CN2587455Y - Treadlemill with running-platform slope adjusting structure - Google Patents

Treadlemill with running-platform slope adjusting structure Download PDF

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Publication number
CN2587455Y
CN2587455Y CN 02289390 CN02289390U CN2587455Y CN 2587455 Y CN2587455 Y CN 2587455Y CN 02289390 CN02289390 CN 02289390 CN 02289390 U CN02289390 U CN 02289390U CN 2587455 Y CN2587455 Y CN 2587455Y
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China
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running
platform
provided
base
pivot
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CN 02289390
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Chinese (zh)
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吴珅澺
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吴珅澺
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Abstract

The utility model relates to a treadlemill with a running-platform slope adjusting structure. A running-platform is erected between two side rods of one base; the running-platform is provided with one front end part and one back end part; the running-platform is erected on the base through the front end part. One power source is pivoted at the bottom of the running-platform; the power source is connected with a telescopic rod, for controlling the telescoping of the telescopic rod; the telescopic rod is provided with one pivoting end. Two pushing elements are respectively pivoted on the inner sides of the both side rods of the base near the front end part of the running-platform; one corresponding pivoting end of each pushing element is pivoted on the front end part of the running-platform; one pivoting seat is fixed between the two pushing elements, for pivoting the telescopic rod on the pivoting end. The utility model forms a triangular steady support between the running-platform, the telescopic rod and the pushing elements, therefore, the running-platform can be firmly supported, and the safety of the running-platform can be increased. The integral structure is simplified, and the cost is lower. When the running-platform is lifted, the power source can lift following with the running-platform without exposing; the appearance of the treadlemill can not be influenced.

Description

具跑步台坡度调整构造的跑步机 Treadmill incline adjustment with construction of the treadmill

技术领域 FIELD

本实用新型涉及一种健身器械,尤其涉及一种可坚固支撑跑步台,而增加跑步时的安全性,使整体结构简化,降低成本的具跑步台坡度调整构造的跑步机。 The present invention relates to an exercise apparatus, particularly, to a solid support running table, and increase safety during running, so that the overall structure is simplified, reducing the cost of running incline adjustment structure treadmill.

请参阅图6所示,是一种现有跑步机升降构造,其主要是在一基座5的二侧杆间架设一跑步台51,二侧杆的顶端设有一控制面板,该跑步台51与基座5间设有一组升降构造6,该升降构造6包含有二升降杆61、二连动杆62、二滑轨63、一驱动装置64及一伸缩杆65,该二升降杆61分别以一端与基座5枢设,另一端与跑步台51连结,该二连动杆62分别枢结二升降杆61,二连动杆62另端固结一位移杆621,在位移杆621两端各枢设一滑轮622,该滑轮622滑设于基座5两内侧的滑轨63内,而该驱动装置64固设于基座5,该伸缩杆65受驱动装置64驱动,且与位移杆621连结。 Refer to FIG. 6, is a conventional treadmill lifting structure, which is primarily a set up station 51 to the top runner, two side bars is provided with a control panel between the two side bars of a base 5, the table 51 running 5 and the base structure 6 is provided with a set of lift, the lift 6 is configured with two lifting rod 61, Eren lever 62, two rails 63, a driving device 64 and a telescopic shaft 65, the lifting rod 61 are two 5 one end pivotally connected with the base, the other end of the link 51 and running stage, the lever 62 pivotally movable Eren junction two lift lever 61, the other end of the rod 62 Eren movable displacement rod 621 a consolidation, the displacement of the lever 621 in two each end of a pivoted pulley 622, the pulley 622 is slidably disposed in the inside of the two rails 5 of the base 63, and the driving means 64 fixed to the base 5, the telescopic rods 65 by driving means 64, and the displacement connecting rod 621. 借助驱动装置64带动伸缩杆65伸缩,而改变位移杆621的位移,进而改变连动杆62与升降杆61间的距离与枢接角度,以升、降跑步台51。 Driven by drive means 64 telescopic rod 65 telescopically, and the displacement of the displacement rod 621 is changed, thereby changing the distance from the interlocking lever 62 and the pivot angle of the elevation rod 61 to raise and lower running station 51.

