mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for use in securing an object to a base, such as a deck on a floating vessel, the apparatus comprising: - a beam profile with a lower flange , an upper flange and a web between the upper flange and the lower flange , the upper flange comprising a top face of opposite direction to a web face , two edge faces , and a plurality of cut-outs extending along a longitudinal direction of at least a portion of one of the edge faces , characterized in that the apparatus further comprises: - an angle profile with a first leg and at least one second leg , at least part of the first leg being arranged to rest, in the position of application, against a portion of the top face of the upper flange , the first leg being provided with at least one pin arranged to engage with a portion of said plurality of cut-outs when the first leg rests against the top face ; and - a locking piece being attached, in the position of application, to the second leg between the second leg and the web of the beam profile , a portion of the locking piece resting against a portion of the web face of the upper flange . - a beam profile with a lower flange , an upper flange and a web between the upper flange and the lower flange , the upper flange comprising a top face of opposite direction to a web face , two edge faces , and a plurality of cut-outs extending along a longitudinal direction of at least a portion of one of the edge faces , characterized in that the apparatus further comprises: - an angle profile with a first leg and at least one second leg , at least part of the first leg being arranged to rest, in the position of application, against a portion of the top face of the upper flange , the first leg being provided with at least one pin arranged to engage with a portion of said plurality of cut-outs when the first leg rests against the top face ; and - a locking piece being attached, in the position of application, to the second leg between the second leg and the web of the beam profile , a portion of the locking piece resting against a portion of the web face of the upper flange .
A method of managing applications on a mobile device, comprising: executing, on the mobile device, a client agent configured to enforce one or more policy files of a mobile device management system, wherein each policy file defines one or more access controls enforced by the mobile device management system when one or more applications are executing locally on the mobile device, and wherein the client agent is further configured to communicate with one or more applications executing on a remote computing device; and wherein the client agent is further configured to facilitate access to one or more remote applications using an application specific virtual private network, VPN, based on one or more attributes associated with each application, user or mobile device information, as defined in the one or more policy files. executing, on the mobile device, a client agent configured to enforce one or more policy files of a mobile device management system, wherein each policy file defines one or more access controls enforced by the mobile device management system when one or more applications are executing locally on the mobile device, and wherein the client agent is further configured to communicate with one or more applications executing on a remote computing device; and wherein the client agent is further configured to facilitate access to one or more remote applications using an application specific virtual private network, VPN, based on one or more attributes associated with each application, user or mobile device information, as defined in the one or more policy files.
A terminal device comprising: a reception unit configured to receive a physical downlink control channel including a downlink control information, DCI, format; a transmission unit configured to transmit a physical uplink shared channel, PUSCH, for a licensed assisted access, LAA, cell scheduled by the DCI format; and a clear channel assessment, CCA, check unit configured to perform a Listen-Before-Talk, LBT, procedure, the LBT procedure being a procedure that senses a channel to determine whether the channel is idle or busy before transmission of the PUSCH; wherein the CCA check unit is configured to perform a type of the LBT procedure indicated by the DCI format, and the transmission unit is configured to transmit the PUSCH at a transmission timing indicated by the DCI format after the channel determined to be idle, characterized in that in a first case that a value at a field in the DCI format is a first value, the transmission unit is configured to transmit the PUSCH without a transmission gap of single carrier-frequency division multiple access, SC-FDMA, symbol, and in a second case that the value is a second value, the transmission unit is configured to transmit the PUSCH with the transmission gap. a reception unit configured to receive a physical downlink control channel including a downlink control information, DCI, format; a transmission unit configured to transmit a physical uplink shared channel, PUSCH, for a licensed assisted access, LAA, cell scheduled by the DCI format; and a clear channel assessment, CCA, check unit configured to perform a Listen-Before-Talk, LBT, procedure, the LBT procedure being a procedure that senses a channel to determine whether the channel is idle or busy before transmission of the PUSCH; wherein the CCA check unit is configured to perform a type of the LBT procedure indicated by the DCI format, and the transmission unit is configured to transmit the PUSCH at a transmission timing indicated by the DCI format after the channel determined to be idle, characterized in that in a first case that a value at a field in the DCI format is a first value, the transmission unit is configured to transmit the PUSCH without a transmission gap of single carrier-frequency division multiple access, SC-FDMA, symbol, and in a second case that the value is a second value, the transmission unit is configured to transmit the PUSCH with the transmission gap.
