mhurhangee/patent-ind-claim-en huggingface dataset:
An explosive primer unit including an initiator apparatus IA for blasting, an explosive apparatus with light-sensitive explosive (LSE) having a reaction time of less than 1 millisecond coupled to the IA , and a booster explosive around the LSE, wherein the IA includes: a magnetic receiver including a magnetometer for receiving a magnetic communication signal through the ground by detection of a magnetic field; a controller , in electrical communication with the magnetic receiver , for processing the magnetic communication signal to determine a command for blasting; a light source in electrical communication with the controller for generating a light beam to initiate the light-sensitive explosive (LSE) in accordance with the command. a magnetic receiver including a magnetometer for receiving a magnetic communication signal through the ground by detection of a magnetic field; a controller , in electrical communication with the magnetic receiver , for processing the magnetic communication signal to determine a command for blasting; a light source in electrical communication with the controller for generating a light beam to initiate the light-sensitive explosive (LSE) in accordance with the command.
Shearing unit for extrusion presses, comprising: - a shear comprising a blade and a slide blade holder , the slide blade holder being suitable for holding the blade and for sliding vertically within the guides of a shear-to-press connecting structure ; - a shearing actuator suitable for adjusting the vertical movements of the shear ; - a linear transducer suitable for controlling the position of the shearing actuator ; characterized by further comprising an adjustment mechanism for the shear , comprising a motor suitable for adjusting the distance between the blade and the matrix of the press before the start of a process of extrusion, a cylinder lock for blocking said distance, and a removal actuator suitable for moving away the shear from a matrix of the press after shearing. - a shear comprising a blade and a slide blade holder , the slide blade holder being suitable for holding the blade and for sliding vertically within the guides of a shear-to-press connecting structure ; - a shearing actuator suitable for adjusting the vertical movements of the shear ; - a linear transducer suitable for controlling the position of the shearing actuator ;
A method performed by a base station , for controlling user data traffic between a wireless device and a local cloud , the local cloud comprising a mobile edge computing server, wherein the wireless device is associated with a limited volume of resources for user data traffic, the method comprising: when resources remain in the limited volume associated with the wireless device , receiving a first indicator from a core network node , said first indicator comprising an indication that said user data traffic shall be routed to the local cloud , upon identifying the indication of the first indicator, routing the user data traffic over a split bearer, wherein the split bearer comprises a first bearer between the base station and the local cloud in which said user data traffic is routed by the base station, and wherein the split bearer further comprises a second bearer from the base station to a gateway node , wherein a copy of said user data traffic is routed in said second bearer by the base station, for measuring the volume of the user data traffic between the wireless device and the local cloud in relation to the limited volume for user data traffic associated with the wireless device , wherein the first indicator is represented by a Quality of Service, QoS, Class Identifier, QCI, with a first value indicating that said user data traffic shall be routed to the local cloud over the first bearer , and a copy of said user data traffic shall be routed to the gateway node over the second bearer . when resources remain in the limited volume associated with the wireless device , receiving a first indicator from a core network node , said first indicator comprising an indication that said user data traffic shall be routed to the local cloud , upon identifying the indication of the first indicator, routing the user data traffic over a split bearer, wherein the split bearer comprises a first bearer between the base station and the local cloud in which said user data traffic is routed by the base station, and wherein the split bearer further comprises a second bearer from the base station to a gateway node , wherein a copy of said user data traffic is routed in said second bearer by the base station, for measuring the volume of the user data traffic between the wireless device and the local cloud in relation to the limited volume for user data traffic associated with the wireless device , wherein the first indicator is represented by a Quality of Service, QoS, Class Identifier, QCI, with a first value indicating that said user data traffic shall be routed to the local cloud over the first bearer , and a copy of said user data traffic shall be routed to the gateway node over the second bearer .
A polyether polyol which is a polytetramethylene ether glycol, wherein the repeating unit in the main framework is composed of only a 1,4-butanediol unit and which has a number average molecular weight of 3,500 to 5,500 and a molecular weight distribution of 1.7 to 2.2, wherein the number average molecular weight and the weight average molecular weight mean the values as measured in the description.
