mhurhangee/patent-ind-claim-en huggingface dataset:
An event processing system comprising: a processor coupled to a memory, the processor configured to execute the following computer-executable component stored in the memory: a first component configured to receive an event-processing query; a second component configured to rewrite the event-processing query in a pageable form that supports swapping of at least a portion of the query into and out of the memory; and a third component configured to inject a page-in trigger that initiates loading of at least the portion of the event-processing query into the memory. a first component configured to receive an event-processing query; a second component configured to rewrite the event-processing query in a pageable form that supports swapping of at least a portion of the query into and out of the memory; and a third component configured to inject a page-in trigger that initiates loading of at least the portion of the event-processing query into the memory.
A packaging container comprising a tubular housing and a plunger stopper moveable within the housing , wherein at least a section of an outer surface of the plunger stopper being in contact with an inner surface of the housing comprises a silicone-free coating which reduces break loose and/or gliding forces, characterised in that the packaging container housing comprises glass, and in that the packaging container housing comprises a coating at least at a part of its inner surface comprising silicone, which is bound at the inner surface of the housing by annealing.
Vehicle body assembly comprising a main panel and a plastic foam element , wherein the main panel and the plastic foam element are attached to each other by means of a fastening agent, characterized in that the attachment of the panel to the plastic foam element is made after forming of the main panel and the plastic foam element , the main panel and the plastic foam element thereby being bonded together to form a composite structure where the plastic foam functions as an oscillation dampener such that the dynamic structural strength of the main panel is increased, and wherein a metal reinforcement element is placed between the main panel and the plastic foam element such that the dynamic structural strength of the main panel is further increased.
A process of forming a fiber mat comprising: feeding a chopped fiber filler into a pressuring gas flow in a tube to induce a vortex of tumbling fibers and exposing said chopped fiber filler to a plasma in said tube, to increase activation sites on the chopped fiber filler; coating the chopped fiber filler with a silane; and crosslinking said chopped fiber filler to a thermoset resin via the activation sites. feeding a chopped fiber filler into a pressuring gas flow in a tube to induce a vortex of tumbling fibers and exposing said chopped fiber filler to a plasma in said tube, to increase activation sites on the chopped fiber filler; coating the chopped fiber filler with a silane; and crosslinking said chopped fiber filler to a thermoset resin via the activation sites.
An air-conditioning system comprising: a plurality of indoor units including respective wireless communication units each configured to emit radio waves; and a mobile terminal unit configured to wirelessly communicate with each of the wireless communication units ; wherein the mobile terminal unit is configured to detect the radio waves emitted by the wireless communication units , and make a notification indicating a presence of one or more of the indoor units that are determined operable based on radio wave intensities of the detected radio waves, characterized in that , when detecting that ones of the wireless communication units emit radio waves having the same radio wave intensity or radio wave intensities within a predetermined range, the mobile terminal unit is further configured to transmit a radio wave intensity change command to the ones of the wireless communication units that emit the radio waves having the same radio wave intensity or the radio wave intensities within the predetermined range. a plurality of indoor units including respective wireless communication units each configured to emit radio waves; and a mobile terminal unit configured to wirelessly communicate with each of the wireless communication units ; wherein the mobile terminal unit is configured to detect the radio waves emitted by the wireless communication units , and make a notification indicating a presence of one or more of the indoor units that are determined operable based on radio wave intensities of the detected radio waves, characterized in that , when detecting that ones of the wireless communication units emit radio waves having the same radio wave intensity or radio wave intensities within a predetermined range, the mobile terminal unit is further configured to transmit a radio wave intensity change command to the ones of the wireless communication units that emit the radio waves having the same radio wave intensity or the radio wave intensities within the predetermined range.
Inhibitor of surface protein D (SP-D) for use in the prevention and/or treatment of secondary infection, wherein the inhibitor of surface protein (SP-D) is selected from anti-SP-D antibody, an anti-SP-D antibody fragment, a recombinant anti-SP-D antibody, a binding peptide, a siRNA, an antisense oligo or a ligand trap.
