CN204619300U - For outward bound lane separation device and there is the safety guard of this lane separation device - Google Patents
For outward bound lane separation device and there is the safety guard of this lane separation device Download PDFInfo
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- CN204619300U CN204619300U CN201520265513.5U CN201520265513U CN204619300U CN 204619300 U CN204619300 U CN 204619300U CN 201520265513 U CN201520265513 U CN 201520265513U CN 204619300 U CN204619300 U CN 204619300U
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Abstract
The utility model provides a kind of safety guard for outward bound; comprise safety line, the sliding lock be slidably located on described safety line, for safety line described in supporting and fixing to form the support climbing circuit and the lane separation device of crotch being arranged on described climbing circuit, the main channel of described lane separation device is connected with trunk safety line, two subchannels are connected with two bifurcated security ropes respectively.Safety guard of the present utility model just can realize fixing, install and turning to of safety line when a small amount of use does not even use column; also sliding lock can be made to be smoothly through lane separation device and support simultaneously; to be conducive to the freely slip of sliding lock on safety line and to turn to; thus effectively prevent dismounting and refitting safety means; reduce the conditional request to outward bound place; decrease cost to drop into; improve the security performance of safety guard, the activity greatly enhancing participant is experienced.
Description
Technical field
The utility model relates to a kind of lane separation device, is specifically related to a kind ofly be applicable to the uninterrupted lane separation device of outward bound and have the safety guard of this lane separation device, belongs to sport intellect outward bound equipment and facility field.
Background technology
Along with work and the continuous increase of life stress, increasing people are in sub-health state, and the mental energy of body, adaptive capacity and respond are declined gradually, if this state can not be corrected in time, are then easy to cause psychosomatic disease.And suitably participate in physical training as running, swimming, mountain-climbing, rock-climbing etc. contribute to alleviate even eliminate this sub-health state, make people with abundant muscle power and full energy put into better work and life in.
Under this background condition, various outdoor bound training program receives people and more and more pays close attention to, and this also greatly facilitates widely using of sports equipment and facility.Especially when needing participant to complete multiple different outward bound project combined continuously; due to these projects usually can relate to climbing, jump, advance, lower degradation action; the activity more joyful with pursuit in order to ensure the personal safety of participant is experienced; just need the whole process protection of safety line in the process; by sliding lock, the safety means such as participant's safety belt with it and safety line are coupled together, to ensure the personal safety in motion process.In the outward bound of reality, because different training programs may have larger difference on locus, so often use lane separation device to realize turning to of safety line between a training program and another training program.But, sliding lock for outward bound of the prior art directly can not pass through this lane separation device mostly, and need dismounting and refitting safety means between different training program, so not only cause troublesome poeration, waste time and muscle power, have impact on the continuity of sports events, also may cause the disengaging between safety means and safety line, thus increase the security risk of outward bound.
For overcoming the above-mentioned defect existing for prior art, Chinese patent literature CN203235199U discloses a kind of uninterrupted slip rope lane separation device, comprises leading leader, first point of target seeker, second point of target seeker, main supporting plate, the first gripper shoe, the second gripper shoe and mounting base; Leading leader is welded to connect by main supporting plate and mounting base, and first point of target seeker is welded to connect by the first gripper shoe and mounting base, and second point of target seeker is welded to connect by the second gripper shoe and mounting base; Leading leader, first point of target seeker and second point of target seeker are made by body; The guide end of the guide end of first point of target seeker and second point of target seeker was provided with snap close gap respectively and between leading guide end of taking the lead, and made snap close pass through leading leader and first point of target seeker smoothly or to dominate leader and second point of target seeker.Although this uninterrupted slip rope lane separation device can make the snap close of sliding lock enter in the training program at another point of target seeker place by the snap close gap be arranged between leading leader and one of them point of target seeker, to realize uninterrupted conversion between disparity items and without the need to dismantling sliding lock and resetting, but the deficiency that the lane separation device in above-mentioned technology still exists is: the lane separation device in this patent document is by arranging snap close gap respectively between leading leader and two points of target seekers, thus sliding lock can be slid into smoothly on first point of target seeker or second point of target seeker from leading leader, snap close gap be arranged so that these three target seekers be each other be separated, therefore mounting base three be connected in one must be set, simultaneously, pass through smoothly from the junction between target seeker and mounting base to enable sliding lock, gripper shoe must be set between target seeker and mounting base again, the opening that the thickness of this gripper shoe is applicable on sliding lock passes through, so not only make the complex structure of whole lane separation device, be unfavorable for the production and processing of lane separation device, and pillar or the shelf of supporting mounting base need be set in addition, thus make the application of lane separation device can be subject to the restriction in place, the more important thing is, sliding lock, by needing during lane separation device to aim at for three times, is respectively: for the first time, and sliding lock aims at main supporting plate by needing the opening on sliding lock during main boot head, for the second time, sliding lock wherein on one point of seeker during transition, need aim at corresponding snap close gap from main boot head, for the third time, when sliding lock slides on selected point seeker, the opening on sliding lock need be aimed at the gripper shoe on point seeker, therefore, the lane separation device with this spline structure is unfavorable for passing through smoothly fast of sliding lock very much.Given this, how to improve the structure of the lane separation device of outward bound project, to overcome the above-mentioned defect of existing lane separation device, this remains a technical barrier urgently to be resolved hurrily to those skilled in the art.
