15 results about "Stationary mode" patented technology

A user equipment (UE) (102) in a mobile cellular network (100) implements one or more techniques to relax radio resource management mobility (RRM) actions. For example, the UE selects, based on a stationary confidence rank (214) indicating a confidence level in an assessment that the UE is in a stationary state, a set of conditions (216) for one or more stationary modes (138). The UE implements a stationary mode of the one or more stationary modes or a non-stationary mode based on the selected set of conditions. Responsive to whether the stationary mode or the non-stationary mode is implemented at the UE, the UE selectively performs one or more RRM relaxation actions (218) to relax or reduce RRM actions at the UE.

A lightweight mobile living space device commonly called a caravan offers a dual aspect: one compact, with a limited volume for nomadic use, the other a generous, multifunctional space for stationary use. The invention relates to a device providing optimized living space in stationary mode, functionally substantially identical to that found in a caravan or motorhome, obtained by rotating a lid (9), hinged on the base trailer (1), composed of 4 walls (9, 11, 12, 13) thus constituting 3 sides of the living space and its roof; the device is completed by a pull-out floor (17) providing the sleeping area, incorporating a peripheral extension (19) and a set of walls (23, 24) completing the enclosure of the living space. When the lid and floor are folded away, the device takes the form of a compact, conventional trailer suitable for towing by low-powered vehicles such as a bicycle.Aside from its inherent use for itinerant leisure activities, this device, stripped of its interior fittings, can become a working tool for traveling artisans or merchants. See Figure 5 for the abbreviated version.

A user equipment (UE) in a cellular network can estimate a likelihood of a negative performance impact of modifying a duration of a paging cycle for the UE when operating in an idle mode. The UE then selectively modifies the paging cycle based on the estimated likelihood. In some cases, the UE determines the likelihood of the negative performance impact based upon a mobility mode of the UE, such as a stationary mode or a non-stationary mode. In some cases, the UE determines the likelihood of the negative performance impact based upon one or more deployment parameters such as a paging latency.

This invention discloses a control method for an electric rotary system based on a hydraulic system. The method involves controlling the electric rotary system using a hydraulic system by adding a pressure sensor to the rotary oil circuit connected to the pilot valve to monitor pressure changes in the rotary oil circuit. The operating mode of the electric rotary system is determined by the pressure changes in the left and right rotary oil circuits. This invention provides a control method for an electric rotary system based on a hydraulic system. It adds an electric rotary mechanism to the existing hydraulic system to form an electric rotary system, and controls the electric rotary system. The control method is designed based on the pressure changes in different rotary oil circuits of the pilot valve in the hydraulic system, providing switching conditions and control methods for three different modes: rotary mode, stationary mode, and fault mode. This ensures the safety of the electric rotary system and reduces the development cycle and workload.

A motor control system, vehicle, and method for generating motor heat while maintaining an offset motor torque during stationary vehicle operation is presented. A method of operating an AC motor includes a resident or remote vehicle controller receiving a mode request to operate the vehicle in a stationary mode and a temperature request including the AC motor to generate motor heat during the stationary mode of operation. The controller determines an offset motor torque to generate the motor heat while operating the vehicle in the stationary mode and maintain an output member of the AC motor at a selected position. Using a DQ transform model of the AC motor, the controller selects a plurality of dq current trajectories based on the offset motor torque, the dq current trajectories located in respective dq operating quadrants of the DQ transform model. The controller then commands a power inverter to deliver current to the AC motor based on the selected dq current trajectory.

The utility model discloses a kind of brooch quick adhesion fixture devices, relate to brooch manufacturing technical field, to solve the technical problem of current brooch adhesion efficiency, including acceleration adhesion box and the ventilation conveying mechanism of acceleration adhesion box inside setting, the acceleration adhesion box includes base plate and the cover box of base plate and is set, the ventilation conveying mechanism includes rotation shaft that is rotatably installed in the inner wall of cover box top, rotation shaft outside is rotatably installed with sleeve shaft by bearing, sleeve shaft is provided with mounting plate, the end of mounting plate is provided with mounting ring, the bottom end of mounting ring is provided with feeding rod in array, the bottom end of mounting ring is located between feeding rod and is provided with baffle.It is formed hot air current by the utility model, feeding rod air passage accelerates glue solidification, shorten solidification time, annular material movement cavity cooperate feeding rod and realize "feed-in-heat-discharge" continuous circulation, get rid of traditional stationary mode and save space, improve the advantage of adhesion efficiency.

