mhurhangee/ep-ind-claims huggingface dataset:
A flyweight system comprising: a flyweight governor; a base defining a through-bore being thereby connected to the flyweight governor, wherein the base defines a track and a pivot axis therein; a magnet seated in the track of the base; and a tab mounted to the base, sandwiching the magnet between the base and the tab to retain the magnet in the track, characterized in that the tab is mounted to the base with a bolt extending through the tab and in threaded engagement with the base. a flyweight governor; a base defining a through-bore being thereby connected to the flyweight governor, wherein the base defines a track and a pivot axis therein; a magnet seated in the track of the base; and a tab mounted to the base, sandwiching the magnet between the base and the tab to retain the magnet in the track, characterized in that the tab is mounted to the base with a bolt extending through the tab and in threaded engagement with the base.
Grate for a fixed-bed gasifier for producing a product gas from carbon-containing starting materials, in particular from pourable biomass particles, comprising a round grate main element for supporting the carbon-containing starting materials having an upper side and an underside, where the round main element has grate openings for the passage of gas and ash particles, characterized in that the round grate main element has a conical shape, in that the upper side of the grate main element is concave and in that a discharge conduit for interfering materials which are too large for the grate openings is provided in the middle of the grate main element.
A method for evaluating the condition of the pavement of a traffic lane, characterized in that the method comprises: - selecting an examination span of the traffic lane, - determining a temperature T1 or emissivity ε 1 of a heavily loaded part of the pavement of the examination span, - determining a temperature T2 or emissivity ε 2 of a lightly loaded part of the pavement of the examination span, - calculating a difference ΔT between the temperatures T1 and T2 or a difference Δε between the emissivities ε 1 and ε 2, and - forming an evaluation of the condition of the pavement of the examination span by comparing the difference ΔT or Δε to a reference value. - selecting an examination span of the traffic lane, - determining a temperature T1 or emissivity ε 1 of a heavily loaded part of the pavement of the examination span, - determining a temperature T2 or emissivity ε 2 of a lightly loaded part of the pavement of the examination span, - calculating a difference ΔT between the temperatures T1 and T2 or a difference Δε between the emissivities ε 1 and ε 2, and - forming an evaluation of the condition of the pavement of the examination span by comparing the difference ΔT or Δε to a reference value.
A positive pressure therapy device for congestive heart failure patients, comprising: a pressure raising unit configured to raise pressure of air or a gas mixture of air and other gases to a positive pressure; an introducing unit configured to introduce the air or the gas mixture set to a positive pressure into the airway of a patient; a blood oxygen level measuring unit configured to measure a blood oxygen level of the patient; and a control unit, wherein the control unit is configured to control the pressure raising unit based on a value of the blood oxygen level measured by the blood oxygen level measuring unit, wherein the positive pressure therapy device is configured to supply positive pressure air with the air pressure periodically varying between P1 and P2 in synchronization with breath of the patient, wherein P1 is the positive end expiratory pressure (PEEP), and wherein the control unit is configured to automatically adjust the positive end expiratory pressure (PEEP), the control unit being configured to instruct the pressure raising unit to change the value P1 based on the blood oxygen level, characterized in that: the control unit is configured to instruct the pressure raising unit to increase the value P1 if a state in which a value of the blood oxygen level is lower than a preset value lasts for a predetermined period of time, the control unit is configured to instruct the pressure raising unit to reduce P1 if a previous increase of P1 has not raised the blood oxygen level. a pressure raising unit configured to raise pressure of air or a gas mixture of air and other gases to a positive pressure; an introducing unit configured to introduce the air or the gas mixture set to a positive pressure into the airway of a patient; a blood oxygen level measuring unit configured to measure a blood oxygen level of the patient; and a control unit, wherein the control unit is configured to control the pressure raising unit based on a value of the blood oxygen level measured by the blood oxygen level measuring unit, wherein the positive pressure therapy device is configured to supply positive pressure air with the air pressure periodically varying between P1 and P2 in synchronization with breath of the patient, wherein P1 is the positive end expiratory pressure (PEEP), and wherein the control unit is configured to automatically adjust the positive end expiratory pressure (PEEP), the control unit being configured to instruct the pressure raising unit to change the value P1 based on the blood oxygen level, characterized in that: the control unit is configured to instruct the pressure raising unit to increase the value P1 if a state in which a value of the blood oxygen level is lower than a preset value lasts for a predetermined period of time, the control unit is configured to instruct the pressure raising unit to reduce P1 if a previous increase of P1 has not raised the blood oxygen level.