A travel control method for a vehicle having an autonomous travel control function, comprising: detecting (S2) an oncoming vehicle (V2) travelling toward a subject vehicle (V1); predicting (S3) whether the oncoming vehicle (V2) enters into a travel lane (L1) in which the subject vehicle (V1) travels; when it is predicted that the oncoming vehicle (V2) enters into the travel lane (L1) in which the subject vehicle (V1) travels (S3 YES), setting initial deceleration of the subject vehicle (V1) in a case of time until the subject vehicle (V1) and the oncoming vehicle (V2) pass each other being relatively long to a smaller value than the initial deceleration in a case of the time being relatively short; and executing (S13) deceleration travel control of the subject vehicle (V1), characterised in that the deceleration travel control of the subject vehicle (V1) is executed at a deceleration start position (P4) for starting deceleration of the subject vehicle (V1) not to come into contact with the oncoming vehicle (V2) that is predicted to enter into the travel lane (L1). detecting (S2) an oncoming vehicle (V2) travelling toward a subject vehicle (V1); predicting (S3) whether the oncoming vehicle (V2) enters into a travel lane (L1) in which the subject vehicle (V1) travels; when it is predicted that the oncoming vehicle (V2) enters into the travel lane (L1) in which the subject vehicle (V1) travels (S3 YES), setting initial deceleration of the subject vehicle (V1) in a case of time until the subject vehicle (V1) and the oncoming vehicle (V2) pass each other being relatively long to a smaller value than the initial deceleration in a case of the time being relatively short; and executing (S13) deceleration travel control of the subject vehicle (V1), characterised in that the deceleration travel control of the subject vehicle (V1) is executed at a deceleration start position (P4) for starting deceleration of the subject vehicle (V1) not to come into contact with the oncoming vehicle (V2) that is predicted to enter into the travel lane (L1).
A compound, wherein the compound is anagrelide, a pharmaceutically acceptable salt, solvate or active metabolite thereof, wherein the active metabolite of anagrelide is anagrelide which has been hydroxylated at positions 5, 8 or 9 singly or in combination and/or anagrelide which has been oxidized at the tertiary nitrogen position forming an N-oxide, for use in treating or preventing metastatic disease in bone or lung of a thrombocytotic cancer patient; wherein the cancer is selected from the group consisting of brain, oral cavity, the head and neck, thyroid carcinoma, gastrointestinal cancers, pancreatic, hepatocellular cancer, colorectal cancer, cancer of the lungs and bronchus, cancer of the ovaries, endometrium, cervix, breast, prostate, kidneys, skin mesothelioma, melanoma, gallbladder and multiple myeloma.
Wheel washing apparatus for cleaning a wheel of a motor vehicle, comprising a brush device which comprises or forms at least one brush that is placeable against the wheel , a drive device for rotatingly driving the at least one brush , and an advancing device with which the brush device is transferable from a rest position remote from the wheel into at least one use position near the wheel, wherein the brush device is lowerable by means of the advancing device upon moving in the direction of the wheel , characterized in that the brush device is moveable by means of the advancing device along a trajectory having at least one inflection point upon an advancing movement from the rest position into the at least one use position and passes through this trajectory in the advancing movement.
A polymer obtained by hydrolysis and polymerization of a monomer having a formula: p-PhOPhOPh-Si(X) 3 (IIb) wherein each X is a hydrolysable group independently selected from hydrogen and an alkoxy group having 1 to 6 carbon atoms optionally containing an alkoxy substituent, halo, hydroxy or -OSiMe 3 . with monomers selected from monomers having a formula: (p-Ph-O-Ph) 2 Si(X) 2 (I) wherein each X is a hydrolysable group independently selected from hydrogen and an alkoxy group having 1 to 6 carbon atoms optionally containing an alkoxy substituent, halo, hydroxy or -OSiMe 3 , or p-PhOPh-Si(X) 3 (IIa) wherein each X is a hydrolysable group independently selected from hydrogen and an alkoxy group having 1 to 6 carbon atoms optionally containing an alkoxy substituent, halo, hydroxy or - OSiMe 3 .
