15 results about "Service line" patented technology

To provide a space-saving solution for efficiently arranging a service line by a reliable method with improved maintenance options.SOLUTION: The service line attachment device 1 has a body unit 2 and a sliding unit 3. The body unit 2 and the sliding unit 3 define, in an assembled state, a through opening 4 for one or more service lines, and the sliding unit slides along upper and lower guide rail elements 2ai, 2bi of the body unit to adjust a size of the through opening in a transverse direction TR extending transverse to a through direction TH of the through opening. The body unit comprises an upper side 2c and a lower side 2a connected by a hinged side 2b, wherein the upper part comprises upper guiding rail elements and the lower part comprises lower guiding rail elements.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of marble games, and discloses a stretch band fingerstall type marble game device, which comprises a folding assembly, a clamping assembly, a scoring assembly and a ball rod assembly, the folding assembly is arranged on one side of the clamping assembly, the folding assembly comprises a first bottom plate, the first bottom plate is connected with a second bottom plate through a hinge, and the second bottom plate is connected with the clamping assembly. A serving area is arranged on the upper side of the second bottom plate, and a serving line is arranged on one side of the serving area. According to the foldable game device, the device can be quickly folded to be half of the original size, the occupied carrying space is remarkably reduced, the game device can be conveniently packaged and stored, game match rules can be conveniently determined, the visual impact force can be conveniently increased, and therefore the competition interestingness is improved, real-time score visual updating can be achieved during playing, and the interestingness is improved. And the flexibility of the fingers and the hand-eye coordination can be exercised by using the fingers to bind the club head to hit the marble.

The present disclosure relates to a service line installation device (1) having a main body unit (2) and a sliding unit (3) wherein: the main body unit (2) and the sliding unit (3) are configured to define a through opening (4) for one or more service lines in an assembled state; the main body unit (2) has a first leg element (2a) and a second leg element (2b), which are connected by means of a base element (2c); and the sliding unit (3) is configured to slide along the first leg element (2a) and along the second leg element (2b) in order to adjust the dimensions of the through-opening (4) in a transverse direction (TR), the transverse direction (RT) extending transversely to the through-direction (TH) of the through-opening (4); wherein the base element (2c) comprises an attachment interface (2c ') for attaching the base element (2c) to another structure, and the two leg elements (2a, 2b) each comprise a respective ratchet structure (2a', 2b ') for ratchet interaction of a respective leg (2a, 2b) with a corresponding ratchet counterpart (3a, 3b) of the sliding unit (3), thus, a space-saving solution for tidily arranging service lines in a reliable manner is provided, preferably and with improved maintenance options.

The application discloses a bridge service linear identification method based on multiple three-dimensional laser scanning, comprising the following steps: defining and acquiring the bridge girder linear; acquiring the three-dimensional point cloud data of the bridge under the condition of non-interrupted traffic in different service periods; converting the three-dimensional point cloud data of the bridge obtained through multiple scanning under the same coordinate system; obtaining the bridge service linear with statistical significance and meeting the preset confidence condition through regression prediction; comparing the bridge service linear in different periods to identify the spatial form change of the bridge girder, evaluate the bridge structure state in the bridge service period, and track the spatial form change of the bridge in the bridge service period. The application realizes the accurate identification of the bridge service linear, solves the problem of insufficient spatial information acquisition in the traditional measurement method, and realizes the bridge service linear identification with high confidence in view of the complex vibration noise problem of the point cloud array caused by the bridge vibration, thereby improving the accuracy of the bridge service state control.

This invention provides a removable center line structure that allows players, such as the elderly, who have physical limitations in playing singles tennis, to perform a game with an intensity similar to that of a doubles match. [Solution] The detachable center line consists of a flat strip of rubber 5 approximately 3m long, rivets 6 with needles of a length suitable for clay, hard, or omni court surfaces at both ends of the rubber, and star lock washers 7 to secure the rivets to the rubber. In a standard tennis court, a new center line connecting the center mark and the center of the service line is added to both players' courts, allowing for singles play under the rule that each player uses diagonally diagonal halves of the court, including the alley court, with the net in between.

