CN209660723U - Luggage handle with bilateral button - Google Patents

Abstract

The utility model discloses a kind of Luggage handles with bilateral button, have a hand handle of two telescopic lever upper ends for being incorporated in luggage case, the both ends of hand handle are equipped with the button hole of oblique top；The lower end of two oblique buttons being movably arranged as in two button holes, button has one first pushing tow face and one second pushing tow face；Two are horizontally slidingly arranged in the slide bar in hand handle, are vertically slidably arranged in hand handle with two for driving the sliding block of two telescopic lever inner links；When any one button is pressed whereby, it can be by the first pushing tow face for being pressed button and the second pushing tow face with moving slide-bar and sliding block, two sliding blocks in left and right are made to move downward simultaneously and drive connecting rod, and it being capable of connecting rod and latching device in two telescopic levers of synchronously control, and reach mechanism simple, the purpose easy to manufacture reduced with assembling and cost.

Description

Luggage handle with bilateral button

Technical field

The utility model is referred in particular to a kind of for being incorporated in the telescopic lever of luggage case about a kind of Luggage handle Upper end and the Luggage handle with bilateral button, the control button that user can be allowed to press any side can adjust Telescopic lever elongation and shortening.

Background technique

General luggage case all can overleaf be equipped with one group of telescopic lever, and telescopic lever upper end combines leader, the handle The interlocking lever and latching device of telescopic lever can be controlled equipped with unlocking mechanism, and then telescopic lever is allow to pull out or shrink. There are many form, one of unlocking mechanism is included in the both ends of the handle and is respectively provided with a solution unlocking mechanism of the handle now Lock button, such as the patent of patent announcement US7658269B2, US7188715B1, US5984064A and US8726464B1 Shown in file.But general telescopic lever is implemented with two, therefore to be designed with a unblock button at handle both ends, it is necessary to set It, being capable of interlocking lever and locking machine in two telescopic levers of synchronous drive when method is depressed by the user the unblock button of any end Structure, and then unlock the latching device for lockking the telescopic lever and the telescopic lever is enable to pull out or shrink.

Unlocking mechanism shown in above-mentioned patent announcement US7658269B2 is equipped with a gear, gear two sides inside handle It is respectively equipped with rack gear and spring, so that two rack gears is extended to handle both ends, and be equipped with the unblock button of connection rack gear at handle both ends, When pressing the unblock button of one end, the synchronization of two rack gears can be made to move inside by rack drives gear, it is on the contrary then synchronize past Outer movement.However it uses the construction of wheel and rack, keeps its unlocking mechanism considerably complicated, is not easy to manufacture and assemble.

Unlocking mechanism shown in above-mentioned patent announcement US7188715B1, inside handle be equipped with two can respectively by The outer sliding seat (external gliding bases) that two buttons push, this two outer sliding seats can push respectively when traversing One balance press rods (balance pressure bar) of lower section makes to balance two transmission blocks in press rods pushing left and right (transmission block) makes two transmission blocks while pushing two connecting rods (linkage bar), and then drive swingle (rotary bar) and fixed pin (fixation pin) synchronizing unlocking, enables the handle of pull rod upper end to rotate adjustment angle. But its pressing force is just to be transmitted to two connecting rods by two outer sliding seats, a balance press rods, two transmission blocks, is constructed It is considerably complicated, and the transmitting of multiple conversions kinetic energy be easy to cause the loss of pressing force.

Utility model content

The main purpose of the utility model is to provide a kind of Luggage handles with bilateral button, by being incorporated in One hand handle of two telescopic lever upper ends of luggage case, the both ends of the hand handle are equipped with the button hole of oblique top, the button hole It is connected to a first inner chamber of the hand handle；Two oblique buttons being movably arranged as in two button holes, the lower end of the button With a pushing block, pushing block has one first pushing tow face and one second pushing tow face；Two are horizontally slidingly arranged in the first inner chamber Slide bar, with two for driving the sliding block of telescopic lever inner link；When either one or two of two buttons are pressed down, make by First pushing tow face of the button pushed pushes the first end of the wherein slide bar, and the second end of the slide bar of sliding is made to push it In the sliding block the second pushing tow face of the button for moving down, and being pressed down while pushing another sliding block to moving down It is dynamic, so that two sliding blocks in left and right is moved downward simultaneously and is driven the connecting rod.