A watch type terminal comprising: a body including: a first disk having a first hand ; a second disk having a second hand , the second disk located below the first disk ; a display unit located below the second disk ; a first pinion coupled to the first disk ; a second pinion coupled to the second disk ; and a driver configured to provide a rotational force to the first pinion and the second pinion to rotate the first and the second disks , respectively, so as to convey visual information by the first hand and the second hand ; and a band connected to the body, and wherein the body comprises: a main support portion ; and a plurality of support portions protruded from the main support portion to separate the first disk from the second disk , wherein the plurality of support portions includes a first support portion , a second support portion and a third support portion , characterized in that the first disk is located between the first and second support portions and the second disk is located between the second and third support portions , and each of the second and third support portions includes a pair of spaced through holes to allow the first pinion and the second pinion to pass therethrough. a body including: a first disk having a first hand ; a second disk having a second hand , the second disk located below the first disk ; a display unit located below the second disk ; a first pinion coupled to the first disk ; a second pinion coupled to the second disk ; and a driver configured to provide a rotational force to the first pinion and the second pinion to rotate the first and the second disks , respectively, so as to convey visual information by the first hand and the second hand ; and a first disk having a first hand ; a second disk having a second hand , the second disk located below the first disk ; a display unit located below the second disk ; a first pinion coupled to the first disk ; a second pinion coupled to the second disk ; and a driver configured to provide a rotational force to the first pinion and the second pinion to rotate the first and the second disks , respectively, so as to convey visual information by the first hand and the second hand ; and a band connected to the body, and wherein the body comprises: a main support portion ; and a plurality of support portions protruded from the main support portion to separate the first disk from the second disk , a main support portion ; and a plurality of support portions protruded from the main support portion to separate the first disk from the second disk , wherein the plurality of support portions includes a first support portion , a second support portion and a third support portion , characterized in that the first disk is located between the first and second support portions and the second disk is located between the second and third support portions , and each of the second and third support portions includes a pair of spaced through holes to allow the first pinion and the second pinion to pass therethrough.
An axial blower comprising a substantially circular-cylindrical blower pipe having an internal diameter; and wherein, in the blower pipe , a blower rotor is configured, said blower rotor having a rotor shaft coinciding substantially with the centre axis of the circular-cylindrical blower pipe ; and wherein the blower rotor comprises a centrally disposed rotor hub on which a number of rotor blades are configured, said rotor hub having, on its outside, a hub surface which is substantially rotary-symmetrical about the centre axis of the rotor hub ; and wherein the rotor hub has a leading end and a trailing end, and a diverging section there between where the radius of the hub surface in the diverging section is increased by the distance to the leading end of the hub, and where, in the rotor hub, within the diverging section on the hub surface, a number of sockets are provided in the blower rotor, said sockets extending into the rotor hub and forming an opening in the hub surface; and wherein each socket comprises means for mounting of a rotor blade being, at its proximal end, at the rotor hub, provided with a blade foot to the effect that it can be received and retained in the socket in such a manner that the rotor blade extends from the socket and radially outwards from the hub surface on the rotor hub characterised in, that the blade foot and the socket are configured such that the blade can be mounted and retained at two or more different angles about a blade axis (A) extending from the rotor hub and completely radially outwards from same.
Cartridge system for producing a beverage, wherein the cartridge system is insertable into a beverage preparation machine , wherein the cartridge system has a cartridge comprising a reservoir filled with a beverage substance , and a cartridge receptacle connected to the cartridge , wherein the cartridge receptacle has a mixing chamber which is fluidically connectable to the reservoir , and a fluid supply which opens into the mixing chamber , wherein the cartridge system comprises an identification means for identifying the cartridge system in the beverage preparation machine , characterized in that the identification element is disposed within the reservoir and/or the mixing chamber .
A method comprising: transmitting, by a positioning support device, radio signals using at least one default configuration parameter value; obtaining and storing, by the positioning support device, data which enables a determination of characteristics of radio signals transmitted by the positioning support device, wherein the characteristics of radio signals are expected to be observable at different locations; obtaining, by the positioning support device, at least one adapted configuration parameter value; and transmitting, by the positioning support device, radio signals including the stored data using the at least one adapted configuration parameter value; wherein the at least one default configuration parameter value and the at least one adapted configuration parameter value comprises a transmission frequency value. transmitting, by a positioning support device, radio signals using at least one default configuration parameter value; obtaining and storing, by the positioning support device, data which enables a determination of characteristics of radio signals transmitted by the positioning support device, wherein the characteristics of radio signals are expected to be observable at different locations; obtaining, by the positioning support device, at least one adapted configuration parameter value; and transmitting, by the positioning support device, radio signals including the stored data using the at least one adapted configuration parameter value; wherein the at least one default configuration parameter value and the at least one adapted configuration parameter value comprises a transmission frequency value.
