mhurhangee/patent-ind-claim-en huggingface dataset:
A dialysis system comprising: a water purification unit ; a dialysis fluid delivery unit ; a first fluid heater; a second fluid heater; a main power source for powering the system; and a supplemental power source , wherein the first fluid heater is configured to operate with the water purification unit and the second fluid heater is configured to operate with the dialysis fluid delivery unit , wherein the dialysis fluid delivery unit includes a logic implementer , wherein the logic implementer is configured to control both the dialysis fluid delivery unit and the water purification unit and wherein the logic implementer is configured to use the supplemental power source such that when the first and second heaters are powered simultaneously, a collective current draw does not exceed a maximum allowable current draw of the main power source. a water purification unit ; a dialysis fluid delivery unit ; a first fluid heater; a second fluid heater; a main power source for powering the system; and a supplemental power source , wherein the first fluid heater is configured to operate with the water purification unit and the second fluid heater is configured to operate with the dialysis fluid delivery unit , wherein the dialysis fluid delivery unit includes a logic implementer , wherein the logic implementer is configured to control both the dialysis fluid delivery unit and the water purification unit and wherein the logic implementer is configured to use the supplemental power source such that when the first and second heaters are powered simultaneously, a collective current draw does not exceed a maximum allowable current draw of the main power source.
A method of outputting a communication message, comprising: detecting (101;201) operating information corresponding to a terminal when a communication message is received; acquiring (102;202) an output condition corresponding to the communication message to respond to the operating information detected; and outputting (103;204) the communication message in a current interface when the operating information satisfies the output condition, wherein the current interface is different from a display interface that is preset for the communication message, wherein the operating information instructs the operation that includes at least one of: jittering the terminal, moving the terminal to a target position, and changing a gesture of the terminal. detecting (101;201) operating information corresponding to a terminal when a communication message is received; acquiring (102;202) an output condition corresponding to the communication message to respond to the operating information detected; and outputting (103;204) the communication message in a current interface when the operating information satisfies the output condition, wherein the current interface is different from a display interface that is preset for the communication message, wherein the operating information instructs the operation that includes at least one of: jittering the terminal, moving the terminal to a target position, and changing a gesture of the terminal.
An apparatus for laying patch cords in a telecommunication rack, the apparatus characterized in : - having at least one cavity for laying a patch cord cable, at least 80 % of volume of said cavity being disposed behind a front panel of said apparatus in the depth of said rack, after placing said apparatus into the rack; - having an aperture at said front panel, which aperture permitting to lay the patch cord cable in said cavity, a width of the cavity being such for ensuring the minimum permissible bent radius of the cable in such a manner that the patch cord cable folded with a bend and passing through said aperture even number of times crosses at least one imaginary geometric plane passing through three points disposed at said front panel. - having at least one cavity for laying a patch cord cable, at least 80 % of volume of said cavity being disposed behind a front panel of said apparatus in the depth of said rack, after placing said apparatus into the rack; - having an aperture at said front panel, which aperture permitting to lay the patch cord cable in said cavity, a width of the cavity being such for ensuring the minimum permissible bent radius of the cable in such a manner that the patch cord cable folded with a bend and passing through said aperture even number of times crosses at least one imaginary geometric plane passing through three points disposed at said front panel.
A method for transferring micro-LEDs at wafer level, comprising: temporarily bonding micro-LEDs on a laser-transparent original substrate onto a carrier substrate via a first bonding layer (S7100); irradiating the original substrate from the original substrate side with laser , to lift-off selected micro-LEDs from the original substrate (S7200); performing a partial release on the first bonding layer , to transfer the selected micro-LEDs to the carrier substrate (S7300); temporarily bonding the selected micro-LEDs on the carrier substrate onto a transfer head substrate via a second bonding layer (S7400); performing a full release on the first bonding layer , to transfer the selected micro-LEDs to the transfer head substrate (S7500); bonding the selected micro-LEDs on the transfer head substrate onto a receiving substrate (S7600); and removing the transfer head substrate by releasing the second bonding layer , to transfer the selected micro-LEDs to the receiving substrate (S7700). temporarily bonding micro-LEDs on a laser-transparent original substrate onto a carrier substrate via a first bonding layer (S7100); irradiating the original substrate from the original substrate side with laser , to lift-off selected micro-LEDs from the original substrate (S7200); performing a partial release on the first bonding layer , to transfer the selected micro-LEDs to the carrier substrate (S7300); temporarily bonding the selected micro-LEDs on the carrier substrate onto a transfer head substrate via a second bonding layer (S7400); performing a full release on the first bonding layer , to transfer the selected micro-LEDs to the transfer head substrate (S7500); bonding the selected micro-LEDs on the transfer head substrate onto a receiving substrate (S7600); and removing the transfer head substrate by releasing the second bonding layer , to transfer the selected micro-LEDs to the receiving substrate (S7700).