A clad steel plate, comprising a cladding metal bonded to a base steel plate, wherein the base steel plate has a chemical composition containing, by mass%: C: 0.120% to 0.180%, Si: 0.15% to 0.40%, Mn: 0.50% to 0.90%, P: 0.020% or less, S: 0.010% or less, Mo: 0.45% to 0.60%, Nb: 0.005% to 0.025%, Al: 0.005% to 0.050%, and N: 0.0010% to 0.0070%, and further containing Cu, Ni, and Cr in a range satisfying: Cu + Ni + Cr: 0.800% to 1.100%, where symbols of elements indicate amounts of the respective elements contained, optionally, by mass%, one or two or more selected from V: 0.005% to 0.030%, Ti: 0.005% to 0.030%, and Ca: 0.0005% to 0.0040%, the balance being Fe and unavoidable impurities, and bainite has an area fraction of 20% or more at a 1/2 thickness position of the base steel plate in a thickness direction, and ferrite has an average grain size of 15 μm or less at the 1/2 thickness position of the base steel plate in the thickness direction, wherein the average grain size of ferrite is evaluated in accordance with JIS G 0551. C: 0.120% to 0.180%, Si: 0.15% to 0.40%, Mn: 0.50% to 0.90%, P: 0.020% or less, S: 0.010% or less, Mo: 0.45% to 0.60%, Nb: 0.005% to 0.025%, Al: 0.005% to 0.050%, and N: 0.0010% to 0.0070%, and further containing Cu, Ni, and Cr in a range satisfying: Cu + Ni + Cr: 0.800% to 1.100%, where symbols of elements indicate amounts of the respective elements contained, optionally, by mass%, one or two or more selected from V: 0.005% to 0.030%, Ti: 0.005% to 0.030%, and Ca: 0.0005% to 0.0040%, the balance being Fe and unavoidable impurities, and bainite has an area fraction of 20% or more at a 1/2 thickness position of the base steel plate in a thickness direction, and ferrite has an average grain size of 15 μm or less at the 1/2 thickness position of the base steel plate in the thickness direction, wherein the average grain size of ferrite is evaluated in accordance with JIS G 0551.
A method for monitoring a temperature of a brake system of a vehicle , the method comprising: determining (S20) a dynamic warning temperature profile for the brake system, wherein the dynamic warning temperature profile is based on a warning temperature value of the brake system and a threshold value indicative of the number of times the temperature of the brake system exceeds the warning temperature value; monitoring (S30) the number of times when the temperature of the brake system exceeds the warning temperature value of the dynamic warning temperature profile; and when the number of times the temperature of the brake system exceeds the threshold value, adjusting (S40) the warning temperature level of the dynamic warning temperature profile to a reduced warning temperature level. determining (S20) a dynamic warning temperature profile for the brake system, wherein the dynamic warning temperature profile is based on a warning temperature value of the brake system and a threshold value indicative of the number of times the temperature of the brake system exceeds the warning temperature value; monitoring (S30) the number of times when the temperature of the brake system exceeds the warning temperature value of the dynamic warning temperature profile; and when the number of times the temperature of the brake system exceeds the threshold value, adjusting (S40) the warning temperature level of the dynamic warning temperature profile to a reduced warning temperature level.
A pre-mounted groove sliding closure system for windowsills and other breastwork, parapet and wall coverings, comprising two groove sliding closures , a cover element and at least two seal strips , each groove sliding closure having at least one support leg (1.1), one side end of each cover element being supported on a support leg (1.1) of one groove sliding closure and at least one seal strip being located between each support leg (1.1) and the cover element , wherein the groove sliding closures are fixed to the cover element with an adhesive bond, wherein the adhesive bond is formed by at least one elastic seal strip per groove sliding closure , wherein the seal strip is provided with adhesive material on its bottom and top sides or is itself made of adhesive elastic sealing material and the respective seal strip is inserted into a notch of the support leg (1.1) that is wider than the seal strip .
A focusing position detection method, comprising: a first step (S101) of acquiring M, where M is a natural number equal to or more three, object images by imaging an imaging object by an imager while changing a focal position in M stages along an optical axis; a second step (S102) of acquiring a saturation region exceeding a predetermined luminance from the M object images; a third step (S105) of acquiring a saturation consecutive region, the saturation region being included in all N, where N is a natural number equal to or more than three and equal to and less M, object images acquired while successively changing the focal position in N stages along the optical axis in the saturation consecutive region; a fourth step (S108) of obtaining a focusing degree indicating a degree of focusing from the object image for each object image; a fifth step (S110) of determining whether or not a local minimum value of the focusing degree is present when the focusing degrees obtained in the fourth step are arranged in an order of the focal positions; a sixth step (S111) of correcting N focusing degrees corresponding to the saturation consecutive region, out of M focusing degrees obtained in the fourth step, based on a property that the focusing degree decreases as the focal position approaches the focusing position in the saturation consecutive region when the presence of the local minimum value is determined in the fifth step; and a seventh step (S112) of specifying the focusing position based on N focusing degrees corrected by the sixth step and (M-N) focusing degrees not corrected by the sixth step. a first step (S101) of acquiring M, where M is a natural number equal to or more three, object images by imaging an imaging object by an imager while changing a focal position in M stages along an optical axis; a second step (S102) of acquiring a saturation region exceeding a predetermined luminance from the M object images; a third step (S105) of acquiring a saturation consecutive region, the saturation region being included in all N, where N is a natural number equal to or more than three and equal to and less M, object images acquired while successively changing the focal position in N stages along the optical axis in the saturation consecutive region; a fourth step (S108) of obtaining a focusing degree indicating a degree of focusing from the object image for each object image; a fifth step (S110) of determining whether or not a local minimum value of the focusing degree is present when the focusing degrees obtained in the fourth step are arranged in an order of the focal positions; a sixth step (S111) of correcting N focusing degrees corresponding to the saturation consecutive region, out of M focusing degrees obtained in the fourth step, based on a property that the focusing degree decreases as the focal position approaches the focusing position in the saturation consecutive region when the presence of the local minimum value is determined in the fifth step; and a seventh step (S112) of specifying the focusing position based on N focusing degrees corrected by the sixth step and (M-N) focusing degrees not corrected by the sixth step.
