mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus, comprising: a radio frequency signal processing device, for processing a plurality of RF signals transmitted to or received from a serving cell; a baseband signal processing device, for processing a plurality of baseband signals; and a processor, for controlling operations of the RF signal processing device and the baseband signal processing device, wherein the processor is adapated to determine whether a circuit switch fallback, CSFB, procedure has to be started according to a message received from the serving cell, and when the CSFB procedure has to be started, the processor is further adapted to determine a plurality of weighting values each associated with one of a plurality of frequencies to be measured during the CSFB procedure according to information regarding one or more previous CSFB procedure(s), is adapated to determine a frequency measurement sequence for scheduling the frequencies to be measured in sequence according to the determined weighting values and is adapted to measure a signal quality on the frequencies according to the frequency measurement sequence. a radio frequency signal processing device, for processing a plurality of RF signals transmitted to or received from a serving cell; a baseband signal processing device, for processing a plurality of baseband signals; and a processor, for controlling operations of the RF signal processing device and the baseband signal processing device, wherein the processor is adapated to determine whether a circuit switch fallback, CSFB, procedure has to be started according to a message received from the serving cell, and when the CSFB procedure has to be started, the processor is further adapted to determine a plurality of weighting values each associated with one of a plurality of frequencies to be measured during the CSFB procedure according to information regarding one or more previous CSFB procedure(s), is adapated to determine a frequency measurement sequence for scheduling the frequencies to be measured in sequence according to the determined weighting values and is adapted to measure a signal quality on the frequencies according to the frequency measurement sequence.
A method for the production of IPDA comprising the steps of: I. converting IPN with ammonia and hydrogen to IPDA, II. removing hydrogen and/or ammonia from the effluent from step I III. separating the effluent from step II in one or more steps into (i) a fraction comprising an organic phase having a boiling point lower than IPDA (ii) a fraction comprising an aqueous phase having a boing point lower than IPDA; (iii) a fraction comprising IPDA (iv) a fraction comprising components having a boiling point higher than IPDA; and IV. subjecting the fraction (ii) to one or more waste-water pretreatment steps, selected from the group consisting of evaporation, oxidation and adsorption. I. converting IPN with ammonia and hydrogen to IPDA, II. removing hydrogen and/or ammonia from the effluent from step I III. separating the effluent from step II in one or more steps into (i) a fraction comprising an organic phase having a boiling point lower than IPDA (ii) a fraction comprising an aqueous phase having a boing point lower than IPDA; (iii) a fraction comprising IPDA (iv) a fraction comprising components having a boiling point higher than IPDA; and (i) a fraction comprising an organic phase having a boiling point lower than IPDA (ii) a fraction comprising an aqueous phase having a boing point lower than IPDA; (iii) a fraction comprising IPDA (iv) a fraction comprising components having a boiling point higher than IPDA; and IV. subjecting the fraction (ii) to one or more waste-water pretreatment steps, selected from the group consisting of evaporation, oxidation and adsorption.
A method of transmitting control information by an apparatus in a wireless communication system, the method comprising: receiving one or more downlink control channels for one or more downlink data in a physical downlink control channel, PDCCH, monitoring occasion via multiple component carriers, wherein each of the one or more downlink control channels carries same information about a total number of scheduled downlink control channels in the PDCCH monitoring occasion; and transmitting (S830, S840) acknowledgement/negative acknowledgement, ACK/NACK, information for the one or more downlink data based on the information about the total number of scheduled downlink control channels in the PDCCH monitoring occasion. receiving one or more downlink control channels for one or more downlink data in a physical downlink control channel, PDCCH, monitoring occasion via multiple component carriers, wherein each of the one or more downlink control channels carries same information about a total number of scheduled downlink control channels in the PDCCH monitoring occasion; and transmitting (S830, S840) acknowledgement/negative acknowledgement, ACK/NACK, information for the one or more downlink data based on the information about the total number of scheduled downlink control channels in the PDCCH monitoring occasion.
