mhurhangee/patent-ind-claim-en huggingface dataset:
Device for localization of a target in a scene, said device comprising circuitry (20; 21, 22) configured to: - obtain radar signal measurements simultaneously acquired by two or more radar sensors arranged at different locations, said two or more radar sensors having overlapping fields of view, - derive range information of one or more potential targets (T1-T3) from samples of radar signal measurements of said two or more radar sensors acquired at the same time or during the same time interval, the range information of a single sample representing a ring segment of potential positions of a potential target at a particular range from the respective radar sensor in its field of view, - determine intersection points of ring segments (R1-R4) of the derived range information, and - determine the most likely target position, characterized in that the circuitry is further configured to - determine a region of the scene having one of the highest densities of intersection points, - select a ring segment per sensor that goes through the selected region, and - determine the most likely target position of the potential target from the derived range information of the selected ring segments. - obtain radar signal measurements simultaneously acquired by two or more radar sensors arranged at different locations, said two or more radar sensors having overlapping fields of view, - derive range information of one or more potential targets (T1-T3) from samples of radar signal measurements of said two or more radar sensors acquired at the same time or during the same time interval, the range information of a single sample representing a ring segment of potential positions of a potential target at a particular range from the respective radar sensor in its field of view, - determine intersection points of ring segments (R1-R4) of the derived range information, and - determine the most likely target position, - determine a region of the scene having one of the highest densities of intersection points, - select a ring segment per sensor that goes through the selected region, and - determine the most likely target position of the potential target from the derived range information of the selected ring segments.
A compound of formula -4-[4-(5-Methyl-tetrazol-2-yl)-2-trifluoromethyl-benzenesulfonyl]-1-(1-trifluoromethyl-cyclopropanecarbonyl)-pyrrolidine-2-carboxylic acid (1-cyano-cyclopropyl)-amide or a pharmaceutically acceptable salt or ester thereof.
A method for inter-radio access technology spectrum sharing performed by a base station of a wireless network, the method comprising: granting access to one or more user devices to communicate through the wireless network over a first set of communication resources , the wireless network using a first radio access technology, RAT; receiving , from another base station , a notification that additional communication resources are temporarily available to the base station for a time interval, the additional communication resources being useable to increase temporarily a bandwidth of the wireless network and the additional communication resources having been previously allocated to another wireless network using a second RAT that is different from the first RAT; responsive to receiving the notification and when the additional communication resources are temporarily available to the base station , granting access to one or more user devices to communicate through the wireless network over a second set of communication resources, the second set of communication resources including the additional communication resources ; and after the additional communication resources are no longer available to the base station after the time interval, granting access to one or more user devices to communicate through the wireless network over a third set of communication resources, the third set of communication resources excluding the additional communication resources. granting access to one or more user devices to communicate through the wireless network over a first set of communication resources , the wireless network using a first radio access technology, RAT; receiving , from another base station , a notification that additional communication resources are temporarily available to the base station for a time interval, the additional communication resources being useable to increase temporarily a bandwidth of the wireless network and the additional communication resources having been previously allocated to another wireless network using a second RAT that is different from the first RAT; responsive to receiving the notification and when the additional communication resources are temporarily available to the base station , granting access to one or more user devices to communicate through the wireless network over a second set of communication resources, the second set of communication resources including the additional communication resources ; and after the additional communication resources are no longer available to the base station after the time interval, granting access to one or more user devices to communicate through the wireless network over a third set of communication resources, the third set of communication resources excluding the additional communication resources.
