mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a database platform executing instructions on at least one hardware processor, the method comprising: receiving a query comprising one or more predicates, the query directed at least to data in an external table that is stored in an external storage platform that is external to the database platform; identifying , based on metadata that summarizes the data in the external table, one or more partitions of the external table that comprise data satisfying the one or more predicates; generating a query plan based on the query, the query plan comprising a plurality of discrete subtasks, the plurality of discrete subtasks comprising instructions to scan the identified one or more partitions of the external table for data satisfying the one or more predicates; assigning , based on the metadata, the plurality of discrete subtasks to one or more nodes in an execution platform; and refreshing, in response to a threshold number of modifications being made to the external table, the metadata to reflect the modifications. receiving a query comprising one or more predicates, the query directed at least to data in an external table that is stored in an external storage platform that is external to the database platform; identifying , based on metadata that summarizes the data in the external table, one or more partitions of the external table that comprise data satisfying the one or more predicates; generating a query plan based on the query, the query plan comprising a plurality of discrete subtasks, the plurality of discrete subtasks comprising instructions to scan the identified one or more partitions of the external table for data satisfying the one or more predicates; assigning , based on the metadata, the plurality of discrete subtasks to one or more nodes in an execution platform; and refreshing, in response to a threshold number of modifications being made to the external table, the metadata to reflect the modifications.
Method for sorting particles of a material flow into at least two fractions , the particles in the material flow being observed by means of at least one detector , the at least one detector detects values of at least one property of the particles , on the basis of which the particles are to be sorted, and also at least one position of the particles at at least one point in time, characterized in that at least those particles which are to be supplied to one of the fractions are subjected at at least one interaction location to acoustic radiation pressure such that particles with different values of the property are supplied to different ones of the fractions . the particles in the material flow being observed by means of at least one detector , the at least one detector detects values of at least one property of the particles , on the basis of which the particles are to be sorted, and also at least one position of the particles at at least one point in time, characterized in that at least those particles which are to be supplied to one of the fractions are subjected at at least one interaction location to acoustic radiation pressure such that particles with different values of the property are supplied to different ones of the fractions .
An elevator control system , comprising: a plurality of sway sensors situated within a hoistway of a building ; characterized by : the sway sensors respectively including a contact surface situated to be contacted by a vertically extending elongated member of an elevator when the elongated member moves laterally in the hoistway , the sway sensors respectively providing an indication of contact between the contact surface and the elongated member ; and a controller configured to: receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors , determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member , and implement an adjustment to elevator movement control when the at least one condition exists. a plurality of sway sensors situated within a hoistway of a building ; characterized by : the sway sensors respectively including a contact surface situated to be contacted by a vertically extending elongated member of an elevator when the elongated member moves laterally in the hoistway , the sway sensors respectively providing an indication of contact between the contact surface and the elongated member ; and a controller configured to: receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors , determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member , and implement an adjustment to elevator movement control when the at least one condition exists. the sway sensors respectively including a contact surface situated to be contacted by a vertically extending elongated member of an elevator when the elongated member moves laterally in the hoistway , the sway sensors respectively providing an indication of contact between the contact surface and the elongated member ; and a controller configured to: receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors , determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member , and implement an adjustment to elevator movement control when the at least one condition exists. receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors , determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member , and implement an adjustment to elevator movement control when the at least one condition exists.