A protection device for the protection of an operator handling a syringe or the like that has a needle and a needle covering cap, the device comprising a supporting body which is provided with a through hole in which a needle covering cap of a syringe or the like is insertable, said supporting body having a face for the insertion of a said covering cap in said hole and at least one flat face for the resting contact of said supporting body on a resting surface or the like, the flat face being arranged on the opposite side of said supporting body with respect to said face, said face that lies opposite said flat face being provided with a raised perimetric containment rim, said hole having a diameter that is substantially larger than the diameter of the central portion of a said covering cap and substantially smaller than the diameter of the end portion of said covering cap located at its end for the insertion therein of said needle, a collar being provided around said hole, said collar extending from said face for the insertion of the covering cap, characterized in that it is shaped so as to allow grasping with one hand whose fingers grip onto said perimetric containment rim, said collar extending from said at least one flat face for a length that is shorter than the height of said raised perimetric containment rim so as to allow resting contact of said supporting body in a stable position, with said at least one flat face directed upward, on said supporting surface or the like.
A refrigeration apparatus comprising: a refrigerant circuit having a heat exchanger; a housing that houses at least the heat exchanger and is provided with a suction port on an upstream side of the heat exchanger; and a filter attached to the suction port of the housing, an attachment frame for attaching the filter to the housing, wherein the filter is configured to be held not to come into contact with the heat exchanger, when air containing oil mist is supplied to the heat exchanger via the filter, at least a part of an oil component in the air containing oil mist is trapped by the filter, wherein the refrigeration apparatus comprises an oil receiver below a space between the heat exchanger and the filter, an oil reservoir, and a guide path configured to guide oil from the oil receiver to the oil reservoir, a lower frame portion of the attachment frame is inclined toward the heat exchanger side and downward characterized in that when oil droplets adhering to the surface of the filter flow downward, the lower frame portion is configured to guide the oil droplets from the filter and flow the oil droplets to below the heat exchanger. a refrigerant circuit having a heat exchanger; a housing that houses at least the heat exchanger and is provided with a suction port on an upstream side of the heat exchanger; and a filter attached to the suction port of the housing, an attachment frame for attaching the filter to the housing, wherein the filter is configured to be held not to come into contact with the heat exchanger, when air containing oil mist is supplied to the heat exchanger via the filter, at least a part of an oil component in the air containing oil mist is trapped by the filter, wherein the refrigeration apparatus comprises an oil receiver below a space between the heat exchanger and the filter, an oil reservoir, and a guide path configured to guide oil from the oil receiver to the oil reservoir, a lower frame portion of the attachment frame is inclined toward the heat exchanger side and downward characterized in that when oil droplets adhering to the surface of the filter flow downward, the lower frame portion is configured to guide the oil droplets from the filter and flow the oil droplets to below the heat exchanger.
A fiber guide, comprising: a contact surface with a fiber having a ratio of Ra1/Ra2 that is 0.5 or more and less than 1.0, where Ra1 is an arithmetic mean roughness in a feed direction of the fiber and Ra2 is an arithmetic mean roughness in an orthogonal direction orthogonal to the feed direction. a contact surface with a fiber having a ratio of Ra1/Ra2 that is 0.5 or more and less than 1.0, where Ra1 is an arithmetic mean roughness in a feed direction of the fiber and Ra2 is an arithmetic mean roughness in an orthogonal direction orthogonal to the feed direction.
A method of managing heat exchange between a first stream and a second stream over a broad range of conditions, wherein the first stream comprises an upstream portion (P533, P637) and a downstream portion and wherein the second stream also comprises an upstream portion (P639 / P636) and a downstream portion, the method comprising: exchanging heat between a first stream and a second stream; first adding material temporarily to either the upstream portion of the first stream or the upstream portion of the second stream, when the other of the two streams is experiencing a change in conditions, to thereby manage heat transfer between the first stream and the second stream while the other of the streams is experiencing the change in conditions; and then removing material temporarily from the upstream portion of the stream to which material has been added, when the other of the two streams is experiencing an opposite change in conditions, to thereby manage heat transfer between the first stream and the second stream while the other of the streams is experiencing the opposite change in conditions; wherein material in the first stream is supplied from a first primary source and material in the second stream is supplied from a second primary source, wherein adding material to and removing material from either the upstream portion of the first stream or the upstream portion of the second stream comprises adding material from a reservoir that is separate from the first primary source and the second primary source, and removing material to the reservoir. exchanging heat between a first stream and a second stream; first adding material temporarily to either the upstream portion of the first stream or the upstream portion of the second stream, when the other of the two streams is experiencing a change in conditions, to thereby manage heat transfer between the first stream and the second stream while the other of the streams is experiencing the change in conditions; and then removing material temporarily from the upstream portion of the stream to which material has been added, when the other of the two streams is experiencing an opposite change in conditions, to thereby manage heat transfer between the first stream and the second stream while the other of the streams is experiencing the opposite change in conditions; wherein material in the first stream is supplied from a first primary source and material in the second stream is supplied from a second primary source, wherein adding material to and removing material from either the upstream portion of the first stream or the upstream portion of the second stream comprises adding material from a reservoir that is separate from the first primary source and the second primary source, and removing material to the reservoir.
