36 results about "Facility type" patented technology

A group monitoring system for dispenser usage compliance is provided. The system is for a predetermined group of interest in a predetermined facility type. A dispenser data collection system is operably connected to a plurality of dispensers and is capable of providing information. The information includes a unique dispenser identifier and a number of dispenser usage events. The information from the data collection system is received and the predetermined group within which each dispenser is associated is determined. The number of dispenser usage events is determined. A benchmark which corresponds to dispenser usage opportunities particular to the predetermined group and particular to the predetermined time period is determined. The dispenser usage compliance index particular to the predetermined group and particular to the predetermined time period is determined by dividing the dispenser usage events for the predetermined group and the predetermined time period by a denominator which equals the benchmark.

A navigation system in a subject vehicle includes a display unit for displaying a map, a position detection function for detecting a current position and a traveling direction of the subject vehicle, a storage function for storing map data and facility data for displaying a facility icon on the map, a road recognition function for recognizing a road and a lane of the road where the subject vehicle is traveling, a facility selection function for searching a facility in the facility data and a facility icon control means for controlling the facility icon according to a facility type in the facility data. The facility icon on the map is selectively displayed on the map according to the traveling direction of the subject vehicle based on information calculated by above functions.

A group monitoring system for dispenser usage compliance is provided. The system is for a predetermined group of interest in a predetermined facility type. A dispenser data collection system is operably connected to a plurality of dispensers and is capable of providing information. The information includes a unique dispenser identifier and a number of dispenser usage events. The information from the data collection system is received and the predetermined group within which each dispenser is associated is determined. The number of dispenser usage events is determined. A benchmark which corresponds to dispenser usage opportunities particular to the predetermined group and particular to the predetermined time period is determined. The dispenser usage compliance index particular to the predetermined group and particular to the predetermined time period is determined by dividing the dispenser usage events for the predetermined group and the predetermined time period by a denominator which equals the benchmark.

The invention relates to a plane-vertical-horizontal design-based rapid three-dimensional road modeling method with the advantages of rapidly carrying out road modeling, being convenient to operate and greatly shortening the modeling period, and belongs to the technical field of road modeling. The modeling method comprises the following steps of: enabling two-dimensional road design data to be in one-to-one correspondence with three-dimensional modeling map layers; storing vertical section, horizontal section and slope information of a road into a three-dimensional road modeling element set; detecting errors such as breakpoints, overlap and the like of the two-dimensional road design data; cutting the two-dimensional road design data into three-dimensional modeling data; generating a pavement, a slope and other road elements; carrying out rendering; automatically generating streetlamps, signal lamps, trash cans and other road ancillary facilities according to point coordinates and facility types of the road ancillary facilities in the modeling data, and finally displaying a three-dimensional model from various visual angles in a grid or entity manner. The method provided by the invention is widely used for three-dimensional road modeling.

The invention discloses aregional construction and building integral perspective three-dimensional model modeling method, which comprises an area layout stage: an area boundary needs to be established, and then boundaries and basic information of outdoor construction and building are described in the area boundary; in the stage of facility placement: building / building floors are selected one by one, and then some special attributes of facility types are described, so that modeling of facility entities is completed; and in the stage of parameter configuration: building / building floors are selected one by one, each facility space model is selected one by one, and other attributes of the facility space model are supplemented according to the type of the facility. The business operation difficulty of large-scale building overall three-dimensional model modeling is reduced, the existing two-dimensional geographic information system technology, image maps and vector maps, building / construction design CAD resources and facility three-dimensional model library resources are reasonably utilized through the process, and the efficiency of large-scale building overall three-dimensional model modeling is effectively improved.

There is provided a navigation apparatus which displays information concerning facilities or the like which are present in a broad range ahead of a user. An information processing section 4 of a navigation apparatus identifies a facility type to be displayed. Next, a predicted road along which a user is expected to travel is determined, and a reference intersection is selected from among the intersections on the predicted road. The information processing section 4 computes a network of roads beginning from the selected reference intersection, and acquires facility information in the neighborhood thereof. Furthermore, the information processing section 4 generates facility information image data for displaying the acquired facility information on a map.

