222results about How to "Simple loading process" patented technology

An injector for injecting a fluid from a syringe (which syringe includes a body, a plunger moveably positioned within the body, and an encoding device providing syringe information)r includes a housing, a motor disposed within the housing, a controller operably associated with the motor, a sensor operably associated with the controller and operable to read the encoded syringe information provided by the encoding device when the syringe is attached to the injector, a drive member disposed in the housing and powered by the motor, the drive member operable to automatically advance and engage the plunger when the sensor reads the syringe information provided by the encoding device, and a plunger engagement detection device operably associated with the controller and operable to indicate when the drive member of the injector has engaged the plunger of the syringe.

Method and structure for a simplified coding of templated display pages for use in close circuit e-shopping for product and services via shopping terminals comprising video interphone monitors, dedicated terminals, television, cable television, shopping box, set top box and other well known boxes, each include a CPU, a memory and a display monitor operated via touch screen, remote control or hand movement, the templated screen uses assigned blocks and icons codes to select display pages, covering products and services. The shopping terminal connected via internal communication lines and interface propagates the simplified code, enabling loading and updating of products and services communicated via a building server for updating at all time data stored in the memory as per the dweller choice, enabling a dweller to shop from his private shop inside his residence, and be provided with programmed services, delivery and payments, supervised by the close circuit shopping entity center.

A medication container comprises a body portion and a grid coupled to the body portion. The grid and the tray each comprise a corresponding number of wells configured to contain medication. The tray is configured to be inserted into and removed from the body portion, above the grid. The tray may be configured to be connected to and disconnected from the grid, when the tray is inserted into the body portion. The wells of the grid may be configured to be manually loaded with medication by a user and the wells of the tray may be configured to be received by the user loaded with medication in accordance with a medication regimen. The first wells may be integral with the grid and the second wells may be integral with the tray.

A network bridge (14) has an associated malware scanner (16) that serves to concatenate portions of a data file from within data packets intercepted by the network bridge (14) and then scan the data file concerned before the data file is forwarded to its intended recipient by the network bridge (14). The network bridge (14) may be inserted in a network topology without requiring significant network configuration changes. The network bridge (14) may include a packet analysis unit (56) that serves to intercept only data packets having a predetermined network layer protocol or a predetermined application layer protocol.

For closing bottles with sterile caps, the caps are placed in a non-sterile environment in a vertical arrangement and are supplied vertically to a first sterile area. The interior of the caps is arranged to be accessible horizontally. The caps are sterilized in the first sterile area and transferred to a second sterile area where the caps are placed onto bottles. Subsequently, the bottle is closed with the cap. The machine for sterile closing of bottles with caps has a sterilization device with an individualization device for picking up caps and a vertical transport path feeding the caps to the sterilization chamber. A placing device receives the caps from the sterilization device and places the caps onto bottles. A closing device closes the bottles with the cap placed thereon. The sterilization device, the placing device, and the closing device operate as synchronized modules of a linear machine.

An apparatus for opening and/or closing a door (12) of a domestic appliance, such as, for example, an oven, a refrigerator and the like, has a drive apparatus (14) for the automatic opening and/or closing of the door (12) and an actuating device (18-22) which is operable by a user for activating the drive apparatus (14) in order to open or to close the door (12).

A motor vehicle has an electric drive and at least one electrical energy storage module connected therewith. A guide extends longitudinally along the motor vehicle, and supports the storage module therein in a longitudinally displaceable manner relative to the motor vehicle.

The invention discloses a six-dimensional sensor calibration device which comprises a machine frame, a load mechanism, a positioning mechanism and an electrical control system. The electrical control system comprises a human-computer interface, an industrial personal computer, a multi-axis controller, a servo controller A, a servo controller B, a servo controller C, a servo controller D and a servo controller E, wherein the human-computer interface and the industrial personal computer serve as an upper computer used for monitoring displacement, angle and force signals. A closed loop force feedback control system is adopted, accurate and automatic loading of calibration force is achieved, and a six-dimensional sensor can be continuously loaded. A grating ruler is installed on a high-precision cross sliding table mechanism to form full closed-loop displacement control, the displacement in the X (Y) direction is precisely positioned, and turning and rotating angles of the six-dimensional sensor can be precisely positioned through a circular grating, and therefore the precise positioning of straight line displacement and a rotating angle of the six-dimensional sensor is achieved. According to the six-dimensional sensor calibration device, loading of any six-dimensional force/ torque within a measuring range can be achieved, the loading process is simple and operation is convenient.

The invention discloses a method of implementing configuration and management of data of a home gateway based on an XML (Extensible Markup Language). The method comprises the following steps of: respectively defining two data structures of TR-object and TR-param in an internal storage; loading and traversing an XML configuration file of the home gateway, configuring objects and parameters in the XML configuration file and the respective attribute information into the data structures of TR-object and TR-param in the internal storage, and constructing an internal storage node parameter tree; writing the configuration data in the internal storage node parameter tree into an FLASH of the home gateway and storing to form a new XML configuration file; and after restarting the home gateway, rereading the new XML configuration file in the FLASH and carrying out configuration and management. According to the method, an XML file used for unified storage of the data of the home gateway is designed by utilizing an XML rule, and when the parameter information changes, the configuration information is stored in the FLASH immediately, so that a configuration data loading process is simplified, the configuration data reading and writing efficiency is improved and the occupancy of the internal storage of a program is reduced.