A wound dressing comprising: an absorbent pad having a first major face comprised of absorbent material and configured for wound contact, and a second major face opposed to the first major face ; and a backing layer bonded to the second major face of the pad ; wherein the pad and the backing layer are sized such that the backing layer extends beyond the periphery of the pad , thereby defining a margin ; wherein the margin of the backing layer is provided with a first adhesive for adhering the backing layer to skin; and wherein a layer of second, low trauma adhesive is selected from silicone-based adhesives, sheet hydrogels, polyurethane-based adhesives and modified polyolefin-based adhesives and is provided on, and in direct contact with, the first major face of the pad for adhering the pad to a wound, said layer of second, low trauma adhesive being configured to allow passage of exudate from the wound to the absorbent pad . an absorbent pad having a first major face comprised of absorbent material and configured for wound contact, and a second major face opposed to the first major face ; and a backing layer bonded to the second major face of the pad ; wherein the pad and the backing layer are sized such that the backing layer extends beyond the periphery of the pad , thereby defining a margin ; wherein the margin of the backing layer is provided with a first adhesive for adhering the backing layer to skin; and wherein a layer of second, low trauma adhesive is selected from silicone-based adhesives, sheet hydrogels, polyurethane-based adhesives and modified polyolefin-based adhesives and is provided on, and in direct contact with, the first major face of the pad for adhering the pad to a wound, said layer of second, low trauma adhesive being configured to allow passage of exudate from the wound to the absorbent pad .
A band identifying circuit comprising: an optical intensity control means for changing, by a prescribed level, an optical intensity of an optical signal outputted from a target-of-identification optical transmitter among a plurality of optical signals respectively outputted from a plurality of optical transmitters (61, 61,...6n, 6k), constituting a wavelength-multiplexed optical signal, and having mutually different wavelengths; a spectrum acquisition means for measuring an optical intensity of each wavelength of the wavelength-multiplexed optical signal and outputting a result of the measurement as a spectrum; and a band identifying means for identifying a band occupied by the target-of-identification optical transmitter, based on a change amount of the outputted spectrum, wherein the band identifying means acquires the change amount of the outputted spectrum in synchronization with an operation of the optical intensity control means . an optical intensity control means for changing, by a prescribed level, an optical intensity of an optical signal outputted from a target-of-identification optical transmitter among a plurality of optical signals respectively outputted from a plurality of optical transmitters (61, 61,...6n, 6k), constituting a wavelength-multiplexed optical signal, and having mutually different wavelengths; a spectrum acquisition means for measuring an optical intensity of each wavelength of the wavelength-multiplexed optical signal and outputting a result of the measurement as a spectrum; and a band identifying means for identifying a band occupied by the target-of-identification optical transmitter, based on a change amount of the outputted spectrum,
Crimping pliers for crimping, in particular crimp joining, workpieces (W), having two oppositely arranged pressing jaws and two pliers jaws , wherein one pliers jaw is stationary and the associated pressing jaw is fastened to this stationary pliers jaw by means of a spring-loadable holder part , wherein the holder part is fixedly connected to the pliers jaw at its end facing away from the pressing jaw , wherein between the fixed connection and the end of the holder part facing the first pressing jaw , a stop connection is formed between the stationary pliers jaw and the holder part , which stop connection comes into effect when a pre-determined pressing force is exceeded, and during a crimping, the holder part is initially bendable in a restorable manner over its entire length between the fixed connection and the pressing-jaw-side end as a result of an intrinsic elasticity of the material, wherein when the stop connection is activated, a further action of pressing force results in a greater bending wherein in the holder part section resulting in this stop position between the stop connection and the pressing-jaw-side end than in the holder part section obtained in this stop position between the stop connection and the fixed connection .
A locking device for a semi-fixed door or window leaf mounted pivoting on a frame and cooperating, in the closed position of said door or window , with a movable leaf covering it, including a control rod provided, over its length, with at least one locking member able to cooperate with a complementary locking member , in the form of a roller and a strike, this control rod being mounted sliding on a fastening support , between an unlocked position and at least one locking position , said control rod further including an end forming a maneuvering member to push it into the locked position in which the locking member(s) are each able to cooperate with a complementary locking member , characterized in that it includes first resilient return means tending to push the control rod back toward its unlocked position and second resilient return means pushing this control rod into a blocking position , between the unlocked position and the locked position .
A method of filling containers comprising the steps of: providing a container to be filled with a fluid composition , the container having an opening ; providing a container filling assembly , the container filling assembly comprising a mixing chamber in fluid communication with a temporary storage chamber enclosed by a housing , and a dispensing chamber in fluid communication with the temporary storage chamber and with a dispensing nozzle , the dispensing nozzle adjacent the opening of the container, wherein the temporary storage chamber is of variable volume; setting the temporary storage chamber to an adjusted volume, wherein the adjusted volume is preferably from 0.1 L to 5 L; introducing two or more materials , into the mixing chamber , where the materials combine to form a fluid composition; transferring the fluid composition to the temporary storage chamber ; transferring the fluid composition from the temporary storage chamber into the dispensing chamber ; and dispensing the fluid composition through the dispensing nozzle into the container through the container opening. providing a container to be filled with a fluid composition , the container having an opening ; providing a container filling assembly , the container filling assembly comprising a mixing chamber in fluid communication with a temporary storage chamber enclosed by a housing , and a dispensing chamber in fluid communication with the temporary storage chamber and with a dispensing nozzle , the dispensing nozzle adjacent the opening of the container, wherein the temporary storage chamber is of variable volume; setting the temporary storage chamber to an adjusted volume, wherein the adjusted volume is preferably from 0.1 L to 5 L; introducing two or more materials , into the mixing chamber , where the materials combine to form a fluid composition; transferring the fluid composition to the temporary storage chamber ; transferring the fluid composition from the temporary storage chamber into the dispensing chamber ; and dispensing the fluid composition through the dispensing nozzle into the container through the container opening.
