mhurhangee/ep-ind-claims huggingface dataset:
An electric generator, where said electric generator comprises a rotating set of magnet parts mounted on a shaft interposed between at least two rotating sets of conductor coil parts (11, 12) which are installed parallel to the shaft axis of both sides of the magnet parts, wherein, the diameters of the rotating sets of conductor coil parts (11, 12) are larger than the diameter of the rotating set of magnet parts, thus to cause different rotational speeds of the sets of conductor coil parts (11, 12) and the set of magnet parts; the rotating set of magnet parts comprises a plurality of magnet parts fixed on the same shaft; each magnet part comprises multiple permanent magnets attached to a bracket which is fixed on the shaft; each rotating set of conductor coil parts (11, 12) comprises a plurality of conductor coil parts; each conductor coil part comprises conductor coils which extend along a shaft axis of each set of the conductor coil parts (11, 12); the conductor coils are fixed into slots of a cog cylindrical rotor which is fixed around the shaft of each set of conductor coil parts (11, 12) and along the shaft axis and around the peripheral circumference of the cog cylindrical rotor, and each conductor coil is formed by rolled conductor wire; the cog cylindrical rotor of the rotating conductor coils has a diameter larger than the diameter of the magnet parts; the number of conductor coil parts corresponds to the number of magnet parts; the magnetic polarities of the permanent magnets are arranged along and fixed on the shaft axis, and the same magnetic polarities are located along the shaft axis, and with the magnetic flux from the north magnetic polarities towards the south magnetic polarities to complete the magnetic flux loop around the shaft axis, which can induce the electromotive force in the conductor coils; slip rings are provided on the shaft of each set of conductor coil parts (11, 12) and allow the transmission of generated electrical power from the rotating conductor coils which are connected to a circuit, to the load; and wherein, when a mechanical power input is only applied to and rotates the shaft of the rotating set of magnet parts, the magnetic flux from north magnetic polarities towards the south magnetic polarities of each pole around the shaft varies in relation to the conductor coils, and the magnetic flux changes and the electromotive force in the conductor coils on both sides is induced, and electrical current from the rotating conductor coils is transmitted through the slip rings and supplied to a load, and the electrical current induces the conductor coil itself to generate magnetic polarities which are similar to the original magnetic polarities of the permanent magnet, and a pushing force occurs while the magnetic polarities of the permanent magnets rotate, and the sets of inductor coils (11, 12) are pushed by said pushing force to be rotated in a direction which is opposite to the rotational direction of the rotating set of magnets.
A non-aqueous dentifrice composition comprising: a. at least one gum selected from the group consisting of carrageenan and carboxymethylcellulose gums; b. at least one humectant; and c. a bioacceptable and bioactive glass. a. at least one gum selected from the group consisting of carrageenan and carboxymethylcellulose gums; b. at least one humectant; and c. a bioacceptable and bioactive glass.
An IgY composition, wherein the IgY composition contains IgY antibodies, fragments and/or Fab fragments thereof that specifically bind to a peptide having an amino acid sequence of SEQ ID No. 1, characterized in that said IgY composition is obtained by means of a method comprising the following steps: a) immunizing egg-laying poultry with a peptide containing or consisting of an amino acid sequence of SEQ ID No. 1; b) collecting the eggs of the immunized poultry; and c) preparing the IgY composition, wherein the egg yolk of the collected eggs is processed. a) immunizing egg-laying poultry with a peptide containing or consisting of an amino acid sequence of SEQ ID No. 1; b) collecting the eggs of the immunized poultry; and c) preparing the IgY composition, wherein the egg yolk of the collected eggs is processed.
A system comprising: a first plurality of microchannels, a second plurality of microchannels in thermal communication with the first plurality of microchannels such that the first plurality of microchannels and second plurality of microchannels form a heat exchanger, and a phase change composite in thermal communication with the heat exchanger, wherein: the second plurality of microchannels is connected to a compressor; and characterized in that the phase change composite is configured to be charged and discharged by a control cycle comprising: monitoring the current state of charge of the phase change composite, establishing a target state of charge to be reached by the conclusion of a time period, comparing the current state of charge to the target state of charge, and turning on and off the compressor to activate the second plurality of microchannels to achieve a target state of charge. a first plurality of microchannels, a second plurality of microchannels in thermal communication with the first plurality of microchannels such that the first plurality of microchannels and second plurality of microchannels form a heat exchanger, and a phase change composite in thermal communication with the heat exchanger, wherein: the second plurality of microchannels is connected to a compressor; and characterized in that the phase change composite is configured to be charged and discharged by a control cycle comprising: monitoring the current state of charge of the phase change composite, establishing a target state of charge to be reached by the conclusion of a time period, comparing the current state of charge to the target state of charge, and turning on and off the compressor to activate the second plurality of microchannels to achieve a target state of charge. the second plurality of microchannels is connected to a compressor; and characterized in that the phase change composite is configured to be charged and discharged by a control cycle comprising: monitoring the current state of charge of the phase change composite, establishing a target state of charge to be reached by the conclusion of a time period, comparing the current state of charge to the target state of charge, and turning on and off the compressor to activate the second plurality of microchannels to achieve a target state of charge. monitoring the current state of charge of the phase change composite, establishing a target state of charge to be reached by the conclusion of a time period, comparing the current state of charge to the target state of charge, and turning on and off the compressor to activate the second plurality of microchannels to achieve a target state of charge.