In addition, safety line of the prior art is normally fixed on the fixed support such as trees or column, and rely on these fixed supports to realize turning to of safety line, a kind of outdoor bound training combination unit such as disclosed in Chinese patent literature CN203663328U, it comprises multiple for the column of locating be connected Outdoor Trainer material, is provided with the safety line be fixedly connected with it between two described columns.So just need the project settings of outward bound in woody region or certainly need set up post, make the place can carrying out outward bound limited first, second add cost to drop into, also be not easy to the fixing of safety line and install, the more important thing is and use column seriously hinder the freely slip of sliding lock on safety line as fixed support and turn to, also need dismounting and refitting safety means when sliding lock slides into column place, thus the activity that have impact on participant is experienced.Therefore, in this case, how to design a kind of fixed support that can be used for outward bound to realize fixing, install and turn to and the freely slip of sliding lock on safety line of safety line, this is equally also the still unsolved technical barriers of those skilled in the art.
Utility model content
First object of the present utility model is that the lane separation device solving outward bound project of the prior art is because having snap close gap between its leading leader and point target seeker, also have gripper shoe between each target seeker and mounting base and be unfavorable for processing and the use of lane separation device, more be unfavorable for that sliding lock is smoothly through lane separation device fast, and the compressive strength of each target seeker is lower, easily cause the problem be separated of safety means and safety line, and then provide one be convenient to processing and use, and intensity is high, weight is little, the lane separation device for outward bound project that sliding lock passes through smoothly can be made.
Second object of the present utility model is to solve the safety guard for outward bound of the prior art and column can only be used to fix as fixed support because of it and install safety line and make that the place of outward bound is limited, cost drops into comparatively greatly and is not easy to the problem of freely sliding and turning to of sliding lock on safety line; and then provide a kind of a small amount of use even use the support bracket fastened situations such as column under just can realize fixing, install and turning to of safety line, while also can be beneficial to the safety guard that sliding lock freely slides on safety line.
The technical scheme that the utility model realizes above-mentioned purpose is:
A kind of lane separation device for outward bound, comprise main channel and at least two subchannels, described subchannel is formed by the branch of described main channel, described subchannel forms the groove that length direction is crossing with the length direction of described subchannel, and the opening part that the thickness described subchannel forming described groove part is applicable to sliding lock passes therethrough.
Preferably, described subchannel is provided with two.
Preferably, described lane separation device is Y type.
Further, described groove on two described subchannels is skewed slot, and the incline direction of described skewed slot on two described subchannels is: described skewed slot end is in the inner part arranged towards the one end at the place, crosspoint away from described main channel and described subchannel, and described skewed slot end is in the outer part arranged towards the one end near place, described crosspoint.
Preferably, the same position of described subchannel two respectively form a described groove on the surface up and down, and the opening that the thickness between the described groove on upper and lower two surfaces is applicable to described sliding lock passes therethrough.
Preferably, the shape of the cross section of described groove on described subchannel is triangle, rectangle or trapezoidal.
Further, described lane separation device also comprises the support member be arranged between two described subchannels, and the two ends of described support member are connected with subchannel described in two respectively, and the opening that the thickness of described support member is applicable to described sliding lock passes through.
Preferably, described main channel and described subchannel are the club shaped structure of hollow.
A kind of safety guard for outward bound; comprise safety line, the described sliding lock be slidably located on described safety line, for safety line described in supporting and fixing to form the support climbing circuit and the described lane separation device of crotch being arranged on described climbing circuit, the main channel of described lane separation device is connected with trunk safety line, two subchannels are connected with two bifurcated security ropes respectively.
Further, described sliding lock comprises annulus and circular arc, and wherein, described circular arc is provided with the opening that the applicable annex be connected with described safety line passes therethrough, described circular arc and described annulus are integrally connected in " 8 " font.
Further, described circular arc forms tip respectively on two ends of described opening part, forms described opening between two described tips.
Preferably, described annulus and described circular arc are in same plane; After described circular arc hangs on described safety line, the line between the center of circle of described annulus and the center of circle of described circular arc is positioned on vertical direction, and described opening is arranged at the radial direction place of the level of described circular arc.
Preferably, the diameter of described annulus is less than the diameter of described circular arc; It is one-body molded that described annulus and described circular arc pass through casting technique; Described annex is support the link of described safety line and/or the subchannel of lane separation device; The consistency of thickness of the groove on the width of described opening and described link and/or described subchannel.
Further, described support comprises some corner direction being arranged at described climbing circuit and sentences the corner bracket turned to supporting realizing described safety line, and some straight line bearing of trends being arranged at described climbing circuit are to realize the straight flange support of the linear support of described safety line, described corner bracket comprises the first link in " L " type, and two are applicable to the first sleeve pipes of passing of described safety line, wherein the first sleeve pipe described in two is separately positioned on the madial wall of the madial wall of the first longitudinal edge of described first link, the first widthwise edge.
