CN205612468U - Hand -held type ECG detecting device - Google Patents
Hand -held type ECG detecting device Download PDFInfo
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- CN205612468U CN205612468U CN201521031909.XU CN201521031909U CN205612468U CN 205612468 U CN205612468 U CN 205612468U CN 201521031909 U CN201521031909 U CN 201521031909U CN 205612468 U CN205612468 U CN 205612468U
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Abstract
The utility model relates to the technical field of medical equipment, concretely relates to hand -held type ECG detecting device. Including the electrode, with the wire that the electrode is connected, still including the deformation base plate, the electrode mounting is on warping the base plate, and electrode quantity is 2~10, warp the base plate including warping material layer and insulating layer. The utility model discloses a hand -held type ECG detecting device adopts the deformation base plate of stereoplasm, in the time of can ensureing to press through hand or external force, and electrode and human contact, the utility model discloses device stability is high, can not be because of the long influence contact effect of live time. Can warp at will, ensure the compatibility of different figures. Use fungi -proofing material parcel, it is convenient to wash. Can not cause the infection to the human body. Ten organic solidarity detect the current potential, through handheld the utility model discloses the device makes it arrange chest abdomen department in, through pressing, realizes satisfying laminating in the current potential point of human body of 2~10 complete accuracies of electrode and carry out cardiovascular health monitoring's requirement fast.
Description
Technical field
This utility model relates to technical field of medical instruments, is specifically related to a kind of Handheld electrocardio detecting device.
Background technology
Arriving now with aging, old people has increasing need for understanding the heart situation of change of self, and heart to be done detection have to arrive hospital, is detected by the electrocardio equipment of hospital, but owing to being restricted by objective condition, it is impossible to running check electrocardio situation.Often delay the best opportunity of detection heart disease；Additionally tradition test mode be connected on human body gather electrocardiosignal by a lot of conducting wires, use relatively complicated, and electrocardiogram monitor be easily subject to wearer action impact caused come off or loose contact causes invalid test data.The number that cardiovascular diseases suffers from China at present has had 2.9 hundred million.And electrocardiogram is a kind of important means of detection cardiovascular disease.Electrocardiogram gathers bioelectrical signals at the electrode of people's body surface record the mechanics of heart by covering.
Prior art occurs in that the ecg information collection product of a lot of domestic.But it is much all to do the product singly led, not there is diagnostic value.And there is the 12 of medical diagnosis meaning and lead electrocardiogram, Wilson's 12 guiding systems of employing, need the potential change by gathering ten some positions of human body, calculate 12 and lead ecg wave form.Traditional ECG Gathering System we be referred to as 12 and lead lead system, be made up of ten wires and ten electrodes.Relatively wide owing to covering the scope of human body, cause line the longest, and wire is many.Being easy to be wound around, some position complexity just can must be completed by professional person.Develop a can substitute that tradition 12 leads novel 12 to lead ECG detection device necessary.
In order to solve this technical problem, prior art occurs in that and 12 leads hand-held electric detection means for gather ecg information, realize domestic consumer to be in and gather electrocardiogram (ECG) data voluntarily, the such as utility application of application number 201510243219.9 discloses a kind of 12 and leads ECG detection device and remote ecg monitoring diagnosis system, wherein, 12 ECG detection devices that lead include lead system, this lead system includes the wearable body and be connected to several electrodes leading on body of leading, electrode includes 6 fixed electrodes and 4 float electrodes, fixed electrode is put to be fixed on according to the solution plane degree of ECG detecting successively and is led on body, 6 fixed electrodes are handstand zigzag Structural assignments.Remote ecg monitoring diagnosis system includes that above-mentioned 12 ECG detection device and 12 that leads leads electrocardio module that ECG detection device is connected as one and the server system with electrocardio module wireless link.This utility model can be substantially reduced the 12 positioning of electrode difficulty leading detection, not only measures accurately, time saving and energy saving, additionally it is possible to carry out self diagnosis or Artificial Diagnosis, it is simple to patient finds the change of the state of an illness in time, takes counter-measure.Electrocardio module can carry out early warning to electrocardio allorhythmia, thus reduces onset risk.But the 12 of this utility model ECG detection device structures of leading design still imperfection, its electrode position accuracy is the highest, position deviation is existed for different heights and its upper limb potential point of build crowd and oxter potential point, the contact of electrode and human body cannot be completely secured, life-time service simultaneously, can there is the problems such as deformation or flexibility decrease thus cause contacting effect and cannot ensure for a long time in glove.And this 12 leads ECG detection device function singleness, it is only used for the collection of ECG information, it is impossible to combine and gather other physiologic information data so that last diagnostic analytical data is the most comprehensive, it is impossible to effectively realize cardiovascular health monitoring.
