TW202320627A - Pet leash and pet leash system - Google Patents

Abstract

The present invention discloses a pet leash and a pet leash system. The pet leash includes a wearable part and a handle. The wearable part includes a wearable body and a plurality of functional modules. The wearable body is worn on a pet. The functional modules can be optionally disposed on the wearable part. The handle is connected to the wearable part by a towing rope so as to control the functional modules. Wherein, the wearable part and the handle can be charged wirelessly.

Description

Pet Leashes & Pet Leash Systems

The present invention relates to a pet leash, in particular to a pet leash and a pet leash system.

Quite a lot of people keep pets in modern society, and when the owner takes the pets out for a walk or exercise, they generally use a leash to pull the pets. The research and development of existing pet leash products are mainly based on the improvement of physical properties such as firmness and rope length and structural optimization, such as adding a wheel-shaped structure to increase the adjustable range of the length of the leash, or changing the length of the leash worn by pets. Clothing or/and collar types to meet different pet types or needs.

However, most of the existing pet leashes only have the function of restricting the movement of pets, and cannot change the form of interaction between people and pets so as to meet the diverse needs of owners.

The object of the present invention is to provide a pet leash and a pet leash system, which can change the existing interaction form between the owner and the pet, so as to instantly meet the various needs of the user.

The invention provides a pet leash, which includes a wearing part and a leash handle. The wearing part includes a wearing body and a plurality of functional modules. The wearing body is worn on the pet, and the functional modules can be selectively arranged on the wearing part. The leash handle is connected to the wearable part through a leash rope, and the leash handle can control the functional modules; wherein, the wearable part and the leash handle can be charged wirelessly.

The present invention also proposes a leash system for pets, which includes a charging storage seat and a leash for pets. The charging storage stand is provided with a first wireless charging area and a second wireless charging area. The pet leash is placed on the charging storage seat; the pet leash includes a wearable part and a leash handle, the wearable part includes a wearable body and multiple functional modules, the functional modules can be selectively arranged on the wearable part, and the leash handle The functional modules can be controlled; wherein, the charging storage seat wirelessly charges the wearable parts through the first wireless charging area, and the charging storage base wirelessly charges the leash handle through the second wireless charging area.

In one embodiment, the functional modules include a positioning function, a heart rate measurement function, a photography function, an alarm function, or a combination thereof.

In one embodiment, the wearable component further includes a first rechargeable battery and a first wireless charging module, the first rechargeable battery provides power required for the operation of the wearable component, and the first wireless charging module can charge the first rechargeable battery.

In one embodiment, the leash handle includes a second rechargeable battery and a second wireless charging module, the second rechargeable battery provides power required for the leash handle to operate, and the second wireless charging module can charge the second rechargeable battery.

In one embodiment, the wearing component further includes a module setting portion disposed on the wearing body, and the functional modules are selectively disposed on the wearing body or the module setting portion.

In one embodiment, the wearing part further includes a control module, the control module is disposed on the module setting part or the wearing body, and is electrically connected to the functional module.

In one embodiment, the rope handle further includes a handle body and a plurality of buttons. The buttons are arranged on the handle body and can correspond to the functional modules arranged on the wearing parts, and the buttons control the corresponding buttons through the control module in a wireless or wired manner. functional module.

In an embodiment, the wearing part further includes a luminous light strip, and the luminous light strip is arranged on the wearing body or the module setting part.

In one embodiment, the charging storage stand further includes a supporting frame, which is used to support the wearing part.

As mentioned above, in the pet leash and the pet leash system of the present invention, the wearable body is worn on the pet, and the functional modules can be selectively arranged on the wearable parts; the leash handle is connected with the wearable parts, and can control the function module; and the wearable part and the leash handle can be charged wirelessly. Therefore, the present invention can wirelessly charge the wearable parts of the pet leash and the leash handle respectively, so as to realize the purpose of using the leash handle to control the corresponding functional modules, and can change the interaction form between the owner and the pet in the existing pet leash , so as to meet the diverse needs of users in real time.

The pet leash and the pet leash system having the pet leash according to some embodiments of the present invention will be described below with reference to related drawings, wherein the same elements will be described with the same reference symbols. The components in the following embodiments are only used to illustrate their relative relationship, and do not represent the proportion or size of real components.

