CN107581810B - Furniture assembly and vibration arrangement for detecting for knockdown furniture part - Google Patents
Furniture assembly and vibration arrangement for detecting for knockdown furniture part Download PDFInfo
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- CN107581810B CN107581810B CN201610530519.XA CN201610530519A CN107581810B CN 107581810 B CN107581810 B CN 107581810B CN 201610530519 A CN201610530519 A CN 201610530519A CN 107581810 B CN107581810 B CN 107581810B
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Abstract
For the present invention in relation to a kind of furniture assembly and for the vibration arrangement for detecting of knockdown furniture part, which includes one first piece of furniture, one second piece of furniture and the vibration-type sensing device.Second piece of furniture can be with respect to the first piece of furniture activity；The vibration-type sensing device is arranged in one of first piece of furniture and second piece of furniture, which includes a moving part；When a strength is applied to the vibration-type sensing device, which is converted from a first state to one second state, to prevent activity of second piece of furniture with respect to first piece of furniture toward a direction.
Description
Technical field
The present invention relates to a kind of furniture assembly and for the vibration arrangement for detecting of knockdown furniture part, particularly relating to one kind can
Prevent knockdown furniture part from meeting with vibration and opening.
Background technique
In general, the furniture (such as the furniture such as drawer, cabinet body or door object) or an equipment in life are met and earthquake
When, if the shaking force of earthquake is excessive, a movable part of the furniture or the equipment usually have voluntarily with respect to a fixing piece open (or
Close) the case where.Therefore, it for security concern, researches and develops one kind and makes two objects any opposite due to external force
Movable product becomes an important subject under discussion.
Summary of the invention
The purpose of the present invention is to provide a kind of all components and for the vibration arrangement for detecting of knockdown furniture part, to realize energy
Enough prevent that knockdown furniture part from meeting with vibration and the phenomenon that abnormal start-up.
A viewpoint according to the present invention, a kind of furniture assembly include one first piece of furniture, one second piece of furniture and a vibration
Formula sensing device.Second piece of furniture can be with respect to the first piece of furniture activity；Its main feature is that: the vibration-type sensing device is arranged in
One of first piece of furniture and second piece of furniture, the vibration-type sensing device include a sensing member and a moving part；
Wherein, when a strength is applied to the vibration-type sensing device, which responds the strength to drive the moving part from one
One state is converted to one second state, to prevent activity of second piece of furniture with respect to first piece of furniture toward a direction.
Preferably, the furniture assembly also includes that an auxiliary member is movably mounted to second piece of furniture and a sliding rail zero
Part is connected to second piece of furniture, which is arranged in first piece of furniture, when the sensing member be in this second
State, and when the auxiliary member is converted from one first predetermined state to second predetermined state, which can be blocked in this
Between sliding rail part and the moving part.
Preferably, the furniture assembly also includes that a pedestal adheres to second piece of furniture, which is pivoted to the pedestal.
Preferably, the vibration-type sensing device is arranged in first piece of furniture, and second piece of furniture includes that a contact is special
Sign, converting the moving part from second state to the first state.
Preferably, first piece of furniture includes a solution tug feature, to convert the auxiliary member from second predetermined state
To first predetermined state.
Preferably, second piece of furniture also includes a positioning groove, which there is a positioning portion to be located at the locating slot.
Preferably, the vibration-type sensing device also include a first component and a second component be movably mounted to this first
Component, the second component respond the strength and the opposite first component activity, the sensing member are made to respond the activity of the second component
And the moving part can be driven.
Preferably, the moving part is movably mounted to the first component, and the moving part has a contact portion, the sensing member
The moving part is driven by the contact portion, wherein the contact portion is an inclined-plane or a cambered surface.
Preferably, the first component and the moving part are respectively provided with the limit features that can be collocated with each other.
Preferably, the first component has a protrusion, and there is the moving part elongated slot can allow the protrusion.
Preferably, the first component includes a space to accommodate the second component, and the size of the second component is less than
The space.
Preferably, the vibration-type sensing device also includes that a rolling member is living with respect to the first component to help the second component
It is dynamic.
Preferably, the sensing member is a ball.
Preferably, the sensing member is located between the first component and the second component.
Preferably, the second component includes a support construction, to support a part of the sensing member.
