176results about How to "Good comfort" patented technology

The invention discloses an air pipe type indoor air conditioner and a control method thereof. The air pipe type indoor air conditioner comprises a casing, an indoor heat exchanger and an indoor fan, wherein an air return inlet and an air outlet are formed in the casing; the indoor heat exchanger is arranged in the casing and positioned between the air return inlet and the air outlet; the indoor fan is arranged in the casing on one side of the indoor heat exchanger; the air outlet comprises a front air outlet formed in the front side wall of the casing and a lower air outlet formed in the lower side wall of the casing; the indoor air conditioner further comprises a switching mechanism for opening and closing the front air outlet and the lower air outlet. The air pipe type indoor air conditioner disclosed by the invention can adopt two air-out manners of the front air outlet and the lower air outlet, the manners of the front air outlet and the lower air outlet can be automatically selected according to the operational mode of the air conditioner, such as under the refrigeration mode and the dehumidification mode, the manner of the front air outlet is selected, and under the heating mode, the manner of the lower air outlet is selected, so that comfort of a refrigeration room and a heating room is considered, and the optimal comfort in the air regulation of the room is realized.

The invention mainly discloses a novel ventilated slow-resilience sponge, in particular relates to a ventilated slow-resilience sponge which ensures the aperture ratio of a product by adjusting raw materials and the proportioning of a product, so that the aperture ratio of the product is improved to over 95 percent without using a pore-forming agent or pore-forming silicone oil, and the ventilation property of the product is improved. When the ventilated slow-resilience sponge is used, a human body contacts the product and obviously feels that the product is floppy; and the product is more comfortable after being used for a long time, particularly in muggy summer.

An on-board unit (OBU) with a driving-assistance function to be installed on a vehicle includes at least one wireless communication unit and a processing unit. The processing unit receives information of at least one first traffic signal and at least one second traffic signal respectively from their RSUs through the at least one wireless communication unit. The first traffic signal is installed at a first intersection, the at least one second traffic signal is installed at a second intersection, and the vehicle is closer to the first intersection than to the second intersection. The processing unit generates a suggested speed range, within which the vehicle may travel to allow the same to pass through the first intersection and the second intersection without stopping, according to the information of at least one first traffic signal and the at least one second traffic and vehicle position information of the vehicle.

The invention discloses a method for producing a pile loop fabric. The fabric is a single-sided or double-sided pile loop fabric. Pile loops comprise outer pile loops and inner pile loops; and the pile loop fabric is a novel piled loop fabric which is produced by using natural fibers and ultrathin fibers as piled loop raw materials and chemical fiber filaments or natural fibers as base structure raw material, and by warping, greige cloth weaving, greige cloth post treatment. By combining the respective characteristics and functional advantages of the natural fibers and the ultrathin fibers, the piled loop fabric meets the requirements of people for high comfort degree, high moisture absorbability and high breathability of natural fiber products and enjoys great advantages over pure natural piled loop (velvet) fabrics in terms of bulkiness, softness, water absorbability, convenience for moisturizing, quickness for dying, durability, mildew proof performance and other performance.

An improved, substantially elongated gusset and/or crotch panel, incorporated into garments for humans' lower bodies. This novel, uniquely shaped, and scaled gusset significantly enhances wearers' comfort by eliminating seams, material transitions, stitching, and other mechanisms or methods of attachment from within the boundaries of a defined protected region, which coincides with the wearer's sensitive genital area. The gusset is preferably constructed from at least one layer of material, and may feature additional layers. In preferred embodiments, the elongated gusset and/or crotch panel is incorporated into girl/boy short-style undergarments, bikini-style undergarments, thong-style undergarments, pajama-bottom style garments, pantyhose-style garments, shape-wear-style garments, athletic-style garments, medical-type garments, and other lower-body garments.

