mhurhangee/patent-ind-claim-en huggingface dataset:
A reducer of an electric power steering apparatus, the reducer comprising: a worm shaft having a first end coupled to a damping coupler and rotatably coupled to a first bearing coupled to a housing and a second end rotatably coupled to a second bearing coupled to the housing ; a damper disposed on an outer race of the second bearing to support the second bearing in an axial direction with respect to the worm shaft ; and a damper support member having a first side contacting the damper to support the damper in the axial direction and a second side disposed on an inner face of the housing , characterized in that the damper support member has a hollow shape, and the second end of the worm shaft is coupled with a third bearing disposed inside the damper support member . a worm shaft having a first end coupled to a damping coupler and rotatably coupled to a first bearing coupled to a housing and a second end rotatably coupled to a second bearing coupled to the housing ; a damper disposed on an outer race of the second bearing to support the second bearing in an axial direction with respect to the worm shaft ; and a damper support member having a first side contacting the damper to support the damper in the axial direction and a second side disposed on an inner face of the housing , characterized in that the damper support member has a hollow shape, and the second end of the worm shaft is coupled with a third bearing disposed inside the damper support member .
Method for monitoring the activity of at least one person in an infrastructure unit supplied with consumption media comprising at least power and water, wherein a measuring device for measuring a consumption value of the consumption medium is assigned to each consumption medium, wherein temporal consumption value profiles are provided (S1), at least for power and water, for a predetermined period of time as profile data by the measuring devices , and reference data which describe a reference profile describing a normal activity are available in a storage device of the apparatus carrying out the method, wherein, in order to determine whether an activity criterion is complied with, a comparison profile for reference data describing the period of time are compared with the profile data in order to determine whether and the extent to which there are deviations from the normal activity (S2), wherein, if the activity criterion is not complied with in the event of a failed comparison, that is to say does not indicate any normal activity, at least one alarm measure is carried out (S3), wherein the reference data describe cross-correlations between the water consumption and the power consumption, and, as an alarm measure, at least one activity sensor is activated and its sensor data are evaluated by means of an emergency criterion which, if complied with, initiates an emergency measure.
An internal combustion engine equipped with a device for purifying exhaust gas, a supercharger and a control unit effecting the supercharging in the operation at a lean air-fuel ratio, wherein a NOx occluding and reducing catalyst is arranged in the exhaust gas passage of the engine , occludes the NOx in the exhaust gas by absorption, adsorption or both when the exhaust gas flowing in has a lean air-fuel ratio, and reduces and purifies the occluded NOx when the exhaust gas flowing in has the stoichiometric air-fuel ratio or a rich air-fuel ratio; wherein when the engine is in operation at a lean air-fuel ratio, a rich spike operation is executed by changing the engine operating air-fuel ratio over to a rich air-fuel ratio for a short period of time to supply the exhaust gas of the rich air-fuel ratio to the NOx occluding and reducing catalyst , in order to reduce and purify the NOx occluded by the NOx occluding and reducing catalyst ; characterized in that when the supercharged pressure of the engine becomes higher than a predetermined value at which blow-by occurs at the NOx occluding and reducing catalyst , the richness degree of the engine operating air-fuel ratio during the rich spike operation is varied in accordance with the supercharged pressure of the engine . a NOx occluding and reducing catalyst is arranged in the exhaust gas passage of the engine , occludes the NOx in the exhaust gas by absorption, adsorption or both when the exhaust gas flowing in has a lean air-fuel ratio, and reduces and purifies the occluded NOx when the exhaust gas flowing in has the stoichiometric air-fuel ratio or a rich air-fuel ratio; wherein when the engine is in operation at a lean air-fuel ratio, a rich spike operation is executed by changing the engine operating air-fuel ratio over to a rich air-fuel ratio for a short period of time to supply the exhaust gas of the rich air-fuel ratio to the NOx occluding and reducing catalyst , in order to reduce and purify the NOx occluded by the NOx occluding and reducing catalyst ; characterized in that when the supercharged pressure of the engine becomes higher than a predetermined value at which blow-by occurs at the NOx occluding and reducing catalyst , the richness degree of the engine operating air-fuel ratio during the rich spike operation is varied in accordance with the supercharged pressure of the engine .
A method for making printing paper, which method comprises forming an uncoated paper, characterized in that a surface-size mixture containing starch and polyvinyl pyrrolidone and cross-linker is arranged on the surface of the uncoated paper for improving printability of the paper, and the surface-size mixture comprises 45 - 99% starch, 1 - 50% polyvinyl pyrrolidone and less than 5 % cross-linker which is epoxy-based or glycosal-based cross-linker, and the starch is cationic starch.