A device for pretreating a filler for paper product, comprising: a screw pump , a homogenizer , a material delivery pump , a metering tank , a microwave reactor , a main reactor , an energy conversion system , a decompressor , a dehydrator , a recycling water tank and a recycling pump , wherein a raw material is fed at an input end of the screw pump , an output end of the screw pump is connected with the homogenizer through a pipeline, an input end of the homogenizer is a raw filler inlet and provided with an input of a constantly open pipeline for high-temperature circulating liquid, the material delivery pump is installed on a connecting pipeline between an output end of the homogenizer and an input end of the microwave reactor , an output end of the microwave reactor is connected with an input end of the main reactor through a pipeline, an output end of the main reactor is connected with the energy conversion system through a pipeline, the energy conversion system , the decompressor , the dehydrator , the recycling water tank and the recycling pump are sequentially connected through pipelines, the recycling pump delivers liquid in the recycling water tank to the main reactor and the metering tank , and an output end of the metering tank is connected with the homogenizer through a pipeline, thus forming a thermal and water recycling system.
A protection circuit provided for each of a plurality of semiconductor switching elements connected in series, comprising: a first protection circuit configured so that a cathode of a first avalanche element (D1,D2,D3) is connectable to a collector of the semiconductor switching element , an anode of the first avalanche element (D1,D2,D3) is connected to a cathode of a second avalanche element (D4,D5), and an anode of the second avalanche element (D4,D5) is connected to one end of a second resistance (R4); and a second protection circuit configured so that a cathode of a third avalanche element (D6) is connected to the other end of the second resistance (R4), an anode of the third avalanche element (D6) is connectable to an emitter of the semiconductor switching element , characterized in that a first capacitor (C1,C2) and a first resistance (R1,R2) are each connected parallel to the second avalanche element (D4,D5), and one end of a series component of third and fourth resistances (R5,R6) is connected to a common connection point of the second resistance (R4) and the third avalanche element (D6), and first and second Zener diodes (ZD1,ZD2) are connected in series with their polarities being opposite to each other between the other end of the series component of third and fourth resistances (R5,R6) and a circuit node connectable to a gate of the semiconductor switching element . a first protection circuit configured so that a cathode of a first avalanche element (D1,D2,D3) is connectable to a collector of the semiconductor switching element , an anode of the first avalanche element (D1,D2,D3) is connected to a cathode of a second avalanche element (D4,D5), and an anode of the second avalanche element (D4,D5) is connected to one end of a second resistance (R4); and a second protection circuit configured so that a cathode of a third avalanche element (D6) is connected to the other end of the second resistance (R4), an anode of the third avalanche element (D6) is connectable to an emitter of the semiconductor switching element , characterized in that a first capacitor (C1,C2) and a first resistance (R1,R2) are each connected parallel to the second avalanche element (D4,D5), and one end of a series component of third and fourth resistances (R5,R6) is connected to a common connection point of the second resistance (R4) and the third avalanche element (D6), and first and second Zener diodes (ZD1,ZD2) are connected in series with their polarities being opposite to each other between the other end of the series component of third and fourth resistances (R5,R6) and a circuit node connectable to a gate of the semiconductor switching element .
An isolated human truncated cystathionine β-synthase (htCBS) polypeptide comprising an amino acid sequence sharing an amino acid sequence identity of at least 50%, at least 60%, at least 70%, at least 80%, at least 90%, at least 95% or at least 99% compared with SEQ ID NO: 2; further comprising a carboxyl-terminal truncation, wherein the truncation comprises residues 383-551, 397-551, 414-551, 442-551, 489-551, 497-551, 524-551, 534-551, or 544-551 of SEQ ID NO: 2, and wherein the htCBS polypeptide is covalently linked to at least one or a plurality of polyethylene glycol (PEG) molecules, wherein the one or a plurality of PEG molecules are NHS ester-activated PEG molecules and/or have a molecular weight greater than or equal to 20 kDa.
