105results about How to "Convenient instructions" patented technology

A remote control facilitates the visual indication of the position of an instrument on a touchpad by an external display device. The remote control includes a touchpad that produces a signal responsive to being touched by an instrument, a decoder that decodes the signal and that provides a position signal indicating instrument position on the touchpad, and a transmitter that transmits a coded signal to an external display device. The coded signal facilitates a visual indication of the instrument touchpad position by the external display device.

A plastic lid for a can of the type comprising a tubular body (10) having an upper end (13) for the seating of the lid (20) comprising a sealing portion (21), removably seated on the tubular body (10) and provided with an upper edge (21b), a seal portion (25), to be ruptured upon the first opening of the lid (20), having an upper ring (25b) which is incorporated to a lower skirt (25a), said upper ring (25b) and said lower skirt (25a) being respectively seated onto and around part of the upper end (13), said upper ring (25b) being incorporated through radial bridges (26), to said upper edge (21b), the seal portion (25) presenting an interruption (25c) extending through the width of the upper ring (25b) and through at least part of the height of the lower skirt (25a). The sealing portion (21) incorporates a gripping tab (27) which is manually operable only when part of the seal portion (25) is ruptured.

The present invention relates to a control device adapted to control properties of light emitted from a light source. The control device may comprise a touch-sensitive user interface adapted to visually indicate a range of available values representing at least one of the properties and to enable a user to control the represented property on the basis of a location touched on the touch-sensitive user interface. The controlled property may be adjusted by means of a communication unit adapted to communicate to the light source control signals corresponding to user input. The control device may be adapted to enable the user to control a property associated with an activation area with the user interface upon activation of the activation area by the user.

An imaging unit photographs an image of a periphery of the vehicle. An object detection unit obtains image information related to a brightness or a color of the image and position information on the obtained image from the image and detects object from the image information according to a specific feature of the image. A storing unit prestores a vehicle image and history data, which include the image information associated with the position information. A graphic unit overlaps the vehicle image and an image produced according to the history data and converts the overlapped image to be viewed from a predetermined viewpoint. A peripheral image display region indicates a present periphery of the vehicle. A history display region is adjacent to the peripheral image display region for indicating the converted image and the detected object at a position according to the position information.

A device for testing for the presence of an analyte, the device comprising at least one reagent adapted to provide a calorimetric indication in the presence of the analyte, a catalyst to catalyse the reaction providing the calorimetric indication, and where there is provided one reagent, means for substantially inhibiting reaction between reagent and catalyst or where there is provided more than one reagent, means for substantially inhibiting reaction between said reagents and between said reagents and catalyst, prior to introduction of the analyte, wherein the at least one reagent and the catalyst are solids.

The invention discloses a three-dimensional dip angle domain stationary phase pre-stack time migration method and system. The method comprises the steps that pre-stack seismic data are read, and a migration speed field and a stretching and removing parameter are determined; according to the migration speed field and the stretching and removing parameter, two dip angle channel sets corresponding to dip angles in the directions parallel to and perpendicular to a measuring line respectively are generated through a selected imaging line; based on the two dip angle channel sets on the selected imaging line, Fresnel zones in the two dip angle directions are picked up, and the Fresnel zones of all imaging points on a quasi imaging block are obtained through interpolation; through the obtained Fresnel zones of all the imaging points, three-dimensional stationary phase pre-stack time migration is carried out, and migration results corresponding to different migration distances are obtained; the migration results of three-dimensional stationary phase pre-stack time migration are collected, and a three-dimensional imaging data body is formed; the three-dimensional imaging data body is converted into a profile image of an underground reflection structure. According to the method and system, the problem that when a high dip angle structure exists, the signal to noise ratio of the migration image obtained through an existing migration imaging technology is low is effectively solved.

Certain embodiments of the present invention provide methods and systems for improved tumor ablation. Certain embodiments include determining a distance between a tumor and at least one of a plurality of landmarks bounding the tumor in at least one acquired image of an area of interest for a patient, obtaining positional data for an ablation instrument, and displaying a position of the ablation instrument with respect to the tumor. Additionally, a position of the ablation instrument may be dynamically displayed on the fluoroscopic image and/or the at least one acquired image during tumor ablation. Furthermore, a location cursor on the fluoroscopic image may be linked with a location cursor on the one or more acquired images. In certain embodiments, a location of a tip of the ablation instrument may be dynamically displayed with respect to a starting location and an ending location of the tumor.