A machine for preparing a beverage (3) from a flavouring ingredient (2) has a beverage processing unit (10,20) with: a holder (10) delimiting a mixing chamber (11) in which the flavouring ingredient is received, held and mixed with water (4) during beverage preparation; and a water inlet (22) configured to guide water (4) into the mixing chamber (11) where it is mixed with the flavouring ingredient (2) to form the beverage (3). The machine (1) has a thermal conditioner (30) that has a body (31) with: a guide (32) for guiding the water (4) towards the beverage processing unit (10,20); and a thermal device (33) that is able to be powered to thermally conditioning the guide (32). The machine (1) has a liquid driving arrangement (5) with: a driving mode to drive the water (4); and a stationary mode. The machine has a control unit (7) to control the thermal device (33) and the driving arrangement (5), the control unit (7) being selectively in: a first control mode in which the thermal device (33) is powered so that the water (4) located along the guide (32) is thermally conditioned; and a second control mode different to the first control mode. The control unit (7) has a selection arrangement for selecting one of a first beverage preparation mode using the first control mode and a second beverage preparation mode using the second control mode. In the second control mode the thermal device is unpowered or powered at a powering level that is significantly below a powering level of the thermal device (33) in the first control mode. Upon selection via the selection arrangement (71) of the second beverage preparation mode, the control unit (7) is configured to switch the driving arrangement (5) from the stationary to the driving mode and / or maintain the driving arrangement (5) in the driving mode.

This invention discloses a dual-motor cooperative control robot joint based on torque closed-loop control, comprising a joint housing, a first servo motor, a second servo motor, a first transmission gear, a second transmission gear, an intermediate transmission gear, a torque detection unit, a speed detection unit, and an embedded controller. This invention employs a master-slave axis cooperative control architecture with torque closed-loop feedback. Using the torque and speed of the intermediate transmission gear as control targets, it adjusts the outputs of the two motors in reverse. Simultaneously, an adaptive disturbance observer is introduced to achieve feedforward compensation for nonlinear disturbances, and an integrated fault-tolerant mechanism enhances system reliability. It achieves smooth switching between the intermediate transmission gear's loaded stationary mode and its specified speed rotation mode. This invention solves the problem that existing dual-motor cooperative control robot joints cannot simultaneously achieve stable stationary operation under load and high-precision rotation control, significantly improving the joint's anti-disturbance capability and reliability. It is applicable to various scenarios such as precision transmission, industrial robots, and collaborative robots.

This invention discloses an adaptive reporting method and terminal for vehicle-mounted BeiDou data based on multi-dimensional motion characteristics, belonging to the field of intelligent transportation and vehicle networking technology. The method includes the following steps: real-time acquisition of multi-dimensional motion data such as vehicle speed, position, angular velocity, and acceleration; classifying the vehicle into high-speed, economic, and stationary modes based on speed; in economic and stationary modes, initiating cumulative displacement monitoring, and reporting only when the cumulative displacement exceeds a threshold; in any mode, if the detected angular velocity exceeds the threshold (indicating a turn), a forced reporting is triggered; in stationary mode, the system is quickly woken up using a hardware interrupt of the accelerometer and a start-up reporting is triggered. This invention, through the collaborative decision-making of four-dimensional features of speed, displacement, angular velocity, and acceleration, minimizes invalid data reporting while ensuring complete recording of key points of the vehicle trajectory (turning, starting), achieving a balance between energy saving and trajectory accuracy.