The invention relates to a method for designing a rainwater treatment and utilization facility. The method comprises site selection of the rainwater treatment and utilization facility, selection of a facility type and calculation of a facility volume, wherein the facility volume WQV (namely water quality volume in the field terms) is calculated through the following five specific steps of: 1, taking a main parameter value; 2, substituting the parameter value into SWMM model software; 3, obtaining an optimal designed rainfall table and determining a range of optimal designed rainfall; 4, obtaining an accurate value of the optimal designed rainfall according to years of data and control targets; and 5, calculating the volume of the rainwater treatment and utilization facility through a WQV formula. The method designs and constructs the rainwater treatment and utilization facility for rainwater collection and utilization on the premise of controlling the pollution by using the initial runoff control rainfall as a main control factor during runoff pollution control in the prior art.

The invention belongs to the technical field of agricultural facilities and discloses an industrial electrically-driven multi-layer solid seedling raising bedstead which comprises two layers of horizontal bedsteads arranged at intervals up and down in a laminated manner and used for seedling raising; the bedsteads are connected through a plurality of upright post braces which are arranged vertically; in each horizontal bedstead, the bedstead in the bottommost layer is placed on the support frame and can move on the support frame; the upright post braces are all movably connected with the at least two layers of horizontal bedsteads; and a transmission elevating shaft is connected to the bottoms of the upright post braces, and is connected with a liftable electric driving machine, and the driving machine drives the transmission elevating shaft to move and drives the upright post brace to move. According to the invention, the intervals and the layers of the bedsteads can be adjusted appropriately according to the sun elevation angle in the main seedling raising period in the using region, the industrial electrically-driven multi-layer solid seedling raising bedstead can be used in facility types such as sunlight greenhouses and multi-span greenhouses, the special characteristics of greenhouses can be fully used, the seedling raising quantity in unit area of the soil can be increased, the soil area usage rate of facilities in unit can be improved, and the production efficiency of greenhouse special utilization can be enhanced.

The invention discloses a navigation device which can display destination facilities and facilities comprised in upper layer facility types of destination facility types to ensure that a user can change set destination facilities according to the condition. The navigation device comprises a current position detection part, a storage part, an operation part, a facility retrieval part, a display part, a destination facility type determination part and an upper facility type judgment part; the storage part stores map data; the operation part inputs the destination facilities; the facility retrieval part retrieves the destination facilities; the destination facility type determination part determines the facility types of the destination facilities when the operation part inputs the destination facilities; the upper facility type judgment part judges whether the upper layer facility types of the facility types, which are determined by the destination facility type determination part, are comprised; and under the condition of determining that the upper layer facility types are comprised, the facility retrieval part retrieves the destination facilities and upper layer replacement facilities which are comprised in the facility types of the upper layer and are a specified distance far away from the destination facilities, and the retrieved facilities are displayed on the display part.

Described is a method for provisioning status monitoring for a network element in a communications network. Multiple predefined templates are provided to a user. Each template corresponds to a particular facility type and includes multiple profiles. Each profile includes a value for each of a plurality of status types. One of the profiles is selected for an instantiation of the facility type in the network element to implement status monitoring. The status monitoring is responsive to the values in the selected profile. Each value can define a reporting state for a respective one of a plurality of alarm types. Alternatively, each profile can define a threshold value for a respective one of a plurality of performance parameters. Optionally, one or more values in a selected profile can be edited by the user.

A recursive multi-tiered health isolation facility having multiple tiers of facility types. Each facility type has a probability of containing an airborne infectious contagion and a means for provide pressure differentials between the facilities types. Increasingly higher negative pressurization within facility types with a higher probability of airborne infection provides for nesting facility types and abatement of airborne contagions transmitted between facility types. Further, the air exchange rates for each facility type are increased as the probability that a facility type has an airborne infectious agent increases. The use of HEPA filters with the increased air exchange rates increases the contagion abatement in environments having a higher probability of airborne contagions. Further, exchanged air is treated with ultraviolet light to kill contagions making it through the air filter. Additionally, bathroom facilities provided as part of the patient facilities can be coupled to an autoclave incineration facility to prevent contagion contamination by bodily fluids.