A decoder for sub-block decoding a data signal received through a transmission channel in a communication system, said transmission channel being represented by an upper triangular matrix, said signal carrying transmitted symbols, each symbol carrying a set of information bits, wherein said decoder comprises: - a processing unit configured to determine at least one sub-block decoding parameter given a target quality of service metric; - A sub-block decoding unit configured to divide said data signal into a number of sub-vectors based on said at least one sub-block decoding parameter in accordance with a division of said upper triangular matrix into a number of sub-matrices comprising sub-upper triangular matrices, said sub-block decoding unit being further configured to determine at least one estimate of each sub-vector of transmitted symbols using a sub-upper triangular matrix and by successively cancelling interference from previously estimated sub-vectors, and determine an estimate of the transmitted symbols from said estimates. - a processing unit configured to determine at least one sub-block decoding parameter given a target quality of service metric; - A sub-block decoding unit configured to divide said data signal into a number of sub-vectors based on said at least one sub-block decoding parameter in accordance with a division of said upper triangular matrix into a number of sub-matrices comprising sub-upper triangular matrices, said sub-block decoding unit being further configured to determine at least one estimate of each sub-vector of transmitted symbols using a sub-upper triangular matrix and by successively cancelling interference from previously estimated sub-vectors, and determine an estimate of the transmitted symbols from said estimates.
A thermal management system , adapted to be applied in a vehicle , wherein the thermal management system comprises a cooling circuit , a thermostatic circuit , a heating circuit , and an expansion tank , wherein the cooling circuit , the thermostatic circuit , and the heating circuit are all connected to the expansion tank , and the expansion tank is configured for liquid-filling and air-exhausting of the cooling circuit , the thermostatic circuit , and the heating circuit ; wherein the thermal management system further comprises a first reversing valve connected to the expansion tank , the cooling circuit , and the thermostatic circuit , wherein the first reversing valve is configured to connect the cooling circuit and the thermostatic circuit in series in a filling and exhausting mode of the vehicle ; wherein the thermal management system further comprises a first liquid-gas separator connected to the expansion tank , the reversing valve, and the cooling circuit , wherein the first liquid-gas separator is configured to separate liquid and air in the cooling circuit and thermostatic circuit and introduce the separated gas into the expansion tank ; wherein, when the cooling circuit and the thermostatic circuit are connected in series, the cooling circuit is configured to absorb heat of a target cooling element of the vehicle using the liquid, and the thermostatic circuit is configured to heat a target thermostatic element of the vehicle using the liquid with the absorbed heat of the target cooling element ; and characterized in that , a heat dissipating device , a second reversing valve , and a first pump are connected in the cooling circuit , wherein the first pump is configured to drive the liquid to flow in the cooling circuit ; the heat dissipating device is connected to the second reversing valve , and the heat dissipating device is configured to dissipate heat of the liquid; and the second reversing valve is configured to keep the heat dissipating device from being connected into the cooling circuit when the cooling circuit and the thermostatic circuit are connected in series.
A method of forming a weld clad layer having a substantially equiaxed grain microstructure, where at least 70% of the area of the weld clad layer is comprised of grains having an aspect ratio or 6 to 1 or less, wherein the aspect ratio is a ratio of grain length to grain width, the method comprising: forming a repair area in a substrate to remove a damaged portion of the substrate, the substrate comprising at least one of titanium or titanium alloy; characterized by depositing a first layer of laser deposition spots in the repair area , the first layer of laser deposition spots comprising a first laser deposition spot and a second laser deposition spot adjacent to the first laser deposition spot , wherein a size of the first laser deposition spot is selected such that the first laser deposition spot will solidify prior to deposition of the second laser deposition spot , and wherein the first laser deposition spot and the second laser deposition spot comprise at least one of titanium or titanium alloy, wherein each laser deposition spot of the first layer of laser deposition spots is formed having a height between 0.127 mm and 1.016 mm and a diameter between 0.508 mm and 4.064 mm; and depositing a second layer of laser deposition spots over the first layer of laser deposition spots ; wherein a laser energy used to form each laser deposition spot is between 100 watt and 500 watt and is applied for between 0.1 seconds and 0.75 seconds. forming a repair area in a substrate to remove a damaged portion of the substrate, the substrate comprising at least one of titanium or titanium alloy; characterized by depositing a first layer of laser deposition spots in the repair area , the first layer of laser deposition spots comprising a first laser deposition spot and a second laser deposition spot adjacent to the first laser deposition spot , wherein a size of the first laser deposition spot is selected such that the first laser deposition spot will solidify prior to deposition of the second laser deposition spot , and wherein the first laser deposition spot and the second laser deposition spot comprise at least one of titanium or titanium alloy, wherein each laser deposition spot of the first layer of laser deposition spots is formed having a height between 0.127 mm and 1.016 mm and a diameter between 0.508 mm and 4.064 mm; and depositing a second layer of laser deposition spots over the first layer of laser deposition spots ; wherein a laser energy used to form each laser deposition spot is between 100 watt and 500 watt and is applied for between 0.1 seconds and 0.75 seconds.
