TW201300017A - Spring wire type mousetrapping device - Google Patents

Abstract

The invention relates to a spring wire type mousetrapping device, comprising a main rod, a clamp rod and a lock rod that are respectively formed by bent metal wire materials. The main rod comprises a torsional spring part and two spring arms which are respectively and longitudinally protruded from two sides of the torsional spring part. The main rod is ordinarily kept in a straight line condition. In application, by pressingly moving the two spring arms of the main rod relatively to form the main rod into a bow-shaped structure, the lock rod pivoted on the clamp rod can be hookingly fastened on a bottom end of one of the two spring arms of the bow-shaped main rod, and the clamp rod can be sleevingly arranged on the bottom ends of the two spring arms of the bow-shaped main rod, so that the main rod can be bent into a blow-shaped structure capable of stably standing on the ground. Accordingly, when the lock rod of the mousetrapping device of the invention is contacted by a mouse passing therethrough, the lock rod is disengaged from the main rod, and the torsional spring part of the main rod is instantaneously elastically reset to link the clamp rod to approach the torsional spring part of the main rod, so that the purpose of tightly clamping the mouse between the torsional spring part of the main rod and the clamp rod can be achieved.

Description

Spring-line mousetrap

The invention relates to a reel type mousetrap device, in particular to a mousetrap device composed of components such as a rod, a clamping rod and a lock rod, wherein the rod, the clamping rod and the locking rod are respectively bent by a metal wire. The rod can be bent into an arc shape, and the clamping rod is sleeved on both sides of the arcuate rod, and the rod is locked by the lock rod to form a stable bow shape, when the mouse passes through the rod and the clip After the lever is pressed against the lock lever to unlock the lock lever and the lever, the present invention elastically resets the lever, and instantly moves the clamp rod toward the rod, and the mouse is broken. It is sandwiched between the rod and the clamping rod to reach the mouse.

At present, the mousetrap device for catching mice is generally used, such as a mouse cage or a rat trap or a trap. The above-mentioned devices used in the conventional trap have the following shortcomings in application, and are necessary for improvement. :

1. The traditional mousetrap device must have enough space for the trap cage, the mousetrap or the trap to be placed when placed, but the indoor space is often stacked with furniture to make these traps and rats. Plates or traps are not easily placed in narrow slits, which limits the placement.

2. The conventional mousetrap device is complex in structure and manufacture, and its manufacturing cost is high.

3. The traditional mousetrap device must use a bait to induce the mouse to step on the device of the mousetrap device in order to capture, but these baits often lead to ants, cockroaches, etc., which affect home hygiene.

4. Because the clips or traps are extremely sharp, it is common for young children to be pinched by accidental touch. It is very dangerous to apply to the home environment.

In view of this, the creator of the present invention has researched and innovated, and finally revealed the reed type mousetrap device of the present invention.

The object of the present invention is to provide a reel type mousetrap device, comprising: a rod, a clamping rod and a locking rod, respectively formed by bending a metal wire, wherein the rod body comprises a torsion spring portion, The side system has a spring arm protruding longitudinally, and the rod is slightly linear in normal times. When applied, the spring arms of the two sides can be relatively pressed, so that the rod is bent into an arch shape, and the rod is bent. The clamping rod is sleeved outside the bottom end of the two spring arms, and is locked on the bottom end of one of the spring arms by a locking rod pivotally connected to the clamping rod, so that the rod is locked and stabilized Curved bow shape, and can stand on the ground, when the mouse passes between the rod and the clamping rod, and touches the lock rod, so that the lock rod and the rod are unbuttoned, and the spring of the torsion spring portion of the rod is elastically restored. Instantly approaching the clamping rod toward the torsion spring portion of the rod, and clamping the invading mouse between the torsion spring portion and the clamping rod to achieve the purpose of catching the mouse.

The spring-line type mousetrap device disclosed in the present invention, wherein the rod is integrally bent and formed by a metal spring wire, and comprises a torsion spring portion, and a spring arm protrudes from each side thereof at each side thereof, and each of the rods The terminal end of the spring arm is bent to form a seat portion which is arranged in a multi-dimensional direction with the spring arm, and the middle portion of the two spring arms are respectively provided with a buckle hole portion, and in normal times, the rod is slightly viewed from the side view. A straight line. The clamping rod is formed by integrally bending a metal wire, and comprises a set of holes, which are usually inserted into the torsion spring part of the rod, and the two ends of the sleeve are hooked on the rod to be located in the torque The buckle part on both sides of the spring part. The locking rod is formed by bending a metal wire, and the first end of the locking rod is pivotally connected to the clamping rod, and a hook portion protrudes from the first end of the locking rod, and the locking rod is protruded There is a lengthwise triggering rod portion, and the end of the triggering rod portion is sleeved on one of the spring arms of the rod.

