mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing granular weed control products comprising: spraying atomized droplets of at least one agriculturally active ingredient in a molten liquid state onto the surface of the granules at a deposition rate sufficient to provide a coating on the surface of the granules having a thickness enabling the agriculturally active ingredient on the granule to be solubilized, wherein said coating thickness is in a range of 2 μm to 10 μm.
A feedwater preheating system for preheating feedwater to be fed into a Heat Recovery Steam Generator (HRSG), the feedwater preheating system 100, comprising: a Heat Recovery Steam Generator, a feedwater tank to store the feedwater, the feedwater tank having a feed line to feed the feedwater to the Heat Recovery Steam Generator, and a return line to enable returning of the feedwater into the feedwater tank, wherein the return line precludes a control valve and is configured to the feedwater tank to reduce component loss while feedwater recirculation; characterized in that a constant volume recirculation pump is configured in the feed line to recirculate the feedwater between the Heat Recovery Steam Generator and the feedwater tank, wherein the constant volume recirculation pump is capable of recirculating the feedwater at constant speed and volume to reduce heat loss while feedwater recirculation, thereby increasing efficiency of the Heat Recovery Steam Generator. a Heat Recovery Steam Generator, a feedwater tank to store the feedwater, the feedwater tank having a feed line to feed the feedwater to the Heat Recovery Steam Generator, and a return line to enable returning of the feedwater into the feedwater tank, wherein the return line precludes a control valve and is configured to the feedwater tank to reduce component loss while feedwater recirculation; characterized in that a constant volume recirculation pump is configured in the feed line to recirculate the feedwater between the Heat Recovery Steam Generator and the feedwater tank, wherein the constant volume recirculation pump is capable of recirculating the feedwater at constant speed and volume to reduce heat loss while feedwater recirculation, thereby increasing efficiency of the Heat Recovery Steam Generator.
Deactivating tappet comprising: - a housing with a blind bore (3, 4) and with a shelf groove arranged on the inner wall of the bore (3, 4); - a main body slidably arranged in the bore (3, 4) of the housing, wherein the main body comprises a first shoulder; - a secondary body (15, 16) telescopicly arranged to the main body and having a second shoulder; - spring means (13, 14) arranged between the first shoulder and the second shoulder; - locking means (18, 19, 20) extendable from the main body for cooperation with the shelf groove, characterized in that the main body comprises a stem extending perpendicular from the first shoulder, wherein the secondary body (15, 16) comprises a tubular body with the second shoulder arranged at one end of the tubular body and with a narrowed opening at the other end, and wherein the stem extends through the narrowed opening. - a housing with a blind bore (3, 4) and with a shelf groove arranged on the inner wall of the bore (3, 4); - a main body slidably arranged in the bore (3, 4) of the housing, wherein the main body comprises a first shoulder; - a secondary body (15, 16) telescopicly arranged to the main body and having a second shoulder; - spring means (13, 14) arranged between the first shoulder and the second shoulder; - locking means (18, 19, 20) extendable from the main body for cooperation with the shelf groove, characterized in that the main body comprises a stem extending perpendicular from the first shoulder, wherein the secondary body (15, 16) comprises a tubular body with the second shoulder arranged at one end of the tubular body and with a narrowed opening at the other end, and wherein the stem extends through the narrowed opening.
An enclosure system comprising: a stator enclosure defining a first enclosure opening; an adapter comprising a first entry port, said adapter defining a center cavity having a first volume; a conduit enclosure coupled to one or more of said adapter and said stator enclosure, said conduit enclosure comprising: a base member comprising at least one side wall, a rear wall coupled to said side wall, and an interior cavity, said rear wall defining a second entry port; a terminal connection block coupled to said base member and comprising at least one terminal; and at least one electrical lead extending from said stator enclosure through said first enclosure opening, through said first entry port, through said center cavity, through said second entry port, and into said interior cavity, said at least one electrical lead occupying a portion of said first volume and leaving a remaining volume; and sealing compound coupled with said adapter such that substantially all of said remaining volume is occupied; characterized by insulating paper attached to one of said adapter and said conduit enclosure, the insulating paper comprising at least one electrical lead hole defined therein, said insulating paper oriented such that said at least one electrical lead hole is substantially concentrically aligned with said second entry port, wherein said at least one electrical lead extends through said at least one electrical lead hole. a stator enclosure defining a first enclosure opening; an adapter comprising a first entry port, said adapter defining a center cavity having a first volume; a conduit enclosure coupled to one or more of said adapter and said stator enclosure, said conduit enclosure comprising: a base member comprising at least one side wall, a rear wall coupled to said side wall, and an interior cavity, said rear wall defining a second entry port; a terminal connection block coupled to said base member and comprising at least one terminal; and a base member comprising at least one side wall, a rear wall coupled to said side wall, and an interior cavity, said rear wall defining a second entry port; a terminal connection block coupled to said base member and comprising at least one terminal; and at least one electrical lead extending from said stator enclosure through said first enclosure opening, through said first entry port, through said center cavity, through said second entry port, and into said interior cavity, said at least one electrical lead occupying a portion of said first volume and leaving a remaining volume; and sealing compound coupled with said adapter such that substantially all of said remaining volume is occupied; characterized by insulating paper attached to one of said adapter and said conduit enclosure, the insulating paper comprising at least one electrical lead hole defined therein, said insulating paper oriented such that said at least one electrical lead hole is substantially concentrically aligned with said second entry port, wherein said at least one electrical lead extends through said at least one electrical lead hole.