A method of isolating a population of human oligodendrocyte-biased glial progenitor cells, comprising: selecting for the presence of the CD140a ectodomain epitope of PDGFαR on human neural cells or on neural precursor cells to isolate oligodendrocyte-biased glial progenitor cells. selecting for the presence of the CD140a ectodomain epitope of PDGFαR on human neural cells or on neural precursor cells to isolate oligodendrocyte-biased glial progenitor cells.
A buckle comprising: a male member; and a female member in which the male member is inserted to be engaged therewith, the male member comprising: a base to which a string member is attachable; a pair of legs that project from the base, the pair of legs being elastically deformable in a direction intersecting an insertion direction of the male member; engaging portions that are respectively provided on the legs to be engageable with the female member; and a pair of projecting portions (50, 50A) being substantially parallel with the insertion direction of the male member; characterized in that the male member further comprises a linking body (40, 40A) that links the pair of legs and allows the legs to be elastically deformed inward, the linking body being curved such that an intermediate portion thereof is closest to the base; and in that the pair of projecting portions (50, 50A) extends from the base between the intermediate portion of the linking body and the legs, a curved portion being curved toward the base is formed at middle of the linking body (40, 40A), and the projecting portions (50, 50A) are disposed outside the curved portion such that the curved portion is interposed therebetween. a male member; and a female member in which the male member is inserted to be engaged therewith, the male member comprising: a base to which a string member is attachable; a pair of legs that project from the base, the pair of legs being elastically deformable in a direction intersecting an insertion direction of the male member; engaging portions that are respectively provided on the legs to be engageable with the female member; and a pair of projecting portions (50, 50A) being substantially parallel with the insertion direction of the male member; a base to which a string member is attachable; a pair of legs that project from the base, the pair of legs being elastically deformable in a direction intersecting an insertion direction of the male member; engaging portions that are respectively provided on the legs to be engageable with the female member; and a pair of projecting portions (50, 50A) being substantially parallel with the insertion direction of the male member; characterized in that the male member further comprises a linking body (40, 40A) that links the pair of legs and allows the legs to be elastically deformed inward, the linking body being curved such that an intermediate portion thereof is closest to the base; and in that the pair of projecting portions (50, 50A) extends from the base between the intermediate portion of the linking body and the legs, a curved portion being curved toward the base is formed at middle of the linking body (40, 40A), and the projecting portions (50, 50A) are disposed outside the curved portion such that the curved portion is interposed therebetween.
An anatomy model comprising a mesh layer through which at least one medical tool may be inserted and manipulated into the model, the mesh layer being formed of at least two elastomer strands (211, 212, 213), the strands (211, 212, 213) being interlinked so as to provide multiple gaps at the crossing of the strands through which a tool can pass through the mesh layer and wherein the anatomy model further comprises a skin layer comprising at least one portal hole entry through which a medical tool may be inserted and manipulated into the anatomy model to reach the mesh layer and characterized in that it further comprises a soft body simulation layer attached underneath the skin layer, each strand having a width in the range of 1 mm to 10 mm, the soft body simulation layer is formed of at least three adjacent protruding flexible elements such that the medical tool can enter into the soft body simulation layer through at least one portal entry on the skin layer and slide through the channels or recesses formed between the adjacent protruding flexible elements (401, 402, 403, 404) to reach the mesh layer.
Anode device, comprising: an obtaining module, configured to obtain a certificate provided by a certificate issuance server; a receiving module, configured to receive a first service packet sent by user equipment; wherein the obtaining module is further configured to parse the first service packet to obtain a first feature field that is in the first service packet and that is related to a directional-traffic-based charging service; a judging module, configured to determine, according to the certificate, whether the first feature field is valid; and send a first report prompt message to a report module when determining that the first feature field is valid; and the report module, configured to: after receiving the first report prompt message sent by the judging module, calculate a first amount of traffic used in a process in which the user equipment uses a service provided by a service provider, and report the first amount of traffic to a charging server. an obtaining module, configured to obtain a certificate provided by a certificate issuance server; a receiving module, configured to receive a first service packet sent by user equipment; wherein the obtaining module is further configured to parse the first service packet to obtain a first feature field that is in the first service packet and that is related to a directional-traffic-based charging service; a judging module, configured to determine, according to the certificate, whether the first feature field is valid; and send a first report prompt message to a report module when determining that the first feature field is valid; and the report module, configured to: after receiving the first report prompt message sent by the judging module, calculate a first amount of traffic used in a process in which the user equipment uses a service provided by a service provider, and report the first amount of traffic to a charging server.
