3639 results about "Water drinking" patented technology

A lid with a raised drink-through spout (24) has a hinged flap valve (28) covering a drink opening (26′) formed in the surface of the spout. The user opens the valve by pushing the top of a post (28P) on the flap (28F) down. A hinge (28H) holding the flap urges the flap to return to its closed and horizontal orientation, but the top edge of the post will catch under a catch edge of the opening opposite the hinge. This holds the flap open. The user can then drink from the spout. To re-close the valve, the user applies inward force to the outer sidewall (16) below the catch edge. This causes the wall to deflect inwardly and the catch edge to distort outwardly, widening the hole. This releases the post, allowing it to move upwardly so that the flap can spring back to its horizontal and closed position.

A continuously disinfecting pet watering device comprises a lower reservoir for holding a predetermined volume of water accessible to a pet and an upper reservoir in communication with the lower reservoir for holding a predetermined volume of replenishment water. A motorized pump is provided to re-circulate water through a filter and past a germicidal ultraviolet lamp for decontamination. The pump and lamp may be activated on demand by way of an animal proximity detector or they may operate periodically in a fixed or pre-programmed schedule. A method for a continuously disinfecting pet watering device is also disclosed.

The invention relates to the field of tableware, in particular to an intelligent cup which comprises a cup body, a controller, a wireless transmission module, a mobile terminal and a measuring instrument used for measuring water consumption. The controller and the wireless transmission module are arranged on the cup body, the controller is electrically connected with the measuring instrument, and the wireless transmission module is electrically connected with the controller and wirelessly connected with the mobile terminal. Acquired signals are transmitted to the controller through the measuring instrument used for measuring water level, the controller converts the signals into data and transmits the data to the mobile terminal through the wireless transmission module, and a water drinking person is prompted to drink water through the mobile terminal. The mobile terminal is convenient to carry and is an electronic product essential to people's life and work, so that the water drinking person can be prompted to drink water at any time.

The invention provides livestock feed which takes nutlets, dried vegetables, dried fruits and Chinese herbal medicines as a livestock feed component and a livestock drinking water component and a livestock feeding method. The livestock feed containing the nutlet components comprises livestock feed and livestock drinking water. The livestock feed is characterized in that the livestock contains the nutlet components, wherein the nutlets comprise shelled melon-seeds (A3), peanut kernels (A4), perillaseeds (A15), sesame seeds (A25) and sesame (A34), and the number of nutlet components in the feed is greater than or equal to 1 but less than or equal to 16. Livestock comprises laying hens, broilers, dairy cattle, cattle, laying ducks and meat ducks. The livestock feed comprises a feed component (A), a feed component (B), a universal component (T), standard feed (M) and mixed feed (X). The livestock drinking water comprises a drinking water component (C), a drinking water component (D), a universal component (T), standard drinking water (W) and mixed drinking water (Y). Livestock is fed by using the livestock feed and livestock drinking water, so that the quality of eggs and milk can be improved, the quality of meat can be improved, and a great economical benefit can be brought to the livestock breeding industry.

The invention discloses a water cup and system with the person water drinking data statistics function. The water cup is formed by a cup body. The cup body is provided with fingerprint sensor modules, a pressure / gravity sensor module, a temperature sensor module, a central control board and a power supply module. The central control board is respectively in data connection with the fingerprint sensor modules, the pressure / gravity sensor module and the temperature sensor module, receives data collected by the sensor modules, carries out operation processing on the data and transmits the data to a cloud server through a wireless network. A user can know water drinking conditions of the user at any time, and reasonable and healthy water drinking can be achieved.