为使得该位移杆621在改变角度时有一位移方向与距离的限制,因此设有滑轨63,供位移杆621的滑轮622滑移,如此一来,不但必须在基座5上设滑轨63,还须在位移杆621上设滑轮622,而使整体结构复杂,造成制程繁琐、浪费人力、物力,使成本提高。 Such that the displacement of the rod 621 a limited distance in the direction of displacement when changing the angle, and therefore slide 63 is provided for the displacement of the rod 622 slip pulley 621, Thus, not only must the slide rail 63 provided on the base 5 , must lever 621 is provided in the displacement pulley 622, the overall structure of the complex, resulting in complicated process, waste of manpower, material resources, increases costs.

再则,该滑轮622须在该滑轨63内滑移,因此该滑轮622为一不安定支撑,其虽靠伸缩杆65限制其位置,然而在使用时仍有稍许的滑移,而造成跑步时跑步台51的晃动。 Furthermore, the pulley 622 to be slipping in the slide 63, so that the pulley 622 is not a stable support, although by its telescopic rod 65 to limit its position, however, when using the still slightly slip, causing running when running rock station 51. 甚至有可能因该滑轮622为一不安定支撑,而受到承受过重的重量或激烈的跑步震动,进而使该伸缩杆65断裂或枢接处崩裂,造成危险。 Even possible because of the pulley 622 is not a stable support, while being subjected to heavy weight or running intense vibration, thereby enabling the extendable rod 65 pivoted at the crack or break, dangerous.

再请参阅图7所示,是另一种现有跑步机升降机构,其主要是在一机架主体7的二脚座71分别开设有一滑轨72,该二脚座71间设有一由马达传动的螺杆73,以驱驶一滑动轴74在滑轨72内移动。 Referring again to FIG. 7, another conventional treadmill elevating mechanism mainly defines a slide rail 72 are in the second foot 71 of a frame body 7, the two feet 71 by a motor provided with a drive screw 73, to drive a driving shaft 74 moves the slide 72 in the slide rails. 该滑动轴74的两端分别枢设有一升降支杆75,该升降支杆75的另一端与一跑步板架8枢接,该二脚座71前端枢设有连杆76,供与该跑步板架8连结。 Both ends of the slide shaft 74 is pivotally provided a lifting rod 75, the other end of the lift rod 75 with a plate frame running pivot connection 8, the two front end of the pivot link 76 is provided with feet 71, for the running board 8 frame link. 借助马达驱动螺杆73转动,而使滑动轴74移动带动二升降支杆75,且因脚座71与跑步架板8是通过连杆76连结,可使跑步板架8产生相对的升降动作。 Drive screw 73 is rotated by the motor, the slide shaft 74 is moved to drive the two lift rods 75, and because the feet 71 and running through the frame plate 8 is connected to link 76, allows the running board frame 8 opposite to produce vertical movement.

然而,该跑步板架8是靠升降支杆75升降支撑,而该升降支杆75是与螺杆73固设,因此施力臂只有螺杆73半径的长度,而造成施力臂过短无法具有良好的支撑。 However, this is a running board bracket 8 by lifting the lift rod 75 is supported and the lifting rod 75 is fixed with screw 73, so that only the length of the effort arm of the radius of screw 73, causing arm is too short can not be applied with good support. 再则,又因该施力臂过短,若承受过重的重量或激烈的跑步震动时,会使该升降支杆75与螺杆73固接处崩裂,造成危险。 Furthermore, because of the effort arm is too short, if subjected to heavy weight or running intense vibration, causes the lift rod 75 and the screw 73 fixed at the crack, dangerous.

