158 results about "Embedded design" patented technology

Systems and methods are provided for analyzing a data stream device at a packet level. In one embodiment, design logic is embedded within a target data stream processing device such as a networking device or video device. The embedded design logic is configured to start and stop the target data stream processing device and to inject data into the target data stream processing device for evaluation. The embedded design may also be configured to detect a user selected data value in a packet within the target data stream processing device before the packet is transmitted through the device's physical layer or passed up the device's networking stack. In addition, or in another embodiment, at least a portion of the design logic, including the ability to detect the user selected value in the packet, may be located external to the data stream processing device. In one embodiment, a controlled client / server interfaces with the physical layer of the target data stream processing device and provides packet-level analysis of the data stream.

The invention discloses a rotary opening type pressure cooker provided with a timer. The pressure cooker comprises a cooker body, a pressure cap, a cap lug, cooker lugs and a silicon rubber seal ring arranged between the edge of the pressure cap and the upper edge of the cooker body, wherein the pressure cap comprises a cooker cap assembly, a vent valve arranged on the cooker cap assembly, a pair of stainless steel lock ring assemblies hooping a pair of side edges of the pressure cap and a control mechanism for controlling the stainless steel lock ring assemblies to tightly lock the pressure cap and the upper edge of the cooker body, and a timer assembly is detachably mounted on the pressure cap. The detachable timer used in the cooker adopts embedded design and hardly occupies additional space, the timer is highly integrated with the pressure cooker, and the awkward condition that a timer storage position is forgotten is avoided; the timer can be taken down for independent use, and waiting by side of the cooker is not needed; a buzzer alarm can remind a user of turning off the cooker, and trouble in battery replacement can be avoided by means of design of a charge jack.

A means for extending a PCI System of a host computer via software-centric virtualization. A Root Complex is virtualized at the host computer, and physically separated with a portion located remotely at an Endpoint, such as at a Remote Bus Adapter. One aspect of the invention avoids the need for a Host Bus Adapter. The invention utilizes 1 Gbps-10 Gbps or greater connectivity via the host's existing standard LAN adapter along with unique software to form the virtualization solution. The invention works within a host's PCI Express topology, extending the topology by adding an entire virtual I / O hierarchy via virtualization. The invention enables I / O virtualization in those implementations where a specialized host bus may not be desirable or feasible. Some examples of this may be a laptop computer, an embedded design, a cost-sensitive design, or a blade host where expansion slots are not available or accessible.

Medical devices and consumables have been altered by changes on their surfaces or components consisting of simple or complex color patterns, visual designs, drawings, art work, embedded designs, copyrighted images or figures, changes in the shape of the medical device in an artistic, abstract, or visual manner, and other visual and physical modifications intended to improve the physical and psychological environment of the patient and the health care worker, and to be used as well to visually identify a particular medical device, component, solution, or medication.

The invention discloses an embedded oilwell parameter real-time acquisition system, relates to the fields of information technology and automation and information processing technology, and is an oilwell data real-time acquisition and storage device completed by ARM embedded design technology. The acquisition system consists of an ARM acquisition unit, a wireless communication module, a power supply and a sensor, and combines an embedded operation system with opening source codes and embedded application programs to form an embedded data acquisition and storage terminal. The acquisition system can autonomously complete set data acquisition and storage tasks, perform communication with far end computers in a wireless mode, be used as a distributed monitoring terminal of an oilwell production control platform in ocean or desert environment, and acquire and store multiple kinds of data of the sensor such as pressure, temperature, and the like, has the maximum storage capacity of tens of millions of data records, and can improve the real-time characteristic of parameter monitoring in the oilwell production process, reduce occurrence possibility of blowout accidents, and improve working benefits of oil exploration and safety production.

The present invention is a decorative panel formed with an inlay design created by forming a number of inlay openings within a substrate for the panel by laser cutting the openings in the substrate. The openings are formed in communication with a pocket that is formed in the substrate opposite the inlay openings, such that the inlay openings and the pocket extend completely through the substrate. The pocket enables a piece of a filler material to be positioned within a pocket to form an appropriate backing for the inlay members which are positioned in the inlay openings and securely attached to the filler material.

This invention provides one Holman decoding method for JPEG codes flow, which comprises the following steps: a, according to the flow number list to establish minimum code sub list; b, according to the code number forming minimum code address list; c, adopting 0 to 16 bit comparer to get the Holman code relative RUN / SIZE list; d, according to SIZE value to restore codes front data. Comparing with current technique, this method forms different codes length minimum codes list and address list to lower the register array materials occupancy.