As can be seen here, can be for deficiency of the prior art, it is provided that the Handheld electrocardio detecting device of a kind of improvement so that it is there is reasonable in design, easy to use, go for domestic and first aid scene.Blood oxygen and the isoparametric detection of blood pressure can also be extended simultaneously.Become the technical barrier that those skilled in the art are urgently to be resolved hurrily.
Utility model content
This utility model is in order to solve above-mentioned technical problem, it is provided that a kind of Handheld electrocardio detecting device, the deformed substrate of this utility model device can arbitrarily bend characteristic and the hardness of deformation, it is ensured that electrode is fully contacted with human body, it is ensured that the accurate acquisition of the signal of telecommunication.
In order to reach above-mentioned technique effect, this utility model includes techniques below scheme:
A kind of Handheld electrocardio detecting device, the wire being connected with described electrode including electrode, also include that deformed substrate, described electrode are arranged on deformed substrate, described number of electrodes is 2～10, and described deformed substrate includes insulating barrier and deformable material.
This utility model installs electrode on deformed substrate, user is when hand-held this utility model device, the position of electrode can be accurately positioned, for different statures and the people of build, can be adjusted by the deformed substrate that this device is write in simple bending, and electrode is accurately fitted on corresponding potential point.
Further, described deformed substrate includes collection face and hand-held, and described electrode is connected on collection face, and described hand-held upper connection has handpiece.Preferably, described handpiece is movably connected on hand-held, it is highly preferred that handpiece is bonded on described hand-held.Handpiece is user-friendly for hand-held.
Further, described insulating barrier wraps up described deformable material, and described insulating barrier outer surface is enclosed with fungi-proofing material layer.
Further, described insulating barrier outer surface is bonded with fungi-proofing material layer.
Further, described insulating barrier is silicone insulation layer or EVA layer, and described deformable material is steel plate layer.
This utility model uses New Rigid deformable material as substrate, the electrode position data gathered according to test, can 2～10 electrode points be placed on substrate.Electrode is insulated by silicone insulation material or EVA material with substrate, and silica gel and EVA material also have certain elastic simultaneously.Re-use fungi-proofing material parcel insulant, it is ensured that the comfortableness of human contact, also reach effect attractive in appearance simultaneously.
Further, described electrode includes conductive contact piece and fixing seat, and described conductive contact piece is arranged on deformed substrate by fixing seat, and described conductive contact piece includes that contact surface and stationary plane, described contact surface are concave shape.