A method for producing methacrylic acid and/or an ester thereof from renewable raw materials and/or biomass arising from the utilization of the renewable raw materials as a carbon source and/or energy source using microbes having the ability to produce methacrylic acid, wherein the microbes having the ability to produce methacrylic acid are microbes capable of producing methacrylic acid from organic matters containing isobutyric acid or valine, and wherein the microbes are valine assimilating viable microbes or isobutyric acid assimilating viable microbes.
A refrigeration apparatus comprising: - a main refrigerant circuit including a positive displacement compressor , a condenser , an expansion valve , and an evaporator , through which a refrigerant circulates successively in a closed loop circulation; - a lubrication refrigerant line connected to the main refrigerant circuit between the condenser and the expansion valve or to the condenser , in which circulates a portion of the refrigerant of the main refrigerant circuit and connected to the compressor for lubrication of said compressor with the refrigerant; wherein the lubrication refrigerant line comprises, upstream from the compressor : - a throttle valve adapted to vary the lubrication refrigerant flow entering the compressor ; characterized in that it further comprises: - a downstream pressure detector configured to measure refrigerant pressure (P3) downstream the throttle valve and upstream the compressor , - a downstream temperature detector configured to measure refrigerant temperature (T3) downstream the throttle valve and upstream the compressor , and wherein the refrigeration unit comprises a control unit (UC) adapted to determine the state of the refrigerant in the lubrication refrigerant line using the measurements of the downstream pressure detector and the downstream temperature detector , and configured for controlling the throttle valve on the basis of at least the pressure (P3) downstream the throttle valve and the state of the refrigerant in the lubrication refrigerant line . - a main refrigerant circuit including a positive displacement compressor , a condenser , an expansion valve , and an evaporator , through which a refrigerant circulates successively in a closed loop circulation; - a lubrication refrigerant line connected to the main refrigerant circuit between the condenser and the expansion valve or to the condenser , in which circulates a portion of the refrigerant of the main refrigerant circuit and connected to the compressor for lubrication of said compressor with the refrigerant; - a throttle valve adapted to vary the lubrication refrigerant flow entering the compressor ; characterized in that it further comprises: - a downstream pressure detector configured to measure refrigerant pressure (P3) downstream the throttle valve and upstream the compressor , - a downstream temperature detector configured to measure refrigerant temperature (T3) downstream the throttle valve and upstream the compressor ,
A threaded joint for steel pipes, comprising: a tubular pin and a tubular box , the pin and the box being made up by screwing the pin onto the box , the box having an outside diameter less than 104% of an outside diameter of a tubular body having the pin , wherein, the box comprises, in order from an end of the box toward a tubular body: a lip portion and a tapered female threaded portion , the lip portion including a shoulder surface and a sealing surface , the pin comprises: a shoulder surface ; a sealing surface ; and a tapered male threaded portion , the shoulder surface being in contact with the shoulder surface of the box in a made up state, the sealing surface being in contact with the sealing surface of the box in a made up state, the tapered male threaded portion engaging with the tapered female threaded portion in a made up state, the shoulder surface of the box and the shoulder surface of the pin are inclined with respect to a plane perpendicular to the pipe axis toward a direction in which the screwing of the pin advances, the lip portion of the box has: a nose portion disposed between the shoulder surface and the sealing surface ; and an annular portion disposed between the sealing surface and the female threaded portion , the nose portion and the annular portion are not in contact with the pin in a made up state, and the annular portion has a length along the pipe axis, the length being longer than a thread pitch of the female threaded portion , characterised in that the inside diameter of the box at the annular portion is larger than the minimum diameter at the sealing surface .
A multi-layered wound dressing comprising: a fibrous absorbent layer for absorbing exudate from a wound site; and a support layer comprising a net formed from high density polyethylene configured to reduce shrinkage of at least a portion of the wound dressing wherein the support layer has a thickness of from 50 to 150 μm and comprises a bonding layer having a lower melting temperature than the net that is bonded to fibres in a top surface of the absorbent layer and wherein the net comprises a geometric structure having a plurality of substantially geometric apertures having an area from 0.005 to 0.32 mm 2 extending therethrough; and wherein the bonding layer has a similar structural shape to the net. a fibrous absorbent layer for absorbing exudate from a wound site; and a support layer comprising a net formed from high density polyethylene configured to reduce shrinkage of at least a portion of the wound dressing wherein the support layer has a thickness of from 50 to 150 μm and comprises a bonding layer having a lower melting temperature than the net that is bonded to fibres in a top surface of the absorbent layer and wherein the net comprises a geometric structure having a plurality of substantially geometric apertures having an area from 0.005 to 0.32 mm 2 extending therethrough; and wherein the bonding layer has a similar structural shape to the net.