mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising: a compressor body including a compressing space accommodating a rotor disposed so that a rotor shaft becomes generally horizontal and a casing provided with an intake port and a discharge port that communicate with the compressing space; an intake channel connected to the intake port of the compressor body; and a discharge channel connected to the discharge port of the compressor body; with fluid being sucked from the intake channel through the intake port, and the fluid being compressed in the compressing space and discharged to the discharge channel via the discharge port, wherein the compressor includes: a dry gas seal positioned between the casing and the rotor shaft and having a rotating ring arranged around the circumference of the rotor shaft, and stationary rings (19, 20, 40) provided on the casing with elastic members (17, 18) interposed therebetween so as to be capable of abutting upon orthogonal edge surfaces of the rotating ring that are substantially orthogonal to the rotor shaft; a sealing gas channel having one end connected to the discharge channel, the other end connected so as to communicate with a space between an outer peripheral surface of the rotating ring in the dry gas seal and the casing, and having a sealing gas regulating valve provided therein; and a drain gas channel having one end connected so as to communicate with the space via a through hole formed in the casing below the rotating ring, and the other end connected to the intake channel. a compressor body including a compressing space accommodating a rotor disposed so that a rotor shaft becomes generally horizontal and a casing provided with an intake port and a discharge port that communicate with the compressing space; an intake channel connected to the intake port of the compressor body; and a discharge channel connected to the discharge port of the compressor body; with fluid being sucked from the intake channel through the intake port, and the fluid being compressed in the compressing space and discharged to the discharge channel via the discharge port, a dry gas seal positioned between the casing and the rotor shaft and having a rotating ring arranged around the circumference of the rotor shaft, and stationary rings (19, 20, 40) provided on the casing with elastic members (17, 18) interposed therebetween so as to be capable of abutting upon orthogonal edge surfaces of the rotating ring that are substantially orthogonal to the rotor shaft; a sealing gas channel having one end connected to the discharge channel, the other end connected so as to communicate with a space between an outer peripheral surface of the rotating ring in the dry gas seal and the casing, and having a sealing gas regulating valve provided therein; and a drain gas channel having one end connected so as to communicate with the space via a through hole formed in the casing below the rotating ring, and the other end connected to the intake channel.
A colored metallic pigment comprising a metallic pigment, a coloring pigment, a first compound, and a second compound, wherein said coloring pigment adheres to a surface of said metallic pigment in coexistence of said first compound and said second compound, said first compound is a compound having two or more carboxyl groups, and said second compound is a compound having one or more amino groups.
A portable device comprising: a body that comprises a display; a display processor that displays a magnification image on a screen of said display, the magnification image being obtained by magnifying a part of an original image; an input device, said input device being operable to shift a magnification-image-display area in the original image along up-down directions and left-right directions on the screen, wherein operating said input device shifts the magnification-image-display area along only one of the up-down-directions and left-right directions; and a display-area shift processor that shifts the magnification-image-display area in accordance to an input operation administered to said input device; characterized by a position sensor that detects an angle (α) of inclination of said body, said display processor changing the magnification-image-display area to an image area (EA') that is inclined by an angle corresponding to the angle (α) of inclination, said display-area shift processor changing shift directions of the magnification-image-display area from vertical and lateral directions (TB, TA) of the original image to directions (TB', TA') that are perpendicular to each other and correspond to inclined vertical and lateral directions rotated by the angle (α) of inclination, wherein the angle (α) of inclination represents an angle relative to the left-right direction of the screen when the body is held in a horizontal position. a body that comprises a display; a display processor that displays a magnification image on a screen of said display, the magnification image being obtained by magnifying a part of an original image; an input device, said input device being operable to shift a magnification-image-display area in the original image along up-down directions and left-right directions on the screen, wherein operating said input device shifts the magnification-image-display area along only one of the up-down-directions and left-right directions; and a display-area shift processor that shifts the magnification-image-display area in accordance to an input operation administered to said input device; characterized by a position sensor that detects an angle (α) of inclination of said body, said display processor changing the magnification-image-display area to an image area (EA') that is inclined by an angle corresponding to the angle (α) of inclination, said display-area shift processor changing shift directions of the magnification-image-display area from vertical and lateral directions (TB, TA) of the original image to directions (TB', TA') that are perpendicular to each other and correspond to inclined vertical and lateral directions rotated by the angle (α) of inclination, wherein the angle (α) of inclination represents an angle relative to the left-right direction of the screen when the body is held in a horizontal position.