本实用新型解决其技术问题所采用的技术方案是:一种具跑步台坡度调整构造的跑步机,其是在一底座的二侧杆间架设一跑步台,二侧杆的顶端设有一控制面板,该跑步台具有一前端部与一后端部,该跑步台以前端部架设于该底座上;其特征在于,该跑步台的底部枢设有一动力源,该动力源与一伸缩杆连接,以控制该伸缩杆伸缩,该伸缩杆具有一枢接端;该底座二侧杆靠近跑步台前端部的内侧分别枢设一顶撑件,该顶撑件相对枢设的一端分别枢接于该跑步台的前端部,二顶撑件之间固设一枢转座,供与该伸缩杆的枢接端枢接。 Aspect of the present invention to solve the technical problem is: A treadmill incline adjustment structure having a treadmill, which is set up between the two stations a running side bars of a base, two side bars of the tip is provided with a control panel the station has a run portion and a rear portion of the front end, the front end portion running stage erected on the base; wherein the bottom of the pivot table is provided with a running power source, the power source is connected to a telescopic rod, to control the telescopic rod telescopic, the telescopic rod having a pivot end; inner side of the chassis two side bars close to running front-end portion pivotally provided a support member, said top support member end opposite pivoted respectively pivoted to the the distal end portion of the running stage, between the two support members is fixed a pivot seat for the telescopic rod is pivotally connected to the pivotal end.

前述的具跑步台坡度调整构造的跑步机,其中底座的二侧杆分别设有一向上延伸的支臂,二支臂的顶端分别设有一扶手,所述控制面板设于二扶手之间,该跑步台中具有一循环转动的跑步带,该跑步台底部靠近后端部的两侧分别枢设一轮。 Running with the incline of treadmill adjustment structure, wherein two side bars of the base are provided with upwardly extending arms, the top two arms are provided with a handrail, a control panel disposed between the handrail, running the station having a cyclical rotation of the running belt, the running near the bottom of the table are pivotally provided on both sides of a rear end portion.

前述的具跑步台坡度调整构造的跑步机,其中跑步台的前端部两侧的底部分别设有一第一枢接座,供该顶撑件相对枢设的一端枢接,该跑步台底部靠近前端部设有一第二枢接座,供所述动力源枢接,该底座二侧杆靠近该跑步台前端部的相对内侧分别设有一第三枢接座,供所述顶撑件枢接。 Running with the incline of treadmill adjustment structure, wherein the bottom sides of the distal end portion are respectively provided with a running table first pivot base, a pivot support for said top end opposite the pivoted contact member, the base station near the front end of the running portion is provided with a second pivot mount for pivoting the power source, the base near the opposite two side bars running inside the front-end portion provided with a third pivot seat, respectively, for pivoting said top support member.

前述的具跑步台坡度调整构造的跑步机,其中二顶撑件之间设有一横杆,该横杆的两端分别固接于该顶撑件与底座枢接的一侧,该枢转座是固接于该横杆相对该顶撑件与跑步台枢接的一端面上。 Running with the incline of treadmill adjustment structure, wherein the cross bar is provided with a support member between the two ends of the bar are fixed to the top side of the support member and pivotally connected to the chassis, the pivot holder It is fixed to the cross bar relative to the top surface of the support member and the runner end pivotally connected to table.

前述的具跑步台坡度调整构造的跑步机,其中动力源是一扬升马达。 Running with the incline of treadmill adjustment structure, wherein the power source is a motor ascension.

本实用新型的有益效果是,其使跑步台与伸缩杆及顶撑件间形成三角的稳固支撑,因此可坚固支撑跑步台,而可增加跑步时的安全性。 The beneficial effects of the present invention is that it makes running between the table top and the support member and the telescopic rod to form a solid support triangle, and therefore can be firmly supported running table, and increase safety when running. 使整体结构简化,降低成本。 So that the overall structure is simplified, reducing cost. 当跑步台升高时该动力源会随之升高而不会外露,而不会影响跑步机的外观。 When running station will increase the power source will be increased without exposure, without affecting the appearance of the treadmill.