The spring-line type mousetrap device disclosed in the present invention, wherein the rod is located at a seat portion of the end of the two spring arms, and is bent into a frame shape, and the seat portion has a bottom portion perpendicular to the spring arm to stand on the ground. The shape of the seat portion can be bent into a rectangular frame, a ring, a triangle ring, a multi-frame shape, etc., and the present invention is not limited by itself; or the end of each spring arm is sleeved with a plastic seat. In order to constitute the seat, the present invention is not limited.

In the reel type mousetrap device disclosed in the present invention, the torsion spring portion of the rod may be constituted by a single torsion spring or may have a plurality of torsion springs connected in series, and the present invention is not limited.

The spring-line type mousetrap device disclosed in the present invention, wherein the spring arm of the first side of the torsion spring portion is shorter than the spring arm of the second side of the torsion spring portion, and the first spring portion is located at the torsion spring portion a first shoulder portion is formed at a boundary between the side spring arm and the seat portion formed by the terminal end, and a second shoulder is formed at a boundary between the spring arm of the second side of the torsion spring portion and the seat portion formed by the terminal end thereof. When the rod is bent in an arch shape and stands on the ground, the height of the first shoulder from the ground is higher than the height of the second shoulder from the ground. When applied, the two ends of the clamping rod are respectively placed on the first and second shoulders, and the torsion spring portion drives the two spring arms to elastic outwardly due to the curved bow. Opening, the second end of the clamping rod is spanned at the second shoulder to form a point, and the first end of the clamping rod is spanned at the first shoulder, which generates an upward sliding force due to the pivot a locking rod connected to the first side of the clamping rod is hooked with the rod, and the first end of the blocking clamping rod slides upward, and also blocks the two spring arms from opening to both ends, so that the rod is presented Stable state, you can stand in a stable bow on the ground.

The spring-line type mousetrap device disclosed in the present invention, wherein the rod is located at the end of the spring arm of the second side of the torsion spring portion, and is bent downward for a short period of the abutting section, so that the rod is bent into a bow When standing on the ground, the abutting section is slightly perpendicular to the ground to support the second end of the sleeve of the clamping rod. When the rod is bent and arched and stands on the ground, the side spring arm The abutting section generates an upward resistance to the clamping rod, so that the clamping rod is located at the abutting section to become a stable fulcrum, and does not slide upward along the side spring arm, so that the rod is in a stable state. You can stand on the ground in a stable bow.

The reel-type mousetrap device disclosed in the present invention, wherein the lever is provided with a positioning rod on the seat formed by the end of the spring arm on the first side of the torsion spring portion for hooking the hook of the lock rod Department of the hook.

The reel type mousetrap device disclosed in the present invention, wherein the clamping rod has a pivot at a first end of the sleeve to pivot the lock lever.

The first end of the lock bar disclosed in the present invention has a pivot hole for pivoting on a pivot of the first end of the clamping rod, and a hook portion protrudes from the outer edge of the pivot hole, and The outer edge of the pivoting hole protrudes from the triggering rod portion so that the end of the triggering rod portion forms a hook ring, and the sliding sleeve is located on the spring arm of the second side of the torsion spring portion.

According to the present invention, in the buckle portion provided on both sides of the torsion spring portion, a blocking portion is formed on the edge of the two buckle portions, so that the outer edge distance of the two blocking portions is greater than the clamping rod The distance between the two ends of the sleeve enables the rod to be blocked by the two stops when the spring is elastically restored, and the rod is not detached from the rod, and the hooks are buckled on both sides of the rod. Inter-partner.

The spring-line type mousetrap device disclosed in the present invention has the following features because the metal wire is used to form each component, which is flat and linear in normal times, and has no large cage or solid fixed substrate. Advantages, but its novelty and industrial use:

1. The rod, the clamping rod and the lock rod are all bent and formed by metal wires.

2. The size is small and does not occupy space.

3. In application, because there is no huge cage or solid fixed substrate, it is almost free from furniture, terrain or space, and can be placed on the ground or in the slit.

4. No need for bait, to avoid homes such as ants, cockroaches, etc., and affect home hygiene.

5. No strong knife, high safety, not easy to hurt people, dogs, cats.

6. The manufacturing cost is low and can be used repeatedly.

The desirable entities of the present invention can be clarified by the following description and the accompanying drawings.

