mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a toner case configured to include a case main body having a discharge port configured to discharge a toner, a shutter configured to open/close the discharge port, and a lever connected with the shutter; an apparatus main body to which the toner case is attachably/detachably installed; and a cover openably/closably attached to the apparatus main body and configured to cover at least a part of the toner case, the image forming apparatus being characterized in that the lever is configured to be shifted to a first position in order to make the shutter close the discharge port and to allow the close of the cover without interfering with the cover, to a second position in order to make the shutter close the discharge port and to prevent the close of the cover by interfering with the cover, or to a third position in order to make the shutter open the discharge port and to allow the close of the cover without interfering with the cover, and the lever is supported to the case main body. a toner case configured to include a case main body having a discharge port configured to discharge a toner, a shutter configured to open/close the discharge port, and a lever connected with the shutter; an apparatus main body to which the toner case is attachably/detachably installed; and a cover openably/closably attached to the apparatus main body and configured to cover at least a part of the toner case, the image forming apparatus being characterized in that the lever is configured to be shifted to a first position in order to make the shutter close the discharge port and to allow the close of the cover without interfering with the cover, to a second position in order to make the shutter close the discharge port and to prevent the close of the cover by interfering with the cover, or to a third position in order to make the shutter open the discharge port and to allow the close of the cover without interfering with the cover, and the lever is supported to the case main body.
A D-psicose 3-epimerase variant with improved thermostability, wherein the variant has an amino acid sequence of SEQ ID NO:1 in Korean Patent Publication NO. 10-2011-0035805A or a functional fragment in which isoleucine (Ile) at position 33 of the amino acid sequence is substituted with an amino acid selected from the group consisting of leucine (Leu), cysteine (Cys) and valine (Val), or an amino acid sequence in which serine (Ser) at position 213 of the amino acid sequence is substituted with cysteine.
A machine tool comprising: a displacement sensor, a guide bush supporting a workpiece on a front side of a spindle holding the workpiece; and a calculating unit (11, 11a) which calculates a diameter of the machined workpiece based on a measurement value of the machined workpiece by the displacement sensor, characterised in that the displacement sensor is installed inside of at least one of the guide bush and a spindle supporting unit.
A method of communication, comprising: receiving messages at an access point, wherein the messages comprise measurement reports from a plurality of access terminals that are not currently being served by the access point, wherein the measurement reports further include received signal strengths corresponding to signals the access terminals received from at least one other access point; ranking the access terminals based on the received messages, wherein the ranking corresponds to signal conditions at the access terminals that result from transmissions by the access point and wherein the ranking is based on the received signal strengths; designating a subset of the access terminals based on the ranking, wherein the designating of the subset of access terminals comprises: identifying a defined portion or defined number of the access terminals that reported lowest received signal strength and excluding the identified access terminals from the subset of access terminals; and controlling transmit power of the access point to achieve specified signal conditions at the subset of access terminals. receiving messages at an access point, wherein the messages comprise measurement reports from a plurality of access terminals that are not currently being served by the access point, wherein the measurement reports further include received signal strengths corresponding to signals the access terminals received from at least one other access point; ranking the access terminals based on the received messages, wherein the ranking corresponds to signal conditions at the access terminals that result from transmissions by the access point and wherein the ranking is based on the received signal strengths; designating a subset of the access terminals based on the ranking, wherein the designating of the subset of access terminals comprises: identifying a defined portion or defined number of the access terminals that reported lowest received signal strength and excluding the identified access terminals from the subset of access terminals; and controlling transmit power of the access point to achieve specified signal conditions at the subset of access terminals. identifying a defined portion or defined number of the access terminals that reported lowest received signal strength and excluding the identified access terminals from the subset of access terminals; and controlling transmit power of the access point to achieve specified signal conditions at the subset of access terminals.
Container, comprising: a housing which has an inlet and an outlet, wherein the housing defines a volume; a filter element which is arranged in the housing and which is configured to separate an impurity from a liquid; and a flexible element which encloses a circumference of the filter element inside the housing, wherein the flexible element is compressible in relation to the expansion of the liquid when it changes into a solid, characterised in that the flexible element defines a gap between an outer surface of the flexible element and an inner surface of the housing. a housing which has an inlet and an outlet, wherein the housing defines a volume; a filter element which is arranged in the housing and which is configured to separate an impurity from a liquid; and a flexible element which encloses a circumference of the filter element inside the housing, wherein the flexible element is compressible in relation to the expansion of the liquid when it changes into a solid, characterised in that the flexible element defines a gap between an outer surface of the flexible element and an inner surface of the housing.