图1是本实用新型的立体外观示意图图2是本实用新型的立体分解示意图图3是本实用新型的局部组合示意图图4是本实用新型跑步台未升降的侧视图图5是本实用新型跑步台上升形成三角支撑的示意图图6是一种现有跑步机升降构造的示意图图7是另一种现有跑步机升降构造的示意图上述跑步台2中具有一循环转动的跑步带21,该跑步台2具有一前端部22与一后端部23,该前端部22两侧的底部分别设有一第一枢接座24,而该跑步台2底部靠近前端部21设有一第二枢接座25,该第二枢接座25枢接一动力源3,在本实施例中,该动力源3为一扬升马达,是供控制一伸缩杆31伸缩,该伸缩杆31具有一枢接端32,另该跑步台2底部靠近后端部22的两侧分别枢设有一轮26,供与底面接触。 FIG. 1 is a perspective view of the present invention FIG. 2 is an external view of the present invention 3 is a perspective exploded schematic view of the present invention FIG 4 is a partial assembly view of the present invention is not running down stage 5 is a side view of the present invention run a triangular support table upwards 6 is a schematic diagram of a conventional configuration of treadmill elevation 7 is a schematic view of another conventional treadmill elevation schematic configuration of the above table 2 having a running cyclical rotation 21 of the running belt, the running table 2 has a front portion 22 and a rear portion 23, the bottom sides of the distal portion 22 are respectively provided with a first pivot mount 24, which run near the front end portion of the bottom table 21 2 is provided with a second pivot mount 25 the second pivot base 25 is pivotally connected a power source 3, in the present embodiment, the power source of the motor 3 is a rose, is a telescoping rod 31, for controlling expansion and contraction of the extendable rod 31 having a pivoting end 32 , the other running close to the base station 2, respectively, on both sides of the pivot portion 22 is provided with a rear end 26, for contacting with the bottom surface.

该底座1二侧杆11靠近该跑步台2前端部22的相对内侧分别设有一第三枢接座18,该第三枢接座18与跑步台2第二枢接座25之间相连接界定为一连线19,各第三枢接座18分别枢设一向前延伸的顶撑件15,该顶撑件15相对枢设的一端分别枢接于该跑步台2的第一枢接座24,而二顶撑件15之间设有一横杆16,该横杆16的两端分别固接于顶撑件15与第一枢接座24枢接的同侧,且该横杆16设有一枢转座17,供与前述伸缩杆31的枢接端32枢接,而该枢转座17是固接于横杆16相对该顶撑件15与跑步台2枢接的一端面上,而使该枢转座17与伸缩杆31枢接端32的枢接处,是低于跑步台2第二枢接座25与第三枢接座18之间连接的连线19。 The base 1 two side bars 11 adjacent the opposite inner run portion 22 of the front end stage 2 are respectively provided with a third pivot base 18, the pivot base 18 and the third running base station 2 is connected to a second pivot 25 defined between 19 is a connection, each of the third pivot base 18 are pivoted a forwardly extending top support member 15, the top end of the strut 15 is pivoted relative to the running respectively pivoted to the first pivot base station 24 2 , and is provided with two struts 15 between a crossbar member 16, opposite ends of the cross bar 16 are respectively fixed to the top support member 15 and the first pivot base 24 is pivoted on the same side, and which is provided with a crossbar 16 pivoting pivot seat 17 for the telescopic rod 31 and the contact end 32 is pivotally connected, and the pivot base 17 is fixed to a top rail 16 relative to the support member and the end face 15 of pivot running table 2, the the pivot base 17 and the telescopic rod 31 is pivotally connected at pivot end 32, is less than 2 wires connected to the second pivot running stage 19 is connected between the seat 25 and the third 18 pivot base.

请参阅图3至图5所示,是本实用新型跑步台升降动作示意图,借助该动力源3控制该伸缩杆31伸张,当伸缩杆31的枢接端32向前伸张时,即会推动相枢接的横杆16,而使二顶撑件15受横杆的推动,使二顶撑件15与该跑步台2枢接端向上摆动,进而带动跑步台2的前端部22上升,使跑步台2能够在底座1上调整坡度的角度。 Please refer to FIG. 3 to FIG. 5, the present invention is running schematic vertical movement table, the power source 3 by means of the telescopic rod 31 to control the stretching, when the telescopic rod 31 is pivoted forward end 32 of stretching, i.e., pushes phase pivoting crossbar 16, the two bar support member 15 by pushing the two struts 15 running to the end of the swing station 2 is pivoted upwardly, thereby bringing the distal end portion running station 22 2 is increased, so that running station 2 can adjust the angle of slope on the base 1. 反之,要使跑步台2上升角度下降时,同样借助该动力源3控制该伸缩杆31,使伸缩杆31的枢接端32向内缩,该伸缩杆31即会带动横杆16,而使顶撑件15与跑步台2枢接端向下摆动,进而带动跑步台2前端部22下降至原位。 Conversely, when the stage 2 to make the angle of elevation running down the same power source 3 by means of controlling the telescopic rod 31, so that the telescopic rod 31 is pivotally connected to end 32 inward contraction, i.e., the extendable rod 31 will drive the crossbar 16, the a top support member 15 and the table 2 running pivoting end to swing downwardly, thereby bringing the distal end portion 2 running station 22 to the lowered position.

