31 results about "300B" patented technology

Structural preform layers (300a, 300b, 400) of multiple rigid unidirectional strength elements or rods (202, 402) are constructed and arranged for use in fabricating load-bearing support structures and reinforcements of wind turbine blades. Individual preform layers include multiple elongate unidirectional strength elements or rods arranged in a single layer along a longitudinal axis of the preform layer. Each preform layer includes one or more fibrous carrier layers (312) to which the multiple strength elements or rods are joined and arranged in the single layer. Each strength element or rod is longitudinally oriented and adjacent to other elements or rods. Individual strength elements or rods include a mass of substantially straight unidirectional structural fibers embedded within a matrix resin such that the elements or rods have a substantially uniform distribution of fibers and high degree of fiber collimation. The relative straightness of the fibers and fiber collimation provide strength elements or rods and the preform layers with high rigidity and significant compression strength.

Provided is an air conditioner capable of selecting a cooling run and a warming run using a high temperature-pressure gas in a freezing cycle, and capable of performing a cooling run, in which the discharge capacity of a variable-capacity compressor is variably controlled to control a compartment cooling temperature to a predetermined value, and a warming run, in which the discharge capacity of the variable-capacity compressor is variably controlled to control a compartment warming temperature to a predetermined value. The air conditioner capable of selecting the cooling run and the warming run using the hot high-pressure gas in the refrigerating cycle comprises a variable-capacity compressor for changing the pressure in a control chamber to control a discharge capacity variably by adjusting the opening a control valve including a pressure sensing mechanism (300A) for sensing the pressure of the lower-pressure side of the refrigerating cycle to urge a valve member, and a solenoid (300B) for urging the valve member in accordance with an input electric current, and a control device (400) for controlling the conductive state of the solenoid (300B) to adjust the opening of the control valve. The control device (400) controls the conductive state of the solenoid (300B) so that the control valve may act at a cooling time in accordance with the pressure of the lower-pressure side of the refrigerating cycle sensed by the pressure sensing mechanism (300A) and the conductivity of the solenoid (300B), and so that the control valve may act at a warming time in accordance with not the coolant pressure sensed by the pressure sensing mechanism (300A) but only the conductivity of the solenoid (300B).

A control device for a hybrid vehicle, comprising a mode whereby the vehicle runs using a motor only, and a mode whereby the vehicle uses both the motor and an engine. When the motor temperature of an MG (2) (300B) exceeds a threshold temperature, an ECU (400) moves from a running mode that uses the MG (2) (300B) only, to a running mode that limits the load on the MG (2) (300B). When the charging state of a battery (310) for running exceeds a threshold value, the ECU (400) performs control such that in addition to the system voltage for driving the MG (2) (300B) being reduced, the threshold temperature is increased, and the running mode whereby only the MG (2) (300B) is used is maintained.

The invention provides an inter-stage forecasting super-frame track parameter multi-stage vector quantization method, relating to the super-frame track parameter vector quantization method and belonging to the low-speed voice compressing-coding technical field. The method is characterized in that the method improves the existing multi-stage vector quantization proposal which is based on mode and removes DC and inter-frame forecasting, and adopts selected code-vector of an upper stage to forecast the residual vector so as to obtain a forecast value in the multi-stage vector quantization process; the value to be quantized of a lower stage vector quantization is obtained by subtracting the upper-stage selected code-vector and the forecast value by the value to be quantized of the lower stage vector quantization. The test result demonstrates that the arithmetic of multi-level code inter-stage forecasting can effectively enhance the quantization accuracy of track parameter to lead the composed voice to be understood more easily compared with the non-inter-stage forecasting arithmetic. The method is suitable for the voice coding of 300b / s to 2400b / s of low-speed parameters.