Fig. 1 is a schematic diagram of a pet leash pulling a pet according to an embodiment of the present invention. Fig. 2A is a schematic diagram of the functional module set in the module setting part of the wearing part of the pet leash in Fig. 1. Fig. 2B is a schematic diagram of the pet leash in Fig. 1. 2C is a functional block diagram of the pet leash in FIG. 1 . Here, the connection lines between the component blocks in FIG. 2C represent "electrical connection".

Please refer to FIG. 1 to FIG. 2C , the pet leash 1 of this embodiment includes a wearing part 11 , a leash handle 12 and a leash 13 . The wearing part 11 is worn on the pet P, and the leash handle 12 is connected with the wearing part 11 through the pulling rope 13 . Therefore, the user (such as the owner) can hold the leash handle 12 to restrict the movement of the pet P through the leash 13 .

The wearing part 11 includes a wearing body 111 and a plurality of functional modules 112 , the wearing body 111 is worn on the pet P, and these functional modules 112 can be selectively arranged on the wearing part 11 . In this embodiment, the wearing body 111 is a garment set on the pet P, but it is not limited thereto. In different embodiments, the wearing body 111 can also be a collar set on the neck of the pet P. , or the clothing that is set on the pet P and the upper collar.

The wearing component 11 of this embodiment further includes a module setting portion 113 disposed on the wearing body 111 , and the fixing method between the module setting portion 113 and the wearing body 111 is not limited. As the name implies, the module setting part 113 can be used to set modules and other components, and the functional module 112 can be selectively set on the wearable body 111 or the module setting part 113 . In this embodiment, the number of functional modules 112 is plural, and some of the functional modules 112 are disposed on the wearable body 111 , and some of the functional modules 112 are disposed on the module setting portion 113 . In some embodiments, the number of module setting parts 113 can be multiple, such as two, and they are respectively arranged on opposite sides of the wearable body 111 , for example, there is one module setting part 113 on the left side and right side of the pet P's body. In this embodiment, the wearable body 111 can be respectively equipped with, for example, three functional modules 112 (only two functional modules 112 are shown in FIG. function modules 112, therefore, a total of 9 function modules 112 can be set at most, and the user can flexibly and selectively set the function modules 112 on the wearable body 111 or/and the module setting part 113 according to their needs (not all full), or removed from the wearable body 111 or/and the module setting part 113, the application flexibility is quite large.

As shown in FIG. 2A , the functional module 112 of this embodiment is shaped like an enlarged screw, and can be set on the module setting part 113 or the wearable body 111 by locking screws, for example (the module setting part 113 or the wearable body 111 needs to Corresponding screw holes 118 are provided). Of course, there is no limit to the way in which the functional module 112 is disposed on the module setting portion 113 or the wearable body 111 , and it can also be embedded, buried, hung, plugged, magnetically attracted, glued or other configurations.

The function module 112 may include, for example but not limited to, a positioning function, a heart rate measurement function, a photography function, an alarm function, or a combination thereof, or other functions. Users can use the function module 112 with different functions according to requirements to meet various needs. Among them, the positioning function can provide location information in real time, such as through the Global Positioning System (GPS); the heart rate measurement function can measure the heart rate data of the pet P in real time; the photography function can take photos or record videos in real time; Provide alarm sounds and/or lights. It should be noted that, in order to measure the heart rate of the pet P, preferably, the functional module 112 with the heart rate measurement function needs to be installed on the chest of the pet P, such as the functional module 112 on the chest of the pet P shown in FIG. 1 .

The leash handle 12 is capable of controlling a functional module 112 . The leash handle 12 of this embodiment includes a handle body 121 and a plurality of buttons 122. These buttons 122 are arranged on the handle body 121, and each button 122 can correspond to the functional modules 112 arranged on the wearing part 11 (one button 122 can Corresponding to one or more functional modules 112, not limited). In addition, the wearable component 11 of this embodiment further includes a control module 116 , the control module 116 is disposed on the module setting portion 113 or the wearable body 111 , and is electrically connected to the functional module 112 . The button 122 of the rope handle 12 can control the corresponding function module 112 through the control module 116 . Here, each button 122 of the handle body 121 can correspondingly control each functional module 112 provided on the wearing part 11 through the control module 116 in a wireless or wired manner. The button 122 in this embodiment controls the corresponding function module 112 in a wireless manner. Of course, for wireless control, the leash handle 12 and the wearable part 11 need to be provided with a corresponding wireless communication module (such as a Bluetooth communication module, not shown), so that the buttons 122 of the leash handle 12 can control the corresponding functions wirelessly. Module 112.