A probe assembly for use in sensors configured to convert between motion and electrical signals, the probe assembly comprising: a probe rod defining a first end , wherein the probe rod is configured to, in an operational configuration, be at least partially received by a sensor device ; and a probe head configured to receive the first end of the probe rod , wherein the probe head is configured to mate with the first end so as to secure the probe rod therein, the probe head defining an opening configured to at least partially receive the first end of the probe rod therein such that the first end of the probe rod is substantially aligned with an exterior surface of the probe head ; wherein the first end of the probe rod is welded to the probe head via a butt weld in which the first end of the probe rod and the probe head are joined in the same plane, wherein the first end of the probe rod further defines a first threaded element and the probe head further defines a second threaded element such that connection between the first threaded element and the second threaded element is configured to secure the probe rod within the probe head . a probe rod defining a first end , wherein the probe rod is configured to, in an operational configuration, be at least partially received by a sensor device ; and a probe head configured to receive the first end of the probe rod , wherein the probe head is configured to mate with the first end so as to secure the probe rod therein, the probe head defining an opening configured to at least partially receive the first end of the probe rod therein such that the first end of the probe rod is substantially aligned with an exterior surface of the probe head ; wherein the first end of the probe rod is welded to the probe head via a butt weld in which the first end of the probe rod and the probe head are joined in the same plane, wherein the first end of the probe rod further defines a first threaded element and the probe head further defines a second threaded element such that connection between the first threaded element and the second threaded element is configured to secure the probe rod within the probe head .
A system comprising a substrate and a multiplicity of elongated nanostructures arranged on the substrate at a density of at least 100,000 nanostructures per 1 cm 2 , each nanostructure in at least a first portion of said nanostructures featuring a capturing moiety covalently attached to a surface thereof and each nanostructure in at least a second portion of said nanostructures featuring a light-activatable moiety covalently attached to a surface thereof, wherein said capturing moiety selectively interacts with an analyte, and said light-activatable moiety generates, upon exposure to light, a reactive moiety that interferes with an interaction of said capturing moiety and said analyte, wherein: an average length of said elongated nanostructures ranges from 0.1 micrometer (micron) to 500 micrometers (microns); said nanostructures are generally parallel to each other and are aligned generally vertically to said substrate; and wherein said reactive moiety is such that induces a release of at least 20 % of molecules of said analyte that interact with said capturing moieties in 10 minutes, the system being for use in extracting the analyte from a liquid containing same by contacting the liquid with the system; and exposing the system to light at a wavelength that generates said reactive moiety. an average length of said elongated nanostructures ranges from 0.1 micrometer (micron) to 500 micrometers (microns); said nanostructures are generally parallel to each other and are aligned generally vertically to said substrate; and wherein said reactive moiety is such that induces a release of at least 20 % of molecules of said analyte that interact with said capturing moieties in 10 minutes, the system being for use in extracting the analyte from a liquid containing same by contacting the liquid with the system; and exposing the system to light at a wavelength that generates said reactive moiety.
An air-conditioning apparatus including a refrigerant circuit (A) having a compressor , a refrigerant flow switching device , a plurality of heat exchangers related to heat medium , an expansion device , and a heat source-side heat exchanger , which are connected by a refrigerant pipe to form a refrigeration cycle, and a heat medium circuit (B) having the plurality of heat exchangers related to heat medium , a pump , and a plurality of use-side heat exchangers , which are connected by a heat medium pipe , the air-conditioning apparatus being capable of a cooling operation and a heating operation, characterized by the air-conditioning apparatus comprising: an opening and closing device that is provided in a heat medium supply pipe of the air conditioning apparatus connected to the heat medium circuit (B) so as to supply a heat medium, and that passes or cuts off the heat medium flowing from the heat medium supply pipe to the heat medium circuit (B); an air release device that is provided in the heat medium circuit (B), and releases air remaining within the heat medium circuit (B); and a controller that is configured to control the opening and closing device and the air release device , wherein the controller is configured to perform the heating operation while the opening and closing device and the air release device are opened. an opening and closing device that is provided in a heat medium supply pipe of the air conditioning apparatus connected to the heat medium circuit (B) so as to supply a heat medium, and that passes or cuts off the heat medium flowing from the heat medium supply pipe to the heat medium circuit (B); an air release device that is provided in the heat medium circuit (B), and releases air remaining within the heat medium circuit (B); and a controller that is configured to control the opening and closing device and the air release device , wherein the controller is configured to perform the heating operation while the opening and closing device and the air release device are opened.