The invention discloses an object recognition water dispenser and an intelligent water drinking control system and method. The object recognition water dispenser comprises a water dispenser body with a water outlet and a water inlet. The water dispenser body is provided with an information transmission unit, a label reader, a user identity recognition unit and a control unit, the information transmission unit is used for information transmission between the water dispenser body and an external information management center, the user identity recognition unit is used for obtaining input information of users, and the control unit controls the water inlet to discharge water; the label reader, the user identity recognition unit and the control unit are connected with the information transmission unit, and transmit information to the information management center or receive instruction information sent by the information management center through the information transmission unit. The object recognition water dispenser manages and controls water intake and other information according to own characteristics of the users, can be widely used in public places such as a hospital and a nursing home, and ensures healthy water drinking, and it is avoided that the users contract a disease due to confusion of cups.

The invention relates to a multilayered structure and multifunction pipeline and a connecting device, solving the disadvantages of poor corrosion resistance, poor crushing resistance, poor heat-insulating property, no shapely appearance, high production cost, single structure, and the like of the existing pipelines. The pipeline comprises a corrosion resistance layer, a crushing resistance layer, a heat-insulating layer and a bacteria resistance layer, and can be of the types of single corrosion resistance and crushing resistance, bacteria resistance, corrosion resistance and crushing resistance and heat-insulating, corrosion resistance and crushing resistance. The invention has the advantages of favorable corrosion resistance, high crushing resistance, favorable heat-insulating property, bacteria resistance, simple installation and connection, reduced production and installation cost, diversified structural type of pipeline and connecting device, and the like. The pipeline can be used for drinking water supply projects, drainage engineering, oil transportation, corrosive liquid transportation, high temperature liquid and gas transportation, etc.

The invention discloses a solar seawater desalination device, which comprises a vacuum tube type solar heat collector with cold and hot water tanks, a combined evaporative condenser, a seawater evaporator, a vapor condenser, a scroll vacuum pump, a heat pump circulation system, a fresh water tank, a strong brine tank, a sieve plate, a pressure reducing valve and the like. The device adopts the scroll vacuum pump to obtain higher negative system pressure to reduce the evaporation temperature of seawater; between the seawater evaporator and the vapor condenser, the heating cycle of a heat pump is utilized to supply the latent heat released by vapor condensation to the seawater evaporator and provide the heat for the evaporation of the seawater, and the device fully and effectively recovers the latent heat of condensation of water vapor; and the combined evaporative condenser is adopted to ensure that the seawater can be immediately condensed after the evaporation of the seawater and reduce the load of the vacuum pump. The device has the advantages of high efficiency, low energy consumption, compact structure, high fresh water yield and the like, and is suitable to solve the water drinking problem in water-deficient areas and the water drinking problem of operating personnel on ships and offshore platforms all year round.

A drinking vessel with adjustable handles for a juvenile is disclosed. The drinking vessel features two handles that can be adjusted apart from each other at varying fixed or articulated angles. Furthermore, the two handles can be adjusted without the intervention of a person disassembling the drinking vessel in order to reorient or readjust the handles. The adjustable handles allow the juvenile to manipulate and hold the drinking vessels with greater flexibility.

A drinking vessel with adjustable handles for a juvenile is disclosed. The drinking vessel features two handles that can be adjusted apart from each other at varying fixed or articulated angles. Furthermore, the two handles can be adjusted without the intervention of a person disassembling the drinking vessel in order to reorient or readjust the handles. The adjustable handles allow the juvenile to manipulate and hold the drinking vessels with greater flexibility.

A leak-resistant drinking system is disclosed. The leak-resistant drinking system comprises squeeze-openable check valves for use with straws and cup lids, and tighteners to tighten the rim of a cup against the cup lid with expanding hygroscopic material.