Method for the biological conversion of alkanes dissolved in heat-transfer fluid into non-flammable, water-soluble compounds, characterised in that - a degassed partial stream is branched off from the heat transfer fluid, - this partial stream is brought to a temperature suitable for the biological conversion, - the temperature-controlled partial stream is fed into a reactor with a bed , - the bed is loaded with living microorganisms or immobilised enzymes thereof, - a nutrient solution and an oxygen supplier are fed to the reactor, - the partial stream with the converted alkanes is withdrawn from the reactor and fed back to the heat-transfer fluid. - a degassed partial stream is branched off from the heat transfer fluid, - this partial stream is brought to a temperature suitable for the biological conversion, - the temperature-controlled partial stream is fed into a reactor with a bed , - the bed is loaded with living microorganisms or immobilised enzymes thereof, - a nutrient solution and an oxygen supplier are fed to the reactor, - the partial stream with the converted alkanes is withdrawn from the reactor and fed back to the heat-transfer fluid.
An image forming apparatus comprising: a transport unit configured to transport a recording medium having an image formation surface whose height changes from a front end toward a rear end in a transport direction; a transfer unit configured to transfer an image onto the image formation surface of the recording medium transported by the transport unit by making contact with the image formation surface ; and a support unit configured to support the recording medium without hindering contact of the transfer unit with the image formation surface and configured to be transported together with the recording medium by the transport unit , wherein the support unit is configured to support a side surface of the recording medium that crosses the image formation surface and extends along the transport direction in which the recording medium is transported by the transport unit , and has a height equal to or lower than a height of the image formation surface of the recording medium , the image forming apparatus being characterized in that : the support unit is configured to support the side surface of the recording medium whose height decreases toward the front end and not support a front end surface and/or a rear end surface of the recording medium . a transport unit configured to transport a recording medium having an image formation surface whose height changes from a front end toward a rear end in a transport direction; a transfer unit configured to transfer an image onto the image formation surface of the recording medium transported by the transport unit by making contact with the image formation surface ; and a support unit configured to support the recording medium without hindering contact of the transfer unit with the image formation surface and configured to be transported together with the recording medium by the transport unit , wherein the support unit is configured to support a side surface of the recording medium that crosses the image formation surface and extends along the transport direction in which the recording medium is transported by the transport unit , and has a height equal to or lower than a height of the image formation surface of the recording medium , the image forming apparatus being characterized in that : the support unit is configured to support the side surface of the recording medium whose height decreases toward the front end and not support a front end surface and/or a rear end surface of the recording medium .
Bicycle wheel rim , comprising a wall made of composite material having a plurality of perforated spoke-attachment seats , wherein each perforated seat has a substantially circumferential shape and is delimited, at a perimeter circumference thereof, by: - at least two first areas comprising an amassment of continuous structural fibers and in which the local density of the continuous structural fibers is greater than an average nominal density of the continuous structural fibers in every area of the wall far from the perforated seat , wherein said at least two first areas are arranged on opposite sides with respect to the perforated seat along a first direction (T); - at least two second areas circumferentially spaced apart from said at least two first areas and arranged on opposite sides with respect to the perforated seat along a second direction (L) substantially perpendicular to the first direction (T); characterised in that said at least two second areas comprises cut structural fibers . - at least two first areas comprising an amassment of continuous structural fibers and in which the local density of the continuous structural fibers is greater than an average nominal density of the continuous structural fibers in every area of the wall far from the perforated seat , wherein said at least two first areas are arranged on opposite sides with respect to the perforated seat along a first direction (T); - at least two second areas circumferentially spaced apart from said at least two first areas and arranged on opposite sides with respect to the perforated seat along a second direction (L) substantially perpendicular to the first direction (T);
A pulverizing apparatus comprising: a pulverization chamber which has a plurality of stationary blades at an inner peripheral surface thereof, the plurality of stationary blades extending in an axial direction and being separated by intervals in a peripheral direction; a rotary shaft which is rotatably supported by the pulverization chamber ; a plurality of rotary blades fixed to the rotary shaft so as to oppose the stationary blades , and tip ends thereof having space of 0.1 mm or more to 0.5 mm or less between tip ends of the stationary blades ; a paper powder feed port to which paper powder is fed into the pulverization chamber ; a rotation driving unit which rotates the rotary shaft so that a peripheral speed of the tip ends of the rotary blades is 19 m/sec or more to 30 m/sec or less; and a screen arranged inside or outside the pulverization chamber and having a mesh opening of 130μm or more to 400μm or less. a pulverization chamber which has a plurality of stationary blades at an inner peripheral surface thereof, the plurality of stationary blades extending in an axial direction and being separated by intervals in a peripheral direction; a rotary shaft which is rotatably supported by the pulverization chamber ; a plurality of rotary blades fixed to the rotary shaft so as to oppose the stationary blades , and tip ends thereof having space of 0.1 mm or more to 0.5 mm or less between tip ends of the stationary blades ; a paper powder feed port to which paper powder is fed into the pulverization chamber ; a rotation driving unit which rotates the rotary shaft so that a peripheral speed of the tip ends of the rotary blades is 19 m/sec or more to 30 m/sec or less; and a screen arranged inside or outside the pulverization chamber and having a mesh opening of 130μm or more to 400μm or less.