A polypeptide comprising: (i) a Wnt-binding agent comprising the amino acid sequence of SEQ ID NO: 53; and (ii) a signal sequence selected from the group consisting of: SEQ ID NO:72, SEQ ID NO:70, SEQ ID NO:71, SEQ ID NO:73, and SEQ ID NO:74. (i) a Wnt-binding agent comprising the amino acid sequence of SEQ ID NO: 53; and (ii) a signal sequence selected from the group consisting of: SEQ ID NO:72, SEQ ID NO:70, SEQ ID NO:71, SEQ ID NO:73, and SEQ ID NO:74.
A process for fluidizing catalyst particles in a reactor or regenerator, wherein the process comprises the steps of: a) providing a plurality of catalyst particles in the reactor or regenerator, wherein the particles have a d 2 value of greater than 40 microns, the d 2 particle size defining that 2%, by volume, of the particles have a particle diameter no greater than the d 2 value, b) contacting the catalyst particles with a fluidizing medium under conditions effective to cause the particles to behave in a fluidized manner and to form a fluidized bed, the catalyst particles in the fluidized bed having an axial gas Peclet number of from 4 to 100; and c) situating within the fluidized bed at least one obstructing member for at least partially obstructing the upward flow of entrained catalyst in the fluidized bed. a) providing a plurality of catalyst particles in the reactor or regenerator, wherein the particles have a d 2 value of greater than 40 microns, the d 2 particle size defining that 2%, by volume, of the particles have a particle diameter no greater than the d 2 value, b) contacting the catalyst particles with a fluidizing medium under conditions effective to cause the particles to behave in a fluidized manner and to form a fluidized bed, the catalyst particles in the fluidized bed having an axial gas Peclet number of from 4 to 100; and c) situating within the fluidized bed at least one obstructing member for at least partially obstructing the upward flow of entrained catalyst in the fluidized bed.
A liquid laundry detergent formulation, comprising: a liquid carrier; a cleaning surfactant; and a cleaning booster, wherein the cleaning booster is of formula wherein R 1 is a C 1-4 alkylidene group; wherein each occurrence of R 2 is independently selected from a C 2-5 alkylene oxide group; and wherein the sum v+x+y+z is 4 to 1,600. a liquid carrier; a cleaning surfactant; and a cleaning booster, wherein the cleaning booster is of formula wherein R 1 is a C 1-4 alkylidene group; wherein each occurrence of R 2 is independently selected from a C 2-5 alkylene oxide group; and wherein the sum v+x+y+z is 4 to 1,600.
A network access method to be performed by a Non-3GPP Interworking Function, N3IWF, to cause a communication terminal performing a non-cellular communication to access a slice (5, 5a, 5b) corresponding to a service network providing a service, the network access method comprising: an acquisition step of acquiring, from the communication terminal, an access request including terminal identification information identifying the communication terminal and optionally network identification information identifying the slice that the communication terminal requests to access; a selection step of selecting based on the acquired access request, an Access and Mobility Management Function, AMF,, wherein if the network identification information is included in the acquired access request, the AMF is selected based on the network identification information, otherwise, the AMF is selected based on the position information of the communication terminal which is acquired based on the terminal identification information included in the acquired access request; a transmission step of transferring the access request to the selected AMF; and a reception step of receiving a message including an allowed network slice selection assistance information, NSSAI, to be transmitted to the communication terminal, wherein the allowed NSSAI identifies the slice the communication terminal can use. an acquisition step of acquiring, from the communication terminal, an access request including terminal identification information identifying the communication terminal and optionally network identification information identifying the slice that the communication terminal requests to access; a selection step of selecting based on the acquired access request, an Access and Mobility Management Function, AMF,, wherein if the network identification information is included in the acquired access request, the AMF is selected based on the network identification information, otherwise, the AMF is selected based on the position information of the communication terminal which is acquired based on the terminal identification information included in the acquired access request; if the network identification information is included in the acquired access request, the AMF is selected based on the network identification information, otherwise, the AMF is selected based on the position information of the communication terminal which is acquired based on the terminal identification information included in the acquired access request; a transmission step of transferring the access request to the selected AMF; and a reception step of receiving a message including an allowed network slice selection assistance information, NSSAI, to be transmitted to the communication terminal, wherein the allowed NSSAI identifies the slice the communication terminal can use.
Method for encapsulating a component using an inorganic light-transparent material and using an inorganic light-absorbing means, characterized in that the light-absorbing means is heated for a duration of less than one second with the aid of at least one gas discharge lamp for the hermetic bonding of the component to the light-transparent material.
