and power spring seat, the two ends of described fixed cover respectivelyOffer opening I and opening II, it is upper that described conductive contact piece snaps onto described opening I, described conductionOne end of spring base is fastened in fixed cover, and the other end is through described opening II and be connected to housingOn.
7. according to a kind of hand-held cardiovascular health monitoring dress described in claim 1～6 any onePut, it is characterized in that, described electrocardiogram acquisition assembly is 12 lead electrocardiogram acquisition assembly.
8. a kind of hand-held cardiovascular health monitoring device according to claim 7, its featureBe, described upper limb body crosslinking electrode comprises LA electrode (231) and RA electrode (232); InstituteState chest crosslinking electrode and comprise V1 electrode (241), V2 electrode (242) and V3 electrode (243);Described left oxter crosslinking electrode comprises V4 electrode (251), V5 electrode (252) and V6 electrode (253);Described lower limb body crosslinking electrode comprises LL electrode (261) and RL electrode (262).
9. a kind of hand-held cardiovascular health monitoring device according to claim 1, its featureBe, described hand-held cardiovascular health monitoring device also comprises data acquisition unit (4), described inData acquisition unit is connected with described electrode by wire; Described physiologic information harvester also comprisesBlood oxygen probe (5) and blood pressure detector (6), described blood oxygen probe and blood pressure detector are equalBe arranged on described housing and all and be connected with described data acquisition unit; On described housing, be also provided withDisplay screen (7), described display screen is connected with described data acquisition unit telecommunications breath.
10. a kind of hand-held cardiovascular health monitoring device according to claim 9, its spyLevy and be, described data acquisition unit is connected with client by radio communication device, described clientEnd is panel computer, mobile phone or computer; Described electrocardiogram acquisition assembly also comprises electrocardio joint (22),The input of described electrocardio joint is connected with described wire output end, described electrocardio joint output withDescribed data acquisition unit connects.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201521031907.0U CN205251537U (en) | 2015-12-11 | 2015-12-11 | Cardiovascular health monitoring device of hand -held type |
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| CN201521031907.0U CN205251537U (en) | 2015-12-11 | 2015-12-11 | Cardiovascular health monitoring device of hand -held type |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107184199A (en) * | 2017-06-29 | 2017-09-22 | 北京五维康科技有限公司 | A kind of Handheld electrocardio detecting device and the cardiac electricity detecting system containing it |
| CN107260160A (en) * | 2017-06-29 | 2017-10-20 | 北京五维康科技有限公司 | A kind of Handheld electrocardio detecting device and the cardiac electricity detecting system containing it |
| CN116807489A (en) * | 2023-08-30 | 2023-09-29 | 北京五维康科技有限公司 | Portable electrocardiograph |
-
2015
- 2015-12-11 CN CN201521031907.0U patent/CN205251537U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107184199A (en) * | 2017-06-29 | 2017-09-22 | 北京五维康科技有限公司 | A kind of Handheld electrocardio detecting device and the cardiac electricity detecting system containing it |
| CN107260160A (en) * | 2017-06-29 | 2017-10-20 | 北京五维康科技有限公司 | A kind of Handheld electrocardio detecting device and the cardiac electricity detecting system containing it |
| CN107260160B (en) * | 2017-06-29 | 2021-04-20 | 北京五维康科技有限公司 | Handheld electrocardiogram detection device and electrocardiogram detection system comprising same |
| CN116807489A (en) * | 2023-08-30 | 2023-09-29 | 北京五维康科技有限公司 | Portable electrocardiograph |
| CN116807489B (en) * | 2023-08-30 | 2023-12-01 | 北京五维康科技有限公司 | Portable electrocardiograph |
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