The utility model has the Luggage handle of bilateral button, and internal interlinked mechanism is not needed using known technology In wheel and rack or other complicated structures, it will be able to connecting rod and latching device in two telescopic levers of synchronously control, And reach mechanism simple, the effect of being reduced with assembling and cost easy to manufacture.

Detailed description of the invention

The feature and advantage of the utility model is described in detail in cooperation attached drawing below:

Fig. 1 is the stereoscopic schematic diagram of Luggage handle preferred embodiment in the utility model.

Fig. 2 is the decomposition state schematic diagram of Luggage handle preferred embodiment in the utility model.

Fig. 3 is the combination diagrammatic cross-section of Luggage handle preferred embodiment in the utility model.

Fig. 4 is the open status diagram in right side of Luggage handle preferred embodiment in the utility model.

Fig. 5 is the left open status diagram of Luggage handle preferred embodiment in the utility model.

Fig. 6 is two buttons and two slide bars and the signal of the configuration relation of two sliding block preferred embodiments in the utility model Figure.

Fig. 7 is the first visual angle schematic diagram of the button preferred embodiment in the utility model.

Fig. 8 is the second visual angle schematic diagram of the button preferred embodiment in the utility model.

Fig. 9 is the action schematic diagram when right-hand button in the utility model is pressed.

Figure 10 is the action schematic diagram when left side button in the utility model is pressed.

Figure 11 is hand handle lower half bar and in-built schematic top plan view in the utility model.

Figure 12 is that the hand handle lower half bar and internal structure in the utility model shown in Figure 11 show along the section of I-I hatching It is intended to.

Symbol description in attached drawing:

100 telescopic levers；101 connecting rods；10 hand handles；11 holding rods；111 lower half bars；112 upper half bars；12 is fixed Bar；13 first inner chambers；131 sliding slots；14 button holes；15 second inner chambers；20 buttons；21 pushing blocks；22 first pushing tow faces； 221 first vertical planes；23 second pushing tow faces；231 first level faces；24 limited blocks；30 slide bars；31 second vertical planes； 32 first inclined-planes；40 sliding blocks；41 second horizontal planes；42 second inclined-planes；43 convex blocks；50 frameworks；51 limiting slots；Y hangs down Straight center line.

Specific embodiment

The utility model is described in further detail in the following with reference to the drawings and specific embodiments, but illustrated embodiment is not as right The restriction of the utility model.

Refering to fig. 1, shown in Fig. 2 and Fig. 3, the utility model has the Luggage handle of bilateral button, is used to be incorporated in The upper end of two telescopic levers 100 of luggage case (not shown), preferable specific embodiment includes: a plastic injection at The hand handle 10 of type, which has a horizontal holding rod 11, and two vertical for being integrally attached to 11 both ends of holding rod are admittedly Fixed pole 12；A first inner chamber 13 is formed with inside the holding rod 11, the both ends of the holding rod 11 are respectively equipped with the button of an oblique top Hole 14, the button hole 14 are connected to the first inner chamber 13；12 groups of the fixed link connects in 100 upper end of the telescopic lever, the fixed link 12 Inside there is a second inner chamber 15, which communicates with the first inner chamber 13；

Two buttons 20, as shown in Figures 2 and 3, two buttons 20 are oblique to be movably arranged as two button holes 14 In, respectively the first inner chamber 13 is protruded into the lower end of the button 20；And refering to shown in Fig. 6, Fig. 7 and Fig. 8, respectively the lower end of the button 20 has There is a pushing block 21, which has one towards the first pushing tow face 22 of the first inner chamber 13 and one towards the second inner chamber 15 The second pushing tow face 23, can make the first pushing tow face 22 mobile towards the first inner chamber 13 when the button 20 is pressed, together When the second pushing tow face 23 it is mobile towards the second inner chamber 15；

