10results about "Climbing" patented technology

A climbing platform device useful for enabling a user to climb a tree. The climbing platform device includes a platform, first and second arms, a cable, and a post. The arms and the post are connected to the platform. The cable is extendable between the arms. In a climbing state, the cable loosely secures the platform to a tree trunk, permitting a user to climb the tree.

The present application provides a kind of multifunctional autonomous navigation tree climbing robot with environmental monitoring module, comprising: annular main frame, including first half ring frame and second half ring frame, the two ends of first half ring frame and second half ring frame are realized controlled closure by locking screw;Self-adapting clamping drive module is set to the inside of annular main frame, including guide wheel assembly, drive wheel assembly, guide wheel assembly is equipped with compression spring and telescopic damper, drive wheel assembly is configured with pre-tightening force adjusting actuator and rotator;Work platform is located at the top of annular main frame, and the work platform is provided with standardized physical and electrical interface;Environment perception and navigation module is set in work platform, and the environment perception and navigation module is integrated with three-dimensional laser radar, nine-axis inertial measurement unit and multispectral vision sensor;Control system includes processor, solid-state lithium battery pack and wireless communication module, and is all set in work platform.

The utility model relates to the technical field of power equipment, in particular to a pole climbing device for a base pole, which comprises a limit piece, a pole climbing rod and a pole climbing rod, the moving mechanism comprises a fixed plate arranged on the limiting piece and a moving wheel movably arranged on the fixed plate, and further comprises a telescopic rod arranged on the fixed plate; the movable wheel is pushed by the telescopic rod to abut against the surface of the outer wall of the base rod, at the moment, the movable wheel drives the limiting piece to slide up and down on the outer wall of the base rod, finally, the holding mechanism is moved to the top end of the base rod, and the holding mechanism is used for being connected with an inhaul cable. And the base rod is reinforced by pulling the holding mechanism through the inhaul cable.

A rope wrench 1 comprises a base plate 2 having a lever arm, a lever handle opposite the lever arm, a pair of bollards (4,5,fig.1) for receiving an anchored climbing rope 12 therebetween, and a gate 3

The application discloses a power cement pole climbing anti-falling device, and belongs to the field of safety equipment. The anti-falling device comprises a sleeve ring which is sleeved on a cement pole and is matched with a footstep and a waist rope, and a seat cushion anti-falling mechanism which is movably installed on the sleeve ring and is used for supporting a human body. The seat cushion anti-falling mechanism comprises a connecting block which is fixedly installed on the sleeve ring, an insertion hole which is obliquely designed is formed in the connecting block, and a support column which is consistent with the axial extension direction of the insertion hole is fixedly installed on the connecting block. When a user climbs upward, if unstable situation occurs, the user can directly sit on the seat cushion, the seat cushion is pressed downward by the body gravity, the seat cushion presses a elastic rod downward, the elastic rod presses a connecting rod downward, the connecting rod drives a anti-skid plate to move obliquely, and the anti-skid plate is attached to the cement pole. Since the anti-skid plate is subjected to sanding treatment, the friction between the anti-skid plate and the surface of the cement pole can be further improved, the anti-skid plate is clamped through the friction, the human body is stably supported and prevented from falling, and the safety is further improved.

A detachably attachable structure (100) with respect to a target surface (21a) has a support body (10) having a facing side (11) and a back side (12), a plurality of detachable parts (20) detachably attached to the target surface (21a), a working part (30), and a buffer section (40) disposed between the detachable parts (20) and the working part (30). Each of the plurality of detachable parts (20) has an end portion on one side, which is a fixed end (20a) fixed to the support body (10), and an end portion on the other side, which is a movable end (20b) movable in a direction away from the support body using the fixed end as a shaft in an arrangement direction (y). The plurality of detachable parts (20) have at least two first skeletons (22, 22A, 22B) that connect the fixed end (20a) and the movable end (20b), and an adhesive film (21) supported by the first skeletons.

The invention relates to an artificial climbing wall (1) intended for recreation and sport practice. The climbing wall (1) comprises one climbing wall module (2) having a support structure (5) with an arrangement of partitions (7) defining a spatial compartment (7). Within the compartment (7) there is a body (8) of climbing holds (10) in which a front wall (8A) and a rear wall (8B) as well as side walls (8C) are distinguished. The front wall (8A) of the body (8) of the climbing holds (10) together with the support structure (5) forms a front surface of the climbing wall module (2) adapted to the movements of a user of the climbing wall (1). Behind and at a distance from the at least one climbing wall module (2) there is at least one climbing hold storage module (3). The climbing hold storage module (3) comprises a support structure (5) with an arrangement of partitions (6) defining a spatial compartment (7) adapted to receive the body (8) of the climbing holds (10). In the space between the climbing wall module (2) and the climbing hold storage module (3) there is at least one robot adapted to manipulate the multi-walled body (8) of the climbing hold (10) housed in the climbing wall module (2) and / or the climbing hold storage module (3).

A climbing system includes a treestand and a plurality of climbing sticks. The treestand includes a monolithic platform formed from strengthened material. Each of the climbing sticks includes a frame having a plurality of weight-reduction apertures formed therethrough. Tree engaging structures include ramped surfaces to facilitate smooth downward sliding on a tree. Methods of manufacturing a treestand and climbing sticks are also disclosed. The method of manufacturing a treestand includes providing a solid, strengthened piece of material and removing portions of the material to form openings between structural supports. The method of manufacturing a climbing stick includes providing a frame and forming a plurality of weight-reduction apertures therethrough.

This utility model discloses a portable, detachable climbing foot catch, relating to the field of climbing tool technology. It includes a foot pedal, a first mounting base fixedly mounted on the lower surface of the foot pedal, a first positioning mounting block inserted inside the first mounting base, one end of the first positioning mounting block extending to the outside of the first mounting base and fixedly mounted with an anti-slip component. This utility model, by providing a first and second mounting base at the bottom of the climbing foot catch, allows for the insertion of both the first and second positioning mounting blocks during use. Simultaneously, a connecting block passes through a through-hole on the surface of the first positioning mounting block, thereby limiting the position of the second positioning mounting block. This enables the installation and removal of the climbing assembly and the anti-slip component, reducing the overall size of the foot catch and improving its portability and practicality.

This invention discloses an obstacle-avoiding clamping-type tree-climbing robot, comprising: a clamping mechanism and a moving and steering mechanism; the clamping mechanism consists of two identical mechanisms arranged vertically, each consisting of three mounting plates, two climbing components, and a lead screw motor connected by pins and bolts. The lead screw motor controls the climbing components and the third mounting plate to clamp and fix the robot to the tree trunk. The moving and steering mechanism is installed between the two clamping mechanisms. A drive wheel controls a belt to drive a slider on a linear guide rail to slide left and right, while a steering motor controls the robot's left and right turning, thereby achieving obstacle avoidance. This invention, through the clamping mechanism and the moving and steering mechanism, enables the robot to achieve relative fixation and obstacle-avoiding climbing on tree trunks with branches, solving the problem of existing tree-climbing robots struggling to avoid obstacles on such trunks.