Multilayer tube for guiding fuel fluid or brake fluid, comprising - an outer protection layer , - a barrier layer radially within the outer protection layer , - an intermediate layer radially within the barrier layer , and - an inner layer radially within the intermediate layer , wherein at least two of the layers are co-extruded layers, wherein the barrier layer comprises a partially aromatic polyamide and wherein the inner layer comprises PA-MXD6, which is a partially aromatic crystalline polyamide resin, wherein the intermediate layer and the barrier layer are directly adjacent to each other, and wherein the intermediate layer and the inner layer are directly adjacent to each other. - an outer protection layer , - a barrier layer radially within the outer protection layer , - an intermediate layer radially within the barrier layer , and - an inner layer radially within the intermediate layer , wherein at least two of the layers are co-extruded layers, wherein the barrier layer comprises a partially aromatic polyamide and wherein the inner layer comprises PA-MXD6, which is a partially aromatic crystalline polyamide resin, wherein the intermediate layer and the barrier layer are directly adjacent to each other, and wherein the intermediate layer and the inner layer are directly adjacent to each other. wherein at least two of the layers are co-extruded layers, wherein the barrier layer comprises a partially aromatic polyamide and wherein the inner layer comprises PA-MXD6, which is a partially aromatic crystalline polyamide resin, wherein the intermediate layer and the barrier layer are directly adjacent to each other, and wherein the intermediate layer and the inner layer are directly adjacent to each other.
A screen display method, applied to a foldable electronic device, wherein the electronic device comprises a first screen and a second screen , the first screen and the second screen are respectively disposed on two opposite sides of the electronic device, wherein the first screen is an inner screen and the second screen is an outer screen, and the method comprises: receiving a first operation performed by a user, wherein the first operation is an operation of sliding down on the first screen to enable a pull-down taskbar and tapping a control in the pull-down taskbar to open a window as first interface; displaying the first interface on the first screen in response to the first operation, wherein the first interface comprises a first control; receiving a second operation performed by the user on the first control; and displaying, in response to the second operation, a service code corresponding to the first control on the second screen ; wherein in an unfolded state, an operation authority of the second screen is in a turn-off state, in which the user cannot tap the outer screen to operate and, in a folded state, the operation authority of the second screen is in a turn-on state. receiving a first operation performed by a user, wherein the first operation is an operation of sliding down on the first screen to enable a pull-down taskbar and tapping a control in the pull-down taskbar to open a window as first interface; displaying the first interface on the first screen in response to the first operation, wherein the first interface comprises a first control; receiving a second operation performed by the user on the first control; and displaying, in response to the second operation, a service code corresponding to the first control on the second screen ; wherein in an unfolded state, an operation authority of the second screen is in a turn-off state, in which the user cannot tap the outer screen to operate and, in a folded state, the operation authority of the second screen is in a turn-on state.
Fume extraction device which has a fume extraction housing with a suction opening in the upper face of the fume extraction housing and a fan which is arranged offset downward relative to the suction opening , wherein the fume extraction device has a filter device for the fume extraction device which comprises at least two filter elements and at least one holding frame for holding the at least two filter elements , wherein the at least two filter elements are arranged at an angle relative to one another and an edge of one of the filter elements lies adjacent to an edge of the other filter element and wherein the filter device is introduced in the fume extraction housing such that the edges of the filter elements which lie adjacent to one another face away from the suction opening , characterised in that each filter element has a variable distance (A) between the opposite outer faces of the filter element over its surface.
A WIM force transducer comprising a housing profile and a piezoelectric measuring arrangement ; which piezoelectric measuring arrangement generates electric polarization charges under the impact of a reaction force (K) to be measured; which housing profile comprises a tubular part and a cavity in the interior of the tubular part ; which reaction force acts on the piezoelectric measuring arrangement via the housing profile along a force introduction axis (Y); which piezoelectric measuring arrangement is mounted under mechanical prestress (V) along the force introduction axis (Y) within the cavity ; wherein a mounting force (M) that acts along a mounting force axis (X) can be applied to the tubular part , wherein for mounting the piezoelectric measuring arrangement in the cavity the tubular part can be expanded along the force introduction axis (Y) by an applied mounting force (M); characterized in that in a cross-sectional plane (XY) defined by the force introduction axis (Y) and the mounting force axis (X) the tubular part is elliptical in shape with a major semiaxis (a) extending along the mounting force axis (X) and a minor semiaxis (b) extending along the force introduction axis (Y).
