19 results about "Release point" patented technology

An apparatus for evaluating restitution of an item of sports equipment comprises a base and a support member for holding a sports projectile associated with the sports equipment at a release point relative to the base. A clamp assembly is provided on the base for securing the sports equipment in a clamped position relative to the release point such that, in use, when the sports projectile is released from the release point and travels toward the sports equipment, the sports projectile collides with an impact point on a striking surface of the sports equipment. A gauge is positioned relative to the base for measuring a rebound travel distance or rebound velocity of the sports projectile when the sports projectile rebounds from the impact point. The apparatus is configured such that a relative lateral alignment between the clamped position and the release point is adjustable for adjusting the impact point.

A clamp is provided. The clamp includes a flexible uniform body. The flexible uniform body includes an aperture configured to allow a tubing to pass through the flexible uniform body. The aperture is configured to allow unrestricted flow of a fluid within the tubing when the tubing is at a first position of the aperture and restrict the flow of the fluid within the tubing when the tubing is at a second position of the aperture. The flexible uniform body includes an engageable coupling mechanism disposed at a first portion of the flexible uniform body. The coupling mechanism is configured to, when engaged, cover at least a portion of a release point of the aperture such that the tubing is locked in place within a pinch point of the aperture.

The utility model discloses a support vertical rod verticality detection apparatus, comprising a plumb bob assembly installed at an upper position of a support vertical rod and a detection assembly installed at a lower position of the support vertical rod when in use, the plumb bob assembly can be controlled to freely release or recover a plumb bob downwards, and is provided with a calibrated release point; the detection assembly is provided with a perpendicularity calibration point, and the release point and the perpendicularity calibration point vertically correspond to each other in position and are equal in distance from the supporting vertical rod. According to the utility model, the rapid installation of the detection device can be ensured, the verticality of the supporting vertical rod can be rapidly measured, the detection efficiency of the verticality of the supporting vertical rod can be improved, the detection device is convenient to carry by a worker, the construction time and the labor intensity of the construction worker are reduced, the detection device is convenient to carry by the construction worker, and the overall construction efficiency is improved.

Picking up a food product from a pick up area and release it from a releasing location to a receiving location using a gripper device having a first jaw (101, 201) and a second jaw (102,202), each having a leading edge (104, 105), the jaws being configured to be moved by a moving mechanism (103) relative to each other from a gripping position to an open position where there is a suitable opening between the leading edges so that the food product (209) may be controllably released from the gripper device (100), and vice versa, by moving the gripper device to a gripping position and picking up the food product, followed by moving the gripper device to the releasing location and releasing the food product at the releasing location to the receiving location by means of moving the first jaw (101, 201) relative to the second jaw from the gripping position to the open position such that one side (208) of the food product (209) is un-supported from the first jaw (101,102) while an other side (207) of the food product (209) is temporarily resting on the second jaw (102,202) so as to cause a tilting of the food product around a longitudinal axis (205) of the food product (209) when releasing the food product to the receiving location.

This invention relates to the field of aneurysm coil embolization technology and discloses a controllable mechanical release structure for the coil, comprising a main body with a compression spring fixedly connected to its outer surface. When the coil needs to be released, simply pull the front end of the main body. The main body will then slide back to its original position under the elastic release force of the compression spring, causing the two clamping blocks to move away from each other. The two clamping blocks will then open, releasing the coil. This eliminates the need to rotate to find the release point during release, prevents displacement of the microcatheter due to the release operation, and is simple and reliable to operate. Release can be completed simply by gently engaging the outer shell and the main body, improving the release speed and ease of operation.

An adaptive airdrop system for an aircraft includes a wind measurement system and a processing system. The wind measurement system measures at least atmospheric wind velocity and supplies wind velocity data representative thereof. The processing system is configured to adaptively sample the wind velocity data, implement a computer aided release point (CARP) model, and iteratively process the adaptively sampled wind velocity data to calculate, using the CARP model, a precision release point for a payload.

An injection system (1) for liquid fuel operates with an injection nozzle (7) which comprises an adjustable nozzle needle (11) and a nozzle end piece (9) with a continuously decreasing radius of curvature (R) towards a nozzle opening (13). The injection system (1) further comprises a control unit (14) for actuating the injection nozzle (7), including adjusting the nozzle needle (11), which is configured to bring the injection nozzle (7) into an operating state in which fuel flowing from the injection nozzle (7) is directed up to a variable release point (AP1, AP2, AP3). n , AP n+1 ) in the nozzle end piece (9) along its wall (17).

The shaft system includes a small shaft into which, for example, fiber optic and / or underground cables can be inserted, which can be connected in the shaft to outgoing fiber optic and / or underground cables, with a shaft cover that closes the top of the shaft. is characterized by that a circular cover is inserted into the manhole cover, which covers the access opening to the interior of the manhole, and that the cover is rotatable between a locking area in which the cover is locked against removal and a release point in which the cover can be removed from the manhole cover.

A system and method for calculating a flight plan and a precision release point for an aircraft carrying a payload includes supplying, from a four-dimensional (4D) wind measurement system, 4D wind data indicative of atmospheric wind velocity and direction (i) at and within a first threshold distance around a current flight level of the aircraft, (ii) at and within a second threshold distance around a drop zone for the payload, and (iii) at and within a third threshold distance around a plurality of different altitudes. The 4D wind data is continuously sampled, in a processing system, and is iteratively processes, in the processing system, to calculate, using a release point model implemented in the processing system, a flight plan for the aircraft and a precision release point for the payload.