The disclosure relates to a service line mounting device (1) with a main unit (2) and a sliding unit (3) where the main unit (2) and the sliding unit (3) are configured to delimit, in an assembled state, a through-opening (4) for one or more service lines, the main unit (2) has a first leg element (2a) and a second leg element (2b), with first and second leg element (2b) being connected by a base element (2c), and the sliding unit (3) is configured to slide along the first leg element (2a) and along the second leg element (2b) in order to adjust a size of the through-opening (4) in a transverse direction (TR), with the transverse direction (TR) running transverse to a through direction (TH) of the through-opening (4), wherein the base element (2c) comprises an attachment interface (2c') for attaching the base element (2c) to another structure, and both leg elements (2a, 2b) comprise a respective ratchet structure (2a', 2b') for a ratching interaction of the respective leg (2a, 2b) with corresponding ratchet counterparts (3a, 3b) of the sliding unit (3) so as to provide a space-saving solution for neatly arranging service lines (7) in a reliable way, preferably with improved maintenance options.

A clamp assembly for securing service lines (such as cables, wires, hoses, pipes, etc.) for a drilling rig. The clamp assembly comprises a first clamp body (including a first piece and a first portion) and a second clamp body (including a second piece and a second portion). The first and second pieces define one or more openings adapted to removably secure service lines extending therethrough. A cam is coupled to a side of the second portion and configured to removably hold a pin in place. A bore extends through the cam and the first and second clamp bodies and a movable shaft is extended through the bore. The movable shaft is configured to move between a first and second position to removably secure the service lines. A spring is coupled to the shaft and configured to bias the first clamp body from the second clamp body.

The invention discloses an order number intelligent distribution method and device for multiple types of service lines and a medium, and belongs to the technical field of order intelligent distribution, and the method comprises the steps: carrying out the calculation of a service pressure index of each service line through monitoring a plurality of service indexes in real time; according to the method, through a closed-loop mechanism of dynamic calculation of a pressure index of a multi-dimensional business index, entropy level mapping, number segment pool pre-generation and isolation, dynamic quota calculation, intelligent routing and operation quality monitoring, the accuracy, real-time performance and safety of resource allocation are realized, real-time data and historical data are fused, a priority correction mechanism is combined, and the resource allocation efficiency is improved. Strict matching between resource allocation and actual business requirements is ensured; through the differentiated design of the low-entropy pool, the medium-entropy pool and the high-entropy pool, the requirements of different service lines for orderliness and randomness are met, and meanwhile data isolation is guaranteed; based on the real-time adjustment of the resource state and the service priority, the resource overrun risk is eliminated.

The disclosure relates to a service line mounting device (1) with a main unit (2) and a sliding unit (3) where the main unit (2) and the sliding unit (3) are configured to delimit, in an assembled state, a through-opening (4) for one or more service lines (8), and the sliding unit (3) is configured to slide along a top guide rail element (2ai) of the main unit (2) and along a bottom guide rail element (2bi) in order to adjust a size of the through-opening (4) in a transverse direction (TR), with the transverse direction (TR) running transverse to a through direction (TH) of the through-opening (4), wherein the main unit (2) comprises a top part (2a) and a bottom part (2b) which are connected by a hinge (2c), with the top part (2a) comprising the top guide rail element (2ai) and the bottom part (2b) comprising the bottom guide rail element (2bi) in order to provide a space-saving solution for neatly arranging service lines (8) in a reliable way with improved maintenance options.

The disclosure relates to a service line mounting device with a main unit and a sliding unit where the main unit and the sliding unit are configured to delimit, in an assembled state, a through-opening for one or more service lines, the main unit has a first and second leg elements, the leg element being connected by a base element, and the sliding unit is configured to slide along the first and second leg elements to adjust a size of the through-opening in a transverse direction, with the transverse direction running transverse to a through direction of the through-opening, wherein the base element comprises an attachment interface for attaching the base element to another structure, and both leg elements comprise a respective ratchet structure for a ratcheting interaction of the respective leg with corresponding ratchet counterparts of the sliding unit.

