mhurhangee/ep-ind-claims huggingface dataset:
A mobile station configured to transmit an uplink shared signal at a first time interval instructed by a base station apparatus and to retransmit the uplink shared signal at a third time interval allocated fixedly, comprising: a first receiver unit configured to receive a first downlink control signal instructing the first time interval; a transmitter unit configured to transmit the uplink shared signal at the first time interval based on the first downlink control signal; a second receiver unit configured to receive a second downlink control signal at a second time interval allocated fixedly; and a retransmitter unit configured to retransmit the uplink shared signal at the third time interval based on the second downlink control signal, characterized in that when the second time interval overlaps a time interval for measurement by the mobile station, the second receiver unit is configured to presume that an acknowledgement response is received as information on the second downlink control signal. a first receiver unit configured to receive a first downlink control signal instructing the first time interval; a transmitter unit configured to transmit the uplink shared signal at the first time interval based on the first downlink control signal; a second receiver unit configured to receive a second downlink control signal at a second time interval allocated fixedly; and a retransmitter unit configured to retransmit the uplink shared signal at the third time interval based on the second downlink control signal, characterized in that when the second time interval overlaps a time interval for measurement by the mobile station, the second receiver unit is configured to presume that an acknowledgement response is received as information on the second downlink control signal.
A humidifier module for a humidifier in a fuel cell system having a gas-permeable membrane, on one side of which a flow field core defining a flow field is arranged, the flow field core having at least two separating webs, between which a channel is formed, characterized in that the separating webs are formed from a hygroscopic, non-water-soluble material such that a liquid flowing in the at least one channel can temporarily be retained in the hygroscopic separating webs.
A turbofan engine control system for managing a low pressure turbine speed comprising: a low spool including a low pressure turbine housed in a core nacelle, the low pressure turbine rotatable at a speed and having a maximum design speed; a turbofan coupled to the low spool; a fan nacelle surrounding the turbofan and core nacelle and providing a bypass flow path having a nozzle exit area; characterised in that it comprises a controller programmed to command a flow control device and effectively decrease the nozzle exit area in response to a condition that would result in an undesired speed of the low pressure turbine relative to the maximum design speed, for maintaining the speed below the maximum design speed. a low spool including a low pressure turbine housed in a core nacelle, the low pressure turbine rotatable at a speed and having a maximum design speed; a turbofan coupled to the low spool; a fan nacelle surrounding the turbofan and core nacelle and providing a bypass flow path having a nozzle exit area; characterised in that it comprises a controller programmed to command a flow control device and effectively decrease the nozzle exit area in response to a condition that would result in an undesired speed of the low pressure turbine relative to the maximum design speed, for maintaining the speed below the maximum design speed.
A process for purification of a poly(phenylene ether), the process comprising contacting a liquid feed solution comprising the poly(phenylene ether), an organic acid impurity, and an amine impurity with a hydrated acidic clay adsorbent under contacting conditions effective to provide a liquid effluent solution, in which the weight average molecular weight of the poly(phenylene ether) is within 1 percent, preferably within 0.5 percent, more preferably within 0.05 percent, of the weight average molecular weight of the poly(phenylene ether) in the feed solution, and a concentration of the amine impurity and the organic acid impurity in parts per million by weight is each reduced by at least 40 percent, preferably at least 50 percent, more preferably at least 80 percent relative to the concentration of each in the feed solution.
Cartridge for a stereolithography machine, comprising: - a box-like body comprising in turn: - a container, delimited by containment walls, having a bottom, at least a part of which is transparent, and an opposite access opening adapted to allow access inside said container, an inlet mouth, for the introduction of a photopolymerisable material, and an outlet mouth for the release of said photopolymerisable material from said container; - at least one tank for a photopolymerisable material, comprising a transit opening for said photopolymerisable material and an air passage opening communicating with the environment; and comprising: - circulation means, for the circulation of a photopolymerisable material between said outlet mouth and said inlet mouth of said container, wherein said cartridge comprises between said circulation means and said inlet and outlet mouths, and between said circulation means and said transit and air passage openings, valve means (22, 23) which are interposed and configured to alternatively allow the following use configurations of said cartridge: - a first configuration, preventing the passage of photopolymerisable material between said container and said tank; - a second configuration, allowing the passage of photopolymerisable material between said tank and said container; - a third configuration, of circulation for said photopolymerisable material, allowing the passage of photopolymerisable material between said outlet mouth of said container and said inlet mouth of the same said container. - a box-like body comprising in turn: - a container, delimited by containment walls, having a bottom, at least a part of which is transparent, and an opposite access opening adapted to allow access inside said container, an inlet mouth, for the introduction of a photopolymerisable material, and an outlet mouth for the release of said photopolymerisable material from said container; - at least one tank for a photopolymerisable material, comprising a transit opening for said photopolymerisable material and an air passage opening communicating with the environment; - circulation means, for the circulation of a photopolymerisable material between said outlet mouth and said inlet mouth of said container, - a first configuration, preventing the passage of photopolymerisable material between said container and said tank; - a second configuration, allowing the passage of photopolymerisable material between said tank and said container; - a third configuration, of circulation for said photopolymerisable material, allowing the passage of photopolymerisable material between said outlet mouth of said container and said inlet mouth of the same said container.
