CN102232171B - Refrigeration appliance, and positioning element for an elongate component - Google Patents
Refrigeration appliance, and positioning element for an elongate component Download PDFInfo
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- CN102232171B CN102232171B CN200980148368.XA CN200980148368A CN102232171B CN 102232171 B CN102232171 B CN 102232171B CN 200980148368 A CN200980148368 A CN 200980148368A CN 102232171 B CN102232171 B CN 102232171B
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- circular arc
- loop member
- interior loop
- arc band
- band element
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/006—General constructional features for mounting refrigerating machinery components
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2400/00—General features of, or devices for refrigerators, cold rooms, ice-boxes, or for cooling or freezing apparatus not covered by any other subclass
- F25D2400/40—Refrigerating devices characterised by electrical wiring
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- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Refrigerator Housings (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
A refrigeration appliance (KG), especially a household refrigeration appliance, comprises at least one housing part (IB), relative to which at least one elongate component (LB) is arranged at a predefined mounting distance (HO) by means of a positioning element (LPE), is fitted with an inner ring element (RE) that has a plurality of supporting wings (LA1 to LAn) which are disposed around the outer circumference of the ring element (RE), project freely towards the outside, and are designed to be elastic.
Description
Technical field
The present invention relates to electric refrigerator, household refrigerating appliance especially, it has at least one housing section, and at least one elongated member is arranged in pre-qualified mounting distance place by means of setting element with respect to described housing section.
For example, electric refrigerator, especially household refrigerating appliance as the manufacture of refrigerator, refrigerator-freezer or combined refrigerator/refrigerator-freezer unit in, pipeline or pipeline, electric wire and/or the cable etc. of such as refrigerating circuit of one or more elongated members be for example extremely one or more wall parts of pre-assembled conventionally, the rear board of the inner pressurd vessel of for example electric refrigerator and/or side panel.This inner pressurd vessel is especially pulled out and is formed by plastics deep-draw.This inner pressurd vessel that prepackage is furnished with the built-in and/or installing type parts of various differences is by this way assembled together with coating portion such as side board, rear board, the filler portion etc. of one or more outside installations, to form parts or the ducted body of hollow.Can use cardboard panel, plastic front board etc. for this reason.Inner pressurd vessel thereby to have predetermined gap or gap ground in outside by outer container or overcoat encapsulated forms a ducted body simultaneously.Meanwhile, shell body is settled on the outside of the outer container of electric refrigerator.
In reality, in inner pressurd vessel and one or more built-in and/or preassembled process of installing type parts, described parts are connected to the corresponding side panel of inner pressurd vessel and/or rear board especially by means of two-sided tape conventionally.Simultaneously, for example multiple installing types and/or built-in parts as from the evaporimeter of refrigerating circuit to the situation of the suction channel of compressor, one or more support or distance pieces of being especially made up of foamed material, optimization polyurethane, polyethylene etc. are used, thereby corresponding installing type and/or built-in parts are arranged in to specific elevation-over in ducted body, that is to say to there is idle interval and be arranged in the outer surface top of corresponding inner pressurd vessel and be a maintainable distance apart from corresponding outer covering layer portion.The object of doing is like this that these are built-in and/or the surrounding of installing type parts seals with the heat-insulating material that is full of ducted body.For this purpose, preferred polymers material especially polyurethane or synthetic resin material for example together with compressed air and/or other gaseous propellant in the pressurized hollow space that is sprayed onto ducted body and expand by the pressure of gaseous propellant therein.If necessary, by chemical reaction, the material form that gaseous propellant is also mixed with heat-insulating material Liquid precursor with one or more produces.The expansion of heat-insulating material has guaranteed that polymeric material or synthetic resin material form heat insulation foam, wherein said heat insulation foam expand in the whole hollow space of corresponding ducted body, just enters into bight farthest and is finally substantially full of described hollow space completely.The setting of heat insulation foam with solidify after, in the whole hollow space of corresponding ducted body, form the heat insulation foam layer of sealing, seal therein one or more adiabatic built-in and/or installing type parts for the treatment of.
So far, depend on desired interval, the support that is to say special adjustment with the rigidity of different-thickness is placed in a parts below, and wherein said parts need to have from board one space, corresponding outside of the corresponding inner face board of the inner pressurd vessel of electric refrigerator and/or outer container or locate with gap.This non-yielding prop portion maybe this fixing spacer block preferably utilizes two-sided tape to be fixed to the outer surface of inner pressurd vessel.At this, the parts that are placed on support utilize two-sided tape to be partly also partly secured in place with respect to the outer surface of inner pressurd vessel with respect to support conventionally.Depend in the installation site of the corresponding parts of desired altitude location and thickness especially the special thickness adjustment of the support of proper fit and to install be too expensive and too dull in practice.Particularly, additional material cost and the time of additional bonding needs of this non-yielding prop portion, and this to produce for highly effective refrigeration electrical equipment be less desirable.
This first ducted body between inner pressurd vessel and at least one outer container of electric refrigerator, the door of electric refrigerator also comprises the ducted body as the additional housing parts of electric refrigerator or refrigeration electrical equipment substantially.At this, be applicable to identical aufbauprinciple that inner pressurd vessel adopts and be also applicable to the insertion of installing type and/or built-in parts.
Utility model document DE 20 2,006 007 921 U1 disclose a kind of refrigerator and/or refrigerator-freezer, comprise and have refrigerant loop capillaceous, and capillary can be maintained in preposition by least one capillary keeper.
Patent publication us EP 0 616 159 A1 disclose a kind of spacer block.
Patent publication us DE 10 129 354 A1 disclose a kind of for inner tube is coaxially kept to device within the outer tube.
The object of the invention is to confirm a kind of method, thus, at electric refrigerator, especially in household refrigerating appliance, at least one elongated member can be positioned at more easily at least one housing parts in manufacture process.This object is mentioned the electric refrigerator of type, is especially achieved in household refrigerating appliance and is in background technology, the interior loop member that is set to setting element has multiple supporting fins, described multiple supporting fin is settled around the periphery of described loop member, freely protruding, and each supporting fin to be arranged to be flexible.
Because setting element of the present invention has the outwardly directed fin of elastic free that the peripheral of loop member therein arranges, thus described setting element advantageously intrinsic flexibility, that is to say it is submissive.For example, for the insulation material layer of for example different wall of installation situation or the elongated member that will locate of different net weight that change, setting element can be constructed to the spacer block of general object.On the one hand, due to elastic bearing fin, so can having very large stability, setting element of the present invention is arranged on electric refrigerator of the present invention, at least one housing section place of household refrigerating appliance and/or upper especially, so that location elongated member.On the other hand, the contact force that the elastic bearing fin of setting element of the present invention occurs while for example largely guaranteeing the ducted body between housing section and the independent coating portion of filling electric refrigerator of the present invention by heat-insulating material foamed can be absorbed, thus by setting element of the present invention housing section and/or place of outer covering layer portion and/or on unsuitable contact or impression can substantially be avoided.Due to the outwardly directed elastic bearing fin of freedom of setting element of the present invention, so setting element of the present invention for example can automatically be adjusted for the heat-insulating material of different for example different wall of installation situation.Meanwhile, this contributes to the reliable location of corresponding elongated member to be positioned.Due to the outwardly directed supporting fin of freedom of the periphery around interior loop member of setting element, so setting element additionally has the structure of opening mode substantially, this has guaranteed the suitable foam stream of the liquid precursor of heat-insulating material in corresponding foam production process.Therefore,, after solidification process, the structure of setting element of the present invention is by the heat-insulating material infiltration of solidifying and form a kind of composite construction.