The invention relates to a facility type rail harvester for rhizomatic traditional Chinese medicine materials, and belongs to the technical field of agricultural harvesting mechanical equipment. The facility type rail harvester for the rhizomatic traditional Chinese medicine materials comprises a rack, an digging shovel, a lifting-transporting soil shaking device, a hydraulic device, a traveling device, a power transmission device and a power system. The digging shovel is located on the lower-left portion of the harvester. The lifting-transporting soil shaking device is located above the right portion of the digging shovel. Hydraulic cylinders and hydraulic motors are mounted on a rack chassis. The upper portion of the hydraulic cylinder is connected with a fixed plate. The hydraulic motor is connected with an axle through a belt wheel and a belt. The power system comprises a power source, a cable, a cable reel and a power source control switch, wherein the cable is wound on the cable reel, one end of the cable is electrically connected with the power source, and the other end of the cable is connected with the motor I and the hydraulic control device through the power source control switch; and the hydraulic control device can control rising and falling of the two hydraulic cylinders and rotation of the hydraulic motors. According to the facility type rail harvester for the rhizomatic traditional Chinese medicine materials, a hydraulic system and the power sources are used for providing power, harvesting is complete, soil is completely removed, the automation degree is high, the structure is simple, operation is stable, and the application range is wide.

A navigation system in a subject vehicle includes a display unit for displaying a map, a position detection function for detecting a current position and a traveling direction of the subject vehicle, a storage function for storing map data and facility data for displaying a facility icon on the map, a road recognition function for recognizing a road and a lane of the road where the subject vehicle is traveling, a facility selection function for searching a facility in the facility data and a facility icon control means for controlling the facility icon according to a facility type in the facility data. The facility icon on the map is selectively displayed on the map according to the traveling direction of the subject vehicle based on information calculated by above functions.

The invention provides an evaluation method for a low-cost collection and transportation system of domestic garbage in villages and towns. The method comprises the steps that the basic data of each facility in the collection and transportation system to be evaluated are acquired; a complex network model is constructed based on the basic data; an indicator system is constructed based on the complexnetwork model; the indicator system is used to evaluate the collection and transportation system to be evaluated to acquire an evaluation result; by taking the collection and transportation system ofdomestic garbage in villages and towns as the research object, a complex network analysis method is used to describe the operation mechanism of the domestic garbage collection and transportation system; a cost evaluation indicator is constructed; the constitutive characteristic of the collection and transportation system is clearly identified; a facility type and a layout form, which control thecost of the collection and transportation system are identified; and layout form value judgment and targeted planning guidelines of the collection and transportation system are proposed. The scientific method is constructed to reduce the operating cost of the collection and transportation system of domestic garbage in villages and towns and alleviate the problems of expensive handling and difficult handling of domestic garbage in villages and towns.

A navigation apparatus according to an embodiment of the present invention includes: map display means that displays a map on the basis of map data in a database that stores the map data, facility type information about the type of the facility and facility information about the facility; route guidance means that searches for a guide route from the current position of a navigation apparatus to a specified destination on the basis of the map data and performs route guidance; selection means that searches the database for a facility to be displayed on the map on the basis of selection conditions defined by the facility type information, the travelling direction of the navigation apparatus and a distance from the guide route to the facility; and display control means that controls the map display means so that the map display means displays the obtained facility along with its facility information on the map.

It is difficult to distinguish facility types. It is difficult to estimate a fluctuating population from the number of communication terminals. A log information obtaining unit which obtains log information in which positional information of a wireless terminal and clock time information at which the positional information is obtained are associated, a population fluctuation pattern determination unit which determines a population fluctuation pattern based on the log information, a type determination unit which determines a type of a facility based on the population fluctuation pattern determined by the population fluctuation pattern determination unit, with reference to basic pattern information indicating a population fluctuation pattern for each facility type, and an estimated value deriving unit which extracts calculation basic information corresponding to the facility type determined by the type determination unit to derive an estimated value of the population movement of the facility are comprised.