The invention discloses a method for feeding an egg newborn chick with high efficiency in the field of agricultural pasturage breeding. The method takes a mode that body type indexes reach the standard as a standard and finds out the body type indexes that the determining degree of the brooding period of layers to the laying performance is maximum. The breeding process comprises the following steps: a preventive medicine of one treatment course is added in the feed of 3-5 days before 20 ages in days in the 7-11 ages in days of a newborn chick; within 1-2 days before and after immunization of each time, a stress-resisting additive is added into the drinking water of the newborn chick; the nutritional level of rations of 0-3 ages in week or 0-4 ages in week is higher than that of rations atthe later period of brooding; the newborn chick is fed with a feed to 8 ages in week; and after 8 weeks, the feed is replaced by rations for raising grown chickens. Compared with a conventional breeding method, the method enhances the standard reaching rates of the body weight and the shank length of the newborn chick with 8 ages in week by 12.4% and 9.3% respectively, enhances the uniformity of chick colonies by 8.4%, enhances the egg yield by 7.2%, lowers the mortality rate of the laying period by 4.3% and enhances the benefit of breeding chickens by 18.7%; and the input-output ratio averagely reaches 1:8.1.

A method of cancer treatment is provided that includes administering an effective amount of an endogenous ligand for the aryl hydrocarbon (Ah) receptor (AhR) named ITE or one of its structural analogs (the active ingredient) to a subject with cancer is disclosed. An effective dose and dosing frequency of the active ingredient are determined by measuring its blood levels of the subject after dosing. The active ingredient formulated with a carrier system is applied topically, enterally, or parenterally to the subject. An oral dose of water, in addition to normal water drinking, is administered to help alleviate feces hardening, a complication of ITE dosing. Subjects with cancers of skin, colon (or rectum), stomach, pancreas, kidney, bladder, soft tissue, and cervix, are preferably accepted for treatment or intervention.

This invention provides a container and associated growing process that promotes the growth of at least two different, specialized types of roots and that provides the optimal conditions for these two types of roots. In particular, the container defines an upper section that promotes growth of a fine intricate web of roots that is surrounded by an organic, non-organic or mixed organic and non-organic nutrient-rich medium. This upper section is separated by a permeable medium divider that allows predetermined quantities of water to pass into the upper section (to maintain desired moisture in the nutrient medium (soil), while a lower / bottom section contains a reservoir of hydroponic water that may be relatively free of any nutrients (e.g. “non-nutrient” water). Extending from the upper root ball are a series of water-drinking straw-like roots that transpire water directly from the non-nutrient reservoir and that are continually exposed to massive amounts of atmospheric oxygen. A transport (capillary) device allows water to wick from the reservoir into the upper section to maintain a desired level of moisture in the upper roots, and carrying with it additional dissolved oxygen via evaporation and transpiration. The bottom section can be filled with an acceptable porous, water-storing medium such as gravel or rock wool. The permeable medium divider can include one or more capillary devices that allow transfer of water from the lower reservoir into the upper section. In certain embodiments, the divider can include a series of formations that allow it to sit in an elevated manner on a water-containing structure (such as a sponge-like medium).

The invention discloses a laying hen feed taking nuts as feed components and a classified feeding method of the laying hen, wherein the classified feeding method comprises laying hen feed preparing, laying hen drying water preparing, laying hen classifying and a laying hen feeding method. The laying hen feed is characterized in that the laying hen feed has nut components, wherein the nuts comprise shelled melon seeds (A3), peanut kernels (A4), perilla seeds (A15), castor seeds (A25), sesames (A34), and the like. According to the laying rate, the laying hens are classified into ri laying hens, mu laying hens, chang laying hens, jing laying hens and to-be-selected laying hens; a feed component (A), a feed component (B) and standard feed (M) are pre-mixed according to a certain weight ratio to prepare a mixed feed (X); the mixed feed (X) is fed for a laying hen crowd with different laying rates according to a certain number of the laying hens to feed the laying hens; a drinking water component (C) and a drinking water component (D) are added into standard drinking water (W) in a ratio of (C) (1-5): (D) (2-10), 700g-1000g in total, by respectively adopting a penetrating method to prepare mixed drinking water (Y) for the laying hens to drink. After the method is adopted to feed the laying hens, the egg product quality can be effectively improved, meat quality of obsolete laying hens can be improved, and great economic benefits can be brought for the breeding industry.