A laminate with internal decorative pattern for eyeglass frames, formed by the application of heat and pressure comprising: a plurality of core layers of thermoplastic sheets printed with patterns by transfer printing; a first overlay layer of thermoplastic sheet; and a second overlay layer of thermoplastic sheet; wherein the core layers are sandwiched between the first overlay layer and the second overlay layer; the core layers may further enclose three dimensional articles or fluids for decorative or functional purposes. The process for manufacturing the laminate includes: preparing a plurality of core layers, a first overlay layer and a second overlay layer from thermoplastic sheets; printing patterns on the core layers by transfer printing; layering from top to bottom the first overlay layer, the core layers and second overlay layer; applying to the layer of sheets a temperature of 0° C. to 300° C. and a starting pressure of 0 atm to bond the layers together; and removing from the heat and pressure a laminate; wherein the process for manufacturing can further include steps of creating cavity in the core layers to enclose the three dimensional articles or fluids.

The invention discloses a low-voltage power line bandwidth carrier concentrator, which consists of a hardware structure and a software structure, wherein the hardware structure consists of a micro controller unit, a data storage unit, an electric quantity storage unit, a power line network bridge communication unit, a GPRS communication unit and a power supply module unit; and the software structure consists of a system scheduling module, a power line network bridge module, an RS485 driving module, a GPRS wireless communication module, and an embedded database module. In the invention, embedded design is adopted, embedded micro controller technology, bandwidth power line carrier technology, GPRS wireless communication technology, embedded database technology, multipath I / O multiplexing technology and the like are integrated, and the GPRS communication module can receive a remote meter reading instruction transmitted by a management center on site, read user electric quantity data, and sends user electric quantity data to the management center through the GPRS communication module. The concentrator is simple in operation and convenient to use and has a high application value and a promising application prospect in the technical field of remote meter reading of a power system.

The invention discloses a multichannel microwave rotary joint, which comprises a first casing and a first channel L wave band rotary joint which is installed on the first casing and of a stack structure. The first casing comprises a static casing and a movable casing capable of rotating relative to the static casing, wherein a first axial through hole is arranged on a rotary shaft of the movable casing, the second casing penetrates through the first axial through hole to be fixed in the first axial through hole, and a second L wave band rotary joint of a coaxial embedded structure and at least three channels of rotary joints are installed on the second casing. The rotary joint can be applied to a radar system with high maneuvering characteristics, can meet requirements of high environmental adaptability, and is small in structural size and high in reliability. By means of combination of the coaxial embedded design and the stack design, the rotary joint is enabled to be compact in structure, small in size and high in rotation stability and electricity stationarity.

The invention provides a deep model training method and device and an image retrieval method and device. The deep model training method includes the steps of according to feature data extracted by a deep model, calculating a first loss value of a structural-feature optimization embedding design mode and a second loss value of a comparison embedding design mode respectively; according to the first loss value and the second loss value, generating a combined loss value; according to the combined loss value, training the deep model. According to the deep model training method, on the basis of the loss layer of the structural-feature optimization embedding design mode, the loss layer of the comparison embedding design mode is combined, so that during the process of training, the punishment weight of negative examples is increased, the model is maintained easy to converge, and meanwhile, the accuracy of the feature data is improved, and the false detecting rate is reduced.

The invention relates to an automatic classification technology of solid particles based on an image pattern recognition technology, belonging to the field of image processing technology, in particular to an embedded bean classifying system which can be used for progressively analyzing the composition of beans and classifying mixed beans with similar colors and is suitable for various common beans. The whole classifying system can be integrated in a limited small region through the embedded design to meet the strict restriction of bean processing devices such as bean milk machines on volume, thereby possibly realizing highly automatic machining processes of various beans in a same device.

The invention relates to an integral submersible direct-driven screw pump. The integral submersible direct-driven screw pump comprises a protector, a submersible motor and a screw pump; an oil transmission sleeve I and an oil transmission sleeve II are arranged in the protector; the upper end of the oil transmission sleeve I is connected with an oil pipe upper coupling; a base of the protector is fixedly connected with a motor upper joint of the submersible motor; the oil transmission sleeve II of the protector is connected with a motor rotor of the submersible motor; the motor rotor is a hollow pipe; a permanent magnet fixedly sleeves the motor rotor; a motor stator is arranged on the outer layer of the permanent magnet; a second thrust ball bearing is arranged between the permanent magnet and a second sealing base; a rubber bushing is arranged in the motor rotor; a screw rod and the rubber bushing are in interference fit; the motor rotor is a screw pump body; the screw rod is fixed on an oil inlet base through a flexible shaft; an oil inlet hole is formed in the oil inlet base; and the oil inlet base is connected with a pump body lower coupling. The submersible motor and the screw pump adopt the embedded design to realize motor-pump integration, so that the total length is greatly reduced, and the well type adaptability is improved.