The liquid crystal display device of the present invention includes a first pixel ( P1 ) and a second pixel ( P2 ) adjacent to each other in the row direction. When the input signal shows the first color (achromatic), the blue correction unit (300b) corrects the grayscale level b of the blue sub-pixel to the grayscale level b', so that the first pixel (P1) The brightness of the third sub-pixel (B1) is different from the brightness of the third sub-pixel (B2) of the second pixel (P2). In the case where the input signal shows the second color (blue), the brightness of the third sub-pixel (B1) of the first pixel (P1) is approximately equal to the brightness of the third sub-pixel (B2) of the second pixel (P2) . The average of the brightness of the third sub-pixel (B1) of the first pixel (P1) and the brightness of the third sub-pixel (B2) of the second pixel (P2) in the case where the input signal shows the first color (achromatic color) It is approximately equal to the above average in the case where the input signal shows the second color (blue). According to the present invention, it is possible to provide a liquid crystal display device capable of improving viewing angle characteristics and suppressing a decrease in display quality.

A control system is provided with a first serial transmission line 300a for uni-directionally transmitting monitoring information for monitoring external equipment from a main controller 100 to input / output devices 200a, 200b and 200c in the order of the designation of input / output ports 70a to 75c, and a second serial transmission path 300d for uni-directionally transmitting control information for controlling the external equipment from the input / output devices to the main controller in the order of the designation of the input / output ports. Furthermore, the main controller 100 and the plurality of input / output devices are annularly connected through one or more third serial transmission paths 300b and 300c for connecting the plurality of input / output devices 200a, 200b and 200c and the first serial transmission line and the second serial transmission line. Thereby, the invention increases the input / output device with simple configurations.

The invention relates to a receiver in a radio system, comprising two or more receiving antennas (300A-300B) for receiving a spread spectrum signal containing user signals, means for locating (200A-200B) delay components of the user signal at different measurement moments, means for forming (304) a combined correlation value from at least two correlation values of a certain delay component, the two correlation values being formed from signals received via different receiving antennas (300A-300B), and the estimation means (310) being configured to use the combined correlation value to correct channel distortion. The invention also relates to a method of receiving a signal.

An aim of the invention is to provide an image collating device which causes the user to perform image collation joyfully. Thus, in the invention, when a finger of the user, etc. touches one part (300a) of the image (300) on a display part (105), the small area which comprises the touch position is extracted to an image sheet (300b). Through bonding the image sheet (300b) on other image, the map image of the user is generated. Therefore, the user can perform image retrieval through the map image.

An aerosol-generating system (100) includes a capsule (30, 300A, 300B) and a releasably connectable vaporizing unit (20). The capsule (30, 300A, 300B) comprises a distal end and a reservoir (300) containing an aerosol-generating substrate (360). The vaporizing unit (20) comprises a housing (240), and a heating element (220) and a liquid transfer element (210, 218) disposed in the housing. The heating element (220) is configured to heat liquid in the liquid transfer element (210, 218). The housing of the vaporizing unit (20) has a proximal end. A portion of the liquid transfer element (210, 218) extends beyond the proximal end of the housing (240). The vaporizing unit (20) is configured such that the liquid transfer element (210, 218) is the first portion of the vaporizing unit (20) to penetrate into the reservoir (300) of the capsule (30, 300A, 300B) as the distal end of the capsule (30, 300A, 300B) is moved towards the proximal end of the vaporizing unit (20).

A packaging bag (10) having first and second surface (10A, 10B) opposed to each other, wherein a first weak line (100A (100B)) and a second weak line (200A (200B)) which are disposed parallel with each other and a third weak line (300A (300B)) formed by a plurality of sewing-machine stitch-like breaks disposed between the first and second weak lines and inclined with respect to a predetermined bag-opening direction (L50) are formed respectively on the first and second surfaces, and the plurality of sewing-machine stitch-like breaks constituting the third weak line formed on the first surface and the plurality of sewing-machine stitch-like breaks constituting the third weak line formed on the second surface are formed to be inclined in a direction opposite to the predetermined bag-opening direction. Thereby, a suitable knob is formed in the opening in the packaging bag after the latter is opened.