The invention discloses an energy consumption control system and method for area buildings, relating to the technical field of comprehensive building energy consumption control. The system comprises a distributed video sensor unit, machine vision recognition unit, a distributed comfort sensor unit, a subarea information fusion unit, a single building control unit and an area control center unit, wherein the distributed video sensor unit comprises a plurality of video sensors distributed in different subareas in one building, the machine vision recognition unit is connected with the distributed video sensor unit, the distributed comfort sensor unit comprises a plurality of comfort sensors distributed in different subareas in the one building, the subarea information fusion unit is used for generating a distribution control demand of each subarea in the one building, the single building control unit is used for generating the control demand of the one building, and the area control center unit is used for performing area energy consumption balance and optimization to generate control information. The system provided by the invention can be used for realizing area energy consumption balance and optimization, energy consumption balance and optimization of buildings and consumption balance and optimization of cold and heat sources and a tail end so as to finally obtain the optimal point of balance between comfort and energy consumption and reduce the energy consumption and carbon emission of area buildings.

The invention relates to a production process of flame retardant trim cow leather. The production process comprises the steps of fleshing, deliming, softening, tanning, shaving, retanning, dyeing, stuffing, drying, milling and finishing, wherein the step of tanning comprises the successive procedures of salting, pickling and chrome powder tanning; and the retanning, the dyeing, the stuffing, the low-temperature airing drying and the finishing adopt characteristic processes. The flame retardant trim cow leather is compact and uniform in body, is excellent in toughness, is good in resilience and is excellent in flame retardance, and the quality can be controlled easily in the production process; after the leather is stretched in a seat or is used, the seat can be kept in an optimal form and comfort because of excellent resilience of the leather; and under the precondition of guaranteeing the softness and flame retardance, the water resistance, the sweat resistance, the color fastness to rubbing and the wear resistance of a coating layer are effectively improved.

A polyvinyl display device for bifocal computer/reading spectacles. The display device enables a person to identify a pair of spectacles having the correct optical center to match the wearer's pupillary separation. The present invention includes, in combination, a pair of spectacles having two near focal powers and a new type of display mechanism that allows the purchaser to choose not only the correct power needed, but also the correct pair of glasses to match the user's pupillary distance (PD). Optical centers of finished reading glasses are marked, then a display device including an opaque polyvinyl static cling film having two, preferably round, holes therein is placed onto the glasses such that the holes in the film overlie the optical centers. When the user dons the glasses, if a solid round area is viewed, the spectacles have the correct size for the user's PD. If a figure eight or two holes is viewed, the PD is too wide. If the user views the outside edges, the PD is too narrow. By visual observation, the consumer can find the correctly sized reading glasses. The reading glasses preferably are fabricated in three different PD's, Narrow, 55-58 mm, Medium, 59-62 mm and Wide, 63-66 mm.

A roping harness is achieved from a lining structure 120 composed of an aerated double texture 13 comprising a first internal comfort layer superposed on a second external abrasion-resistance layer, and reinforcing means comprising an intermediate preform 17B of greater rigidity inserted and joined between the first and second layers by the biases 18.

Such a texture enables the strength and comfort of the harness to be improved.

The invention discloses a full-automatic heating and humidifying system for a non-invasive ventilator. The full-automatic heating and humidifying system for the non-invasive ventilator is characterized by comprising a face mask and a long pipe connected with the face mask, wherein the face mask or the long pipe is provided with a heating device. The full-automatic heating and humidifying system also comprises a temperature control device which is connected with the heating device and automatically controls the temperature of air fed into the face mask through the heating device. By using the full-automatic heating and humidifying system, users do not need to set the temperature and humidity, and good effects are achieved for massive clinical patients; and by using the ventilator capable of automatically setting and controlling the temperature and humidity, the temperature and humidity of air are automatically controlled within the range suitable for human skin and respiratory tracks, and the wearing comfort and convenience of patients using the non-invasive ventilator are further improved.