Traditional conductive contact piece is plane or hemispherical, and with human contact's area is too small, and the when that people breathing, electrode contact area can change, it is impossible to ensure the concordance of contact.Collection to signal is disturbed the biggest, it is impossible to obtain the electrocardiogram with diagnostic significance.Present inventor, by further investigation and a large amount of creative experiments, has obtained conductive contact piece structure described in the utility model, it is possible under the least electrode size, it is ensured that electrode and human contact's enlarged leather area, ensures the concordance of contact simultaneously.Solve the problem of electrode contact in novel wearing lead system.Conductive contact piece of the present utility model is wet electrode, conductive paste need to be coated on conductive contact piece during use, the wire contact of this utility model structure is concave shape, increase the contact area of conductive contact piece and human body, it is formed with small projection in the recess of its design simultaneously, it is formed with annular groove between the projection of projection and cincture around, conductive paste can be as in annular groove, avoid the waste of conductive paste in use, prevent conductive paste imprudence from rubbing to health everywhere, and continue to add conductive paste.And this structure electrode is compared with electrode in prior art, in the case of same size, with human contact face is bigger.It is integrated with certain arc, it is ensured that the comfortable type of contact, and the inconsistent of the face of electrode and human contact will not be caused because of breathing.The design of indent, relatively dry at test person skin, in the case of needing to smear conductive paste, more conductive paste can be stored, it is ensured that sufficiently contact with human body.
Or described electrode is for inhaling ball electrode, and described deformed substrate is fixed with ratchet assembly, and described suction ball electrode is connected with described ratchet assembly by ratchet straps.
By ratchet assembly and the setting of ratchet straps, user according to self needing to optionally stretch electrode, and can be located on corresponding potential point, solution for different heights, the problem that electrode cannot be accurately positioned in potential point.
Further, described fixing seat is silica gel base or includes power spring, power spring seat and fixed cover the most successively, described power spring is positioned at fixed cover, and be arranged between stationary plane and power spring seat, the two ends of described fixed cover offer opening I and opening II respectively, described conductive contact piece snaps onto on described opening I, and one end of described power spring seat is fastened in fixed cover, and the other end is through described opening II and is connected on deformed substrate.
Being connected by spring or silica gel base, electrode any can rotate in certain angle or altitude range, stretches so that electrode can fit on skin with structoure of the human body perfection, and the comfort level of user is higher compared with traditional electrode.
Further, described electrode is divided into chest and abdomen crosslinking electrode and left oxter crosslinking electrode, described deformed substrate is divided into upper substrate and lower basal plate, described upper substrate is flexibly connected with lower basal plate, described chest and abdomen crosslinking electrode is arranged in upper substrate, and described left oxter crosslinking electrode is arranged in lower basal plate.
Further, described upper substrate is flexibly connected with lower basal plate, it is preferred that described upper substrate is hinged with lower basal plate.
Upper substrate can fold with lower basal plate, it is achieved that the storage of this utility model device so that when not in use, the volume of storage is little for Handheld electrocardio detecting device, it is easy to packs and prevents, and is convenient for carrying use when trip simultaneously.Easy to use, simple to operate.
Further, described Handheld electrocardio detecting device is 12 lead Handheld electrocardio detecting device；Described chest and abdomen crosslinking electrode includes upper limb crosslinking electrode LA, upper limb crosslinking electrode RA, chest crosslinking electrode V1, chest crosslinking electrode V2 and lower limb body crosslinking electrode RL；Described left oxter crosslinking electrode includes chest crosslinking electrode V3, chest crosslinking electrode V4, chest crosslinking electrode V5, chest crosslinking electrode V6 and lower limb body crosslinking electrode LL.
Substituting traditional 12 lead system, Electrocardiographic quick detection is led or led more to auxiliary 12.Four potential points in trick, according to hands and shoulder isoelectric level and equilateral triangle potential principle, are moved on to chest and abdomen by this utility model.And the most more conventional detection mode contrasts, do not affect Detection results.In order to complete the quick location of ten potential points, ten points are organically combined by inventor, as on a face, guarantee the contact of ten electrode points by the way of external force or hands force.The presentation mode in this face has multiple, then according to ergonomics Reasonable adjustment amplitude with the most different people's thorax.Ten electrode points are RA, LA, LL, RL, V1, V2, V3, V4, V5, V6 respectively by American Standard.Ten points from cardiac position farther out, are integrated by tri-points of RA, LA, LL separately through a face, can cause and account for a device heaviness, not reach the effect of portable and convenient use.In order to solve the problem of the points such as RA, LA, LL, inventor increases collapsible, the parts of deformation by relying on nearly heart main body.RA electrode, LA electrode, LL electrode are by folding, reducing small product size by the way of deformation, it is ensured that Detection results, and V4 electrode, V5 electrode, V6 electrode different human body difference are very big, guarantee to contact by modes such as deformable electrode and construction deformation.
