190results about How to "Overcome inconvenience" patented technology

A novel tracking system is disclosed. In one embodiment, users obtain access to tracking information by entering a destination address in a query. In another embodiment, package shippers are given a “shipper password” and a “recipient password.” In this embodiment, the shipper may query the system with the shipper password to track all packages it has sent, and the recipient may query the system with the recipient password (and, optionally, one or more portions of the recipient's address information) to track all packages that the shipper has sent to that address. Different amounts of detail may be shown to shippers and recipients. In another embodiment, a service bureau may accept packages from shippers, collect information about the packages, process queries by shippers and recipients, and track packages that it handles using a separate “service bureau password.”

A meander line phased array antenna element is disclosed. The phased array antenna element has a dielectric plate, a transceiver medium component formed on the dielectric plate by a printed-circuit method and a microstrip line having a strip line for electrical connection with the transceiver medium component and a ground formed on the back of the dielectric plate. Since the phased array antenna element is planar, it can be mounted on any surface, such that the quality of the transmitted and / or received signal is able to be enhanced without any influence on the size of the product using this technique.

A power supply apparatus has a battery apparatus that is composed of a battery, a temperature sensor that is thermally coupled to the battery and whose electrical resistance changes with the temperature of the battery to which it is thermally coupled, a temperature detection circuit that detects the temperature of the battery by detecting the electrical resistance of the temperature sensor, and a power supply circuit that feeds electrical power to the temperature detection circuit. The temperature sensor is connected via an overcurrent protection circuit to the power supply circuit.

A passive keyless entry device includes a fixed unit and a portable unit. A signal receiving section of the portable unit includes three antennas for receiving a signal which is wirelessly transmitted from the fixed unit with respect to three directions which are at right angles to one another; three amplifiers; three detectors; a selector circuit for selecting one detection output by which a wake-up signal can be detected and in which the received signal valve of the antenna is comparatively high from among the detection outputs which are output from the detectors; a level comparator; first and second switches; and a counter.

An optic fiber surgical instrument is removably connectable to a surgical light source. The instrument is provided with an optic fiber connector and a separate auxiliary or electric identification connector. The optic fiber connector is removably connectable to a laser light output of a laser light source to convey the laser light through the optic fiber of the instrument, whereby manipulation of the instrument by a user can direct the laser light to a surgical site. The auxiliary connector is connectable to a ground connection of the surgical light source to establish an electric circuit through the instrument and the surgical light source, whereby an electrical identification device on the instrument identifies the instrument for the surgical light source.

A CC data detecting / inserting unit 11 detects the presence or absence of the CC data superimposed on an input video signal, and a control unit 14 decides the contents of the operation command by a remote control signal. Where the start of recording or release of pause of the recording is instructed, a CC data insertion controlling unit 12 produces a control signal so that a control code indicative of “clear” is read out from a CC data storage memory 13. The CC data detecting / inserting unit 11 inserts this control code data as the CC data. Thus, the CC data with the control code data indicative of “clear” inserted at a discontinuous point as well as the video signal is recorded. This overcomes the inconvenience of display of the information of coupled discontinuous characters.

A power supply apparatus has a battery apparatus that is composed of a battery, a temperature sensor that is thermally coupled to the battery and whose electrical resistance changes with the temperature of the battery to which it is thermally coupled, a temperature detection circuit that detects the temperature of the battery by detecting the electrical resistance of the temperature sensor, and a power supply circuit that feeds electrical power to the temperature detection circuit. The temperature sensor is connected via an overcurrent protection circuit to the power supply circuit.

A thermometer integrated with an image display includes an infrared radiation sensor and a visible light sensor. The infrared radiation sensor detects the infrared radiation signals that correspond to the human-body temperature, and the visible light sensor captures visible light signals that correspond to a visible figure in a measured portion simultaneously. Accordingly, a user could correctly determine whether the measurement is properly performed by viewing a displayed visible figure.

A marking line detection system includes an imaging device and an ECU. An information extraction unit of the ECU is configured to extract depth distance information from the imaging device to an imaging object based on image information in an imaging area captured by the imaging device. A road surface area identification unit of the ECU is configured to identify a distant road surface area based on the depth distance information, the distant road surface area being a road surface area that excludes an immediately-preceding road surface area of the vehicle in the image information and is more distant from the vehicle than the immediately-preceding road surface area. A marking line detection unit of the ECU is configured to detect a marking line in the distant road surface area based on image information corresponding to a position of the distant road surface area.

