mhurhangee/ep-ind-claims huggingface dataset:
A biomass conversion process comprising: (a) pyrolyzing solid particulate biomass in a lower reaction zone of a riser reactor to thereby produce an initial pyrolysis product; (b) combining a thermal modification medium with said initial pyrolysis product in a transition zone to thereby form a thermally-modified product mixture, wherein the temperature of said thermal modification medium is at least 20°C different than the temperature of said initial pyrolysis product; and (c) cracking at least a portion of said thermally-modified product mixture in an upper reaction zone of said riser reactor to thereby produce a cracked pyrolysis product, wherein the initial pyrolysis product from the lower reaction zone passes through the transition zone prior to entering the upper reaction zone, wherein the vapor component residence time in said upper reaction zone is at least 50 percent greater than the vapor component residence time in said lower reaction zone, wherein the average horizontal cross-sectional area of said upper reaction zone is greater than the average horizontal cross-sectional area of said lower reaction zone, and wherein the horizontal cross-sectional area of said transition zone increases upwardly towards said upper reaction zone. (a) pyrolyzing solid particulate biomass in a lower reaction zone of a riser reactor to thereby produce an initial pyrolysis product; (b) combining a thermal modification medium with said initial pyrolysis product in a transition zone to thereby form a thermally-modified product mixture, wherein the temperature of said thermal modification medium is at least 20°C different than the temperature of said initial pyrolysis product; and (c) cracking at least a portion of said thermally-modified product mixture in an upper reaction zone of said riser reactor to thereby produce a cracked pyrolysis product, wherein the initial pyrolysis product from the lower reaction zone passes through the transition zone prior to entering the upper reaction zone, wherein the vapor component residence time in said upper reaction zone is at least 50 percent greater than the vapor component residence time in said lower reaction zone, wherein the average horizontal cross-sectional area of said upper reaction zone is greater than the average horizontal cross-sectional area of said lower reaction zone, and wherein the horizontal cross-sectional area of said transition zone increases upwardly towards said upper reaction zone.
A serum-free, concentrated single part eukaryotic feed comprising small peptides comprising cysteine and tyrosine, each of said peptides comprising six or fewer amino acids, wherein for each said peptide, at least one of the amino acids is a cysteine and/or a tyrosine, and wherein said eukaryotic concentrated feed is hydrolysate-free.
An air conditioner comprising: a first frame (110, 210, 310, 420, 520) including a through-hole (111, 211, 311, 421, 521); a second frame (120, 220, 320, 410, 510) rotatably coupleable to the first frame, the second frame including: a burring portion (122, 222, 322, 412, 512) at least a portion of which is insertable into the through-hole of the first frame in a first direction, where while the burring portion is inserted into the through-hole of the first frame, the burring portion protrudes in the first direction, and a burring hole (121, 221, 321, 411, 511) formed by the burring portion; and a fastening member (130, 230, 330, 430, 530) insertable into the burring hole in a second direction opposite to the first direction and configured to function as a rotary shaft of the second frame, where while the fastening member is inserted into the burring hole, the fastening member protrudes in the second direction, the air conditioner being characterized in that the first frame further comprises a first recess (112, 212, 312) formed around a periphery of the through-hole and recessed in the second direction, and in that the second frame further comprises a second recess (123, 223, 323) formed around a periphery of the burring portion and recessed in the second direction, and wherein the first recess and the second recess correspond to each other to guide the burring portion to be inserted into the through-hole. a first frame (110, 210, 310, 420, 520) including a through-hole (111, 211, 311, 421, 521); a second frame (120, 220, 320, 410, 510) rotatably coupleable to the first frame, the second frame including: a burring portion (122, 222, 322, 412, 512) at least a portion of which is insertable into the through-hole of the first frame in a first direction, where while the burring portion is inserted into the through-hole of the first frame, the burring portion protrudes in the first direction, and a burring hole (121, 221, 321, 411, 511) formed by the burring portion; and a burring portion (122, 222, 322, 412, 512) at least a portion of which is insertable into the through-hole of the first frame in a first direction, where while the burring portion is inserted into the through-hole of the first frame, the burring portion protrudes in the first direction, and a burring hole (121, 221, 321, 411, 511) formed by the burring portion; and a fastening member (130, 230, 330, 430, 530) insertable into the burring hole in a second direction opposite to the first direction and configured to function as a rotary shaft of the second frame, where while the fastening member is inserted into the burring hole, the fastening member protrudes in the second direction, the air conditioner being characterized in that the first frame further comprises a first recess (112, 212, 312) formed around a periphery of the through-hole and recessed in the second direction, and in that the second frame further comprises a second recess (123, 223, 323) formed around a periphery of the burring portion and recessed in the second direction, and wherein the first recess and the second recess correspond to each other to guide the burring portion to be inserted into the through-hole.