The invention relates to a method for preparing ferrocenecarboxaldehyde, which comprises the following steps of: adding B mol of DMF (Dimethyl Formamide) into a reaction vessel; adding C mol of phosphorus oxychloride at 8-10 DEG C; adding A mol of ferrocene after continuously stirring for 0.5h; increasing the temperature to 20-60 DEG C and reacting for 1-2.5h to obtain the mixed solution, wherein A:B=1:(7-11); and B=C; cooling the mixed solution to room temperature; adding X mL of water into the mixed solution, wherein X=300B; adjusting the pH of the mixed solution to 6-7 by using NaOH solution or KOH solution; extracting the mixed solution by using methylene dichloride; washing and drying the obtained extracted phase; decompressing and evaporating to remove methylene dichloride in the extracted phase to obtain solid; recrystallizing the obtained solid to obtain ferrocenecarboxaldehyde. According to the invention, a one-pot boiling method is adopted; the method is simple and convenient to operate; the reaction is free from solvents; the reaction can be carried out at 20-60 DEG C; and the method has the advantages of being mild in reaction condition, short in reaction time, simple for post-processing and high in yield.

The invention provides a top panel for a table and a collapsible table equipped with the same, and the top panel can improve handiability. The top panel (T) comprises: panels (100a-100d) provided with a first end portion and a second portion with right triangle shape; a hinge (200a) connecting a hypotenuse (111a1) of the first end portion (111a) of the panel (100a) with a hypotenuse (111b1) of a first end portion (111b) of the panel (100b), so free rotation between expended state and folded state is realized; a hinge (200b) connecting a hypotenuse (111c1) of the first end portion (111c) of the panel (100c) with a hypotenuse (111d1) of a first end portion (111d) of the panel (100d), so free rotation between expended state and folded state is realized; a connection portion (300a) connecting a second end portion (112a) of the panel (100a) with a second end portion (112d) of the panel (100d) for free dismounting; and a connection (300b) connecting a second end portion (112b) of the panel (100b) with a second end portion (112c) of the panel (100c) for free dismounting.

A system and method for controlling a light in a residential or commercial location through a peer-to-peer wireless communications link with a personal controller. The system includes at least one lighting module (300a, 300b, 300c) and a system administrator device (200) having a wireless communications module (202) operable for wireless communications with the personal controller. The system administrator device also includes a local communications module (206) configured for power line communications with at least one of the lighting modules.

The present invention provides an optical sheet (300b) having a plurality of light guide plate patterns, each light guide plate pattern having a micro-patterned output surface for emitting light, and a micro-patterned bottom surface opposing to the output surface. The steps comprise, extruding a first resin (450a) into the nip between a first pressure roller (478a) and a first patterned roller (480a) to form a first layer (410a) at a first patterned roller surface temperature T1 and a first nip pressure P1, the first layer having an unpatterned surface and a patterned surface, the patterned surface having a micro-pattern transferred from the first patterned roller; extruding a second resin (450b) into the nip between a second pressure roller (478b) and a second patterned roller (480b) to form a second layer (410b) at a second patterned roller surface temperature T2 and a second nip pressure P2, the second layer having an unpatterned surface and a patterned surface, the patterned surface having a micro-pattern transferred from the second patterned roller and laminating (490) the first layer and the second layer at their unpatterned surfaces to form the optical sheet comprising a plurality of light guide plate patterns.

The invention discloses a light modulartor with small emited light beam distance and less light loss, an optical module having the light modulator and an image display apparatus.A light modulator (3) includes a substrate (301) providing an electro-optical effect and provided with first to third optical waveguides (302B,302G,302R), a first modulation section (300B) that modulates a blue light (LB) flux passing through the first optical waveguide (302B), a second modulation section (300G) that modulates a green light flux (LG) passing through the second optical waveguide (302G), and a third modulation section (300R) that modulates a red light flux (LR) passing through the third optical waveguide (302R), and L1<L2<L3 and S1>S2>S3 are satisfied, where L1 represents the length of the first modulation section (300B), S1 represents the distance between a first reference line (DL1) and a first exit section (3026B), L2 represents the length of the second modulation section (300G), S2 represents the distance between a second reference line (DL2)and a second exit section (3026R), L3 represents the length of the third modulation section (300R), and S3 represents the distance between a third reference line (DL3)and a third exit section (3026R).