The most both solve portable problem, the crowd of compatibility can have been expanded again, it is possible to adapt to the detection of 155cm-188cm crowd.This device is in combination with the electrode of flexible deformation, it can be ensured that electrode and the contact of human body.The most whole device is succinct, does not has various wire.It achieves user and is in and just can accurately obtain collection bioelectrical signals to record the mechanics of heart, cardiovascular health is made accurate measurements, in order to doctor makes for monitoring of structures and reasonably analyzing and suggestion, it is ensured that the life health of user.
Further, described Handheld electrocardio detecting device also includes that data acquisition unit, described data acquisition unit are connected with described wire；
Further, described wire output end connects intentionally electric connection, and described data acquisition unit is connected with described electrocardio joint.
Handheld electrocardio detecting device of the present utility model, in use, user only need to be passed to ECG collection device by realizing the collection of ecg information, the bioelectrical signals after collection before hand-held for this device covering to chest and abdomen by built-in wire.The signal of human body collection is analogue signal, and what electrode, inner conductors were constituted with human body is a loop.ECG collection device converts analog signals into digital signal again.
Further, described Handheld electrocardio detecting device also includes that blood oxygen probe and blood pressure detector, described blood oxygen probe and blood pressure detector are all fixedly mounted on deformed substrate, and is all connected with described data acquisition unit.Described blood oxygen probe is arranged on sensor stand, and described sensor stand is fixing with described handle to be connected, and described blood pressure monitoring device is inflated type bandage.User in use, power-on, hold handle after inflated type bandage, make finger contact blood oxygen probe, it is achieved while gathering ecg information, to get blood oxygen and the physiological parameter of blood pressure of user by hands.
Further, described deformed substrate being also equipped with display screen, described display screen is connected with described data acquisition unit electrical information.Display screen is provided with pressure display area, blood oxygen saturation viewing area and electrocardiogram (ECG) data viewing area.User, after having detected own physiological information, can be directly read out by the display parameters on display screen.
Further, described data acquisition unit has client, described client by radio communication device connection is panel computer, mobile phone or computer.When having gathered ecg information, blood oxygenation information and blood pressure information, above-mentioned physiologic information analogue signal is transferred to data acquisition unit, data acquisition unit converts analog signals into digital signal, and be passed in client, further the physiologic information collected is sent to doctor, doctor provides corresponding analysis result and suggestion according to data cases, and passes it to user.User is made to learn self cardiovascular health status and daily life points for attention, it is ensured that healthy living.
Use technique scheme, including following beneficial effect: a kind of Handheld electrocardio detecting device of the present utility model, use the deformed substrate of hard, it can be ensured that by hands, or during pressed by external force, electrode and the contact of human body.Stability is high, will not affect contact effect because using time length.Can arbitrary deformation, it is ensured that the compatibility of different figures.Fungi-proofing material is used to wrap up, easy to clean.Human body will not be caused infection.This utility model device organic combination ten detection current potential, by hand-held apparatus of the present invention, place it at chest and abdomen, pressing, it is achieved the potential point fitting in human body of electrode complete and accurate, apparatus of the present invention use quick and convenient, many guiding systems, disclosure satisfy that cardiac diagnosis requirement, go for domestic and first aid scene, even and layman be used as this device and oneself physiologic information data be acquired.Blood oxygen and the isoparametric detection of blood pressure can also be extended simultaneously, really benefit cardiovascular patient, meet the requirement quickly carrying out cardiovascular health monitoring.This utility model device Consumer's Experience in use more has, and has safe, comfortable, high-end, intelligent and efficient advantage.