Specifically, the button 122 and the functional module 112 need to be matched and set first, for example, use the application software (such as the APP of the mobile phone) of the electronic device (such as a mobile phone, a tablet or a computer) to first perform the matching setting of the button 122 and the functional module 112. Use the button 122 to control the corresponding function module 112 through the control module 116; in some embodiments, the application software of the electronic device can also be used to adjust or set the parameters of the button 122 and the function module 112 through the control module 116 (such as controlling the volume, analyzing degree, ...); or, directly use the application software of the electronic device to control the functional module 112 without the control module 116, which is not limited in the present invention.

The wearing part 11 and the rope handle 12 can be charged wirelessly. In detail, please refer to FIG. 1 to FIG. 2C again. In order to enable wireless charging, the wearable part 11 of this embodiment also includes a first rechargeable battery 114 and a first wireless charging module 115. The control module 116 is connected to the functional module 112 respectively. , the first rechargeable battery 114 and the first wireless charging module 115 are electrically connected, the first rechargeable battery 114 can provide the power required for the operation of the wearable device 11 , and the first wireless charging module 115 can charge the first rechargeable battery 114 . The first rechargeable battery 114 can be disposed on the module setting portion 113 or the wearing body 111 . In this embodiment, the first rechargeable battery 114 is set on the module setting part 113, and the first wireless charging module 115 is set on one side of the wearable body 111 (referred to as the front side of the wearable body 111 here), close to the pet P. Take the chest position as an example.

In addition, the wearable part 11 of this embodiment may further include a light emitting light strip 117, the light emitting light strip 117 is arranged on the wearing body 111 or/and the module setting part 113, and is electrically connected to the control module 116 and the first rechargeable battery 114 respectively. . In this embodiment, the number of light strips 117 is two, and they are arranged in the module setting portion 113 . The light strip 117 can be, for example, a light emitting diode (LED) strip, which can provide illumination or warning at night or in a dark place. Here, the light strip 117 can be turned on or off manually and independently; or, it can be turned on or off by the button 122 of the rope handle 12 through the function module 112 , without limitation.

In addition, the leash handle 12 further includes a second rechargeable battery 123 and a second wireless charging module 124 , and the second rechargeable battery 123 and the second wireless charging module 124 are disposed on the handle body 121 . Here, the second rechargeable battery 123 is electrically connected to the button 122 and the second wireless charging module 124 to provide the power required for the operation of the leash handle 12, and the second wireless charging module 124 can charge the second rechargeable battery 123 . The first wireless charging module 115 and the second wireless charging module 124 in this embodiment are respectively wireless charging coils. When the corresponding wireless charging coils cause the first wireless charging module 115 and the second wireless charging module 124 to induce and output These currents can charge the first rechargeable battery 114 and the second rechargeable battery 123 respectively.

In addition, please refer to FIG. 3A and FIG. 3B , which are respectively an exploded view and a combined view of a pet leash system according to an embodiment of the present invention.

The pet leash system 2 of this embodiment can include a pet leash 1 and a charging storage stand 3 , and the pet leash 1 can be placed on the charging and storage stand 3 . Wherein, the content of the pet leash 1 has been described in detail above, and for specific technical features, please refer to the description of the above-mentioned embodiments, and will not be repeated here.

The charging storage stand 3 is provided with a first wireless charging area 31 and a second wireless charging area 32 . In addition, the charging storage stand 3 of this embodiment further includes a support frame 33 , a functional module placement area 34 and an object storage area 215 . When the wearing part 11 is separated from the rope handle 12 and placed on the charging storage stand 3, the position of the first wireless charging area 31 of the charging receiving stand 3 may correspond to the position of the first wireless charging module 115 of the wearing part 11, and The location of the second wireless charging area 32 may correspond to the location of the second wireless charging module 124 of the tether handle 12 . Therefore, the charging storage stand 3 can wirelessly charge the wearing part 11 through the first wireless charging area 31 , and wirelessly charge the leash handle 12 through the second wireless charging area 32 .