A linear guide apparatus, comprising: a guide rail having a rolling element raceway surface extending in an axial direction; a slider having a rolling element raceway surface facing the rolling element raceway surface of the guide rail, the slider being attached on the guide rail relatively movably in the axial direction; a plurality of rolling elements disposed rotatably in a rolling element rolling passage formed between the rolling element raceway surface of the guide rail and the rolling element raceway surface of the slider; and a retainer retaining the plurality of rolling elements in the rolling element rolling passage, wherein the retainer includes an opening portion for accommodating the plurality of rolling elements and an endless seal unit for surrounding and sealing the opening portion, and characterised in that the seal unit includes an inward facing lip inclining toward an inner side of the opening portion and extending toward the guide rail to be in sliding contact with the guide rail, the inward facing lip being formed continuously all around the seal unit and having no end, and the seal unit further includes an outward facing lip inclining toward an outer side of the opening portion and extending toward guide rail to be in sliding contact with the guide rail, the outward facing lip being linear in the axial direction. a guide rail having a rolling element raceway surface extending in an axial direction; a slider having a rolling element raceway surface facing the rolling element raceway surface of the guide rail, the slider being attached on the guide rail relatively movably in the axial direction; a plurality of rolling elements disposed rotatably in a rolling element rolling passage formed between the rolling element raceway surface of the guide rail and the rolling element raceway surface of the slider; and a retainer retaining the plurality of rolling elements in the rolling element rolling passage, wherein the retainer includes an opening portion for accommodating the plurality of rolling elements and an endless seal unit for surrounding and sealing the opening portion, and characterised in that the seal unit includes an inward facing lip inclining toward an inner side of the opening portion and extending toward the guide rail to be in sliding contact with the guide rail, the inward facing lip being formed continuously all around the seal unit and having no end, and the seal unit further includes an outward facing lip inclining toward an outer side of the opening portion and extending toward guide rail to be in sliding contact with the guide rail, the outward facing lip being linear in the axial direction.
An impact tool, which causes a detachably coupled tool bit to perform striking movement in an axial direction of the tool bit and rotation around an axis of the tool bit, thereby causing the tool bit to perform a predetermined operation on a workpiece, comprising: a tool body, a motor that is housed in the tool body and drives the tool bit, a clutch that is disposed in a high-speed low-torque region located at a stage prior to reduction of rotation speed of the motor in a path of transmitting torque of the motor to the tool bit, and normally transmits torque of the motor to the tool bit, while interrupting the torque transmission when the torque acting on the tool body around an axis of the tool bit exceeds a predetermined torque, the impact tool further comprising in the path of transmitting torque of the motor to the tool bit, a motor output shaft, and a power transmitting shaft which is disposed downstream of the motor output shaft and reduces the speed of rotation of the motor output shaft and transmits the rotation to the tool bit, characterised in that a clutch shaft (133, 161a, 163a) is disposed between the motor output shaft and the power transmitting shaft, wherein the clutch is disposed on the clutch shaft. a tool body, a motor that is housed in the tool body and drives the tool bit, a clutch that is disposed in a high-speed low-torque region located at a stage prior to reduction of rotation speed of the motor in a path of transmitting torque of the motor to the tool bit, and normally transmits torque of the motor to the tool bit, while interrupting the torque transmission when the torque acting on the tool body around an axis of the tool bit exceeds a predetermined torque, the impact tool further comprising in the path of transmitting torque of the motor to the tool bit, a motor output shaft, and a power transmitting shaft which is disposed downstream of the motor output shaft and reduces the speed of rotation of the motor output shaft and transmits the rotation to the tool bit,
Use of a synthetic feeder mix for the co-cultivation of B-cells and feeder cells, wherein the synthetic feeder mix is consisting of synthetic components comprising IL-1β, TNFα, IL-10, and - IL-2 and SAC, or - IL-6, wherein the feeder mix is for the co-cultivation of rabbit B-cells and feeder cells, or - IL-6 or IL-2, and SAC, wherein the feeder mix is for the co-cultivation of rabbit B-cells and feeder cells, or - IL-2 and IL-6, wherein the feeder mix is for the co-cultivation of murine or hamster B-cells and feeder cells, or - IL-2, IL-6 and SAC, wherein the feeder mix is for the co-cultivation of hamster B-cells and feeder cells. - IL-2 and SAC, or - IL-6, wherein the feeder mix is for the co-cultivation of rabbit B-cells and feeder cells, or - IL-6 or IL-2, and SAC, wherein the feeder mix is for the co-cultivation of rabbit B-cells and feeder cells, or - IL-2 and IL-6, wherein the feeder mix is for the co-cultivation of murine or hamster B-cells and feeder cells, or - IL-2, IL-6 and SAC, wherein the feeder mix is for the co-cultivation of hamster B-cells and feeder cells.