Vacuum brake booster for a vehicle brake device, comprising a casing with two axially opposed end wall sections which are connected to each other through a circumferential section, wherein the end wall sections each have at least one receiving opening for receiving components for receiving a brake force or components for releasing a brake force, wherein at least one stiffening bead is provided in at least one end wall section, characterized in that the stiffening bead extends outside of an inner circle which is arranged concentrically with respect to the receiving opening and spans an inner circle segment which includes an angle (α) of at least 60° and at most 180°.
A wireless sensor system comprising: a sensor assembly comprising a radio frequency transceiver configured to wirelessly receive a sensor interrogation signal, said sensor assembly configured to determine an input power level of the sensor interrogation signal and transmit a message including the determined power level; and a sensor controller comprising a radio frequency transceiver configured to transmit a sensor interrogation signal at a frequency that varies over time, said sensor controller comprising a processor and a memory programmed with instructions that cause the sensor controller to: transmit a sensor interrogation signal into an aircraft fuselage at a frequency that varies over time; determine an output power of the transmitted sensor interrogation signal at a plurality of frequencies; receive an indication of the received input power level of the sensor interrogation signal from the sensor assembly at the plurality of frequencies compare the transmitted output power of the sensor interrogation signal to the received power indication; and select a transmit frequency for transmitting messages between said sensor assembly and said sensor controller based on the comparison. a sensor assembly comprising a radio frequency transceiver configured to wirelessly receive a sensor interrogation signal, said sensor assembly configured to determine an input power level of the sensor interrogation signal and transmit a message including the determined power level; and a sensor controller comprising a radio frequency transceiver configured to transmit a sensor interrogation signal at a frequency that varies over time, said sensor controller comprising a processor and a memory programmed with instructions that cause the sensor controller to: transmit a sensor interrogation signal into an aircraft fuselage at a frequency that varies over time; determine an output power of the transmitted sensor interrogation signal at a plurality of frequencies; receive an indication of the received input power level of the sensor interrogation signal from the sensor assembly at the plurality of frequencies compare the transmitted output power of the sensor interrogation signal to the received power indication; and select a transmit frequency for transmitting messages between said sensor assembly and said sensor controller based on the comparison. transmit a sensor interrogation signal into an aircraft fuselage at a frequency that varies over time; determine an output power of the transmitted sensor interrogation signal at a plurality of frequencies; receive an indication of the received input power level of the sensor interrogation signal from the sensor assembly at the plurality of frequencies compare the transmitted output power of the sensor interrogation signal to the received power indication; and select a transmit frequency for transmitting messages between said sensor assembly and said sensor controller based on the comparison.
A transport container for transporting temperature-sensitive transport goods comprising a chamber for receiving the transport goods, an enclosure enclosing the chamber and at least one cooling element for temperature control of the chamber, wherein the cooling element comprises: - an evaporation element (3, 22, 33) with a cooling surface, - a desiccant (5, 34) for receiving coolant evaporated in the evaporation element (3, 22, 33), - a transport path for transporting the evaporated coolant to the desiccant (5, 34), - a reservoir (6, 36) for the coolant which can be brought into fluid communication with the evaporation element (3, 22, 33), wherein means are provided for evaporating the coolant stored in the desiccant (5, 34) and that the desiccant (5, 34) is connected to the reservoir for transporting the vaporized coolant to the reservoir (6, 36), characterized in that the means for evaporating the coolant comprise a vacuum pump, which is arranged in a line that connects the desiccant (5, 34) and the reservoir (6, 36). - an evaporation element (3, 22, 33) with a cooling surface, - a desiccant (5, 34) for receiving coolant evaporated in the evaporation element (3, 22, 33), - a transport path for transporting the evaporated coolant to the desiccant (5, 34), - a reservoir (6, 36) for the coolant which can be brought into fluid communication with the evaporation element (3, 22, 33),
A system for controlling the operation of a machine by an operator, comprising: - at least one transmitter mounted to the machine that creates a reference point; - at least one sensor adapted to be attached to the operator and is connected to a tracking device; - the tracking device having a processor that receives a signal from the sensor, determines the position of the sensor, and compares the determined position of the sensor with a predetermined warning zone and a predetermined danger zone; and - the processor is operable to send a deactivating signal to an actuator mounted on the machine and connected to the drive system of the machine when the determined position is within the danger zone, characterized in that the processor is operable to send a signal to the actuator that slows the operation of the machine when the determined position of the sensor is within the predetermined warning zone. - at least one transmitter mounted to the machine that creates a reference point; - at least one sensor adapted to be attached to the operator and is connected to a tracking device; - the tracking device having a processor that receives a signal from the sensor, determines the position of the sensor, and compares the determined position of the sensor with a predetermined warning zone and a predetermined danger zone; and - the processor is operable to send a deactivating signal to an actuator mounted on the machine and connected to the drive system of the machine when the determined position is within the danger zone,