A system for occluded area detection for an autonomous vehicle that comprises at least one sensor associated with a vehicle. The at least one sensor is configured to be selectively positioned in a retracted position or a deployed position, wherein in the retracted position, a field-of-view of the at least one sensor is blocked such that the at least one sensor is incapable of detecting an area proximate to the vehicle, and in the deployed position, the field-of-view of the at least one sensor is exposed such that the at least one sensor is capable of detecting the area proximate to the vehicle. A system processing device is in communication with the at least one sensor, and the processing device is configured to execute instructions stored in a processing device memory to determine if the vehicle is in a non-stationary mode or a stationary mode, and thereby determine if the at least one sensor should be moved to the deployed position.

Disclosed herein is a hybrid platform that may support a robot / manipulator arm and that may switch between a mobility mode for relocating the hybrid platform and a stationary mode for stably supporting the robot / manipulator arm. The hybrid platform includes a base frame and a wheel attached to the base frame via a movable link. The hybrid platform also includes an actuator attached to the movable link, wherein the actuator is configured to move in a first direction to reposition the movable link to set a first mode of operation of the hybrid platform (the mobility mode) and configured to move in a second direction to reposition the movable link to set a second mode of operation (the stationary mode). In the first mode of operation, the platform is supported movably on the wheel and in the second mode of operation, the platform rests stationary on the base frame.

A method includes performing, at a user equipment (UE), a one-shot detection during a first time period to detect whether a first set of stationary mode conditions are satisfied to transition from a first stationary mode to a second stationary mode. Responsive to the one-shot detection, the method further includes executing a sequential detection during a second time period after the first time period to confirm whether to switch to the second stationary mode.

The invention relates to the technical field of sports equipment machining, and discloses sports equipment machining and punching equipment. Comprising a longitudinal supporting plate arranged on the upper surface of a bottom supporting base plate, a driving motor fixedly installed on one side of the longitudinal supporting plate through a motor fixing base, a driving belt wheel arranged at the end of a rotor of the driving motor in a sleeving mode, a top cross beam arranged on one side of the top of the longitudinal supporting plate, a first shaft hole formed in the top cross beam and a drill rod. And the pressing type pressure applying mechanism structurally comprises a second limiting frame capable of being installed at the top of the plum blossom-shaped movable rod in a static mode and a pressing rod capable of pressing the plum blossom-shaped movable rod downwards. According to the drilling equipment for machining the sports equipment, the plum blossom movable rod capable of longitudinally moving is used for transmitting rotary motion and has a feeding linkage effect, so that the force required by the equipment during feeding can be reduced, and meanwhile, a timely resetting effect can be generated, so that the flexibility of the equipment during drilling is improved.

The utility model relates to the technical field of converter steelmaking experiment research devices, and particularly discloses a converter steelmaking experiment research device which comprises a first base, a second base and a third base which can be spliced, as well as a converter control cabinet, an experiment furnace body and a placement table which are respectively arranged on the first base, the second base and the third base, wheel grooves are formed in the bottoms of the first base, the second base and the third base respectively, and liftable driving wheel assemblies are arranged in the wheel grooves; the driving wheel assembly comprises a driving wheel installed in the wheel groove and an electric push rod connected with the driving wheel, and the electric push rod is embedded in the bottom of the wheel groove and used for driving the driving wheel to ascend and descend so as to switch a moving mode and a fixed mode; according to the experimental research device for converter steelmaking, the driving wheels can be stored in a lifting mode, the stability is enhanced through reasonable splicing of the rubber pads, the universal wheels are convenient to move and steer, operation is convenient and fast, the rubber pads are detachable, and the problems of an existing device are solved.

Systems and methods for securing a vehicle. A method of securing a vehicle having a powertrain configured to provide a vehicle propulsion force includes detecting, via an electronic controller, that a vehicle system is enabled by a vehicle key. The method also includes detecting that the vehicle is operating in a standard production mode, wherein a vehicle mode selector is enabled to switch the powertrain between vehicle propulsion and park modes. The method additionally includes detecting execution of a first predefined mode indicating a vehicle stationary mode via a vehicle mode selector. The method also includes activating a vehicle stationary mode in response to the detected enabling of the vehicle system, operation of the vehicle in the standard production mode, and execution of the first predefined mode via the vehicle mode selector. The vehicle stationary mode includes activation to prevent vehicle propulsion, and maintenance of a vehicle park mode regardless of operator opposite commands.