Preferably, the support construction includes a bottom and an inner wall, which has an angle with respect to the bottom, this first
Component includes that a wall portion is located at the adjacent support construction.
Preferably, the vibration-type sensing device also includes that a rope part suspends the second component to the first component in midair, it should
Rope part has pliability.
Another viewpoint according to the present invention, a kind of vibration arrangement for detecting for knockdown furniture part include one first furniture
Part, one second piece of furniture and a vibration-type sensing device.Second piece of furniture can be with respect to the first piece of furniture activity；Its feature
Be: the vibration-type sensing device is arranged in one of first piece of furniture and second piece of furniture, vibration-type sensing dress
It sets comprising a moving part；Wherein, when a strength is applied to the vibration-type sensing device, which converts from a first state
To one second state, to prevent activity of second piece of furniture with respect to first piece of furniture toward a direction.
Detailed description of the invention
Above-mentioned purpose, design feature and effect of the invention are confirmed to further illustrate, below with reference to attached drawing to this hair
It is bright to be described in detail, in which:
Fig. 1 shows that the furniture assembly of one embodiment of the invention shows comprising the solid of one first piece of furniture and one second piece of furniture
It is intended to.
Fig. 2 shows that Fig. 1 removes the stereoscopic schematic diagram of the second piece of furniture.
Fig. 3 shows the decomposition diagram of the furniture assembly of one embodiment of the invention.
Fig. 4 shows the combination diagram of the furniture assembly of Fig. 3.
Fig. 5 shows the bottom schematic view of the second piece of furniture of the furniture assembly of one embodiment of the invention.
Fig. 6 shows the partial enlargement diagram of the a-quadrant of Fig. 5.
Fig. 7 shows the perspective exploded view of the vibration-type sensing device of one embodiment of the invention.
Fig. 8 shows the combination diagram of the vibration-type sensing device of one embodiment of the invention.
Fig. 9 shows that the vibration-type sensing device of one embodiment of the invention not yet receives the status diagram of a strength.
Figure 10 shows that the vibration-type sensing device of one embodiment of the invention receives the status diagram of the strength.
Figure 11 shows the status diagram before the moving part of the vibration-type sensing device of one embodiment of the invention is driven.
Figure 12 shows the status diagram after the moving part of the vibration-type sensing device of one embodiment of the invention is driven.
Figure 13 shows the state after the moving part of Figure 12 is driven, and an auxiliary member can respond that second piece of furniture is opposite should
First piece of furniture is movable toward a direction and contacts the schematic diagram of the moving part.
Figure 14 shows that the auxiliary member of Figure 13 responds second piece of furniture with respect to first piece of furniture toward after direction activity, should
The schematic diagram that auxiliary member can be driven by the moving part.
Figure 15 shows that the second piece of furniture of the furniture assembly of one embodiment of the invention includes that a contact characteristic responds second
The activity of tool part can be used to contact the schematic diagram of the moving part.
Figure 16 shows that the contact characteristic of Figure 15 can respond the activity of the second piece of furniture and drive the moving part extensive from a state
The multiple schematic diagram at an original state.
Figure 17 shows that the first piece of furniture of the furniture assembly of one embodiment of the invention includes a solution tug feature, and auxiliary member can
Respond the activity of the second piece of furniture and the schematic diagram to contact solution tug feature.
Figure 18 shows that the auxiliary member of Figure 17 can respond the activity of the second piece of furniture and drive solution tug feature extensive from a state
The multiple schematic diagram at an original state.
Figure 19 shows that the second piece of furniture of the furniture assembly of another embodiment of the present invention includes a blocking part, and the vibration-type
The moving part of sensing device driven before status diagram.
Figure 20 is shown after the moving part of the vibration-type sensing device of Figure 19 of the present invention is driven being capable of clip second furniture
The status diagram of the blocking part of part.
Figure 21 shows that the vibration-type sensing device of another embodiment of the present invention not yet receives the status diagram of a strength.
Figure 22 shows that the vibration-type sensing device of Figure 21 of the present invention receives the status diagram of the strength.
Specific embodiment
Fig. 1 shows that a furniture assembly 20 of one embodiment of the invention includes one first piece of furniture 22 and one second piece of furniture 24
It can be with respect to 22 activity of the first piece of furniture.In this embodiment, which can be a cabinet body, and second furniture
Part 24 can be a drawer.Preferably, facilitating second piece of furniture 24 with respect to first piece of furniture by a pair of of sliding rail assembly
22 activities.