A method for calculating an earth pressure load on a tunnel includes the following steps: (1) taking interaction between external soil and a tunnel structure in an actual operation condition as an earth pressure load acting on the tunnel structure; (2) establishing a physical model for the tunnel structure; (3) designing, on the basis of the physical model for the tunnel structure, a plurality of structural loads in different operation conditions to obtain a plurality of different structural deformations; and (4) drawing an inference according Betti's theorem, and establishing a physical model for an original structure, such that a load on the original structure, namely an earth pressure load on the tunnel, can be directly calculated according to a load-deformation relationship of the physical model and deformation of the original structure. The above method can determine distribution and size of an actual earth pressure load on a tunnel.

The invention discloses an experimental method for measuring maximum dry density of a road base material, which comprises the following steps: filling a mixture into a test die, fixing the test die on a vibration gauge, and vibrating and compacting the test die for 100 to 120 seconds; calculating the dry density of the sample, repeating the experiment for five times to obtain five groups of blended water contents and dry densities of the sample, and drawing a relation curve of the water contents and the dry densities, wherein the horizontal coordinate is the blended water content, the longitudinal coordinate is the dry density, the dry density corresponding to a peak value of the curve is the maximum dry density and the corresponding water content is the optimal water content; and parameters of the vibration gauge are configured as follows: 30+/-2Hz of vibration frequency, 7.6+/-0.2kN of exciting force, 1.4+/-0.2mm of nominal amplitude, 3.0+/-0.4kN of working weight, 1.2+/-0.2kN of loading system, and 1.8+/-0.2kN of unloading system. The method has the advantages of simple and convenient operation, reliable result and good repeatability.

A simple and compact loader having a sufficient strength with brackets fixed on a working vehicle. Lift arms are pivoted at one ends thereof to respective brackets so as to be vertically swung by respective lift arm cylinders. Attachments are vertically swingably supported on respective tip portions of the lift arms. Bucket links are connected to the respective attachments so as to transmit the telescopic action of bucket cylinders. Each of the bucket links is offset laterally from each of the lift arms. The middle portion of each of the lift arms is disposed above a straight line connecting both ends of the lift arm to each other, so as to ensure a space for arranging a steerable wheel under the lift arm.

Prosthesis loading and deploying systems include a capturing device with a proximal stent-engaging member and an elongate pulling member extending distally from the stent-engaging member. With a prosthesis or stent in a relaxed or enlarged-radius state, the pulling member is guided distally through a delivery catheter, pulling the stent-engaging member and prosthesis into the catheter lumen to progressively radially compress the prosthesis to a reduced-radius state. Simultaneously the distal end region of an elongate control device is maintained within a proximal region of the prosthesis, so that the prosthesis is compressed about the control device distal end region as these components enter the catheter. When the prosthesis is compressed about the control device, it tends to follow axial movement of the control device, thus to afford reliable positional control of the prosthesis inside the catheter by manipulating the control device.

Microfluidic arrangement which comprises A) a number of microfluidic devices, and B) an instrument which comprises a spinner motor and a rotary member arranged such that liquid flow can be driven centrifugal force in each of the devices by spinning the. Each of the microfluidic devices comprises microchannel structures in a common planar layer I. The characteristic feature is that layer I of each device can be oriented radially and at an angle ≠0° relative to the plane of the rotary member, with preference for 90°. The rotary member has seats for holding the devices. A microfluidic device comprising i) two essentially planar and parallel opposite sides, and edge sides, ii) a set of one, two, three or more essentially equal microchannel structures, each of which comprises a first inlet arrangement comprising an inlet port IP I₁. The characteristic feature is that a) each of the inlet ports is present in an edge side, and b) the wettability of the inner walls of said first inlet arrangement permits penetration by capillarity of at least a predetermined first volume of an aqueous liquid.

An arrangement for transporting bottles and/or a plurality of handling units combined to form multipacks made up of a plurality of bottles. The arrangement comprises a tray of rectangular shape having a top side and an underside. The top side and underside of the tray position such multipacks and allow trays to be stacked one upon the other and also allow the insertion of individual bottles. The top side of the tray has first supporting contours, which the foot region of a plurality of multipacks arranged one beside the other accommodate second supporting contours and accommodate the head region of a plurality of individual bottles inserted one beside the other. The underside of the tray has third supporting contours, support the head region of the multipacks and fourth supporting contours, accommodate the foot region of a plurality of individual bottles inserted one beside the other.

A luggage compartment for aircraft comprises a tilting floor, a flap and a suspension device. The tilting floor is designed for holding carry-on baggage and the like, and may be locked in an initial position and may be tilted to another position for easier loading or unloading. The loading edge height may be substantially lower than the initial height of the closed luggage compartment. For example, an interlocking mechanism may couple the opening and closing of a flap and the tilting of the floor from an initial position to the tilted position, such as a three-position handle that prevents release of the tilting floor until the flap is unlatched.

Apparatus for synchronizing time-of-day events across a plurality of neighboring processing nodes organized in a distributed parallel processing system with each processing node including a time-of-day (TOD) incrementor. The TOD incrementor of each processing node is coupled to a local oscillator in the processing node running at a preselected frequency to increment locally the TOD incrementor. A controller determines one of the processing nodes as the master processing node by transmitting an initialization packet to the selected processing node, and transmits a set TOD service packet to the selected master processing node. The master processing node includes a broadcast generator that broadcasts TOD update packets to neighboring processing nodes. A register in the master processing node counts a multiple of the preselected frequency. The broadcast generator in the master processing node includes a broadcast transmitter responsive to the register, to broadcast TOD update packets, based on the TOD incrementor of the master processing node, via transmission paths to neighboring processing nodes. A receiver in each neighboring processing node updates its TOD incrementor responsive to a broadcast update packet received from the master processing node.