CN109069130A - Diagnostic ultrasound equipment - Google Patents
Diagnostic ultrasound equipment Download PDFInfo
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- CN109069130A CN109069130A CN201780020761.5A CN201780020761A CN109069130A CN 109069130 A CN109069130 A CN 109069130A CN 201780020761 A CN201780020761 A CN 201780020761A CN 109069130 A CN109069130 A CN 109069130A
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- Prior art keywords
- mentioned
- posture
- probe
- cable
- hook
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
- A61B8/13—Tomography
- A61B8/14—Echo-tomography
Abstract
Cable hook (30) with the hooking slot (34) for hooking probe cable (26) is configured near the probe bracket (22) for keeping detecting head (24).The hook matrix (32) of the lower section of probe bracket (22) is installed on to support cable hook (30) as the posture of cable hook (30) can be changed between posture in the posture and erecting of hanging down.In the posture that hangs down, all cable hooks (30) are received in the position than the vertical line (38) by the side of apparatus main body (12) (rest body (28)) in the inner part.In erecting posture, hooking slot (34) is more protruded outward than vertical line (38), and hooking slot (34) is located above compared with the posture that hangs down.
Description
Technical field
The present invention relates to diagnostic ultrasound equipments, more particularly to improve the technology of the operability of probe cable.
Background technique
Diagnostic ultrasound equipment has apparatus main body and receives and dispatches the ultrasonic probe of ultrasonic wave.In ultrasonic probe with wired
Mode connect with apparatus main body in the case where, be connected with from the detecting head of ultrasonic probe (part of transmitting-receiving ultrasonic wave) and stretch out
Probe cable probe side-connector be set to apparatus main body main body side-connector connect.Generally, in probe cable
Insert has hundred or more signal wires, so that there are many common cable weight of its weight ratio.
As it is assumed that diagnostic ultrasound equipment situation used in various situations, needing to diagnose the various positions of subject
The case where, so detecting head is required to position with being moved to certain degree far from apparatus main body.Therefore, probe cable needs to have
There is certain length.On the other hand, in recent years, from the viewpoint of from health, recommendation uses probe cable and doctor, nurse etc.
The skin or floor contact of family or subject.
Therefore, now, propose and be used for the component of hooking probe cable in apparatus main body setting.For example, in patent document 1
In disclose the hold assembly for being held resiliently probe cable be set in apparatus main body.Also, it discloses in patent document 2
In the lower section of probe bracket, setting is used for the hook part of hooking probe cable.
Existing technical literature
Patent document
Patent document 1: Japanese Unexamined Patent Publication 2011-244996 bulletin
Patent document 2: Japanese Unexamined Patent Publication 2013-172778 bulletin
Summary of the invention
Problems to be solved by the invention
In the case where being equipped with hook part in the lower section of probe bracket, the user of face diagnostic ultrasound equipment is difficult to observe
The hook part is confirmed, to be difficult to probe cable hooking in the hook part the problem of.Therefore, in order to which user can observe
Hooking probe cable on the basis of confirmation hook part considers the hook part being configured at the end from apparatus main body in the horizontal direction
Portion position outstanding.
On the other hand, if hook part is configured in the horizontal direction from the end of apparatus main body position outstanding, with
This correspondingly has the problem of width of diagnostic ultrasound equipment becomes larger.Diagnostic ultrasound equipment also has in narrow place use
The case where, or have the case where being handled upside down by narrow access etc., it is interfered so that hook part can be led to the problem of and become.
The purpose of the present invention is to provide a kind of diagnostic ultrasound equipment for having hook part, which visits for hooking
Head cable, and posture can be changed according to the use environment of diagnostic ultrasound equipment.
Solution for solving the problem
Diagnostic ultrasound equipment of the invention is characterized in that having: ultrasonic probe, has the receipts for carrying out ultrasonic wave
The detecting head of hair and the probe cable of connection above-mentioned detecting head and apparatus main body；Probe bracket keeps above-mentioned detecting head；
Hook part is closely configured with above-mentioned probe bracket, and has the hang part for the above-mentioned probe cable of hooking；And hook branch
Support mechanism supports above-mentioned hook part as that can change posture between posture and standing posture hanging down, wherein above-mentioned to hang down
Posture is above-mentioned hook part in the horizontal direction not from the end of above-mentioned apparatus main body posture outstanding, on above-mentioned standing posture is
State hang part prominent and above-mentioned hang part position compared with the above-mentioned posture that hangs down from the end of above-mentioned apparatus main body in the horizontal direction
Posture in top.