Accompanying drawing explanation
Fig. 1 is this utility model embodiment one to embodiment four deformed substrate sectional view；
Fig. 2 is this utility model embodiment one Handheld electrocardio detecting device structural representation；
Fig. 3 is this utility model embodiment two and embodiment three Handheld electrocardio detecting device front view；
Fig. 4 is this utility model embodiment two Handheld electrocardio detecting device rearview；
Fig. 5 is this utility model embodiment two electrode structure schematic diagram；
Fig. 6 is this utility model embodiment three Handheld electrocardio detecting device rearview；
Fig. 7 is this utility model embodiment three and embodiment four electrode structure schematic diagram；
Fig. 8 is this utility model embodiment four Handheld electrocardio detecting device front view；
Fig. 9 is this utility model embodiment four Handheld electrocardio detecting device rearview.
In figure,
1, electrode；11, conductive contact piece；12, fixing seat；121, silica gel base；122, power spring；123, power spring seat；124, fixed cover；13, ball electrode is inhaled；14, ratchet assembly；15, ratchet straps；2, deformed substrate；21, deformable material；22, insulating barrier；23, fungi-proofing material layer；24, upper substrate；25, lower basal plate；3, handpiece；4, chest and abdomen crosslinking electrode；41, upper limb crosslinking electrode LA；42, upper limb crosslinking electrode RA；43, chest crosslinking electrode V1；44, chest crosslinking electrode V2；45, lower limb body crosslinking electrode RL；5, left oxter crosslinking electrode；51, chest crosslinking electrode V3；52, chest crosslinking electrode V4；53, chest crosslinking electrode V5；54, chest crosslinking electrode V6；55, lower limb body crosslinking electrode LL；6, data acquisition unit；7, blood oxygen probe；8, blood pressure detector；9, display screen.
Detailed description of the invention
Below by specific embodiment and combine accompanying drawing this utility model is described in further detail.
Embodiment one: as depicted in figs. 1 and 2, a kind of Handheld electrocardio detecting device, the wire being connected with described electrode including electrode 1, also include deformed substrate 2, described electrode is arranged on deformed substrate, and described number of electrodes is 2～10, concrete, described electrode can be 2,3,4,5,6,7,8,9 and 10, and described deformed substrate includes insulating barrier 22 and deformable material 21.
Embodiment two: as shown in Fig. 1, Fig. 3, Fig. 4 and Fig. 5, a kind of Handheld electrocardio detecting device, the wire being connected with described electrode including electrode 1, also include deformed substrate 2, described electrode is arranged on deformed substrate, described number of electrodes is 10, and described deformed substrate includes insulating barrier 22 and deformable material 21.
Described insulating barrier wraps up described deformable material, and described insulating barrier outer surface is enclosed with fungi-proofing material layer 23.
Described insulating barrier is silicone insulation layer or EVA layer, and described deformable material is steel plate layer.
Described electrode includes conductive contact piece 11 and fixing seat 12, and described conductive contact piece is arranged on deformed substrate by fixing seat, and described conductive contact piece includes that contact surface and stationary plane, described contact surface are concave shape；Described fixing seat is silica gel base 121.
Described electrode is divided into chest and abdomen crosslinking electrode 4 and left oxter crosslinking electrode 5, described deformed substrate is divided into upper substrate 24 and lower basal plate 25, described upper substrate is flexibly connected with lower basal plate, described chest and abdomen crosslinking electrode is arranged in upper substrate, and described left oxter crosslinking electrode is arranged in lower basal plate.