A method for guiding a heating agent through a panel-type radiator comprising a first heating panel and at least one further heating panel, wherein the first heating panel is made up of two half shells in such a way that a lower collecting duct is embodied between the half shells for the heating agent, an upper collecting duct, which runs parallel to said lower collecting duct, and riser ducts (14, 16) and sink ducts are embodied between the collecting ducts, and wherein, starting at a heating agent connection on a bottom side of the panel-type radiator, the heating agent is guided into the first heating panel and in the latter initially into the lower collecting duct, from the latter through a first riser duct into the upper collecting duct, from the latter through the sink ducts back into the lower collecting duct, from the latter through further riser ducts back into the upper collecting duct and from the latter into the at least one further heating panel, characterized in that the heating against in the lower collecting duct of the first heating panel is divided into two flows and the flows are guided separately through the further riser ducts out of the first heating panel and into the at least one further heating panel.
A tissue retrieval system comprising: a tubular introducer having a proximal end and a distal end and a lumen extending between the proximal end and the distal end; an actuator longitudinally slidable within the lumen of the introducer, the actuator having a proximal end and a distal end; a pair of support arms extending from the distal end of the actuator; a guide bead; a tissue retrieval bag coupled to the guide bead and removably coupled to the support arms, the tissue retrieval bag positionable within the lumen of the introducer in a stowed configuration and deployable by longitudinal movement of the actuator within the lumen of the introducer to an open configuration wherein the tissue retrieval bag is suspended from the support arms; wherein the support arms comprise at least one retention dome sized and configured to maintain a position of the tissue retrieval bag relative to the support arms; wherein the guide bead comprises a pair of slots extending therethrough, each slot of the pair of slots slidingly receiving a corresponding support arm of the pair of support arms; characterised in that each slot has a first width and the support arms at the at least one retention dome have a second width larger than the first width. a tubular introducer having a proximal end and a distal end and a lumen extending between the proximal end and the distal end; an actuator longitudinally slidable within the lumen of the introducer, the actuator having a proximal end and a distal end; a pair of support arms extending from the distal end of the actuator; a guide bead; a tissue retrieval bag coupled to the guide bead and removably coupled to the support arms, the tissue retrieval bag positionable within the lumen of the introducer in a stowed configuration and deployable by longitudinal movement of the actuator within the lumen of the introducer to an open configuration wherein the tissue retrieval bag is suspended from the support arms; wherein the support arms comprise at least one retention dome sized and configured to maintain a position of the tissue retrieval bag relative to the support arms; wherein the guide bead comprises a pair of slots extending therethrough, each slot of the pair of slots slidingly receiving a corresponding support arm of the pair of support arms; characterised in that each slot has a first width and the support arms at the at least one retention dome have a second width larger than the first width.
A composition comprising a nucleic acid encoding a fusion protein, the fusion protein comprising the transmembrane domain of LMP1 and the amino acid sequence of Interferon-beta Promoter Stimulator-1 (IPS-1), wherein the fusion protein does not contain a domain from a TNF receptor superfamily (TNFRSF) protein, and wherein the fusion protein is an immune stimulator.