Cooperate shown in Fig. 2, each sliding rail assembly includes one first rail 26 and one second rail 28 can be living with respect to first rail 26
It is dynamic.For example, second rail 28 can be with respect to first rail 26 from a stowed position activity to an extended position E.In this, the sliding rail is total
At also comprising a third rail 30 to extend active strokes of second rail 28 with respect to first rail 26.Furthermore, this
One rail 26 is mounted to first piece of furniture 22, therefore first rail 26 is considered as a part of first piece of furniture 22；Separately
On the one hand, which is mounted to second piece of furniture 24, therefore second rail 28 is considered as second piece of furniture 24
A part.Wherein, which also includes a vibration-type sensing device 32.The vibration-type sensing device 32 can arrange
In first piece of furniture 22 (e.g. first rail 26) or second piece of furniture 24 (e.g. second rail 28).In this implementation
In example, by taking the vibration-type sensing device 32 is arranged in first piece of furniture 22 (e.g. first rail 26) as an example.
As shown in figure 3, first rail 26 includes an extension 34, the vibration-type sensing device 32 is mountable in first rail
26 extension 34.On the other hand, which includes a supporting part 36.In addition, the furniture assembly 20 is also comprising a solution tug
Feature 37 is located at first piece of furniture 22, such as the extension 34 positioned at first rail 26.Solution tug feature 37 can be considered this
A part of one piece of furniture 22.
As shown in figure 4, second rail 28 can be with respect to first rail 26 from above-mentioned extended position E activity to stowed position R.
Wherein, the position of the supporting part 36 of second rail 28 is the corresponding extension 34 to first rail 26.
As shown in figs. 5 and 6, which is also movably mounted to second piece of furniture comprising an auxiliary member 39,
Such as the auxiliary member 39 is the supporting part 36 for being movably mounted to second rail 28.And one sliding rail part 41 be connected to this
The supporting part 36 of two rails 28.
Preferably, the furniture assembly also includes that a pedestal 43 adheres to second piece of furniture, such as adheres to second rail
28 supporting part 36；The auxiliary member 39 is pivoted to the pedestal 43 by an axle portion 45 (or shaft member).Preferably, second rail 28
Supporting part 36 includes at least a positioning groove.In this embodiment, by taking two locating slots 47a, 47b are located at the pedestal 43 as an example.Separately
On the one hand, which has a positioning region 49.After the auxiliary member 39 is pivoted with respect to the pedestal 43, which can
Clip is in one of two locating slots 47a, 47b, to keep the position of the auxiliary member 39.And the auxiliary member 39 tool
There is a releasing section 51, which is, for example, an inclined-plane or cambered surface.On the other hand, second piece of furniture, such as second rail
The pedestal 43 on 28 supporting part 36 includes a contact characteristic 53, and in this, which is to be molded directly within the pedestal
43, and the contact characteristic 53 includes an inclined-plane 55 (or cambered surface).It is noted that the contact characteristic 53 can also be mounted in
One component of the pedestal 43, in not limiting in implementation.
As illustrated in figs. 7 and 8, which may include a first component 38, a second component 40, one sense
Survey part 42 and a moving part 44.
The first component 38 can be fixed to above-mentioned first rail 26, such as be fixed to the extension 34 of first rail 26.Into
For one step, which includes an ontology 46 ontology 46 adjacent with a spacing walls 48.Wherein, which has one
Opening 50, and the spacing walls 48 define a space 52 and are connected to the opening 50.Preferably, the first component 38 includes 54 phase of a wall portion
The adjacent opening 50.
The second component 40 can be with respect to 38 activity of first component.Specifically, the second component 40 is to be moveably mounted
In the first component 38.Preferably, the second component 40 is contained in the space 52 of the first component 38, and the second component 40
Size be less than the space 52.In this embodiment, which includes 58 position of one first side 56 and a second side
Opposite first side 56.The second component 40 includes a support construction 60 and a mounting portion 62.