The present invention relates to nanometer magnetic fluorescent microsphere and its preparation process and application. The nanometer magnetic fluorescent microsphere is one core-shell including core of Eu3+Y-Fe2O3 compound, shell of SiO2 coated fluorescent material and surface modifying organic functional group. It is prepared through reverse micro emulsion process to synthesize nanometer particle, and the subsequent surface chemical modification to become magnetic nanometer particle capable of combining with probe. The nanometer magnetic fluorescent microsphere is used as biological research tool with integrated fluorescent indication and magnetic separation, and may have important application in biomicromolecule detection, medical diagnosis and other fields.

An electrically-induced light-emitting line with the arrow direction indication function comprises two parallel multi-core light-emitting lines, an external electrode and a colorful transparent plastic layer. The electrically-induced light-emitting line is characterized in that the multi-core light-emitting lines are composed of one or more insulation metal wires and are spirally twisted or stranded according to the inclination angle rule, and the surfaces of the multi-core light-emitting lines are coated with light-emitting layers; the insulation metal wires in the multi-core light-emitting lines are correspondingly combined according to the inclination angle to form direction arrows, the external electrode is placed, and the insulation metal wires are sealed through the colorful transparent plastic layer; when the insulation metal wires are correspondingly connected with a multi-path drive controller, the electrically-induced light-emitting line produces light-emitting arrow direction indication patterns. The electrically-induced light-emitting line can be applied to the fields such as electrical devices, wires, cables, advertisements, building safety, fire protection illumination and building decoration. The electrically-induced light-emitting line is simple in production technology and suitable for scale production.

A tester of creel open circuit and short-circuit consists of DC power supply, open circuit indication lamp, short-circuit indication lamp, the first connection interface, the second connection interface and switch unit. It is featured as making all signal wire be series - connected when said tester is switched on, centralizing all odd number and all even number signal wires at two sides of short-circuit indication lamp separately, connecting the second pin to the fourth one when switch is on open circuit test, short-circuiting open circuit indication lamp and connecting the fourth pin to short-circuit indication lamp cathode when switch is on short-circuit test.

A device configured to be coupled to a user's waist, the device comprising a body comprising a front side, a rear side, and at least one pocket formed on one of the front and rear sides, at least one fastener extending from the body for coupling the body to the user, and a counter coupled to the body for providing a visual indication of a counted value.

The present invention relates to an apparatus and method for treating inflammation and/or infection within a synovial joint. The invention is comprised of a depot, tether and cap. The depot is comprised of a biodegradable polymer which is impregnated with a biological agent targeted to treat the inflammation and/or infection. The depot is inserted into the synovial joint through an incision or hole in the synovial membrane. A tether that extends from the depot is then thread back through the incision or hole and coupled to a cap such that the depot is coupled to the synovial membrane on an interior side of the synovial joint capsule and the cap is secured to the membrane on an exterior side of the synovial joint capsule. Once secured, the depot degrades and gradually releases the biological agent over a sustained time period. The biological agent then treats the targeted inflammation and/or infection.

This invention relates to a preparation method and its application of nuclear shell fluorescence nanometer particle whose surface living things is functional. The particle has nuclear shell structure, fluorescence material is hit in the inner core; the outer shell is composed of fluorescence transparency material; and there is embellishing organic function group in the outer covering. The nanometer particle is formed by the reversal tiny emulsion method, and doing chemical modification in the surface to make it to be biology functional nanometer particle. The nanometer particle has important application prospect in the fields such as cell biology, ultramicrochemistry, within the AMD chemistry, living things big molecule detecting and medical in-vivo diagnosing.

The invention provides a gravity-type pressure-regulating and pressuring-limiting valve, belonging to the technical field of cooking utensils, and solving the problems that the existing pressure cooker pressure-limiting valve has complex whole structure, high manufacturing cost, inconvenient operation and incapability of indicating the state of regulating pressure. The gravity-type pressure-regulating and pressuring-limiting valve is arranged at the position of an exhaust pipe of a pressure pot cover and comprises a cylindrical valve seat which is fixed on the cooker cover and is positioned at the periphery of the exhaust pipe; the valve seat is internally provided with a valve body which is sheathed at the periphery of the exhaust pipe; the top part of the valve body is fixed with a valve cap which has a tip which can be buckled on the exhaust pipe, and is provided with an exhaust orifice; the valve body is provided with a weight body which can be hung on the valve body and can separate from the valve body or jack up the valve body when rising axially; the weight body and the valve seat are positioned circumferentially; the valve seat is internally provided with a pressure-regulating sleeve capable of rotating circumferentially; and a pressure-regulating structure which can drive the weight body to rise and fall when the pressure-regulating sleeve rotates is arranged between the pressure-regulating sleeve and the weight body. The gravity-type pressure-regulating and pressuring-limiting valve has the advantages of convenient pressure regulation and stable working performance and the like.