An earphone, comprising: - an earphone body; and - a fixing member (30; 30a) shaped as a ring, wherein: - the earphone body includes an earplug portion, a connecting portion, and a body portion, - a middle portion of the fixing member (30; 30a) includes a through hole, - the fixing member (30; 30a) includes a side wall on both sides of the ring and a top wall located at an edge of the ring, the top wall being made of an elastic material, - the connecting portion is connected to the earplug portion and the body portion, - the connecting portion passes through the through hole and is fastened in the fixing member (30; 30a), - the fixing member (30; 30a) and the connecting portion are configured to be placed in a cavitas conchae of a human ear, - the fixing member (30; 30a) is configured to be pressed in the cavitas conchae, and - the top wall of the fixing member (30; 30a) is elastically deformed under the pressing of the cavitas conchae, characterized in that - the top wall includes a vent hole, and - the top wall and the side wall of the fixing member (30; 30a) are enclosed to form an air groove which is configured to discharge air in the air groove through the vent hole when the top wall is deformed. - an earphone body; and - a fixing member (30; 30a) shaped as a ring, - the earphone body includes an earplug portion, a connecting portion, and a body portion, - a middle portion of the fixing member (30; 30a) includes a through hole, - the fixing member (30; 30a) includes a side wall on both sides of the ring and a top wall located at an edge of the ring, the top wall being made of an elastic material, - the connecting portion is connected to the earplug portion and the body portion, - the connecting portion passes through the through hole and is fastened in the fixing member (30; 30a), - the fixing member (30; 30a) and the connecting portion are configured to be placed in a cavitas conchae of a human ear, - the fixing member (30; 30a) is configured to be pressed in the cavitas conchae, and - the top wall of the fixing member (30; 30a) is elastically deformed under the pressing of the cavitas conchae, - the top wall includes a vent hole, and - the top wall and the side wall of the fixing member (30; 30a) are enclosed to form an air groove which is configured to discharge air in the air groove through the vent hole when the top wall is deformed.
A sliding member comprising a base material and a coating layer that is formed on the base material, the coating layer including a particle aggregate, and the particle aggregate containing two or more kinds of precipitation hardened copper alloy particles (21a, 21b) having different compositions, wherein at least one kind of the precipitation hardened copper alloy particles (21a, 21b) that form the particle aggregate, has Vickers hardness of from 150 Hv to 250 Hv, wherein a difference in hardness between the two or more kinds of the precipitation hardened copper alloy particles (21a, 21b) is 60 Hv to 200 HV, wherein the Vickers hardness is measured in accordance with "Vickers hardness test JIS Z 2244". the coating layer including a particle aggregate, and the particle aggregate containing two or more kinds of precipitation hardened copper alloy particles (21a, 21b) having different compositions, wherein at least one kind of the precipitation hardened copper alloy particles (21a, 21b) that form the particle aggregate, has Vickers hardness of from 150 Hv to 250 Hv, wherein a difference in hardness between the two or more kinds of the precipitation hardened copper alloy particles (21a, 21b) is 60 Hv to 200 HV, wherein the Vickers hardness is measured in accordance with "Vickers hardness test JIS Z 2244".
An overtube comprising: a cylindrical body having a distal end, a base end, and a longitudinal axis; a distal end opening provided at the distal end of the cylindrical body; a base end opening provided at the base end of the cylindrical body; an endoscope insertion passage that is provided along the longitudinal axis of the cylindrical body, couples the distal end opening and the base end opening together, and allows an endoscope insertion part to be inserted therethrough so as to be movable forward and backward; a fluid passage having a fluid supply and discharge port opening to an inside of the endoscope insertion passage on a distal end side thereof, and a base-end-side connection port connected to a fluid supply and suction device that supplies and suctions a fluid; and a positioning mechanism (154, 550) having a locking means that positions a distal end of the endoscope insertion part at a first position closer to a base end side than a distal-end-side end of the fluid supply and discharge port, characterized in that the endoscope insertion passage is adapted to allow the endoscope insertion part to be delivered through a distal endoscope delivery port to the outside; and the locking means is adapted to lock the endoscope insertion part to the cylindrical body when the endoscope insertion part moves to the base end side along the longitudinal axis of the cylindrical body. a cylindrical body having a distal end, a base end, and a longitudinal axis; a distal end opening provided at the distal end of the cylindrical body; a base end opening provided at the base end of the cylindrical body; an endoscope insertion passage that is provided along the longitudinal axis of the cylindrical body, couples the distal end opening and the base end opening together, and allows an endoscope insertion part to be inserted therethrough so as to be movable forward and backward; a fluid passage having a fluid supply and discharge port opening to an inside of the endoscope insertion passage on a distal end side thereof, and a base-end-side connection port connected to a fluid supply and suction device that supplies and suctions a fluid; and a positioning mechanism (154, 550) having a locking means that positions a distal end of the endoscope insertion part at a first position closer to a base end side than a distal-end-side end of the fluid supply and discharge port, characterized in that the endoscope insertion passage is adapted to allow the endoscope insertion part to be delivered through a distal endoscope delivery port to the outside; and the locking means is adapted to lock the endoscope insertion part to the cylindrical body when the endoscope insertion part moves to the base end side along the longitudinal axis of the cylindrical body.