The block copolymer is a diblock copolymer (block A)-(block B), a triblock copolymer (block A)-(block B)-(block A) or (block A)-(block B)-(block C), block A being a rigid block, block B being a flexible block and block C being a rigid block.
The diblock copolymer comprises two blocks, block A and block B, wherein block A is a polycationic block and block B is a neutral block.
The first block concerns a synchronization block and the last block is a checksum block.
The hydrophilic revetment block of the present invention comprises a base block, an intermediate block and an intermediate block having reservoirs.
The tri-block copolymer comprises an aromatic block, an olefin midblock, and an alkyl(meth)acrylate block.
The reference block is a block of the reference frame collocated with the block to encode or a block of the reference frame neighboring the collocated block.
The frame offset information is indicative of a substitute frame that is relative to the base frame.
The signal is encoded on a block by block basis in such way that a block A-B is predictive encoded independently of any preceding blocks.
A block size assignment element in the encoder selects the block or sub-block of an input block of pixels to be processed.
When one of the plurality of blocks (BLOCK0-BLOCKn) is found to be a defective block, the defective block is replaced by the redundant block (34-34i).
In the projection mask (25), the first block (BA), the second block (BB), the third block (BC), and the fourth block (BD) are arranged in this order.
When carrying out image encoding for a block within a slice, at least one block in a restored block of the slice is set as a reference block.
The combination-type amplifier with multiple power sources according to the present invention includes a linear amplifying unit, a first sensing unit, a second sensing unit, a comparing unit, a gate driving unit, a switch unit, and a filter unit.
Said device includes a reception unit, an obtaining unit and an adjustment unit.
Said switchgear comprises an energy feeder unit (EB), an energy output unit (AB), a contact unit (SB) and an energy transfer unit (TB).
The motor unit (2) comprises a motor unit coupling part (22) for coupling a tool unit (3) to the motor unit.
The tool unit will be coupled onto the motor unit via the motor unit's motor unit coupling part and the tool unit's tool unit coupling part.
The flow inlet opening (2a) of the wind tunnel body (1) is a curved face (5) expanding smoothly toward the outside of the wind tunnel body (1).
full-scale wind tunnel
The inclination angle Φ of a side body portion of the wind tunnel body (1) with respect to the axis of the wind tunnel body is in a range from 5 to 25 degrees.
A wind tunnel model for wind tunnel testing having an additional mass mounted on the model via vibration absorbing material to dampen model vibration.
A wind tunnel with an open jet measurement section for simulating wind direction changes, preferably for testing vehicles, is provided with a nozzle that can be swivelled during operation of the wind tunnel in order to change the wind direction.
Further a normally closed blower isolation valve is provided in series with the blower and a blower bypass arrangement in parallel with the blower.
The output of said blower unit (30) being controllable by a blower control signal.
An air conditioner (1) has a centrifugal blower (3) and a unit casing (2) for receiving the centrifugal blower (3).
The ventilator may include a blower, and a controller operatively connected to the blower.
A variable flow blower (30) provides pre-mixed combustion air (34) and fuel gas (36) to the burner (28) at a controlled blower flow rate within a blower flow rate range.
An air blower assembly is disposed within the at least one interior space for receiving the inlet air.
It may also operate as an air compressor at low, medium and high pressures, as well as a blowing machine.
The invention relates to a fan (18) for a heating and/or air-conditioning system, particularly for a motor vehicle, comprising an impeller (22) and a motor (24) that drives this impeller (22).
A heated gas blower device for use in welding or forming plastics has a blower (38) directing air through a nozzle (12) containing resistance heating elements (70).
The blow out air flow adjusting mechanism (15) adjusts at least air blow volume or air blow direction.
Furthermore, the invention relates to an air inlet nozzle for a fan, such as a radial fan.
A fan for a vacuum cleaner has a fan housing, a motor and an impeller.
The invention also relates, in particular, to a fan (18) of the aforementioned type in which that ionizer (48) is connected to the climate control system fan electronics (58) or is integrated therein.