In addition, by means of setting element of the present invention, various dissimilar elongated members for example different size, especially pipe, the pipeline of various outer diameter can be positioned in reliably a Desired Height place apart from housing section and be prepared for utilizing the foam of heat-insulating material liquid precursor to produce and process.Therefore setting element of the present invention allows to simplify assembling process and allows higher fabrication reliability simultaneously.No longer need the additional bonding of setting element of the present invention.Setting element of the present invention is used flexibly.Therefore pipe, the line of the different-diameter of the compressor of for example refrigerating circuit of different elongated members can be located reliably.And due to the flexibility of the supporting fin of setting element, setting element allows wall thickness compensation.Substantially, due to the flexibility of setting element and the compressibility of following, so the error of the wall thickness of setting element of the present invention thereby permission compensation insulation material layer.
According to useful remodeling of the present invention, each supporting fin has sheet geometry.Therefore, supporting fin has low wall thickness, thereby has substantially guaranteed the open architecture substantially of interior loop member, is wherein furnished with freely outwardly directed soft supporting fin at the peripheral of described interior loop member.This foam that contributes to corresponding foam to produce the liquid precursor of heat-insulating material in processing procedure flows.
According to another useful remodeling of the present invention, together with described sheet supporting longitudinal lateral margin of fin and the leading edge of described interior loop member in the entrance side of described setting element and/or outlet side place are placed in a common plane substantially.Therefore, the setting element of this favorable structure has simple with consistent structure, and it sees it is High-efficient Production from the viewpoint of manufacturing.
Advantageously, setting element can be constructed to the form of flat disc, especially as impeller blade.If this dish structure is arranged on along edge in housing section and with respect to housing section and is supported by the outwardly directed supporting fin of one or more freedom, this dish structure advantageously makes corresponding parts can in loop member, be positioned at the Desired Height place apart from respective shell body.
Conventionally, supporting fin is set to spiral arm section substantially around the periphery of described interior loop member.Therefore, supporting fin has curved shape, thus in housing section and/or on the contact that causes due to the corresponding supporting fin of sitting idly in housing section or even impression substantially avoided.Due to the spiral arm section of supporting fin, so supporting fin itself has flexibility and spring resettability, this is useful within the scope of actual state widely.
According to another useful remodeling of the present invention, described supporting fin around described loop member along circumferential skewing, to make in the not loading closed position of described setting element, the front end freely stretching out of described supporting fin is located substantially on the circular arc of the imagination concentric with described loop member.In this rotational symmetric structure, especially needn't consider a special installation site.In fact, this setting element can be along being circumferentially rotated arbitrarily, and but keep its ability that elongated member is positioned to clear and definite orientation, especially to there is the mode in definite gap with respect to corresponding housing section and to carry out elastic bearing simultaneously.
Conventionally, described supporting fin in the periphery of described loop member, be substantially positioned to have that identical bending is pointed to, especially identical recessed Qu Zhixiang and/or there is identical bending radius.Therefore, this provides the further standardized structure of elastic bearing fin around the periphery of loop member.
Especially, usefully, in the not loading closed condition of described setting element, the end section of freely stretching out of corresponding supporting fin has predetermined gap and is suspended from along the circumferential next-door neighbour's of described loop member supporting fin, along the sufficient section of described next-door neighbour's supporting fin, especially roughly until its midpoint area.Therefore,, if the setting element of favorable structure bears external radial force, support fin and can support each other.
According to another useful remodeling of the present invention, described supporting fin is in the time that the periphery of described loop member is positioned to and is arranged in described setting element and is arranged in resettlement area in described housing section, if the outer radial inwardly contact force of effect is applied to described setting element, at least two adjacent supporting fins can be in contact with one another and mutually support in flexible mode.
In the time that elongated member is loaded into setting element, particularly advantageously, interior loop member is formed by least one first circular arc band element and at least one second circular arc band element, and wherein said at least one first circular arc band element and described at least one second circular arc band element are by means of hinge, especially film hinge is connected to each other and depart from and be connected.
Conventionally, described first with element and described second, with element, at it, the front end section place of freely stretching out away from described hinge locks enough each other by means of one or more lock prodigiosins, overlapping in an overlapping region, especially overlapping in variable mode with respect to their overlap lengths.Therefore, the internal diameter of loop member can be adjusted flexibly for the elongated member one or more to be positioned of various outer diameter.
Especially, usefully, in the closed position of described loop member, the second circular arc band element has than first with the less bending radius of element, with the front end section freely stretching out that makes described the first circular arc band element described second substantially concentric sitting idly on the front end section freely stretching out with element.Therefore, substantially rotational symmetric, cylindrical structural can offer loop member especially substantially.
According to favourable remodeling, in the situation of setting element of the present invention, at the periphery place of the front end section freely stretching out of described the second circular arc band element, circular arc can be placed on the outwardly directed web arranging along secant in addition, thereby by forming positioning gap, described tyre surrounds the described second front end section with element substantially concentricly.Therefore,, in order to seal this two circular arc band elements, can the front end section freely stretching out of the second circular arc band element be inserted in this positioning gap in simple and reliable mode.For the front end section of these two circular arc band elements arranges insertion guiding piece.
Conventionally, on the upside of described the first circular arc band element, multiple grooves are set as locking device along the front end section freely stretching out of described the first circular arc band element, in the closed position of described interior loop member (RE), the complementary groove on the inner side of the end section of freely stretching out of described tyre joins in described multiple groove.This provides quick lock in connection, thus, the internal diameter of loop member can for the corresponding elongated member of various outer diameter with variable and flexibly mode adjust, thereby can be in the annular of loop member, especially keep suitably in circular arc passage or lock described parts.
Particularly, if necessary, the one or more supporting fins that advantageously shorten with respect to the outer supporting fin of placing of described the first and second circular arc band elements arrange on the upside of described tyre, thereby the free end of all supporting fins is located substantially on the circular arc of described same imagination with one heart around described interior loop member.Therefore, rotational symmetric structure can offer described setting element substantially, thereby it can be along rotating in a circumferential direction arbitrarily and still keeping its support functions.In the process being arranged in housing section, therefore will not rotate to a quite special position by this rotational symmetric setting element.