Specifically, there are wireless charging coils corresponding to the first wireless charging module 115 and the second wireless charging module 124 inside the charging storage stand 3 at positions corresponding to the first wireless charging area 31 and the second wireless charging area 32 respectively. . When the wearing part 11 is separated from the rope handle 12 , the wearing part 11 can be placed on the supporting frame 33 , and the wearing body 111 and the module setting part 113 can be supported by the supporting frame 33 , thereby maintaining the shape of the wearing part 11 . In addition, the shapes of the first wireless charging area 31 and the second wireless charging area 32 in this embodiment are concave parts respectively. When the wearing part 11 is placed on the supporting frame 33, the first wireless charging module 115 of the wearing part 11 can correspond to Placed in the recess of the first wireless charging area 31, and the rope handle 12 can be correspondingly inserted (stand) in the recess of the second wireless charging area 32, so that the second wireless charging module 124 can be placed in the second wireless charging area correspondingly on District 32. Therefore, when the wireless charging coils in the first wireless charging area 31 and the second wireless charging area 32 of the charging storage stand 3 generate a magnetic field due to current, the first wireless charging module 115 and the second wireless charging module 124 can sense these magnetic fields. Change and generate a corresponding induced current, so as to wirelessly charge the first rechargeable battery 114 and the second rechargeable battery 123 through the first wireless charging module 115 and the second wireless charging module 124 respectively.

In addition, since the functional modules 112 can be selectively disposed on the wearing part 11 , the unused functional modules 112 can be correspondingly stored in the functional module placement area 34 of the charging storage stand 3 , for example, by locking screws or other ways. In addition, the unused accessories of the pet leash 1 (such as the leash 13) or other sundries can be stored in the sundry storage area 35 of the charging storage stand 3, so as to maintain the overall cleanliness and order, and it is more convenient to access .

Based on the above, compared with the design of the existing pet leash, the pet leash 1 of the above embodiment and the pet leash system 2 including the pet leash 1 have the following features. Point 1: Change the shape of the rope handle 12 and add a button 122 in an area to achieve the purpose of remote control of the functional module 112 of the wearable part 11 . The second point: design a new type of functional module 112 with different appearance and fixing methods and different functions, so that the user can flexibly and selectively arrange it on the wearable part 11 according to the needs. Point 3: Design the appearance of the new type of wearable part 11 so that it can be used with the functional module 112 and can provide power for it. It is also equipped with a light strip 117 and a wireless communication module. Point 4: The charging storage seat 3 is designed to facilitate the user to store all the accessories of the pet leash 1, and it can also wirelessly charge the wearable parts 11 and the leash handle 12, so as to realize the control by the button 122 of the leash handle 12 The wearing part 11 corresponds to the purpose of the functional module 112 .

To sum up, in the pet leash and the pet leash system of the present invention, the wearable body is worn on the pet, and the functional modules can be selectively arranged on the wearable parts; the leash handle is connected with the wearable parts, and can control the function module; and the wearable part and the leash handle can be charged wirelessly. Therefore, the present invention can wirelessly charge the wearable parts of the pet leash and the leash handle respectively, so as to realize the purpose of using the leash handle to control the corresponding functional modules, and can change the interaction form between the owner and the pet in the existing pet leash , so as to meet the diverse needs of users in real time.

The above descriptions are illustrative only, not restrictive. Any equivalent modification or change made without departing from the spirit and scope of the present invention shall be included in the scope of the appended patent application.

1: pet leash 11:Wearing Parts 111: wear body 112: Functional module 113: Module setting department 114: The first rechargeable battery 115: The first wireless charging module 116: Control module 117: Luminous light strip 118: screw hole 12: Leash handle 121: handle body 122: button 123: Second rechargeable battery 124: Second wireless charging module 13: Traction rope 2: pet leash system 215: object storage area 3: Charging storage seat 31: The first wireless charging area 32: The second wireless charging area 33: support frame 34: Function module placement area 35: Debris storage area P: pet

FIG. 1 is a schematic diagram of a pet leash pulling a pet according to an embodiment of the present invention. FIG. 2A is a schematic diagram of a functional module disposed in a module setting part of the wearing part of the pet leash shown in FIG. 1 . FIG. 2B is a schematic diagram of the handle of the pet leash in FIG. 1 . FIG. 2C is a schematic functional block diagram of the pet leash in FIG. 1 . FIG. 3A and FIG. 3B are respectively an exploded schematic view and an assembled schematic view of a pet leash system according to an embodiment of the present invention.