Preferably, the first sleeve pipe described in two is inclined on the madial wall of the end of described first longitudinal edge and described first widthwise edge respectively, and the first sleeve pipe described in two is arranged in " eight " font; Described first link is one-body molded, is connected on the first column by syndeton; Or described first link comprises two turning sub-stents, turning sub-stent described in two is arranged on the second column, mutually forms described " L " type.
Further, described straight flange support comprises the second link in " L " type, and the second sleeve pipe that a described safety line of confession passes, second longitudinal edge of wherein said second link and the 3rd upright post vertical is direct-connected connects, the end of the second widthwise edge of described second link is connected with described second sleeve pipe, and the length direction of described second sleeve pipe is parallel with the intersection of described second widthwise edge with described second longitudinal edge.
Further, described support also comprises the arc limit support that some arc position being arranged at described climbing circuit sentence the circular arc supporting realizing described safety line, described arc limit support comprises the 3rd link in T-shape, and the 3rd sleeve pipe that three described safety lines of confession pass, described 3rd link is fixedly connected on the 4th column, 3rd sleeve pipe described in one of them is connected to the end of the 3rd longitudinal edge of described 3rd link, and parallel with the 3rd widthwise edge of described 3rd link; Another two described 3rd sleeve pipes tilt to be connected to the two ends of described 3rd widthwise edge respectively, and are mutually " eight " font layout.
Preferably, described 3rd link is one-body molded, is integrally connected on described 4th column by syndeton; Or described 3rd link comprises three arc limit sub-stents, three described arc limit sub-stents are connected on described 4th column, form described T-shape.
Compared with the safety guard of outward bound of the prior art, the safety guard tool for outward bound described in the utility model has the following advantages:
(1) safety guard for outward bound described in the utility model; its lane separation device comprises main channel and at least two subchannels; described subchannel is formed by the branch of described main channel; described subchannel forms the groove that length direction is crossing with the length direction of described subchannel, and the opening part that the thickness described subchannel forming described groove part is applicable to sliding lock passes therethrough.The utility model passes through the branch shape element channels of the main channel of lane separation device, connect as one to make the main channel of lane separation device and each subchannel, thus avoid using mounting base, and then also without the need to additionally arranging pillar or the shelf of supporting mounting base, the scope of application of lane separation device can be expanded like this, make it apply not by the restriction in place; In addition, lane separation device of the present utility model does not need to arrange the gripper shoe for connecting target seeker and mounting base yet, so not only makes the structure of whole lane separation device greatly simplify, is conducive to production and processing and the use of lane separation device; The more important thing is, in outward bound, sliding lock is by only need once aim at during lane separation device, namely, the groove aimed at by the opening part of sliding lock on one of them subchannel is just in this groove to make the opening of sliding lock, then again the opening of sliding lock to be moved along the length direction of this subchannel upper groove towards another subchannel, thus sliding lock and this subchannel can be made to depart from and be suspended on another subchannel, sliding lock so just can be made successfully to complete by the main channel of lane separation device to arbitrary subchannel and turning between different subchannel.Therefore; the lane separation device that the utility model solves safety guard of the prior art because there is snap close gap between leading leader and point target seeker, also have gripper shoe between each target seeker and mounting base and be unfavorable for processing and the use of lane separation device, be more unfavorable for that sliding lock is smoothly through the problem of lane separation device fast.
(2) safety guard for outward bound described in the utility model, by the described groove on two of its lane separation device described subchannels is all set to skewed slot, and the incline direction of described skewed slot on two described subchannels is: described skewed slot end is in the inner part arranged towards the one end at the place, crosspoint away from described main channel and described subchannel, and described skewed slot end is in the outer part arranged towards the one end near place, described crosspoint; Such one side can be guaranteed when the opening of sliding lock is slided to another subchannel by the groove on the subchannel of in lane separation device; sliding lock can towards an end motion at the place, crosspoint away from main channel and subchannel on another subchannel; so just can avoid the groove of sliding lock through being positioned on another subchannel; thus guarantee that sliding lock is not being separated with lane separation device on lane separation device by being nested with all the time during lane separation device; also greatly simplify sliding lock on the other hand by operational sequence during lane separation device, be more conducive to the activity experience strengthening participant.
(3) safety guard for outward bound described in the utility model; by the described main channel of its lane separation device and described subchannel being arranged to the club shaped structure of hollow; make each target seeker of lane separation device of the present utility model and lane separation device of the prior art make by body compared with there is less own wt and the anti-pressure ability of Geng Gao; thus extend the service life of lane separation device, be also conducive to the fixing of the safety guard with this lane separation device and install.
(4) safety guard for outward bound described in the utility model, by arranging support member between two described subchannels of its lane separation device, the two ends of described support member are connected with subchannel described in two respectively, and the opening that the thickness of described support member is applicable to described sliding lock passes through; Be conducive to the steadiness improving lane separation device, and then strengthen the security performance of safety guard.
(5) safety guard for outward bound described in the utility model; its sliding lock comprises annulus and circular arc; by being integrally connected crossing with annulus for circular arc; have compared with connecting portion between this and two annulus of sliding lock of the prior art; not only be conducive to the processing and fabricating of sliding lock; also can save making material; the more important thing is that annulus and circular arc directly intersect each other to be connected in one and to be that " 8 " font is arranged; sliding lock of the present utility model can be slided flexibly and comfortably on safety line, thus enhance the joyful activity experience of participant.