An arrangement device comprising at least one member and a complementary member configured to be assembled to each other, said member comprising at least one support wall configured to receive at least the bearing upon it by said complementary member, said support wall being provided with a lateral engagement hook configured to be engaged, in an engagement direction D linked to said member, respectively with a lateral engagement aperture provided on said complementary member to cause said member and said complementary member to come into bearing relationship, said member being provided with at least one lateral hooking aperture configured to receive at least one lateral hooking finger provided on said complementary member to form a bearing relationship between said member and said complementary member, characterized in that said member is formed from a folded sheet, and that said lateral hooking aperture has a general V-shape of which the flared part is oriented in the same direction as said engagement direction D and the point in the opposite direction to said engagement direction D to permit at least one "slack" position in which said lateral hooking finger is in the flared part of said V-shape and a "tight" position in which said lateral hooking finger is in the pointed part of said V-shape; in that said member is furthermore provided with at least one engagement wing at a first end of said support wall and with a hooking wing at a second end of said support wall, which is an opposite end to the first end, said engagement and hooking wings being substantially perpendicular to said support wall and substantially parallel to said engagement direction D, said engagement wing being provided with said lateral hook, which has an opening oriented in said engagement direction D, and said hooking wing being traversed by said lateral hooking aperture.
An optoelectronic sensor having a light transmitter for transmitting a light beam, having a light receiver for converting the received light beam into an electrical received signal, having a transmission control for modulating a transmitted signal onto the transmitted light beam and having an evaluation unit which is configured to demodulate the received signal and thereupon to determine whether an object is located in the light beam, characterised in that the transmitted signal is formed by summing a plurality of partial signals which each correspond to a partial transmitted signal which is modulated onto one of a plurality of mutually orthogonal carriers; and wherein the evaluation unit is configured to check whether the transmitted light beam is being received or not after the demodulation for each partial signal in the frequency portions corresponding to its carrier.
An electronic device, comprising: a printed circuit board, PCB; a plurality of electronic components (200, 700) electrically connected to the PCB; and a connection member comprising a first portion fixed to one of the PCB and an electronic component and a second portion which is connected to the other one of the PCB and the electronic component by a magnetic force between the second portion and the other one of the PCB and the electronic component, wherein the second portion of the connection member is moveably connected to the first portion, and wherein the connection member comprises a stopper, the stopper being coupled to the first portion and limiting the second portion from rotating in a direction that reduces an angle formed between the second portion and the first portion. a printed circuit board, PCB; a plurality of electronic components (200, 700) electrically connected to the PCB; and a connection member comprising a first portion fixed to one of the PCB and an electronic component and a second portion which is connected to the other one of the PCB and the electronic component by a magnetic force between the second portion and the other one of the PCB and the electronic component, wherein the second portion of the connection member is moveably connected to the first portion, and wherein the connection member comprises a stopper, the stopper being coupled to the first portion and limiting the second portion from rotating in a direction that reduces an angle formed between the second portion and the first portion.
NEBULISER comprising one or more turbines, to disperse a substance that is ejected at a certain pressure through a series of nozzles (6,13) placed in the path of the air current generated by the turbine or turbines, incorporating an oscillating deflector (5,11) placed in the path of the air current at a sufficient distance from the turbine or turbines to allow the current to reach the outside through the space existing between the deflector and said turbines, and preferably at a point equidistant from said turbines if there are more than one, the nebuliser incorporating control means for the speed and path of the oscillation, characterised by said deflector (5,11) comprising a laminar piece of circular or ovoid shape, the greater horizontal axis of which is similar to the diameter of the turbine said piece having or incorporating a vertical shaft (7,15) that transmits the oscillation to the laminar piece, the oscillation being caused by means for forcing the oscillatory motion of the deflector.