An inverter device, including: an inverter stack; and a switchboard that houses the inverter stack, the inverter stack having: an inverter main body, the inverter main body housing an inverter circuit; a lower frame configuring a bottom portion of the inverter stack and formed of a plurality of longitudinal frame members (21, 22) linked so as to form the edges of a cuboid, and an output relay bar (73, 81, 91) linked to a corresponding output terminal of the inverter main body and provided so as to pass through the lower frame of the inverter stack, wherein the lower frame is such that a frame member of the plurality of longitudinal frame members (21, 22) that is forming one edge of a side of the cuboid, wherein the output relay bar (73, 81, 91) passes through the side of the cuboid, is formed of a non-magnetic body. an inverter stack; and a switchboard that houses the inverter stack, the inverter stack having: an inverter main body, the inverter main body housing an inverter circuit; a lower frame configuring a bottom portion of the inverter stack and formed of a plurality of longitudinal frame members (21, 22) linked so as to form the edges of a cuboid, and an output relay bar (73, 81, 91) linked to a corresponding output terminal of the inverter main body and provided so as to pass through the lower frame of the inverter stack, an inverter main body, the inverter main body housing an inverter circuit; a lower frame configuring a bottom portion of the inverter stack and formed of a plurality of longitudinal frame members (21, 22) linked so as to form the edges of a cuboid, and an output relay bar (73, 81, 91) linked to a corresponding output terminal of the inverter main body and provided so as to pass through the lower frame of the inverter stack, wherein the lower frame is such that a frame member of the plurality of longitudinal frame members (21, 22) that is forming one edge of a side of the cuboid, wherein the output relay bar (73, 81, 91) passes through the side of the cuboid, is formed of a non-magnetic body.
Method for carrying out a preparation process for a food product with a cooking appliance, in which the preparation is carried out during a program duration of the preparation program, wherein, in an energy-saving mode of the preparation program an average heating output is set which is at least reduced compared to the average heating output of a heating device in normal mode of the preparation program for a reduction duration that starts before the end time of the program duration is reached, characterised in that the cooking appliance has a plurality of different preparation programs, wherein the temporal length of the reduction duration and/or the start of the reduction duration is automatically determined in a program specific manner as a function of a selected preparation program.
A compound of formula I: or a pharmaceutically acceptable salt or ester thereof; wherein n is 1-24 and wherein: R1 is selected from the group consisting of: a compound of the formula: a compound of the formula: and a compound of the formula: wherein Q is H or OH; R2 is selected from the group consisting of: a compound of the formula: a compound of the formula: a compound of the formula: and a compound of the formula: wherein R3 is a conjugated moiety and X represents either sulfur or a compound of the formula: R1 is selected from the group consisting of: a compound of the formula: a compound of the formula: and a compound of the formula: wherein Q is H or OH; a compound of the formula: a compound of the formula: and a compound of the formula: wherein Q is H or OH; R2 is selected from the group consisting of: a compound of the formula: a compound of the formula: a compound of the formula: and a compound of the formula: wherein R3 is a conjugated moiety and X represents either sulfur or a compound of the formula: a compound of the formula: a compound of the formula: a compound of the formula: and a compound of the formula: wherein R3 is a conjugated moiety and X represents either sulfur or a compound of the formula:
A non-annealed hot-rolled ferritic stainless steel sheet, the ferritic stainless steel comprising, in percent (%) by weight of the entire composition, C: more than 0 and 0.03% or less, Si: 0.1 to 0.5%, Mn: 1.5% or less, P: 0.04% or less, Cr: 10.5 to 14%, Ni: more than 0 and 1.5% or less, Ti: 0.01 to 0.5%, Cu: more than 0 and 1.0% or less, N: more than 0 and 0.015% or less, Al: 0.1% or less, the remainder of iron (Fe) and other inevitable impurities, and satisfying the following equation, and the average grain size of the cross-sectional microstructure in the direction perpendicular to the rolling direction measured as defined in the description is 60 μ m or less; wherein the fraction of grain boundary having a misorientation between grains of the microstructure of 15 to 180° measured as defined in the description is 55% or more, 1500 ≤ (1001.5*C + 950.6*Mn + 1350.5*Ni + 395.6*Cu - 0.7*Si - 1.0*Ti - 0.1*Cr - 1.0*P - 1.0*Al + 1020.5*N) ≤ 2200 wherein C, Mn, Ni, Cu, Si, Ti, Cr, P, Al and N mean the content in % by weight of each element. satisfying the following equation, and the average grain size of the cross-sectional microstructure in the direction perpendicular to the rolling direction measured as defined in the description is 60 μ m or less; wherein the fraction of grain boundary having a misorientation between grains of the microstructure of 15 to 180° measured as defined in the description is 55% or more, 1500 ≤ (1001.5*C + 950.6*Mn + 1350.5*Ni + 395.6*Cu - 0.7*Si - 1.0*Ti - 0.1*Cr - 1.0*P - 1.0*Al + 1020.5*N) ≤ 2200 wherein C, Mn, Ni, Cu, Si, Ti, Cr, P, Al and N mean the content in % by weight of each element.
