133 results about "Sleep function" patented technology

The invention relates to an air conditioner sleeping function control method based on cloud computing technology. An air conditioner is installed on a place capable of receiving a network signal and connected with a cloud server. After connection, a user can log in a client side platform to control the air conditioner. If the user chooses to use a recommended sleeping mode, the cloud server calculates an air conditioner operating parameter changing curve suitable for the user according to real-time information. If the user chooses self-setting, the cloud server stores user setting information in a data bank so that a personalized cloud sleeping mode is established by the user. A data processing unit of the cloud server sends the changing curve or the user setting information to the air conditioner in the mode of an enciphered data flow, the air conditioner decodes the enciphered data flow so that a controller can operate the enciphered data flow. Meanwhile, an operation state of the air conditioner forms an enciphered data flow which is fed back to the cloud server so that the cloud server is noticed that the cloud sleeping mode is operated. According to the method, adaptability of the air conditioner can be enhanced and sleeping quality of the user is improved.

The invention relates to a control method of an air conditioner with self-learning sleep function. The control method comprises the following steps: (a) entering a sleep operation mode; (b) adjusting indoor temperature according to a current set temperature curve and a set wind speed curve; (c) during operation, operating a system according to the changed set temperature and memorizing the changed set temperature if a user adjusts the set temperature, or operating the system according to the changed wind speed and memorizing the changed set wind speed if a user adjusts the set wind speed; and (d) modifying a sleep curve according to the set temperature-time and the set wind speed-time memorized by the system as the set temperature curve and the set wind speed curve of the current sleep mode. The control method has simple operation and can effectively increase user comfort.

The invention discloses a terminal sleeping method and a terminal. The terminal sleeping method comprises the following steps: ensuring corresponding network retention time and central processing unit CPU retention time according to service information of service; starting a first timer and a second timer corresponding to the service, wherein the time duration of the first timer is the CPU retention time, and the time duration of the second timer is the network retention time; under the condition that the first timer of each service arrives time, enabling the sleeping function of a CPU; under the condition that the second timer of each service arrives time, enabling the sleeping function of a wireless module, the network retention time is a network time length which needs to be continuously used by the service, and the CPU retention time is a CPU continuous operating time length needed by the service. The terminal sleeping method is used for the terminal to save power.

The present invention features a combination utility/camper tow trailer capable of being converted between a first utility functioning configuration or position, a second utility functioning configuration or position, and a sleep functioning configuration or position via first and second configurable panel members. In the first utility functioning position, the combination utility/camper tow trailer is capable of supporting and carrying a load atop the panel members, while simultaneously providing storage in the trailer bed below. In the second utility functioning configuration, the trailer is configured to increase the volume of the interior storage portion of the trailer bed by positioning first and second configurable panel members in an upward extending manner. In the sleep functioning position, the combination utility/camper tow trailer is converted into a tent trailer by positioning first and second configurable panel members in an outward position and removably coupling a tent assembly to the combination utility/camper tow trailer to provide an enclosed sleeping area in which each panel member functions to provide a bed.

A dental device comprises an intraoral nasal dilator and a mandibular repositioner working synergistically as an anti-snoring device. The device has a lower segment of thermoplastic material which is formed to fit over the lower teeth and is connected to an upper section of molded material extending between the upper jaw and the upper lip by a wire connector. The wire connector has mechanisms allowing adjustment of the lower jaw positioning. A wire extension with acrylic pads at end is bonded in the midline of the flange and extends out so that the pads stretch the tissue of the lip and lateral nasal walls preventing collapse during respiration while the anterior repositioning of the lower jaw maintains opening of the posterior pharyngeal airway during sleep functioning as an anti-snoring device. Additional applications of the intraoral nasal dilator include incorporation into sports mouth guards using a variety of materials.