A prompting method, applied to a prompting system and comprising: sending, by a notification sending equipment, notification information to a home gateway connected with the notification sending equipment when the notification information is received; and characterized by determining, by the home gateway, whether notification receiving equipment connected to the home gateway is in an immersive experience state when notification information sent by the notification sending equipment is received, wherein the immersive experience state would cause a user of the notification receiving equipment miss a prompt issued by the notification sending equipment; when it is determined that the notification receiving equipment is in the immersive experience state, forwarding, by the home gateway, the notification information to the notification receiving equipment, and performing, by the notification receiving equipment, a message prompting operation according to the notification information; when it is determined that the notification receiving equipment is not in the immersive experience state, returning, by the home gateway, a notification message to the notification sending equipment, and performing, by the notification sending equipment, the message prompting operation according to the notification message. sending, by a notification sending equipment, notification information to a home gateway connected with the notification sending equipment when the notification information is received; and characterized by determining, by the home gateway, whether notification receiving equipment connected to the home gateway is in an immersive experience state when notification information sent by the notification sending equipment is received, wherein the immersive experience state would cause a user of the notification receiving equipment miss a prompt issued by the notification sending equipment; when it is determined that the notification receiving equipment is in the immersive experience state, forwarding, by the home gateway, the notification information to the notification receiving equipment, and performing, by the notification receiving equipment, a message prompting operation according to the notification information; when it is determined that the notification receiving equipment is not in the immersive experience state, returning, by the home gateway, a notification message to the notification sending equipment, and performing, by the notification sending equipment, the message prompting operation according to the notification message.
A towing assembly, comprising a) a lunette as a hitch; b) a pair of members (4a, 4b) each pivotally attached to said lunette as a hitch, wherein each of the pair of members (4a, 4b) has a first shaft (8a, 8b), a second shaft (10a, 10b), and a pivotable locking joint (12a, 12b) which is between the first shaft (8a, 8b) and the second shaft (10a, 10b); and c) a means for fixing an orientation of the members (4a, 4b) relative to said lunette as a hitch, whereby the first shaft (8a, 8b) and the second shaft (10a, 10b) are pivotable relative to each other about the pivotable locking joint (12a, 12b) in an unlocked position and the first shaft (8a, 8b) and the second shaft (10a, 10b) are not pivotable relative to each other about the pivotable locking joint (12a, 12b) in a locked position, characterized in that said pivotal attachment of said members (4a, 4b) to said lunette as a hitch can fix the orientation of said first shafts of each of said members thereto, wherein a locking mechanism (14a, 14b) fixes in place said orientation of the attachment of the members (4a, 4b) to the hitch. a) a lunette as a hitch; b) a pair of members (4a, 4b) each pivotally attached to said lunette as a hitch, wherein each of the pair of members (4a, 4b) has a first shaft (8a, 8b), a second shaft (10a, 10b), and a pivotable locking joint (12a, 12b) which is between the first shaft (8a, 8b) and the second shaft (10a, 10b); and c) a means for fixing an orientation of the members (4a, 4b) relative to said lunette as a hitch, whereby the first shaft (8a, 8b) and the second shaft (10a, 10b) are pivotable relative to each other about the pivotable locking joint (12a, 12b) in an unlocked position and the first shaft (8a, 8b) and the second shaft (10a, 10b) are not pivotable relative to each other about the pivotable locking joint (12a, 12b) in a locked position, characterized in that said pivotal attachment of said members (4a, 4b) to said lunette as a hitch can fix the orientation of said first shafts of each of said members thereto, wherein a locking mechanism (14a, 14b) fixes in place said orientation of the attachment of the members (4a, 4b) to the hitch.