The invention discloses an air conditioner, a control method and device thereof, a storage medium and a processor. The control method of the air conditioner comprises detecting the current ambient temperature; determining a control parameter for controlling at least two air outlets of the air conditioner according to the current ambient temperature; controlling the air conditioner to output a corresponding air flow distribution mode according to the control parameter. By means of the air conditioner, the control method and device thereof, the storage medium and the processor, the effect of improving the control efficiency of the air conditioner is achieved.

The invention discloses an air-conditioning system. The air-conditioning system comprises an outdoor side and an indoor side, wherein two or more indoor units are arranged in the indoor side; radiation heat exchangers are arranged on at least one indoor unit; the invention further discloses an air-conditioner including the above air-conditioning system, and a control method for the air-conditioner; the above air-conditioning system is arranged in the air-conditioner; in the air-conditioning system, the radiation heat exchanger is arranged on one indoor unit or an ordinary heat exchanger is arranged on the other indoor unit; the radiation heat exchangers can be arranged on one or more indoor units; compared with the prior art that an radiation plate and the heat exchanger are arranged on the same air-conditioner, the separately controlled radiation heat exchangers and ordinary heat exchanger are diversified in control manners; according to the condition of indoor environment temperatures, the combined control of the radiation heat exchangers and the ordinary heat exchanger under different work conditions is realized and energy conservation effect is improved.

The invention relates to a control method of an inverter air conditioner, which is characterized by comprising the steps of: primarily setting indoor target temperature and working frequency of compressor operation; and operating a control part of the inverter air conditioner by adopting an inverter control mode after receiving the indoor target temperature and the working efficiency which are set by a user, wherein the highest operation frequency of a compressor does not exceed the working efficiency set by the user. The user sets the indoor target temperature and the working efficiency of the compressor through keys on a remote controller or control keys on an indoor machine of the indoor target temperature and the working efficiency. The working efficiency of the compressor has more than two set values which are evenly or unevenly distributed. Setting the working efficiency of the compressor avoids the working efficiency value of the compressor with poor operation condition. The invention has characteristics of good comfort, flexible operation and wide application range.

Horse blankets and methods of making blankets are provided which result in improved fit, greater comfort, improved coverage on the horse, and/or a more secure fit when in use. One such blanket (100) includes a body of blanket material having right and left side portions (110). The right and left side portions are adapted to extend down the horse's right and left sides, respectively, when the body of blanket material lies on the horse's back. The tight and left side portions further include a curved back edge (124) adapted to reduce a length of a bottom edge (130) of the right and left side portions. The curved back edge helps allow for increased movement of the horse's back legs without the horse's legs rubbing on and/or being restrained by the blanket.

A clutch device for a motor vehicle has friction elements around which coolant flows and which, by way of a piston, can be pressed against one another for torque transmission. The first piston side is acted on with operating pressure, and the second piston side is acted on with coolant pressure. A valve, by which the operating pressure can be set, and a device which makes a reaction of the coolant pressure on the operating pressure possible are provided. The device is designed as a hydraulic resistance cascade and is connected between coolant supply and coolant return lines of the friction elements. A return pressure line branches off in the center of the hydraulic resistance cascade and is connected to the valve.

The invention discloses superfine fiber artificial leather which comprises at least three layers, wherein the inner layer is superfine fiber basic material which is a surface formed after polyurethane resin is dipped and provided with microporous, the middle layer is a polyurethane film which contains polyurethane components and fits in with the inner layer, and the surface layer contains an abrasive-resistant polyurethane film. The superfine fiber artificial leather is ageing-resistant. After the superfine fiber artificial leather is used for eight weeks, the wear resistance is above level-4, and the peel intensity is 1.5 kg/cm. After the superfine fiber artificial leather is bent for 100,000 times, the bending resistance is above level-4. Meanwhile, the superfine fiber artificial leather has the advantages of being comfortable, good in crease resistance and wear resistance, and applicable to luggage, clothing, shoes, automotive interior materials or furniture. The superfine fiber artificial leather is high-grade artificial leather which is especially applicable to school bags.