A method comprising: cold spraying a powder onto a substrate to form a node (110; 410) on the substrate; and drilling a hole only into the node (110; 410). cold spraying a powder onto a substrate to form a node (110; 410) on the substrate; and drilling a hole only into the node (110; 410).
A personal care composition comprising: (a) palmitoyl-lys-thr; and (b) a dermatologically or orally acceptable carrier or injectible liquid. (a) palmitoyl-lys-thr; and (b) a dermatologically or orally acceptable carrier or injectible liquid.
A hair dye composition comprising the following components and, wherein a mass ratio of a component to a component, /, in a whole composition is 1 or more and 100 or less and pH (25°C) during application is 7.5 to 12:: one or more azo dyes selected from the group consisting of the following (A-1), (A-2) and (A-3):: 2-amino-2-methylpropanol.: one or more azo dyes selected from the group consisting of the following (A-1), (A-2) and (A-3):: 2-amino-2-methylpropanol.
A bonding structure manufacturing method for manufacturing a bonding structure by bonding a plurality of bonded members with a heat-melting material interposed therebetween, the bonding structure manufacturing method comprising: a step of preparing the bonded members with the heat-melting material being formed on at least one of the plurality of bonded members; a temporary bonding step for applying an organic agent, which includes a plurality of types of non-reducing organic agents having different boiling points from each other, onto surfaces of the plurality of bonded members facing each other, thereby temporarily bonding the plurality of bonded members with the organic agent interposed therebetween; a bonding step for melting the heat-melting material, thereby bonding the plurality of bonded members with the heat-melting material interposed therebetween; and an evaporation step for evaporating the organic agent by heat application before or after the bonding step, or over the bonding step. a step of preparing the bonded members with the heat-melting material being formed on at least one of the plurality of bonded members; a temporary bonding step for applying an organic agent, which includes a plurality of types of non-reducing organic agents having different boiling points from each other, onto surfaces of the plurality of bonded members facing each other, thereby temporarily bonding the plurality of bonded members with the organic agent interposed therebetween; a bonding step for melting the heat-melting material, thereby bonding the plurality of bonded members with the heat-melting material interposed therebetween; and an evaporation step for evaporating the organic agent by heat application before or after the bonding step, or over the bonding step.
A method for determining a contention window size, CWS, applied to a terminal device, comprising: determining a reference time unit on an unlicensed carrier; and determining a CWS on the unlicensed carrier according to the reference time unit, wherein the CWS is used for performing channel sensing on the unlicensed carrier, characterized in that an MSG 3 in a random access process is transmitted on the reference time unit, and determining the CWS on the unlicensed carrier according to the reference time unit comprises: increasing the CWS to a next relatively large value corresponding to a channel access priority p ∈ {1,2,3,4}, if the terminal device receives an uplink grant scrambled by TC-RNTI or C-RNTI, wherein the uplink grant scrambled by TC-RNTI or C-RNTI is used for scheduling retransmission of the MSG 3. determining a reference time unit on an unlicensed carrier; and determining a CWS on the unlicensed carrier according to the reference time unit, wherein the CWS is used for performing channel sensing on the unlicensed carrier, characterized in that an MSG 3 in a random access process is transmitted on the reference time unit, and determining the CWS on the unlicensed carrier according to the reference time unit comprises: increasing the CWS to a next relatively large value corresponding to a channel access priority p ∈ {1,2,3,4}, if the terminal device receives an uplink grant scrambled by TC-RNTI or C-RNTI, wherein the uplink grant scrambled by TC-RNTI or C-RNTI is used for scheduling retransmission of the MSG 3.