A set for the endoscopic fixation of an implant in an intervertebral disk by means of a nail or pin comprising: an applicator sheath which is insertable through an endoscope into an intervertebral disk and through which an implant is insertable into an intervertebral disk defect; a drill wire guide sheath sized to be insertable into the applicator sheath ; and a pusher for mediating blows during fixation of an implant in the intervertebral disk by means of a nail or pin, wherein the pusher being sized to be insertable into the applicator sheath and wherein the applicator sheath comprises a beveled tip , a hollow cylindrical main part and a flange-like end piece . an applicator sheath which is insertable through an endoscope into an intervertebral disk and through which an implant is insertable into an intervertebral disk defect; a drill wire guide sheath sized to be insertable into the applicator sheath ; and a pusher for mediating blows during fixation of an implant in the intervertebral disk by means of a nail or pin, wherein the pusher being sized to be insertable into the applicator sheath and
A steel for railway wheel comprising: in mass%, C: 0.65 to 0.84%; Si: 0.65 to 1.0%; Mn: 0.50 to 1.40%; Cr: 0.02 to 0.13%; S: 0.04% or less and V: 0.02 to 0.12%, and optionally comprising Mo: 0.07% or less and Al: 0.20% or less wherein Fn1 expressed by the following formula is 32 to 43, Fn2 expressed by the following formula is 3 or more and 25 or less, and a total content of V and Mo is 0.02 to 0.12%, the balance being Fe and impurities, and P, Cu and Ni in the impurities are P: 0.05% or less, Cu: 0.20% or less, and Ni: 0.20% or less: Fn 1 = 2.7 + 29.5 × C + 2.9 × Si + 6.9 × Mn + 10.8 × Cr + 30.3 × Mo + 44.3 × V Fn 2 = exp 0.76 × exp 0.05 × C × exp 1.35 × Si × 0.38 × Mn × exp 0.77 × Cr × exp 3.0 × Mo × exp 4.6 × V where each symbol of element in the formulas and means content in mass% of each element. C: 0.65 to 0.84%; Si: 0.65 to 1.0%; Mn: 0.50 to 1.40%; Cr: 0.02 to 0.13%; S: 0.04% or less and V: 0.02 to 0.12%, and optionally comprising Mo: 0.07% or less and Al: 0.20% or less P: 0.05% or less, Cu: 0.20% or less, and Ni: 0.20% or less: Fn 1 = 2.7 + 29.5 × C + 2.9 × Si + 6.9 × Mn + 10.8 × Cr + 30.3 × Mo + 44.3 × V Fn 2 = exp 0.76 × exp 0.05 × C × exp 1.35 × Si × 0.38 × Mn × exp 0.77 × Cr × exp 3.0 × Mo × exp 4.6 × V where each symbol of element in the formulas and means content in mass% of each element.
A composition containing antibodies from a vaccinated dog against Canine parvovirus type 2 in combination with one of the following antibodies from a vaccinated dog against; Canine Herpesvirus, Bordetella bronchiseptica Canine parainfluenza virus, Canine distemper virus, Adenovirus type 1, for use orally in a treatment to improve dog health, administered twice, at least four hours apart, within the first 24 hours of age.