A method for determining a volume of exhaled CO 2 as a function of time using side-stream capnography, the method comprising: obtaining flow dynamics measurements of a subject from a flow sensor; obtaining CO 2 concentration measurements of a subject from a side-stream CO 2 monitor; determining a duration of time (ΔT sl) for a sample of gas to flow from a reference point to the side-stream CO 2 monitor, wherein determining of the ΔT sl is performed based on an on-start of inhalation (T i) a duration of time between Ti until the capnograph depicts a deflection in the CO 2 concentration measurements (ΔT TOTAL) and a time to wash away a gas volume encompassed between a Y-piece of a ventilator and the reference point (ΔT FLUSH); synchronizing in time the CO 2 concentration measurement with the flow dynamics measurement, based on the determined ΔT sl; and determining a volume of CO 2 exhaled as a function of time, based on the flow dynamics measurement and the synchronized CO 2 concentration measurement. obtaining flow dynamics measurements of a subject from a flow sensor; obtaining CO 2 concentration measurements of a subject from a side-stream CO 2 monitor; determining a duration of time (ΔT sl) for a sample of gas to flow from a reference point to the side-stream CO 2 monitor, wherein determining of the ΔT sl is performed based on an on-start of inhalation (T i) a duration of time between Ti until the capnograph depicts a deflection in the CO 2 concentration measurements (ΔT TOTAL) and a time to wash away a gas volume encompassed between a Y-piece of a ventilator and the reference point (ΔT FLUSH); synchronizing in time the CO 2 concentration measurement with the flow dynamics measurement, based on the determined ΔT sl; and determining a volume of CO 2 exhaled as a function of time, based on the flow dynamics measurement and the synchronized CO 2 concentration measurement.
A process of forming a synthetic molded slab (50, 600) from different particulate mineral mixes, comprising: positioning a slab mold in a vertical orientation: dispensing multiple different particulate mineral mixes into the vertically oriented mold so as to fill a mold space that is at least 1.8 meter long by at least 0.61 meter wide, the multiple different particulate mineral mixes each comprising one or more pigments, one or more resin binders, and predominantly a quartz material; adjusting the mold to a horizontal orientation while the different particulate mineral mixes are positioned in the mold; contemporaneously vibrating and compacting the particulate mineral mixes arranged in the mold while the mold is in the horizontal orientation, thereby converting the particulate mineral mixes into a rigid slab; curing the slab via a curing process; and polishing a major surface of the cured slab. dispensing multiple different particulate mineral mixes into the vertically oriented mold so as to fill a mold space that is at least 1.8 meter long by at least 0.61 meter wide, the multiple different particulate mineral mixes each comprising one or more pigments, one or more resin binders, and predominantly a quartz material; adjusting the mold to a horizontal orientation while the different particulate mineral mixes are positioned in the mold; contemporaneously vibrating and compacting the particulate mineral mixes arranged in the mold while the mold is in the horizontal orientation, thereby converting the particulate mineral mixes into a rigid slab; curing the slab via a curing process; and polishing a major surface of the cured slab.
Method for monitoring or checking the bolt pretension at dynamically stressed screwed connections on a rotor hub of a wind turbine, the length of at least one bolt in the installed position under axial pretension being detected by means of an ultrasonic measurement with the aid of an ultrasonic measuring device and compared with a reference length of the bolt, characterized in that the ultrasonic measuring device is calibrated via an adjustable speed of sound of an ultrasonic signal to a reference length which corresponds to the reference length of the bolt in the pretensioned state.
Method for determining an evacuation strategy for an evacuation of a building, comprising the following steps: receiving (201, 301) training signals representing training data for training an artificial neural network (501, 701), wherein the training data comprise topology data indicating a topology of a building and event data indicating an event requiring an evacuation of the building, simulating (203, 303) a temporal progression of the event on the basis of the topology of the building, simulating a temporal behaviour of persons within the building, determining (205, 307) a target evacuation strategy for an evacuation of the building on the basis of the simulation of the temporal progression of the event and also the simulation of the temporal behaviour of the persons, training (207, 309) the artificial neural network (501, 701) on the basis of the training data in such a way that the artificial neural network (501, 701), on the basis of the training data, determines an evacuation strategy for an evacuation of the building which corresponds to the determined target evacuation strategy or which deviates from the determined target evacuation strategy maximally by a predetermined tolerance measure, receiving sensor signals representing an event requiring an evacuation of the building, said event being detected by means of a sensor that the building comprises, determining an evacuation strategy for an evacuation from the building by means of the trained artificial neural network (501, 701) on the basis of the detected event, and outputting evacuation strategy signals representing the determined evacuation strategy. receiving (201, 301) training signals representing training data for training an artificial neural network (501, 701), wherein the training data comprise topology data indicating a topology of a building and event data indicating an event requiring an evacuation of the building, simulating (203, 303) a temporal progression of the event on the basis of the topology of the building, simulating a temporal behaviour of persons within the building, determining (205, 307) a target evacuation strategy for an evacuation of the building on the basis of the simulation of the temporal progression of the event and also the simulation of the temporal behaviour of the persons, training (207, 309) the artificial neural network (501, 701) on the basis of the training data in such a way that the artificial neural network (501, 701), on the basis of the training data, determines an evacuation strategy for an evacuation of the building which corresponds to the determined target evacuation strategy or which deviates from the determined target evacuation strategy maximally by a predetermined tolerance measure, receiving sensor signals representing an event requiring an evacuation of the building, said event being detected by means of a sensor that the building comprises, determining an evacuation strategy for an evacuation from the building by means of the trained artificial neural network (501, 701) on the basis of the detected event, and outputting evacuation strategy signals representing the determined evacuation strategy.