Wound dressing comprising a Bronsted acid and a pH-sensitive polymer, characterized in that the Bronsted acid is embedded in a matrix composed of the pH-sensitive polymer or is encased in the pH-sensitive polymer, wherein the Bronsted acid is a substance selected from the group comprising acetic acid, citric acid, lactic acid, glyceric acid, gluconic acid, benzoic acid, aconitic acid, glutaric acid, tartaric acid, phosphoric acid, malic acid, succinic acid and glutamic acid and wherein the pH-sensitive polymer is a methacrylic acid-methyl methacrylate copolymer. the Bronsted acid is embedded in a matrix composed of the pH-sensitive polymer or is encased in the pH-sensitive polymer, wherein the Bronsted acid is a substance selected from the group comprising acetic acid, citric acid, lactic acid, glyceric acid, gluconic acid, benzoic acid, aconitic acid, glutaric acid, tartaric acid, phosphoric acid, malic acid, succinic acid and glutamic acid and wherein the pH-sensitive polymer is a methacrylic acid-methyl methacrylate copolymer.
A coupling arrangement for a radio frequency multi-beam antenna, wherein the coupling arrangement comprises a feed structure specific radiator and a multi-layered printed board which comprises a solder layer, a first layer structure, at least one ground layer structure and a second layer structure; the first layer structure being covered with the solder layer and comprising electrically controllable semiconductor diode switches (116 to 128) and a beam former comprising beam former inputs (102 to 114), wherein the beam former is electrically steerable by the electrically controllable semiconductor diode switches (116 to 128) associated with the beam former, the beam former being configured to perform a steered beam forming operation to a radio frequency signal passing through the beam former with the electrically controllable semiconductor diode switches (116 to 128) configured to receive the radio frequency signal and couple the radio frequency signal to one of the beam former inputs (102 to 114) at a time on the basis of a control signal; the electrically controllable semiconductor diodes switches (116 to 128) comprise a common pole and in each input of the beam former a first diode switch circuit and a second diode switch circuit for allowing or blocking a radio frequency signal transfer from the common pole to an input (102 to 114) of the beam former; the electrically controllable semiconductor diode switches (116 to 128) comprise a first quarter wave transmission line between the common pole and the first diode switch circuit, and a second quarter wave transmission line between the first diode switch circuit and the second diode switch circuit; the first diode switch circuit comprise a diode and the second diode switch circuit comprise a diode and a resistor; the second layer structure comprising a feed network structure and a plurality of capacitive feed structures, each of the plurality of the capacitive feed structures and a feed structure specific radiator being a patch antenna, and starting points of the feed network structure being connected to the beam former through a via; the feed network structure having a plurality of network terminals (150 to 164) each of which being coupled with one beam former terminal (130 to 144), and the feed network structure having capacitive feed structures for capacitively coupling the radio frequency signal to or from the feed structure-specific radiators for transmitting or receiving the radio frequency signal.
Assembly comprising a support fastened to a structure by means of a fastening element extending along a fastening axis, the support comprising a bore for the passage of the fastening element, the fastening element comprising a surface for driving in rotation, and the assembly comprising a device for locking in rotation the fastening element, the locking device comprising a moveable end resting against the surface for driving in rotation the fastening element when the latter is put in place in the bore of the support, and the locking device being designed so that, at rest, that is to say when the fastening element is not present in the bore of the support, the moveable end enters into the volume normally occupied by the surface for driving in rotation the fastening element when the latter is put in place in the bore of the support, the assembly being characterized in that the locking device is placed between the support and the fastening element so as to be deformed elastically by the surface for driving in rotation when the fastening element is put in place in the bore of the support, and in that the moveable end comprises locking shapes capable of interacting with the external shapes of the driving surface in order to stop the fastening element from rotating about the fastening axis.