Two slide bars 30 and two sliding blocks 40, two slide bars 30 are elongate posts, are parallel to each other and are horizontally slidingly arranged In the first inner chamber 13, which is vertically slidably arranged in two second inner chambers 15；The of two slide bars 30 One end is resisted against the first pushing tow face 22 (as shown in Figures 4 and 5) of two buttons 20, the second ends of two slide bars 30 against In two sliding blocks 40 (as shown in Figure 6)；The upper end of two sliding blocks 40 be resisted against two slide bars 30 second end and this two Second pushing tow face 23 (as shown in Figure 6) of a button 20, the lower end of two sliding blocks 40 are connected in two telescopic levers 100 Connecting rod 101；

Whereby, it refering to shown in Fig. 9 and Figure 10, when either one or two of two buttons 20 are pushed by user, is pressed down First pushing tow face 22 of the button 20 can push the first end of a wherein slide bar 30 to slide the slide bar 30, the cunning of sliding The second end of bar 30 pushes the sliding block 40 of wherein side, and the second pushing tow face 23 of the button 20 being pressed down pushes separately simultaneously The sliding block 40 of side makes two sliding blocks 40 in left and right move downward simultaneously and drive the connecting rod 101, makes the connecting rod 101 whereby The latching device (not shown) in two telescopic levers 100 is driven again, therefore can adjust the length of two telescopic levers 100.

Referring again to shown in Fig. 2 and Fig. 6, the first pushing tow face 22 of the button 20 is the vertical center line Y phase with the hand handle 10 The first parallel vertical plane 221, the second pushing tow face 23 are the first level face perpendicular with the vertical center line Y of the hand handle 10 231.And the first end of two slide bars 30 all has one second vertical plane 31 for matching the first pushing tow face 22, two slide bars 30 second end all has one first inclined-plane 32.The upper end of two sliding blocks 40, which all has, matches the one the of the second pushing tow face 23 Two horizontal planes 41, the second inclined-plane 42 for matching 30 first inclined-plane 32 of slide bar with one.Wherein, one side tool of second horizontal plane 41 There is a convex block 43, the upper end of the convex block 43 forms second inclined-plane 42.First inclined-plane 32 and the second inclined-plane 42 are 45 degree of angles Inclined-plane.

Referring again to shown in Fig. 2 and Fig. 3, the button hole 14 of 10 two sides of hand handle is the through-hole of the oblique 45 degree of angular ranges in top, The button 20 is arranged in the button hole 14 in 45 degree of angles.It can more be equipped with a framework 50 in the button hole 14, whereby press this Button 20 is arranged in the framework 50.The inner wall of one of preferred embodiment, the framework 50 is equipped with a limiting slot 51, the button 20 Side wall is equipped with a clip in the limited block 24 of the limiting slot 51.

Referring again to shown in Fig. 2, Figure 11 and Figure 12, the holding rod 11 of the hand handle 10 is preferably comprising on a lower half bar 111 and one Half bar 112 forms the first inner chamber 13 between the lower half bar 111 and the upper half bar 112, the lower half bar 111 and the upper half bar 112 Both ends merge to form two button holes 14, the both ends of the lower half bar 111 connect two fixed links 12, and the lower half bar The lower half of 111 first inner chamber 13 forms two sliding slots 131 for putting two slide bars 30.

When the utility model is used, refering to shown in Fig. 9 and Figure 10, can allow user hand handle 10 45 degree of Angle Positions more It is easy to press the button 20, when either one or two of two buttons 20 are pushed by user, the button 20 first being pressed down is pushed up Pushing surface 22 can push the first end of a wherein slide bar 30 by its component, and the second end of the slide bar 30 is made to push wherein side The sliding block 40, and the second pushing tow face 23 of the button 20 is equally by the sliding block 40 of the component promotion other side, therefore can Two sliding blocks 40 in left and right are moved downward simultaneously, the connecting rod 101 is made to drive the locking machine in two telescopic levers 100 again whereby Structure can adjust the length of two telescopic levers 100.