According to above structure, the hook part for hooking probe cable posture and is erected and changes appearance between posture hanging down
Gesture.In the posture that hangs down, hook part is not prominent from the end of apparatus main body in the horizontal direction, i.e. the width of apparatus main body will not
Become larger, so that even if hook part, which can not also become, interferes ground hooking probe cable in narrow space.Also, even if
In the case that diagnostic ultrasound equipment passes through narrow access, hook part, which will not become, to be interfered.When in bigger space
In the case where using diagnostic ultrasound equipment, hook part can be made to become and erect posture.In erecting posture, hang part is in level
It is prominent from the end of apparatus main body on direction.The user of face apparatus main body can observe confirmation hang part as a result, can be appropriate
Ground hooking probe cable.Also, in erecting posture, hang part is located above compared to the posture that hangs down, and is also improved user as a result, and is hooked
Hang the easness of probe cable.
It being preferably characterized as, above-mentioned hook supporting mechanism supports above-mentioned hook part as that can rotate in vertical plane, on
Hook part is stated by rotary motion to change posture between posture and above-mentioned standing posture in above-mentioned hang down.
It is preferably characterized as, above-mentioned hang part includes: bar portion, the above-mentioned probe cable of hooking；And side wall, it is set to
The end of above-mentioned bar portion, and it is substantially orthogonal with the extending direction of above-mentioned bar portion, above-mentioned side wall is following shape: in above-mentioned hook part
It is to extend upwards in the case where the above-mentioned posture that hangs down from above-mentioned bar portion, and is the feelings of above-mentioned standing posture in above-mentioned hook part
Also extend upwards from above-mentioned bar portion under condition.
According to this structure, no matter hook part is to hang down posture and to erect any posture in side in posture, side wall both relative to
Bar portion extends upwards.Therefore, no matter hook part is hang down posture and any posture for erecting posture, all prevented using side wall
Only probe cable falling off from hang part.
Be preferably characterized as, above-mentioned probe bracket be equipped with it is multiple, above-mentioned hang part is respectively corresponded with multiple probe brackets
Ground be equipped with it is multiple, the orientation of above-mentioned multiple probe brackets is consistent with the orientation of above-mentioned multiple hang parts.
According to this structure, even if in the case where multiple probes are held in multiple probe brackets, due to being stretched from multiple probes
Multiple probe cable hookings out are in each hang part, so multiple probe cables are also reduced a possibility that winding.
It is preferably characterized as, is also equipped with locking mechanism, which is fixed as the posture of above-mentioned hook part above-mentioned
Any posture of the posture that hangs down and above-mentioned standing posture.
According to this structure, it can be fixed as hanging down posture or hooking is popped one's head in electricity in the state of erect posture by hook part
Cable.
The effect of invention is as follows.
In accordance with the invention it is possible to provide the diagnostic ultrasound equipment for having hook part, the hook part is for hooking probe electricity
Cable, and posture can be changed according to the use environment of diagnostic ultrasound equipment.
Detailed description of the invention
Fig. 1 is the perspective view of the diagnostic ultrasound equipment of present embodiment.
Fig. 2 is the amplification stereogram of probe bracket.
Fig. 3 is the figure for showing the situation of posture changing of cable hook.
Fig. 4 is the perspective view for erecting the cable hook in posture.
Fig. 5 is the side view for erecting the cable hook in posture.
Fig. 6 is to show hooking in the schematic diagram in the path for the probe cable for erecting the cable hook in posture.
Fig. 7 is the perspective view of the cable hook in posture of hanging down.
Fig. 8 is the schematic diagram for showing the path of probe cable of cable hook of the hooking in the posture that hangs down.
Fig. 9 is the cross-sectional view of cable hook and hook matrix.
Figure 10 is the main view of cable hook and the partial sectional view of hook matrix.
Specific embodiment
Hereinafter, based on attached drawing, the preferred embodiment of the present invention will be described.