A semi-worked piece of composite material for producing posts and/or stumps and/or dental crowns, comprising: - a polymeric matrix; and - a multiplicity of mechanically resistant fibres nested in said polymeric matrix, characterised in that said resistant fibres are arranged in a predetermined number of reinforcing layers that are substantially planar and disposed in mutually overlapped relationship, said reinforcing layers comprising a multiplicity of weft threads and warp threads mutually interwoven according to at least one predetermined interknitting pattern. - a polymeric matrix; and - a multiplicity of mechanically resistant fibres nested in said polymeric matrix,
A mobile station which performs in-sequence delivery of packets received from base stations based on sequence numbers, comprising: a receiving means for receiving a first Packet Data Convergence Protocol (PDCP) Protocol Data Unit from a source base station and a second PDCP PDU from a target base station, the second PDCP PDU including a sequence number which was transmitted via a control plane from the source base station to the target base station (llb); a storage means for storing PDCP SDUs corresponding to the first PDCP PDU and the second PDCP PDU; and a reordering means for performing in-sequence delivery of the stored PDCP SDUs by reordering the first PDCP PDU and the second PDCP PDU using the sequence numbers which are attached to the first PDCP PDU and the second PDCP PDU. a receiving means for receiving a first Packet Data Convergence Protocol (PDCP) Protocol Data Unit from a source base station and a second PDCP PDU from a target base station, the second PDCP PDU including a sequence number which was transmitted via a control plane from the source base station to the target base station (llb); a storage means for storing PDCP SDUs corresponding to the first PDCP PDU and the second PDCP PDU; and a reordering means for performing in-sequence delivery of the stored PDCP SDUs by reordering the first PDCP PDU and the second PDCP PDU using the sequence numbers which are attached to the first PDCP PDU and the second PDCP PDU.
An airflow regulating system for a vehicle, comprising an exterior fold-out front panel (19; 20) capable of providing access to the windscreen area of the vehicle, when in a substantially horizontal position, characterized in that the front panel (19; 20) is adjustable between open and closed configurations when the vehicle is moving.
Adjustment device (1, 15) for a bonnet having an actuator (5, 16) for raising the rear edge of the bonnet, wherein the actuator (5, 16) has a first linear drive (6, 17) which enables a substantially vertical movement of the bonnet and a second linear drive (7, 18) which enables a substantially horizontal movement of the bonnet, characterised in that the adjustment device has or is connected to a control device which controls the first and the second linear drives (6, 7,17,18) in a coordinated manner.
An electroacoustic transducer, comprising: a piezoelectric part comprising a piezoelectric material having a first acoustical impedance and an acoustical thickness; a substrate part comprising a material having a second acoustical impedance; an intermediate part comprising a material having a third acoustical impedance and at least partially sandwiched between the piezoelectric part and the substrate part for acoustical communication therewith; wherein the first acoustical impedance and the second acoustical impedance each has a respective value within a range of values, wherein if the acoustical thickness of the piezoelectric part is within the range 0.2Λ to 0.4Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part, the value of the third acoustical impedance is an upper limit to the said range of values at that acoustical wavelength Λ, or if the acoustical thickness of the piezoelectric part is within the range 0.4Λ to 0.6Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part, the value of the third acoustical impedance is a lower limit to the said range of values at that acoustical wavelength Λ. a piezoelectric part comprising a piezoelectric material having a first acoustical impedance and an acoustical thickness; a substrate part comprising a material having a second acoustical impedance; an intermediate part comprising a material having a third acoustical impedance and at least partially sandwiched between the piezoelectric part and the substrate part for acoustical communication therewith; wherein the first acoustical impedance and the second acoustical impedance each has a respective value within a range of values, wherein if the acoustical thickness of the piezoelectric part is within the range 0.2Λ to 0.4Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part, the value of the third acoustical impedance is an upper limit to the said range of values at that acoustical wavelength Λ, or if the acoustical thickness of the piezoelectric part is within the range 0.4Λ to 0.6Λ, where Λ is an acoustical wavelength in the material of the piezoelectric part, the value of the third acoustical impedance is a lower limit to the said range of values at that acoustical wavelength Λ.
A nestable trolley having a wheel frame and having a basket formed from wires, wherein the wheel frame is equipped with two uprights, and wherein a pushing handle is arranged on the uprights, wherein the wheel frame is equipped with casters, and wherein a platform is attached to the wheel frame, characterised in that the front wall of the basket has a lower region (3.1) and an upper region (3.2), wherein the lower region (3.1) and the upper region (3.2) have a substantially identical edge length in the lateral view, wherein viewed from the basket interior, the front wall of the basket is in the lower region (3.1) first of all directed outwards starting from the bottom of the basket and is in the upper region (3.2) directed inwards and guided back in the direction of the basket interior, wherein starting from the connection to the lower region (3.1), the upper region (3.2) is inclined back in the direction of the basket interior in an opposite direction to the lower region (3.1), so that the basket tapers in the front end region, and wherein the uprights are designed with an angle from approximately 110° to 120° in the direction of the front basket end.