A nucleic acid molecule encoding the genome of a synthetic hepatitis C virus subtype 1a (Bole1a) comprising the nucleotide sequence of SEQ ID NO: 1 or the complement thereof.
A cooling device comprising - at least one compartment wherein foodstuffs desired to be cooled are placed, - at least one door providing access into the compartment , wherein the door comprises a handle , - at least one drawer located within the compartment , - an attaching means arranged on the side of the door facing the compartment such that being engageable to drawer and having two positions one of which is an attaching position where it is attached to the drawer and the other is a free position where it is not attached to the drawer , - a triggering means arranged on the side of the door facing the external environment and being configured to move the attaching means between the attaching position and the free position, - wherein the drawer is grasped by the attaching means when the attaching means in the attaching position so that the drawer moves with the door while the door is being opened and - wherein the drawer is not grasped by the attaching means when the attaching means in the free position so that the drawer does not move with the door while the door is being opened, the triggering means comprises a button and a spring , wherein the button is disposed on the handle , characterized in that the triggering means further comprises a shaft ; the spring is between the button and the shaft , wherein the button is configured to compress the spring , wherein the spring is configured to push the shaft and wherein the shaft is configured to move the attaching means towards the drawer . - at least one compartment wherein foodstuffs desired to be cooled are placed, - at least one door providing access into the compartment , wherein the door comprises a handle , - at least one drawer located within the compartment , - an attaching means arranged on the side of the door facing the compartment such that being engageable to drawer and having two positions one of which is an attaching position where it is attached to the drawer and the other is a free position where it is not attached to the drawer , - a triggering means arranged on the side of the door facing the external environment and being configured to move the attaching means between the attaching position and the free position, - wherein the drawer is grasped by the attaching means when the attaching means in the attaching position so that the drawer moves with the door while the door is being opened and - wherein the drawer is not grasped by the attaching means when the attaching means in the free position so that the drawer does not move with the door while the door is being opened,
A weld filler additive comprising, a composition, by weight, of 1.05-1.40% of tungsten, 22.55-24.0% of cobalt, 25.80-26.45% of chromium, 1.05-1.20% of aluminum, 1.10-1.25% of titanium, 0-0.35% of iron, 0.08-0.10% of carbon, 1.75-2.10% of niobium, and a balance of nickel.
A method of in-vehicle electromagnetic, EM, radiation detection to be executed by at least one processor, comprising: receiving from one or more EM sensing units (30A-30N) measured vectors, each measured vector comprising an intensity and direction of the magnetic field generated by one or more radiating components (40A-40M) associated with each EM sensing units 30A-30N; receiving an area of interest in a vehicle ; calculating the magnetic field for at least one location within the area of interest by vector addition of the measured vectors of the magnetic fields measured by each sensing unit and the distance of the sensing unit from the at least one location; and identifying at least one location having an intensity of the calculated magnetic field, higher than one or more threshold values. receiving from one or more EM sensing units (30A-30N) measured vectors, each measured vector comprising an intensity and direction of the magnetic field generated by one or more radiating components (40A-40M) associated with each EM sensing units 30A-30N; receiving an area of interest in a vehicle ; calculating the magnetic field for at least one location within the area of interest by vector addition of the measured vectors of the magnetic fields measured by each sensing unit and the distance of the sensing unit from the at least one location; and identifying at least one location having an intensity of the calculated magnetic field, higher than one or more threshold values.