The invention provides warm denim fabric. The warm denim fabric is formed by weaving warp and weft in a crossed mode; the warp is cotton and tencel blended blend fibers; the weft is wool and polyester blended blend fibers. The warm denim fabric has the advantages of being good in air permeability, high in comfort degree, good in warmth performance and suitable for being worn in spring, autumn and winter.

The invention relates to a blending shell fabric containing tea fiber which comprises the following compositions by weight percent: 25-35% of tea fiber, 10-20% of borlar fiber, 25-35% of counterstat and 20-30% of cotton fiber. A production technology of the blending shell fabric containing tea fiber comprises the following steps of: during a blowing process, setting a beater speed of a cotton slitter as 480 revolutions per minute and a beater speed of a single beater scutcher as 950 revolutions per minute; during a cotton carding process, setting a cylinder speed as 330 revolutions per minute, a doffer speed as 18 revolutions per minute and a licker-in speed as 750 revolutions per minute; during a roving process, setting a roving twisting coefficient as 80 and drafting times of a back zone as 1.30; during a spinning process, setting a spinning twisting coefficient as 380 and drafting times of the back zone as 1.25; during a warping process, setting a running speed as 500m/min; and during a weaving process, setting a let-off tension as 370kg. The blending shell fabric containing tea fiber is excellent in visual effect, has a remarkable feature in the aspect of wearing comfort and has environmental friendliness and anti-bacteria mildew-proof function.

The invention discloses a preparation method of brown leather, and relates to preparation of leather. The method comprises the following step: S1, changing the color of a crust, processing the crust by using a face-milling machine, placing the processed crust on a full-automatic leather spraying machine to uniformly spray spray-dyeing liquid onto the crust, placing the crust processed by the spray-dyeing liquid inside a washing machine, simultaneously adding a softener and a color fixing agent into the washing machine, processing the crust for 15 minutes in the washing machine, then taking out the crust and placing the crust inside a drying machine to carry out drying on the crust, wherein abrasive paper for processing the crust by the face-milling machine is No. 120 abrasive paper. The leather prepared by the method is more saturated in color and better in comfort, has an archaistic effect, and is unique in color, more natural in color and better in color fixing effect.

A dual-temperature radiation household air-conditioner capable of processing fresh air comprises a compressor, wherein an outlet of the compressor is connected with an inlet of a condenser. The outlet pipelines of the condenser are connected with a mental radiation plate and a guiding-type fresh air processor respectively by a first expansion valve and a second expansion valve through a heat regenerator, wherein both inlets of an ejector are respectively connected with the outlet of the mental radiation plate and the outlet of the guiding-type fresh air processor. The outlet pipelines of the ejector are connected with the inlet of the condenser through the heat regenerator. The dual-temperature radiation household air-conditioner is capable of increasing the inlet pressure of the condenser to enable a single condenser to achieve the cooling at two evaporating temperatures, wherein the evaporating temperature of the mental radiation plate which is used as an evaporator is relatively high, thereby being good for improving refrigeration coefficients to achieve the energy-saving effect, avoiding the problem of the secondary heat loss caused by using cold water as refrigerants of radiation air-conditioners, improving indoor air quality and expanding the range of application of air-conditioner systems with independent control of temperature and humidity.

A composite nicotine contained substitute of cigarette is prepared from nicotine, menthol, dexamethasone acetate, notoginseng powder and medicinal auxiliary through preparing the ointment or transdermal disk. It is applied by coating or sticking it on the surface of skin.