Described Handheld electrocardio detecting device is 12 lead Handheld electrocardio detecting device；Described chest and abdomen crosslinking electrode includes upper limb crosslinking electrode LA41, upper limb crosslinking electrode RA42, chest crosslinking electrode V1 43, chest crosslinking electrode V2 44 and lower limb body crosslinking electrode RL 45；Described left oxter crosslinking electrode includes chest crosslinking electrode V3 51, chest crosslinking electrode V4 52, chest crosslinking electrode V5 53, chest crosslinking electrode V6 54 and lower limb body crosslinking electrode LL 55.
Described Handheld electrocardio detecting device also includes that data acquisition unit 6, described data acquisition unit are connected with the outfan of described wire.Further, described wire output end connects intentionally electric connection, and described data acquisition unit is connected with described electrocardio joint.
Embodiment three: a kind of Handheld electrocardio detecting device as shown in Figure 1, Figure 6, Figure 7, the wire being connected with described electrode including electrode 1, also include deformed substrate 2, described electrode is arranged on deformed substrate, described number of electrodes is 10, and described deformed substrate includes insulating barrier 22 and deformable material 21.
Described deformed substrate includes collection face and hand-held, and described electrode is connected on collection face, and described hand-held upper connection has handpiece 3.
Described insulating barrier wraps up described deformable material, and described insulating barrier outer surface is enclosed with fungi-proofing material layer 23.
Described insulating barrier is silicone insulation layer or EVA layer, and described deformable material is steel plate layer.
Described electrode includes conductive contact piece 11 and fixing seat 12, and described conductive contact piece is arranged on deformed substrate by fixing seat, and described conductive contact piece includes that contact surface and stationary plane, described contact surface are concave shape；Described fixing seat includes power spring 122, power spring seat 123 and fixed cover 124 the most successively, described power spring is positioned at fixed cover, and be arranged between stationary plane and power spring seat, the two ends of described fixed cover offer opening I and opening II respectively, described conductive contact piece snaps onto on described opening I, one end of described power spring seat is fastened in fixed cover, and the other end is through described opening II and is connected on deformed substrate.
Described upper substrate is flexibly connected with lower basal plate, it is preferred that described upper substrate is hinged with lower basal plate.
Described electrode is divided into chest and abdomen crosslinking electrode 4 and left oxter crosslinking electrode 5, described deformed substrate is divided into upper substrate 24 and lower basal plate 25, described upper substrate is flexibly connected with lower basal plate, described chest and abdomen crosslinking electrode is arranged in upper substrate, and described left oxter crosslinking electrode is arranged in lower basal plate.
Described Handheld electrocardio detecting device is 12 lead Handheld electrocardio detecting device；Described chest and abdomen crosslinking electrode includes upper limb crosslinking electrode LA41, upper limb crosslinking electrode RA42, chest crosslinking electrode V1 43, chest crosslinking electrode V2 44 and lower limb body crosslinking electrode RL 45；Described left oxter crosslinking electrode includes chest crosslinking electrode V3 51, chest crosslinking electrode V4 52, chest crosslinking electrode V5 53, chest crosslinking electrode V6 54 and lower limb body crosslinking electrode LL 55.
Described Handheld electrocardio detecting device also includes that data acquisition unit 6, described data acquisition unit are connected with the outfan of described wire.Further, described wire output end connects intentionally electric connection, and described data acquisition unit is connected with described electrocardio joint.
Embodiment four: as shown in Fig. 1, Fig. 7, Fig. 8 and Fig. 9, a kind of Handheld electrocardio detecting device, the wire being connected with described electrode including electrode 1, also include deformed substrate 2, described electrode is arranged on deformed substrate, described number of electrodes is 10, and described deformed substrate includes insulating barrier 22 and deformable material 21.
Described deformed substrate includes collection face and hand-held, and described electrode is connected on collection face, and described hand-held upper connection has handpiece 3.
Described insulating barrier wraps up described deformable material, and described insulating barrier outer surface is enclosed with fungi-proofing material layer 23.
Described insulating barrier is silicone insulation layer or EVA layer, and described deformable material is steel plate layer.
Described upper substrate is flexibly connected with lower basal plate, it is preferred that described upper substrate is hinged with lower basal plate.