A draw texturing machine comprising plural twisting units each of which includes a rotating member (45 to 48) rotated at the time of twisting a yarn and which are aligned in a predetermined arrangement direction and provided on plural stages, characterized in that a partition is provided between a yarn path of the yarn passing one of the plural twisting units on one of the plural stages and the rotating member (45 to 48) of another one of the plural twisting units on another stage of the plural stages, the another one of the plural twisting units being close to the yarn path.
Electrochemical converter including a strip carrying unitary electrochemical cells that are positioned behind one another along a longitudinal axis of the carrier strip and linked in series by electrical links formed by small strips passing from one face to the other of the carrier strip, said carrier strip being wound on itself about an axis perpendicular to said longitudinal axis, the converter furthermore including means (4, 5a, 5b, 6) for producing a conduit for transporting hydrogen to a first face of the carrier strip carrying the anodes and means for channelling air to a second face of the carrier strip carrying the cathodes, characterized in that the air-channelling means are produced by way of a thermally conductive corrugated sheet forming channels (7a, 7b) in a direction perpendicular to the longitudinal axis of the strip and forming a separator between a flow of cooling air and a flow of cathodic reaction air, the sheet forming an outer layer of the converter, which layer is made from a thermally conductive material, and in that the conduit for transporting hydrogen includes a closure strip forming an outer layer of the converter on the anodes side, opposite the face of the carrier strip carrying the anodes, and wherein the closure strip is made from thermally conductive material.
Method for producing a complete textile material web, in which a first and a second partial textile material web (2, 2') are connected to one another to form the complete material web by interconnecting end regions (3, 3') of the two partial material webs (2, 2') that extend transversely to the material longitudinal direction of the partial material webs (2, 2'), the end regions (3, 3') of the partial material webs (2, 2') being formed to be complementary to one another in the material thickness direction (d), and the overlapping end regions (3, 3') being interconnected by needling, hydroentanglement and/or air entanglement, characterized in that each of the two partial material webs (2, 2') are fed to a cutting device by means of a feed device (9, 9') designed as a conveyor belt, the end regions (3, 3') of the partial material webs (2, 2') are clamped by means of a fixing device, the end regions (3, 3') of the partial material webs (2, 2') are cut in a mutually complementary manner by at least one rotating blade of the cutting device and/or by water jet cutting, laser cutting and/or plasma cutting, and the mutually complementary end regions (3, 3') are arranged so as to overlap with one another, for which purpose the two partial material webs (2, 2') are moved in the direction (B, B') toward one another. the end regions (3, 3') of the partial material webs (2, 2') being formed to be complementary to one another in the material thickness direction (d), and the overlapping end regions (3, 3') being interconnected by needling, hydroentanglement and/or air entanglement, characterized in that each of the two partial material webs (2, 2') are fed to a cutting device by means of a feed device (9, 9') designed as a conveyor belt, the end regions (3, 3') of the partial material webs (2, 2') are clamped by means of a fixing device, the end regions (3, 3') of the partial material webs (2, 2') are cut in a mutually complementary manner by at least one rotating blade of the cutting device and/or by water jet cutting, laser cutting and/or plasma cutting, and the mutually complementary end regions (3, 3') are arranged so as to overlap with one another, for which purpose the two partial material webs (2, 2') are moved in the direction (B, B') toward one another.
Apparatus for producing a bonded laminated core comprising layers of sheet-metal parts, said apparatus having at least one drive, a stamping device which is provided for cutting sheet-metal parts from a sheet-metal strip and which comprises a rotatably mounted die that is drive-connected to a drive and a punch that collaborates with the die, a stacking device which collaborates with the die in order to stack the cut sheet-metal parts to form a laminated core and which comprises a rotatably mounted inner mandrel provided at least in some regions in the die, and a bonding device for bonding the stacked sheet-metal parts to form a laminated core, wherein the bonding device is designed to bond the sheet-metal parts located in the die, characterized in that the inner mandrel is mounted such as to be able to rotate relative to the die, and in that the inner mandrel is drive-connected to a drive for actively rotating it with the die.