The invention discloses a water life jacket with a light-emitting device, which comprises a life jacket and a light-emitting device fixed on the life jacket. The light-emitting device consists of an internal wireless charging receiving module, a wireless rechargeable battery, a light-emitting diode, a resistor, a light-emitting diode drive circuit, a system control circuit, a flexible circuit board, an externally encapsulated transparent rubber sleeve, a humidity sensor, a touch switch and a wireless positioner, and is externally separated from a wireless power supply module and a power supply; the flexible circuit board is fixedly provided with the wireless chargeable battery, the resistor, and the light-emitting diode which are connected and driven by the light-emitting diode drive circuit and are connected and controlled by the system control circuit; the wireless chargeable battery, the resistor, and the light-emitting diode are connected to form a light-emitting block or a light-emitting rod with a certain shape; the surfaces of the light-emitting block or the light-emitting rod are sealed by the externally encapsulated transparent rubber sleeve; the outside of the externally encapsulated transparent rubber sleeve is provided with the humidity sensor which sends a trigger signal when contacting water to start the system control circuit so as to make the light-emitting device emit light. The water life jacket with the light-emitting device has the advantages of reliable water resistance, convenient charging, small power consumption and long light-emitting time.

The invention discloses an elastic loading device that is applied to testing underground structural mechanical property and can simulate strata resistance, comprising a fixed base, a loading joint and an elastic device. The elastic device consists of a dowel, a spring and a loading rod; the rear end of the dowel is connected with the loading joint and the front end is connected with the loading rod by the spring. A displacement meter is connected between the fixed seat and the loading rod. Compared with the prior art, the loading device and method of the invention can not only simulate the function of strata resistance, thereby reflecting the stress state of the structure under the ground more really, but also can obtain the right deformation of the structure at any moment and the loading that is actually imposed on the structure only by continuous recording the reading of the displacement meter when in use due to the skillful using of the property of the spring.. Meanwhile, due to the buffer action of the spring device, the loading device can conveniently load on the structure in the high temperature experiment.

This invention relates to a biological functional fluorescent magnetic nanometer particle and preparation method and application. The particle has core-shell structure, including: fluorescent material and magnetic material of kernel layer; the shell layer formed by fluorescent transparent material; and the modified layer above the shell layer surface with organic functional group. Through reverse microemulsion, it cans synthesis nanometer particles with both fluorescent and magnetic function, and process chemical modification on its surface to make biological functional magnetic nanometer particles. The nanometer particles can be used for biological marking, biological imaging and biological separation, etc.

The load on an aircraft component, such as the load on a landing gear leg during braking, is measured with a contactless, all-weather displacement measuring system. The system includes a control unit a controllable microwave emitter of electromagnetic radiation and a microwave detector comprising a plurality of antennae. When the aircraft component is subjected to a load relative movement of the emitter and detector is caused. The detector generates in response to microwave radiation received from the focused beam of radiation emitted by the emitter a signal that is received by a signal processor of the control unit. The signal received by the control unit depends on the relative positions of the emitter and detector. The control unit is arranged to provide an output signal representative of the load sustained by the aircraft component. The system may be used to control braking in dependence on the output signal so as to maximize braking efficiency without overloading the landing gear leg.

The invention discloses a pulse eddy current detection lift-off effect inhibiting method based on high-pass filtering. The method specifically comprises the following steps: setting an area free of defect; collecting a reference signal; debugging life-off height; establishing a calibrating signal database; establishing differential peak value database; collecting an initial test signal; extracting a differential peak value; determining a database reference number; selecting a lift-off calibrating signal; and obtaining a test signal without the lift-off effect. According to the method disclosed by the invention, as a novel characteristic quantity is used for judging lift-off approximate altitude, after high-pass filtering, the differential peak value of the signal can well indicate a lift-off distance, so that the physical meaning is clear. Moreover, the lift-off height can be accurately indicated, so that the method has an application value in actual detection.

A state-indicating apparatus and device, a device state-indicating system, and an information sending method. The state-indicating apparatus includes a universal connector, a state processing module and a display module connected successively, wherein the universal connector is configured to transfer the received state information about an external device to the state processing module; the state processing module is configured to convert the state information into a signal driving the display module to display the state information and sending the signal to the display module; and the display module is configured to display the state information under the drive of the signal sent by the state processing module. The state-indicating apparatus makes no change to the currently available device form, does not reduce the current number of ports, and also indicates various states of the device conveniently, greatly improving the maintainability and serviceability of the device.

