78results about How to "Reduce nuisance" patented technology

A beverage preparation machine (1) comprises: a beverage preparation module (2) that vibrates during use, in particular a module for preparing a beverage by circulating a liquid via a flavouring ingredient such a pre-portioned ingredient contained in a capsule; and a reservoir (4) for storing liquid and supplying such liquid to the beverage preparation module. The beverage preparation module and the reservoir are connected by a vibration-barrier 44 mechanical connection (3, 45, 291, 431) for inhibiting or preventing propagation of vibrations from the beverage preparation module to the reservoir.

The invention relates to a separate household heating measurement device of a serial single-pipe connection type heating pipe network system and a separate household heating measurement method. The device comprises a flow meter, a heat integral thermostatic valve, an M_BUS bus, an M_BUS data collector, a DTU (digital transmission unit) and a computer. In the method, heat of a separate household can be measured via measuring heat losses of a heat radiator on each riser, each heat integral thermostatic valve is used for measuring heat losses of the heat radiator connected behind the heat integral thermostatic valve, then the heat calculated by each heat integral thermostatic valve is collected by the M_BUS bus and a data control center, and the heat consumed by the household can be calculated. The layout of the original pipe network needs not to be changed, no punching through walls is needed, the disturbance to households is small, the cost is low, and the problem of separate household heating measurement and energy conservation can be solved with no needs for installation of a heater meter in each household.

The invention provides a method for measuring heat consuming user heating load of a vertical single tube cocurrent type system and a heating metering distributing system of the vertical single tube cocurrent type system, and relates to a heating metering distributing system. The method for measuring heat consuming user heating load of the vertical single tube cocurrent type system and the heating metering distributing system of the vertical single tube cocurrent type system solve the problem that an existing vertical single tube cocurrent type system in buildings is difficult to remould. A flow controller locking balanced flow is placed on each stand pipe of each apartment, each stand pipe is provided with a water supply temperature sensor and a water returning temperature sensor, each user family is provided with a room temperature sensor, and a calorimeter is placed in a total building heating entry well. Heat dissipating capacity of each stand pipe and radiators at each floor and equivalent heat consumed by each heat consuming user are measured according to the measured water supply temperature and water returning temperature of each stand pipe and the measured room temperature in each user. The method for measuring the heat consuming user heating load of the vertical single tube cocurrent type system and the heating metering distributing system of the vertical single tube cocurrent type system are suitable for heat metering reformations of a vertical single tube cocurrent type system connected on the single side, a vertical single tube cocurrent type system connected on two sides without a crossing tube and a vertical single tube cocurrent type system connected on two sides with a crossing tube and radiators at the same user.

The invention discloses an image display method and device, and an electronic device. The method is applied to the electronic device with a display region. The method comprises the steps of obtainingresource information of an information image corresponding to an image display position when it is determined that the image display position exists in an application interface displayed in the display region; and when interactive operation of a user on the application interface meets a preset interactive condition, obtaining the corresponding information image according to the resource information, and displaying the information image through the image display position. According to the image display method and device, the image display position in the application interface is reused according to the interactive operation of the user on the application interface, and an application image and the information image are dynamically switched and displayed, so that the disturbance on the useris reduced while the exposure rate of the information image is ensured, and the user experience is improved.

The invention provides a method and a device for identifying offline merchants. In one embodiment, a transaction platform may collect transaction data for a plurality of transactions of a merchant andperform feature extraction based on the transaction data to obtain a first transaction feature, where the first transaction feature may include a transaction location generated from a positioning service. Transaction clusters falling within a predetermined geographic range may then be determined from the transaction locations. If the transaction cluster includes more than a predetermined number of transactions, it may be determined that the merchant is an offline merchant and the transaction cluster may represent an offline transaction point of the merchant.