A method for determining a quantity of liquid food which has been drunk by animals, in particular water or milk from a drinking dish (2), the liquid food being fed into the latter, characterized in that a preselected, determinable quantity of liquid food is fed into the drinking dish (2) and, after the food has been removed by an animal, the quantity of liquid food which has actually been drunk is ascertained exactly by means of a filling-level measurement, by means of a filling-level-measuring device (7), on an individual animal basis after drinking has taken place, and the preselected, determined quantity of liquid food is fed in via a reservoir (14), which is connected to the drinking dish (2) via at least one connecting conduit (13), and a filling level, an ascertaining of a residual quantity and / or a speed of removal of the food from the drinking dish (2) is ascertained, regulated and / or controlled there.

The invention discloses an intelligent water glass, which comprises a water glass shell and a liner fixedly connected with the water glass shell, wherein the bottom supporting plate of the water glass shell is vertically moved relative to the water glass shell; a pressure sensor is arranged between the lower surface of the bottom of the liner and the upper surface of the bottom supporting plate; the pressure sensor is used for transmitting the obtained weight information to a signal processing module for processing; the processed weight information is transmitted to a display device and / or a sending module arranged on the intelligent water glass by the signal processing module; the sending module sends the obtained information to a background processing system. The intelligent water glass disclosed by the invention has the advantages that the liner is weighed by the pressure sensor when the smart water glass is taken up; when the smart water glass is put on a table top, the liner is weighed; the obtained weight information is sent to the display screen and the background processing system by the pressure sensor after being processed by the signal processing module; the background processing system provides reasonable water drinking time and reminds users to drink water on time every day.

The invention discloses a system and a method for wirelessly monitoring the water drinking behavior of sows raised in a group based on a machine vision technology. The system comprises a plurality of pieces of water drinking place equipment, gateway nodes and a central server, wherein each water drinking place equipment is arranged at a water drinking place in each sow house to be monitored, used for sensing approaching of the sows and triggering each processor to record water drinking time and flow, and wirelessly connected with the central server through the gateway nodes by using a network. The water drinking behavior is an important basis for judging whether the sows are healthy. The system can accurately monitor the daily water drinking frequency of the sows and the daily total consumption of water resources by using an automatic technology, and can automatically send the serial number of a sow individual which abnormally consumes water to a feeder, so that the sow can be timely concerned, the growth and reproduction of the sows are slightly influenced by diseases, and the economic benefit of sow raising is effectively improved.

A drinking vessel with adjustable handles for a juvenile is disclosed. The drinking vessel features two handles that can be adjusted apart from each other at varying fixed or articulated angles. Furthermore, the two handles can be adjusted without the intervention of a person disassembling the drinking vessel in order to reorient or readjust the handles. The adjustable handles allow the juvenile to manipulate and hold the drinking vessels with greater flexibility.

The invention provides a dairy cow feed which takes nutlets, dried vegetables, dried fruits and Chinese herbal medicines as components of the dairy cow feed and drinking water components of the dairy cows, and a method for breeding the dairy cows by stages. The dairy cow feed containing nutlet components comprises a dairy cow feed and dairy cow drinking water. The dairy cow feed is characterized in that the dairy cow feed contains the nutlet components; the nutlets comprise shelled melon-seeds (A3), peanut kernels (A4), perillaseeds (A15), hemp seeds (A25), sesames (A34)...and the like; the variety of the nutlet components contained in the feed is more than or equal to one and less than or equal to 16. The dairy cow feed containing the nutlets components comprises a feed component (A), a feed component (B), a common component (T), a standard feed (M) and a mixed feed (X); the dairy cow drinking water comprises a drinking water component (C), a drinking water component (D), a common component (T), standard drinking water (W) and mixed drinking water (Y); the dairy cow feed and the dairy cow drinking water are used for feeding the dairy cows according to the method provided by the invention so that the quantity of produced milk of the dairy cows can be increased and the quality of the dairy cows is improved; the meat quality of the dairy cows is improved and great economic benefits can be brought to a dairy cow industry.