The perspective view of the diagnostic ultrasound equipment 10 of present embodiment is shown in Fig. 1.Diagnostic ultrasound equipment 10 is for curing
Treatment field is following device: carrying out the transmitting-receiving of ultrasonic wave relative to subject (especially human body) and obtains reception signal, base
Ultrasonography is formed in the reception signal.In addition, the left and right directions of diagnostic ultrasound equipment 10 is defined as X in Fig. 1
Depth direction (front-rear direction) is defined as Y-axis, and short transverse (up and down direction) is defined as Z axis by axis.Ultrasonic diagnosis dress
It sets 10 and is configured to include apparatus main body 12 and one or more probe 14 connecting with apparatus main body 12.
Apparatus main body 12 is configured to include base unit 16, the monitor 18 for showing ultrasonography including various
Operation portion including switch, trace ball etc. and the operation panel including the second monitor 20 are configured at operation panel 20
The left and right sides multiple probe brackets 22.
Probe 14 is configured to include the spy receiving and dispatching the detecting head 24 of ultrasonic wave and stretching out from detecting head 24 to apparatus main body 12
Head cable 26.
Multiple electronic circuit boards, power supply unit are accommodated in the inside of base unit 16.Though it is not shown in Fig. 1,
The leading flank of base unit 16 is equipped with one or more main body side-connector.It is connected with the probe side-connector of probe cable 26
It is connect with the main body side-connector.Probe 14 is connect with apparatus main body 12 (base unit 16) as a result,.In addition, in probe cable
Insert has hundred or more signal wires in 26.
Operation panel 20 is able to carry out the sliding to move up and down and along the longitudinal direction relative to the connection of base unit 16
It is mobile.Alternatively, can also turn round in a horizontal plane.Multiple probe brackets 22 are linked by rest body 28, thus the bracket base
Body 28 is integrally formed with operation panel 20.That is, the movement of attended operation panel 20, multiple probe brackets 22 are also moved.
Fig. 2 is provided at the amplification stereogram of multiple probe brackets 22 on the right side of operation panel 20.In the present embodiment,
It is respectively provided with three probe brackets 22 respectively in the left and right sides of operation panel 20.That is, all there are six probe brackets 22 for tool.
Probe bracket 22 have concave shape, by detecting head 24 by its front end (ultrasonic transmission/reception surface side) upward in a manner of
It is inserted into probe bracket 22, so that detecting head 24 is held in probe bracket 22.It is equipped with through hole in the bottom surface of probe bracket 22, from institute
The probe cable 26 that the detecting head 24 of holding stretches out stretches out downwards from the through hole.In addition, in the side of each probe bracket 22
Equipped with the slit for passing through probe cable 26.The slit is connected to above-mentioned through hole.
The probe electricity that cable hook 30 as hook part is stretched out for hooking from the detecting head 24 for being held in probe bracket 22
Cable 26 or since probe bracket 22 be removed and the probe cable 26 that stretches out of the detecting head 24 that is in use.Cable hook 30
With hang part, in the hang part hooking probe cable 26.In the present embodiment, the shape substantially in T shape of cable hook 30, one
There are two hooking slots 34 for a formation of cable hook 30.Hooking slot 34 forms hang part.Cable hook 30 is with a hooking slot 34 and one
The corresponding mode of probe bracket 22 is closely configured with probe bracket 22.In the present embodiment, in the left and right of operation panel 20
Side is respectively provided with three probe brackets 22 respectively, and in the formation of cable hook 30, there are two hooking slots 34, thus at three of right side
Probe bracket 22 is nearby set there are two cable hook 30, and similarly sets near three probe brackets 22 in left side that there are two electricity
Cable hook 30.
Specifically, the hooking slot 34a of the cable hook 30 shown in Fig. 2 for being formed in nearby side is corresponding with probe bracket 22a,
And the probe electricity stretched out from (predetermine for be held in probe bracket 22a's) detecting head 24 corresponding with probe bracket 22a
26 hooking of cable is in hooking slot 34a.Equally, hooking slot 34b is corresponding with probe bracket 22b.Also, it is same, it is formed in inboard electricity
The hooking slot 34c of cable hook 30 is corresponding with probe bracket 22c.In addition, in the present embodiment, there is no the cable hooks 30 with inboard
The corresponding probe bracket 22 of hooking slot 34d hook but in the case where the unilateral side of probe bracket 22 is set there are four probe bracket 22
Hanging groove 34d can be corresponding with the 4th probe bracket 22.
Cable hook 30 is supported on the hook matrix 32 for being installed on apparatus main body 12.That is, hook matrix 32 is supported as hook
Mechanism functions.In the present embodiment, hook matrix 32 is installed on the lower part (lower surface) of rest body 28.In this embodiment party
In formula, hook matrix 32 is accordingly equipped with multiple with multiple cable hooks 30.