If feasible, enough is that corresponding elongated member is held, is especially medially held by the inner edge of these two circular arc band elements in described interior loop member.Especially, in order to clamp elongated member, advantageously one or more clamping elements, especially clamp in web or clamping band be additionally provided on described interior loop member on the inner edge with element with element and/or second opening described first in space.Therefore, can clamp corresponding elongated member by more adjustable, higher chucking power.In this case, corresponding elongated member can usefully be assembled into, and in the closed position of described interior loop member, corresponding clamping element extends until described hinge between described two band elements.Especially, the front end section place of freely stretching out at described the second circular arc band element arranges linearly extended clamping web substantially, in the closed position of described interior loop member, described linearly extended clamping web substantially with respect to described second the circular arc with element along the direction of described hinge along a part for secant, especially extend along a part for the secant through the center of circle.In the closed position of described interior loop member, described linearly extended elongated member clamps between described clamping web and the inwall of described the first circular arc band element.
Alternatively, if feasible, usefully at described the first circular arc band element and described the second circular arc band element the clamping web inwardly stretching out is set in the end section of described hinge respectively, thereby in the closed position of described interior loop member, these two clamping webs on the overlapping region of described two free ends with element with secant through the center of circle substantially parallel extend, and between described two clamping webs the corresponding parts extending longitudinally of clamping.
Especially, there is at least one inner pressurd vessel at least one refrigeration cabin and/or freezing cabin; At least one outer covering layer portion and/or outer container are set to housing section.Conventionally, the ducted body that is full of heat-insulating material is set between described inner pressurd vessel and described outer covering layer portion and/or described outer container.Advantageously, setting element can be embedded at the heat-insulating material of described ducted body at least one elongated member clamping in loop member therein, and hold at least one elongated member in the interior loop member inner clip of described setting element, thereby described elongated member is placed in the desired distance place from described housing section in its clip position.For this reason, described setting element conventionally along edge install, thereby described setting element by means of at least one supporting fin in flexible mode at described housing section upper support.
Advantageously, synthetic material, especially resilient flexible synthetic material can be used to described setting element.Therefore, easily in injection moulding process, manufacture.
The invention still further relates to a kind of setting element, its for by elongated member with respect to electric refrigerator, especially the housing section of household refrigerating appliance is placed in a pre-definite mounting distance place, it is characterized in that, described setting element has interior loop member, described interior loop member has multiple supporting fins, described multiple supporting fins around the periphery of described loop member settle, freely protruding and each supporting fin to be configured to be flexible.
Other remodeling of the present invention are recorded in claims.
Brief description of the drawings
Describe the present invention and remodeling thereof in detail by means of accompanying drawing, wherein:
Fig. 1 shows according to the perspective schematic view of the first illustrative examples of setting element of the present invention, and wherein said setting element is in assembled state, to locate the elongated member of electric refrigerator of the present invention;
Fig. 2 shows the schematic plan of the setting element of Fig. 1, and wherein said setting element is in opening pre-assembled state, to insert the elongated member of Fig. 1;
Fig. 3 shows the schematic side elevation by the setting element of the Fig. 1 under the external touch condition for example causing due to heat-insulating material foam generation processing that applies in closing assembled state;
Fig. 4 shows the perspective schematic view of the inner pressurd vessel of the electric refrigerator of the present invention looking over from rear in manufacture process, wherein, multiple setting elements according to Fig. 1 to 3 are used to locate elongated member, and wherein said elongated member is embedded in heat-insulating material in foam subsequently produces processing;
Fig. 5 shows the schematic longitudinal sectional view of the inner pressurd vessel of the Fig. 4 after heat insulation layer manufacture, and wherein, the setting element of multiple Fig. 1 to 3 and the therein firm elongated member keeping are embedded into;
Fig. 6 shows the schematic plan of the illustrative examples of the setting element of the present invention of remodeling compared with Fig. 1 to 3; And
Fig. 7 shows the schematic side elevation of the setting element in closed condition of Fig. 6.
Detailed description of the invention
All elements with identical function and operator scheme are provided with identical Reference numeral in Fig. 1 to 7.
Fig. 4 shows for electric refrigerator KG, for example rear perspective schematic view of the inner pressurd vessel IB of refrigerator, refrigerator-freezer or combined refrigerator/refrigerator-freezer unit of household refrigerating appliance especially.At this, in illustrative examples, for the installation of inner pressurd vessel or itself and the pipeline assembling of the different for example refrigerating circuit of electric refrigerator KG of parts, inner pressurd vessel is flatly located with respect to its longitudinal length.As independent inner part, inner pressurd vessel IB has refrigeration cabin KF and freezing cabin GF, and they arrange adjacent to each other.For the outer wall with the coated inner pressurd vessel IB of one deck insulating materials, i.e. rear board, side panel, bottom and top, the one or more coating portion of outer container apart from the rear board of inner pressurd vessel and/or other side panel one predetermined gap settle.Therefore between the one or more outer covering layer portion that, ducted body HK1 settles in the outer panels of inner pressurd vessel IB and at a preset distance place, form.
In the mode of longitudinal sectional view, Fig. 5 shows the inner pressurd vessel that is equipped with in this case the VT1 of coating portion of Fig. 4.The VT1 of this coating portion around the outer panels of inner pressurd vessel IB settle before, on the one hand, the parts for electric refrigerator KG in inner pressurd vessel insert subsequently set opening or through hole by means of cover utensil sealed.For example, in Fig. 1, slot type opening OF101 to OF103 arranges in the both sides panel of refrigeration cabin KF.Described these slot type openings are used to the subsequently maintenance of installing plate in refrigeration cabin KF.On the other hand, preferably just in time before the installation of the VT1 of coating portion, multiple additional installing types and/or built-in parts be assembled to the rear board RW of inner pressurd vessel and/or one or more side panel, under, top or front panel.
At this, in illustrative examples, multiple pipelines connect up along whole length or the partial-length of the rear board RW of inner pressurd vessel IB as elongated member or unit.If necessary, described pipeline can also partly or entirely extend at least one side panel of the downside of inner pressurd vessel or top side.These pipelines are especially formed by suction tube, force pipe or the heating tube of the refrigerating circuit of electric refrigerator KG.Refrigerating circuit has at least one compressor CO.In this case, in the substrate subcomponent BG of described compressor on the downside of inner pressurd vessel IB, hold.In illustrative examples, the first combined type suction and/or force pipe VL1, especially there is the rear board RW that the suction tube of throttle pipe is connected up through inner pressurd vessel IB by the compressor of substrate subcomponent BG, as evaporator tube.Correspondingly, the second evaporator tube VL2 lies low at this some place.If necessary, one or more heating tubes of compressor loop can or if necessary also be tiled to the reveal front portion of inner pressurd vessel IB along the front panel of inner pressurd vessel IB along a part for rear board, side panel, thereby prevent less desirable the making moist in electric refrigerator running.The first evaporator tube VL1 is positioned in the desired height H O1 place, rear board RW top of inner pressurd vessel IB by means of multiple setting element LP11, LP12.Correspondingly, the second evaporator tube VL2 by means of multiple setting element LP21, LP22 from the rear board one distance ground of inner pressurd vessel IB or there is gap HO2 and be kept.At this, one or more setting elements distribute in the whole length of corresponding evaporator tube.At the downside place of inner pressurd vessel IB, these two evaporator tube VL1, VL2 are kept from the downside one distance ground of inner pressurd vessel IB in groups by means of shared setting element LP2.