Referring to the first to seventh figures, the present invention relates to a reed type mousetrap device, comprising: a rod (10), a clamping rod (20) and a locking rod (30), respectively, made of metal The wire rod is bent and formed, wherein the rod (10) comprises a torsion spring portion (11), and a spring arm (12, 13) protrudes longitudinally on both sides thereof, and the rod (10) is normally The line is slightly linear. When applied, the spring arms (12, 13) on the two sides can be relatively pressed, so that the rod (10) is bent in an arc shape, and the clamping rod (20) is placed on the two rods. Outside the bottom end of the spring arm (12, 13), and a lock lever (30) pivotally connected to the clamping rod (20), hooked on the bottom end of one of the spring arms (12), so that the The rod (10) is locked to form a stable curved bow and can stand on the ground. When the mouse passes between the rod (10) and the clamping rod (20), as shown in the sixth figure, the lock is pressed. a rod (30), after the lock rod (30) is unfastened with the rod (10), elastically resets by the torsion spring portion (11) of the rod (10), and the clamp rod (20) is instantaneously directed toward the rod (30) The torsion spring portion (11) of the rod (10) approaches, and the invading mouse (M) is clamped between the torsion spring portion (11) and the clamping rod (20) [ As shown in the seventh figure], to achieve the purpose of the mouse.

As shown in the first to fourth figures, the spring-line type mousetrap device disclosed in the present invention, wherein the rod (10) is integrally bent and formed by a metal spring wire, and includes a torsion spring portion (11). A spring arm (12, 13) protrudes from each of the two sides, and is bent at a terminal end of each of the spring arms (12, 13) to form a multi-dimensional arrangement with the spring arms (12, 13). The seat portion (121, 131) is further provided with a buckle portion (122, 132) in the middle of the two spring arms (12, 13), and in the normal state, the rod (10) is slightly in line from the side view. Shape. The clamping rod (20) is integrally formed by bending a metal wire, and comprises a set of holes (21), which are usually inserted through the torsion spring portion (11) of the rod (10), and the sleeve is The two ends of the hole (21) are hooked to the buckle portion (122, 132) of the rod (10) on both sides of the torsion spring portion (11). The lock bar (30) is formed by bending a metal wire, and the first end of the lock bar (30) is pivotally connected to the clamping bar (20), and protrudes from the first end of the lock bar (30) Extending a hook portion (32), and the locking rod (30) protrudes from a longitudinal triggering rod portion (33), so that the end of the triggering rod portion (33) is sleeved on the rod (10) On the side of the spring arm (13).

The spring-line type mousetrap device disclosed in the present invention, wherein the rod (10) is located at a seat portion (121, 131) at the end of the two spring arms (12, 13), and is bent into a frame shape, the seat portion ( 121, 131) comprising a bottom portion (121a, 131a) perpendicular to the spring arms (12, 13) to stand on the ground, the shape of the seat portion (121, 131), which can be bent into a rectangular frame, a ring, The present invention is not limited by the shape of a triangular ring, a multi-frame shape, or the like; or the end of each of the spring arms (12, 13) is sleeved with a solid plastic seat to constitute the seat, the present invention Not self-limiting.

The reel type mousetrap device disclosed in the present invention, wherein the torsion spring portion (11) of the rod (10) may be constituted by a single torsion spring (11a) or may have a plurality of torsion springs (11a, 11b) connected in series The invention is not self-limiting.

As shown in the fifth figure, the reed type mousetrap device disclosed in the present invention, wherein the main arm (10) is located on the first side of the torsion spring portion (11), the spring arm (12) is shorter than the torsion spring portion. (11) a spring arm (13) on the second side, and a first gear is formed at a boundary between the spring arm (12) on the first side of the torsion spring portion (11) and the seat portion (121) formed at the terminal end thereof a shoulder portion (121b), and a second shoulder portion (131b) is formed at a boundary between the spring arm (13) on the second side of the torsion spring portion (11) and the seat portion (131) formed at the end thereof. When the rod (10) is bent in an arc shape and stands on the ground, the height (H1) of the first shoulder portion (121b) from the ground is higher than the height of the second shoulder portion (131b) from the ground (H2). ). When applied, the two ends of the sleeve (21) of the clamping rod (20) are respectively placed on the first and second shoulders (121b, 131b), and the rod (10) is bowed due to the bending. The torsion spring portion (11) drives the two side spring arms (12, 13) to elastically open outward, so that the second end of the clamping rod (20) is spanned at the second shoulder portion (131b) to form a point. And the first end of the clamping rod (20) is spanned at the first shoulder portion (121b) to generate an upward sliding force (F) due to the lock pivoted to the first side of the clamping rod (20) The rod (30) is hooked with the rod (10), and the first end of the blocking clamp rod (20) slides upward, and also blocks the two spring arms (12, 13) from opening to both ends, so that the rod The rod (10) is in a stable state and can be in a stable arch shape and standing on the ground.