Fig. 3 is the main view of probe bracket 22, cable hook 30 and hook matrix 32.In addition, in Fig. 3, for purposes of illustration only,
A part (than the lower surface more part outstanding downwards of rest body 28) diagram of probe bracket 22a is omitted.Such as Fig. 3 institute
Show, hook matrix 32 supports cable hook 30 to rotate in XZ plane (vertical plane).Specifically, cable hook 30 can be with
It is rotated centered on the trunnion axis 36 parallel with Y-axis.For example, the side in cable hook 30 and hook matrix 32 be formed with it is circular
Hole, in the hole, insert is formed in the trunnion axis of another party to link the two, so that cable hook 30 can rotate in XZ plane.
Cable hook 30 changes the posture of cable hook 30 by rotating.It in the present embodiment, can be in 30 institute of cable hook
The standard shaft portion 40 (from the axis stretched out with the junction of hook matrix 32 to a direction) having is substantially vertical and standard shaft portion 40 remote
Position end (end opposite with hook matrix 32) underlying posture that hangs down (posture shown in the 30A of Fig. 3), with from the appearance that hangs down
The mode that gesture rises rotates to be become between approximate horizontal standing posture (posture shown in the 30B of Fig. 3) to which standard shaft portion 40 becomes
More posture.In the present embodiment, using aftermentioned locking mechanism, cable hook 30 is fixed as hang down posture or standing appearance
Gesture.In addition, the posture changing of cable hook 30 is carried out by user.
In the case where cable hook 30 is to hang down posture, 30 entirety of cable hook is received in more inner than the end of apparatus main body 12
The position of side (central side of apparatus main body 12).That is, cable hook 30 is not in the horizontal direction from dress in the posture that hangs down
The end for setting main body 12 is prominent.In the present embodiment, due to the side that the side of apparatus main body 12 is rest body 28, so
In the case where cable hook 30 is to hang down posture, all cable hooks 30, which become, is received in hanging down than the side by rest body 28
The state of the position of straight line 38 in the inner part.
On the other hand, it in the case where cable hook 30 is to erect posture, compares and hangs down set on the hooking slot 34 of cable hook 30
Posture is moved upward, and hooking slot 34 is more prominent to horizontal direction outside than vertical line 38.Thereby, it is possible to be operated by face
The user of panel 20 observes confirmation hooking slot 34.
Hereinafter, cable hook 30 is described in detail.Firstly, referring to Fig. 4 and Fig. 5 to the cable hook 30 erected in posture
It is illustrated.The perspective view for erecting cable hook 30 and hook matrix 32 in posture is shown in Fig. 4.Also, standing is shown in Fig. 5
The side view of cable hook 30 and hook matrix 32 in posture.
As described above, the shape substantially in T shape of cable hook 30.Specifically, cable hook 30 be configured to include: from hook matrix
The standard shaft portion 40 that 32 junction is stretched out to a direction；The level stretched out in the horizontal direction from the distal end section in standard shaft portion 40
Bar 42；Set on the guide wall 44 of the one end of horizon bar 42；And the guide wall 46 of the another side set on horizon bar 42.
Standard shaft portion 40 has the shape just extended more up than horizon bar 42 in the case where cable hook 30 is to erect posture.
That is, having the extension 40a just extended more up than horizon bar 42.Equally, guide wall 44 is to erect in cable hook 30
Also there is the extension 44a just extended more up than horizon bar 42 in the case where posture.Also, guide wall 46 is in cable hook 30
Also there is the extension 46a just extended more up than horizon bar 42 in the case where erecting posture.
First hooking slot 34a is formed by horizon bar 42 (its nearby side section), standard shaft portion 40 and guide wall 44.It is horizontal
Bar 42 forms the bar portion of the hooking slot 34a as hang part, the especially extension 40a in standard shaft portion 40 and guide wall 44 it is outstanding
It is the side wall that extension 44a forms hooking slot 34a.The case where 26 hooking of probe cable is in the nearby side section of horizon bar 42
Under, prevent the probe cable 26 mobile to inboard (aftermentioned second hooking slot 34b) using the extension 40a in standard shaft portion 40.
