mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor module for use in an industrial process transmitter , the sensor module comprising: a differential pressure sensor for sensing a pressure differential in a process fluid; a base having a process fluid flow duct for receiving the process fluid, the flow duct extending from a first threaded coupling of the base through to a second threaded coupling of the base ; a primary element positioned in the process fluid flow duct between the first threaded coupling and the second threaded coupling and for causing the pressure differential in the process fluid; first and second isolation diaphragm bases positioned on a non-mating face of the base facing away from the fluid flow duct ; first and second impulse piping lines extending from the fluid flow duct on either side of the primary element , through the base , and to the first and second isolation diaphragm bases, respectively; first and second fill fluid passageways extending from the first and second isolation diaphragm bases, respectively, to connect the impulse piping lines with the differential pressure sensor ; and first and second isolation diaphragms positioned within the first and second isolation diaphragm bases, respectively, to seal the first and second isolation diaphragm bases from the first and second impulse piping lines, respectively, wherein the isolation diaphragms are positioned internally within the base and mounted along the non-mating face of the base . a differential pressure sensor for sensing a pressure differential in a process fluid; a base having a process fluid flow duct for receiving the process fluid, the flow duct extending from a first threaded coupling of the base through to a second threaded coupling of the base ; a primary element positioned in the process fluid flow duct between the first threaded coupling and the second threaded coupling and for causing the pressure differential in the process fluid; first and second isolation diaphragm bases positioned on a non-mating face of the base facing away from the fluid flow duct ; first and second impulse piping lines extending from the fluid flow duct on either side of the primary element , through the base , and to the first and second isolation diaphragm bases, respectively; first and second fill fluid passageways extending from the first and second isolation diaphragm bases, respectively, to connect the impulse piping lines with the differential pressure sensor ; and first and second isolation diaphragms positioned within the first and second isolation diaphragm bases, respectively, to seal the first and second isolation diaphragm bases from the first and second impulse piping lines, respectively, wherein the isolation diaphragms are positioned internally within the base and mounted along the non-mating face of the base .
A standoff attachment for fixation to a substrate , comprising: a standoff post having a proximal end adapted for fixation relative to said substrate , and a distal end, wherein: said post has a hollow construction defining an internal slotted channel of noncircular cross section, and said standoff attachment further comprises: a nut floatingly received within said slotted channel and including a keyed rib having a size and shape for slide-fit reception into said slotted channel ; means for mounting said nut generally at said post distal end, said mounting means permitting floating movement of said nut relative to said post ; and further including a radially in-turned flange carried by said post substantially at said distal end thereof, said flange having a port formed therein for receiving a fastener therethrough into engagement with said nut . a standoff post having a proximal end adapted for fixation relative to said substrate , and a distal end, wherein: said post has a hollow construction defining an internal slotted channel of noncircular cross section, and said standoff attachment further comprises: a nut floatingly received within said slotted channel and including a keyed rib having a size and shape for slide-fit reception into said slotted channel ; means for mounting said nut generally at said post distal end, said mounting means permitting floating movement of said nut relative to said post ; and further including a radially in-turned flange carried by said post substantially at said distal end thereof, said flange having a port formed therein for receiving a fastener therethrough into engagement with said nut .
Propulsion system for a submersible vehicle having a DC network for supplying a propulsion unit of the submersible vehicle with electrical energy and a plurality of battery strings which each have a multiplicity of battery modules connected in series, wherein the battery strings are each connected to a string-connecting unit via which the battery string can optionally be connected to the DC network or disconnected from the DC network , characterized in that the string current flowing in the battery string can be adjusted by means of the string-connecting unit which has a bidirectional voltage converter and a switching device for galvanically disconnecting the battery string from the DC network , wherein the switching device is either connected in series with the voltage converter or the voltage converter has the switching device , wherein the compensating currents between battery strings are suppressed.