An apparatus for investigating a subsurface volume, the apparatus comprising an enclosure configured to be conveyed along a wellbore formed through the subsurface volume; an acoustic transducer disposed in the enclosure and generating acoustical signals; an electronics assembly disposed in the enclosure and controlling the acoustic transducer , the apparatus characterized by : - a lens disposed in the enclosure and next to the acoustic transducer , the lens being positioned to receive the generated acoustical signals from the acoustic transducer , the lens being formed of a plurality of cells , each cell formed as a column oriented transverse to a direction of travel of the acoustical signals, each cell having a hub , a plurality of spokes radiating from the hub , wherein each spoke includes a plurality of fingers circumferentially distributed around the hub , wherein the hub , spokes, and fingers are oriented to cause the acoustic waves to travel at a different speed in each of three orthogonal directions, and wherein the lens is further positioned to direct the acoustic waves into the subsurface volume. - a lens disposed in the enclosure and next to the acoustic transducer , the lens being positioned to receive the generated acoustical signals from the acoustic transducer , the lens being formed of a plurality of cells , each cell formed as a column oriented transverse to a direction of travel of the acoustical signals, each cell having a hub , a plurality of spokes radiating from the hub , wherein each spoke includes a plurality of fingers circumferentially distributed around the hub , wherein the hub , spokes, and fingers are oriented to cause the acoustic waves to travel at a different speed in each of three orthogonal directions, and wherein the lens is further positioned to direct the acoustic waves into the subsurface volume.
A user terminal comprising: a control section configured to map an uplink data channel and an uplink control channel on different layers; and a transmission section configured to multiplex on an identical radio resource the uplink data channel and the uplink control channel mapped on the different layers to transmit, wherein the transmission section is configured to spatially multiplex the uplink data channel and the uplink control channel on the identical radio resource to transmit, the user terminal further comprising a reception section that is configured to receive instruction information for instructing spatial multiplexing of the uplink data channel and the uplink control channel by higher layer signaling, wherein the control section is configured to map the uplink data channel and the uplink control channel on the different layers when the instruction information instructs the spatial multiplexing. a control section configured to map an uplink data channel and an uplink control channel on different layers; and a transmission section configured to multiplex on an identical radio resource the uplink data channel and the uplink control channel mapped on the different layers to transmit, wherein the transmission section is configured to spatially multiplex the uplink data channel and the uplink control channel on the identical radio resource to transmit, the user terminal further comprising a reception section that is configured to receive instruction information for instructing spatial multiplexing of the uplink data channel and the uplink control channel by higher layer signaling, wherein the control section is configured to map the uplink data channel and the uplink control channel on the different layers when the instruction information instructs the spatial multiplexing.
A Method for separation of blood components which are present, separated into a light phase and a heavy phase, in a first container , and analysis of the blood components, comprising the following method steps: pumping of one of the two phases from the first container into a second container , the first container being connected to the second container via a connecting piece , recording of measurement values for determination of the quantity of the phase pumped from the first container into the second container , recording of optical measurement values for determination of the haemoglobin and/or lipid content of the phase pumped from the first container into the second container during the pumping of one of the two phases from the first container into the second container , determining of characteristic values of the phase pumped through the connecting piece from the measurement values for determination of the quantity of the phase pumped from the first container into the second container and the optical measurement values for determination of the haemoglobin and/or lipid content, wherein the characteristic values comprise the haemoglobin and/or lipid content. pumping of one of the two phases from the first container into a second container , the first container being connected to the second container via a connecting piece , recording of measurement values for determination of the quantity of the phase pumped from the first container into the second container , recording of optical measurement values for determination of the haemoglobin and/or lipid content of the phase pumped from the first container into the second container during the pumping of one of the two phases from the first container into the second container , determining of characteristic values of the phase pumped through the connecting piece from the measurement values for determination of the quantity of the phase pumped from the first container into the second container and the optical measurement values for determination of the haemoglobin and/or lipid content, wherein the characteristic values comprise the haemoglobin and/or lipid content.
A facility controller for collecting air conditioner information regarding operation of air conditioners comprising outdoor units and indoor units , said facility controller comprising: a memory means configured to store the air conditioner information; a collection processing section configured to collect the air conditioner information regarding the operation of the air conditioners and for storing the information into the memory means ; a transmission processing section configured to receive an instruction from the collection processing section and to transmit the air conditioner information stored in the memory means based on the instruction received; and characterized by said collection processing section being configured to instruct the transmission processing section to transmit the air conditioner information stored in the memory means when the number of collections of the air conditioner information reaches a predetermined value corresponding to the memory means becoming full with the air conditioner information. a memory means configured to store the air conditioner information; a collection processing section configured to collect the air conditioner information regarding the operation of the air conditioners and for storing the information into the memory means ; a transmission processing section configured to receive an instruction from the collection processing section and to transmit the air conditioner information stored in the memory means based on the instruction received; and characterized by said collection processing section being configured to instruct the transmission processing section to transmit the air conditioner information stored in the memory means when the number of collections of the air conditioner information reaches a predetermined value corresponding to the memory means becoming full with the air conditioner information.