14 results about "Receiving facility" patented technology

A system for automated check-in and routing of trucks at a shipping facility includes a queue camera capturing images of the facility entry area and a lane camera capturing images of vehicles within the entry area. A computing device receives a first video stream from the queue camera and detects a truck approaching a gate. Upon detecting the truck near the gate, the computing device receives a second video stream from the lane camera, detects an identifier for the truck, and matches the identifier to an order number. When the identifier is matched to the order number, the system transmits a destination to the truck driver, facilitating efficient check-in and routing within the shipping facility.

A wearable device for emergency event evacuation and rescue is described herein. The wearable device can include a memory, and a processor configured to execute instructions stored in the memory to receive, while the wearable device is being worn by an occupant of a facility, a notification of an emergency event occurring in the facility, and transmit, responsive to receiving the notification of the emergency event occurring in the facility, a current location of the occupant in the facility and current health data of the occupant of the facility.

The utility model relates to the technical field of ship shore power systems, and especially relates to a shore power electrical adjusting box. Based on the existing ship shore power debugging requirements, the utility model provides a brand new debugging tool, makes up the blank of testing tools for the ship shore power system power receiving facilities, and achieves the purposes of simplifying debugging tasks, standardizing debugging work and maintaining personal safety on the premise of ensuring the debugging requirements of the ship shore power system power receiving facilities; according to the utility model, the dissipation resistor is creatively added to the circuit structure, so as to weaken the adverse effect generated by the distributed capacitance. In the analysis process, according to different cable types, parameters (resistance, power and the like) of the dissipation resistor are further designed and determined through calculation and simulation methods so as to cope with special application scenes such as cable material replacement and extra-long cables, and the universal applicability of the design is improved.

A pumping system for moving a liquid, or a mixture of a liquid and one or more objects, from a collector device submerged in a body of water, to a receiving facility includes a first delivery line, a second delivery line and a pump unit. The pump unit is submerged in the body of water at a first depth below the water surface and arranged between the collector and the receiving facility. The first delivery line is fluidly connected between the collector device and a pump unit inlet. The second delivery line is fluidly connected between a pump unit outlet and the receiving facility. The collector device is arranged at a second depth and the first depth and the second depth are controllable independently of each other.

This invention relates to the field of facility control technology, and particularly to an event-triggered linkage control method and system for cargo receiving facilities. The method includes: acquiring cargo flow task information; constructing a preset area range, identifying transport vehicles entering the area range, and determining the attribute information of the corresponding cargo; based on the transport vehicle and cargo attributes, constructing a data unit set and a resource scheduling structure corresponding to the flow facilities, determining the availability of each flow facility and sorting them; and triggering an event response when the transport vehicle meets preset triggering conditions. This invention utilizes an access control system to detect vehicles, triggering the start of loading and unloading operations, significantly shortening preparation time and improving cargo flow efficiency. By generating flow routes, it can utilize flow facilities to transfer cargo to designated locations, greatly shortening the entire loading and unloading process and saving significant manpower.

To achieve appropriate communication via a power line.SOLUTION: The information transmission system includes a plurality of disturbance-incorporation control devices that are provided in a plurality of power generating facilities 122 connected to a power distribution line 120 of a power distribution system PS through the power distribution line 120 and incorporate different disturbances DT into physical quantities at connection points of the power generating facilities 122 to the power distribution line 120, and a disturbance analysis device that is provided in a power receiving facility 126 connected to the power distribution line 120, acquires a system state ST of the power distribution system PS by detecting the disturbance DT, and changes a state of the power receiving facility 126 on the basis of the acquired system state ST.SELECTED DRAWING: Figure 1

The present intellectual property right relates to a means of transport and a method for manufacturing a means of transport (1), in particular a drone. The method for manufacturing a means of transport (1) is characterized by the following process steps: Formation of a deep-drawable substrate (11a) with a conductor structure that is at least partially flexible, Deep drawing of the substrate together with the conductor structure into a shaped body (11b), wherein the deep drawing in the shaped body forms receiving devices (13, 15) for one or more motors and / or one or more energy storage elements and / or electronic components (16, 17), Insertion of one or more motors and / or one or more energy storage elements and / or electronic components into the receiving facilities of the molded body formed by deep drawing, as well as Contacting the motor(s) and / or energy storage elements and / or electronic components with elements of the conductor structure.