A method of active reminding water drinking to help people nowadays who often forget to drink water because of busyness or assist caregivers of senior and aged people and patients to record regular water drinking conditions. The method calculates total water drinking amount within a preset time period and a staged water drinking amount within a staged time period, and issues a reminding alert signal in the event of insufficient or excessive water drinking condition. Thus it helps users to develop a regular water drinking habit to maintain a healthy physical condition.

The invention provides lamb fattening complete pellet feed, which belongs to the field of feed processing in animal husbandry and applies to the intensive complete-barn-feeding production of mutton sheep. According to the nutritional need of lambs in different fattening periods, three types of complete pellet feed are prepared and processed through three formulations in order to satisfy the balanced nutrition supply for weight increase and other aspects except water drinking in a 10 to 15 kg stage, a 15 to 20 kg stage and a 20 to 25 kg stage in a fattening period respectively, so that the factory production of fattening sheep without depending on the conditions of forage grass resources is realized. Due to abundant raw material sources, simple processing technique and low production cost, the pellet feed is beneficial to large-scale commercial production. After application, the pellet feed can ensures that the production of fattening sheep is not restricted to the conditions of natural feed and forage grass resources, and production scale can be adjusted in time according to market demand. Meanwhile, as only one type of pellet geed is used in one fattening stage, more simplified and scientific production process, reliable fattening effect, high production efficiency and low comprehensive cost are ensured.

The present invention relates to application of Bacillus subtilis ANSB060 (Preservation code number of CGMCC NO. 3440), especially to application of the bacterial strain in drinking water and / or feed of breeding animals. The Bacillus subtilis ANSB060 can be obtained by such techniques as repeated separation, purification and rejuvenation and the like; the Bacillus subtilis ANSB060 has the advantages of strong bioactivity, excellent health benefit property, and good stress resistance and the like. Fermentation liquor of the Bacillus subtilis ANSB060 obtained by the production technique like deep fermentation and the like is added to the drinking water or the feed for the animals; after entering into the animal intestinal canals, the bacterial strain can quickly activate, reproduce and form preponderant profitable strain such that the application of the Bacillus subtilis ANSB060 can reduce the harmful strain, adjust the intestinal microecological balance, substitute drugs like antibiotics, and improve the animal weight increment and the feed utilization ratio and the like.

The invention provides a water drinking monitoring device based on a smart phone. The monitoring device comprises a detection pad and a monitoring platform, wherein the monitoring platform adopts the smart phone; an induction module of the detection pad adopts pressure sensors, and the pressure sensors are used for converting pressure signals, generated by the change of water volume in a water cup placed on the detection pad, into voltage signals; an amplification module carries out amplification processing on the voltage signals so as to form analog signals; an A / D (Analog-to-Digital) module in a processor converts the analog signals into digital signals and processes acquired data so as to obtain corresponding water volume data; a clock module supplies time reference to the work of the monitoring device so as to enable the work time of the monitoring device to be synchronous to that of the monitoring platform; a wireless transmission module adopts a Bluetooth module and transmits drinking water volume data detected by the detection pad to the smart phone of the monitoring platform; a power supply module supplies power to different circuit modules or chips in the detection pad; and the monitoring platform is used for running water drinking monitoring software and receiving, processing and displaying the drinking water volume data.

The invention discloses a water drinking monitoring cup, a water drinking monitoring method and system and a mobile terminal. According to the water drinking monitoring cup, a controller of the water drinking monitoring cup determines the actual water consumption of water in a cup body, actually drunk by a user, according to the liquid level of liquid in the cup body, detected by a liquid level sensor and the situation that a human body is contact with a cup opening, detected by a contact sensor, can determine the actual water consumption of the user according to the trigger situation of the event that the user is actually in contact with the cup opening and drink water and accordingly can accurately and effectively determine the actual water consumption of the user, and the problem that the actual water consumption of the user cannot be accurately and effectively determined in the prior art can be solved. According to the water drinking monitoring system provided by the embodiment of the invention, the mobile terminal sends a water drinking plan to the water drinking monitoring cup, and the water drinking monitoring cup conducts water drinking management on the water drinking plan, can perform water drinking management without dependency on the mobile terminal and is convenient to use and easy to operate.