Distribution system for an item of equipment for treatment of a solid material, comprising a conveyor belt with a surface on which the solid material is arranged, characterized in that it comprises: a) A means for transmitting movement, which can be adapted to the conveyor belt and is actuated by said conveyor belt, configured to generate a rotating movement perpendicular to the plane of displacement of the conveyor belt; b) A distribution element comprising a surface parallel to the plane of displacement of the conveyor belt on which at least one rod is arranged, perpendicularly, with a head that is configured to come into contact with the solid material to be treated; c) A rotating means which connects the means for transmitting movement to the distribution element, configured to generate a rocking or circular movement parallel to the surface of the conveyor belt; and d) A means for supporting the distribution element; wherein a first end of the distribution element comprises a means for joining to the rotating means, situated on an axis eccentric to the axis of rotation of said rotating means, and a second end, opposite the first end, is accommodated in the supporting means. a) A means for transmitting movement, which can be adapted to the conveyor belt and is actuated by said conveyor belt, configured to generate a rotating movement perpendicular to the plane of displacement of the conveyor belt; b) A distribution element comprising a surface parallel to the plane of displacement of the conveyor belt on which at least one rod is arranged, perpendicularly, with a head that is configured to come into contact with the solid material to be treated; c) A rotating means which connects the means for transmitting movement to the distribution element, configured to generate a rocking or circular movement parallel to the surface of the conveyor belt; and d) A means for supporting the distribution element;
A motorcycle tire for uneven terrain comprising: a tread having an outer surface which forms a tread surface; a pair of beads; a carcass which is located inwardly from the tread in a radial direction, and extends on and between one of the beads and the other of the beads; and a belt located between the tread and the carcass, wherein the carcass includes a carcass ply that is turned up around each bead, the carcass ply includes: a body that extends from an equator plane toward each bead; and a pair of turned-up portions that extend outward approximately in the radial direction, the belt includes a first layer and a second layer that extend in an axial direction and that are layered over each other in the radial direction, ends of the second layer are located inwardly from ends, respectively, of the first layer in the axial direction, the tread includes a plurality of blocks that extend approximately outward in the radial direction, the plurality of blocks include shoulder blocks that are located on outer sides in the axial direction, a portion of each of the turned-up portions is layered over the first layer, and ends of the turned-up portions are located close to the ends, respectively, of the second layer, inwardly from the shoulder blocks in the radial direction, each of the beads includes a core and an apex that extends outward from the core in the radial direction, the apex is formed of a crosslinked rubber composition, and a complex elastic modulus of the apex is less than or equal to 40 MPa.
Bacteriophage strain for use in preventing or fighting infections of poultry, with pathogenic strains of Salmonella sp, wherein said bacteriophage strain is administered with food or water to vulnerable animals at intervals of one to seven days and the bacteriophage strain is a strain selected from the group consisting of: PCM F/00069, PCM F/00070 and PCM F/00071.
A process for conducting an extractive distillation with a selective solvent to obtain crude 1,3-butadiene, with a purified vaporous crude C 4 cut as a use stream, in which the purified vaporous crude C 4 cut, proceeding from a liquid crude C 4 cut as a feed stream, comprising not only butanes, butenes and 1,3-butadiene but also C 3 hydrocarbons, C 4 oligomers and polymers, and C 5+ hydrocarbons, is obtained in a process comprising the process steps of 1) removing the C 4 oligomers and polymers and the C 5+ hydrocarbons, in each case down to the residual contents specified above for the vaporous purified crude C 4 cut, and 2) vaporizing the liquid crude C 4 cut in a vaporizer vessel, and in which said purified vaporous crude C 4 cut comprises - less than two thirds of the C 5+ hydrocarbons present in the feed stream and - less than 5% by weight of the C 4 oligomers and polymers present in the feed stream, wherein the vaporizer vessel is assigned a stripping column having one or more plates, to which the liquid C 4 cut is supplied in the upper region thereof, which is in direct gas and liquid exchange with the vaporizer vessel in the lower region thereof, and from which the vaporous purified crude C 4 cut is drawn off in the upper region thereof, the stripping column being operated without a condenser at the top of the column. 1) removing the C 4 oligomers and polymers and the C 5+ hydrocarbons, in each case down to the residual contents specified above for the vaporous purified crude C 4 cut, and 2) vaporizing the liquid crude C 4 cut in a vaporizer vessel, - less than two thirds of the C 5+ hydrocarbons present in the feed stream and - less than 5% by weight of the C 4 oligomers and polymers present in the feed stream,