Described electrode is divided into chest and abdomen crosslinking electrode 4 and left oxter crosslinking electrode 5, described deformed substrate is divided into upper substrate 24 and lower basal plate 25, described upper substrate is flexibly connected with lower basal plate, described chest and abdomen crosslinking electrode is arranged in upper substrate, and described left oxter crosslinking electrode is arranged in lower basal plate.
Described Handheld electrocardio detecting device is 12 lead Handheld electrocardio detecting device；Described chest and abdomen crosslinking electrode includes upper limb crosslinking electrode LA41, upper limb crosslinking electrode RA42, chest crosslinking electrode V1 43, chest crosslinking electrode V2 44 and lower limb body crosslinking electrode RL 45；Described left oxter crosslinking electrode includes chest crosslinking electrode V3 51, chest crosslinking electrode V4 52, chest crosslinking electrode V5 53, chest crosslinking electrode V6 54 and lower limb body crosslinking electrode LL 55.
Described chest crosslinking electrode V1 43, chest crosslinking electrode V2 44, lower limb body crosslinking electrode RL 45, chest crosslinking electrode V3 51 and lower limb body crosslinking electrode LL 55 electrode all include conductive contact piece 11 and fixing seat 12, described conductive contact piece is arranged on deformed substrate by fixing seat, described conductive contact piece includes that contact surface and stationary plane, described contact surface are concave shape；Described fixing seat includes power spring 122, power spring seat 123 and fixed cover 124 the most successively, described power spring is positioned at fixed cover, and be arranged between stationary plane and power spring seat, the two ends of described fixed cover offer opening I and opening II respectively, described conductive contact piece snaps onto on described opening I, one end of described power spring seat is fastened in fixed cover, and the other end is through described opening II and is connected on deformed substrate.
Described upper limb crosslinking electrode LA41, upper limb crosslinking electrode RA42, chest crosslinking electrode V4 52, chest crosslinking electrode V5 53 and chest crosslinking electrode V6 54 are suction ball electrode 13, being installed with ratchet assembly 14 on described deformed substrate, described suction ball electrode is connected with described ratchet assembly by ratchet straps 15.
Described Handheld electrocardio detecting device also includes that data acquisition unit 6, described data acquisition unit are connected with the outfan of described wire；Described Handheld electrocardio detecting device also includes blood oxygen probe 7 and blood pressure detector 8, and described blood oxygen probe and blood pressure detector are all fixedly mounted on deformed substrate, and are all connected with described data acquisition unit；
Being also equipped with display screen 9 on described deformed substrate, described display screen is connected with described data acquisition unit electrical information；
It is panel computer, mobile phone or computer that described data acquisition unit has client, described client by radio communication device connection.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for a person skilled in the art, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.
Claims (9)
1. a Handheld electrocardio detecting device, including electrode (1), the wire being connected with described electrode, it is characterized in that, also include deformed substrate (2), described electrode is arranged on deformed substrate, described number of electrodes is 8～10, described deformed substrate includes deformable material (21) and insulating barrier (22), described electrode is divided into chest and abdomen crosslinking electrode (4) and left oxter crosslinking electrode (5), described deformed substrate is divided into upper substrate (24) and lower basal plate (25), described upper substrate is flexibly connected with lower basal plate, described chest and abdomen crosslinking electrode is arranged in upper substrate, described left oxter crosslinking electrode is arranged in lower basal plate.
A kind of Handheld electrocardio detecting device the most according to claim 1, it is characterised in that described deformed substrate includes collection face and hand-held, and described electrode is connected on collection face, and described hand-held upper connection has handpiece (3).
A kind of Handheld electrocardio detecting device the most according to claim 1, it is characterised in that described insulating barrier wraps up described deformable material, and described insulating barrier outer surface is enclosed with fungi-proofing material layer (23).