As shown in the third and fifth figures, the reed type mousetrap device disclosed in the present invention, wherein the rod (10) is located at the end of the spring arm (13) on the second side of the torsion spring portion (11), Bending a short section of the abutting section (133) to bend the rod (10) into an arch and standing on the ground, the abutting section (133) is slightly perpendicular to the ground or greater than 90 degrees (A, ie, A ≧ 90°) to support the second end of the sleeve (21) of the clamping rod (20), the side spring when the rod (10) is bent in an arc shape and stands on the ground The abutting section (133) of the arm (13) generates an upward resistance (P) to the clamping bar (20), so that the clamping bar (20) is located at the abutting section (133) to be a stable fulcrum. Instead of sliding upward along the side spring arm (13), the rod (10) is in a stable state, that is, a stable bow shape, standing on the ground.

As shown in the first, second, third and fourth figures, the reed type mousetrap device disclosed in the present invention, wherein the rod (10) is at the end of the spring arm (12) on the first side of the torsion spring portion (11) A positioning rod (123) is provided on the formed seat portion (121) for hooking the hook portion (32) of the lock rod (30).

The spring-line type mousetrap device disclosed in the present invention, wherein the clamping rod (20) is horizontally provided with a pivot (211) at a first end of the sleeve (21) for pivoting the locking rod (30) )By.

The locking rod (30) disclosed by the present invention has a pivoting hole (31) at a first end thereof for pivoting on a pivot (211) of the first end of the clamping rod (20), and A hook portion (32) protrudes from an outer edge of the through hole (31), and a trigger rod portion (33) protrudes from the outer edge of the pivot hole (31) to form an end of the trigger rod portion (33). A hook ring (331) is sleeved on the spring arm (13) of the second side of the torsion spring portion (11).

As shown in the third figure, the rod (10) disclosed in the present invention forms a blocking portion (122a) at the edge of the buckle portion (122, 132) provided on both sides of the torsion spring portion (11). , 132a), the outer edge distance (D1) of the two stops (122a, 132a) is greater than the distance (D2) of the ends of the sleeve (21) of the clamping rod (20), so that the rod (10) is in the torque When the spring portion (11) is elastically reset, the clamping rod (20) can be blocked by the two blocking portions (122a, 132a), does not detach from the rod (10), and is hooked to the rod (10). The two sides of the buckle portion (122, 132).

As shown in the sixth figure, when the invention is applied, when the mouse passes between the rod (10) and the clamping rod (20), the trigger rod portion of the locking rod (30) is pressed in the T direction ( 33), the hook portion (32) of the lock lever (30) is unfastened from the positioning rod (123) of the rod (10), and at this time, the first end of the clamp rod (20) is no longer Locked up, and will quickly slide upward along the spring arm (12) of the first side of the rod (10), as shown in the U direction of the sixth figure, even if the torsion spring portion of the rod (10) (11) Release the energy, and open to the sides, as shown in the seventh figure, and the mouse (M) can be clamped between the rod (10) and the clamping rod (20) for the purpose of catching the mouse. .

The invention discloses a spring-line type mousetrap device, which has the following features and advantages because the components are formed by metal wires, which are flat and linear in normal times, and have no large cage or solid fixed substrate. And its novelty and industrial use:

1. The rod (10), the clamping rod (20) and the locking rod (30) are all bent from metal wires.

2. Small size and no space.

3. Because there is no huge cage or solid fixed substrate, it can be placed in the slit between furniture and furniture or on the general ground, almost no restrictions on furniture, terrain or space. Very convenient to use.

4. No need for bait, avoiding homes such as ants, cockroaches, etc., and affecting home hygiene.

5. No strong knife, high safety, not easy to hurt people, dogs, cats.

6. The manufacturing cost is low and can be reused.

The structure and shape of the present invention can be modified and applied without departing from the spirit and scope of the invention, and the invention is not limited.

(10). . . Local rod

(11). . . Torsion spring

(11a). . . Torsion spring

(11b). . . Torsion spring

(12). . . Spring arm

(121). . . Seat

(121a). . . bottom

(121b). . . First shoulder

(122). . . Buckle

(122a). . . Stop

(123). . . Positioning rod

(13). . . Spring arm

(131). . . Seat

(131a). . . bottom

(131b). . . Second shoulder

(132). . . Buckle

(132a). . . Stop

(133). . . Abutting section

(20). . . Pinch

(twenty one). . . Nest

(211). . . Pivot

(30). . . Lock lever

(31). . . Pivot hole

(32). . . Hook

(33). . . Trigger lever

(331). . . Hook ring

(A). . . inclination

(D1). . . distance

(D2). . . distance

(F). . . Force

(H1). . . height

(H2). . . height

(M). . . mouse

(P). . . resistance

First Figure: An exploded view of the present invention.