Method for producing a shaped body with the method steps: a) providing a composite from a first plate , having a polymer film pressed into the surface of the first plate , b) providing a third plate , which has rough areas at least in part on one of its surfaces, which have a mean roughness R a of 1 μm to 30 μm and averaged roughness depth R z of 20 μm to 100 μm, c) placing the third plate opposite the pressed-in polymer film , without the third plate touching the composite , followed by the heating of the third plate to a temperature above the glass transition temperature T g of the polymer contained in the polymer film , without the composite being heated, and the heated third plate is brought into contact with the surface of the polymer film facing away from the first plate, wherein the polymer from the polymer film penetrates partially into the rough areas of the third plate , d) structuring the surface of the pressed-in polymer film facing the third plate by way of a relative movement which distances the third plate from the first plate so long as the pressed-in polymer film remains softened and in this way can be drawn out in length, as a result of which a modified composite is formed, which comprises the required shaped body. a) providing a composite from a first plate , having a polymer film pressed into the surface of the first plate , b) providing a third plate , which has rough areas at least in part on one of its surfaces, which have a mean roughness R a of 1 μm to 30 μm and averaged roughness depth R z of 20 μm to 100 μm, c) placing the third plate opposite the pressed-in polymer film , without the third plate touching the composite , followed by the heating of the third plate to a temperature above the glass transition temperature T g of the polymer contained in the polymer film , without the composite being heated, and the heated third plate is brought into contact with the surface of the polymer film facing away from the first plate, wherein the polymer from the polymer film penetrates partially into the rough areas of the third plate , d) structuring the surface of the pressed-in polymer film facing the third plate by way of a relative movement which distances the third plate from the first plate so long as the pressed-in polymer film remains softened and in this way can be drawn out in length, as a result of which a modified composite is formed, which comprises the required shaped body.
A method for unlocking a terminal, comprising: receiving N fingerprint images from a finger of a user each of which is able to successfully unlock the terminal, each of the N fingerprint images comprising M partial fingerprint images corresponding to M scanning partitions of a fingerprint recognition sensor, wherein N is a positive integer, wherein M is a positive integer greater than 1, and wherein each of the N fingerprint images has at least one feature point; acquiring, over the N fingerprint images, the average number of feature points of the M partial fingerprint images corresponding to each of the M scanning partitions; determining scanning priorities of the M scanning partitions according to the acquired average number corresponding to each of the M scanning partitions, wherein a highest scanning priority corresponds to the largest acquired average number, wherein each of the M scanning partitions of the fingerprint recognition sensor includes at least 20 sensing electrodes configured to scan the finger to acquire fingerprint data for generating a fingerprint image; scanning a finger by a first scanning partition of the fingerprint recognition sensor having the highest priority, so as to acquire first fingerprint data from the finger; generating a first fingerprint image according to the first fingerprint data, extracting feature points of the first fingerprint image, and adding the feature points into a set of feature points ; and unlocking the terminal when the set of the feature points are successfully matched with a template stored in advance in the terminal. receiving N fingerprint images from a finger of a user each of which is able to successfully unlock the terminal, each of the N fingerprint images comprising M partial fingerprint images corresponding to M scanning partitions of a fingerprint recognition sensor, wherein N is a positive integer, wherein M is a positive integer greater than 1, and wherein each of the N fingerprint images has at least one feature point; acquiring, over the N fingerprint images, the average number of feature points of the M partial fingerprint images corresponding to each of the M scanning partitions; determining scanning priorities of the M scanning partitions according to the acquired average number corresponding to each of the M scanning partitions, wherein a highest scanning priority corresponds to the largest acquired average number, wherein each of the M scanning partitions of the fingerprint recognition sensor includes at least 20 sensing electrodes configured to scan the finger to acquire fingerprint data for generating a fingerprint image; scanning a finger by a first scanning partition of the fingerprint recognition sensor having the highest priority, so as to acquire first fingerprint data from the finger; generating a first fingerprint image according to the first fingerprint data, extracting feature points of the first fingerprint image, and adding the feature points into a set of feature points ; and unlocking the terminal when the set of the feature points are successfully matched with a template stored in advance in the terminal.