Hydrogenated nitrile-diene-carboxylic ester copolymers containing (a) 0.1% to 20% by weight of at least one α,β-ethylenically unsaturated nitrile unit, (b) 15% to 74.9% by weight of at least one conjugated diene unit and (c) 25% to 65% by weight of at least one α,β-ethylenically unsaturated carboxylic ester unit, wherein at least 15% by weight, preferably at least 20% by weight, of the α,β-ethylenically unsaturated carboxylic ester units (c) based on the total amount of all monomer units of 100% by weight are derived from a PEG acrylate (d) of general formula (I) wherein R is branched or unbranched C 1 -C 20 -alkyl, preferably C 2 -C 20 -alkyl, particularly preferably ethyl, butyl or ethylhexyl, n is 2 to 12, preferably 2 to 8, particularly preferably 2 to 5 and very particularly preferably 2 or 3 and R 1 is hydrogen or CH 3 -. (a) 0.1% to 20% by weight of at least one α,β-ethylenically unsaturated nitrile unit, (b) 15% to 74.9% by weight of at least one conjugated diene unit and (c) 25% to 65% by weight of at least one α,β-ethylenically unsaturated carboxylic ester unit, R is branched or unbranched C 1 -C 20 -alkyl, preferably C 2 -C 20 -alkyl, particularly preferably ethyl, butyl or ethylhexyl, n is 2 to 12, preferably 2 to 8, particularly preferably 2 to 5 and very particularly preferably 2 or 3 and R 1 is hydrogen or CH 3 -.
A fraudulent message detection device for detecting a fraudulent message transmitted to a bus in a bus network, the bus network being a Controller Area Network, CAN, the fraudulent message detection device comprising: a resynchronization detector that is configured to detect an edge of a signal on the bus and to determine whether to perform resynchronization based on the edge, so as to adjust a sampling point that is a point in time when a voltage of the bus is read to obtain a logical value of the signal during a one-bit period; a receiver that is configured to obtain a first logical value and a second logical value during a one-bit period after the resynchronization detector determines to perform the resynchronization, the first logical value being a logical value on the bus at a sampling point used before the edge is detected, the second logical value being a logical value on the bus at a sampling point after the resynchronization based on the edge is performed; a comparator that is configured to compare the first logical value and the second logical value obtained by the receiver ; and a fraud detection processing unit that is configured to execute post-fraud-detection processing associated with a case in which a fraudulent message is detected, when the comparator determines that the first logical value and the second logical value do not coincide. a resynchronization detector that is configured to detect an edge of a signal on the bus and to determine whether to perform resynchronization based on the edge, so as to adjust a sampling point that is a point in time when a voltage of the bus is read to obtain a logical value of the signal during a one-bit period; a receiver that is configured to obtain a first logical value and a second logical value during a one-bit period after the resynchronization detector determines to perform the resynchronization, the first logical value being a logical value on the bus at a sampling point used before the edge is detected, the second logical value being a logical value on the bus at a sampling point after the resynchronization based on the edge is performed; a comparator that is configured to compare the first logical value and the second logical value obtained by the receiver ; and a fraud detection processing unit that is configured to execute post-fraud-detection processing associated with a case in which a fraudulent message is detected, when the comparator determines that the first logical value and the second logical value do not coincide.
Actuating device for mounting on a vehicle part , in particular in the form of a door or a flap, comprising an electrical switching means with a switching element for triggering a vehicle function, and a housing unit with at least a first and a second housing element , which at least partially form a housing interior in which the switching element is arranged, wherein a movement space is formed between the first and second housing elements , whereby the second housing element can be moved at least in certain areas between a rest position (I) and an actuating position (II) for actuating the switching element relative to the first housing element , wherein the movement space is at least partially closed by a restoring means for moving the second housing element from the actuating position (II) into the rest position (I) in order to at least partially prevent liquid from entering the housing interior via the movement space , characterized in that the movement space for moving the second housing element from the rest position (I) into the actuating position (II) has a gap (16.1) between the first and the second housing element , which gap defines a maximum movement path of the second housing element with respect to the first housing element , the gap (16.1) being sealed by the restoring means . an electrical switching means with a switching element for triggering a vehicle function, and a housing unit with at least a first and a second housing element , which at least partially form a housing interior in which the switching element is arranged, wherein a movement space is formed between the first and second housing elements , whereby the second housing element can be moved at least in certain areas between a rest position (I) and an actuating position (II) for actuating the switching element relative to the first housing element , wherein the movement space is at least partially closed by a restoring means for moving the second housing element from the actuating position (II) into the rest position (I) in order to at least partially prevent liquid from entering the housing interior via the movement space , characterized in that the movement space for moving the second housing element from the rest position (I) into the actuating position (II) has a gap (16.1) between the first and the second housing element , which gap defines a maximum movement path of the second housing element with respect to the first housing element , the gap (16.1) being sealed by the restoring means .