The position of the fan within the ventilator is optimised with the fan positioned at an uppermost region and internal of the louver.
The position of the fan within the ventilator is optimised with the fan positioned at an uppermost region and internal of the louver.
Discontinuous with airflow dyeing machines
blower for stripping belt conveyor
A blower is positioned within the column.
There is a housing structure (10) defining a work area, and this has a rotatable trimming device (66), a blower (86), and a material applicator (94) positioned rearwardly of the trimming device and the blower.
The backwashing method requires three steps, an air-only backwash, an air/water backwash and a water-only or rinse backwash.
The invention relates to a drying device for vehicles with at least one blower (4) arranged on a frame (1), which may be pivoted about a first horizontal axis (8) and a drying nozzle (5), connected thereto.
The filter blower, despite its high performance, is intrinsically safe in all parts and can be used in explosion protection zone 0 .
Matched twin blowers (25) symmetrically arranged within the airhouse enclosure are operated in unison to insure a balanced air flow into the airhouse and through the blowers.
The device comprises a blower (110), a first heat sink (130) attached to the microprocessor, and a first air duct (120) coupling the blower (110) to the first heat sink (130).
A blower (4A) circulates laser gas between the electrodes at speeds of at least 2 m/s and a heat exchanger (6A) is provided to remove heat produced by the blower and the discharges.
A blower circulates laser gas between the electrodes at speeds of at least 5 m/s and a heat exchanger is provided to remove heat produced by the blower and the discharges.
A blower circulates laser gas between the electrodes at speeds of at least 10m/s and a heat exchanger is provided to remove heat produced by the blower and the discharges.
The controlled infant support (110) includes an air heater (114), a blower (116), and duck work (128) communicating with the air heater (114), blower (116) and enclosure (126).
A side channel blower (1), in particular for supplying combustion air to the auxiliary heater (2) of a motor vehicle, has a body (3) axially connected to an impeller wheel (4).
The blower (16, 116) is powered by two supply lines (56, 58, 156, 158) which are capacitively coupled by a first capacitor (72, 172) and a second capacitor (78, 178) to blower ground (54).
The left output shaft (23) of the motor is coupled with a left wind wheel (14), and the right output shaft (24) of the motor is coupled with a right wind wheel (14).
The output shaft of the left motor is coupled with the driving shaft of the left wind wheel, and the output shaft of the right motor is coupled with the driving shaft of the right wind wheel.
A distribution duct (13) that runs along the adjoining wall, downstream of the axial fan (11), has a width which increases in the direction of the air flow driven by the axial fan.
By changing the position of the pressure-measuring port, the structure changes the negative pressure output value of the blower, thereby changing the performance of the blower.
The final selection of the blower shall have the following characteristics
Field replaceable universal blower assemblies (50) are associated with each process zone.
The blower devices are arranged, at least in areas, inside a space.
The fan feeder lies over a bucket conveyor for a cartoner system.
An airhouse (10) for supplying conditioned air to the interior of an enclosed building.
The air is circulated in a conduit (22) via blower (14).
The invention provides that at least one ion generator (48) is structurally connected to the climate control system fan (18).
The invention relates to a water lance blower for cleaning heat installations.
A blower and plenum assembly (36) is disposed in the system housing, and axially extending carbon emitter lamps (84) and radiant energy reflective members (82) are mounted within selected troughs (72).
The invention relates to a hair dryer, comprising a blower unit that is preferably configured as a hand-held hair dryer.
A hose (29) is attached to the blower device and has a sufficient inner diameter to substantially maintain the produced airflow.
The blower assembly has a discharge location (32) whereat an electric heater (34) is located.
The blower (110) has an air intake (135) from the exterior of the computer system.
The blower (50) and heating unit (40) may be located in the utility storage section (45).
Cleaning machine with means for blasting the goods to be cleaned.
The invention makes it possible to design a regulating device, in particular for a fan, using comparatively few discrete components.