A sleep function capable of putting a fixed high-priority thread to sleep within a time-window is disclosed. After a sleep request has been made by a fixed high-priority thread via the sleep function, a determination is made whether or not the fixed high-priority thread is awoken before a requested sleep duration under the sleep request. If the fixed high-priority thread is awoken before the requested sleep duration, the number of tasks for the fixed high-priority thread to perform is increased in order to delay the start sleep time of the fixed high-priority thread from a point within a first time-window in which the sleep request was made to an end boundary of the first time-window.

An information processor includes a CPU that calculates various kinds of data, a clock circuit that measures time independently of the CPU, an operational condition switching circuit that makes the CPU switch between sleep and active conditions according to predetermined conditions, and a clock adjustment function that is executed by the CPU, so as to output time by adjusting the time measured by the clock circuit, at a predetermined time. The information processor also includes a condition inputting circuit that inputs a recovery condition, to switch the CPU from the sleep condition to the active condition, when the time measured by the clock circuit comes to a clock adjustment time when the clock adjustment function is executed by the CPU, or a predetermined time before the clock adjustment time. The adjustment function can be properly operated when a sleep function for a control system is used in combination with the adjustment function that operates independently of the control system. The information processor may be provided to, for example, a facsimile apparatus or a telephone.

The present invention relates to a health-care food for improving sleep. Said health-care food is made up by using high-quality royal jelly and adding natural plant extract through a certain preparation process, in which the natural plant extract includes the spring jujube kernel extract, acanthopanax root extract and ganoderma extract. Said invention can be made into hard capsule, soft capsule, tablet, granules and oral liquor which have good effect for improving sleep and raising sleeping quality.

An image forming apparatus equipped with a sleep function and for forming an image using an image forming unit and a control method thereof. The image forming apparatus includes a control unit that controls the image forming unit. When a job is received in a sleep state, a port number of the received job is discriminated, whether or not to perform initialization processing of the image forming unit is determined based on the discriminated port number, and in a case that it is determined that initialization processing of the image forming unit is necessary, initialization processing of the image forming unit is started and thereafter the control unit is controlled to start processing of the job.

The invention discloses an energy-saving air conditioner and an air conditioner fan linkage system. The air conditioner provided by the embodiment of the invention is the same as the common air conditioner if a sleep function is not started when the air conditioner is started; when the sleep function is started, the air conditioner operates according to the efficient and energy-saving sleep mode. Compared with the temperature regulation mode in the prior art, the air conditioner provided by the embodiment of the invention can realize the linkage operation of the air conditioner and an electric fan, not only can satisfy the requirements on human body comfort, but also can shorten the refrigerating operation time of an air conditioner, thus achieving the energy-saving effect.

The invention belongs to the technical field of price tags, and provides a touch display screen electronic price tag based on human body induction. The touch display screen electronic price tag based on human body induction comprises a shell, a host, a touch display screen, a voice device, a power source and a loudspeaker, wherein a human body inductive sensor, the host, the touch display screen, the voice device, the loudspeaker and the power source are arranged in the shell, the host is connected with the human body inductive sensor, and is used for receiving information indicating that a person gets close to the human body inductive sensor or is far away from the human body inductive sensor, and transmitting the inductive information, the touch display screen is connected with the host, is used for receiving the information indicating that the person gets close to the human body inductive sensor or is far away from the human body inductive sensor, is automatically lightened and displays related information of products when the person gets close to the human body inductive sensor, and can automatically sleep when the person is far away from the human body inductive sensor, the voice device and the power source are connected with the host, and the loudspeaker is connected with the voice device. The touch display screen electronic price tag based on human body induction has the advantages that the automatic lightening or sleep function and the automatic voice broadcast function are achieved when a human body gets close to the human body inductive sensor and is far away from the human body inductive sensor, product diversification introductions are achieved through the touch display screen, manpower is saved, the cost is reduced, and product information can be conveniently updated or changed.

A method for automatically canceling automatic sleep function of electronic device includes calling system state timer and obtaining the first timing value when satellite navigation software is started up, transmitting the first timing value to power supply management unit and using power supply management unit to log in file for fetching out timing value of sleep cancellation then canceling state timer of sleep timing value reset system according to sleep cancellation timing value fetched out by power supply management unit.