A method of uplink timing alignment performed by a network access equipment comprising: sending, to a user equipment , an uplink timing reference signal transmission instruction message to instruct the user equipment when to send an uplink timing reference signal transmission; receiving an uplink transmission from the user equipment ; evaluating whether an uplink timing reference signal transmission was received from the user equipment in a time interval in which the uplink timing reference signal transmission was expected to be received; and calculating an uplink timing alignment adjustment based on the uplink timing reference signal transmission, if received, and if no uplink timing reference signal transmission was received, calculating the uplink timing alignment adjustment based on a demodulation reference symbol in data received from the user equipment in the time interval. sending, to a user equipment , an uplink timing reference signal transmission instruction message to instruct the user equipment when to send an uplink timing reference signal transmission; receiving an uplink transmission from the user equipment ; evaluating whether an uplink timing reference signal transmission was received from the user equipment in a time interval in which the uplink timing reference signal transmission was expected to be received; and calculating an uplink timing alignment adjustment based on the uplink timing reference signal transmission, if received, and if no uplink timing reference signal transmission was received, calculating the uplink timing alignment adjustment based on a demodulation reference symbol in data received from the user equipment in the time interval.
A wet-running disc clutch comprising a plurality of inner discs and a plurality of outer discs arranged alternately in the axial direction, wherein each inner disc has an inner disc base body on which a first friction lining is arranged on both sides, and each outer disc has an outer disc base body , on which a second friction lining is arranged on both sides, and wherein the first friction linings are situated entirely below the second friction linings in the radial direction, so that the first friction linings come into frictional contact with the outer plate bodies when the disc clutch is closed, and the second friction linings come into frictional contact with the inner plate bodies when the disc clutch is closed, wherein the first friction linings each have first grooves with a groove depth of up to 100% of a friction lining thickness of the first friction linings and the second friction linings optionally have second grooves , characterized in that the second friction linings are configured annularly as closed rings with a lining thickness that is constant over the entire circumference, or that, in the case where the second friction linings have the second grooves , these second grooves have a smaller cross-sectional area, as viewed in the longitudinal direction of the second grooves , than the first grooves , as viewed in the same direction.
A polynucleic acid molecule that mediates RNA interference against CTNNB1 , comprising a sense strand and an antisense strand, wherein (i) the sense strand comprises the sequence: iBcsuGfuUfgGfaUfuGfaUfuCfgAfaAfusuiB; and (ii) the antisense strand comprises the sequence: usUfsusCfgAfaUfcAfaUfcCfaAfcAfgusu, wherein lower case (n) = 2'-O-Me; Nf = 2'-F; s = phosphorothioate backbone modification; and iB = inverted abasic residue; wherein the polynucleic acid molecule hybridizes to a CTNNB1 target sequence; and wherein the polynucleic acid molecule comprises from 90% to 100% modification. wherein (i) the sense strand comprises the sequence: iBcsuGfuUfgGfaUfuGfaUfuCfgAfaAfusuiB; and (ii) the antisense strand comprises the sequence: usUfsusCfgAfaUfcAfaUfcCfaAfcAfgusu, wherein lower case (n) = 2'-O-Me; Nf = 2'-F; s = phosphorothioate backbone modification; and iB = inverted abasic residue; (i) the sense strand comprises the sequence: iBcsuGfuUfgGfaUfuGfaUfuCfgAfaAfusuiB; and (ii) the antisense strand comprises the sequence: usUfsusCfgAfaUfcAfaUfcCfaAfcAfgusu, wherein the polynucleic acid molecule hybridizes to a CTNNB1 target sequence; and wherein the polynucleic acid molecule comprises from 90% to 100% modification.