The invention relates to a tunnel empty-hole mud vibration-reduction-control blasting method capable of reducing vibration and noise. According to the method, hole drilling is positioned according to a drilling and blasting arrangement diagram; before powder charging, high-pressure air is used for sweeping holes, rock emulsion explosives and non-electric second-delay detonators are respectively selected, the powder charging holes are charged with powder according to a vibration reduction blasting parameter design list, the periphery holes are charged with the powder at intervals, the rest of the blastholes are continuously charged with the powder, the powder are charged to the bottoms of the holes, tamping is used for plugging the holes in place, and the empty holes are filled with plastic bags with mud; and the detonators are connected in place according to requirements, equipment and persons are all evacuated outside the safe distance, and detonation is carried out after the equipment and the persons are confirmed to be safe. The method has the advantages that the hole bottom blasting force can be enhanced, the blasting footage can be increased, particularly, reflection, refraction and absorption of the blasting shock waves can be strengthened, the process of shock wave->attenuating->stress wave->attenuating->seismic wave can be accelerated, the blasting vibration and noise can be greatly reduced, the blasting vibration speed is detected to be lees than 5cm/s, the phenomenon that people are disturbed can be greatly reduced, and the good technical economic effect can be obtained.

An assembly (100) for an ostomy device (104) comprises a package (102). The package (102) comprises at least a first and a second package portion (106, 108) which are interconnected in such a way that the package (102) is in a closed state when the first and second package portions (106, 108) are in a first mutual position and such that the package (102) is in an open state when the first and second package portions (106, 108) are in a second mutual position. The assembly further comprises a release liner (110) which at least partially covers the adhesive front surface of the ostomy device (104) at least in the closed state of the package. At least a portion of the release liner (110) is attached to the package (102) or formed integrally therewith.

The technical scheme of the invention relates to a road marking line remover, and belongs to the technical field of road construction. The remover includes the body, a baking device, a blade, a battery, a waste line collection device and a backup cleaning device, A battery is mounted on the upper part of the vehicle body, the above-mentioned bake device, blades, scrap line collectors and spare cleaning devices are installed under the body. the device overcomes the noise and dust generated in the working process of the traditional road marking removing device, The damage to the pavement is alsoreduced to a very low degree, and the vibration generated by the device is very small when the operator uses the device to clear the road marking, thereby reducing the nuisance to the operator due tothe vibration and reducing the labor intensity.

The invention relates to a line removing vehicle belonging to the field of road construction equipment. It includes the body, dust collector, Motors, gearboxes and grinding devices, the air suction device, the motor and the gearbox are mounted on the upper part of the body, The grinding device is installed on the lower part of the body, and the motor is connected with the grinding device through areduction box, the body is composed of a front part of the body and a rear part of the body, the front part of the body and the rear part of the body are connected through hinges, the motor and the reduction box are installed above the front part of the body, and the grinding device is installed below the front part of the body. The device can effectively suppress the vibration generated by the grinding device and transmit it to the operator, reduce the dust when working, realize the function of self-protection of the device and reduce the use cost at the same time.

The invention provides a monitoring system and method for pet behavior detection. The system comprises a video capture unit, a target recognition and feature extraction unit, a behavior analysis unit,a memory unit, a control processing unit, an alarm unit, an audio unit, a communication unit and a mobile phone, wherein the video capture unit is connected with the target recognition and feature extraction unit; the target recognition and feature extraction unit is connected with the behavior analysis unit; the video capture unit, the target recognition and feature extraction unit and the behavior analysis unit are connected with the memory unit respectively; the behavior analysis unit is connected with the memory unit, the alarm unit and the audio unit through the control processing unit;the control processing unit is connected with the mobile phone through the communication unit. The system can monitor behaviors of a pet and recognize and analyze the behaviors of the pet when in use;an alarm is given to an owner through the mobile phone when the pet has an alarm behavior, and the owner can send a command to the pet through the communication unit. The monitoring system is simplein structure, is conveniently operated by a user and has higher practicability.

Systems and methods of a two-pass inspection methodology that dynamically creates micro care areas for inspection of repeater defects. Micro care areas can be formed around each location of a repeater defect. After inspection, additional repeater defects in the micro care areas can be identified. Attributes of the repeater defects can be compared and any repeater defects with attributes that deviate from an expected group attribute distribution can be classified as nuisance.