An automatic winder-unwinder of a tarpaulin over the surface of a swimming pool's basin, said winder/unwinder comprising: - a winding tube, - a tarpaulin capable of being wound around the winding tube, - a motor capable of rotating said winding tube in both directions to unwind the tarpaulin during a winding phase and to wind the tarpaulin during a winding phase, and - two displacement modules (20, 30) arranged to bear on the periphery of said basin, the modules (20, 30) being arranged at the ends of the winding tube, the modules (20, 30) each comprising a driving wheel, a non-driven wheel and means for transmitting the torque from the motor to the driving wheels (25, 35), said transmission means including: - a top pulley, driven by the motor, - a bottom pulley, fixed to at least one driving wheel, and - a transmission member connecting the two pulleys (32, 39), characterised in that the transmission means further include a freewheel mechanism interposed between the top pulley and the motor, said freewheel mechanism making it possible, on the one hand, to drive the top pulley by the motor during the unwinding phase, and, on the other hand, to separate the top pulley and the motor during the winding phase, and in that, throughout the unwinding phase, the reduction ratio between the top pulley and the bottom pulley is less than the ratio between the maximum winding radius (RTmax) of the tarpaulin around the winding tube and the radius of the drive wheel such that the transmission member slips on the bottom pulley. - a winding tube, - a tarpaulin capable of being wound around the winding tube, - a motor capable of rotating said winding tube in both directions to unwind the tarpaulin during a winding phase and to wind the tarpaulin during a winding phase, and - two displacement modules (20, 30) arranged to bear on the periphery of said basin, the modules (20, 30) being arranged at the ends of the winding tube, the modules (20, 30) each comprising a driving wheel, a non-driven wheel and means for transmitting the torque from the motor to the driving wheels (25, 35), said transmission means including: - a top pulley, driven by the motor, - a bottom pulley, fixed to at least one driving wheel, and - a transmission member connecting the two pulleys (32, 39), - a top pulley, driven by the motor, - a bottom pulley, fixed to at least one driving wheel, and - a transmission member connecting the two pulleys (32, 39), characterised in that the transmission means further include a freewheel mechanism interposed between the top pulley and the motor, said freewheel mechanism making it possible, on the one hand, to drive the top pulley by the motor during the unwinding phase, and, on the other hand, to separate the top pulley and the motor during the winding phase, and in that, throughout the unwinding phase, the reduction ratio between the top pulley and the bottom pulley is less than the ratio between the maximum winding radius (RTmax) of the tarpaulin around the winding tube and the radius of the drive wheel such that the transmission member slips on the bottom pulley.
A zirconium dispersed-particle gel combination flooding system, comprising: zirconium dispersed-particle gel, polyether nonionic surfactant and clean water; which is characterized in that, the weight percentage of zirconium dispersed-particle gel in the combination flooding system ranges from 0.16% to 0.24%; the weight percentage of polyether nonionic surfactant in the combination flooding system ranges from 0.1% to 0.4%; the rest is water, and the sum of the weight percentage of each component is 100%; said zirconium dispersed-particle gel is one of a nano-scale particle size, micron-scale particle size and millimeter-scale particle size zirconium dispersed-particle gel; wherein, the formula of polyether nonionic surfactant is as follows: in the formula, R represents C 8 -C 13 alkyl; n represents the total number of ethoxy groups, n=2-4; m represents the total number of propoxy groups, m=1,2; wherein n and m are integers.
A wireless transmit/receive unit, WTRU, configured to support proximity services and capable of performing device-to-device, D2D, communications, the WTRU characterised by comprising: a transceiver configured to send, to an evolved Node B, eNB, an attach request message including D2D capability information of the WTRU, wherein the D2D capability information of the WTRU includes at least a D2D direct communication capability indication and a D2D relay capability indication; and the transceiver configured to receive, from the eNB, an attach accept message. a transceiver configured to send, to an evolved Node B, eNB, an attach request message including D2D capability information of the WTRU, wherein the D2D capability information of the WTRU includes at least a D2D direct communication capability indication and a D2D relay capability indication; and the transceiver configured to receive, from the eNB, an attach accept message.
A data transmission method, comprising: determining, by a first access point, a current working uplink receiving beam, wherein the current working uplink receiving beam of the first access point and a current working uplink receiving beam of a second access point do not overlap in space; a reception area of the first access point comprises at least two reception subareas, and each reception subarea serves as one uplink receiving beam; and a signal coverage area of the first access point and a signal coverage area of the second access point have an overlapping part; and broadcasting, by the first access point, an identifier of the current working uplink receiving beam of the first access point, so that when a first station that is associated with the first access point determines, according to the identifier of the current working uplink receiving beam of the first access point, that a first transmitting beam at which the first station is currently working is the current working uplink receiving beam of the first access point, the first station performs data transmission with the first access point by using the first transmitting beam. determining, by a first access point, a current working uplink receiving beam, wherein the current working uplink receiving beam of the first access point and a current working uplink receiving beam of a second access point do not overlap in space; a reception area of the first access point comprises at least two reception subareas, and each reception subarea serves as one uplink receiving beam; and a signal coverage area of the first access point and a signal coverage area of the second access point have an overlapping part; and broadcasting, by the first access point, an identifier of the current working uplink receiving beam of the first access point, so that when a first station that is associated with the first access point determines, according to the identifier of the current working uplink receiving beam of the first access point, that a first transmitting beam at which the first station is currently working is the current working uplink receiving beam of the first access point, the first station performs data transmission with the first access point by using the first transmitting beam.