An apparatus comprising: a memory space; a hardware processor to facilitate communication between: an audio module to capture information, and an application module that is part of a trusted execution environment ; a mutually trusted module having circuitry and coupled to the audio module and the application module , wherein the mutually trusted module facilitates, at least partially, secured communication between the application module and the audio module through encryption, wherein the audio module and the application module are operable to communicate according to session information and using the mutually trusted module , the mutually trusted module configured to determine the application module is a trusted module, the session information to control operations of and communication between the application module and the audio module , wherein the session information is further to define an integrity parameter, a cryptography parameter, or a replay parameter, the mutually trusted module and the audio module to use the memory space, with other modules or components of the apparatus to be excluded from access to the memory space, the other modules or components including one or more of system software, kernels, drivers, and middleware. a memory space; a hardware processor to facilitate communication between: an audio module to capture information, and an application module that is part of a trusted execution environment ; an audio module to capture information, and an application module that is part of a trusted execution environment ; a mutually trusted module having circuitry and coupled to the audio module and the application module , wherein the mutually trusted module facilitates, at least partially, secured communication between the application module and the audio module through encryption, wherein the audio module and the application module are operable to communicate according to session information and using the mutually trusted module , the mutually trusted module configured to determine the application module is a trusted module, the session information to control operations of and communication between the application module and the audio module , wherein the session information is further to define an integrity parameter, a cryptography parameter, or a replay parameter, the mutually trusted module and the audio module to use the memory space, with other modules or components of the apparatus to be excluded from access to the memory space, the other modules or components including one or more of system software, kernels, drivers, and middleware.
A pharmaceutical composition comprising a p38 inhibitor and one or more pharmaceutically acceptable excipients, wherein said p38 inhibitor is VX-745, for use in the treatment of Alzheimer's disease.
A method comprising: receiving , at a server , data indicative of print material consumed by an image rendering device (106-n, 302, 402) over a period of time, the data comprising a plurality of low-on-print material messages generated by the image rendering device; determining an average time between two consecutive low-on-print material messages generated by the image rendering devices; determining , based on the average time, a first print material subscription plan, from amongst a plurality of print material subscription plans, for the image rendering device (106-n, 302, 402); and generating , by the server, signals to enable provision of a notification corresponding to the first print material subscription plan. receiving , at a server , data indicative of print material consumed by an image rendering device (106-n, 302, 402) over a period of time, the data comprising a plurality of low-on-print material messages generated by the image rendering device; determining an average time between two consecutive low-on-print material messages generated by the image rendering devices; determining , based on the average time, a first print material subscription plan, from amongst a plurality of print material subscription plans, for the image rendering device (106-n, 302, 402); and generating , by the server, signals to enable provision of a notification corresponding to the first print material subscription plan.
A water cooled box for use in a metal making furnace , the water cooled box comprising: an outer shell having a substantially U-shaped cross-section, an inner surface , and at least one conduit passageway ; an inner shell having a substantially U-shaped cross-section, an inner surface , a plurality of water baffles , at least one conduit passageway , and at least one mounting flange ; wherein the outer shell is primarily comprised of a metal having a higher thermal conductivity than that of a metal primarily comprising the inner shell ; wherein the outer shell and the inner shell are joined at the at least one mounting flange , thereby defining a chamber through which water flows along a path defined by the water baffles , the inner surface of outer shell , and inner surface of the inner shell ; and wherein the at least one conduit passageway of the inner shell or the outer shell comprises a flexible joint . an outer shell having a substantially U-shaped cross-section, an inner surface , and at least one conduit passageway ; an inner shell having a substantially U-shaped cross-section, an inner surface , a plurality of water baffles , at least one conduit passageway , and at least one mounting flange ; wherein the outer shell is primarily comprised of a metal having a higher thermal conductivity than that of a metal primarily comprising the inner shell ; wherein the outer shell and the inner shell are joined at the at least one mounting flange , thereby defining a chamber through which water flows along a path defined by the water baffles , the inner surface of outer shell , and inner surface of the inner shell ; and wherein the at least one conduit passageway of the inner shell or the outer shell comprises a flexible joint .
A tire wear prediction system , comprising: a wear prediction unit for predicting a wear state of a tire mounted at a predetermined wheel position of a vehicle based on a traveling state of the vehicle; a change history acquisition unit for acquiring a change history including rotation of the wheel position on which the tire is mounted or a content of replacement with another tire; and a wear state correction unit for correcting wear characteristics of the tire predicted by the wear prediction unit based on the change history, wherein the wear prediction unit predicts the wear state of the tire based on wear characteristics corrected by the wear state correction unit , characterized in that : the wear prediction unit switches to a prediction method for delaying a progress of the wear state after the wear of the tire has progressed to a certain degree. a wear prediction unit for predicting a wear state of a tire mounted at a predetermined wheel position of a vehicle based on a traveling state of the vehicle; a change history acquisition unit for acquiring a change history including rotation of the wheel position on which the tire is mounted or a content of replacement with another tire; and a wear state correction unit for correcting wear characteristics of the tire predicted by the wear prediction unit based on the change history, wherein the wear prediction unit predicts the wear state of the tire based on wear characteristics corrected by the wear state correction unit , characterized in that : the wear prediction unit switches to a prediction method for delaying a progress of the wear state after the wear of the tire has progressed to a certain degree.