Second figure: is a perspective view of the invention after assembly.

Third Figure: A side view of the invention.

Fourth Figure: is a perspective view of the application state of the present invention.

Figure 5 is a plan view of the application state of the present invention.

Fig. 6 is a schematic view showing the moment when the lock lever and the lever of the present invention are unfastened.

Figure 7 is a diagram showing the state of the present invention when the mouse is captured.

(10). . . Local rod

(11). . . Torsion spring

(11a). . . Torsion spring

(11b). . . Torsion spring

(12). . . Spring arm

(121). . . Seat

(121a). . . bottom

(121b). . . First shoulder

(122). . . Buckle

(122a). . . Stop

(123). . . Positioning rod

(13). . . Spring arm

(131). . . Seat

(131a). . . bottom

(131b). . . Second shoulder

(132). . . Buckle

(132a). . . Stop

(133). . . Abutting section

(20). . . Pinch

(twenty one). . . Nest

(211). . . Pivot

(30). . . Lock lever

(31). . . Pivot hole

(32). . . Hook

(33). . . Trigger lever

(331). . . Hook ring

Claims (10)

The utility model relates to a spring-type mousetrap device, which comprises: a rod which is integrally bent and formed by a metal wire, and has a torsion spring portion, and a spring arm protrudes longitudinally on both sides thereof, and each of the rods The end of the spring arm is provided with a seat portion, and the middle portion of the two spring arms is respectively provided with a buckle portion; and a clamping rod is formed by integrally bending a metal wire, and comprises a set of holes for the sleeve The two ends are hooked on the buckle portion of the rod on both sides of the torsion spring portion; and a lock rod is formed by bending a metal wire, and the first end of the lock rod is pivotally connected to the clip A hook portion protrudes from the first end of the lock rod, so that the hook portion can be hooked on the rod, and the lock rod protrudes from a longitudinal trigger rod portion. The reel-type mousetrap device of claim 1, wherein each of the seats has a bottom that is perpendicular to the bottom of the spring arm. The reel type mousetrap device according to claim 1, wherein the torsion spring portion of the rod is formed by a single torsion spring. The reel type mousetrap device according to claim 1, wherein the torsion spring portion of the rod is composed of a plurality of torsion springs. The reel-type mousetrap device of claim 1, wherein the spring arm of the first side of the torsion spring portion is shorter than the spring arm of the second side of the torsion spring portion, and is located a first shoulder portion is formed at a boundary between the spring arm of the first side of the torsion spring portion and a seat portion formed by the terminal thereof, and a joint portion of the spring arm of the second side of the torsion spring portion and a seat portion formed by the terminal end thereof is When the second shoulder is formed to bend the rod in an arch shape and stand on the ground, the height of the first shoulder from the ground is higher than the height of the second shoulder from the ground. The reel-type mousetrap device according to claim 1, wherein the rod is located at a distal end of the spring arm of the second side of the torsion spring portion, and is bent downward for a short period of the abutment portion. When the rod is bent in an arch shape and stands on the ground, the abutting section is inclined at an angle of 90 degrees to the ground. The reel-type mousetrap device of claim 1, wherein the lever is provided with a positioning rod for the hook on the seat formed by the end of the spring arm on the first side of the torsion spring portion. The hook of the lock bar is hooked. The spring-loaded mousetrap device of claim 1, wherein the clamping rod has a pivot at a first end of the sleeve to pivot the locker. The spring-loaded mousetrap device of claim 1, wherein the first end of the clamping rod is horizontally disposed with a pivot, and the first end of the locking rod includes a pivot hole for The pivoting member is pivotally mounted on the pivot of the first end of the clamping rod, and a hook portion protrudes from the outer edge of the pivoting hole, and a triggering rod portion protrudes from the outer edge of the pivoting hole, so that the triggering rod portion At the end, a hook ring is formed, and the sliding sleeve is located on the spring arm of the second side of the torsion spring portion. The reel-type mousetrap device according to the first aspect of the invention, wherein the rod, the edge of the buckle portion provided on both sides of the torsion spring portion, respectively form a blocking portion, so that the two blocking portions are The outer edge distance is greater than the distance between the ends of the clamping sleeve.