The invention relates to a multi-split air conditioning system control method based on prediction. The method comprises the steps that firstly, the temperatures and humidity outside a building are predicted, and the space enclosing structure load and the solar radiation load of an air conditioning system are calculated; secondly, the periodic law of the number of people inside the building is predicted; thirdly, the operating time of the air conditioning system is predicted; fourthly, operating parameters including the outdoor unit wind speed, the compressor rotating speed, the refrigerant flow rate, the indoor unit wind speed and wind amount, and the indoor unit flow rate are monitored in real time; fifthly, the temperatures and humidity outside the building, the number of people in the building, the operating parameters and hourly COPs in multiple sampling periods are counted up as a training sample, a statistical or machine learning method is adopted for calculating all characteristic factors, comfort pre-control time and temperatures, and operating parameters corresponding to optimal COPs; and sixthly, the operating parameters corresponding to the optimal COPs in the to-be-controlled time points are predicted, and thus, the system operating parameters and pre-control time are adjusted. According to the multi-split air conditioning system control method based on prediction,the control precision is high, and the control comfort and energy-saving effect are improved.

The invention discloses an adjustable soft palate supporting body and an implantation method thereof. The soft palate supporting body is a flat implant made of a material capable of being implanted into a human body for a long time, and consists of a hard palate connecting end and a supporting body, wherein the supporting body is a flat implant which can be inserted into the soft palate; the supporting body is connected to the hard palate connecting end; a connecting structure connected with the hard palate and an adjusting mechanism are arranged at the hard palate connecting end; the connecting structure arranged at the hard palate connecting end is used for fixing the supporting body on the hard palate; and the adjusting mechanism arranged on the hard palate connecting end controls the motion state or bending curvature of the supporting body or the soft palate lifting degree. The adjusting mechanism is positioned in an open state under a wakeful state, and the supporting body implanted into the soft palate can move along the natural swing of the soft palate; and before a sleep state, the adjusting mechanism is positioned in a closed state, the supporting body can lift the soft palate, the pharyngeal airway is enlarged, and the aim of treating snore and obstructive sleep apnea hypopnea syndrome (OSAHS) is fulfilled.

The invention relates to an indoor unit and an air conditioner applying the same, relates to the field of household appliances and mainly aims to solve the technical problem that a conventional air deflector is insufficient in air supply distance. The mainly adopted technical scheme is that the indoor unit comprises an air outlet, an air deflector with an air guiding face, and a flow guiding mechanism; when the indoor unit is in a first state, the air deflector is positioned outside the air outlet, and a gap is reserved between the air deflector and a first edge of the air outlet; and the flow guiding mechanism is used for guiding at least part of air flowing into the gap to the air guiding face, and the at least part of air is guided out by the air guiding face. According to the technical scheme provided by the invention, compared with the fact in the prior art that only the air deflector supplies air, the indoor unit adopting the technical scheme of the invention has the advantages that as the flow guiding mechanism and the air deflector work together to supply air when the indoor unit is in the first state, the air supply distance is long, and the comfort degree is high.

The invention relates to a PTFE protective suit and belongs to the technical field of antiseptic clothing. A fabric for manufacturing the PTFE protective suit is formed by compounding three materials including a PTFE fabric surface layer, a middle PTFE film layer and a polyester/nylon fabric lining layer. The compounding is hot-pressing compounding based on a hot-melt adhesive. The PFTE fabric is adopted to make the surface layer of the compound material, a PFTE film is adopted to make the middle layer of the compound material, a polyester/nylon fabric is adopted to make the lining layer of the compound material. The three layers of materials are hot-pressed and compounded through the hot-melt adhesive to make the new material. The protective suit made by adopting the material can replace a full-protective rubber suit in the prior art and has the advantages of being light, breathable and resistant to abrasion and corrosion.

The invention discloses a method for producing a radiation-proof multifunctional casual blanket. The method for producing the radiation-proof multifunctional casual blanket comprises the steps of material proportioning preparation, spinning, weaving and after finishing of a product and is characterized in that the radiation-proof multifunctional casual blanket adopts a double-layer structure; a surface layer is silk, wool, cotton or bamboo fibers; an inner layer is formed from blending metal fibers with cotton; the diameter of the metal fibers is between 6.5 and 7mum; the blending ratio of the metal fibers with the length of 40 to 50mm to the cotton is 30 percent of metal fibers and 70 percent of cotton fibers; and in the step of after finishing of the product, the surface layer is subjected to emerizing, grabbing and shearing and lustre finishing repeatedly and the inner layer is raised lightly and is not subjected to grabbing and shearing. The radiation-proof multifunctional casual blanket of the invention has the advantages of wide application, wide radiation-proof frequency, high shielding effectiveness, strong function of resisting electromagnetic wave, good flexibility, capability of being washed randomly, good weather resistance and difficult damage.