The invention provides a heat metering method based on a household radiator heat distribution meter method realization heating system and a heat metering system thereof, relating to the technical field of heat metering. According to the method and the system, a problem that the metering can not be carried out by using an existing heat metering method when a heating user radiator model, installation and use conditions or a radiator area in a total heating meter management range is different from the design is solved. The heat metering method comprises the steps of measuring the total heat supply quantity of the whole heating system, the actual room temperature of each heating user and temperature of supply and return water, determining integrated thermal characteristic parameters bi and Ai of all radiators in each heating user, and determining the heat allocation of each heating user finally. A unit temperature collection device in the heat metering system collects the temperature of supply and return water pipes and indoor temperature of all heating users on a heat supply branch, and the total heating meter and all unit temperature collection units send temperature information to a computer. The metering system is simple, the range of adaptability is wide, the accuracy is better compared with an existing heat metering method, and the method and the system are suitable for a single user horizontal heating system.

The invention discloses a pipe machining device and process for prefabricating an embedded integrated rubber ring and a pipe. The pipe machining device comprises a base, a supporting frame is fixedly installed on the left side of the top of the base, an extrusion device is fixedly installed on the supporting frame, a movable seat is fixedly installed on the right side of the top of the base, and a forming device fixedly installed on the movable seat. The machining process comprises the following steps that firstly, the end of a core bearing opening is sleeved with the rubber ring; secondly, a mandrel is heated to the temperature required by the process; thirdly, a molten material belt is wound around the rolling mandrel, and after cooling, a winding pipe wound around the mandrel is formed; and fourthly, the tail of the rubber ring and a pipe socket hot melting material are mutually nested, and the pipe is cooled and demolded. The rubber ring embedded pipe is manufactured through the machining device and the machining process, manual operation factors such as neglected installation and wrong installation of the rubber ring in the engineering construction process can be avoided, and therefore the problem of leakage of an underground pipe network connector is solved.

The invention discloses a tunnel and underground engineering self-stabilization construction method. The tunnel and underground engineering self-stabilization construction method is a novel method for achieving safe, high-quality, environment-friendly, rapid and saving construction of a tunnel by sufficiently utilizing the short self-stabilization time of a surrounding rock to develop the rapid and effective load-bearing effect of a tunnel main structure. Through the measures of exploring mechanisms and elaborately scheming, little-excavating and rapid-brick-building and space-time matching, process-rationalizing and stress-optimizing, based-on-internal-cause and more-with-less and the like, the internal cause controlling factors that the surrounding rock pressure is calculated, the surrounding rock stabilization time is analyzed, an appropriate excavation space is designed, and effective lining is conducted with time limit are achieved, so that the purpose of self-stabilization construction is achieved, therefore, deep-buried and underground excavation engineering does not need advanced supporting and primary supporting, and the unnecessary cost is reduced; shallow-buried and underground excavation engineering does not need pipe-advancing and strict-grouting; super-shallow-buried cover-excavation engineering does not need the external cause auxiliary processes of advanced piling or constructing of an underground continuous-wall temporary vertical supporting system and the like; and a new leap of safety, high quality, environmental protection, rapidness and saving of the tunnel is achieved.

In at least one embodiment the present invention relates to a Multiple Input Multiple Output (MIMO) covert terrain following outdoor perimeter security sensor that can detect, locate and categorize intruders as they move in proximity to buried sensor cables. This MIMO cable guided radar utilizes parallel standard leaky coaxial cables with uniform aperture(s) in the outer conductor. RF transmissions from both ends of one cable setup an invisible electromagnetic detection field which couples into parallel receive cables. When an intruder moves within the coupled electromagnetic fields the amplitude and phase of the multiple received signals are altered. Signals received from both ends of each receive cable are processed jointly to detect and locate intruders along the length of the sensor cables. The joint processing of the responses seen from both ends of the cable(s), referred to as End-to-End correlation provides uniform sensitivity along the length of cables without the need for expensive “graded” cables. With multiple receive cables the responses can in turn be used to classify the target in terms of direction, speed and size of the intruder crossing over the cables. The MIMO nature of the present invention can allow one to track intruders crossing the perimeter thereby reducing the number of nuisance and false alarms.