The invention relates to a facility-type orbital picking machine for red panax notoginseng seeds, and belongs to the technical field of agricultural harvesting machinery and equipment. The picking machine comprises a rack, a ventilation system, picking systems for the red panax notoginseng seeds, driving walking systems, a hydraulic system, an ECU electronic control system, a power supply control box and a material containing hopper; the ventilation system and the picking systems for the red panax notoginseng seeds are located at the front end of the rack, the driving walking systems are located at the two sides of the bottom of the rack, and the power supply control box provides power for the ventilation system, the picking systems for the red panax notoginseng seeds, the driving walking systems, the hydraulic system and the ECU electronic control system. By adopting a power supply and the hydraulic system as the power, the facility-type orbital picking machine for the red panax notoginseng seeds is sufficient in power, precise in control, easy to operate, economical and practical. During operation, the picking machine can continuously finish the operation of identifying, picking, driving and the like, and the problems are solved that the labor intensity is high, time is consumed, and the labor cost is high. The harvest benefits are increased, and the picking machine has broad market prospects.

The invention discloses a method and device for providing convenience information of a residence point and a storage medium. The method comprises the steps that actual reachable distance among each service facility within the range between the residence point and selected reachable distance; the convenience index value of the residence point is calculated based on selected weights corresponding tothe service facility types of each service facility and the actual reachable distance; convenience degree information of the residence point is provided for users based on the convenience index valueof the residence point. According to the method, the corresponding weights of each type of service facilities can be determined more accurately by using a data excavating method based on mass data ofa mature community, therefore more accurate convenience index value can be obtained, and more accurate information of the convenience degree of the residence point concerned by the users can be provided for the users based on the more accurate convenience index value.

The invention relates to a small-facility type panax notoginseng harvester, and belongs to the technical field of agriculture harvesting mechanical devices. The small-facility type panax notoginseng harvester comprises a machine frame, an electrical control cabinet, a digging shovel, a power transmission device, a soil removal device and a walking device. The power transmission device comprises an electric motor, a power output shaft I, a transmission, a power output shaft II, a belt wheel I, a rubber belt and a belt wheel II. A storage battery is connected with the electric motor through the electrical control cabinet to provide power. The power is transmitted to the belt wheel I through the power output shaft I, the transmission and the power output shaft II, a belt is driven to make the belt wheel II rotate, and therefore a shaft I is driven to rotate, walking of the machine is achieved, and meanwhile the soil removal device is made to rotate. The soil removal device comprises a vibration screen, a chain wheel I, a chain wheel II, a chain, a bearing pedestal, the shaft I and a shaft II. The walking device comprises walking wheels and walking axles. The storage battery is adopted for providing the power, the agriculture requirement for facility panax notoginseng plantation can be met, environment pollution can also be reduced, and operation is facilitated for workers.

The invention aims to provide a method and equipment used for controlling facility use. Compared with the prior art, network equipment is used for obtaining distribution information for distributing facilities to users and obtaining information of checking in corresponding target rooms of the users for instance, first corresponding secret key information is transmitted to a mobile terminal, and corresponding facility control information is transmitted to facility management equipment corresponding to the facilities; the mobile terminal receives the first secret key information transmitted by the network equipment and corresponding to the facilities distributed to the users, facility starting requests for the facilities are sent to the network equipment and facility management equipment of the facilities, the facility management equipment detects whether first starting trigger conditions of the corresponding facilities are met or not, when the first starting trigger conditions are met, the facilities are started, so that the facilities in places such as grogshops and hotels are managed better and more efficiently; meanwhile, the intelligent management level of the corresponding grogshops and the hotels is improved, and user experience is promoted.