A cartridge, comprising: a liquid storage chamber; and an atomizing device comprising an atomizing base and a liquid absorbing member installed in the atomizing base, the atomizing base being provided with an atomizing chamber therein; wherein the atomizing base is made of one single piece of elastic material, the atomizing base is provided with a through hole, the liquid absorbing member extends through the through hole, the inner wall of the through hole closely abuts against the outer wall of the liquid absorbing member to isolate the liquid storage chamber from the atomizing chamber. a liquid storage chamber; and an atomizing device comprising an atomizing base and a liquid absorbing member installed in the atomizing base, the atomizing base being provided with an atomizing chamber therein; wherein the atomizing base is made of one single piece of elastic material, the atomizing base is provided with a through hole, the liquid absorbing member extends through the through hole, the inner wall of the through hole closely abuts against the outer wall of the liquid absorbing member to isolate the liquid storage chamber from the atomizing chamber.
A wireless resource allocation method for use in a cellular communication system having a defined number of configurations for the allocation of uplink and downlink sub frames in a radio frame, comprising the steps of: rearranging an order of the defined number of configurations in the ascending order of the number of downlink sub frames, switching configurations between neighboring cells according to the rearranged order when different configurations are used in the neighboring cells in the cellular communication system; and avoiding interference between the neighboring cells using intercell interference coordination in sub frames in which the uplink and the downlink are mismatched between the neighboring cells whose configurations are switched. rearranging an order of the defined number of configurations in the ascending order of the number of downlink sub frames, switching configurations between neighboring cells according to the rearranged order when different configurations are used in the neighboring cells in the cellular communication system; and avoiding interference between the neighboring cells using intercell interference coordination in sub frames in which the uplink and the downlink are mismatched between the neighboring cells whose configurations are switched.
A device for non-invasively inducing dynamic deformation of body tissue for the differentiation of tissue cells, comprising the following components: (i) a suspension of particle suspended in solution; and (ii) an external actuator, wherein a) the particles are metallic, magnetic, magnetizable, electrically chargeable or thermally reactive; b) the particles are biocompatible; c) the average diameter of the individual particles is larger than 5 um and smaller than 5 mm; d) the average volume of the individual particles is larger than 125 μm 3 and smaller than 100 mm 3; e) 1 mm 3 biocompatible fluid on which the suspension is based contains not more than 10 6 particles; and f) the external actuator comprises a vibration source or a heat source or can emit electromagnetic waves or generate an electric field in order to vibrationally, thermally, magnetically or electrically excite the suspended particles. (i) a suspension of particle suspended in solution; and (ii) an external actuator, a) the particles are metallic, magnetic, magnetizable, electrically chargeable or thermally reactive; b) the particles are biocompatible; c) the average diameter of the individual particles is larger than 5 um and smaller than 5 mm; d) the average volume of the individual particles is larger than 125 μm 3 and smaller than 100 mm 3; e) 1 mm 3 biocompatible fluid on which the suspension is based contains not more than 10 6 particles; and f) the external actuator comprises a vibration source or a heat source or can emit electromagnetic waves or generate an electric field in order to vibrationally, thermally, magnetically or electrically excite the suspended particles.
Device for providing liquid reducing agent, having a reducing agent tank with a tank wall composed of plastic which delimits a tank interior, wherein the tank wall has a metallic wall segment and the device has a temperature sensor, characterized in that the temperature sensor is, outside the reducing agent tank, arranged in contact with the metallic wall segment, wherein the temperature sensor is adapted to indirectly determine a temperature of the reducing agent in the reducing agent tank by way of the conductivity of the metallic wall segment.
A method for cleaning a floor surface with a floor cleaning device, in which method, during the cleaning movement of the floor cleaning device over the floor surface, a first recording of a floor surface portion before the cleaning is created with an optical recording unit, the floor cleaning device is moved with at least one cleaning unit over the floor surface portion, which is cleaned, a second recording of the floor surface portion after the cleaning is created with an optical recording unit and the recordings are compared with one another in order to check the cleaning result, wherein the comparison of the recordings is undertaken by a control unit of the floor cleaning device or by a control unit which is arranged remote from the floor cleaning device and at an indicating unit, at least if no sufficiently good cleaning of the floor surface portion has occurred, a corresponding indication is provided and/or preferably is stored linked to a position information item of the floor surface portion, wherein the position of the floor cleaning device on the floor surface is determined.