A decorative candle includes a wick extending along a wick axis for a distance equal to a wick length. A decorative design structure is spaced radially apart from, and extending along, the wick axis for a distance greater than half the wick length, wherein the decorative design structure is self-supporting on a bottom surface. Portions of the decorative design structure are located over an angle of greater than 180 degrees with respect to the wick axis. A translucent candle body material has a geometric shape that extends from the candle base along a portion of the wick axis, and surrounds a portion of the wick and the decorative design structure. The geometric shape of the candle body extends radially from the wick axis to an outer candle surface that is radially beyond the decorative design structure. The design may be cut from flat metal stock and formed into a structure.

Disclosed is a two-dimensional code having improved design characteristics, for which any image can be added. The disclosed two-dimensional code divides data displayed in binary code into cells, arranges same as a pattern in a two-dimensional matrix, and has a position detection pattern. The two-dimensional code has embedded design information that indicates the existence of design areas wherein any design can be arranged and, if a design area exists, the position of the design area.

The invention provides an ion mobility spectrometer and a carrier gas flow control method thereof. The ion mobility spectrometer comprises a migration tube used for completing ion migration, an ionization source used for generating reagent ions, a sample introduction device used for conveying a sample gas into the migration tube, a molecular sieve used for drying and purifying a carrier gas, and a flow control unit, a temperature control unit, a humidity sensing unit and a processor unit, which are used for measuring and controlling temperature, humidity and the carrier gas flow. According to the ion mobility spectrometer provided by the invention, a humidification bottle and a flow valve are arranged to adjust and control the humidity of the carrier gas in the migration tube, and humidity sensors are arranged at a gas outlet of the migration tube and an outlet end of the molecular sieve to compare a humidity difference detected by the two and judge whether the molecular sieve is ineffective or not; an expert assistance PID control method is used for controlling the carrier gas flow, in order to improve the control precision and stability of the carrier gas flow; and the ion mobility spectrometer provided by the invention adopts an embedded design, thereby being convenient to use, strong in flexibility and suitable for onsite application.

An eyeglass frame including a thermoplastic sheet laminate incorporating transfer printing eyeglass decorative patterns and a one or more covering layers bonded thereto. A process for manufacturing an eyeglass frame including: preparing a thermoplastic sheet laminate incorporating eyeglass decorative patterns; bending said thermoplastic sheet laminate under heat and pressure forming a one or more intermediate products in a first mold; and bonding a one or more covering layers to the intermediate products from the bending step in a second mold.

The invention discloses a base station environment monitoring system and method. The system comprises a base station monitoring module, a base station transmission module and an image sensor. The image sensor is started up by a monitoring processor of the base station monitoring module to shoot static images or real-time images which are transmitted to a network management center through the base station transmission module in real time. In the method, when the monitoring processor detects an environment warning signal or receives a shooting demand from the network management center, the monitoring processor starts up the image sensor to shoot static images or real-time images and temporally stores the static images or transmits the real-time images to the network management center; and when the monitoring processor detects an image transferring demand of the network management center, the monitoring processor reads the temporally stored static images and sends the static images to the network management center. The invention adopts an embedded design method, does not need to separately establish a base station environment monitoring network, is easy to realize, and has small modification of hardware and software of a base station and flexible operation.

The invention provides a desk lamp capable of providing a wireless charging function for an electronic product. The desk lamp capable of providing the wireless charging function for the electronic product comprises a lamp support, a base seat, a power line, a lighting source and the like, and is characterized in that a wireless charger is arranged inside the base seat of the desk lamp, the power source of the desk lamp serving as energy of a wireless charging module is input, and generates a high-frequency alternating electromagnetic field through a high-frequency inverter circuit, a receiving end module picks up the energy of an emitting end by means of magnetic field coupling, and generates direct voltage and current to charge a battery of a load (for example, a mobile phone) through rectification and filtering. By means of the embedded design, defects of inconvenience and clumsiness produced in the use process of an independent wireless charger are reduced, convenience and usability of wireless charging technology are greatly improved, and user experience is improved.