(6) safety guard for outward bound described in the utility model, tip is formed respectively by two ends of the opening part on the circular arc of its sliding lock, make sliding lock of the present utility model through lane separation device, only need rotate in the groove that this sliding lock just can make its tip be fastened on voluntarily on a subchannel of lane separation device, then again the length direction of the tip of sliding lock along this subchannel upper groove is slided towards another subchannel, sliding lock and this subchannel are departed from and is suspended on another subchannel, sliding lock of the present utility model can by the main channel of lane separation device to arbitrary subchannel thus, and turning between different subchannel, achieve the flexibly and comfortably slip of sliding lock on safety line, thus also solve sliding lock of the prior art because needs its opening is aimed at lane separation device and can not pass through lane separation device voluntarily flexibly and comfortably, really cannot realize the problem of non-stop run.
(7) safety guard for outward bound described in the utility model; after the described circular arc in its sliding lock is hung on described safety line; line between the center of circle of described annulus and the center of circle of described circular arc is positioned on vertical direction, and described opening is arranged at the radial direction place of the level of described circular arc.The reason that the utility model carries out above-mentioned setting is, is conducive to sliding lock stress balance in actual use on the one hand, can guarantee that sliding lock can be set on safety line all the time on the other hand, thus the disengaging of effective anti-Anti-skid lock and safety line.
(8) safety guard for outward bound described in the utility model, the corner bracket turned to supporting realizing safety line is sentenced by becoming to be positioned at the corner direction of climbing circuit by its Bracket setting, and be positioned at and climb the straight line bearing of trend of circuit to realize the straight flange support of the linear support of safety line, and corner bracket is arranged to comprise the first link in " L " type, and two the first sleeve pipes being applicable to described safety line and passing, and the first sleeve pipe described in two is separately positioned on the madial wall of the first longitudinal edge of described first link, on the madial wall of the first widthwise edge, safety line of the present utility model can be made like this under the supporting role of corner bracket, straight flange support to form track type circuit, and after the sliding lock with opening is sheathed on safety line, the circuit that just can form along safety line slides.Because corner bracket is arranged to the link of " L " type, therefore, it is possible to facilitate the opening on sliding lock successfully to pass through from laminal link, by time, only need the opening on sliding lock successively to aim at the first longitudinal edge, the first widthwise edge.Two the first sleeve pipes are separately positioned on the madial wall of the madial wall of the first longitudinal edge of link, the first widthwise edge; so can realize safety line curve greatly to; thus make sliding lock on safety line by more rapid flexible, be not easy to the problem that sliding lock freely slides on safety line existing for this fixed support also solving the safety guard for outward bound of the prior art.
(9) safety guard for outward bound described in the utility model; by described first sleeve pipe of two in its support is inclined on the madial wall of the end of described first longitudinal edge and described first widthwise edge respectively; and the first sleeve pipe described in two is arranged in " eight " font; make safety line around the corner to be like this arc-shaped transition, to be more conducive to the corner of sliding lock smoothly through safety line.
In addition, the first link in support of the present utility model can be formed in one, be connected on the first column by syndetons such as screws again, the utility model can also omit and arrange the first column, and adopt rope to be directly connected to by integrated first link to have on the trees of certain distance with the corner direction place of safety line, so just column need not be set at the corner direction place of safety line, thus reduce the requirement of support of the present utility model to outward bound place, be conducive to reducing cost to drop into, also enriched the shape of climbing circuit simultaneously, improve the joyful activity of participant to experience.In order to make the first link more easily shaping, the first link of the present utility model can also be made up of two of a split turning sub-stent.
(10) safety guard for outward bound described in the utility model; arc limit support is set at the arc position place climbing circuit further to realize supporting the circular arc of safety line; the setting of arc limit support can enrich the shape of climbing circuit; make support of the present utility model can adapt to the place of more Multiple Shape, is also convenient to sliding lock simultaneously and freely passes through neatly.
Therefore, safety guard for outward bound described in the utility model passes through lane separation device wherein, the structure of sliding lock and support is improved, make the utility model under a small amount of use does not even use the support bracket fastened situations such as column, just can realize the fixing of safety line, install and turn to, also sliding lock can be enable to be smoothly through lane separation device and support simultaneously, to be conducive to the freely slip of sliding lock on safety line and to turn to, thus effectively prevent dismounting and refitting safety means, reduce the conditional request to outward bound place, decrease cost to drop into, improve the security performance of safety guard, the activity greatly enhancing participant is experienced.
