mhurhangee/ep-ind-claims huggingface dataset:
A non-detonating cartridge including: a container including a cavity suitable for receiving a low explosive composition; an initiator, for in use initiating the explosive composition inside the cavity; and a shielding member which is displaceable relative to the container between a safe position, in which the initiator is shielded from the cavity such that initiation of the initiator does not result in initiation of the explosive composition, and a live position in which the initiator is exposed to the cavity to permit initiation of the explosive composition; whereby the shielding member is slideably displaceable relative to the container and in which at least part of the shielding member protrudes from a periphery of the cartridge when the shielding member is in a safe position, characterised in that the shielding member does not protrude from a periphery of the cartridge when the shielding member is in the live position. a container including a cavity suitable for receiving a low explosive composition; an initiator, for in use initiating the explosive composition inside the cavity; and a shielding member which is displaceable relative to the container between a safe position, in which the initiator is shielded from the cavity such that initiation of the initiator does not result in initiation of the explosive composition, and a live position in which the initiator is exposed to the cavity to permit initiation of the explosive composition; whereby the shielding member is slideably displaceable relative to the container and in which at least part of the shielding member protrudes from a periphery of the cartridge when the shielding member is in a safe position, characterised in that the shielding member does not protrude from a periphery of the cartridge when the shielding member is in the live position.
A transgenic mouse that produces hybrid antibodies containing heavy chains with human heavy chain variable regions and mouse heavy chain constant regions and light chains with human light chain variable regions and mouse light chain constant regions, wherein said transgenic mouse comprises an in situ replacement of mouse heavy and light chain variable region loci with human heavy and light chain variable region loci.
Method for straightening/relaxing keratin fibers, in particular the hair, which comprises (i) the application to said fibers of a cosmetic composition comprising at least glyoxylic acid and/or at least one derivative thereof chosen from glyoxylic acid esters, glyoxylic acid amides and glyoxylic acid acetals and hemiacetals, the composition having a pH of less than or equal to 4, (ii) a leave-on time for the composition comprising glyoxylic acid and/or at least one derivative thereof chosen from glyoxylic acid esters, glyoxylic acid amides and glyoxylic acid acetals and hemiacetals of at least 10 min, followed by (iii) the application, without rinsing, of a composition comprising at least one hair treatment compound chosen from long-chain aliphatic fatty alcohols comprising from 8 to 40 carbon atoms and comprising at least one hydroxyl group OH which are neither oxyalkylenated nor glycerolated, and then by (iv) a heat application step comprising at least one step of heating at a temperature of at least 150°C. (i) the application to said fibers of a cosmetic composition comprising at least glyoxylic acid and/or at least one derivative thereof chosen from glyoxylic acid esters, glyoxylic acid amides and glyoxylic acid acetals and hemiacetals, the composition having a pH of less than or equal to 4, (ii) a leave-on time for the composition comprising glyoxylic acid and/or at least one derivative thereof chosen from glyoxylic acid esters, glyoxylic acid amides and glyoxylic acid acetals and hemiacetals of at least 10 min, followed by (iii) the application, without rinsing, of a composition comprising at least one hair treatment compound chosen from long-chain aliphatic fatty alcohols comprising from 8 to 40 carbon atoms and comprising at least one hydroxyl group OH which are neither oxyalkylenated nor glycerolated, and then by (iv) a heat application step comprising at least one step of heating at a temperature of at least 150°C.
A synergistic composition comprising an extract of plant of genus Galeopsis and a compound promoting autophagy selected from R-N 1 -spermidine or a salt thereof, wherein R is hydrogen or methyl, biotin and mixtures thereof.