The present invention provides a new way of optimizing integrated circuit (IC) designs in the physical design stage after detail routing. A key element is a novel hybrid layout representation referred to as the geotopological layout in which some nets are represented by their determined geometrical wiring paths and some by their respective wiring topology at the same time. In the IC design flow, a routed layout with geometrical wiring paths is transformed into a geotopological layout. All layout modifications are then performed according to the geotopological layout. An embedded design rule checker ensures the validity thereof. Finally, a new geometrical layout is regenerated accordingly, including all the layout changes for the targeted optimization. This geotopological approach advantageously enables an IC designer to modify a routed layout for various optimization targets, while advantageously maintaining the exact routing paths of critical nets that are not modifiable.

The invention discloses an embedded wireless Mesh network router in the technical field of wireless networks, which comprises a hardware platform, a system software platform, a wireless Mesh network self-organization module, a user access application module and a management control function module, wherein, the hardware platform adopts an embedded design and consists of a core processing module, a wire network communication module and a wireless communication module; the system software platform works on the hardware platform directly and obtains all hardware system information and interfaces to a software working module so as to realize the function of the router; the wireless Mesh network self-organization module provides the function of wireless Mesh network self-organization; the user access application module provides the functions of user access and network application; the management control function module provides administrators with functions of managing and controlling on other function modules. The router of the invention has the performances of self-organization and self-recovery based on the current 802.11g standard and can finish the establishment of Mesh networks independently.

A lock catch device for a packaging box comprises a U-shaped male lock catch arranged on a front panel of a box body, an inverted-T-shaped female lock catch arranged on an upper cover plate, and a disposable sealing label. The lock catch device further comprises a label arranged on the U-shaped male lock catch, and the disposable sealing label is provided with a code, a handle, a bending groove, an elastic check clamping jaw and a proper force breakage area. The U-shaped male lock catch and the inverted-T-shaped female lock catch are mutually buckled to form a lock catch mechanism. The label has the unique code and box body information. The packaging box packaging can be finished by inserting the disposable sealing label into the lock catch mechanism, the elastic check clamping jaw of thedisposable sealing label can be broken from the proper force breakage area when the disposable sealing label is pulled out, and accordingly box opening is achieved. The lock catch device has the beneficial effects that embedded design is adopted in the lock catch device so that the disposable sealing label cannot be broken due to touching in the conveying process, and the packaging box safety is improved; and the label and the lock catches are combined, the packaging box becomes intelligent through the technology of the Internet of Things, and packaging box intelligent management is achieved.

The invention provides an intelligent dispatching system of an elevator. By virtue of arranging an intelligent dispatching processor, multiple conditions which possibly cause meaningless operation can be detected, and meaningless instruction signals of the elevator are deleted, so that the operation efficiency of the elevator is improved, and the energy consumption is reduced; conditions of passengers in an elevator waiting area and an elevator object carrying area are recognized by virtue of multiple detection modes, an embedded design is adopted for a dynamic image processing circuit, a PCI (Peripheral Component interconnect) bus interface is integrated, the size is small, and the cost is low; a 200w pixel high-definition speed dome is adopted for improving the image recognition rate; an NFC (Near Field Communication) technology based on short-distance communication is adopted, so that abrasion in a wired mode is avoided, and the high-definition data transmission efficiency is improved; compared with the prior art, the intelligent dispatching system has high cost performance.

The invention discloses a miniature GPS (global positioning system) tracking and positioning instrument, which comprises a GSM (global system for mobile communication) antenna, a GPS antenna and a mechanism shell; and a circuit board is arranged in the mechanism shell and is respectively connected with the GSM antenna and the GPS antenna via flexible conduction. Limitations of the antenna to the motherboard and the appearance of the product are eliminated fundamentally. Due to the flexible antenna material and flexible connection, the plasticity of the antennas is improved, the adaptability to the application environment is enhanced, and the ultimate goals of reducing the thickness of the product and better performing the embedded design according to the application environment are achieved.