A cab over engine truck having a frame and a cabin mounted on the frame, said cabin having an A pillar and a B pillar in longitudinal direction of the cabin behind the A pillar, said cabin having a cabin strength defined as the force level above which a force acting on the A pillar in the direction of the B pillar causes the A pillar to move closer to the B pillar by permanent cabin deformation, said cabin being mounted to the frame by a connecting structure having a first connector device which is arranged such that, when the cabin impacts on an obstacle in case of a frontal collision, a break occurs in the first connector device when a threshold force between the cabin and the frame is exceeded in a first phase of the collision, and is further arranged such that after the break the first connector device allows for backward movement of the cabin relative to the frame with a low force transfer between cabin and frame below the threshold force for a predetermined backward movement distance of the B pillar relative to the frame in a second phase of the collision, wherein in the connecting structure a second connector device (20; 106; 14) is provided which is arranged such that it causes in a third phase subsequent to the second phase of the collision an increased force transfer between cabin and frame, characterized in that the first connecting device (60, 66; 14, 104; 102, 18, 19; 14, 25) is further arranged such that it permits said backward movement of the cabin with low force transfer below the threshold force to the frame such that said predetermined backward movement distance of the B pillar of the cabin relative to the frame in the second phase of the collision is in the range 50 to 150 mm, and in that the second connector device (20; 106; 14) is arranged such that it causes in the third phase subsequent to the second phase of the collision the increased force transfer between cabin and frame to be at least 30% of the threshold force above the lowest force transfer level in the second phase upon further backward movement of the cabin relative to the frame beyond the predetermined backward movement distance, wherein the second connector device is further arranged such that the increased force transfer is at a level below the cabin strength.
A sound source module producing a musical sound, comprising a front portion; a back portion located opposite the front portion; and an edge portion connecting the back portion and the front portion, wherein the front portion comprises a controller controlled by a user; the edge portion comprises engaging portions (40, 48) provided spaced from each other on both ends of the edge portion in a longitudinal direction and located on the same straight line; the engaging portions (40, 48) removably engage a keyboard module comprising a keyboard controlled by the user; and the back portion comprises a sound source side support portion (26, 27) supporting the front portion in an inclined state relative to the keyboard module engaged with the engaging portions (40, 48) with the engaging portions (40, 48) as an axis, wherein the engaging portions (40, 48) comprise a shaft portion, wherein the engaging portions (40, 48) comprise a spring energizing the shaft portion in an axial direction outward in the longitudinal direction of the edge portion, and wherein the shaft portion and the spring are disposed on one of the ends of the edge portion in the longitudinal direction, the sound source module being characterized in that the edge portion comprises a fixing portion (42, 46) fixing the shaft portion to the edge portion while the spring is compressed to cause the shaft portion to retreat toward the edge portion. the front portion comprises a controller controlled by a user; the edge portion comprises engaging portions (40, 48) provided spaced from each other on both ends of the edge portion in a longitudinal direction and located on the same straight line; the engaging portions (40, 48) removably engage a keyboard module comprising a keyboard controlled by the user; and the back portion comprises a sound source side support portion (26, 27) supporting the front portion in an inclined state relative to the keyboard module engaged with the engaging portions (40, 48) with the engaging portions (40, 48) as an axis, wherein the engaging portions (40, 48) comprise a shaft portion, wherein the engaging portions (40, 48) comprise a spring energizing the shaft portion in an axial direction outward in the longitudinal direction of the edge portion, and wherein the shaft portion and the spring are disposed on one of the ends of the edge portion in the longitudinal direction, the sound source module being characterized in that the edge portion comprises a fixing portion (42, 46) fixing the shaft portion to the edge portion while the spring is compressed to cause the shaft portion to retreat toward the edge portion.
A method for communicating control data over a wireless communications control channel, comprising:faire fax: verification placement rajout characterised by: assigning a dedicated number of Walsh sequences in the total number of Walsh sequences available for the partitioned control channel to a logical control channel in the plurality of logical control channels; mapping, using the communications device, control data to the logical control channel, wherein the mapping includes selecting one or more of the Walsh sequences available to the logical control channel; scrambling the control data on the logical control channel according to one or more identifiers of one or more disparate devices; and transmitting the control data over the logical control channel. assigning a dedicated number of Walsh sequences in the total number of Walsh sequences available for the partitioned control channel to a logical control channel in the plurality of logical control channels; mapping, using the communications device, control data to the logical control channel, wherein the mapping includes selecting one or more of the Walsh sequences available to the logical control channel; scrambling the control data on the logical control channel according to one or more identifiers of one or more disparate devices; and transmitting the control data over the logical control channel.