The invention discloses an ultralow-power wireless intelligent control system for body sensing or voice control. The ultralow-power wireless intelligent control system comprises a wearable data collecting device, a mobile terminal and intelligent equipment, wherein the wearable data collecting device comprises a sensor, a low-power ADC (analog to digital converter), a low-power microprocessor, and a low-power wireless radio frequency module, the sensor is respectively connected with the low-power ADC and the low-power microprocessor, and the low-power wireless radio frequency module is respectively connected with the low-power ADC and the low-power microprocessor. The ultralow-power wireless intelligent control system has the advantages that a new control instruction input method with low power consumption and low cost is provided under the wireless intelligent control environments, except for a keyboard, a mouse and touch and the like, and wearable equipment is used as a signal collecting device, so the carrying is convenient, the operation is simple, and the efficiency is high; the standby and sleep functions are set, and the power consumption is low; the cost is low, the convenience in use is realized, and the ultralow-power wireless intelligent control system is suitable for being popularized.

The invention relates to the integrated circuit field, particularly to a method and a device which are used for realizing wakening and sleeping functions of an on-chip main system in an SOC. When the method and the device are utilized to waken the on-chip main system, the software operating instruction is reduced, and the processing efficiency and the processing speed when wakening are increased. The method of the invention comprises that after receiving a wakening signal, an asynchronous reset signal generator emits a first working signal which triggers an asynchronous reset register to access to the working state, after receiving the first working signal, the asynchronous reset register emits a second working signal which triggers a clock enabled unit to access to the working state, after receiving the second working signal, the clock enabled unit receives a chip main clock signal and transmits the chip main clock signal into a system main clock signal, after that, the clock enabled unit transmits the system main clock signal to the on-chip main system to waken the on-chip main system. The invention simultaneously discloses the device for realizing the wakening and sleeping functions of the on-chip main system in the SOC.

The invention provides a system control method of a refrigerator with a sleep function, wherein the refrigerator comprises a display control system and a master control system. The method comprises the following steps that when the refrigerator is powered on, the master control system sends a wake-up instruction to the display control system, and the display control system is defaulted to be in a sleep mode; the display control system enters a working mode from the sleep mode according to the wake-up instruction and feeds back state information to the master control system; when not receiving input instructions of users within first preset time, the display control system sends a sleep request to the master control system; after receiving the sleep request, the master control system sends a sleep instruction to the display control system; and the display control system is switched into the sleep mode from the working mode, and therefore energy consumption of the display control system is reduced. The display control system enters the sleep mode when not working, so that electricity consumption of the refrigerator can be reduced while normal operation of the refrigerator is not influenced. The system control method has the advantages of saving energy and protecting the environment. The invention further provides the refrigerator.

The invention provides a control method and system for an air conditioner unit. The method comprises the step of detecting physical sign parameters of a user, wherein the physical sign parameters include the number of breathing times and/or the number of heartbeat times of the user, and the step of judging whether the physical sign parameters of the user are within a preset range and controlling the air conditioner unit to enter a sleep mode if the physical sign parameters of the user are within the preset range. If the physical sign parameters of the user are within the preset range, it is proved that the user is in a sleep state, the air conditioner unit can be automatically controlled to enter the sleep mode at the moment, and therefore the user does not need to manually set the sleep mode before going to sleep, and the problem that the user forgets to set the sleep mode before going to sleep in the prior art and accordingly the sleep function of the air conditioner unit exists in name only is solved.

A method and apparatus for performing sleep and stall operations in a system that includes a device under test and that includes an emulator device that operates to perform a sequence of instructions in lock-step fashion with the device under test. When a first signal is received at the device under test, the device under test initiates the sleep function and turns off its clocks. When the clocks are turned off, the emulator device discontinues execution of the sequence of instructions. When the sleep function has been completed by the device under test a second signal is sent to the emulator device. Execution of the sequence of instructions is resumed when the number of clock signals received at the emulator device since the second signal was received equals a predetermined value.