The support construction 60 is, for example, to be located at first side 56, and the position of the support construction 60 is generally to correspond to extremely should
The opening 50 of first component 38.Preferably, the generally tapered shape of the support construction 60.Specifically, the support construction 60 has
There are 64, one top 66 of a bottom and an inner wall 68 to be located between the bottom 64 and the top 66.Wherein, the width at the top 66 is big
Width in the bottom 64, and the top 66 is proximate to the opening 50 of the first component 38.On the other hand, the inner wall 68 is opposite should
Bottom 64 has an angle.In this embodiment, which is an inclined-plane or cambered surface with respect to the bottom 64.The first component 38
Wall portion 54 be peripheral direction positioned at the adjacent support construction 60.Preferably, the wall portion 54 is generally C-shaped.
The mounting portion 62 is to be located at the second side 58, and the mounting portion 62 can be a depressed area.Preferably, the vibration-type
Sensing device 32 is also movably contained in the mounting portion 62 comprising a rolling member 70.The rolling member 70 can be a ball or rolling
Wheel.In this embodiment, the mounting portion 62 and the rolling member 70 are all for a plurality of.
The sensing member 42 is located between the first component 38 and the second component 40.In this, which is arranged in this
Between the support construction 60 of second component 40 and the first component 38.Specifically, a part of the sensing member 42 may be housed in
The bottom 64 of the support construction 60 of the adjacent second component 40, and another part of the sensing member 42 is above the support construction 60
Top 66 and the wall portion 54 of the adjacent first component 38.Wherein, which can be a ball or other similar sphere
The object of shape, but do not limit in implementation.
The moving part 44 is movably mounted to the first component 38.For example, the moving part 44 can be by 72 pivot of an articulated part
It connects on the ontology 46 of the first component 38.Preferably, the moving part 44 has an accommodation space 74 and a contact portion 76 is
Positioned at adjacent containing spaces 74.Wherein, the position of the accommodation space 74 is generally the corresponding sensing member 42；The contact portion 76
Inclined-plane in this way or cambered surface.Preferably, the first component 38 and the moving part 44 are respectively provided with the limit features that can be collocated with each other,
Enable the moving part 44 opposite 38 activity of first component in a preset range.In this, with the ontology of the first component 38
There is a protrusion 78, and the moving part 44 has one to have the elongated slot 80 (or long hole) on boundary to can allow the protrusion 78 to be on 46
Example.
As shown in Figures 9 and 10, which can be fixed to first rail by an interconnecting piece 82 (or connector)
26 extension 34, in this by taking a plurality of interconnecting pieces 82 as an example.Specifically, the first component 38 can by rivet, be spirally connected or
The modes such as clamping are fixed to the extension 34 of first rail 26, in not limiting in implementation.
In in practice, as a strength F, the shaking force of e.g. external force or earthquake is applied to the vibration-type sensing device
When 32 (or the furniture assembly 20), the second component 40 receive strength F and can be with respect to 38 activity of first component.Wherein, it borrows
Help these rolling members 70 (such as the contact of these rolling members 70 is in extension 34 of first rail 26) that the second component can be helped
40 opposite 38 activities of first component.
Furthermore, the effect of the sensing member 42 response strength F and can be from a first position P1 activity to one the
Two position P2.Wherein, it should be noted that since the size power of strength F is different, second position P2 with respect to this first
It is a variable position for the P1 of position.In simple terms, which responds different size of strength F (external force or shake
Power) and can be left from first position P1 and to reaching another location.More specifically, the sensing member 42 responds second structure
Part 40 with respect to the first component 38 activity and can be from first position P1 activity to second position P2.For example, when this
Two components 40 respond strength F and activity when, which can be resisted against the wall portion 54 of the first component 38, and the sensing
Part 42 is driven from first position P1 to second position P2 by the inner wall 68 of the support construction 60 of the second component 40, makes the sense
The moving part 44 can be driven by surveying part 42.In this, which can push against the contact portion 76 of the moving part 44, to drive this
Moving part 44.
Cooperate shown in Figure 11 and Figure 12, the auxiliary member 39 second piece of furniture relatively, such as holding with respect to second rail 28
Load portion 36 is in one first predetermined state L1.When the moving part 44 is driven by the sensing member 42, which can be from one
First state S1 is converted with respect to the first component 38 to one second state S2, for example, the moving part 44 is pivoted from a first position
To a second position.