A method for calibrating a battery allowing calibration data linked to its state of health to be memorized, comprising the following steps: E1: determining at least one characteristic state of the battery, intermediate between fully charged and fully discharged, by detecting a peak in the variation of the derivative of its open-circuit voltage while charging or discharging the battery, or at least one characteristic state when it is fully charged or fully discharged, or defined by the crossing of a voltage, or current, threshold, in a constant current, or constant voltage, phase while charging or discharging the battery; E2: defining a reference state of the battery on the basis of this characteristic state; the method is characterized by the following steps: E4-E7: measuring the open-circuit voltages OCVi of the battery in the reference state for multiple different states of health SOHi and memorizing these calibration data comprising at least some pairs of actual state of health/open-circuit voltage SOHi, OCVi values in an electronic memory. E1: determining at least one characteristic state of the battery, intermediate between fully charged and fully discharged, by detecting a peak in the variation of the derivative of its open-circuit voltage while charging or discharging the battery, or at least one characteristic state when it is fully charged or fully discharged, or defined by the crossing of a voltage, or current, threshold, in a constant current, or constant voltage, phase while charging or discharging the battery; E2: defining a reference state of the battery on the basis of this characteristic state;
An amplifier amplifying an input audio signal input to the amplifier and outputting an audio, comprising: a signal delay processing unit that outputs the input audio signal with a time delay; an amplifier unit that amplifies the signal output from the signal delay processing unit; a voltage-variable power source that supplies power source to the amplifier unit; an envelope creating unit that creates an envelope of the input audio signal from the input audio signal; and a source voltage control unit 21 that outputs a source voltage control signal to the voltage-variable power source on the basis of the envelope created by the envelope creating unit and controls an output voltage of the voltage-variable power source, wherein the source voltage control unit 21 sets headroom on the basis of a signal level of the envelope, creates the source voltage control signal by adding the set headroom to the signal level of the envelope, and outputs the created source voltage control signal to the voltage-variable power source, and wherein the source voltage control unit outputs a timing signal to the signal delay processing unit, and the signal delay processing unit processes the time delay based on the timing signal. a signal delay processing unit that outputs the input audio signal with a time delay; an amplifier unit that amplifies the signal output from the signal delay processing unit; a voltage-variable power source that supplies power source to the amplifier unit; an envelope creating unit that creates an envelope of the input audio signal from the input audio signal; and a source voltage control unit 21 that outputs a source voltage control signal to the voltage-variable power source on the basis of the envelope created by the envelope creating unit and controls an output voltage of the voltage-variable power source, wherein the source voltage control unit 21 sets headroom on the basis of a signal level of the envelope, creates the source voltage control signal by adding the set headroom to the signal level of the envelope, and outputs the created source voltage control signal to the voltage-variable power source, and wherein the source voltage control unit outputs a timing signal to the signal delay processing unit, and the signal delay processing unit processes the time delay based on the timing signal.
Use of adipose tissue-specific exosomes in an in vitro method of diagnosing, monitoring and/or predicting the risk for developing a metabolic disease in a subject, wherein said tissue-specific exosomes are isolated by an antibody capable of specifically binding to an adipose tissue-specific exosomal surface marker, wherein said antibody comprises a) the following V H and V L domain CDRs having the amino acid sequence shown in SEQ ID Nos. 1 to 3 and 4 to 6; b) the following V H and V L domain CDRs having the amino acid sequence shown in SEQ ID Nos. 7 to 9 and 10 to 12; or c) the following V H and V L domain CDRs having the amino acid sequence shown in SEQ ID Nos. 13 to 15 and 16 to 18. a) the following V H and V L domain CDRs having the amino acid sequence shown in SEQ ID Nos. 1 to 3 and 4 to 6; b) the following V H and V L domain CDRs having the amino acid sequence shown in SEQ ID Nos. 7 to 9 and 10 to 12; or c) the following V H and V L domain CDRs having the amino acid sequence shown in SEQ ID Nos. 13 to 15 and 16 to 18.
An apparatus configured to merge maps comprising: a processor component; a virtual map generator for execution by the processor component to generate a virtual map based on sensor data generated by one or more sensors, the virtual map to comprise indications of virtual pathways through an interior of a structure; a pathway extractor for execution by the processor component to generate a pathway map based on a physical map comprising indications of physical pathways of the interior of the structure, the pathway map to comprise indications of locations of the physical pathways; a points map generator for execution by the processor component to: generate a first points map comprising points in the virtual map; and generate a second points map comprising points in the pathway map; and a merged map generator for execution by the processor component to: align the virtual map with the pathway map based on the first points map and the second points map; and generate a merged map by merging the virtual map and the physical map based on the alignment of the virtual map with the pathway map. a processor component; a virtual map generator for execution by the processor component to generate a virtual map based on sensor data generated by one or more sensors, the virtual map to comprise indications of virtual pathways through an interior of a structure; a pathway extractor for execution by the processor component to generate a pathway map based on a physical map comprising indications of physical pathways of the interior of the structure, the pathway map to comprise indications of locations of the physical pathways; a points map generator for execution by the processor component to: generate a first points map comprising points in the virtual map; and generate a second points map comprising points in the pathway map; and generate a first points map comprising points in the virtual map; and generate a second points map comprising points in the pathway map; and a merged map generator for execution by the processor component to: align the virtual map with the pathway map based on the first points map and the second points map; and generate a merged map by merging the virtual map and the physical map based on the alignment of the virtual map with the pathway map. align the virtual map with the pathway map based on the first points map and the second points map; and generate a merged map by merging the virtual map and the physical map based on the alignment of the virtual map with the pathway map.