The invention relates to a method for aligning and / or synchronizing counter values of at least two devices, wherein a receive facility of a first device at receive times forwards reference counter values of at least a second device, in particular of a reference counter of the second device, to a counter-value alignment unit of the first device, wherein a counter facility of the first device transfers a receive counter value to the counter-value alignment unit at each of the receive times, wherein, for the purpose of aligning the counter values, the counter-value alignment unit assigns the, or at least one, reference counter value to the receive counter value at each of the receive times, and relates to a device and to an arrangement.

Methods, computing devices, and computer-readable storage media are provided. A computing device receives an image of a respective area of a facility, detects signage within the image, and maps the detected signage to the respective area represented in a map to produce a map of signs that is stored in a spatial data structure. Natural language processing with references to well-known symbols semantically understands information included on the signage, which is then stored. When one or more anomalies are determined to exist in the signage, information regarding the one or more anomalies is presented. An impact area of the signage is determined, if any. The received image is compared with a previously received image of the respective area to determine a difference. The computing device presents an indication of the difference.

Abstract Wheel detector, method for operating a wheel detector and components thereof The invention relates inter alia to a wheel detector for a railway track installation for detecting wheels of passing rail vehicles. In accordance with the invention, it is provided with regard to the wheel detector that a transmitting facility(10) of the wheel detector, which is designed to generate an electromagnetic alternating field, can be adjusted with regard to its active transmission frequency (f) by means of a control signal (ST) and renders it possible to select the active transmission frequency from at least two different transmission frequencies, and an evaluating facility (30) of the wheel detector is configured in such a way that it adjusts the transmission frequency (f) by means of the control signal (ST) if a receive signal (Se) of a receiving facility (20) of the wheel detector fulfills a specified switching criterion. Figure of the abstract: Fig. 11 Abstract 20 25 27 97 34 11 D ec 2 02 5 1 1 D e c 2 0 2 5 A b s t r a c t 2 0 2 5 2 7 9 7 3 4 S T 12 11 FI G 1 1 6 / 7 S T1 -S Tn L S T1 C 1 S T2 C 2 S T3 C 3 S Tn C n 10 0 FIG 11 100 ST1 ST2 ST3 STn ST ST1-STn L 12 C1 C2 C3 Cn 11 20 25 27 97 34 11 D ec 2 02 5 2 0 2 5 2 7 9 7 3 4 1 1 D e c 2 0 2 5 L

A method for operating a watch winder with a receiving device for at least one automatic watch, the method comprising the following steps: a. Performing an initial movement of the recording device over a predetermined period of time or performing an initial predetermined number of revolutions of the recording device, b. Putting the receiving facility into standstill and remaining in standstill for 30 to 150 days following step a., c. Performing a second movement of the recording device over a predetermined period of time or performing a second predetermined number of rotations of the recording device.

The invention belongs to the technical field of Internet of Things platforms and remote control, and particularly relates to an Internet of Things facility remote control method and system, and the method comprises the steps: receiving a facility registration request sent by a facility, and creating or updating an authentication item corresponding to a unique identifier of the facility through calling a message proxy server management interface, configuring a theme-level access control rule, so that the access theme authority of the facility is limited in a theme range corresponding to the unique identifier of the facility, and completing the connection of the facility; receiving a remote control request, generating an instruction message identifier, writing an instruction audit log, and issuing a control instruction message containing the instruction message identifier to the message proxy server; and when a confirmation message of the message proxy server is received, analyzing and determining the associated field in the confirmation message, and updating the instruction audit log according to the associated field. According to the method, the theme-level access control rule is issued according to the unique identification granularity of the facility, so that dynamic authorization and minimum permission boundary convergence are realized.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for a computing platform that supports bioprocess design, execution, analysis, and technology transfer. One of the methods includes receiving, by a bioinformatics platform from a production facility, a facilities specification that represents properties and capabilities of each item of equipment of a plurality of items of equipment at the production facility. A selection of a recipe to be transferred to the production facility as a production plan is received. A matching process is performed between unit operations of the selected recipe and equipment represented by the facilities specification to convert each equipment-agnostic unit operation of the recipe into an equipment-specific production task to be performed by a particular item of equipment in the production facility. A production plan is generated having a plurality of equipment-specific production tasks for the production facility.

The present disclosure provides a navigation system comprising a first computing device with a user interface for providing navigation within a facility. The system includes a GPS device and a second computing device operably connected to the first computing device. A processor receives geospatial data from the GPS device and directs a user to the facility via a first geographic information system (GIS) based on the facility's geolocation. The system receives facility navigation instructions when the user is within a threshold distance of the facility, opens a second GIS, and directs the user to an entry location and final location using the second GIS and facility navigation instructions. The system can also receive and transmit emergency user data, receive emergency facility navigation instructions, and direct the user to a new final location based on emergency conditions.