A molding apparatus, comprising: a fixture having a first member and a second member extending from a base , the first member having a groove and the second member having a fixture pin ; and a mandrel having a first portion and a second portion , each of the first and second portions having a dovetail mating surface (314, 316; 414, 416), characterised in that the mandrel has first and second locking pins , wherein the mandrel is secured to the fixture by the groove at the first member and by the fixture pin at the second member a fixture having a first member and a second member extending from a base , the first member having a groove and the second member having a fixture pin ; and a mandrel having a first portion and a second portion , each of the first and second portions having a dovetail mating surface (314, 316; 414, 416), characterised in that the mandrel has first and second locking pins , wherein the mandrel is secured to the fixture by the groove at the first member and by the fixture pin at the second member
A method of receiving a physical downlink control channel, PDCCH, by a user equipment, UE , in a wireless communication system, the method comprising: receiving one or more parameter information for acquiring control channel element, CCE, indexes for candidate PDCCHs and duration information related to one or more durations in which a configuration related to each of the one or more parameter information is maintained; acquiring the CCE indexes based on same parameter during each duration of the one or more durations related to each of the one or more parameter information; and receiving the PDCCH by monitoring the candidate PDCCHs based on the CCE indexes, wherein, based on reception of the PDCCH via a first transmission time interval, TTI, positions of the candidate PDCCHs monitored by the UE for the reception of the PDCCH have an interval corresponding to an offset configured by a base station, BS, from positions of the candidate PDCCHs based on a second TTI longer than the first TTI. receiving one or more parameter information for acquiring control channel element, CCE, indexes for candidate PDCCHs and duration information related to one or more durations in which a configuration related to each of the one or more parameter information is maintained; acquiring the CCE indexes based on same parameter during each duration of the one or more durations related to each of the one or more parameter information; and receiving the PDCCH by monitoring the candidate PDCCHs based on the CCE indexes, wherein, based on reception of the PDCCH via a first transmission time interval, TTI, positions of the candidate PDCCHs monitored by the UE for the reception of the PDCCH have an interval corresponding to an offset configured by a base station, BS, from positions of the candidate PDCCHs based on a second TTI longer than the first TTI.
Arrangement for cooling objects, in particular cast parts, comprising a tank containing fluid with an inflow and outflow , filling level sensor , temperature sensor and a first device for controlling the temperature of the fluid and a second device for supplying fluid into the tank , characterised in that the arrangement is operated self-sufficiently, in that the first device is used for controlling the temperature of the fluid and the second device is used for supplying fluid into the tank and for controlling the level of fluid in the tank which operate purely mechanically.
Method for determining a measuring offset of a rotor position sensor assigned to a rotor of an electric machine , characterized by comprising steps of - determining a candidate value for the d-axis of the electric machine depending on voltages acquired over stator windings of the electric machine ; - applying a short circuit to the stator windings of the electric machine ; - acquiring currents flowing into the stator windings in the short-circuited state; - evaluating the plausibility of the candidate value depending on a q-current determined from the acquired currents; and - determining the measuring offset depending on the q-current; wherein the voltages for determining the candidate value are acquired with a lower integrity level than the currents acquired for determining the q-current. - determining a candidate value for the d-axis of the electric machine depending on voltages acquired over stator windings of the electric machine ; - applying a short circuit to the stator windings of the electric machine ; - acquiring currents flowing into the stator windings in the short-circuited state; - evaluating the plausibility of the candidate value depending on a q-current determined from the acquired currents; and - determining the measuring offset depending on the q-current;