Method for operating a position determination system for a mobile unit ; in which map data are provided, which comprise position information for first landmarks of a first landmark type; environment data are collected; a position of the mobile unit is determined; training data are generated and stored based on the position of the mobile unit , the collected environment data and the position information for the first landmarks ; on the basis of the training data, a first detector module for detecting landmarks of the first landmark type on the basis of the collected environment data is generated, wherein the first detector module is generated by means of a machine learning method, characterized in that when generating the first detector module, a correlation is determined for the training data and it is tested whether the correlation exceeds a threshold value, wherein the machine learning method used is based on comparing portions of the environment data comprised by the training data with each other and/or with negative examples without the landmarks, and determining correlations. map data are provided, which comprise position information for first landmarks of a first landmark type; environment data are collected; a position of the mobile unit is determined; training data are generated and stored based on the position of the mobile unit , the collected environment data and the position information for the first landmarks ; on the basis of the training data, a first detector module for detecting landmarks of the first landmark type on the basis of the collected environment data is generated, wherein the first detector module is generated by means of a machine learning method, when generating the first detector module, a correlation is determined for the training data and it is tested whether the correlation exceeds a threshold value, wherein the machine learning method used is based on comparing portions of the environment data comprised by the training data with each other and/or with negative examples without the landmarks, and determining correlations.
A method performed by a device for operating a movable radio base station configured to provide to a plurality of user equipments wireless access to a telecommunications network in a first mode and in a second mode different from the first mode, wherein each of the first mode and the second mode specifies a set of parameter values for operating parameters of the movable radio base station , the method comprising: exchanging with another movable radio base station the parameter values, wherein the operating parameters of the movable radio base station include an altitude of the movable radio base station ; and changing the movable radio base station from the first mode to the second mode, wherein changing the mode includes decreasing the altitude of the movable radio base station and triggering one or more neighboring movable radio base stations to increase their altitude. exchanging with another movable radio base station the parameter values, wherein the operating parameters of the movable radio base station include an altitude of the movable radio base station ; and changing the movable radio base station from the first mode to the second mode, wherein changing the mode includes decreasing the altitude of the movable radio base station and triggering one or more neighboring movable radio base stations to increase their altitude.
A system for monitoring doses from an ionizing radiation source to a treatment region of a patient, the system comprising: a probe body for insertion into a rectum of a patient near the treatment region of the patient; a plurality of radiation detectors disposed along a proximal end of the probe body to measure at least one dose from the ionizing radiation source; a dosimetry film that, upon exposure to the at least one dose from the ionizing radiation source, indicates a quantification of the at least one dose from the ionizing radiation source; and a slot formed in the probe body and disposed adjacent the plurality of radiation detectors, the slot being dimensioned to receive the dosimetry film ; wherein the probe body is dimensioned to be received by the rectum so as to immobilize the rectum when positioned within the rectum, thereby causing a portion of the rectum to separate from the treatment region to reduce exposure of membranous tissue surrounding the rectum to the at least one dose from the ionizing radiation source. a probe body for insertion into a rectum of a patient near the treatment region of the patient; a plurality of radiation detectors disposed along a proximal end of the probe body to measure at least one dose from the ionizing radiation source; a dosimetry film that, upon exposure to the at least one dose from the ionizing radiation source, indicates a quantification of the at least one dose from the ionizing radiation source; and a slot formed in the probe body and disposed adjacent the plurality of radiation detectors, the slot being dimensioned to receive the dosimetry film ; wherein the probe body is dimensioned to be received by the rectum so as to immobilize the rectum when positioned within the rectum, thereby causing a portion of the rectum to separate from the treatment region to reduce exposure of membranous tissue surrounding the rectum to the at least one dose from the ionizing radiation source.
Flywheel-driven setting device comprising a flywheel , which can be drivingly connected to a driving-in element in order for a setting element to be driven into a substrate by means of the driving-in element during a setting process, wherein the flywheel is subdivided into at least two flywheel parts , which are movable relative to each other to a limited degree in an axial direction, and characterized in that the at least two flywheel parts respectively comprise at least one friction-fit geometry , which can be frictionally connected to a complementary friction-fit geometry of the driving-in element for forming a friction fit between the flywheel and the driving-in element .