Additionally, supply lines or cable CA look over from the front of Fig. 4 along the side panel of inner pressurd vessel IB and lay.This supply lines or cable are for basad subcomponent BG power supply.This service cable CA has down suction by means of setting element LP3 from the side panel of inner pressurd vessel IB and is kept.Be these different elongated members with various outer diameter to remain on apart from pre-definite minimum vertical gap location of the outer surfaces of inner pressurd vessel IB and apart from the VT1 of outer covering layer portion of ducted body HK1 and there is gap, there is clear and definite distance for the object of one or more setting elements of corresponding pipeline and/or power supply electric wire.By means of these setting elements, corresponding elongated member is positioned in ducted body HK1, thereby substantially prevents parts seating that this is elongated or panel part and/or the VT1 of outer covering layer portion of contact inner pressurd vessel IB.If after the elongated member such as VL1, VL2, CA is laid and is in position, the for example liquid precursor of ducted body HK1 filling heat insulator IM and after the foam production process of heat-insulating material ducted body HK1 be substantially full of this liquid precursor completely, be substantially embedded with curing heat-insulating material IM around such as the elongated member of VL1, VL2, CA.Therefore, to and/or substantially avoided reliably from the less desirable heat transfer of these elongated members.Because the entirety of heat-insulating material IM is sealed or is coated, for example can prevent that suction tube VL1, VL2 from sitting idly in the panel part of inner pressurd vessel IB, otherwise, this can cause less desirable frosting.Therefore, contacting between corresponding evaporator tube, especially suction tube and outer covering layer portion or outer container VT1 is prevented from, otherwise, this can cause evaporator tube especially the less desirable of suction tube place make moist.And, coated corresponding evaporator tube heat-insulating material has been increased to the efficiency in refrigerating circuit.Because for the compressor in substrate subcomponent BG control the supply lines of electronic device or in inner pressurd vessel or on the slotted line of temperature sensor for example by one or more setting elements, after the process of the formation of foam processing of heat-insulating material is positioned in ducted body HK1 and is solidifying, they are coated by heat-insulating material IM completely, so this has guaranteed the operating reliability of described line substantially.For example, if be coated by heat-insulating material from temperature sensor to the slotted line of temperature controller, substantially prevented from inner pressurd vessel or the less desirable temperature transmission to slotted line from outer container, otherwise, this can cause the fault Temperature Setting in the inner pressurd vessel of electric refrigerator.
In the longitudinal sectional view of Fig. 5, for example, the suction tube VL1 that flash-pot extands rearward to compressor CO keeps a clear and definite vertical range or gap HO1 and keeps a clear and definite gap HO2 from the wall portion of the VT1 of outer covering layer portion from the wall portion of inner pressurd vessel IB by means of two setting element LP11, LP12.Therefore, suction tube surrounding is sealed by heat-insulating material IM.
Even for the insulation material layer of different wall and/or for different size, especially different-diameter by these parts of the parts that are embedded at insulation material layer, different net weight and various installation situation, for ease of guaranteeing a clear and definite distance of the wall portion of these elongated members in the wall portion from inner pressurd vessel and/or outer container or outer covering layer portion, corresponding setting element has interior loop member, wherein in the periphery of described interior loop member, is mounted with multiple elastic bearing fins that freely stretch out.Fig. 1 shows the first illustrative examples of this setting element LPE in the mode of schematic enlarged perspective.In this first example, described setting element has open plate-like leaf wheel topology.This structure is along edge placement and utilize at least one supporting fin for example LKn to sit idly on the area supported AF of the wall portion of inner pressurd vessel IB.At this, the central axis MA of setting element LPE is extending in the plane of orientation in definite height H O place parallel with area supported AF substantially.Interior loop member RE comprises the first circular arc band element RB1 and the second circular arc band element RB2, and they are by means of hinge SC, especially film hinge is configured to swing open, to insert the elongated member LB being held in place.At this, in the illustrative examples of Fig. 1, after the elongated member LB that will locate inserts in the interior space IR of loop member RE, these two circular arc band element RB1, RB2 swing and together by means of locking utensil, especially locked each other at their leading section ST1, ST2 place with tooth locking mechanism.Particularly, the second circular arc band RB2 has the less bending radius than the first circular arc tape section RB1, thereby in the closed position of interior loop member, the leading section ST1 freely stretching out of the first circular arc tape section contacts with the leading section ST2 freely stretching out of the second circular arc tape section RB2 in substantially concentric mode.In the closed position of interior loop member RE, free end ST1, the ST2 of these two circular arc band element RB1, RB2 are overlapping each other.In this case, the overlapping region of described two circular arc band elements is arranged to relative with hinge SC.In the closed position of interior loop member RE, it has columniform geometry substantially.The outer of the leading section freely stretching out at the second circular arc band element RB2 placed, arc in addition AB is placed on the outwardly directed web ST arranging along secant (secant), thereby in the closed position of interior loop member RE, this tyre surrounds substantially concentricly, the first leading section ST1 with element RB1 particularly itself reels.Along the leading section on the top side of the first circular arc band element RB1, groove VZ1, especially toothed rib are set, wherein set groove VZ1, especially toothed rib in the closed position of interior loop member RE by groove VZ2, the especially toothed ribbed joint of the complementary structure on the inner side of the end of freely stretching out of tyre AB.In the closed position of interior loop member, the blade of circular bend sealing in interior loop member RE thereby formation one.Elastic bearing fin LA1 to LAN is by the one-body molded and roughly the same angle of setovering each other on the periphery of their peripheries.Corresponding supporting fin LA1 to LAN has the geometry of blade type.In this case, supporting fin forms the spiral arm section around the peripheral distribution of interior loop member RE.These arm sections are around loop member along circumferentially extending, and the leading section SK1 to SKn freely stretching out that is bent to described arm section is located substantially on the circular arc FAK (seeing Fig. 3) of the imagination concentric with loop member RE.In this case, supporting accordingly fin LA1 to LAn extends around the relevant periphery section of loop member RE.All supporting fin LA1 to LAn are substantially one-body molded in the periphery of loop member RE has especially identical recessed Qu Zhixiang and an identical bending radius.At the approaching side for elongated member LB of setting element LPE and/or discharge side, be substantially arranged in together with longitudinal lateral margin LK1 to LKN of blade type supporting fin LA1 to LAN and the leading edge SR1 of interior loop member RE in a common plane of orientation.Therefore, setting element LPE has impeller type dish or little wheel construction.Due to these protruding bendings of freedom along circumferentially section extension or the elastic fin of bending, so setting element LPE keeps inherently softness, that is to say elasticity.Therefore the contact force F (seeing Fig. 3), for example radially acting in the manufacture process of heat-insulating material IM on setting element LPE is substantially absorbed or is cushioned.For example, if in the formation of foam processing procedure of heat-insulating material contact force from above act on along edge install setting element, wherein said setting element is constructed to be surrendered and absorbs this contact force to make substantially to prevent the contact of setting element in the wall portion of inner pressurd vessel and/or outer container as spring,, due to the vein compliance of supporting fin, the unsuitable stress on the inner pressurd vessel of electric refrigerator and/or outer container or even infringement are prevented substantially.