The invention discloses an attapulgite energy storage luminous paint. The key point of the technical proposal of the invention is that the attapulgite energy storage luminous paint consists of purified attapulgite, strontium aluminate, polyvinyl alcohol ultrafines, instant sodium silicate, superfine glass powder, rutile type titanium dioxide and a solid silicone antifoam agent. The method for producing the attapulgite energy storage luminous paint comprises the steps of material mixing, crashing, powder grinding and packaging to obtain a finished product of the attapulgite energy storage luminous paint. During site operation, the attapulgite energy storage luminous paint uses water as a medium, avoids toxicity, pollution, explosion dangers and has the characteristics of tough painting film, strong adhesive force, high wear resistance, remarkable luminous effect and convenient construction. The product made of the attapulgite energy storage luminous paint can automatically emit light for a long time at night and in dark places after being excited by sunlight or light, has excellent indication, decoration and beautification effects, and is suitable for manufacturing the products requiring light emission, such as emergency placards, place name placards and pavement markings.

The invention relates to a power system feature selection technology, and particularly relates to an associated feature selection method suitable for multiple regulation and control operation scenes of a power grid. Firstly, starting from the perspective of historical actual data of a power system; standardizing and pre-treating the sample; the time series data can be directly brought into analysis calculation and a classifier; researching which characteristic variables may indicate the occurrence of a power system scene; or the typical scene is accompanied by the change of which characteristic variables; constructing a feature alternative set by utilizing the information, then quantitatively calculating correlation degree values between features and a target typical scene by utilizing a grey correlation degree analysis algorithm, sorting the correlation degree values, then setting a reasonable threshold value to obtain a final feature subset, and evaluating the feature subset by utilizing the accuracy of a classifier. The method is beneficial for dispatchers to have better indication when performing related operations, and meanwhile, the data processing time of the power system isreduced, and the data analysis efficiency is improved.

The invention provides a method, client and system for indicating direction of a contact object in instant messaging, belonging to the technical fields of communication and software. The method comprises the following steps of: acquiring location information of all the parties in interaction; and outputting a direction indicating structure, wherein an own side in the interaction is taken as a starting point in the direction indicating structure, and a pointer is used for pointing locations of the other parties in the interaction. By adopting the method disclosed by the invention, the direction information of the contact object in the instant messaging relative to a user can be conveniently indicated.

The invention discloses a roadside automatic identification charging parking space, which comprises a rectangular frame delimited by four lines on the roadside, and a pit is opened on the roadbed corresponding to the rectangular frame, and the pit is located in the rectangular frame close to the center of the road At the edge of the pit, a matching cover plate is provided above the pit, and a first through hole is opened on the cover plate, and a matching sealing partition is provided in the pit, and the sealing partition The bottom of the plate is provided with a screw stepping motor, a vertical push rod, a control module and a power supply, and a second through hole matching the vertical push rod is opened on the sealed partition, and one end of the vertical push rod is connected to the wire The rod stepper motor is connected, and a top plate is set on the other end, and a fence is vertically set on the top plate, and a two-dimensional code for payment is pasted on the fence. By designing the temporary parking space on the roadside as an automatic intelligent parking space, Thereby achieving the effect of greatly saving human resources, no need for special personnel to take care of, and good reliability.

The invention discloses an LED light-emitting structure and a spike with the same. The LED light-emitting structure comprises a transparent shell (1), an LED luminous body (2) with a light condensingelement, a separation body (3) and an air layer (4), the LED luminous body (2) is packaged in the transparent shell (1) through the separation body (3), light emitted by the LED luminous body (2) is mainly condensed by the condensing element, incident by an inner inclined surface (1b), refracted by a side wall with a certain thickness, emitted by an outer inclined surface (1a), emitted in the horizontal direction, mainly emitted in the upward direction and supplemented by emitted in the horizontal direction, and the LED luminous body (2) emits light in the horizontal direction to generate a local structure capable of generating upward displacement. The horizontal emergent light intensity ratio is high, the light energy utilization rate is high, the structural design allowance delta H and the power supply design allowance are improved, the structural strength is high, the forming process of the shell is facilitated, the light emitting intensity ratio in the horizontal direction and theupward direction are reasonably distributed so as to be more suitable for different emphasis points of vehicles and pedestrians, and the diversified requirements of roads are well met.

The invention provides a landscaping maintenance system which comprises a maintenance management center, a mobile device end and an environment information collector; the maintenance management center, the mobile device end and the environment information collector are all provided with wireless communication modules, and the maintenance management center is provided with a networking database anda data storage device. The environment information collector comprises a main body inserting rod and a piling cushion cover; a soil breaking pointed cone is arranged at the bottom of the main body inserting rod; an indicator fixing rod is arranged at the top of the main body inserting rod; sensor accommodating grooves are formed in the bottom of the side surface of the main body inserting rod andthe bottom of the side surface of the sign fixing rod; and a temperature sensor and a humidity sensor are arranged in the sensor containing groove, and a blocking piece is arranged on the outer sideof the sensor containing groove formed in the main body inserting rod, so that the soil and air environment of the plant can be monitored for a long time, and remote data transmission is convenient and fast.