A battery disconnect unit which is disposed between a battery and an inverter to stably supply or break power of the battery to a power system of a vehicle, the BDU comprising: a lower case provided in a box shape with a top opened, a relay terminal hole into which a relay terminal is fitted being disposed on a bottom of the lower case; and a middle cover accommodated into and coupled to the lower case to press the relay terminal, an electric component being mounted on a top of the middle cover, wherein a first fixing hook capable of being fastened to the lower case is provided in the middle cover, characterized in that a guide bar is vertically provided under the middle cover, the guide bar being a reference point in assembly, wherein a bar hole is provided in the lower case, the guide bar being coupled to the bar hole, and wherein a circular pipe supporter for stably supporting the guide bar is provided near the bar hole. a lower case provided in a box shape with a top opened, a relay terminal hole into which a relay terminal is fitted being disposed on a bottom of the lower case; and a middle cover accommodated into and coupled to the lower case to press the relay terminal, an electric component being mounted on a top of the middle cover, wherein a first fixing hook capable of being fastened to the lower case is provided in the middle cover, characterized in that a guide bar is vertically provided under the middle cover, the guide bar being a reference point in assembly, wherein a bar hole is provided in the lower case, the guide bar being coupled to the bar hole, and wherein a circular pipe supporter for stably supporting the guide bar is provided near the bar hole.
A RFID apparel tag, comprising: a substrate having first and second surfaces, first and second longitudinally extending sides (14, 16) and first and second transverse end edges (18, 20); an RFID device adhesively secured to the substrate first surface, the RFID device having a dimension and having a chip and an antenna contained entirely within the dimension; and a material disposed over the RFID device and extending beyond the dimension of the RFID device in at least a first direction so as to substantially cover the chip and antenna to form a flexible bag and the material being permanently adhered to the substrate first surface, wherein the material is bonded to the substrate along each edge of the material, characterized in that the material is a liquid impermeable material and an air gap is formed between the liquid impermeable material and the RFID device. a substrate having first and second surfaces, first and second longitudinally extending sides (14, 16) and first and second transverse end edges (18, 20); an RFID device adhesively secured to the substrate first surface, the RFID device having a dimension and having a chip and an antenna contained entirely within the dimension; and a material disposed over the RFID device and extending beyond the dimension of the RFID device in at least a first direction so as to substantially cover the chip and antenna to form a flexible bag and the material being permanently adhered to the substrate first surface, wherein the material is bonded to the substrate along each edge of the material, characterized in that the material is a liquid impermeable material and an air gap is formed between the liquid impermeable material and the RFID device.
Electric power train, comprising a characterized in that it comprises an electric, of the type comprising a rotor and a stator, the stator containing at least one winding (123, 124, 125; 601-606) made from coilings of insulated conductive material, each winding (123, 124, 125; 601-606) being associated with a phase of the electric machine, each winding (123, 124, 125; 601-606) comprising a plurality of coils (201-203, 204-206, 207-209; 611, 612, 613) supplied independently, the coils coils (201-203, 204-206, 207-209; 611, 612, 613) of one of the same winding (123, 124, 125; 601-606) having substantially equivalent number of turns, characterized in that it comprises a plurality of power inverters (302, 312, 322) configured in order to generate AC supply signals associated with the different phases of the electric machine, and a plurality of DC supply sources, each DC supply source being associated with a distinct power inverter (302, 312, 322), the coils (201-203, 204-206, 207-209; 611, 612, 613) of one and the same winding (123, 124, 125; 601-606) being supplied by power signals associated with one and the same phase generated by distinct power inverters (302, 312, 322), the field lines generated by coils (201-203, 204-206, 207-209; 611, 612, 613) of one and the same winding (123, 124, 125; 601-606) being oriented in the same direction.