As shown in figures 13 and 14, when the moving part 44 is in second state S2, and an external force or the shaking force of earthquake
Effect is to second rail 28, such as makes second rail 28 with respect to first rail 26 toward when a first direction D1 activity, the auxiliary member
39, which can respond second rail 28, contacts the moving part 44 toward first direction D1 activity, makes the auxiliary member 39 by the moving part
44 convert from first predetermined state L1 to one second predetermined state L2, such as the auxiliary member 39 is pivoted from one first predetermined position
To one second predetermined position, the auxiliary member 39 is so enable to be blocked between the sliding rail part 41 and the moving part 44.Or
Person is, through second rail 28 is pressed with respect to first rail 26 toward when first direction D1 activity, can also to enable the auxiliary member 39
It is enough blocked between the sliding rail part 41 and the moving part 44.In other words, it is enough when the shaking force of external force or earthquake reaches
When the moving part 44 being driven to be in second state S2, such design can ensure that second rail 28 with respect to first rail 26 by this
External force or vibration facter are without arbitrarily opening.
According to such feature, when second rail 28 is in a position, such as a stowed position R with respect to first rail 26
When, which just can not be with respect to first rail 26 from stowed position R toward first direction D1 activity a distance.So
Can be applicable to when the furniture assembly 20 includes self opening device (push-open device), second rail 28 just without
Method is pressed a distance from stowed position R toward first direction D1 with respect to first rail 26, makes self opening device
The elastic force of an elastic component of a driving mechanism can not be released.Also that is, second rail 28 just can not be with respect to first rail 26 certainly
It opens dynamicly.It is noted that due to self opening device be the field usual skill it will be appreciated that technology model
Farmland does not repeat separately in this for brevity.
It follows that the moving part 44 can be to prevent this second after the effect of the sensing member 42 response strength F
Has the activity of part (such as the second rail 28) with respect to first piece of furniture (such as the first rail 26) toward a direction.Implement in kenel in this, it should
Second piece of furniture (such as the second rail 28) can not be with respect to first piece of furniture (such as the first rail 26) from stowed position R toward the first party
To D1 activity.
As shown in Figure 15 and Figure 16, operator can operate opposite first rail 26 of second rail 28 toward a second direction D2
(opposite above-mentioned first direction D1) activity.Furthermore, when second rail 28 is toward when second direction D2 activity, the contact is special
The inclined-plane 55 (or cambered surface) of sign 53 is able to drive the moving part 44 and converts from second state S2 to first state S1.For example,
The moving part 44 is switched to the first position from the second position.It is noted that the moving part 44 can also have inclined-plane or
Cambered surface, so that the contact characteristic 53 is able to drive the moving part 44.It should be noted that when the furniture assembly 20 include one self
When opening device (push-open device), opening ways can pass through pressing mode open, with the mode of drawing open also can,
Either, such furniture assembly 20 has seen beauty also in relation with self folding mechanism (self-close device), this design
State announce US8,172,345B2, for the field usual skill it will be appreciated that technology scope, for brevity, in this
It does not repeat separately.
As shown in Figure 17 and Figure 18, solution tug feature 37 can be a component and be mounted on first piece of furniture 22, such as pacify
Mounted in first rail 26.The solution pulls feature 37 with an elastic part 57.
When second rail 28 with respect to first rail 26 from an open position (or extended position) when, operator can operate this
Opposite first rail 26 of two rail 28 is movable toward first direction D1.Furthermore, the releasing section 51 of the auxiliary member 39 can connect
The elastic part 57 for touching solution tug feature 37, converts the auxiliary member 39 to first predetermined state from second predetermined state L2
L1.For example, the auxiliary member 39 is switched to first predetermined position from second predetermined position.
As shown in Figure 19 and Figure 20, implement in kenel one second, one second piece of furniture of the furniture assembly 200, such as
Second rail 202 includes a blocking part 204.
When the moving part 44 by the sensing member 42 drive when, the moving part 44 can from first state S1 with respect to this first
Component 38 is converted to one second state S2.According to this technical characterstic, enable the moving part 44 to clip (or locking) this
The blocking part 204 (or a clamping piece) of two rails 202 makes second rail 202 can not be with respect to first rail 26 (or first piece of furniture
22) movable.According to this application, when second rail 202 is in stowed position R with respect to first rail 26, second rail 202 is not
Meeting any opposite first rail 26 due to strength F is movable toward second direction D2.Therefore, when furniture assembly 200 is met and earthquake,
It can prevent second rail 202 from opening with respect to first rail 26.