The invention discloses multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn. The multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn comprises following raw materials, by weight, 15%-30% of hemp fiber, 20%-40% of aloe viscose, 30%-50% of wool fiber and 10%-35% of cashmere fiber. The performance indexes of the blending yarn is that the single-yarn breaking strength is 11.9-19.8 cN/tex, the variable coefficient Cv value of the single-yarn breaking strength is 8.3%-17.2%, and the variable coefficient Cv value of the yarn evenness is 13.9%-22.0%. The multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn has the advantages that fabric made of the blending yarn has the anti-bacterial function, the anti-microbial function, the bacteriostat function, the antiphlogistic function, the skin protection and fitness function, the skin moisturizing function and the like, is high in strength, good in moisture absorption and breathability, lustrous, good in ultrasonic protection, anti-bacterial performance, mold prevention and non-corrosibility, and unique in appearance. In addition, the multicomponent hemp fiber blending antibacterial and deodorant healthcare yarn is wide in application and can be used for making various knitting or weaving healthcare textiles such as clothing and bedding articles.

The invention discloses an angle adjustment mechanism for a seat, the seat and an overhead working truck. The angle adjustment mechanism for the seat is used for angle adjustment of the seat and comprises a base (5), a guide part (605) and a drive assembly. The guide part (605) is fixed on the base (5). A body (603) of the seat is installed on the guide part (605) through a moving part (604) and moves between a first position and a second position along the guide part, and the body (603) at the first position and the body (603) at the second position form an angle. The drive assembly is connected with the body (603) of the seat and used for driving the body (603) of the seat to move along the guide part (605). The angle adjustment mechanism for the seat changes the angle of the seat through movement of the body of the seat between the first position and the second position forming an angle.

The invention discloses a lotus fiber semi-worsted blended skin-care health-care yarn, which comprises lotus fiber, Amicor fiber, anti-bacferial polyester fiber, wool fiber and cashmere fiber with the content by weight as below: 12-30 percent of the lotus fiber, 12-32 percent of the Amicor fiber, 12-30 percent of the anti-bacferial polyester fiber, 15-35 percent of the wool fiber and 15-35 percent of the cashmere fiber, wherein the blended yarn property indexes are that the single yarn breaking strength is 11.6-19.0cN/tex, the single yarn breaking strength variable coefficient Cv value is 7.5-16.8 percent, and the yarn evenness variable coefficient Cv value is 14.2-21.5 percent. The blended yarn prepared by the invention and fabric prepared by the blended yarns have the health-care functions of antibiosis, bacteriostat, antiphlogosis, deodorization, skin care and body health, beauty, skin moisten and the like.

The invention discloses a pet cage with a pacifying function. The pet cage comprises a pet cage body, a sandwich panel, audio holes, a Bluetooth speaker and a bottom cover, wherein the lower ends of the four sides and the bottom surface of the pet cage body are made of wood boards, the sandwich panel is made of a wood board and is horizontally arranged at the lower end of the interior of the pet cage body, the audio holes are formed in the front side and back side of the pet cage body, the Bluetooth speaker is arranged on the bottom of the pet cage body and located below the sandwich panel, an audio file containing the sounds of female adult pets having the pacifying function is stored in the Bluetooth speaker, and the bottom cover is arranged on the bottom surface of the pet cage body and corresponds to the Bluetooth speaker in position. In this way, the defect of a traditional pet cage that the pacifying function can not be achieved is overcome, pets are pacified by additionally arranging the female pet pacifying sound generating device and prevented from getting upset due to loneliness, and the burden of people is also relieved.