Embodiment described above is only preferred embodiments for fully illustrating the utility model, the utility model Protection scope it is without being limited thereto.Those skilled in the art made equivalent substitute or change on the basis of the utility model It changes, both is within the protection scope of the present invention.The protection scope of the utility model is subject to claims.

Claims (10)

1. a kind of Luggage handle with bilateral button, which is characterized in that be incorporated in two telescopic levers of a luggage case Upper end, it includes:

One hand handle has a holding rod and is connected to two fixed links at the holding rod both ends；Have in one first inside the holding rod Chamber, the both ends of the holding rod are respectively equipped with the button hole of an oblique top, which is connected to the first inner chamber；The fixed link group connects In the telescopic lever upper end, the inside of the fixed link has a second inner chamber, which communicates with the first inner chamber；

Two buttons, the button is oblique to be movably arranged as the button hole, and respectively the first inner chamber is protruded into the lower end of the button, respectively should The lower end of button has a pushing block, which has one towards the first pushing tow face of the first inner chamber and one towards this in second Second pushing tow face of chamber；

The first inner chamber is horizontally slidingly arranged in two slide bars and two sliding blocks, two slide bars, which vertically slides Two second inner chambers are set dynamicly；The first end of two slide bars is resisted against the first pushing tow face of two buttons, this two The second end of root slide bar is resisted against two sliding blocks；The upper end of two sliding blocks be resisted against two slide bars second end and this two Second pushing tow face of a button, the lower end of two sliding blocks are connected to the connecting rod in two telescopic levers；And

When either one or two of two buttons are pressed down, the first pushing tow face for the button being pressed down pushes one of them slide bar First end make the sliding bar, the second end of the slide bar of sliding pushes one of them sliding block, and the button being pressed down The second pushing tow face simultaneously push another sliding block, make left and right two sliding blocks move downward simultaneously and drive the connecting rod.

2. as described in claim 1 with the Luggage handle of bilateral button, which is characterized in that the first pushing tow face is and this The first parallel vertical plane of the vertical center line of hand handle, the second pushing tow face are perpendicular with the vertical center line of the hand handle First level face.

3. as claimed in claim 2 with the Luggage handle of bilateral button, which is characterized in that the first end of the slide bar has One second vertical plane in the first pushing tow face is matched, the second end of the slide bar has one first inclined-plane；And the upper end tool of the sliding block There are one second horizontal plane for matching the second pushing tow face, the second inclined-plane for matching first inclined-plane of slide bar with one.

4. as claimed in claim 3 with the Luggage handle of bilateral button, which is characterized in that one side of second horizontal plane With a convex block, the upper end of the convex block forms second inclined-plane.

5. as claimed in claim 4 with the Luggage handle of bilateral button, which is characterized in that first inclined-plane and second is tiltedly Face is the inclined-plane at 45 degree of angles.

6. as described in claim 1 with the Luggage handle of bilateral button, which is characterized in that the button hole is oblique top The through-hole of 45 degree of angular ranges, the button are arranged in the button hole in 45 degree of angles.

7. as described in claim 1 with the Luggage handle of bilateral button, which is characterized in that the holding rod includes a lower half bar And a upper half bar, the first inner chamber is formed between the lower half bar and the upper half bar, which merges with the both ends of the upper half bar Two button holes are formed, the both ends of the lower half bar connect two fixed links.

8. as claimed in claim 7 with bilateral button Luggage handle, which is characterized in that in the lower half bar first in The lower half of chamber forms two sliding slots for putting two slide bars.

9. as claimed in claim 8 with the Luggage handle of bilateral button, which is characterized in that the button hole is equipped with a frame Body, the button are arranged in the framework.

10. as claimed in claim 9 with the Luggage handle of bilateral button, which is characterized in that the inner wall of the framework is equipped with One limiting slot, the side wall of the button are equipped with a clip in the limited block of the limiting slot.