An antenna extension system adapted for an antenna extension operation in a communication protocol, wherein the communication protocol requires P sets of transmitting antennae and Q sets of receiving antennae, and P and Q are positive integers respectively, the antenna extension system comprising: a handheld communication device, comprising M sets of transmitting antennae, N sets of receiving antennae, and a first extension connector, wherein M and N are positive integers respectively; a base device, comprising J sets of transmitting antennae, K sets of receiving antennae, and a second extension connector, wherein J and K are positive integers respectively; wherein the handheld communication device is configured to determine if J is equal to P-M and if K is equal to Q-N when the handheld communication device detects that the first extension connector and the second extension connector are connected; when the handheld communication device determines that J is equal to P-M and K is equal to Q-N, the handheld communication device is configured to activate the M sets of transmitting antennae and the N sets of receiving antennae and and to send an enabling command to the base device to enable the J sets of transmitting antennae and the K sets of receiving antennae. a handheld communication device, comprising M sets of transmitting antennae, N sets of receiving antennae, and a first extension connector, wherein M and N are positive integers respectively; a base device, comprising J sets of transmitting antennae, K sets of receiving antennae, and a second extension connector, wherein J and K are positive integers respectively; wherein the handheld communication device is configured to determine if J is equal to P-M and if K is equal to Q-N when the handheld communication device detects that the first extension connector and the second extension connector are connected; when the handheld communication device determines that J is equal to P-M and K is equal to Q-N, the handheld communication device is configured to activate the M sets of transmitting antennae and the N sets of receiving antennae and and to send an enabling command to the base device to enable the J sets of transmitting antennae and the K sets of receiving antennae.
A collapsible carry cot comprising: a base member; first and second frame members (230, 240), wherein the first and second frame members together at least partially define a side or end wall (142, 144, 162, 164) of the carry cot, and wherein the first and second frame members are pivotally coupled together such that pivoting the first and second frame members relative to one another changes a height of the side or end wall of the carry cot, wherein the first frame member is pivotally movable relative to the base member and the second frame member is pivotally and slideably movable relative to the base member; and a securing mechanism, the securing mechanism to releasably secure the second frame member relative to the base member, such that sliding of the second frame member relative to the base member is restricted, thereby restricting pivoting of the first frame member relative to the second frame member, characterized in that the securing mechanism comprises a body portion slideable relative to the base member in a longitudinal direction of the carry cot, and a securing portion for securing the position of the body portion relative to the base member, wherein securing portion comprises an engagement element for selectively engaging the base member in order to secure the body of the securing mechanism relative to the base member, and wherein the engagement element is movable relative to the base member in a direction with a component in a lateral direction of the carry cot. a base member; first and second frame members (230, 240), wherein the first and second frame members together at least partially define a side or end wall (142, 144, 162, 164) of the carry cot, and wherein the first and second frame members are pivotally coupled together such that pivoting the first and second frame members relative to one another changes a height of the side or end wall of the carry cot, wherein the first frame member is pivotally movable relative to the base member and the second frame member is pivotally and slideably movable relative to the base member; and a securing mechanism, the securing mechanism to releasably secure the second frame member relative to the base member, such that sliding of the second frame member relative to the base member is restricted, thereby restricting pivoting of the first frame member relative to the second frame member,
A composition, comprising an active pharmaceutical ingredient and a polyethylene glycol-polybutylene glycol (PEG-PBG) copolymer, wherein the composition is in a nanoparticle form and the active pharmaceutical ingredient is a hydrophobic substance, wherein the PEG-PBG copolymer is of formula I, II or III, in which n, n1 and n2 each independently range from 1 to 3000, m ranges from 1 to 1500, and R 1, R 2, R 3 and R 4 are each independently selected from H and C 1 -C 3 alkyl groups.
Method for carrying out a driving manoeuvre with a motor vehicle, comprising the following steps: (a) sensing the surroundings of the motor vehicle with a sensing system, (b) calculating a trajectory along which the motor vehicle is moved during the driving manoeuvre, on the basis of the surroundings data sensed in step (a), (c) moving the motor vehicle along the trajectory in order to carry out the driving manoeuvre, (d) interrupting the driving manoeuvre by means of a driving assistance system if a hazardous situation arises, and (e) making available an option for partial enabling of the driving manoeuvre after the interruption of the driving manoeuvre. (a) sensing the surroundings of the motor vehicle with a sensing system, (b) calculating a trajectory along which the motor vehicle is moved during the driving manoeuvre, on the basis of the surroundings data sensed in step (a), (c) moving the motor vehicle along the trajectory in order to carry out the driving manoeuvre, (d) interrupting the driving manoeuvre by means of a driving assistance system if a hazardous situation arises, and (e) making available an option for partial enabling of the driving manoeuvre after the interruption of the driving manoeuvre.