Accompanying drawing explanation
Fig. 1 is the top view of the safety guard for outward bound described in the utility model;
Fig. 2 is the stereogram of the lane separation device for outward bound described in the utility model;
Fig. 3 is the front view of the lane separation device for outward bound described in the utility model;
Fig. 4 is the left view of the lane separation device for outward bound described in the utility model;
Fig. 5 is the rearview of the lane separation device for outward bound described in the utility model;
Fig. 6 is the stereogram for sliding lock in the safety guard of outward bound described in the utility model;
Fig. 7 is the front view for sliding lock in the safety guard of outward bound described in the utility model;
Fig. 8 is the left view for sliding lock in the safety guard of outward bound described in the utility model;
Fig. 9 is the top view for sliding lock in the safety guard of outward bound described in the utility model;
Figure 10 be described in the utility model for the sliding lock in the safety guard of outward bound be about to by schematic diagram during lane separation device;
Figure 11 is the top view for the corner bracket in the safety guard of outward bound described in the utility model;
Figure 12 is the stereogram for the turning sub-stent in the safety guard of outward bound described in the utility model;
Figure 13 is the stereogram for the straight flange support in the safety guard of outward bound described in the utility model;
Wherein, Reference numeral is as follows:
10-lane separation device; 11-main channel; 12-subchannel; 13-groove; 14-support member; 20-sliding lock; 21-annulus; 22-circular arc; 23-opening; 24-is most advanced and sophisticated; 30-safety line; 40-support; 41-corner bracket; 42-straight flange support; 43-first link; 44-first sleeve pipe; 45-turning sub-stent; 46-second link; 47-second sleeve pipe; 48-the 3rd link; 49-the 3rd sleeve pipe; 51-second column; 52-the 4th column.
Detailed description of the invention
Below in conjunction with specific embodiment, the safety guard for outward bound provided by the utility model is described in detail.
The safety guard for outward bound described in the present embodiment, as shown in Figure 1, comprise safety line 30, the sliding lock 20 be slidably located on described safety line 30, for safety line described in supporting and fixing 30 to form the support 40 climbing circuit and the lane separation device 10 of crotch being arranged on described climbing circuit; The main channel 11 of described lane separation device 10 is connected with trunk safety line, two subchannels 12 are connected with two bifurcated security ropes respectively.Wherein:
Please simultaneously see Fig. 2-5, described lane separation device 10 is in " Y " type, comprise main channel 11 and two subchannels 12, subchannel 12 described in two is formed by the branch of described main channel 11, each described subchannel 12 all forms the groove 13 that length direction is crossing with the length direction of described subchannel 12, and opening 23 place that the thickness described subchannel 12 forming described groove 13 part is applicable to sliding lock 20 passes therethrough.Can adjust the quantity of subchannel 12 according to the actual needs, in the present embodiment, subchannel 12 can also be 3,4 or 5.
The present embodiment passes through the branch shape element channels 12 of the main channel 11 of lane separation device 10, connect as one with each subchannel 12 to make the main channel 11 of lane separation device 10, thus avoid using mounting base, and then also without the need to additionally arranging pillar or the shelf of supporting mounting base, the scope of application of lane separation device can be expanded like this, make it apply not by the restriction in place; In addition, the lane separation device in the present embodiment does not need to arrange the gripper shoe for connecting target seeker and mounting base yet, so not only makes the structure of whole lane separation device greatly simplify, is conducive to production and processing and the use of lane separation device; The more important thing is, in outward bound, sliding lock is by only need once aim at during lane separation device, namely, the groove aimed at by the opening part of sliding lock on one of them subchannel is just in this groove to make the opening of sliding lock, then again the opening of sliding lock to be moved along the length direction of this subchannel upper groove towards another subchannel, thus sliding lock and this subchannel can be made to depart from and be suspended on another subchannel, sliding lock so just can be made successfully to complete by the main channel of lane separation device to arbitrary subchannel and turning between different subchannel.
As preferred embodiment, the described main channel 11 in the described lane separation device 10 in the present embodiment and described subchannel 12 are the club shaped structure of hollow; This make each target seeker of the lane separation device in the present embodiment and lane separation device of the prior art make by body compared with there is less own wt and the anti-pressure ability of Geng Gao; thus extend the service life of lane separation device, be also conducive to the fixing of the safety guard with this lane separation device and install.
Same conduct preferred embodiment, in the present embodiment, described groove 13 on two described subchannels 12 is skewed slot, and the incline direction of described skewed slot on two described subchannels 12 is: described skewed slot end is in the inner part arranged towards away from described main channel 11 with the one end at the place, crosspoint of described subchannel 12, and described skewed slot end is in the outer part arranged towards the one end near place, described crosspoint; Such one side can be guaranteed when the opening of sliding lock is slided to another subchannel by the groove on the subchannel of in lane separation device; sliding lock can towards an end motion at the place, crosspoint away from main channel and subchannel on another subchannel; so just can avoid the groove of sliding lock through being positioned on another subchannel; thus guarantee that sliding lock is not being separated with lane separation device on lane separation device by being nested with all the time during lane separation device; also greatly simplify sliding lock on the other hand by operational sequence during lane separation device, be more conducive to the activity experience strengthening participant.
In the present embodiment, the same position of described subchannel 12 two respectively form a described groove 13 on the surface up and down, and the opening 23 that the thickness between the described groove 13 on upper and lower two surfaces is applicable to described sliding lock 20 passes therethrough, the shape of the cross section of described groove 13 on described subchannel 12 of the present embodiment is triangle, can certainly be rectangle or trapezoidal.
Further, lane separation device 10 described in the present embodiment also comprises the support member 14 be arranged between two described subchannels 12, the two ends of described support member 14 are connected with subchannel described in two 12 respectively, and the opening 23 that the thickness of described support member 14 is applicable to described sliding lock 20 passes through; Thus be conducive to the steadiness improving lane separation device, and then strengthen the security performance of safety guard.