The invention provides a double-release-point electrolysis release micro-catheter, which relates to the field of medical instruments and comprises a far-section catheter, a middle-section catheter and a near-section catheter, the far-section catheter is connected with the middle-section catheter and is provided with a far-end disengagement point; the middle-section catheter is connected with the near-section catheter and is provided with a near-end disengagement point; the device further comprises a first anode conductor, a second anode conductor, a cathode conductor and a power supply. The first anode conductor is respectively connected with the far-end release and the positive pole of the power supply; the second anode conductor is respectively connected with the near-end release point and the positive pole of the power supply; one end of the cathode conductor is fixed on the outer side of the near-section catheter, and the other end is connected with the cathode of the power supply. The problems that in the prior art, due to the fact that glue injected into a blood vessel gradually coagulates to form blockage and forms a gap with a catheter, if glue is injected continuously, the glue is subjected to pressure formed by blockage, easily flows back along the outer wall of the catheter from the gap and covers a metal release point, a current loop cannot be formed, and the service life of the catheter is affected can be solved. The far section and the near section of the catheter cannot be separated.

The present application relates to the field of medical devices, in particular to a guide wire, a guide device and a jejunostomy system, comprising the following components: a main guide wire, which is bendable; a release point, which is located on the main guide wire and can be disconnected to divide the main guide wire into two segments; a capture point, which is located on the main guide wire and is staggered with the release point. The present application can guide the jejunum feeding tube inserted into the stomach cavity to smoothly insert into the jejunum, without cutting the jejunum, greatly reducing the intubation difficulty of the jejunum feeding tube, without causing additional trauma to the patient, avoiding additional gastric stoma hole trauma caused by unsuccessful surgery, and achieving minimally invasive implantation with a simple implantation process.

A medicament carrier system for delivering therapeutic agents into a gingival crevice proximate to a junctional epithelium. The system includes a carrier frame defining a geometric well configured to receive medicament using transphasic molding, wherein a medicament solution wets the well and transitions to a retained medicament seed as solvent dissipates. The carrier frame may be planar or semi-rigid with three-dimensional depth and may include one or more compartments defined by partitioners to enable phased or multi-drug delivery. The combined thickness of the carrier frame and retained medicament may be less than 1 mm, and preferably less than 600 microns, to permit insertion to the base of the gingival sulcus. A releasable interface couples the carrier to a handle or cartridge, allowing detachment after positioning within the gingival crevice. The carrier may be dissolvable or removable following medicament release.

A mobile robot and material vehicle accompanying control method, system, device and medium relate to the field of automobile production, and comprise: detecting a first trigger time when a target mobile robot carries a material vehicle to an initial material release point corresponding to an initial station; detecting a second trigger time when the carrier carries the real vehicle to an initial position corresponding to the initial material release point; determining the arrival sequence of the target mobile robot and the carrier according to the first trigger time and the second trigger time; if the target mobile robot arrives first, the speed of the target mobile robot is adjusted to control the target mobile robot and the carrier to synchronously walk to the target station; and if the carrier arrives first, the production line is controlled to stop, and after the target mobile robot arrives at the initial material release point, the target mobile robot and the carrier are controlled to synchronously walk to the target station. According to the invention, independent operation of target mobile robot equipment such as the AGV can be realized, and the production line efficiency is improved.

This disclosure relates to systems and methods for the dynamic planning of insect releases. One example of a method involves receiving information indicating the population of wild insects in a geographic region; determining the number of wild insects per unit area within that region; locating, based on the number of wild insects per unit area, one or more insect release points, each release point indicating a predefined number of insects; and generating an insect release route through the geographic region, passing through each release point.

Methods, media, and systems are disclosed for creating and sharing interactive media. A set of media files are received, from which a background image is selected. A representation of the background image is displayed. A placement gesture is received having a release point on the display corresponding to placement of an interactive media icon within the background medium. Icon properties information is received regarding one or more properties of the interactive media icon. Icon placement information. A request to access the interactive media package is received from a second user.

The application relates to an aircraft airdrop material recovery method, device and computer equipment. The method comprises the following steps: constructing a design variable of an optimal release point of an aircraft airdrop material; the design variable comprises a release point coordinate and a heading angle; a relationship between the design variable and a landing point position vector is established according to a motion equation of a material landing process and the design variable; a landing point evaluation function is determined according to a pre-acquired release mode, a landing point position vector corresponding to each heading angle is simulated and calculated in a way of traversing the heading angle, and a corresponding heading angle and a corresponding landing point position vector are selected according to a landing point evaluation function optimization principle; a greedy algorithm is used to solve a traveling salesman problem to traverse all landing points of the landing point position vector, so that an optimal path planning of the material recovery is obtained. According to the method, the heading angle can be dynamically adjusted according to real-time environment data, and the material release demand is met.

The invention relates to a connection system (1) with two detachably connectable connection parts (2, 3) and an interlock device (10). In a first embodiment, a release point (14) of the interlock device (10) is surrounded by a main contact element (7) of one of the connection parts (2, 3). Additionally or alternatively, in a second embodiment, the connection parts (2, 3) are provided for fastening to one another by means of a screw element (20). In this case, the release point (14) is arranged in the area of ​​a corresponding screw element receptacle (8), so that when the screw element (20) is screwed in as intended, an interlock signal and / or the closing of an interlock circuit is triggered directly or indirectly by the screw element (20). The invention also relates to a motor vehicle with such a connection system (1).