1: pet leash

11:Wearing Parts

111: wear body

112: Functional module

113: Module setting department

115: The first wireless charging module

117: Luminous light strip

12: Leash handle

121: handle body

122: button

13: Traction rope

P: pet

Claims (17)

A pet leash, comprising: A wearable part, including a wearable body and a plurality of functional modules, the wearable body is worn on the pet, and the functional modules can be selectively arranged on the wearable part; and A leash handle connected to the wearing part through a leash, the leash handle can control the functional module; Wherein, the wearing part and the rope handle can be charged wirelessly. The pet leash according to claim 1, wherein the functional modules include a positioning function, a heart rate measurement function, a photography function, an alarm function, or a combination thereof. The pet leash according to claim 1, wherein the wearing part further includes a first rechargeable battery and a first wireless charging module, the first rechargeable battery provides the power required for the operation of the wearing part, the The first wireless charging module can charge the first rechargeable battery. The pet leash according to claim 1, wherein the leash handle includes a second rechargeable battery and a second wireless charging module, and the second rechargeable battery provides the power required for the leash handle to operate, so The second wireless charging module can charge the second rechargeable battery. The pet leash according to claim 1, wherein the wearing part further includes a module setting part set on the wearing body, and the functional module is selectively set on the wearing body or the module setting part. The pet leash according to claim 5, wherein the wearing part further includes a control module, the control module is arranged on the module setting part or the wearing body, and is electrically connected to the functional module. The pet leash according to claim 6, wherein the leash handle further includes a handle body and a plurality of buttons, the buttons are arranged on the handle body, and can communicate with the functional modules arranged on the wearing part correspond, and the key controls the corresponding functional module through the control module in a wireless or wired manner. The pet leash according to claim 5, wherein the wearing part further includes a light-emitting light strip, and the light-emitting light strip is arranged on the wearing body or the module setting part. A leash system for pets, comprising: A charging storage seat is provided with a first wireless charging area and a second wireless charging area; and A pet leash placed on the charging storage seat; the pet leash includes a wearable part and a leash handle, the wearable part includes a wearable body and a plurality of functional modules, and the functional modules can be selected is permanently arranged on the wearing part, and the leash handle can control the functional module; Wherein, the charging storage base wirelessly charges the wearable part through the first wireless charging area, and the charging storage base wirelessly charges the leash handle through the second wireless charging area. The leash system for pets according to claim 9, wherein the charging and receiving stand further includes a support frame, and the support frame is used to support the wearing part. The leash system for pets as claimed in item 9, wherein the functional modules include a positioning function, a heart rate measurement function, a photography function, an alarm function, or a combination thereof. The pet leash system according to claim 9, wherein the wearable part further includes a first rechargeable battery and a first wireless charging module, and the first rechargeable battery provides the power required for the operation of the wearable part, so The first wireless charging zone charges the first rechargeable battery through the first wireless charging module. The leash system for pets according to claim 9, wherein the leash handle includes a second rechargeable battery and a second wireless charging module, the second rechargeable battery provides the power required for the leash handle to operate, The second wireless charging zone charges the second rechargeable battery through the second wireless charging module. The pet leash system according to claim 9, wherein the wearing part further includes a module setting part set on the wearing body, and the functional modules are selectively set on the wearing body or the module setting part . The pet leash system according to claim 14, wherein the wearing part further includes a control module, the control module is arranged on the module setting part or the wearing body, and is electrically connected to the functional module. The pet leash system according to claim 15, wherein the leash handle further includes a handle body and a plurality of buttons, and the buttons are arranged on the handle body and can be connected with the functions arranged on the wearing part. The modules correspond, and the buttons control the corresponding functional modules through the control module in a wireless or wired manner. The pet leash system according to claim 14, wherein the wearing part further includes a light-emitting light strip, and the light-emitting light strip is arranged on the wearing body or the module setting part.

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