The present invention relates to a body stretching bed including a base plate (220), a detection unit (340), a front upper frame (231) and a rear upper frame (241), a first crank member (320a) and a second crank member (320b), a pair of first moving shafts (360a) and second moving shafts (360b), a pair of third moving shafts (360c) and fourth moving shafts (360d), a moving panel (350), and support members (370, 370a). The base plate is mounted with a plurality of decelerators (300a, 300b). The detection unit is arranged on the base plate, and generates signals for detecting the phase of either of the decelerators (300a, 300b) and stopping the operation of a driving unit. The front upper frame and the rear upper frame are arranged outside the base plate (220) so as to form a frame of the bed. The first and second crank members are arranged at both sides of a driving shaft (305) of the decelerators (300a, 300b). The first and second moving shafts are connected to the first crank member (320a) such that the first and second moving shafts are rotatable, and arranged in the vertical direction. The third and fourth moving shafts are connected to the second crank member (320b) such that the third and fourth moving shafts are rotatable, and arranged in a vertical direction. The moving panel is mounted on the first to fourth moving shafts (360a to 360d). The support members (370, 370a) have both ends connected to the moving panel (350) and the front upper frame (231) or the rear upper frame (241) to support a matt unit (100). The matt unit (100) has a mattress (110), the center of which is tied to the moving panel (350) and the top and bottom of which are tied to a bed frame (200).

The invention relates to a combined convection / effusion cooled one-piece can combustor. An industrial turbine engine comprises a combustion section, an air discharge section downstream of the combustion section, a transition region between the combustion and air discharge section, a combustion transition piece (120) and a sleeve (129). The transition piece (120) defines an interior space (304) for combusted gas flow. The sleeve (129) surrounds the combustor transition piece (120) so as to form a flow annulus (124) between the sleeve (129) and the transition piece (120). The sleeve (129) includes a first set of apertures (400) for directing cooling air (I) from compressor discharge air into the flow annulus (124). The transition piece (120) includes an outer surface (300a) bounding the flow annulus (124) and an inner surface (300b) bounding the interior surface (304), and includes a second set of apertures (200) for directing cooling air in the flow annulus (124) to the interior space (304). Each of the second set of apertures (200) extends from an entry portion (200a) on the outer surface (300a) to an exit portion (200b) on the inner surface (300b).

The invention relates to a double-clutch mechanism (10) in which each actuating system (300A, 300B) comprises a pressure chamber (750A, 750B), an axially movable piston (105, 205), a balancing chamber( 700A, 700B) and an elastic return element (800A, 800B) housed in the balancing chamber and arranged to exert an axial force against said piston. The resilient biasing member (800A, 800B) includes aplurality of apertures (8104) collaborating with a plurality of complementary apertures (5004) located on the central hub (500) to permit fluid communication between a flow conduit fluidic fluid of the central hub and the corresponding balancing chamber and comprises an angular indexing means (8107) collaborating with a complementary angular indexing means (5007) located on the central hub. The invention relates to a transmission system (1) comprising such a double-clutch mechanism (10).

The present invention relates to a software handling device and a server system. The software handling device (100) comprises a processor (102) and a transceiver (104), wherein the transceiver (104) is configured to transmit varies requests and to receive varies verifications and encryption keys to and from a server system (300). The server system (300) comprises an authentication server (300a), a licensing server (300b) and a software application server (300c), wherein the server system (300) is configured to receive varies requests and to transmit varies verifications and encryption keys from and to a software handling device (100). Furthermore, the present invention also relates to corresponding methods, a computer program, and a computer program product.