The probe cable 26 and hooking are reduced a possibility that other probe cables 26 of the second hooking slot 34b are wound as a result,.Also,
The case where preventing that the probe cable 26 is mobile to nearby side using the extension 44a of guide wall 44 and falling off from cable hook 30.
Equally, the second hooking slot 34b is formed by horizon bar 42 (its inner part), standard shaft portion 40 and guide wall 46.Water
Flat bar 42 forms the bar portion of the hooking slot 34b as hang part, the especially extension 40a in standard shaft portion 40 and guide wall 46
The side wall of especially extension 46a formation hooking slot 34b.The case where 26 hooking of probe cable is in the inner part of horizon bar 42
Under, prevent the probe cable 26 mobile to nearby side (the first hooking slot 34a) using the extension 40a in standard shaft portion 40.Also
It is to say, the probe cable 26 and hooking are reduced a possibility that other probe cables 26 of the first hooking slot 34a are wound.Also,
Prevented using the extension 46a of guide wall 46 probe cable 26 inwards side it is mobile and the case where fall off from cable hook 30.
Also, near the bonding station (amphi position end of extension 40a) of standard shaft portion 40 and horizon bar 42, standard shaft portion 40
The elongation (height) substantially 0 of extension 40a, and the height of extension 40a is as proximally side approaches and becomes from there
Greatly.Moreover, using from the position after the amphi position end of extension the 40a proximally mobile predetermined distance in side as boundary, the height of extension 40a
It spends as proximally side approaches and gradually becomes smaller.That is, extension 40a roughly triangular shape when facing, and
The far side of extension 40a is formed with the rake 40b towards upside and right side (far side).According to rake 40b,
So that detecting head 24 is moved or is kept probe bracket 22 (and operation panel 20) mobile etc. and inwards side direction pulled hooking in
In the case where the probe cable 26 of hooking slot 34a, at least with do not formed rake 40b and extension 40a with horizon bar 42 hang down
The case where straight mode stands up amphi position end is compared, which is easy to extend along direction sliding.Equally, to
Nearby side direction has pulled hooking in the case where the probe cable 26 of hooking slot 34b, which is easy to extend along
Direction sliding.
Also, same as described above, the extension 44a of guide wall 44 also roughly triangular shape when facing, and have
There is the rake 44b towards upside and right side.In addition, the extension 46a of guide wall 46 is also roughly triangular when facing
Shape, and there is the rake 46b towards upside and right side.According to rake 44b and rake 46b, with above-mentioned phase
Together, when having pulled hooking in the longitudinal direction, the probe cable 26 is easy edge in the case where the probe cable 26 of hooking slot 34
The sliding of its extending direction.
As described above, according to rake 40b, rake 44b and rake 46b, when having pulled hook in the longitudinal direction
When being hung on the probe cable 26 of hooking slot 34, a possibility that probe cable 26 stretches is reduced, causes probe cable 26 to reduce
A possibility that broken string etc. is bad.Also, improve the treatability for the probe cable 26 that user is carried out.
Also, from the viewpoint of identical, preferably the surface of cable hook 30 is carried out to reduce the friction system with probe cable 26
The processing of number (probe cable 26 is made to be easy sliding).For example, it is preferable to implement lubricant coating processing etc..
Amphi position end in standard shaft portion 40 is equipped with the latch-release switch 50 for constituting a part of aftermentioned locking mechanism.Under
Latch-release switch 50 is described in detail in text.
Probe cable when 34 hooking of hooking slot for erecting the cable hook 30 in posture has probe cable 26 is shown in Fig. 6
26 path.By in 34 hooking probe cable 26 of hooking slot, to prevent probe cable 26 and floor face contact.Certainly, it pops one's head in
Length until slave detecting head 24 to hooking slot 34 of cable 26 can be in the case where probe cable 26 is not with floor face contact
It suitably adjusts.
Even if also maintaining probe cable 26 in the case where detecting head 24 is removed and is in use from probe bracket 22
Hooking relative to hooking slot 34.26 accident of probe cable and floor, subject or the skin contact of user are reduced as a result,
A possibility that.
As noted previously, as accordingly having prepared hooking slot 34 with each probe bracket 22, so even if in multiple detecting heads
In the case that 24 are held in multiple probe brackets 22, that is, prepare multiple detecting heads 24 and alternatively use multiple detecting heads 24, from
A possibility that multiple probe cables 26 that multiple detecting heads 24 stretch out are wound also is reduced.Especially since multiple probe brackets 22
Orientation (being in the present embodiment front-rear direction) it is consistent with the orientation of multiple hooking slots 34, so reduce it is multiple
A possibility that probe cable 26 is wound.