The invention discloses a wireless data card antenna supporting MIMO technology. Coplanar waveguide upper metal floors and coplanar waveguide lower metal floors made of copper-platinum plates are respectively compounded on the upper and lower sides of a double-sided copper-clad microwave dielectric substrate. , there are two parallel coplanar waveguide feeders on the same plane of the metal floor on the coplanar waveguide, and outside the ends of the two waveguide feeder lines, there are radiation patches coupled with their slots to form two antennas, and the two upper radiation patches have short-circuit pins respectively It is connected to the connecting wire of the metal floor under the coplanar waveguide; the end of the connecting wire connected to the metal floor under the coplanar waveguide and the short-circuit pin is surrounded by multiple turns. By increasing or decreasing the number of turns around the connecting wire, the inductance of the regulator can be adjusted to adjust the work of the antenna. frequency. The invention has the advantages of reducing the geometric size of a single antenna, improving the isolation between multiple antennas; expanding the frequency bandwidth of the antenna; reducing the operating frequency of the antenna; easy to implement common or embedded design, and low manufacturing cost .

A system and method for configuring a condensing unit for a cooling system includes inputting one of a cooling system characteristic, a condensing unit characteristic and a compressor characteristic for the cooling system, applying embedded design rules and accessing a condensing unit database of component attributes and their relationships. A base condensing unit is determined based on the one of a cooling system characteristic, a condensing unit characteristic and a compressor characteristic for the cooling system. The method further includes selecting various accessories of the condensing unit for customizing the base condensing unit based on the particular application.

The invention discloses a flowerpot, comprising a flowerpot main body. The flowerpot is characterized in that each side of the flowerpot main body is provided with a handle; the outer wall of the flowerpot main body is fixedly connected with an alarm clock and a thermometer; a flowerpot base is arranged below the flowerpot main body; a drawer is arranged in the flowerpot base; a separator plate is arranged in the drawer; water holes are arranged in the separator plate; a water absorbing device is arranged below the separator plate; the alarm clock and the thermometer are designed to be embedded, and the outer surfaces of the alarm clock and the thermometer are flush with the outer wall of the flowerpot main body; and a reusable water absorbing material is arranged in the water absorbing device. The flowerpot provided by the invention can be conveniently transported by people; the alarm clock can be set for flower watering time, so people are reminded to water flowers, and the flowers are prevented from withering, or even death due to lack of water; the temperature of the flowerpot can be perfectly controlled; cleanness of air in a house is ensured; and the problem of overflowing of water caused by too much watering can be effectively overcome.

The invention relates to an application for protection of a special keyboard of a dynamic tracking and dynamic positioning system of a ship. The special keyboard is connected with a system control computer; a keyboard interface and a mouse interface of the special keyboard are connected with the system control computer through D89 interfaces, and interface slipping caused by ship vibration can be effectively avoided due to D89 interface fixing devices; the DC (direct-current) 24V power supply is used to conveniently supply power; the surface adopts a PVC (polyvinyl chloride) film process to achieve the IP22 protection level; a touch button is arranged, certain pressure is needed for input, and mistaken operation can be effectively avoided in ship handling; an embedded design is adopted, the keyboard can be conveniently embedded in a ship control console, and safety can be ensured to the largest extent in a ship shaking environment; a key backlight lamp is arranged and can be adjusted to provide ten types of brightness so as to meet ship construction needs at night; and three control knobs are adopted to meet requirements for knob signals of the dynamic tracking and dynamic positioning system during the operation.

The invention discloses a high-isolation wireless data card antenna supporting MIMO technology. A coplanar waveguide upper metal floor and a common The metal floor under the planar waveguide is provided with two parallel coplanar waveguide feeders on the same plane as the upper metal floor of the coplanar waveguide. At the ends of the two coplanar waveguide feeders, there are radiation patches coupled with the waveguide feeder to form two antennas. There is a high-resistance line between the upper radiation patches, which improves the isolation between the two antennas. The two upper radiation patches have short-circuit pins respectively connected to the connecting wires on the metal floor under the coplanar waveguide. The invention has the advantages of reducing the geometric size of a single antenna, using additional high-resistance lines between multiple antennas, improving the isolation between multiple antennas; expanding the frequency bandwidth of the antennas; easy to achieve conformal or embedded Type design, low manufacturing cost.

The invention relates to the technical field of military devices, and in particular relates to a manual missile hanging vehicle, which is mainly suitable for a task of hanging a missile on an airplane with low wings. The manual missile hanging vehicle comprises a tray and a frame, wherein a cross beam is arranged on the bottom of the frame, and the tray is arranged on the upper surface of the cross beam and is driven to be lifted by a manual lifting device. Due to the adoption of an embedded design, the integral height of the missile hanging vehicle can be greatly reduced; the tray can be completely separated from a vehicle body, the task of hanging different models of guide missiles can be completed by replacing the tray; and the separable tray can be matched with a hand hoist to be used as the lifting device, thus connivance is brought to the use.