由于该顶撑件15的两端分别枢接于跑步台2及底座1上,并借助伸缩杆31推动固接于二顶撑件15间的横杆16,而使顶撑件15摆动,以顶推跑步台2升降,其不存在现有跑步台滑轮会产生不安定滑动的问题,而具有稳定的支撑效果。 Since both ends of the top support member 15 are pivotally connected to the table 2 and running on the base 1, and by promoting the telescopic rod 31 fixed to two cross bar 16 of the support member 15, the top support member 15 swings to running down the pushing stage 2, stage prior running pulley sliding produce instability problems which do not exist, and a stable supporting effect. 而且当跑步台2上升时,该跑步台2与伸缩杆31及顶撑件15间形成三角的稳固支撑,如图5所示,因此可坚固支撑跑步台,而增加跑步时的安全性。 And when jogging station 2 increase, and the telescopic rod 2 running station 31 and the top support member 15 to form a solid support triangle, as shown in Figure 5, it can be firmly supported running units, while increasing the safety during running.

再者,借助该顶撑件15直接顶撑跑步台2升降,以调整跑步台2的坡度,而无须设置连杆、滑轨及轮等构件,因此可通过简单的构件达到跑步台调整坡度的功效,而使整体结构简化,进而降低成本。 Furthermore, by means of the top support 15 directly to the top support member 2 lift table running, running to adjust the slope table 2, without the provision of the connecting rod, slide member and the wheels, thus running can be achieved by a simple table slope adjustment member effect, the overall structure is simplified, thereby reducing cost.

此外,该顶撑件15与底座1枢接至与跑步机2枢接间的距离h1较顶撑件15与底座1枢接至与伸缩杆31枢接间的距离h2长,因此可使伸缩杆31以较短的行程带动顶撑件15产生较大的升降角度,使跑步台2在最小推升动力下,能够做最大的升降角度调整。 Further, the distance between the pivot 15 and 1 2 is pivotally connected to the base and the top support member treadmill than h1 and a top support member 15 is pivotally connected to the chassis and the telescopic rod length h2 distance between the pivot 31 and therefore can stretch shorter stroke lever 31 driven by a top support member 15 have a greater angle of elevation, so that running in table 2 at the minimum power boosting can be done to adjust the maximum lift angle. 而且,由于该枢转座17与伸缩杆31枢接端32的枢接处,是低于该跑步台2第二枢接座25与第三枢接座18之间连接的连线19,因此该伸缩杆31可轻易推动该顶撑件15摆动。 Further, since the seat 17 is pivotally connected to pivot at the pivot end 32 and the telescopic rod 31, below the run-wired connection 18 between the base station 25 2 of the second pivot and the third pivot base 19, thus the telescopic rod 31 can easily push the top support member 15 pivot.

另外,该动力源3是设于跑步台2的底部,因此当跑步台2升高时该动力源3不会外露,而不会影响跑步机的外观。 Further, the power source 3 is provided at the bottom of the running stage 2, and thus when the stage 2 rises running power source 3 is not exposed, without affecting the appearance of the treadmill.