Also, as described above, hooking slot 34 is in the horizontal direction from device in the case where cable hook 30 is to erect posture
The end of main body 12 is prominent, and confirmation hooking slot 34 can be observed by user.User is easy 26 hooking of probe cable in hook as a result,
Hanging groove 34.In addition, in the case where erecting posture, since hooking slot 34 is at least moved upward from the posture that hangs down, so user
More easily by 26 hooking of probe cable in hooking slot 34.
Next, being illustrated referring to Fig. 7 to the cable hook 30 in the posture that hangs down.Electricity in the posture that hangs down is shown in Fig. 7
The perspective view of cable hook 30.
In the case where cable hook 30 is to hang down posture, since standard shaft portion 40 is stretched out from hook matrix 32 to vertical lower, institute
To extend upwards when from horizon bar 42.Also, guide wall 44 has in the case where cable hook 30 is to hang down posture
The shape just extended more up than horizon bar 42.That is, having the extension 44c just extended more up than horizon bar 42.
Equally, guide wall 46 also has the extension just extended more up than horizon bar 42 in the case where cable hook 30 is to hang down posture
46c。
In the case where hanging down posture, also by horizon bar 42 (its nearby side section), 44 shape of standard shaft portion 40 and guide wall
At the first hooking slot 34a '.The bar portion of the formation of horizon bar 42 hooking slot 34a ', standard shaft portion 40 and guide wall 44 are especially prolonged
The side wall of extending portion 44c formation hooking slot 34a '.In 26 hooking of probe cable in the case where the nearby side section of horizon bar 42, benefit
Prevent the probe cable 26 mobile to inboard (aftermentioned second hooking slot 34b) with standard shaft portion 40.Also, utilize guide wall 44
Extension 44c come prevent that the probe cable 26 is mobile to nearby side and the case where fall off from cable hook 30.
Equally, the second hooking slot 34b ' is formed by horizon bar 42 (its inner part), standard shaft portion 40 and guide wall 46.
Horizon bar 42 forms the especially extension 46c formation hooking slot of the bar portion of hooking slot 34b ', standard shaft portion 40 and guide wall 46
The side wall of 34b '.In 26 hooking of probe cable in the case where the inner part of horizon bar 42, this is prevented using standard shaft portion 40
Probe cable 26 is mobile to nearby side (the first hooking slot 34a ').Also, the spy is prevented using the extension 46c of guide wall 46
Head cable 26 inwards side it is mobile and the case where fall off from cable hook 30.
Also, it is identical as the case where erecting posture, set on the rake 40b in standard shaft portion 40, set on the inclination of guide wall 44
Portion 44b and set on guide wall 46 rake 46b reduction hooking ought have been pulled in the longitudinal direction in the probe of hooking slot 34
A possibility that probe cable 26 stretches when cable 26.Also, improve the treatability for the probe cable 26 that user is carried out.
Probe cable when the hooking slot 34 of the cable hook 30 in 26 hooking of probe cable in the posture that hangs down is shown in Fig. 8
26 path.With cable hook 30 be the case where erecting posture it is identical, by 34 hooking probe cable 26 of hooking slot, to prevent from visiting
Head cable 26 and floor face contact.In this case, equally, the length until slave detecting head 24 to hooking slot 34 of probe cable 26
Degree can not suitably adjusted in probe cable 26 with the case where floor face contact.
Even if also maintaining probe cable 26 in the case where detecting head 24 is removed and is in use from probe bracket 22
Hooking relative to hooking slot 34.26 accident of probe cable and floor, subject or the skin contact of user are reduced as a result,
A possibility that.
In the case where probe cable 26 is to hang down posture, similarly, since the orientation of multiple probe brackets 22 is (at this
It is front-rear direction in embodiment) it is consistent with the orientation of multiple hooking slots 34, so more reducing multiple probe cables 26
A possibility that winding.
As described above, cable hook 30 is whole to be received in than apparatus main body 12 in the case where cable hook 30 is to hang down posture
End position in the inner part.Even if as a result, when that diagnostic ultrasound equipment 10 must be set to narrow space, cable hook
30 will not become obstruction, can be by 26 hooking of probe cable in hooking slot 34.Also, working as passes through diagnostic ultrasound equipment 10
When narrow access, cable hook is set to become the posture that hangs down, so as to pass through the access.