The disclosure relates to a service line mounting device with a main unit and a sliding unit where the main unit and the sliding unit are configured to delimit, in an assembled state, a through-opening for one or more service lines, and the sliding unit is configured to slide along a top guide rail element of the main unit and along a bottom guide rail element in order to adjust a size of the through-opening in a transverse direction, with the transverse direction running transverse to a through direction of the through-opening, wherein the main unit includes a top part and a bottom part which are connected by a hinge, with the top part including the top guide rail element and the bottom part including the bottom guide rail element in order to provide a space-saving solution for neatly arranging service lines in a reliable way with improved maintenance options.

This invention provides a system and method for allowing motion of a robotic manipulator on an AV truck in connecting to a native gladhand on a trailer front that represents and constructs a model of this free space on-the-fly, in the manner of an Obstacle Detection and Obstacle Avoidance (OD / OA) system and process. A robotic arm on an AV truck is adapted to connect a pneumatic line to a gladhand on the trailer front. A first 3D sensor generates a pointcloud, and is located at an elevated position on the truck to image the trailer front. A second 3D sensor also generates pointclouds at during robot motion, located adjacent to an end of the robotic arm. An occlusion mapping process generates an occlusion map of the trailer front, and a map update process updates the occlusion map to add and remove voxels therefrom to allow safe guidance of the robot.

The present disclosure relates to a service line installation device (1) having a main body unit (2) and a sliding unit (3), where the main body unit (2) and the sliding unit (3) are configured to define a through-hole (4) for one or more service lines (8) in an assembled state, the sliding unit (3) is configured to slide along a top guide rail element (2ai) and a bottom guide rail element (2bi) of the main body unit (2), the body unit (2) comprises a top part (2a) and a bottom part (2b) connected by a hinge (2c), the top part (2a) comprising a top guide rail element (2ai) and the bottom part (2b) comprising a bottom guide rail element (2bi), in order to provide a space-saving solution for adjusting the size of the through-hole (4) in a transverse direction (TR) transverse to the through-direction (TH) with the through-hole (4), and wherein the body unit (2) comprises a top part (2a) and a bottom part (2b) connected by a hinge (2c), the top part (2a) comprising a top guide rail element (2ai) and the bottom part (2b) comprising a bottom guide rail element (2bi). The service lines (8) are arranged neatly in a reliable manner and the maintenance options are improved.

The embodiment of the present application provides a kind of order service line's trouble shooting positioning method and device, comprising: obtaining the flow state when order flows in service line;When flow state is converted across platform, obtain the authentication information for the cross-platform conversion of flow state;When flow state is not converted across platform, if the same flow state flows in multiple platforms, then disassemble the order processing logic inside platform, define corresponding flow substate;According to flow state, flow substate and authentication information, generate order state flow authentication table, so that troubleshooting personnel can locate the link that causes flow state stagnation on service line when flow state stagnates according to order state flow authentication table.The present application defines flow substate by disassembling the order processing logic inside platform, thereby refining order flow state granularity, and generating corresponding order state flow authentication table, so as to quickly and accurately locate the link that causes flow state abnormal stagnation, and shorten troubleshooting time.

To provide a solution for arranging a service line by a highly reliable method.SOLUTION: A service line fitting arrangement (1), wherein a body unit (2) and a sliding unit (3) are configured to define, in an assembled state, a through opening (4) for one or more service lines, the body unit (2) having a first leg component (2a) and a second leg component (2b), the first and second leg components (2b) being connected by a base component (2c). The sliding unit (3) is configured to slide along the first leg elements (2a) and the second leg elements (2b) in order to adjust the dimensions of the through opening (4) in the transverse direction (TR). The base element (2c) comprises an attachment interface (2c ') for attaching the base element (2c) to another structure, and both leg elements (2a, 2b) comprise respective ratchet structures (2a ', 2b ').SELECTED DRAWING: Figure 9