Method for monitoring the operation of an electric motor , in particular of an electric motor configured as an asynchronous motor, wherein the motor current is detected, wherein the electric motor has a brake, in particular a holding brake, that can be actuated in particular electromagnetically, in particular wherein the braking torque generated by the brake is supplied to the rotor of the electric motor , characterised in that in a first method step, when the electric motor is switched on, in particular when a motor voltage is applied, the curve of the detected values of the motor current induced during pre-magnetisation is monitored for overshooting a permitted degree of deviation from a setpoint curve, wherein the brake of the electric motor is activated, in particular remains applied, wherein in a second method step chronologically following the first method step, - a brake of the electric motor is released if no overshooting has been detected during the first method step, and thereafter the active mode, in particular the automatic mode, of the electric motor is implemented, - the brake of the electric motor remains applied if overshooting has been detected during the first method step, and thereafter the active mode, in particular the automatic mode, of the electric motor is not implemented. wherein the motor current is detected, wherein the electric motor has a brake, in particular a holding brake, that can be actuated in particular electromagnetically, in particular wherein the braking torque generated by the brake is supplied to the rotor of the electric motor , characterised in that in a first method step, when the electric motor is switched on, in particular when a motor voltage is applied, the curve of the detected values of the motor current induced during pre-magnetisation is monitored for overshooting a permitted degree of deviation from a setpoint curve, wherein the brake of the electric motor is activated, in particular remains applied, wherein in a second method step chronologically following the first method step, - a brake of the electric motor is released if no overshooting has been detected during the first method step, and thereafter the active mode, in particular the automatic mode, of the electric motor is implemented, - the brake of the electric motor remains applied if overshooting has been detected during the first method step, and thereafter the active mode, in particular the automatic mode, of the electric motor is not implemented. - a brake of the electric motor is released if no overshooting has been detected during the first method step, and thereafter the active mode, in particular the automatic mode, of the electric motor is implemented, - the brake of the electric motor remains applied if overshooting has been detected during the first method step, and thereafter the active mode, in particular the automatic mode, of the electric motor is not implemented.
Vessel , comprising a thermocouple sensing structure for measurement of a temperature distribution inside of the vessel preferably filled fully or partially with multi-phase fluid consisting of residue oil, hydrogen, cracked oil/gas products, sulfur, catalyst particles or catalyst droplets, etc., - the thermocouple sensing structure consists of a support structure and a number of thermocouple sensing elements , wherein - the vessel contains one or more levels of support structures , - the thermocouple sensing elements each have a measuring point at a closed tip which is fixed inside the vessel by the support structures , - each thermocouple sensing element together with other thermocouple sensing elements passes through a sealed port into the vessel , - a connecting end of each thermocouple sensing element is electrically connected outside of the vessel to a process control system, and - the thermocouple sensing elements are partially or fully covered by the support structure , characterized in that - the closed tip of the thermocouple sensing element is passed through the support structure to the inside of the vessel , - the support structure has a protection portion for covering the thermocouple sensing elements and a support element for distribution of the thermocouple sensing elements , - a tip of the thermocouple sensing elements is fixed to a special point within the vessel , - the support structure is reinforced by one or more additional elements and - the one or more additional elements are a trapezoidal limiting-fixation element or a cylindrical limiting-fixation element . - the thermocouple sensing structure consists of a support structure and a number of thermocouple sensing elements , wherein - the vessel contains one or more levels of support structures , - the thermocouple sensing elements each have a measuring point at a closed tip which is fixed inside the vessel by the support structures , - each thermocouple sensing element together with other thermocouple sensing elements passes through a sealed port into the vessel , - a connecting end of each thermocouple sensing element is electrically connected outside of the vessel to a process control system, and - the thermocouple sensing elements are partially or fully covered by the support structure , characterized in that - the closed tip of the thermocouple sensing element is passed through the support structure to the inside of the vessel , - the support structure has a protection portion for covering the thermocouple sensing elements and a support element for distribution of the thermocouple sensing elements , - a tip of the thermocouple sensing elements is fixed to a special point within the vessel , - the support structure is reinforced by one or more additional elements and - the one or more additional elements are a trapezoidal limiting-fixation element or a cylindrical limiting-fixation element .