Hereinafter, referring to Fig. 9 and Figure 10, to for being fixed as cable hook 30 to erect the locking of posture or the posture that hangs down
Mechanism is illustrated.
The cross-sectional view of cable hook 30 and hook matrix 32 is shown in Fig. 9.Amphi position end set on the standard shaft portion 40 of cable hook 30
Latch-release switch 50 and insert standard shaft portion 40 inside and the arm 52 that extends near trunnion axis 36 be connected to.In arm
52 near the end of 32 side of hook matrix, be equipped with along the longitudinal direction (Y direction) stretch out protrudent pin 54.Latch-release switch
50 and the not shown elastomeric element of arm 52 (helical spring etc.) to far side (right side of Fig. 9) exert a force, in latch-release
In the case that switch 50 is not pressed by user, it is maintained position shown in Fig. 9.If latch-release switch 50 is by user proximally side
(left side of Fig. 9) indentation, then also while proximally side is mobile for protrudent pin 54.
The partial sectional view of hook matrix 32 is shown in Figure 10.Have in the inside of hook matrix 32 and stands up XZ plane
Plate (metal plate) 60.The long hole 62 inserted for protrudent pin 54 is formed in plate 60.Long hole 62 is by horizontal component 62a, vertical component
62b and circular arc portion 62c is constituted.
Horizontal component 62a is the identical height of protrudent pin 54 when being to erect posture with cable hook 30 (X in the horizontal direction
Axis direction) stretch out part.Vertical component 62b is when cable hook 30 is to hang down posture by the vertical line of protrudent pin 54
The part vertically stretched out.Circular arc portion 62c is the left part for connecting horizontal component 62a and the upper end of vertical component 62b
The part in portion, and be the part with the circular shape centered on trunnion axis 36.
Figure 10 shows cable hook 30 and is fixed as erecting the state of posture.In this state, protrudent pin 54 is inserted through horizontal part
Divide 62a.Due to exerting a force to far side to protrudent pin 54, so protrudent pin 54 is located at the right end side of horizontal component 62a.At this
Under state, even if to change the posture of cable hook 30, be rotated centered on trunnion axis 36, by making protrudent pin 54 be connected to water
Flat part 62a's is upper following, to prevent the posture changing.That is, cable hook 30 is fixed as erecting posture.
If proximally side pressure enters latch-release switch 50, proximally side is mobile simultaneously for protrudent pin 54, and to horizontal component
The left end side of 62a is mobile.In this state, protrudent pin 54 can be moved downwards by circular arc portion 62c.That is,
The lock release state that the state (state that latch-release switch 50 has been pressed into) has been the posture latch-release of cable hook 30.
If rotating cable hook 30 in downward direction by user, protrudent pin 54 is moved to vertical component 62b by circular arc portion 62c
Upper end.
If protrudent pin 54 is moved to the upper end of vertical component 62b, because being applied to the active force of protrudent pin 54, protrudent pin
54 is mobile to the lower end side of vertical component 62b.At the same time, latch-release switch 50 is also mobile to far side.In this state,
Even if changing the posture of cable hook 30, being rotated centered on trunnion axis 36, by making protrudent pin 54 be connected to vertical component 62b
Left and right side, also prevent the posture changing.That is, cable hook 30 is fixed as the posture that hangs down.
If proximally side pressure enters latch-release switch 50 again in the posture that hangs down, protrudent pin 54 is to vertical component 60b
Upper end it is mobile.That is, become lock release state, it can be again to standing posture changing.
More than, embodiments of the present invention are illustrated, but the present invention is not limited to above embodiment, are not taking off
Various changes are able to carry out in the case where from purport of the invention.
For example, in the present embodiment, in erecting posture, standard shaft portion 40 is approximate horizontal, and in the posture that hangs down, standard shaft portion
40 is substantially vertical, but the position in all cable hooks 30 positioned at the vertical line 38 than the end by apparatus main body 12 in the inner part
In the case of, the posture that hangs down may not be the substantially vertical posture in standard shaft portion 40.Also, can be by face operation panel 20
User observe confirmation hooking slot 34 and hooking slot 34 it is against the top compared to the posture that hangs down in the presence of, erecting posture can also be with
It is not the approximate horizontal posture in standard shaft portion 40.