Refer to Fig. 6-9, described sliding lock 20 comprises annulus 21 and circular arc 22, and wherein, described circular arc 22 is provided with the opening 23 that the applicable annex be connected with described safety line 30 passes therethrough, described circular arc 22 and described annulus 21 are integrally connected in " 8 " font; Have compared with connecting portion between this and two annulus of sliding lock of the prior art, not only be conducive to the processing and fabricating of sliding lock, also can save making material, the more important thing is that annulus and circular arc directly intersect each other to be connected in one, the sliding lock of the present embodiment can be slided flexibly and comfortably on safety line, thus enhance the joyful activity experience of participant.Annex described in the present embodiment can be the link of the described safety line of supporting, also can be the subchannel of lane separation device.Annex described in the present embodiment can be the link of the described safety line of supporting, also can be the subchannel in lane separation device.
Refer to Figure 10, the described circular arc 22 in the sliding lock 20 described in the present embodiment forms respectively between most advanced and sophisticated 24, two described most advanced and sophisticated 24 and forms described opening 23 on two ends at described opening 23 place simultaneously; So just, make the sliding lock of the present embodiment through lane separation device, only need rotate in the groove that this sliding lock just can make its tip be fastened on voluntarily on a subchannel of lane separation device, then again the length direction of the tip of sliding lock along this subchannel upper groove is slided towards another subchannel, sliding lock and this subchannel are departed from and is suspended on another subchannel, the sliding lock of the present embodiment by the main channel of lane separation device to arbitrary subchannel and turning between different subchannel, thus can achieve the flexibly and comfortably slip of sliding lock on safety line thus.
As preferred embodiment, described annulus 21 in the sliding lock 20 described in the present embodiment is in same plane with described circular arc 22, so can be convenient to the processing and fabricating of sliding lock, the present embodiment is by adopting casting technique by one-body molded with described circular arc 22 for described annulus 21.
Same conduct preferred embodiment, after described circular arc 22 in sliding lock 20 described in the present embodiment is hung on described safety line 30, line between the center of circle of described annulus 21 and the center of circle of described circular arc 22 is positioned on vertical direction, and described opening 23 is arranged at the radial direction place of the level of described circular arc 22; Such one side is conducive to sliding lock stress balance in actual use, can guarantee that sliding lock can be set on safety line all the time on the other hand, thus the disengaging of effective anti-Anti-skid lock and safety line.
Refer to Fig. 9, the diameter of the annulus 21 in the sliding lock 20 of the present embodiment is less than the diameter of described circular arc 22.In addition, the width of the opening 23 on the sliding lock 20 described in the present embodiment not only with the consistency of thickness of the link of described safety line 30, also with the consistency of thickness at groove 13 place on the subchannel 12 of described lane separation device 10.
Again shown in composition graphs 1, described support 40 in the present embodiment comprises the corner direction being arranged at described climbing circuit and sentences the corner bracket 41 turned to supporting realizing described safety line 30, and the straight line bearing of trend being arranged at described climbing circuit is to realize the straight flange support 42 of the linear support of described safety line 30; Wherein, described corner bracket 41 comprises the first link 43 in " L " type, and two are applicable to the first sleeve pipes 44 of passing of described safety line 30, the first sleeve pipe 44 described in two is separately positioned on the madial wall of the madial wall of the first longitudinal edge of described first link 43, the first widthwise edge.Safety line 30 forms track type circuit by the supporting of corner bracket 41, straight flange support 42, and the sliding lock 20 with opening 23 is sheathed on safety line 30, and the circuit that can form along safety line 30 slides.
Because corner bracket 41 is arranged to the link of " L " type, therefore, it is possible to facilitate the opening 23 on sliding lock 20 successfully to pass through from laminal link, by time, only need the opening 23 on sliding lock 20 successively to aim at the first longitudinal edge, the first widthwise edge.Two the first sleeve pipes 44 are separately positioned on the madial wall of the madial wall of the first longitudinal edge of link, the first widthwise edge, can realize safety line 30 curve greatly to, thus make sliding lock 20 on safety line 30 by more rapid flexible.Certainly in other embodiments, the number of corner bracket 41, straight flange support 42 can set according to the shape of climbing circuit.
In the present embodiment, described in two, the first sleeve pipe 44 is inclined on the madial wall of the end of described first longitudinal edge and described first widthwise edge respectively, and described in two, first sleeve pipe 44 is arranged in " eight " font; Make safety line 30 around the corner to be like this arc-shaped transition, to be more conducive to the corner of sliding lock 20 smoothly through safety line 30.
As preferred embodiment, Figure 11 please be refer to, the first link 43 described in the present embodiment can be formed in one, be connected on the first column by syndetons such as screws again, the present embodiment can also omit and arrange the first column, and adopt rope to be directly connected to by integrated first link 43 to have on the trees of certain distance with the corner direction place of safety line 30, so just column need not be set at the corner direction place of safety line, thus reduce the site requirements of support of the present utility model to outward bound, be conducive to reducing cost to drop into, also enriched the shape of climbing circuit simultaneously, improve the joyful activity of participant to experience.Equally as the embodiment of changeable type, please in detail as shown in Figure 12, in order to make the first link 43 easily shaping, described first link 43 of the support described in the present embodiment can also be made up of two turning sub-stents 45 of split, turning sub-stent 45 described in two is arranged on the second column 51, mutually forms described " L " type.