The invention discloses a potted plant substrate bag and belongs to the technical field of plant container culture and substrate culture. In order to solve various troubles and the pollution problem occurring during potting, pot change, soil utilization, watering and management of household potted plants at present, the invention provides a household material which is clean, easy, fast and happy for performing the container culture. The technical scheme disclosed by the invention is that the potted plant substrate bag is manufactured by wrapping a potted plant substrate with permeable and breathable cloth, and is characterized in that the substrate is completely wrapped by the cloth; the substrate bag is put in a potted plant container to perform the container culture; the substrate bag is soft and is deformable; the planting side of the substrate bag can be molded, and even can be made into a three-dimensional modeling and a cartoon modeling. Three-dimensional culture can be performed on the three-dimensional modeling; and a waterproof film also can cover on the planting side of the substrate bag. The potted plant substrate bag has functions of various functional mulching films. The invention also provides a culture and application method for the potted plant substrate bag.

A charging apparatus suppresses rise in temperature of an internal chip of a charging element. The output signal obtained from a current detecting portion for detecting charging current to a capacitor and from a voltage detecting portion for detecting a difference between a voltage (VC) of capacitor and a voltage corresponding to DC power supply is integrated by integrator. The charging is carried out by controlling power of a charging element to a predetermined value using an output signal of the integrator and at a time near the completion of the charging, the charging element is controlled by constant-voltage-control-circuit so as to charge the capacitor up to a predetermined voltage. Consequently, the maximum temperature inside the charging element is reduced, thereby providing a charging apparatus with high reliability.

The invention relates to a rotary multi-phase electrical motor wherein stator teeth corresponding to one same phase are grouped on a distinct and magnetically isolated stator section. The number of teeth per stator section is an odd number of a value of at least three and the difference between the total number of stator teeth and the number of rotor permanent magnet poles is one. The teeth are preferably equidistantly distributed along the stator. The invention also relates to a wheel motor using the rotary multi-phase electrical motor described above.

The invention discloses a large-scale antenna field directional diagram measuring system and method for multi-rotor unmanned aerial vehicles. The system includes a multi-rotor unmanned aerial vehiclesubsystem, a signal source link subsystem, a receiving link subsystem and a data processing subsystem. A multi-rotor unmanned aerial vehicle is used to fly at near and far field areas of a to-be-measured antenna according to a set cruise mission; through remote real-time control on a signal source link module, an electromagnetic wave signal in the air can be swept and received in real time; and through the screening, error compensation and data fitting on a received level signal, final directional diagram information can be generated, and the maximum radiation direction, 3dB lobe width, sidelobe level, front-to-back ratios and corresponding position information can be given. On-the-spot directional diagram performance measuring of large-scale antennas under service status can be realized,so that accurate measured data can be provided for fault diagnosis; the system is convenient in operation, high in degree of automation and simple in dismounting; and single sortie flight can accomplish the testing of multifrequency directional diagrams.

A customized public transit network optimization method based on intelligent search comprises the following steps: using network terminals to obtain passenger travel demand data, and building a passenger demand database; building an evaluate index mathematics model satisfying customization public transit and constrained conditions; using N stations ranking in the front in terms of passenger travel population as basis, and building the start point of a backup route set of the customization public transit and initialization routes of N backup route sets; using the initialization routes of N backup route sets as the basis, combing with public transit GIS and station passenger demands, and building a backup route set; using a passenger nonstop rate as a fitness function on the basis of the backup route set, and using a heredity algorithm to search the customized public transit network satisfying the customization public transit evaluate index mathematics model. The method can optimize the passenger nonstop rate so as to build the customized public transit network, thus alleviating partial transport problems, and providing conveniences for passengers to travel.

The present aspect relates to a convenient disposal machine for human excrement. The disposal machine for human excrement includes: a excretion pool, a sewage bucket and a controller. The bottom of the excretion pool is connected with a blow-off pipe, and the other end of the blow-off pipe is connected with the opening of the sewage bucket, the top of the sewage bucket is connected with the air inlet of the compressor via a fitting pipe, and the air outlet of the compressor is connected with an air cleaner.

The present invention relates to a micro generator system which uses temperature difference (about 5˜10° C.) between skin and outside environment to allow an engine to drive microfluid flow as well as pass nanomagnetic particles within microfluid through coli to produce an inducing electricity.