Because elastic bearing fin LA1 to LAn is constructed to recessed knee-piece linear element, thus radially integral yield of setting element LPE, if it bears radially the inwardly contact force F of effect.Due to the curved geometry of supporting fin, so the corresponding supporting fin of sitting idly on contact surface AF will be contacted by substantially smooth contact surface at this.In this case, the contact force F of corresponding generation is larger, supports the contact area that fin sits idly on area supported AF just larger.Therefore, radially the contact force of generation of effect is absorbed substantially, thus contact supporting fin on the area supported AF of respective wall parts and/or interior any impression be substantially prevented from.
On the top side of tyre AB, the one or more supporting fin LAi, LAi+1, the LAi+2 that are shortened with respect to supporting fin LA1 to LAN are arranged to outer the placing of the first and second circular arc band RB1, RB2, and the free end of all supporting fin LA1 to LAN, LAi, LAi+1, LAi+2 is located substantially on the circular arc FAK of the imagination concentric around loop member RE.The circular arc FAK of this imagination is additionally represented by chain-dotted line in the side view of Fig. 3.
In the not stress state of Fig. 1, support accordingly for example LA1 of fin and for example above LA2, suspend along for example FU2 of its sufficient section at the circumferential next supporting fin along loop member RE.Therefore, the sufficient section FU1 of the first supporting fin LA1 is suspended by the supporting fin LAn before it in the counterclockwise direction.Meanwhile, between adjacent respectively supporting fin, there is lateral clearance FAS, that is to say pre-qualified space or space.These two supporting fins are in succession along circumferential coincidence or suspend and especially guaranteed that these two supporting fins support each other.At this, in illustrative examples, two adjacent supporting fins stretch out into respectively setting element LPE and utilize at least two adjacent part end surfaces sit idly on area supported AF and be in contact with it.Therefore, advantageously, the stability of setting element is compared with remodeling to be improved and is that only single supporting fin contacts with area supported AF.In the not stress state of setting element LPE, the first supporting fin for example LA1 is suspended in adjacent the second such as LA2 of supporting fin subsequently along its bending direction KR, thereby the front end SK1 freely stretching out of the first for example LA1 of supporting fin is at least overlapping such as FU2 of sufficient section along bending direction KR the second supporting fin LA2 subsequently.Particularly, roughly extend until the midpoint area of hithermost the second supporting fin LA2 the overlapping portion of the first supporting fin LA1.In the time bearing radially contact force, this overlapping region increases, to make bearing area contact with the contact surface AF increase of this supporting fin.In this case, the radially contact force F of generation distributes equably on area supported AF, and stress or the even infringement of substantially having avoided any discomfort on area supported AF to work as.
For elongated member LB is medially remained in interior loop member RE substantially, on the second outer leading edge with element RB2 of interior loop member RE, the clamping element, especially clamping ribs or the clamping band KL that extend radially inwardly towards film hinge SC are set.At this, this additional clamping element extends substantially point-blank, especially roughly in loop member RE, extends in the heart.Between the free end of clamping element and hinge SC, clear and definite space DO is set.Clamping element KL is constructed to flat rectangular spring leaf substantially.The mode that elongated member LB coordinates with power between the inwall with element RB1 at this clamping element KL and first is held, that is to say and be kept in approximate centre position.In this clip position, elongated member LB has the clear and definite height H O with respect to area supported AF.
Fig. 2 shows the schematic plan of the setting element LPE of Fig. 1, and wherein two endless belt element RB1, RB2 that is to say deployed condition in opening.Therefore, occur inserting gap between these two front ends with element RB1, RB2, elongated member LB can easily and easily be inserted in the flute profile receiving chamber of circular arc first with element RB1 by described insertion gap.For closed loop element RE, first moves to the second front end with element RB2 with the front end of element RB1, and is tucked in addition in the groove or recess EN between the end ST2 of AB and second with element RB2.At this some place, the groove VZ2 of the complementary structure on the inner side of the groove VZ1 on the top side of the first circular arc band element RB1 and the end of freely stretching out in addition engages.Due to this tooth-like locking mechanism, thus the internal diameter of interior loop member RE can easily adjust for the external diameter of parts to be kept, thereby these parts are kept in the mode of power cooperation, friction lock and/or shape locking.Particularly, radially confining force on elongated member LB or chucking power can be adjusted in the mode of expecting by adjusting the overlap length of these two front end section ST1, ST2, thereby this elongated member is securely held in the mode of power closure between the inward flange of clamping element KL and first with element RB1 in centre position substantially at it.
Finally, the schematic side illustration of Fig. 3 has gone out the setting element LPE in closed condition under the effect of outer radial contact force F.In this case, the elongated member LB in loop member RE omits in the drawings for reason clearly.Under the effect of contact force F radially, supporting fin AF1 to the AFn elastic buckling of sitting idly on area supported AF, thus they are driven plain and have compared with the not stress state of setting element the contact area of expansion.Therefore, contact force F is substantially absorbed or is compensated, thereby upper and/or interior less desirable impression, other defect of area supported AF or even damage prevented substantially.
In the closed position of interior loop member RE, the clamping web KL arranging on the front end ST2 freely stretching out of the second circular arc band RB2 with respect to second the arc section with element RB2 along secant partially, especially along extending towards hinge SC partially through the secant of its central point.
Clamping ribs KL forms resilient clamp element, wherein in the time that elongated member LB is inserted into, if elongated member LB has the larger external diameter of the maximum internal width between the inner edge with element RB1 than clamping ribs KL and first, described resilient clamp elements relative is in its inner edge deflection with element RB2 towards second of the foot point on the front end ST2 with RB2 second.In this case, clamping element KL longitudinally vertically acting on elongated member LB lateral contact power and elongated member.
If feasible, equally usefully at the first circular arc band element RB1 and the second circular arc band element RB2 the clamping web KL1, the KL2 that inwardly stretch out be set respectively on the end of hinge SC.The setting element of this remodeling shown in the schematic plan of Fig. 6 in open mode, and by LPE
*represent.Fig. 7 shows the setting element LPE of this remodeling
*schematic side elevation in closed condition.In the closed position of interior loop member RE, these two clamping element KL1, KL2 extend abreast with the secant through the center of circle substantially on the overlapping region of these two free ends with RB1, RB2.Therefore, the sidepiece of these two clamping elements is hinged on the hinged end of the first hinged end and second with element RB1 with element RB2 by hinge SC.Towards these two, ground, the Huo Daichi region, overlapping region with element RB1, RB2 also extends in the mode of straight line described clamping element each other substantially in parallel to each other substantially.Compared with the first remodeling of Fig. 1 to 3, elongated member LB preferably can be held between these two resilient clamp web KL1, KL, this be because larger chucking power can by these two clamping web KL1, KL2 perpendicular to they contact area be applied in.