Further, refer to Figure 13, straight flange support 42 described in the present embodiment comprises the second link 46 in " L " type, and the second sleeve pipe 47 that a described safety line 30 of confession passes, second longitudinal edge of wherein said second link 46 and the 3rd upright post vertical is direct-connected connects, the end of the second widthwise edge of described second link 46 is connected with described second sleeve pipe 47, and the length direction of described second sleeve pipe 47 is parallel with the intersection of described second widthwise edge with described second longitudinal edge.In like manner, sliding lock opening part only need be aimed at the second widthwise edge sliding lock namely can be facilitated to pass through from this by the straight flange support 42 of this kind of structure.
Further, ask for an interview Fig. 1 again, described in this enforcement, support also comprises the arc limit support that the arc position being arranged at described climbing circuit sentences the circular arc supporting realizing described safety line 30, the setting of arc limit support can enrich the shape of climbing circuit, make support of the present utility model can adapt to the place of more Multiple Shape, preferred described arc limit support comprises the 3rd link 48 in T-shape, and the 3rd sleeve pipe 49 that three described safety lines 30 of confession pass, described 3rd link 48 is fixedly connected on the 4th column 52, 3rd sleeve pipe 49 described in one of them is connected to the end of the 3rd longitudinal edge of described 3rd link 48, and it is parallel with the 3rd widthwise edge of described 3rd link 48, another two described 3rd sleeve pipes 49 tilt to be connected to the two ends of described 3rd widthwise edge respectively, and are mutually " eight " font layout.
As preferred embodiment, the 3rd link 48 described in the present embodiment can be formed in one, then by syndeton as screw etc. be connected to as described on the 4th column 52.As interchangeable variant, described in this enforcement, the 3rd link 48 can also comprise three arc limit sub-stents, and three described arc limit sub-stents are connected on described 4th column 52, form described T-shape.The support of the present embodiment, by arranging straight flange support and arc limit support respectively at the straight line of safety line or camber line bearing of trend, can enrich the shape of climbing circuit, adapt to various irregular place, facilitate again sliding lock freely to pass through neatly simultaneously.
The safety guard for outward bound described in the present embodiment passes through above-mentioned lane separation device, the structure of sliding lock and support is improved, make the present embodiment under a small amount of use does not even use the support bracket fastened situations such as column, just can realize the fixing of safety line, install and turn to, also sliding lock can be made to be smoothly through lane separation device and support simultaneously, to be conducive to the freely slip of sliding lock on safety line and to turn to, thus effectively prevent dismounting and refitting safety means, reduce the conditional request to outward bound place, decrease cost to drop into, improve the security performance of safety guard, the activity greatly enhancing participant is experienced.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain that the utility model creates.
Claims (18)
1. the lane separation device for outward bound (10), comprise main channel (11) and at least two subchannels (12), it is characterized in that, described subchannel (12) is formed by the branch of described main channel (11), described subchannel (12) forms the groove (13) that length direction is crossing with the length direction of described subchannel (12), and opening (23) place that the thickness described subchannel (12) forming described groove (13) part is applicable to sliding lock (20) passes therethrough.
2. the lane separation device for outward bound according to claim 1, is characterized in that, described subchannel (12) is provided with two.
3. the lane separation device for outward bound according to claim 2, is characterized in that, described lane separation device (10) is in Y type.
4. the lane separation device for outward bound according to claim 2, it is characterized in that, described groove (13) on two described subchannels (12) is skewed slot, and the incline direction of described skewed slot on two described subchannels (12) is: described skewed slot end is in the inner part arranged towards away from described main channel (11) one end with the place, crosspoint of described subchannel (12), and described skewed slot end is in the outer part arranged towards the one end near place, described crosspoint.
5. the lane separation device for outward bound according to claim 4, it is characterized in that, the same position of described subchannel (12) two respectively form a described groove (13) on the surface up and down, and the opening (23) that the thickness between the described groove (13) on upper and lower two surfaces is applicable to described sliding lock (20) passes therethrough.
6. the lane separation device for outward bound according to claim 4, is characterized in that, the shape of the cross section of described groove (13) on described subchannel (12) is triangle, rectangle or trapezoidal.
7. the lane separation device for outward bound according to any one of claim 1-6, it is characterized in that, described lane separation device (10) also comprises the support member (14) be arranged between two described subchannels, the two ends of described support member (14) are connected with subchannel described in two (12) respectively, and the opening (23) that the thickness of described support member (14) is applicable to described sliding lock (20) passes through.
8. the lane separation device for outward bound according to any one of claim 1-6, is characterized in that, described main channel (11) and described subchannel (12) are the club shaped structure of hollow.