The invention relates to an integrated coated branched vascular stent and a conveying system thereof. A main body and branches of the stent are of an integrated design, and the main body and branches of the stent each is coated with an integrated coating material, so that the incidence rate of internal leakage caused after the stent is implanted can be reduced; the front end of the main body of the stent is a bare stent portion, so that anchoring can be strengthened; the stent edge of the stent main body of the stent and connections between the main body stent and branch stents are provided with platinum-iridium alloy developing points, so that the position of the stent can be dynamically monitored during the release of the stent, and the aim of accurately locating and releasing the stent is achieved. The stent is fixed and released by adopting a binding design, so that the stent can be in a compressive state and firmly fixed to the maximum, the diameter of a conveyor is reduced, and distant-range conveying and operating are facilitated; the conveying system adopts a staged release manner, so that the problem that the existing stents are prone to displacement during release and cannot be readjusted is solved, and the conveying system has a very good market application prospect.

The invention relates to a wettable powder of bacillus methylotrophicus. The wettable powder is composed of raw powder of bacillus methylotrophicus that is prepared with a specific method, light calcium carbonate, sodium dodecyl benzene sulfonate, potassium dihydrogen phosphate, dipotassium hydrogen phosphate and 2-3 parts by weight of a dispersant methylene dimethyl naphthalene sodium sulfonate. Furthermore, the invention relates to a use of the wettable powder in controlling citrus diseases, in particular citrus canker.

The invention relates to the unmanned aerial vehicle technology field and provides an unmanned aerial vehicle fault detection method, an apparatus and a system thereof. The method comprises the following steps that an unmanned aerial vehicle MCU sends self-check signals to each module; according to a detection result of each module, the unmanned aerial vehicle confirms a module with a problem existing in a current machine body; according to existing problem information, one or more rings stored in the machine is searched; and the unmanned aerial vehicle MCU triggers a buzzer to emit the ring matching with a current confirmed problem. In an embodiment of the invention, a self-check system designed in the unmanned aerial vehicle is used; through corresponding relations of the different problems and the different rings, the problem acquired through a self-check mode is reported by using a mode of playing the ring; further, a microphone of an intelligent terminal is used to realize collection of the rings played by the unmanned aerial vehicle; and a problem solution scheme based on the rings which is stored in the unmanned aerial vehicle or is acquired through using a remote server analysis is finally presented to the user through an intelligent terminal.

The invention discloses an automobile semi-physical simulation experimental system combining a controller area network (CAN) bus and an electronic control unit, and belongs to the technical field of automobile design and development. The automobile semi-physical simulation system mainly comprises two parts: an entity part and a virtual simulation part, wherein the entity part is connected with the CAN bus through all systems including wheels, a frame, a power system and sensors of all control systems on an automobile chassis; the CAN bus is connected with the virtual simulation part through the electronic control unit; the virtual simulation part comprises a road view and a mathematical model; physical hardware is embedded into the simulation system; a software and hardware technique and an electronic technique are combined together; a computer is used for establishing a virtual model for reflecting an objective law; the virtual model is used for performing experiments; and certain acquired key signals are sent out by real hardware. The automobile semi-physical simulation system saves the cost compared with pure hardware, and has higher reliability compared with pure software.

The invention discloses a branch-line voltage regulation device with a controller taking voltage as a criterion and a combination switch. The branch-line voltage regulation device comprises a core controller and the combination switch and is characterized in that the core controller carrying out analysis and calculation according to acquired three-phase alternating current voltage and parameters,and simultaneously sends out a control command to a fling-cut switch control module according to an analysis and calculation result to enable the corresponding combination switch to act to regulate the operation of a corresponding capacitor; when a reactive power supply outputs reactive power larger than a reactive load and losses in a network, the core controller controls to alleviate the operation of the capacitor; when the reactive power supply outputs the reactive power smaller than the reactive load and the losses in the network, the core controller controls to enhance the operation of the capacitor; and when the reactive power output by the reactive power supply is balanced with or basically balanced with the reactive load and the losses in the network, the core controller controls the capacitor to maintain the current state without changing. The invention realizes the automatic tracking of the change of input voltage and reasonable regulation on each branch-line voltage.