A lubricating oil composition for refrigerator, comprising: a base oil; and an additive added to the base oil, wherein the base oil is mineral oil and/or synthetic base oil, and the synthetic base oil is at least one compound selected from a group consisting of alkyl benzene, alkyl naphthalene, polyvinyl ether, polyalkylene glycol, polycarbonate, polyol ester and an ether-base compound represented by a formula Ra-[(ORb)n- -(ORc)k]x-Rd where: Ra and Rd each represent a hydrogen atom, an alkyl group having 1 to 10 carbon atoms, an acyl group having 2 to 10 carbon atoms or a hydrocarbon group having 2 to 6 bonding sites and 1 to 10 carbon atoms; Rb and Rc each represent an alkylene group having 2 to 4 carbon atoms; n and k each represent an integer in a range of 0 to 20; x represents an integer in a range of 1 to 6; represents a polymerization site containing 3 or more monomer units each represented by a formula as follows, where: R 4, R 5 and R 6 each represent a hydrogen atom or a hydrocarbon group having 1 to 8 carbon atoms, R 4, R 5 and R 6 being allowed to be mutually the same or different; R 7 represents a divalent hydrocarbon group having 1 to 10 carbon atoms or divalent ether-bonded oxygen-containing hydrocarbon group having 2 to 20 carbon atoms; R 8 represents a hydrogen atom, a hydrocarbon group having 1 to 20 carbon atoms; m represents a number whose average value is in a range of 0 to 10; when m is plural, plural m may be mutually the same or different per each unit; R 4 to R 8 each may be mutually the same or different per each unit; when R 7 O is plural, plural R 7 O may be mutually the same or different; and when both k and n in the formula are 0, m is an integer of 1 or larger in the formula, and the additive is at least one of 1-tetradecene, 1-hexadecene and 1-octadecene, wherein the content of the additive is in a range from 0.1% to 10 mass% based on the total amount of the lubricating oil composition.
A valve for a heat exchanger, the valve comprising: a base configured to be positioned adjacent to an inlet end of a heat exchanger; a heating element positioned on the base; and a flap connected to the base that is movable between an open position that permits the flow of fluid into the inlet end of the heat exchanger and a closed position that blocks the flow of fluid into the inlet end, wherein the flap is made from a heat responsive material. a base configured to be positioned adjacent to an inlet end of a heat exchanger; a heating element positioned on the base; and a flap connected to the base that is movable between an open position that permits the flow of fluid into the inlet end of the heat exchanger and a closed position that blocks the flow of fluid into the inlet end, wherein the flap is made from a heat responsive material.
A cellulose powder having an average degree of polymerization of 100 to 350, a weight average particle size of more than 30 μm and 250 μm or less, an apparent specific volume of 2 cm 3 /g or more and less than 4 cm 3 /g, and an amount of organic carbon derived from residual impurities of more than 0.07 and 0.3% or less, the amount of organic carbon derived from residual impurities being defined by the expression: amount of total organic carbon (%) during extraction with aqueous solution of 1% NaOH - amount of total organic carbon (%) during extraction with pure water.
A mobile terminal comprising: a housing, a display screen, mounted on the housing and defining a first through hole; a camera assembly, mounted in the first through hole, wherein a step portion forms on the camera assembly, and the step portion comprises a step surface facing towards the display screen; a receiver (601, 602), mounted inside the housing, and a microphone, mounted inside the housing; characterized in that, the mobile terminal further comprises a sensor assembly, mounted on the step surface of the step portion, and the receiver (601, 602) and the microphone are disposed around the camera assembly below the display screen, and the receiver (601, 602) and the microphone are invisible from the first through hole when viewed from an outer side of the mobile terminal; or a slot (801, 802) is defined by at least one side of the display screen and the housing, the receiver (601, 602) and the microphone are mounted below the display screen at a position adjacent to the slot (801, 802), and the receiver (601, 602) and the microphone are invisible from the slot (801, 802) when viewed from the outer side of the mobile terminal. a housing, a display screen, mounted on the housing and defining a first through hole; a camera assembly, mounted in the first through hole, wherein a step portion forms on the camera assembly, and the step portion comprises a step surface facing towards the display screen; a receiver (601, 602), mounted inside the housing, and a microphone, mounted inside the housing; characterized in that, the mobile terminal further comprises a sensor assembly, mounted on the step surface of the step portion, and the receiver (601, 602) and the microphone are disposed around the camera assembly below the display screen, and the receiver (601, 602) and the microphone are invisible from the first through hole when viewed from an outer side of the mobile terminal; or a slot (801, 802) is defined by at least one side of the display screen and the housing, the receiver (601, 602) and the microphone are mounted below the display screen at a position adjacent to the slot (801, 802), and the receiver (601, 602) and the microphone are invisible from the slot (801, 802) when viewed from the outer side of the mobile terminal.
Device for pumping a fluid, in particular a viscous fluid, comprising a pump, a pump motor, a motor control means, a non-return valve, the non-return valve having a conduit fixed on the pump and a means for sealing the conduit which moves between an open position and a closed position, and means for measuring the pumped volume, characterised in that a sensor situated in the non-return valve detects the open position of the sealing means and is connected to the means for measuring the pumped volume, the measuring means comprising: a means for measuring the duration of opening of the sealing means connected to the sensor, memory means which are connected to the measuring means and record the duration of opening, and means for calculating the pumped volume which are connected to the memory means, these calculation means determining the pumped volume on the basis of, on the one hand, the nominal flow rate of the pump recorded in the memory means and, on the other hand, the duration of opening of the sealing means.