9. the safety guard for outward bound, comprise safety line (30), the described sliding lock (20) be slidably located on described safety line (30), for safety line described in supporting and fixing (30) to form the support (40) climbing circuit, it is characterized in that, also comprise the lane separation device (10) according to any one of claim 1-8, described lane separation device (10) is arranged on the crotch of described climbing circuit, and the main channel (11) of described lane separation device (10) is connected with trunk safety line, two subchannels (12) are connected with two bifurcated security ropes respectively.
10. the safety guard for outward bound according to claim 9; it is characterized in that; described sliding lock (20) comprises annulus (21) and circular arc (22); wherein; described circular arc (22) is provided with the opening (23) that the applicable annex be connected with described safety line (30) passes therethrough, described circular arc (22) and described annulus (21) are integrally connected in " 8 " font.
11. safety guards for outward bound according to claim 10; it is characterized in that; described circular arc (22) forms tip (24) respectively on two ends at described opening (23) place, forms described opening (23) between two described tips (24).
12. safety guards for outward bound according to claim 10 or 11, is characterized in that, described annulus (21) and described circular arc (22) are in same plane; After described circular arc (22) hangs on described safety line (30), line between the center of circle of described annulus (21) and the center of circle of described circular arc (22) is positioned on vertical direction, and described opening (23) is arranged at the radial direction place of the level of described circular arc (22).
13. safety guards for outward bound according to claim 10 or 11, it is characterized in that, the diameter of described annulus (21) is less than the diameter of described circular arc (22); Described annulus (21) is one-body molded by casting technique with described circular arc (22); Described annex is the link of the described safety line of supporting (30) and/or the subchannel (12) of described lane separation device (10); The consistency of thickness of the groove on the width of described opening (23) and described link and/or described subchannel (10).
14. safety guards for outward bound according to claim 9, it is characterized in that, described support (40) comprises some corner direction being arranged at described climbing circuit and sentences the corner bracket (41) turned to supporting realizing described safety line (30), and some straight line bearing of trends being arranged at described climbing circuit are to realize the straight flange support (42) of the linear support of described safety line (30); Wherein, described corner bracket (41) comprises the first link (43) in " L " type, and two are applicable to the first sleeve pipes (44) of passing of described safety line (30), the first sleeve pipe (44) described in two is separately positioned on the madial wall of the madial wall of the first longitudinal edge of described first link (43), the first widthwise edge.
15. safety guards for outward bound according to claim 14, it is characterized in that, described in two, the first sleeve pipe (44) is inclined on the madial wall of the end of described first longitudinal edge and described first widthwise edge respectively, and the first sleeve pipe (44) described in two is arranged in " eight " font; Described first link (43) is one-body molded, is connected on the first column by syndeton; Or described first link (43) comprises two turning sub-stents (45), turning sub-stent (45) described in two is arranged on the second column (51), mutually forms described " L " type.
16. safety guards for outward bound according to claim 14, it is characterized in that, described straight flange support (42) comprises the second link (46) in " L " type, and the second sleeve pipe (47) that a described safety line of confession (30) is passed, second longitudinal edge of wherein said second link (46) and the 3rd upright post vertical is direct-connected connects, the end of the second widthwise edge of described second link (46) is connected with described second sleeve pipe (47), and the length direction of described second sleeve pipe (47) is parallel with the intersection of described second widthwise edge with described second longitudinal edge.
17. safety guards for outward bound according to any one of claim 14-16, it is characterized in that, described support (40) also comprises the arc limit support that some arc position being arranged at described climbing circuit sentence the circular arc supporting realizing described safety line (30), described arc limit support comprises the 3rd link (48) in T-shape, and the 3rd sleeve pipe (49) that three described safety lines of confession (30) are passed, described 3rd link (48) is fixedly connected on the 4th column (52), 3rd sleeve pipe (49) described in one of them is connected to the end of the 3rd longitudinal edge of described 3rd link (48), and it is parallel with the 3rd widthwise edge of described 3rd link (48), another two described 3rd sleeve pipes (49) tilt to be connected to the two ends of described 3rd widthwise edge respectively, and are mutually " eight " font layout.
18. safety guards for outward bound according to claim 17, is characterized in that, described 3rd link (48) is one-body molded, are integrally connected on described 4th column (52) by syndeton; Or described 3rd link (48) comprises three arc limit sub-stents, three described arc limit sub-stents are connected on described 4th column (52), form described T-shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520265513.5U CN204619300U (en) | 2015-04-28 | 2015-04-28 | For outward bound lane separation device and there is the safety guard of this lane separation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520265513.5U CN204619300U (en) | 2015-04-28 | 2015-04-28 | For outward bound lane separation device and there is the safety guard of this lane separation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204619300U true CN204619300U (en) | 2015-09-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520265513.5U Active CN204619300U (en) | 2015-04-28 | 2015-04-28 | For outward bound lane separation device and there is the safety guard of this lane separation device |
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| Country | Link |
|---|---|
| CN (1) | CN204619300U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104826288A (en) * | 2015-04-28 | 2015-08-12 | 赵燕京 | Diverter used for outdoor training and safety protection device comprising diverter |
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2015
- 2015-04-28 CN CN201520265513.5U patent/CN204619300U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104826288A (en) * | 2015-04-28 | 2015-08-12 | 赵燕京 | Diverter used for outdoor training and safety protection device comprising diverter |
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