A compound, that is a stable quaternary ammonium complex of 2,4-dinitrocarvacrol and Lidocaine, in the form of a liquid meant for IV (Intravenous) therapy, as an active compound/potent antimicrobial for use in the treatment of bacterial infections in humans caused by pathogens resistant to antibiotics, such as Methicillin-resistant Staphylococcus aureus (MRSA), Streptococcus faecalis, Mycobacterium tuberculosis, Escherichia spp. E. coli, Salmonella spp. Pasteurella spp., Corynebacterium spp., Bacillus spp., Bacillus anthracis, Clostridium spp., Spherophorus spp., Candida spp., Trichophyton spp., Microsporum spp., Mycobacterium spp., Vibrio spp., Cryptosporidium spp., Microsporidia spp., Listeria monocytogenes, Lawsonia intracellularis, Treponema dysenteriae, Enterococcus spp., Haemophilus spp., Campylobacter spp., Chlamydia spp., Brucella spp., and other pathogenic bacterial species, wherein the compound has the structure:
An electronic product , comprising: a silicon-on-insulator substrate comprising a base substrate , an insulator layer on the base substrate , and a silicon layer on the insulator layer ; a porous layer of anodic oxide or anodic hydroxide formed over the silicon layer ; and a metal layer (14/15, 314) formed over the porous layer , the metal layer providing at least one electrical transmission line, characterized by an anodization control device, formed in the silicon layer , configured to control the porosity ratio of the porous layer in the region underlying the metal layer (14/15, 314), wherein the porous layer comprises a first porous region having a first porosity ratio and a second porous region having a second porosity ratio, and wherein a porosity ratio of the porous layer in a region underlying the metal layer (14/15, 314) is configured based on a desired velocity of an electrical signal in the at least one electrical transmission line. a silicon-on-insulator substrate comprising a base substrate , an insulator layer on the base substrate , and a silicon layer on the insulator layer ; a porous layer of anodic oxide or anodic hydroxide formed over the silicon layer ; and a metal layer (14/15, 314) formed over the porous layer , the metal layer providing at least one electrical transmission line, characterized by an anodization control device, formed in the silicon layer , configured to control the porosity ratio of the porous layer in the region underlying the metal layer (14/15, 314), wherein the porous layer comprises a first porous region having a first porosity ratio and a second porous region having a second porosity ratio, and wherein a porosity ratio of the porous layer in a region underlying the metal layer (14/15, 314) is configured based on a desired velocity of an electrical signal in the at least one electrical transmission line.
A method for a network element in a network, through which network element a communications device can communicate with the network via one or more connections, the method comprising: - detecting traffic for the one or more connections from keep alive applications running on the communications device , a keep alive application comprising an application that requires a constant logical connection to the network; - in response to no traffic being detected on a connection for a first time period, closing each connection for which no traffic has been detected for a second time period, among the one or more connections , the second time period starting at the end of the first time period; wherein the second time period is no longer than a shortest keep alive message interval of the keep alive applications; and wherein closings of connections for which no traffic has been detected for the second time period among the one or more connections are synchronized. - detecting traffic for the one or more connections from keep alive applications running on the communications device , a keep alive application comprising an application that requires a constant logical connection to the network; - in response to no traffic being detected on a connection for a first time period, closing each connection for which no traffic has been detected for a second time period, among the one or more connections , the second time period starting at the end of the first time period;
An elevator communication system (10; 20; 30; 40), comprising: a plurality of first wireless processing units configured to receive a request for an elevator in a wired manner, and configured to forward the request for elevator in a wireless manner; and a second wireless processing unit configured to receive the request for an elevator from the first wireless processing unit in a wireless manner, and configured to forward the request for elevator to an elevator controller in a wired manner; wherein each of the plurality of first wireless processing units comprises a first wireless communication interface and a wired input port , the first wireless processing unit is configured to receive the request for elevator through the wired input port, and configured to forward the request for elevator through the first wireless communication interface; and characterized in that each of the plurality of first wireless processing units receives and is able to forward data from other first wireless processing units via its first wireless communication interface; and in that : each of the plurality of first wireless processing units is configured to be coupled to the second wireless processing unit via its first wireless communication interface, and/or be coupled to the second wireless processing unit via other first wireless processing units. a plurality of first wireless processing units configured to receive a request for an elevator in a wired manner, and configured to forward the request for elevator in a wireless manner; and a second wireless processing unit configured to receive the request for an elevator from the first wireless processing unit in a wireless manner, and configured to forward the request for elevator to an elevator controller in a wired manner; wherein each of the plurality of first wireless processing units comprises a first wireless communication interface and a wired input port , the first wireless processing unit is configured to receive the request for elevator through the wired input port, and configured to forward the request for elevator through the first wireless communication interface; and characterized in that each of the plurality of first wireless processing units receives and is able to forward data from other first wireless processing units via its first wireless communication interface; and in that : each of the plurality of first wireless processing units is configured to be coupled to the second wireless processing unit via its first wireless communication interface, and/or be coupled to the second wireless processing unit via other first wireless processing units.