An absolute encoder comprises: an optical scale having an optical pattern; a module package (300B) in which a light-emission element (31) for irradiating light onto the optical scale and a light-reception element (32) for receiving reflected light from the optical scale are covered by a light-transmitting resin (33A); and a control unit for calculating the absolute rotation angle of the optical scale on the basis of a signal output by the light-reception element (32) according to the reflected light. The module package (300B) has light-blocking resin (34B) disposed so as to be exposed at the surface of the light-transmitting resin (33A) facing the optical scale and pass through the intermediate position between the center of the light emission surface (310) of the light-emitting element (31) and the center of the light reception surface (320) of the light-reception element (32).

Disclosed are an imaging device and method. The imaging device comprises: an imaging lens module (110) which is used for imaging at least one object (300a, 300b, 300c) and comprises a plurality of sub-regions with an adjustable imaging parameter; a position sensing module (120) which is used for obtaining position information about at least one object relative to the imaging device; an information processing module (130) which is used for determining an imaging parameter of a corresponding sub-region on the imaging lens module according to the position information about the at least one object relative to the imaging device; and a lens adjustment module (140) which is used for adjusting the imaging parameter of the corresponding sub-region of the imaging lens module according to the determined imaging parameter. Such an imaging device and method can simultaneously adjust imaging parameters which are respectively aimed at regions corresponding to a plurality of target objects at different distances in the field of view, so that a user can respectively view objects at different distances in the field of view in a relaxed and comfortable manner, thereby improving the user experience.

A system includes a wireless radio board (102), an antenna (104), and a ground pattern having a radio board ground (108) and an antenna ground (110). At least a portion of the radio board ground and at least a portion of the antenna ground overlap. The radio board ground could include a first portion (206b, 302a) in a first layer (200b, 300a) of the ground pattern and a second portion (206a, 302b-302c) in a second layer (200a, 300b) of the ground pattern, and the antenna ground could include a first portion (214, 304a) in the first layer of the ground pattern. The antenna ground could further include a second portion (304b-304c) in the second layer of the ground pattern. The radio board and antenna grounds could be separated by a minimum distance, such as 0.5mm or 3.0mm.

The invention relates to a method for preparing ferrocenecarboxaldehyde, which comprises the following steps of: adding B mol of DMF (Dimethyl Formamide) into a reaction vessel; adding C mol of phosphorus oxychloride at 8-10 DEG C; adding A mol of ferrocene after continuously stirring for 0.5h; increasing the temperature to 20-60 DEG C and reacting for 1-2.5h to obtain the mixed solution, wherein A:B=1:(7-11); and B=C; cooling the mixed solution to room temperature; adding X mL of water into the mixed solution, wherein X=300B; adjusting the pH of the mixed solution to 6-7 by using NaOH solution or KOH solution; extracting the mixed solution by using methylene dichloride; washing and drying the obtained extracted phase; decompressing and evaporating to remove methylene dichloride in the extracted phase to obtain solid; recrystallizing the obtained solid to obtain ferrocenecarboxaldehyde. According to the invention, a one-pot boiling method is adopted; the method is simple and convenient to operate; the reaction is free from solvents; the reaction can be carried out at 20-60 DEG C; and the method has the advantages of being mild in reaction condition, short in reaction time, simple for post-processing and high in yield.

The invention relates to an arrangement comprising a high-pressure steam turbine module (1), an intermediate-pressure steam turbine module (2) and at least one low-pressure steam turbine module (3), a sealing device (100, 101, 200, 300) positioned on a rotating turbine Between the shaft (5) and the corresponding housing (10, 20, 30) of each turbine module, each module comprising a main chamber (1', 2', 3') in which the turbine is housed, the arrangement comprises: A collection chamber (C1) is positioned in the housing (10) of the high pressure module (1) in order to collect the vapor leakage leaving said high pressure module (1) through its sealing means (100, 101) at a pressure greater than atmospheric pressure. flow (F11); and injection chambers (Ca, Cb) positioned in the housing (30) of the low pressure module (3) and connected to said first collection chamber (C1) by a first circuit (61) such that Steam is conveyed from said first collection chamber (C1) to said injection chambers (Ca, Cb) and then through (F31a, F31b) its sealing devices (300a, 300b) to the main chamber of the low pressure module (3) (3') Teleportation.