At the setting element LPE of remodeling
*open mode in, these two clamping web KL1, KL2 extend with the shape of V-arrangement together, thus in the time that these two band element RB1, RB2 move away, parts to be held can be easily inserted into this two entering in opening with element RB1, RB2.Because the V-arrangement arrangement of these two webs, so the clamping zone between them is easy to touch.
If necessary, can also between these two clamping web KL1, KL2, clamp multiple, two elongated member LB especially.
This provides a kind of setting element, utilizes described setting element, and pipeline, cable or the electric wire of for example household electrical appliance of one or more elongated members can easily and reliably be secured in place.If these elongated members need to be from the clear and definite vertical or lateral separation of wall portion, this is particularly advantageous.For example, this situation is to be full of the liquid heat-insulating material that will solidify in the ducted body of household refrigerating appliance.After heat-insulating material solidifies, the peripheral of these elongated members is encapsulated in permanent insulation material layer.Therefore, to and/or from the inner pressurd vessel of household refrigerating appliance and from and/or be substantially prevented to the temperature transmission of outer wall.If for example evaporator tube relates to, on evaporator tube due to the frosting causing with inner pressurd vessel close contact or because making moist of occurring of the too close outer container in location is prevented from substantially.For example, if elongated member form is slotted line or control line for temperature controller, the fault in Temperature Setting is prevented from substantially.Due to the flexibility of setting element, so the external diameter of setting element can change to mate the contact force of any radial effect.Therefore, setting element can be used in the insulation material layer of different wall.The heat-insulating material of outer spring leaf type supporting fin thereby permission wall of variable thickness.The wall thickness of heat-insulating material can be different at the different parts of insulation material layer.The impression of the interior and outer wall of the ducted body being caused by the power in the situation with the foam filled ducted body of heat-insulating material in this case, or other infringement are prevented from substantially.Meanwhile, the shape of blade type supporting fin and external diameter can be adjusted for corresponding installation situation.Due to supporting fin and the loop member of setting element structure opening form and little wall thickness, thus in corresponding formation of foam processing procedure, guarantee the expedite foam stream substantially of the liquid precursor of heat-insulating material, thus substantially prevent that air is mingled with or cavity.Because two band elements of this suspending via hinge are provided with the tooth-like latch-up structure of front end, can be held in loop member in the mode of expecting by the internal diameter of adjustment ring element so there is the elongated member of various outer diameter.In this case, useful especially is that one or more clamping bands or additional clamping web are set, and it arranges and stretch out in loop member on the first and/or second band element.Suitably select corresponding additional clamping band and/or this two geometries with element to make to produce suitable positioning framework.Particularly, the diameter of the clamping chamber in loop member can be regulated with the sawtooth locking mechanism on element or tooth-like locking mechanism continuously by means of these two, thereby for the different elongated member of various outer diameter, these two is feasible with the clamping between element.Particularly, according to the external diameter grasping part between the first clamping element and the inner edge of loop member of first shown in Fig. 1 to 3 remodeling or be configured to be equal to or less than corresponding elongated member according to the internal diameter of the grasping part between Fig. 6, second two clamping elements of retrofiting of 7.
In this case, the elongated member of different-thickness can be held and be positioned in the setting element of same type.
Therefore, the setting element of unique type is enough under broad application feature scope to clamp suitably different elongated members from the mode of wall portion desired distance.No longer need corresponding parts to be additionally bonded to setting element.The installation of elongated member is simplified by eliminating adhesive tape equally.Because setting element is always determined the specific range from the associated wall portion of household refrigerating appliance clearly or definitely in advance for parts to be held, so this also causes high production reliability.Especially, due to the compressibility of wing members, so the heat-insulating material of different wall can be compensated substantially, and this can not cause unfavorable marking or impression by setting element in corresponding wall portion.In addition, the suction of different parts such as evaporator tube, especially refrigerating circuit and force pipe, heating pipeline section, cable or wire etc. can easily be held with reliability, and their position is limited by corresponding setting element.Particularly, two or more identical or different elongated members also can be positioned in the position of expectation simultaneously in setting element.
Claims (38)
1. an electric refrigerator (KG), it comprises at least one housing section (IB), at least one elongated member (LB) is placed in a pre-qualified mounting distance (HO) by means of setting element (LPE) with respect to described housing section and locates,
It is characterized in that,
Described setting element (LPE) has interior loop member (RE), described interior loop member (RE) has multiple supporting fins (LA1 to LAn), described multiple supporting fin is protruding around periphery arrangement, the freedom of described interior loop member, and it is flexible that each supporting fin is arranged to, and described supporting fin forms the spiral arm section around the peripheral distribution of described interior loop member (RE), these arm sections extend along circumferential around interior loop member.
2. electric refrigerator according to claim 1, is characterized in that, each supporting fin (LA1 to LAn) has sheet geometry.
3. electric refrigerator according to claim 1 and 2, is characterized in that, in the closed position of described interior loop member, described interior loop member (RE) is constructed to columniform blade, and it has through hole (DO), to receive described elongated member (LB).
4. electric refrigerator according to claim 1 and 2, is characterized in that, described supporting fin (LA1 to LAn) is settled around the periphery of described interior loop member (RE), to make described setting element (LPE) have impeller type structure.
5. electric refrigerator according to claim 2, it is characterized in that, together with longitudinal lateral margin (LK1 to LKn) of described sheet supporting fin (LA1 to LAn) and the leading edge (SR1) of described interior loop member (RE) in the entrance side of described setting element (LPE) and/or outlet side place are placed in a common plane substantially.
6. electric refrigerator according to claim 1 and 2, it is characterized in that, described supporting fin (LA1 to LAn) around described interior loop member (RE) along circumferential skewing, to make at described setting element (LPE) in the time not loading closed condition, the front end (SK1 to SKn) freely stretching out of described supporting fin be located substantially on one with the circular arc (FAK) of the concentric imagination of described interior loop member (RE) on.
7. electric refrigerator according to claim 1 and 2, is characterized in that, described supporting fin (LA1 to LAn) is positioned in the periphery of described interior loop member (RE) to be had identical bending sensing and/or has identical bending radius.
8. electric refrigerator according to claim 6, it is characterized in that, at described setting element (RE), in the time not loading closed condition, the front end freely stretching out (SK1) that supports accordingly fin (LA1) has predetermined gap and is suspended from along the circumferential next-door neighbour's of described interior loop member (RE) supporting fin (LA2) along the sufficient section of the supporting fin being close to (FAS).
9. electric refrigerator according to claim 1 and 2, it is characterized in that, described supporting fin (LA1 to LAn) is in the time that the periphery of described interior loop member (RE) is settled and is arranged in described setting element (LPE) and is arranged in resettlement area in described housing section (IB), if the outer radial inwardly contact force (F) of effect is applied to described setting element (LPE), at least two adjacent supporting fins (LA1 to LA2) can be in contact with one another and mutually support in flexible mode.