A kind of Handheld electrocardio detecting device the most according to claim 3, it is characterised in that described insulating barrier is silicone insulation layer or EVA layer, and described deformable material is steel plate layer.
A kind of Handheld electrocardio detecting device the most according to claim 1, it is characterized in that, described electrode includes conductive contact piece (11) and fixing seat (12), described conductive contact piece is arranged on deformed substrate by fixing seat, described conductive contact piece includes that contact surface and stationary plane, described contact surface are concave shape；
Or described electrode is for inhaling ball electrode (13), and described deformed substrate is installed with ratchet assembly (14), and described suction ball electrode is connected with described ratchet assembly by ratchet straps (15).
A kind of Handheld electrocardio detecting device the most according to claim 5, it is characterized in that, described fixing seat is silica gel base (121) or includes power spring (122) the most successively, power spring seat (123) and fixed cover (124), described power spring is positioned at fixed cover, and be arranged between stationary plane and power spring seat, the two ends of described fixed cover offer opening I and opening II respectively, described conductive contact piece snaps onto on described opening I, one end of described power spring seat is fastened in fixed cover, the other end is through described opening II and is connected on deformed substrate.
A kind of Handheld electrocardio detecting device the most according to claim 1, it is characterised in that described upper substrate is hinged with lower basal plate.
A kind of Handheld electrocardio detecting device the most according to claim 1, it is characterised in that described Handheld electrocardio detecting device is 12 lead Handheld electrocardio detecting device；Described chest and abdomen crosslinking electrode includes upper limb crosslinking electrode LA (41), upper limb crosslinking electrode RA (42), chest crosslinking electrode V1 (43), chest crosslinking electrode V2 (44) and lower limb body crosslinking electrode RL (45)；Described left oxter crosslinking electrode includes chest crosslinking electrode V3 (51), chest crosslinking electrode V4 (52), chest crosslinking electrode V5 (53), chest crosslinking electrode V6 (54) and lower limb body crosslinking electrode LL (55).
A kind of Handheld electrocardio detecting device the most according to claim 1, it is characterised in that described Handheld electrocardio detecting device also includes data acquisition unit (6), and described data acquisition unit is connected with the outfan of described wire；Described Handheld electrocardio detecting device also includes blood oxygen probe (7) and blood pressure detector (8), and described blood oxygen probe and blood pressure detector are all fixedly mounted on deformed substrate, and are connected with described data acquisition unit；
Being also equipped with display screen (9) on described deformed substrate, described display screen is connected with described data acquisition unit electrical information；
It is mobile phone or computer that described data acquisition unit has client, described client by radio communication device connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521031909.XU CN205612468U (en) | 2015-12-11 | 2015-12-11 | Hand -held type ECG detecting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521031909.XU CN205612468U (en) | 2015-12-11 | 2015-12-11 | Hand -held type ECG detecting device |
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| CN205612468U true CN205612468U (en) | 2016-10-05 |
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| CN201521031909.XU Active CN205612468U (en) | 2015-12-11 | 2015-12-11 | Hand -held type ECG detecting device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108888260A (en) * | 2018-05-21 | 2018-11-27 | 牛刚 | Glove-type ECG detection device and ecg signal acquiring method |
| CN109864738A (en) * | 2018-09-27 | 2019-06-11 | 鞍钢集团公司总医院(鞍钢急救中心) | A kind of electrocardiogram chest lead electrode fixing means and the fixed note of electrocardiogram chest lead electrode |
-
2015
- 2015-12-11 CN CN201521031909.XU patent/CN205612468U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108888260A (en) * | 2018-05-21 | 2018-11-27 | 牛刚 | Glove-type ECG detection device and ecg signal acquiring method |
| CN109864738A (en) * | 2018-09-27 | 2019-06-11 | 鞍钢集团公司总医院(鞍钢急救中心) | A kind of electrocardiogram chest lead electrode fixing means and the fixed note of electrocardiogram chest lead electrode |
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