An overhead camshaft engine, comprising: a cylinder block defining a cylinder in cooperation with a cylinder head; a crankcase attached to a lower part of the cylinder block to define a crank case chamber in cooperation with a part of the cylinder block; a first bearing provided on the cylinder block to rotatably support a first end of a crankshaft of the engine; a second bearing provided on a bearing retaining member attached to a part of the cylinder block to rotatably support a second end of the crankshaft; a camshaft rotatably supported in an upper part of the cylinder head and provided with a camshaft pulley; a crankshaft pulley attached to a part of the second end of the crankshaft projecting outward from the second bearing; and a timing belt passed around the camshaft pulley and the crankshaft pulley, characterized by that the crankcase is attached to a lower end of the cylinder block at a parting plane that extends obliquely across the crankshaft. a cylinder block defining a cylinder in cooperation with a cylinder head; a crankcase attached to a lower part of the cylinder block to define a crank case chamber in cooperation with a part of the cylinder block; a first bearing provided on the cylinder block to rotatably support a first end of a crankshaft of the engine; a second bearing provided on a bearing retaining member attached to a part of the cylinder block to rotatably support a second end of the crankshaft; a camshaft rotatably supported in an upper part of the cylinder head and provided with a camshaft pulley; a crankshaft pulley attached to a part of the second end of the crankshaft projecting outward from the second bearing; and a timing belt passed around the camshaft pulley and the crankshaft pulley, characterized by that the crankcase is attached to a lower end of the cylinder block at a parting plane that extends obliquely across the crankshaft.
A suspension tower plate (10, 110, 120, 130) characterized by comprising: a plate body made of a sheet metal, the plate body being a part of an upper wall portion of a suspension tower of a vehicle; a suspension fixing portion disposed in the plate body, the suspension fixing portion fixing to an upper end part of a suspension; a bend portion disposed on an outer periphery side of the suspension fixing portion in the plate body; and a thick portion (64,68,112,132) being an entirety or a part in at least one of the suspension fixing portion and the bend portion, the thick portion (64,68,112,132) being thicker than the plate body, characterized in that the thick portion (64,68,112,132) includes a gradually changing portion, wherein a thickness of the thick portion (64,68,112,132) gradually changes in the gradually changing portion. a plate body made of a sheet metal, the plate body being a part of an upper wall portion of a suspension tower of a vehicle; a suspension fixing portion disposed in the plate body, the suspension fixing portion fixing to an upper end part of a suspension; a bend portion disposed on an outer periphery side of the suspension fixing portion in the plate body; and a thick portion (64,68,112,132) being an entirety or a part in at least one of the suspension fixing portion and the bend portion, the thick portion (64,68,112,132) being thicker than the plate body, characterized in that the thick portion (64,68,112,132) includes a gradually changing portion, wherein a thickness of the thick portion (64,68,112,132) gradually changes in the gradually changing portion.
Method for operation of an offline uninterrupted power supply, in particular a medium-voltage uninterrupted power supply, for providing power to a load in case of failure of a power source, the uninterrupted power supply comprising at least one disconnect switch, which is arranged between the power source and the load, at least one energy storage, at least one power converter, which is arranged between the at least one energy storage and the load at a load side of the disconnect switch, and a control device configured to control the at least one power converter to provide power from the at least one energy storage to the load in case of failure of the power source, comprising the steps of identifying a power quality event, differentiating the identified power quality events to separate load side events from power supply side quality events, upon identification of a power supply side power quality event from an identified power quality event, providing power from the at least one energy storage to the load, and performing network impedance compensation in respect to the load, whereby the step of differentiating the power quality events to separate load side events from power supply side quality events comprises using network impedance compensated utility voltage and load current. at least one disconnect switch, which is arranged between the power source and the load, at least one energy storage, at least one power converter, which is arranged between the at least one energy storage and the load at a load side of the disconnect switch, and a control device configured to control the at least one power converter to provide power from the at least one energy storage to the load in case of failure of the power source, comprising the steps of identifying a power quality event, differentiating the identified power quality events to separate load side events from power supply side quality events, upon identification of a power supply side power quality event from an identified power quality event, providing power from the at least one energy storage to the load, and performing network impedance compensation in respect to the load, whereby the step of differentiating the power quality events to separate load side events from power supply side quality events comprises using network impedance compensated utility voltage and load current.