The blower is driven by the same motor which drives a condenser fan.
A marker insertion apparatus includes a cartridge assembly, a separator assembly, a gripper assembly, an elevator assembly and a page spreader assembly.
Its body includes: a upper part (31), a middle part (32) and a lower part (33).
A core nacelle surrounds the core engine and includes a core nozzle.
Data (D21, D22, D23, D24) are respectively written in a 0-th bank (70), a first bank (71), a second bank (72), and a third bank (73).
Circuitry for performing a memory block write is described.
The memory block includes b block words, each block word having t block bytes.
Each block byte has s bits of memory.
The block length of block 1 to block (K-1) is made M symbols and the block length of the last block K is made (N-M(K-1)) symbols.
A stored block is replaced (38) by a new transmitted block corresponding to said stored block only if (36) the transmission error rate of the stored block is greater than or equal to the transmission error rate of the new transmitted block.
In another embodiment, to erase a pseudo-block (12) that is logically associated with a virtual block, the virtual block is marked as logically erased and the pseudo-block is logically associated with a blank virtual block.
The bad block map includes a mapping between the bad block locations in the bad block log and a corresponding location of a replacement block for each bad block location.
The device also includes an antenna subsystem, a radio frequency (RF) block coupled to the antenna subsystem, a baseband block coupled to the RF block, and a communications block coupled to the baseband block.
In one example, the techniques may include comparing a block motion vector corresponding to a video block to a sub-block motion vector corresponding to a sub-block contained within the video block.
The second support block is slidably coupled to the first support block and at least a portion of the second support block is positioned between the first support block and the second support block.
For each working block, a working block ciphertext is computed as a function of such working block, a deterministic working block initialization vector, and a deterministic working block encryption key.
The cylinder block portion includes a plurality of cylinder block walls extending between the cylinder block flange portion and the cylinder block crankcase portion and positioned about the plurality of cylinder block openings.
The neighboring blocks of the current block in the EL comprise a left block adjacent to a left side of the current block and a top block adjacent to a top side of the current block.
The first power pack charges the second power pack.
A block ID identifies the memory block.
A parity sub-block is added to the block.
The range block is larger than the domain block.
The plaintext (200) is partitioned block-by-block, the block size being userselectable, such as N characters.
Projections of one block extend into the core another block.
The second block is joined to the first block.
The third block is joined to the second block.
The second block may be compressed into a third block.
The current block is reconstructed using the reference block.
The compressed block is decompressed to produce an uncompressed block.
A casted engine block assembly includes a cylinder block portion.
Block specific requirements — base station in-block e.i.r.p. BEM for restricted block
There are three basic blocks, the full, half and knock-out blocks with which any desirable structure can be built.
They cover both emissions within the block of spectrum (i.e. in-block power) as well as emissions outside the block (i.e. out-of-block emission).
The lavatory complex includes a male lavatory facility (22) and a female lavatory facility (24).
The resin is a block copolymer, which contains at least one hydrophilic block and at least one hydrophobic block.
The execution sequence information for each block comprises a block identifier which identifies the corresponding block.
A block copolymer comprising at least one polymer block [A] and at least one polymer block [B].
The lock block (1) sustains against the big sliding block (6) with a sliding tooth block (4).
A block copolymer composed of an aromatic vinyl compound polymer block, a butadiene polymer block and an isoprene polymer block.
The residual block is characterized by a residual block length, the residual block length being less than the predetermined block length.
Furthermore, a start point block, angle/marker block, and an attribute block are generated.
The second block is transmitted, received and combined with the first block to recover the block of symbols.
The target block is reconstructed by predicting the target block using the determined target-block prediction mode.
The ethylene/α-olefin interpolymer is a block copolymer having at least a hard block and at least a soft block.
There is presently provided a triblock peptide comprising a hydrophobic amino acid block, a histidine block and a cationic amino acid block.
Each chunk holds LLR values for a code block of the transport block.