A flexible multi-panel sterilization assembly comprising a barrier panel having a first end defining a fold protection panel , an opposing second end , opposing first and third edges, a second edge opposite the first end , and opposing first and second wings to secure portions of the first edge and the third edge to each other or to a portion of the second end after the barrier panel has been folded at or near its midpoint such that the second end is brought towards the first end , wherein the barrier panel includes a first surface configured to cover or contact an item to be sterilized and an opposing second surface , wherein the fold protection panel and/or the first and second wings is/are made from a stretchable material; characterized in that the stretchable material is a composite elastic material in which one layer is elastic, wherein the composite elastic material is a stretch-bonded laminate or a neck-stretch-bonded laminate.
A computer-implemented method comprising, by one or more processors : acquiring a dot pattern having a distribution of dots; deriving, from the dot pattern, a greyscale image comprising a plurality of pixels each associated with a greyscale value, wherein deriving the greyscale image comprises: for each pixel, determining the closest dot to the pixel and associating a distance of the closest dot from the pixel with the pixel; and assigning a greyscale value to each pixel, wherein the greyscale value is based on the distance associated with that pixel. acquiring a dot pattern having a distribution of dots; deriving, from the dot pattern, a greyscale image comprising a plurality of pixels each associated with a greyscale value, wherein deriving the greyscale image comprises: for each pixel, determining the closest dot to the pixel and associating a distance of the closest dot from the pixel with the pixel; and assigning a greyscale value to each pixel, wherein the greyscale value is based on the distance associated with that pixel. for each pixel, determining the closest dot to the pixel and associating a distance of the closest dot from the pixel with the pixel; and assigning a greyscale value to each pixel, wherein the greyscale value is based on the distance associated with that pixel.
A shifting tool for use in displacing a component of a well tool, the shifting tool comprising: an inner mandrel ; at least one first engagement member outwardly extendable relative to the inner mandrel; a retraction sleeve ; at least one second engagement member outwardly extendable relative to the inner mandrel ; characterized by a first detent device that releasably secures the inner mandrel in at least two longitudinal positions relative to the first engagement member ; and a second detent device that releasably secures the retraction sleeve in at least two longitudinal positions relative to the first engagement member . an inner mandrel ; at least one first engagement member outwardly extendable relative to the inner mandrel; a retraction sleeve ; at least one second engagement member outwardly extendable relative to the inner mandrel ; characterized by a first detent device that releasably secures the inner mandrel in at least two longitudinal positions relative to the first engagement member ; and a second detent device that releasably secures the retraction sleeve in at least two longitudinal positions relative to the first engagement member .
An alignment fitting for elongated assembly parts , the fitting comprising a push/pull rod which is to be inserted into a groove extending longitudinally in the assembly part and which is to be anchored at the assembly part via respective anchors at both its ends, the fitting further comprising a tension mechanism for displacing at least one of the anchors in the longitudinal direction of the push/pull rod , the push/pull rod being straight in a non-loaded state but being held in the groove by the anchors in such a manner that at least one end of the rod and the neutral axis of the assembly part form an angle in the direction of the depth of the groove , characterized in that at least one of the anchors has a cupshaped housing adapted to be immobilized in a corresponding recess of the assembly part by force-fit or form-fit, the housing accommodating the tension mechanism and forming an pressing member configured for urging the end of the push/pull rod in the direction towards the bottom of the recess and forming a counter-bearing urging the push/pull rod in opposite direction in a position spaced apart from the end of the push/pull rod.
A heating control method, applied to a heating element of an electronic atomization device , comprising: controlling (S11, S22) a temperature of the heating element to increase to a first preset temperature in a first time period; controlling (S12, S23) the heating element to keep working under the first preset temperature in a second time period; and controlling (S13, S24) the temperature of the heating element to decrease from the first preset temperature to a second preset temperature in a third time period; wherein the heating element is controlled to operate at least two different power levels in the first time period and/or the second time period; wherein the second time period, comprises the at least two different power levels being operated in the first time period; characterized in that the heating element is controlled to operate a constant power level in the third time period, and the constant power level ranges from 4.5 W to 5.5 W. controlling (S11, S22) a temperature of the heating element to increase to a first preset temperature in a first time period; controlling (S12, S23) the heating element to keep working under the first preset temperature in a second time period; and controlling (S13, S24) the temperature of the heating element to decrease from the first preset temperature to a second preset temperature in a third time period; wherein the heating element is controlled to operate at least two different power levels in the first time period and/or the second time period; wherein the second time period, comprises the at least two different power levels being operated in the first time period; characterized in that the heating element is controlled to operate a constant power level in the third time period, and the constant power level ranges from 4.5 W to 5.5 W.