The present invention features a combination utility/camper trailer capable of being converted between a first utility functioning configuration or position, a second utility functioning configuration or position, and a sleep functioning configuration or position via means for repositioning, which allows first and second configurable panel members to be relocated or repositioned between these positions. In the first utility functioning position, the combination utility/camper trailer is capable of supporting and carrying a load atop the panel members, while simultaneously providing storage in the trailer bed below. In the second utility functioning configuration, the trailer is configured to increase the volume of the interior storage portion of the trailer bed by positioning first and second configurable panel members in an upward extending manner. In the sleep functioning position, the combination utility/camper trailer is converted into a tent trailer by positioning first and second configurable panel members in an outward position and removably coupling a unique tent assembly to the combination utility/camper trailer to provide an enclosed sleeping area in which each panel member functions to provide a bed or sleeping area.

The invention discloses a method for realizing sleep function in an embedded type system, which comprises the following steps: a timer task is set for a protocol stack; a task to sleep calls a sleep function sending a massage with information of task to sleep to the timer task, calls the waiting function of an operation system to hang the task to sleep; the timer task starts a timer by the received massage, appoints a response function after the time of the timer is up, and establishes a matching relationship between the function of the timer and the function of the task to sleep; when the time of the timer is up, the appointed response function is called, the wakeup function of the operating system is called according to the matching relationship, and the hung task to sleep is waken up. According to the invention, the original resources of the systems can be used to realize Sleep mechanism, thus solving the conflict in protocol stack transplantation.

The invention provides a gateway device, a communication system and a flow control method capable of reducing communication flow. The gateway device comprises a request message receiving part, a request message analysis part, a request message recording part, a request message caching part and a request message cache management part, wherein the request message receiving part is used for receiving a request message with a terminal device having a sleep function in a limited network as the access target is received, the request message analysis part is used for analyzing the received request message and obtaining information contained in the request message, and the request message recording part is used for building and saving a request message record specific to the received request message with reference to the information obtained by the request message analysis part; the request message caching part is used for caching the request message which is to be sent to the terminal device having the sleep function; the request message cache management part is used for discarding the received request message instead of caching the received request message in the request message caching part and adding a discard mark to the request message record corresponding to the received request message when it is judged that the cache space of the request message caching part is full.

The invention discloses a mode switching method and a CAN (Controller Area Network), which relate to an automobile network management technology and are used for lowering the network load rate and preventing a part of slave nodes from sleeping forcibly due to master and slave node setting. The mode switching method is applied to each node in an automobile CAN; the automobile CAN comprises at least two nodes; the at least two nodes support a sleeping function; and a first node is any node in the CAN. The method comprises the following steps of: transmitting a message including a sleeping instruction by using the first node; receiving response messages of other nodes except the first node; and when all the response messages are messages including sleeping instructions, transmitting a message with a sleeping response by using the first node to instruct all nodes in the CAN to be switched to a sleeping waiting mode. According to the mode switching method and the CAN, the network load rate is lowered, and the problem that a part of slave nodes are forced to sleep due to master and slave node setting is solved.

A sleep mode enabling method for a memory storage apparatus is provided. The method includes: setting a sleep pin connecting flag as a first value if a potential signal on a device sleep signal pin is at a second logic level opposite to an initial first logic level; setting a device sleep function flag as the first value in response to a device sleep function enabling command received from a host system; and enabling a device sleep function of the memory storage apparatus if the device sleep function enabling command is received and the device sleep function flag is set as the first value.

The invention relates to a health-care tea that can improve sleep, belonging to health-care foodstuff field. Said tea comprises Chinese date, ethanol extract of Semen Ziziphi spinosae and acanthopanax root. The concrete extracted from Chinese date and Semen Ziziphi spinosae is disintegrated, and dissolves in water to get solution, sprays it onto acanthopanax root, picks up acanthopanax root leaves, and fries to produce tea. It is tested by clinical trail that the health-care tea can improve sleep, balance blood pressure, release fatigue, delays aging, reduce headache incidence rate, increase memory, and there is no toxic effect and bad reactrion.