10. electric refrigerator according to claim 1 and 2, it is characterized in that, described interior loop member (RE) is formed by least one first circular arc band element (RB1) and at least one the second circular arc band element (RB2), and wherein said at least one first circular arc band element and described at least one second circular arc band element are can be by means of hinge (SC) connected to each other and depart from and be connected.
11. electric refrigerators according to claim 10, it is characterized in that, described the first circular arc band element (RB1) and described the second circular arc band element (RB2) at it front end section freely stretching out (ST1, ST2) away from described hinge (SC) locate can lock each other by means of one or more locking utensils (VZ1, VZ2), overlapping in an overlapping region.
12. electric refrigerators according to claim 10, it is characterized in that, in the closed position of described interior loop member (RE), the second circular arc band element (RB2) has than the less bending radius of the first circular arc band element (RB1), with the front end section (ST1) freely stretching out that makes described the first circular arc band element upper substantially concentric the sitting idly of the front end section (ST2) freely stretching out of described the second circular arc band element (RB2).
13. electric refrigerators according to claim 10, it is characterized in that, at the periphery place of the front end section (ST2) freely stretching out of described the second circular arc band element (RB2), circular arc in addition (AB) can be placed on the protruding web (ST) arranging along secant, thereby by forming positioning gap (EN), described circular arc is surrounded the front end section (ST2) of described the second circular arc band element (RB2) in addition substantially concentricly.
14. electric refrigerators according to claim 13, it is characterized in that, in the closed position of described interior loop member (RE), the front end section (ST2) freely stretching out of described the second circular arc band element (RB2) is inserted in described positioning gap (EN).
15. electric refrigerators according to claim 13, it is characterized in that, the front end section (ST1) freely stretching out along described the first circular arc band element on the upside of described the first circular arc band element arranges multiple grooves (VZ1), in the closed position of described interior loop member (RE), the complementary groove (VZ2) on the inner side of the described circular arc end section of freely stretching out in addition joins in described multiple groove.
16. electric refrigerators according to claim 13, it is characterized in that, the one or more supporting fins (LAi, LAi+1, LAi+2) that shorten with respect to the outer supporting fin (LA1 to LAn) of placing of described the first and second circular arc band elements (RB1, RB2) arrange on the upside of described circular arc tyre (AB), thereby the front end freely stretching out of all supporting fins (LA1 to LAn, LAi, LAi+1, LAi+2) is located substantially on the circular arc (FAK) of same imagination with one heart around described interior loop member (RE).
17. electric refrigerators according to claim 1 and 2, is characterized in that, corresponding elongated member (LB) is held in space (IR) in the opening of described interior loop member (RE).
18. electric refrigerators according to claim 10, it is characterized in that, in order to clamp described elongated member (LB), one or more clamping elements (KL) are arranged in the opening of described interior loop member (RE) in space (IR) on the inner edge of described the first circular arc band element (RB1) and/or the second circular arc band element (RB2).
19. electric refrigerators according to claim 18, it is characterized in that, in the closed position of described interior loop member (RE), corresponding clamping element (KL) extends until described hinge (SC) between described the first and second circular arc band elements (RB1, RB2).
20. electric refrigerators according to claim 18, it is characterized in that, locate to arrange linearly extended clamping web (KL) substantially at the front end section (ST2) freely stretching out of described the second circular arc band element (RB2), in the closed position of described interior loop member (RE), described linearly extended clamping web substantially extends along a part for secant along the direction of described hinge (SC) with respect to the circular arc of described the second circular arc band element (RB2).
21. electric refrigerators according to claim 20, is characterized in that, in the closed position of described interior loop member (RE), described elongated member (LB) clamps between described clamping web (KL) and the inwall of described the first circular arc band element (RB1).
22. electric refrigerators according to claim 18, it is characterized in that, respectively at the front end section (ST1 towards described hinge (SC) of described the first circular arc band element (RB1) and described the second circular arc band element (RB2), clamping web (the KL1 inwardly stretching out is set ST2), KL2), thereby in the closed position of described interior loop member (RE), these two clamping web (KL1, KL2) at described the first and second circular arc band element (RB1, on the overlapping region of the front end section freely stretching out RB2) with secant through the center of circle substantially parallel extend, and the corresponding elongated member (LB) extending longitudinally of clamping between described two clamping webs.
23. electric refrigerators according to claim 1 and 2, is characterized in that, have at least one inner pressurd vessel (IB) of at least one refrigeration cabin and/or freezing cabin (GF, KF); At least one outer covering layer portion (VT1) and/or outer container are set to housing section (IB).
24. electric refrigerators according to claim 23, is characterized in that, the ducted body (HK1) that is full of heat-insulating material is set between described inner pressurd vessel (IB) and described outer covering layer portion (VT1) and/or described outer container.
25. electric refrigerators according to claim 23, it is characterized in that, corresponding setting element (LPE) is embedded at the heat-insulating material (IM) of described ducted body (HK1), and hold at least one elongated member (LB) in interior loop member (RE) inner clip of described setting element, thereby being placed in from the desired distance (HO) of described housing section (IB) in its clip position, described elongated member (LB) locates.
26. electric refrigerators according to claim 1 and 2, is characterized in that, synthetic material is used to described setting element (LPE).
27. electric refrigerators according to claim 1 and 2, is characterized in that, described electric refrigerator is household refrigerating appliance.
28. electric refrigerators according to claim 1 and 2, is characterized in that, described supporting fin (LA1 to LAn) is positioned in the periphery of described interior loop member (RE) to be had identical recessed Qu Zhixiang and/or has identical bending radius.
29. electric refrigerators according to claim 6, it is characterized in that, at described setting element (RE) in the time not loading closed condition, the front end freely stretching out (SK1) that supports accordingly fin (LA1) have predetermined gap (FAS) with the sufficient section of the supporting fin along next-door neighbour until the mode of the midpoint area of next-door neighbour's supporting fin be suspended from along the circumferential next-door neighbour's of described interior loop member (RE) supporting fin (LA2).
30. electric refrigerators according to claim 10, is characterized in that, described hinge is film hinge.
31. electric refrigerators according to claim 10, it is characterized in that, described the first circular arc band element (RB1) and described the second circular arc band element (RB2) at it front end section freely stretching out (ST1, ST2) away from described hinge (SC) locate can lock each other by means of one or more locking utensils (VZ1, VZ2), overlapping in variable mode with respect to their overlap lengths in an overlapping region.
32. electric refrigerators according to claim 1 and 2, is characterized in that, corresponding elongated member (LB) is centered and clamps in space (IR) in the opening of described interior loop member (RE).
33. electric refrigerators according to claim 10, it is characterized in that, in order to clamp described elongated member (LB), one or more clamping webs are arranged in the opening of described interior loop member (RE) in space (IR) on the inner edge of described the first circular arc band element (RB1) and/or the second circular arc band element (RB2).