The present invention relates to an automatic cap-decap mechanism for reagent bottles of an immunoanalyzer apparatus, comprising a decap mechanism (100) and a cap mechanism (200) in reagent station (1) of the immunoanalyzer apparatus; the decap mechanism (100) and the cap mechanism (200) are both configured for operating on a cap of a reagent bottle (2). The cap comprises a hinge-shaped plate cap (5), a snap joint (4) and a decap spring (6); one side of the hinge-shaped plate cap (5) is hinged on the reagent bottle mouth, and the other side of the hinge-shaped plate cap (5) comprises the snap joint (4); the snap joint (4) is configured for tightly clamping the hinge-shaped plate cap (5) on the reagent bottle mouth; one end of the decap spring (6) is mounted on a holding structure of the reagent bottle, and the other end of the decap spring (6) connects to a hinge pin of the hinge-shaped plate cap (5), so that when the snap joint (4) is not snapped in close position, the decap spring (6) is configured to move the hinge-shaped plate cap (5) so as to expose the bottle mouth in decap condition.The decap mechanism (100) comprises: a first roller seat (104) located at the upper part of the reagent bottle (2), and a rotating rod (108) horizontally inserted into the roller bearings provided on the first roller seat (104), a first motor (103) for timely driving the rotating rod (108), and at least one first ejection rod (109) driven by the rotating rod (108) to move upward and downward; the first ejection rod (109) is configured for snapping the snap joint (4) in open position, so as to decap the reagent bottle (2).The cap mechanism (200) comprises: a rocker (210) rotatably installed on the roller bearings of a rocker holder (209), and a knockout plate (204) connected on one end of the rocker (210); the knockout plate (204) comprises an electric magnet (203); the cap mechanism (200) further comprises at least one roller baffle (211) connected on the other end of the rocker (210), the roller baffle (211) comprising a roller (11) at the bottom, the knockout plate (204) being configured for acting on the rocker (210) under the action of a spring when the electric magnet (203) is not powered, so as to maintain the roller (11) of the roller baffle (211) on the hinge-shaped plate cap (5); the roller (11) is configured for snapping the snap joint (4) in close position, so as to cap the reagent bottle (2).The present invention also relates to an immunoanalyzer apparatus and a regent bottle (2).

Waste plastics are mixed with heavy crude and vacuum residues at temperature within the range from 180-220° C. and the resulting mixture are hydroprocessed to produce lighter products. The hydrodemetallization, asphaltene conversion and hydrocracking activities of the resulting mixture have been tested in an autoclave batch reactor. This process provides a very cheap material and method to upgrade problematic feeds to produce transportation fuels.

A supply-demand pairing system and its method are disclosed. The supply-demand pairing system comprises a demand side device, a supply side device and a server. The demand side device is used to locate, and used to provide a demander to input demand information to send a demand message to the server. The supply side device is used to locate, and used to provide a suppliers to input supply information to send a supply message to the server. The server is used to compare the demand message and the supply message to execute a supply-demand pairing, and used to send the demand message and the supply message to the supply side device and the demand side device respectively for making the demand side device can communicate with the supply side device.

The invention discloses a method of correcting a printer spectrum characterization model. The method can substantially improve the situation that precision of a spectrum characterized model is reduced due to changes of printing environment, such as ink, paper, temperature, air humidity, etc, and the method is applicable to a plurality of printer spectrum characterized model. The method comprises selecting 20 to 50 correcting samples (reflectivity of ink formula to spectrum) which basically cover colour gamut of the printer, printing and measuring under a new printing environment, after comparative analysis, obtaining corresponding correction factors of forward wavelength and reverse wavelength to correct an input or output parameter of the original spectrum characterized model, and finally realizing a precise prediction of the original forward and reverse spectrum characterized model under the new printing environment. The method avoids cost and inconvenience brought by remodeling, meanwhile overcomes the problem that the precision of the model is substantially reduced due to changes of printing environment. Besides, the method is easy to implement.

Plastic, paper, aluminum foil, or aluminum foil laminated with plastic bags are dispensed, one at a time, from a bag dispenser. In a first embodiment, bags are provided in rolls, connected top-to-top and bottom-to-bottom. Each bag is tapered towards its bottom such that its top-to-top connection with the next bag is wider than the bottom-to-bottom connection. Each bottom-to-bottom connection has sealed seams, which ensure that the bags are closed at their bottoms, and a row of closely spaced perforations on a connecting portion between two seams, which allow adjacent bags to be separated by pulling and tearing along the row of perforations. In an alternate embodiment of this invention, a plurality of tapered bags is nested with one bag inside the next adjacent bag. The bags are tapered at both sides such that their bottoms are narrower than their tops. At their tops, they are attached to strips of materials that are in turn attached to each other by conventional means such as staples. Rows of closely spaced perforations ensure that each bag is open when a bag is separated from the strips by pulling and tearing along the row of perforations. In a third embodiment the bags are nested and attached to a perforated central tab that passes through the bottom seam of each bag. The nested arrays of bags may be placed in a funnel-like dispenser that holds the nested bags in an upright position.