A mobile air conditioner, comprising: a housing; an electric control box mounted at the housing; and a wired control assembly mounted at the housing, the wired control assembly comprising a wired controller adapted for receiving a remote control command signal and an adapter for connecting the wired controller to the electric control box, wherein the wired controller is located outside the housing and a connection end of the adapter for connecting to the wired controller is exposed outside the housing, wherein the adapter is mounted at the housing, the adapter is connected to the electric control box, and the wired controller is connected to the adapter and connected to the electric control box through the adapter . a housing; an electric control box mounted at the housing; and a wired control assembly mounted at the housing, the wired control assembly comprising a wired controller adapted for receiving a remote control command signal and an adapter for connecting the wired controller to the electric control box, wherein the wired controller is located outside the housing and a connection end of the adapter for connecting to the wired controller is exposed outside the housing, wherein the adapter is mounted at the housing, the adapter is connected to the electric control box, and the wired controller is connected to the adapter and connected to the electric control box through the adapter .
A user equipment, UE, , comprising: means for storing a service data adaption protocol, SDAP, header , the SDAP header including an information element comprising an indication of the presence of critical data, and the indication of the presence of critical data comprising an indication of a request to a node, NB, to increase a redundancy for a subsequent uplink, UL, grant for the UE ; and means for sending the information element to a node, NB, of a radio access network, RAN, to request the NB to modify one or more settings that effect at least one of the handling or scheduling of data communicated between the UE and the NB . means for storing a service data adaption protocol, SDAP, header , the SDAP header including an information element comprising an indication of the presence of critical data, and the indication of the presence of critical data comprising an indication of a request to a node, NB, to increase a redundancy for a subsequent uplink, UL, grant for the UE ; and means for sending the information element to a node, NB, of a radio access network, RAN, to request the NB to modify one or more settings that effect at least one of the handling or scheduling of data communicated between the UE and the NB .
An electronic device for a wireless communication system, comprising: one or more processing circuits configured to perform an operation of: configuring timing mapping information between a downlink subframe carrying uplink grant signaling and an uplink subframe carrying uplink transmission comprising Physical Uplink Shared Channel, PUSCH, transmission performed on an unlicensed channel by a user equipment in the wireless communication system scheduled by the uplink grant signaling; generating configuration information on a channel detection type of a channel detection process performed by the user equipment before uplink transmission comprising PUSCH transmission on the unlicensed channel. configuring timing mapping information between a downlink subframe carrying uplink grant signaling and an uplink subframe carrying uplink transmission comprising Physical Uplink Shared Channel, PUSCH, transmission performed on an unlicensed channel by a user equipment in the wireless communication system scheduled by the uplink grant signaling; generating configuration information on a channel detection type of a channel detection process performed by the user equipment before uplink transmission comprising PUSCH transmission on the unlicensed channel.
A display device comprising: a light-emitting layer comprising an addressable array of light-emitting elements; an optical layer overlaying the light-emitting layer, wherein the optical layer includes a plurality of distributed lenses (A, B, C, D, E), including at least two distributed lenses having different focal lengths, wherein each distributed lens has an optical center and a plurality of lens regions, and wherein at least one lens region of a first distributed lens is located between at least two lens regions of a second distributed lens, the first and second distributed lenses having different optical centers; and a spatial light modulator operative to allow light from the light-emitting layer to travel outside the display device through a selected plurality of the lens regions, the selected plurality including at least two selected lens regions within a selected first distributed lens. a light-emitting layer comprising an addressable array of light-emitting elements; an optical layer overlaying the light-emitting layer, wherein the optical layer includes a plurality of distributed lenses (A, B, C, D, E), including at least two distributed lenses having different focal lengths, wherein each distributed lens has an optical center and a plurality of lens regions, and wherein at least one lens region of a first distributed lens is located between at least two lens regions of a second distributed lens, the first and second distributed lenses having different optical centers; and a spatial light modulator operative to allow light from the light-emitting layer to travel outside the display device through a selected plurality of the lens regions, the selected plurality including at least two selected lens regions within a selected first distributed lens.