Rotatable lock catch, which has a pin module and a rotary shaft joint with two semi-shafts; the upper half shaft of said rotary shaft has a post rod, the lower half shaft of said rotary shaft has a through hole for accommodating the passing in and out of said post rod; the upper end of a supporting shelf of said pin module is disposed with a U-shaped opening for adapting said rotary shaft, two short shafts are respectively disposed by the two sides of said U-shaped opening, two arc-shaped spacing flakes with opposite openings are respectively hinged joint with the corresponding short shafts; a movable ejector pin is disposed on the supporting shelf and along the midline of said U-shaped opening; characterized in that the look catch contains a pressing board of the middle portion of said ejector pin upward presses the lower portions of the two spacing flakes; the upper portion of said ejector pin moves between the position of passing out of the U-shaped opening and the position of passing into the U-shaped opening to insert into said through hole of the lower half shaft, while the upper portions of the two spacing flakes correspondingly passes into the U-shaped opening for holding said rotary shaft or passes out of the U-shaped opening for releasing said rotary shaft.
A charging device comprising: a charging member configured to charge a surface of an image bearing body, wherein the charging member comprises a rotation shaft applied with a voltage, and a resilient electrical conductive layer provided on an outer circumferential surface of the rotation shaft, the resilient electrical conductive layer being configured to charge the surface of the image bearing body, wherein the resilient electrical conductive layer has a plurality of grooves on a surface thereof; wherein the grooves extend in a rotating direction of the charging member and are arranged at intervals in an axial direction of the rotation shaft; wherein the resilient electrical conductive layer further has a plurality of cracks formed at valleys of the grooves, and wherein the cracks extend along the valleys of the grooves. a charging member configured to charge a surface of an image bearing body, wherein the charging member comprises a rotation shaft applied with a voltage, and a resilient electrical conductive layer provided on an outer circumferential surface of the rotation shaft, the resilient electrical conductive layer being configured to charge the surface of the image bearing body, wherein the resilient electrical conductive layer has a plurality of grooves on a surface thereof; wherein the grooves extend in a rotating direction of the charging member and are arranged at intervals in an axial direction of the rotation shaft; wherein the resilient electrical conductive layer further has a plurality of cracks formed at valleys of the grooves, and wherein the cracks extend along the valleys of the grooves.
A cyclone separator for separating steam from water in a steam/water mixture, comprising: a separator housing having a conical portion with an axial length, an upper edge and a lower edge, an upper cylindrical steam outlet portion connected to the upper edge of the conical portion and having a central opening for discharging steam from the housing; a lower cylindrical water outlet portion having a bottom water outlet ring for discharging water from the housing; and an axially elongated steam/water mixture inlet connected tangentially to the housing, the inlet having a width to height ratio of approximately 1:4, an axial length amounting to approximately 50% of the axial length of the housing, the inlet includes an outer tangential wall and an inner wall having an inner edge, the inlet having a upper width between the outer wall and the inner edge of approximately 68mm (2 11/16 inches), and wherein the inlet extends the full axial length of the conical portion. a separator housing having a conical portion with an axial length, an upper edge and a lower edge, an upper cylindrical steam outlet portion connected to the upper edge of the conical portion and having a central opening for discharging steam from the housing; a lower cylindrical water outlet portion having a bottom water outlet ring for discharging water from the housing; and an axially elongated steam/water mixture inlet connected tangentially to the housing, the inlet having a width to height ratio of approximately 1:4, an axial length amounting to approximately 50% of the axial length of the housing, the inlet includes an outer tangential wall and an inner wall having an inner edge, the inlet having a upper width between the outer wall and the inner edge of approximately 68mm (2 11/16 inches), and wherein the inlet extends the full axial length of the conical portion.
Monitoring device for monitoring protective devices, which protect electrical systems against interference events, wherein a part of the electrical energy injected into the monitored protective device by the interference event is used to supply the monitoring device and the monitoring device has at least one coupling device, one rectifier and storage device, one voltage adaptation device, one control and measurement device as well as one signaling device (7, 8), whereby by means of the coupling device, any electrical energy that is injected into the protective device as a result of an interference event is decoupled, whereby by means of the series-connected rectifier and storage device, the voltage, thus obtained, is rectified and stored, and whereby by means of the series-connected voltage adaptation device, the output voltage of the rectifier and storage device is brought to a level that is suitable to supply the control and measurement device, characterized in that after the occurrence of the interference event, the monitoring unit is turned on with the delay of a predetermined time span, and that the control and measurement device performs measurements for the purpose of monitoring the protective device specifically delayed by a predetermined span of time after the occurrence of an interference event.