It follows that the moving part 44 can be to prevent this second after the effect of the sensing member 42 response strength F
Has the activity of part (such as the second rail 28) with respect to first piece of furniture (such as the first rail 26) toward a direction.Implement in kenel in this, it should
Second piece of furniture (such as the second rail 28) can not be with respect to first piece of furniture (such as the first rail 26) from stowed position R toward the second party
To D2 activity.
Figure 21 and Figure 22 shows another state sample implementation of a vibration-type sensing device of the invention.This embodiment and above-mentioned reality
The difference for applying the vibration-type sensing device 32 of example is substantially: the vibration-type sensing device 300 includes a rope part 302, the rope
Rope part 302 has pliability, such as the rope part 302 is spring wire.In this, with a plurality of rope parts 302 can by this second
For the suspention to the first component 306 of component 304.According to this configuration, when receiving a strength F, which equally may be used
With opposite 306 activity of first component, to drive the sensing member 308, and then the moving part 310 is driven.For brevity,
This part please refers to above-described embodiment, does not repeat separately in this.
According to above explanation, it is known that enhancement effect of the invention is with advantage: can prevent knockdown furniture part from meeting with
Meet vibration and the phenomenon that abnormal start-up.
Although the present invention is described with reference to current specific embodiment, those of ordinary skill in the art
It should be appreciated that above embodiment is intended merely to illustrate the present invention, can also make in the case where no disengaging spirit of that invention
Various equivalent change and modification out, therefore, as long as to the variation of above-described embodiment, change in spirit of the invention
Type will all be fallen in the range of the claim of this application book.
Claims (17)
- Include one first piece of furniture and one second piece of furniture 1. a kind of furniture assembly, wherein second piece of furniture can with respect to this One piece of furniture activity, it is characterised in that:One vibration-type sensing device is arranged in one of first piece of furniture and second piece of furniture, vibration-type sensing dress It sets comprising a sensing member and a moving part；Wherein, when a strength is applied to the vibration-type sensing device, the sensing member respond the strength with drive the moving part from One first state is converted to one second state, to prevent work of second piece of furniture with respect to first piece of furniture toward a direction It is dynamic；Wherein, second piece of furniture also is movably mounted to comprising an auxiliary member and a sliding rail part is connected to this second Have part, which is arranged in first piece of furniture, when the moving part is in second state, and the auxiliary member from When one first predetermined state is converted to second predetermined state, which can be blocked in the sliding rail part and the moving part Between.
- 2. furniture assembly according to claim 1, which is characterized in that second piece of furniture also is adhered to comprising a pedestal, The auxiliary member is pivoted to the pedestal.
- 3. furniture assembly according to claim 1, which is characterized in that first piece of furniture includes a solution tug feature, is used Converting the auxiliary member from second predetermined state to first predetermined state.
- 4. furniture assembly according to claim 1, which is characterized in that second piece of furniture also includes a positioning groove, should There is auxiliary member a positioning portion to be located at the locating slot.
- Include one first piece of furniture and one second piece of furniture 5. a kind of furniture assembly, wherein second piece of furniture can with respect to this One piece of furniture activity, it is characterised in that:One vibration-type sensing device is arranged in one of first piece of furniture and second piece of furniture, vibration-type sensing dress It sets comprising a sensing member and a moving part；Wherein, when a strength is applied to the vibration-type sensing device, the sensing member respond the strength with drive the moving part from One first state is converted to one second state, to prevent work of second piece of furniture with respect to first piece of furniture toward a direction It is dynamic；Wherein, the vibration-type sensing device is arranged in first piece of furniture, and second piece of furniture includes a contact characteristic, is used Converting the moving part from second state to the first state.
- 6. furniture assembly according to claim 5, which is characterized in that the vibration-type sensing device also includes one first structure Part and a second component, the second component are movably mounted to the first component, which responds the strength and relatively should First component activity makes the sensing member respond the activity of the second component and can drive the moving part.
- 7. furniture assembly according to claim 6, which is characterized in that the moving part is movably mounted to first structure Part, and the moving part has a contact portion, which drives the moving part by the contact portion, and wherein the contact portion is one oblique Face or a cambered surface.
- 8. furniture assembly according to claim 7, which is characterized in that the first component is respectively provided with the moving part can The limit features being collocated with each other.