An actuator comprising: a positioning element (89,97), an electric motor (32,33) and a transmission (50,63), where the positioning element (89,97) is driven by the electric motor (32,33) via the transmission (50,63), two toothed wheels (68,71), which by mutual displacement can be brought out of mesh with each other for disengagement of the positioning element (89,97), characterized in that the two toothed wheels (68,71) each comprises at least two toothed rims (69,70;74,75) positioned with a spacing corresponding to at least the width of a toothed rim (69,70;74,75), and where the two toothed rims (69,70;74,75) of each of the toothed wheels (68,71) are adapted to mesh with each other, and where the two toothed rims (69,70;74,75) of each of the toothed wheels (68,71) can be brought out of mesh with each other by axial displacement of at least one of the toothed wheels (68,71) relative to the other toothed wheel (68,71). a positioning element (89,97), an electric motor (32,33) and a transmission (50,63), where the positioning element (89,97) is driven by the electric motor (32,33) via the transmission (50,63), two toothed wheels (68,71), which by mutual displacement can be brought out of mesh with each other for disengagement of the positioning element (89,97), characterized in that the two toothed wheels (68,71) each comprises at least two toothed rims (69,70;74,75) positioned with a spacing corresponding to at least the width of a toothed rim (69,70;74,75), and where the two toothed rims (69,70;74,75) of each of the toothed wheels (68,71) are adapted to mesh with each other, and where the two toothed rims (69,70;74,75) of each of the toothed wheels (68,71) can be brought out of mesh with each other by axial displacement of at least one of the toothed wheels (68,71) relative to the other toothed wheel (68,71).
Nozzle needle for an injector for injecting fuel, having at least one guide portion (11, 13) with a recess and a guide surface (14, 15, 16), wherein the guide surface (14, 15, 16) is designed to rest on an inner face of a nozzle body of the injector, the recess at least partly delimits the guide surface (14, 15, 16) and is configured to allow a fuel flow along the guide portion (11, 13), and the guide surface (14, 15, 16) is guided in a helical manner about the longitudinal axis of the nozzle needle, wherein the guide surface (14, 15, 16) extends substantially over an angular segment of 60 degrees to 90 degrees, in particular of 65 degrees to 75 degrees in the projection plane, wherein the at least one guide surface (14, 15, 16), when projected onto a projection plane (A-A) arranged at right angles to the longitudinal axis of the nozzle needle, overlaps with itself or with a further guide surface (14, 15, 16), and the guide portion (11, 13) has at least one guide tooth which is guided in a helical manner about the longitudinal axis, wherein the guide surface (14, 15, 16) is arranged radially at the outside on the guide tooth, characterized in that the guide tooth has an involute toothing.
A holder for a cutting device having a cutting insert, wherein the holder has a beam part which extends in a longitudinal direction and a clamping head which projects above a top side of the holder by way of a projection, wherein the projection is connected to a first of two clamping fingers (30, 32) which between them form a receiving pocket for receiving the cutting insert, wherein below the projection a clamping gap is provided to enable the first clamping finger to be elastically movable, wherein the clamping gap opens out into the receiving pocket, wherein the clamping gap extends in the longitudinal direction from an end face of the holder facing a workpiece to be processed as far as up to a rear end of the clamping gap, wherein the rear end of the clamping gap is arranged in a transition region between the clamping head and the beam part, wherein a coolant and/or lubricant guiding channel (62, 64, 72, 76, 78) extends in the holder for supplying coolant and/or lubricant to a coolant and/or lubricant outlet arranged in the projection, wherein the projection extends in the longitudinal direction beyond the rear end of the clamping gap by way of a continuation portion and the coolant and/or lubricant guiding channel extends through the continuation portion, wherein a rectilinear through passage of a coolant and/or lubricant guiding channel, said through passage being inclined by an angle in relation to the longitudinal direction, extends from the beam part via the continuation portion into the projection, characterized in that the clamping fingers (30, 32) are arranged on one of the longitudinal sides of the holder and the continuation portion is arranged on the opposite longitudinal side of the holder, and that a transverse passage of the coolant and/or lubricant guiding channel is provided, said transverse passage being arranged transverse to the longitudinal direction and connecting the through passage with an end passage which ends in the coolant and/or lubricant outlet.
A fiber-reinforced composite material molded article comprising: a thick portion having a thickness of 10 to 50 mm, wherein the thick portion has an inner layer which is formed of a cured material of a composite material containing reinforcing fiber and an epoxy resin and a surface layer which is formed of a cured material of a composite material containing reinforcing fiber and a vinyl ester resin, and the thickness ratio between the inner layer and the surface layer represented by [thickness of surface layer]/[thickness of inner layer] in the thick portion is 0.01 to 2. a thick portion having a thickness of 10 to 50 mm, wherein the thick portion has an inner layer which is formed of a cured material of a composite material containing reinforcing fiber and an epoxy resin and a surface layer which is formed of a cured material of a composite material containing reinforcing fiber and a vinyl ester resin, and the thickness ratio between the inner layer and the surface layer represented by [thickness of surface layer]/[thickness of inner layer] in the thick portion is 0.01 to 2.