The explanation of symbol
10-diagnostic ultrasound equipments, 12-apparatus main bodies, 14-probes, 16-base units, 18-monitors, 20-
Operation panel, 22-probe brackets, 24-detecting heads, 26-probe cables, 28-rest bodies, 30-cable hooks, 32-hooks
Matrix, 34-hooking slots, 40-standard shaft portions, 42-horizon bars, 44,46-guide walls, 50-latch-releases switch, 52-arms
Portion, 54-protrudent pins, 60-plates, 62-long holes.
Claims (5)
1. a kind of diagnostic ultrasound equipment, which is characterized in that have:
Ultrasonic probe, detecting head and the above-mentioned detecting head of connection and apparatus main body with the transmitting-receiving for carrying out ultrasonic wave
Probe cable；
Probe bracket keeps above-mentioned detecting head；
Hook part is closely configured with above-mentioned probe bracket, and has the hang part for the above-mentioned probe cable of hooking；And
Hook supporting mechanism supports above-mentioned hook part as that can change posture between posture and standing posture hanging down, wherein
The above-mentioned posture that hangs down is above-mentioned hook part in the horizontal direction not from the end of above-mentioned apparatus main body posture outstanding, above-mentioned standing
Posture is that above-mentioned hang part is prominent from the end of above-mentioned apparatus main body in the horizontal direction, and above-mentioned hang part and the above-mentioned appearance that hangs down
Gesture compares the posture being located above.
2. diagnostic ultrasound equipment according to claim 1, which is characterized in that
Above-mentioned hook supporting mechanism supports above-mentioned hook part as that can rotate in vertical plane,
Above-mentioned hook part changes posture between posture and above-mentioned standing posture in above-mentioned hang down by rotary motion.
3. diagnostic ultrasound equipment according to claim 2, which is characterized in that
Above-mentioned hang part includes:
Bar portion, the above-mentioned probe cable of hooking；And
Side wall is set to the end of above-mentioned bar portion, and substantially orthogonal with the extending direction of above-mentioned bar portion,
Above-mentioned side wall is following shape: above-mentioned hook part be it is above-mentioned hang down posture in the case where prolong upwards from above-mentioned bar portion
It stretches, and also extends upwards from above-mentioned bar portion in the case where above-mentioned hook part is above-mentioned standing posture.
4. diagnostic ultrasound equipment according to claim 1, which is characterized in that
Above-mentioned probe bracket be equipped with it is multiple,
Above-mentioned hang part be respectively correspondingly equipped with multiple probe brackets it is multiple,
The orientation of above-mentioned multiple probe brackets is consistent with the orientation of above-mentioned multiple hang parts.
5. diagnostic ultrasound equipment according to claim 1, which is characterized in that
It is also equipped with locking mechanism, which is fixed as above-mentioned posture and the above-mentioned standing appearance of hanging down for the posture of above-mentioned hook part
Any posture of gesture.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016084130A JP6166815B1 (en) | 2016-04-20 | 2016-04-20 | Ultrasonic diagnostic equipment |
| JP2016-084130 | 2016-04-20 | ||
| PCT/JP2017/011484 WO2017183380A1 (en) | 2016-04-20 | 2017-03-22 | Ultrasonic diagnostic device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109069130A true CN109069130A (en) | 2018-12-21 |
| CN109069130B CN109069130B (en) | 2021-05-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201780020761.5A Active CN109069130B (en) | 2016-04-20 | 2017-03-22 | Ultrasonic diagnostic apparatus |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6166815B1 (en) |
| CN (1) | CN109069130B (en) |
| WO (1) | WO2017183380A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114259395A (en) * | 2022-01-12 | 2022-04-01 | 杭州韩丽健康管理有限公司 | Body type management device |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11793486B2 (en) | 2018-08-21 | 2023-10-24 | General Electric Company | Ultrasound system probe holder |
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| JP2005312577A (en) * | 2004-04-28 | 2005-11-10 | Ge Medical Systems Global Technology Co Llc | Ultrasonic diagnostic apparatus |
| JP2012143330A (en) * | 2011-01-11 | 2012-08-02 | Toshiba Corp | Ultrasonic diagnostic apparatus and cable hook |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN109069130B (en) | 2021-05-07 |
| WO2017183380A1 (en) | 2017-10-26 |
| JP6166815B1 (en) | 2017-07-19 |
| JP2017192532A (en) | 2017-10-26 |
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