- 9. furniture assembly according to claim 8, which is characterized in that the first component has a protrusion, and the company There is moving part an elongated slot can allow the protrusion.
- 10. furniture assembly according to claim 7, which is characterized in that the first component includes a space to accommodate The second component, and the size of the second component is less than the space.
- 11. furniture assembly according to claim 6, which is characterized in that the vibration-type sensing device also includes a rolling Part is to help the second component with respect to the first component activity.
- 12. furniture assembly according to claim 6, which is characterized in that the sensing member is a ball.
- 13. furniture assembly according to claim 6, which is characterized in that the sensing member be located at the first component and this Between two components.
- 14. furniture assembly according to claim 13, which is characterized in that the second component includes a support construction, is used To support a part of the sensing member.
- 15. furniture assembly according to claim 14, which is characterized in that the support construction includes in a bottom and one Wall, the inner wall have an angle with respect to the bottom, which includes that a wall portion is located at the adjacent support construction.
- 16. furniture assembly according to claim 6, which is characterized in that the vibration-type sensing device also includes a rope Part suspends the second component to the first component in midair, which has pliability.
- 17. a kind of vibration arrangement for detecting for knockdown furniture part includes one first piece of furniture, one second piece of furniture, Ji Yizhen Dynamic formula sensing device, wherein second piece of furniture can be with respect to the first piece of furniture activity, it is characterised in that:The vibration-type sensing device is arranged in one of first piece of furniture and second piece of furniture, vibration-type sensing Device includes a moving part；Wherein, when a strength is applied to the vibration-type sensing device, which is converted from a first state to one second shape State, to prevent activity of second piece of furniture with respect to first piece of furniture toward a direction；Wherein, the vibration-type sensing device also includes a sensing member, a first component and a second component, and the second component is living It is mounted on the first component dynamicly, which responds the strength and the opposite first component activity, makes the sensing member accordingly It can be to drive the moving part to convert from the first state to second state；Wherein, second piece of furniture also is movably mounted to comprising an auxiliary member and a sliding rail part is connected to this second Have part, which is arranged in first piece of furniture, when the moving part is in second state, and the auxiliary member from When one first predetermined state is converted to second predetermined state, which can be blocked in the sliding rail part and the moving part Between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610530519.XA CN107581810B (en) | 2016-07-07 | 2016-07-07 | Furniture assembly and vibration arrangement for detecting for knockdown furniture part |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610530519.XA CN107581810B (en) | 2016-07-07 | 2016-07-07 | Furniture assembly and vibration arrangement for detecting for knockdown furniture part |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107581810A CN107581810A (en) | 2018-01-16 |
| CN107581810B true CN107581810B (en) | 2019-04-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610530519.XA Active CN107581810B (en) | 2016-07-07 | 2016-07-07 | Furniture assembly and vibration arrangement for detecting for knockdown furniture part |
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| JP2006200213A (en) * | 2005-01-20 | 2006-08-03 | Murakoshi Mfg Corp | Moving member stopping device |
| CN102370351A (en) * | 2010-08-20 | 2012-03-14 | 川湖科技股份有限公司 | Shock-resistant structure for slide rail collection |
| JP2013002215A (en) * | 2011-06-20 | 2013-01-07 | Systec Kyowa:Kk | Oscillation sensing lock device and locked device |
| CN103913220A (en) * | 2013-01-08 | 2014-07-09 | 华晶科技股份有限公司 | Vibration sensor |
-
2016
- 2016-07-07 CN CN201610530519.XA patent/CN107581810B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1025945A (en) * | 1996-07-12 | 1998-01-27 | Shinkansai Bearing Kk | Earthquake sensitive lock device |
| JP2006200213A (en) * | 2005-01-20 | 2006-08-03 | Murakoshi Mfg Corp | Moving member stopping device |
| CN102370351A (en) * | 2010-08-20 | 2012-03-14 | 川湖科技股份有限公司 | Shock-resistant structure for slide rail collection |
| JP2013002215A (en) * | 2011-06-20 | 2013-01-07 | Systec Kyowa:Kk | Oscillation sensing lock device and locked device |
| CN103913220A (en) * | 2013-01-08 | 2014-07-09 | 华晶科技股份有限公司 | Vibration sensor |
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| Publication number | Publication date |
|---|---|
| CN107581810A (en) | 2018-01-16 |
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