A composition comprising a mixture of two or more imidazolium ionic liquids and between 0.1 and 50%wt of cellulose, wherein the mixed ionic liquids configure a eutectic system and their anions are selected from chloride and acetate.
Sensor device (21,21a-21d,25a-25d) comprising a • a retro-reflecting element (22,22a-22d) having a front boundary surface configured for entry of measuring light into the retro-reflecting element (22,22a-22d) and a back boundary surface configured for reflecting a first part of the measuring light as reflected measuring light and configured for transmitting a second part of the measuring light as transmitted measuring light , wherein the front boundary surface and the back boundary surface are arranged on opposite sides of the retro-reflecting element (22,22a-22d), and • a sensor unit configured and arranged so that the transmitted measuring light is detectable by the sensor unit , characterised in that • the front boundary surface and the back boundary surface are of curved shape, • the retro-reflecting element (22,22a-22d) is configured so that the measuring light entering into the retro-reflecting element at the front boundary surface is focussed at the back boundary surface , and • an incidence angle of the measuring light relative to the sensor device (21,21a-21d,25a-25d) is equal to an exit angle of the reflected measuring light relative to the sensor device (21,21a-21d,25a-25d). • a retro-reflecting element (22,22a-22d) having a front boundary surface configured for entry of measuring light into the retro-reflecting element (22,22a-22d) and a back boundary surface configured for reflecting a first part of the measuring light as reflected measuring light and configured for transmitting a second part of the measuring light as transmitted measuring light , wherein the front boundary surface and the back boundary surface are arranged on opposite sides of the retro-reflecting element (22,22a-22d), and • a sensor unit configured and arranged so that the transmitted measuring light is detectable by the sensor unit , • the front boundary surface and the back boundary surface are of curved shape, • the retro-reflecting element (22,22a-22d) is configured so that the measuring light entering into the retro-reflecting element at the front boundary surface is focussed at the back boundary surface , and • an incidence angle of the measuring light relative to the sensor device (21,21a-21d,25a-25d) is equal to an exit angle of the reflected measuring light relative to the sensor device (21,21a-21d,25a-25d).
A computer readable medium having a program recorded thereon to execute a Bluetooth security threat detection method in a computer, the Bluetooth security threat detection method comprising: a step (S101) of collecting Bluetooth packets transmitted from devices; a searching step (S103) of comparing information included in Bluetooth packets collected at the same time period from among the collected Bluetooth packets, and finding device name duplication Bluetooth packets having a same device name; a step (S105) of calculating a degree of risk indicating a degree of risk of a risky device, with respect to each of the devices which transmit the Bluetooth packets, based on a result of the searching step, wherein the step of calculating the degree of risk comprises a first operation of increasing a degree of risk of at least one device from among device name duplication devices which transmit the device name duplication Bluetooth packets; and informing a user of security threat devices, based on the degree of risk. a step (S101) of collecting Bluetooth packets transmitted from devices; a searching step (S103) of comparing information included in Bluetooth packets collected at the same time period from among the collected Bluetooth packets, and finding device name duplication Bluetooth packets having a same device name; a step (S105) of calculating a degree of risk indicating a degree of risk of a risky device, with respect to each of the devices which transmit the Bluetooth packets, based on a result of the searching step, wherein the step of calculating the degree of risk comprises a first operation of increasing a degree of risk of at least one device from among device name duplication devices which transmit the device name duplication Bluetooth packets; and informing a user of security threat devices, based on the degree of risk.
A system for remotely commanding a medical device arranged to be implanted in a human or animal body, said command system comprising at least a first and a second activation element for commanding said medical device, said first activation element being arranged to be triggered by proximity to an added activation element , said second activation element being arranged to be triggered by pressure exerted on said second activation element, the command system being configured to establish a communication with the medical device in a frequency band dedicated to medical devices and to activate a command of the medical device upon triggering of the first and second activation elements simultaneously or successively in a time interval of less than 1 second, preferably less than 500 milliseconds, still preferably less than or equal to 100 milliseconds.