An assembly of a polygonal double-sided indexable cutting insert and a reinforcing part, wherein: said polygonal cutting insert comprises a plurality of convex portions, the level of which is lower than that of a corner cutting edge at each corner portion, characterisedin that said reinforcing part comprises flat portions configured to contact the convex portions of the cutting insert at each of the corner portions, and said flat portions of the reinforcing part, when engaged with the cutting insert, are configured to contact at least three convex portions of the cutting insert. said polygonal cutting insert comprises a plurality of convex portions, the level of which is lower than that of a corner cutting edge at each corner portion, characterisedin that said reinforcing part comprises flat portions configured to contact the convex portions of the cutting insert at each of the corner portions, and said flat portions of the reinforcing part, when engaged with the cutting insert, are configured to contact at least three convex portions of the cutting insert.
A privacy enhanced, PE, station, STA, comprising: a transceiver; and a processor communicatively coupled to the transceiver, configured to: receive, via the transceiver, a PE beacon frame comprising a media access control, MAC, header that includes a first random identifier, ID, (440,470) and a first checksum ID (445, 475), wherein the IDs correspond to an affiliated PE access point, AP, of a PE AP multilink device, MLD; and the processor is further configured to: select an AP MLD ID of the PE AP MLD; determine a checksum value using the AP MLD ID and the first random ID; determine whether the first checksum ID satisfies the checksum value; and process, responsive to the determining, the PE beacon frame. a transceiver; and a processor communicatively coupled to the transceiver, configured to: receive, via the transceiver, a PE beacon frame comprising a media access control, MAC, header that includes a first random identifier, ID, (440,470) and a first checksum ID (445, 475), wherein the IDs correspond to an affiliated PE access point, AP, of a PE AP multilink device, MLD; and the processor is further configured to: select an AP MLD ID of the PE AP MLD; determine a checksum value using the AP MLD ID and the first random ID; determine whether the first checksum ID satisfies the checksum value; and process, responsive to the determining, the PE beacon frame. receive, via the transceiver, a PE beacon frame comprising a media access control, MAC, header that includes a first random identifier, ID, (440,470) and a first checksum ID (445, 475), wherein the IDs correspond to an affiliated PE access point, AP, of a PE AP multilink device, MLD; and the processor is further configured to: select an AP MLD ID of the PE AP MLD; determine a checksum value using the AP MLD ID and the first random ID; determine whether the first checksum ID satisfies the checksum value; and process, responsive to the determining, the PE beacon frame.
A double container, comprising: an outer layer body including a tubular dispensing spout and a trunk portion that is contiguous with the dispensing spout, the dispensing spout being provided in a side portion thereof with an air inlet hole extending through the dispensing spout from an inside to an outside thereof; and an inner layer body including an opening, which is contiguous with an opening edge of the dispensing spout, and a content container portion, which is contiguous with the opening, the inner layer body being accommodated in the outer layer body, characterised in that the trunk portion included in the outer layer body is provided with an outer-layer-side projecting portion (5, 11, 17, 33, 34), the inner layer body is provided with an inner-layer-side projecting portion (6, 12) having a shape that corresponds to an inner surface of the outer-layer-side projecting portion, and space is provided between the outer-layer-side projecting portion and the inner-layer-side projecting portion. an outer layer body including a tubular dispensing spout and a trunk portion that is contiguous with the dispensing spout, the dispensing spout being provided in a side portion thereof with an air inlet hole extending through the dispensing spout from an inside to an outside thereof; and an inner layer body including an opening, which is contiguous with an opening edge of the dispensing spout, and a content container portion, which is contiguous with the opening, the inner layer body being accommodated in the outer layer body, characterised in that the trunk portion included in the outer layer body is provided with an outer-layer-side projecting portion (5, 11, 17, 33, 34), the inner layer body is provided with an inner-layer-side projecting portion (6, 12) having a shape that corresponds to an inner surface of the outer-layer-side projecting portion, and space is provided between the outer-layer-side projecting portion and the inner-layer-side projecting portion.
Method for rectifying a centre hole exhibiting a conical hole section in a workpiece with a cutting tool, wherein the tool is a milling tool, which rotates while it is guided over the conical hole section and exhibits at its free end at least one convex-shaped cutting edge and is guided with the cutting edge over the conical hole section, while the workpiece rotates about an axis of rotation, and whereby the longitudinal axis of the tool is guided at an acute angle to the axis of rotation.
A process for the polymerization of an aqueous styrene suspension using at least one organic hemiperoxyacetal peroxide, said process comprising a step a) of maintenance of said aqueous styrene suspension comprising said organic hemiperoxyacetal peroxide at a temperature lower than the 1 hour half-life temperature of said organic hemiperoxyacetal peroxide, preferably lower by 5 to 25°C than the 1 hour half-life temperature of said organic peroxide, for at least 30 minutes.