The present invention provides a non-skid double-layer pet bowl for feeding animals and also provides a method of fabricating the said bowl. The bowl has an anti-skid bottom, so that the bowl does not move when the animal is eating or drinking from it. Another feature of the bowl is that materials, plastic and metal can be detached from each other. The plastic bowl is on the outside and is printed with various prints to make it attractive. Only this outer plastic bowl can be changed by removing it, in case of any damage or to obtain a different pattern.When detached, both the bowls can be used separately also, as double diner, that is one for feeding and the other one for drinking water for animal.The present invention also provides a method of fabricating the non-skid pet bowl. The bowls of the present invention are easy to fabricate, attractive in appearance and cost-effective.

The embodiment of the invention relates to a water dispenser, an electronic device and a water drinking reminding system. The water dispenser comprises a communication module and a water volume detection module, wherein the water volume detection module is used for detecting the volume of water taken by a user and outputting the water volume information through the communication module. The electronic device comprises a physical signal sensor and / or a motion sensor, and a signal transmission module, wherein the physical signal sensor is used for detecting the physical signal information of a human body and outputting the physical signal information through the signal transmission module, and the motion sensor is used for detecting the motion information of the human body and sending the motion information to the water drinking reminding system through the signal transmission module. Corresponding information is sent to the water drinking reminding system through the communication module of the water dispenser and the signal transmission module of the electronic device, so that the water drinking reminding system determines water drinking reminding timing according to the information which includes the volume of water taken by the user, or the physical signal information of the human body, or the motion information of the human body and reflects the condition of the human body, and then a water drinking reminding message can be sent out more accurately.

The invention belongs to the technical field of electrical equipment, in particular to a refrigerator with a water dispenser function. The refrigerator with the water dispenser function comprises a refrigerator door body, a water dispenser device is arranged in an inner container of the refrigerator door body, and the water dispenser device comprises a water storage component and a water outlet component communicated with the water storage component. The inner container of the refrigerator door body penetrates through the refrigerator door body so that the water outlet component is arranged on a panel of the refrigerator door body, and a control component used for controlling opening and closing of the water outlet component is arranged on the panel of the refrigerator door body. Water outlet of the water dispenser device can be controlled easily and conveniently by the control component, and water can be taken rapidly; the water dispenser device is in a locked state by striking a simple lock; dismounting, cleaning and changing of parts by users are convenient due to the fact that the water dispenser device is of a detachable structure. The refrigerator with the water dispenser function has the advantages of being low in cost, simple in structure, high in practicability and wide in application.

A device capable of diverting, redirecting, and collecting fresh water from a faucet to a pet for drinking. The device includes a plurality of elbows and a reservoir with a faceplate or a reservoir connected to the faucet by use of a connection piece. The device includes extensions which allow the user to position the reservoir at a desired height and distance from the faucet. The device further includes a plurality of designs for the reservoir and faceplate that allow for different water flows from which the pet can drink. The chosen reservoir and faceplate can be changed by the user. A method for having multiple reservoirs and faceplates connected to a single faucet allowing multiple pets to drink at a time is also disclosed.

The invention discloses a method for accurately detecting drinking water volume of a cup. The method comprises the steps that whether the cup is located in a water pouring state or in a water drinking state is measured and determined through a 3D acceleration sensor, the original water volume in the cup and the surplus water volume in the cup after water is drunk are measured through a pressure sensor, and the accurate drinking water volume is obtained through a comprehensive measurement structure. According to the method, the mode of establishment of a mathematical model is adopted, accurate calculation of the drinking water volume of the cup is achieved on the premise that more hardware sensing devices are not added, the cup can be weighed when the cup is held up, a user adds water to the cup after the user drinks water, and drinking water drunk by the user can also be accurately recorded.