The invention discloses a process for constructing an impervious concrete wall by using an open excavation and inverted construction method. The process comprises the steps of constructing guide grooves and a construction platform, segmentally constructing lining walls from top to bottom and pouring an impervious wall from bottom to top. The process is adapted to the perpendicular open excavation of an ultra-long, ultra-deep and large-section impervious wall structure; compared with those of an impervious concrete wall constructed by a conventional method, groove holes constructed by an open excavation and inverted construction grooving process have the advantage that high-flow regime concrete has better compaction effects on the lining walls and soil bodies on the two sides, so that the stress relaxation conditions of the soil bodies on the two sides are changed, and changes in the permeation boundary conditions of the impervious concrete wall are small; the impervious concrete wall constructed by the open excavation and inverted construction method has tangible construction quality, and procedure and process control is ensured, so that the problems of high hole collapse rate and low grooving efficiency of the groove holes during the construction of a loose sandy gravel layer impervious concrete wall are solved, and the joint quality of the impervious concrete wall is ensured.

The invention discloses a high-energy tamping machine. According to the high-energy tamping machine, a liquid explosive is adopted as tamping energy, the upper portion serves as an impacting part, thelower part serves as a pressing part, and a buffer is arranged between the impacting part and the pressing part. A combustion chamber with a downward opening is arranged on the impacting part, the upper end of the combustion chamber is closed, a closed combustion space is formed from the upper end face of a piston to the closed upper end of the combustion chamber, the liquid explosive is injectedinto the combustion chamber through a check valve and is ignited through electric ignition or chemical ignition, and high-pressure fuel gas is generated; on one hand, the piston, a piston rod and thepressing part are pushed downwards, and the ground below the high-energy tamping machine is compacted; on the other hand, the impacting part is pushed to move upwards; and the impacting part falls under the action of the gravity or a reset spring, the buffer is compressed, buffering force and tamping force are generated, and secondary tamping is formed.

The invention discloses an incoming call number identification and management and control method, which comprises a mobile phone end program and a cloud computing center, the mobile phone end programis provided with a mobile phone end blacklist and a mobile phone end white list, and when an incoming call comes, the mobile phone end identifies the identity of an inbound person according to the mobile phone end blacklist and the mobile phone end white list; If the mobile phone end cannot identify the identity of the caller, auxiliary identification is performed on the identity of the caller through the cloud computing center; The mobile phone end program classifies and processes the identity recognition result of the caller according to the mobile phone end or the cloud computing center andexecutes one of the following operations: normally answering the incoming call; Hanging up the telephone; And the calling party is informed to reserve the call, and the reservation request of the calling party is authorized and agreed by the owner and then makes the call.

The invention discloses a multi-storey residential additionally-mounted elevator prefabricated assembly type pit foundation device in the cold region. The prefabricated assembly type pit foundation device comprises a foundation bearing platform, the foundation bearing platform is poured in a foundation pit, and a concave table is formed in the foundation bearing platform through the middle which is fixed through mortar; and lifting rings used for lifting are welded on the inclined surfaces of the outer sides of the concave table, the four corners and the center of the concave table are also meshed with four-column steel bars and vertical steel bars which are vertically upward, and the concave table is connected with a side wall body through the vertical steel bars correspondingly. According to the multi-storey residential additionally-mounted elevator prefabricated assembly type pit foundation device in the cold region, a pit foundation is novel in design, simple in structure and convenient to construct and install, and the on-site construction has few situations of disturbing residents; the mode of prefabricating components and then carrying out on-site assembly is achieved so that the construction period can be effectively shortened, the cost can be reduced, and the interference on the life of the residents can be reduced; and the waterproof, cold-proof and warm-keeping problems of existing multi-storey residential additionally-mounted elevator pit foundations in the super-cold and cold regions are solved, the design is reasonable, the structure is simple, the assembly isconvenient, and favorable conditions are created for improving the construction quality and the economic benefit.