34. electric refrigerators according to claim 10, it is characterized in that, in order to clamp described elongated member (LB), one or more clamping bands are arranged in the opening of described interior loop member (RE) in space (IR) on the inner edge of described the first circular arc band element (RB1) and/or the second circular arc band element (RB2).
35. electric refrigerators according to claim 18, it is characterized in that, locate to arrange linearly extended clamping web (KL) substantially at the front end section (ST2) freely stretching out of described the second circular arc band element (RB2), in the closed position of described interior loop member (RE), described linearly extended clamping web substantially extends along a part for the secant through the center of circle along the direction of described hinge (SC) with respect to the circular arc of described the second circular arc band element (RB2).
36. electric refrigerators according to claim 1 and 2, is characterized in that, resilient flexible synthetic material is used to described setting element (LPE).
37. 1 kinds of setting elements (LPE), it is for locating elongated member (LB) with respect to being placed in a pre-definite mounting distance (HO) according to the housing section (IB) of the one or more described electric refrigerators (KG) of aforementioned claim, it is characterized in that, described setting element (LPE) has interior loop member (RE), described interior loop member has multiple supporting fins (LA1 to LAn), described multiple supporting fin is settled around the periphery of described interior loop member, freely to be configured to be flexible to protruding and each supporting fin, and described supporting fin forms the spiral arm section around the peripheral distribution of described interior loop member (RE), these arm sections extend along circumferential around interior loop member.
38. according to the setting element described in claim 37 (LPE), it is characterized in that, described electric refrigerator is household refrigerating appliance.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102008044215.1 | 2008-12-01 | ||
| DE200810044215 DE102008044215A1 (en) | 2008-12-01 | 2008-12-01 | Refrigeration device and Lagepositionierungselement for a long-stretched component |
| PCT/EP2009/064926 WO2010063536A2 (en) | 2008-12-01 | 2009-11-10 | Refrigeration appliance, and positioning element for an elongate component |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102232171A CN102232171A (en) | 2011-11-02 |
| CN102232171B true CN102232171B (en) | 2014-07-30 |
Family
ID=42133880
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200980148368.XA Active CN102232171B (en) | 2008-12-01 | 2009-11-10 | Refrigeration appliance, and positioning element for an elongate component |
Country Status (5)
| Country | Link |
|---|---|
| EP (1) | EP2370761B1 (en) |
| CN (1) | CN102232171B (en) |
| DE (1) | DE102008044215A1 (en) |
| PL (1) | PL2370761T3 (en) |
| WO (1) | WO2010063536A2 (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102011100040A1 (en) * | 2011-04-01 | 2012-10-04 | Liebherr-Hausgeräte Ochsenhausen GmbH | Spacer used for e.g. pipe of cooling or freezing apparatus, has two base plates that are fixed on one or more surfaces of mounting portion in which pipe, hose or cable is fixed |
| DE102011007422A1 (en) | 2011-04-14 | 2012-10-18 | BSH Bosch und Siemens Hausgeräte GmbH | Refrigeration device and method for producing a refrigeration device |
| EP3090226A1 (en) * | 2013-12-27 | 2016-11-09 | Arçelik Anonim Sirketi | A cooling device comprising a pipe retainer |
| WO2016000871A1 (en) * | 2014-07-04 | 2016-01-07 | Arcelik Anonim Sirketi | A cooling device comprising a carrier |
| DE102019111861A1 (en) * | 2019-05-07 | 2020-11-12 | Paul Hettich Gmbh & Co. Kg | Drawer wall element |
| CN117943582B (en) * | 2024-03-26 | 2024-05-28 | 莱州华鲁汽车配件有限公司 | Limiting type drilling centering system for brake disc channel |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2191571A (en) * | 1986-06-11 | 1987-12-16 | Ti Parkray Limited | Sealing flues |
| US4896701A (en) * | 1988-08-25 | 1990-01-30 | Young Donald W | Underground pipe support and spacer |
| EP0616159A1 (en) * | 1993-03-15 | 1994-09-21 | General Electric Company | Device for keeping objects spaced apart |
| DE10129354A1 (en) * | 2001-06-20 | 2003-01-09 | Emhart Llc Newark | Method for aligning coaxial pipes using spacer sleeves with radial elastic bristles to press onto inside of outer pipe |
| JP2003075057A (en) * | 2001-09-05 | 2003-03-12 | Fujitsu General Ltd | Piping holder of electric refrigerator |
| CN1480700A (en) * | 1997-09-30 | 2004-03-10 | 三洋电机株式会社 | Cooling appts. wound with cooling coil, its mounting structure and fixer for same |
| WO2007124937A2 (en) * | 2006-04-28 | 2007-11-08 | Liebherr-Hausgeräte Lienz Gmbh | Refrigerating and/or freezing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS54120891A (en) * | 1978-03-10 | 1979-09-19 | Agency Of Ind Science & Technol | Connector |
| DE20007174U1 (en) * | 2000-04-19 | 2000-08-03 | Dsi Rohrleitungsbau Zubehoer | Spacers for media tubes to be passed through protective tubes |
-
2008
- 2008-12-01 DE DE200810044215 patent/DE102008044215A1/en not_active Withdrawn
-
2009
- 2009-11-10 WO PCT/EP2009/064926 patent/WO2010063536A2/en active Application Filing
- 2009-11-10 CN CN200980148368.XA patent/CN102232171B/en active Active
- 2009-11-10 EP EP09747871.3A patent/EP2370761B1/en active Active
- 2009-11-10 PL PL09747871T patent/PL2370761T3/en unknown
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2191571A (en) * | 1986-06-11 | 1987-12-16 | Ti Parkray Limited | Sealing flues |
| US4896701A (en) * | 1988-08-25 | 1990-01-30 | Young Donald W | Underground pipe support and spacer |
| EP0616159A1 (en) * | 1993-03-15 | 1994-09-21 | General Electric Company | Device for keeping objects spaced apart |
| CN1480700A (en) * | 1997-09-30 | 2004-03-10 | 三洋电机株式会社 | Cooling appts. wound with cooling coil, its mounting structure and fixer for same |
| DE10129354A1 (en) * | 2001-06-20 | 2003-01-09 | Emhart Llc Newark | Method for aligning coaxial pipes using spacer sleeves with radial elastic bristles to press onto inside of outer pipe |
| JP2003075057A (en) * | 2001-09-05 | 2003-03-12 | Fujitsu General Ltd | Piping holder of electric refrigerator |
| WO2007124937A2 (en) * | 2006-04-28 | 2007-11-08 | Liebherr-Hausgeräte Lienz Gmbh | Refrigerating and/or freezing device |
Also Published As
| Publication number | Publication date |
|---|---|
| EP2370761A2 (en) | 2011-10-05 |
| PL2370761T3 (en) | 2017-01-31 |
| DE102008044215A1 (en) | 2010-06-02 |
| WO2010063536A3 (en) | 2010-11-25 |
| EP2370761B1 (en) | 2016-08-31 |
| CN102232171A (en) | 2011-11-02 |
| WO2010063536A2 (en) | 2010-06-10 |
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