There is provided a navigation apparatus which displays information concerning facilities or the like which are present in a broad range ahead of a user. An information processing section 4 of a navigation apparatus identifies a facility type to be displayed. Next, a predicted road along which a user is expected to travel is determined, and a reference intersection is selected from among the intersections on the predicted road. The information processing section 4 computes a network of roads beginning from the selected reference intersection, and acquires facility information in the neighborhood thereof. Furthermore, the information processing section 4 generates facility information image data for displaying the acquired facility information on a map.

The invention discloses a composite rubber-plastic all-season heat preservation and insulation quilt for greenhouses. A rubber-plastic coiled material is used as a heat preservation core material, theupper surface of the rubber-plastic greenhouse quilt is provided with a multilayer co-extruded anti-aging polyethylene film with a black or white surface facing outwards, and the lower surface of therubber-plastic greenhouse quilt is provided with a multilayer co-extruded anti-aging polyethylene film with a white surface facing outwards. Due to adoption of the white polyethylene film on the lower surface, the white polyethylene film with great reflection performance is capable of reflecting far infrared radiation in the greenhouse back into the greenhouse to improve the integral heat preservation performance of the greenhouse quilt. In addition, the composite rubber-plastic all-season heat preservation and insulation quilt can meet market demands of different geographic regions, different plant species, different facility types and different planting seasons.

A method and apparatus for providing local loop information in a network are disclosed. For example, the method receives a request for local loop information pertaining to a transmission channel, and determines if the transmission channel has one or more local loops. The method retrieves data associated with the one or more local loops if the transmission channel has one or more local loops, and analyzes the data associated with the one or more local loops to determine at least one facility type that supports the transmission channel.

The invention discloses an on-line management system of an environmental sanitation vehicle, which comprises a vehicle-mounted terminal and a background server. The vehicle-mounted terminal comprisesa vehicle data acquisition device, and the vehicle-mounted data acquisition device comprises a positioning data acquisition device, a camera, an OBD service device and a liquid level data service acquisition device. The vehicle data acquisition device synchronizes the data with the background server through the OBD data; The background server comprises a vehicle management device and a SOMS data synchronization system, the vehicle management device includes a vehicle management system and a device management system, the vehicle management system includes a vehicle information management device, A real-time positioning device, a trajectory playback device and an electronic fence device, wherein the equipment management system comprises an intelligent rear-view mirror management device, a facility type management device and an environmental sanitation facility management device, and the SOMS data synchronization system comprises a receiving data system, an abnormality checking system anda data storage system.

The invention relates to a method for designing a rainwater treatment and utilization facility. The method comprises site selection of the rainwater treatment and utilization facility, selection of a facility type and calculation of a facility volume, wherein the facility volume WQV (namely water quality volume in the field terms) is calculated through the following five specific steps of: 1, taking a main parameter value; 2, substituting the parameter value into SWMM model software; 3, obtaining an optimal designed rainfall table and determining a range of optimal designed rainfall; 4, obtaining an accurate value of the optimal designed rainfall according to years of data and control targets; and 5, calculating the volume of the rainwater treatment and utilization facility through a WQV formula. The method designs and constructs the rainwater treatment and utilization facility for rainwater collection and utilization on the premise of controlling the pollution by using the initial runoff control rainfall as a main control factor during runoff pollution control in the prior art.

The invention discloses a GIS based streetlight resource device intelligent display system and method. The system comprises a data maintenance module and a range loading computing module, wherein the data maintenance module is used for maintaining data of a streetlight facility database and a streetlight facility type vector symbol base and sending a data updating success instruction to the range loading computing module; the range loading computing module receives a query parameter from a GIS module, calls streetlight data from a loaded database according to the query parameter, and transmits the streetlight data to a display control and management module; if the streetlight data do not exist in the loaded database, the range loading computing module calls streetlight data from a client buffer module and transmits the streetlight data to the display control and management module; the client buffer module calls streetlight data from a server buffer module; and the server buffer module calls the streetlight data from the streetlight facility database and the streetlight facility type vector symbol base. Therefore, large amounts of streetlight facility information can be quickly loaded in a streetlight facility management system and is visually and reasonably displayed in detail by utilizing a GIS.