Claims (5)

1.一种具跑步台坡度调整构造的跑步机,其是在一底座的二侧杆间架设一跑步台,二侧杆的顶端设有一控制面板,该跑步台具有一前端部与一后端部,该跑步台以前端部架设于该底座上;其特征在于,该跑步台的底部枢设有一动力源,该动力源与一伸缩杆连接,以控制该伸缩杆伸缩,该伸缩杆具有一枢接端;该底座二侧杆靠近跑步台前端部的内侧分别枢设一顶撑件,该顶撑件相对枢设的一端分别枢接于该跑步台的前端部,二顶撑件之间固设一枢转座,供与该伸缩杆的枢接端枢接。 A treadmill incline adjustment structure having a treadmill, which is set up between the two stations a running side bars of a base, two side rod tip is provided with a control panel, the station has a front end running to a rear end portion portion, the run stage to the front end portion erected on the base; wherein pivot the bottom of the running stage is provided with a power source, the power source is connected to a telescopic rod, to control the telescopic rod telescopic, the telescopic rod having a pivoting end; inner side of the base station two side bars running close to the front end portion pivotally provided a support member, said top support member is pivoted respectively relative to one end pivotally connected to the distal end portion of the running stage, between the two strut member a fixed pivot seat for the telescopic rod pivotally connected to the pivotal end.
2.根据权利要求1所述的具跑步台坡度调整构造的跑步机,其特征在于所述底座的二侧杆分别设有一向上延伸的支臂,二支臂的顶端分别设有一扶手,所述控制面板设于二扶手之间,该跑步台中具有一循环转动的跑步带,该跑步台底部靠近后端部的两侧分别枢设一轮。 2. The device according to claim 1 configured to adjust the treadmill incline treadmill, characterized in that the two side bars of the base are provided with upwardly extending arms, the top two arms are provided with a handrail, the control panel disposed between the handrail, running the station having an endless running belt rotation, which is running close to the base station are pivotally provided on both sides of a rear end portion.
3.根据权利要求1所述的具跑步台坡度调整构造的跑步机,其特征在于所述跑步台的前端部两侧的底部分别设有一第一枢接座,供该顶撑件相对枢设的一端枢接,该跑步台底部靠近前端部设有一第二枢接座,供所述动力源枢接,该底座二侧杆靠近该跑步台前端部的相对内侧分别设有一第三枢接座,供所述顶撑件枢接。 3. The device according to claim 1 configured to adjust the incline running treadmill, characterized in that the bottom sides of the front end of the table are provided with running a first pivot holder for supporting the top member is pivoted relative to the one end pivotally connected, which run near the front end portion of the base station is provided with a second pivot mount for pivoting said power source connected to the base near opposite sides of the rod running inside the front-end portion are respectively provided with a third pivot base for pivoting said top support member.
4.根据权利要求1所述的具跑步台坡度调整构造的跑步机,其特征在于所述二顶撑件之间设有一横杆,该横杆的两端分别固接于该顶撑件与底座枢接的一侧,该枢转座是固接于该横杆相对该顶撑件与跑步台枢接的一端面上。 4. The device according to claim 1 configured to adjust the treadmill incline treadmill, characterized in that the cross bar is provided with a support member between the two ends of the bar are fixed to the support member and the top side of the base of the pivot, the pivot housing is fixed to one end face opposite to the rail and running strut pivotally connected to the table top.
5.根据权利要求1所述的具跑步台坡度调整构造的跑步机,其特征在于所述动力源是一扬升马达。 5. The device according to claim 1 configured to adjust the treadmill incline treadmill, wherein the power source is a motor ascension.
CN 02289390 2002-12-03 2002-12-03 Treadlemill with running-platform slope adjusting structure CN2587455Y (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108339230A (en) * 2017-01-23 2018-07-31 力山工业股份有限公司 Treadmill
CN108785976A (en) * 2018-05-21 2018-11-13 厦门凯欣达体育用品有限公司 A kind of gradient adjustable type treadmill

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108339230A (en) * 2017-01-23 2018-07-31 力山工业股份有限公司 Treadmill
CN108339229A (en) * 2017-01-23 2018-07-31 力山工业股份有限公司 Treadmill
CN108785976A (en) * 2018-05-21 2018-11-13 厦门凯欣达体育用品有限公司 A kind of gradient adjustable type treadmill

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