mhurhangee/ep-ind-claims huggingface dataset:
A pumping system for at least one aquatic application, the pumping system comprising: a pump; a motor coupled to the pump; and a pump controller in communication with the motor, the pump controller including a user interface configured to initially receive and set a maximum locked flow rate, a minimum locked flow rate, and a plurality of programmed flow rate settings including a first programmed flow rate setting, the pump controller configured to disable resetting of the maximum flow rate and the minimum flow rate once they are initially received and set through the user interface, the pump controller configured to allow resetting of the plurality of programmed flow rate settings throughout operation of the pumping system, the pump controller configured to operate the motor in order to maintain a first flow rate through the pumping system set by the first programmed flow rate setting as long as the first flow rate is between the minimum locked flow rate and the maximum locked flow rate. a pump; a motor coupled to the pump; and a pump controller in communication with the motor, the pump controller including a user interface configured to initially receive and set a maximum locked flow rate, a minimum locked flow rate, and a plurality of programmed flow rate settings including a first programmed flow rate setting, the pump controller including a user interface configured to initially receive and set a maximum locked flow rate, a minimum locked flow rate, and a plurality of programmed flow rate settings including a first programmed flow rate setting, the pump controller configured to disable resetting of the maximum flow rate and the minimum flow rate once they are initially received and set through the user interface, the pump controller configured to allow resetting of the plurality of programmed flow rate settings throughout operation of the pumping system, the pump controller configured to operate the motor in order to maintain a first flow rate through the pumping system set by the first programmed flow rate setting as long as the first flow rate is between the minimum locked flow rate and the maximum locked flow rate.
An apparatus of decoding video data in a merge mode, wherein, in merge mode, motion information of one of merge candidate blocks is set to motion information of a current prediction unit, comprising: an inter prediction unit configured to construct a merge list using available spatial and temporal merge candidate locks, wherein the inter prediction unit sets motion information of a merge candidate block on the merge list corresponding to a merge index as motion information of the current prediction unit and generates a prediction block of the current prediction unit using the motion information; an inverse scanning unit configured to generate a quantized block by inverse-scanning quantized coefficient components; an inverse quantization unit configured to generate a transformed block by inverse-quantizing the quantized block using a quantization parameter; and an inverse transform unit configured to generate a residual block by inverse-transforming the transformed block, wherein when the current prediction unit is a second prediction unit among two prediction units partitioned from a current coding unit by asymmetric partitioning, a first prediction unit partitioned by the asymmetric partitioning is not to be a merge candidate block, and wherein spatial merge candidate block is a left block, an above block, an above-right block, a left-below block or an above-left block of the current prediction unit, and the above-left block is allowed to be set as a merge candidate block when one or more of the left block, the above block, the above-right block, the left-below block are unavailable. an inter prediction unit configured to construct a merge list using available spatial and temporal merge candidate locks, wherein the inter prediction unit sets motion information of a merge candidate block on the merge list corresponding to a merge index as motion information of the current prediction unit and generates a prediction block of the current prediction unit using the motion information; an inverse scanning unit configured to generate a quantized block by inverse-scanning quantized coefficient components; an inverse quantization unit configured to generate a transformed block by inverse-quantizing the quantized block using a quantization parameter; and an inverse transform unit configured to generate a residual block by inverse-transforming the transformed block, wherein when the current prediction unit is a second prediction unit among two prediction units partitioned from a current coding unit by asymmetric partitioning, a first prediction unit partitioned by the asymmetric partitioning is not to be a merge candidate block, and wherein spatial merge candidate block is a left block, an above block, an above-right block, a left-below block or an above-left block of the current prediction unit, and the above-left block is allowed to be set as a merge candidate block when one or more of the left block, the above block, the above-right block, the left-below block are unavailable.
A rail roller linkage apparatus for an armrest for an aircraft, comprising a rail, a plurality of rollers meshing with the rail and attached to a pair of links (22, 24) for providing smooth uninterrupted movement of the rail roller linkage about the rail, wherein the pair of links (22, 24) are pivotally connected to each other, characterized in that a single adjustment screw is disposed between the pair of links (22, 24) for adjusting a pressure exerted by the rollers on the rail, and wherein a compression spring is disposed around the single adjustment screw and between the pair of links (22, 24) for providing pre-tension on the single adjustment screw and for holding the plurality of rollers in position about the rail as the plurality of rollers wear over time.
A method for verifying the authenticity of a security feature, which is formed from a plurality of feature parts (500a, 500b, 500c) and thereby has at least two different optically activatable states, of a value or security product, using a mobile device in the form of a smartphone which has at least one light source in the form of a display and at least one image sensor in the form of a camera of the smartphone, comprising the steps: - irradiating the security feature with the at least one light source of the mobile device at a first angle and checking whether a first optically active state of the security feature has thereby been caused and detected by the image sensor, - irradiating the security feature with the at least one light source of the mobile device at a second angle differing from the first angle and checking whether at least a second optically active state of the security feature has thereby been caused and detected by the image sensor, and - detection of a product counterfeit if one of the optically active states could not or not completely be detected by the image sensor characterized in that for irradiating the security feature with the at least one light source of the mobile device at the first angle and at the second angle, the display is selectively illuminated at different locations of the display to cause the at least two of the optically active states of the security feature. - irradiating the security feature with the at least one light source of the mobile device at a first angle and checking whether a first optically active state of the security feature has thereby been caused and detected by the image sensor, - irradiating the security feature with the at least one light source of the mobile device at a second angle differing from the first angle and checking whether at least a second optically active state of the security feature has thereby been caused and detected by the image sensor, and - detection of a product counterfeit if one of the optically active states could not or not completely be detected by the image sensor
A method performed by a base station, comprising: transmitting by a transmitting module of the base station a Primary Synchronization Signal, PSS, periodically to a terminal, wherein the PSS in at least one subframe in one of the periods of the PSS occupies a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols, wherein the plurality of OFDM symbols are consecutive and each corresponds to one sequence, characterized by said one sequence of each OFDM symbol in the plurality of consecutive OFDM symbols corresponding to a Zadoff-Chu, ZC, sequence with a length of 11, wherein the PSS is transmitted over 11 subcarriers of a downlink carrier which includes 12 subcarriers and each ZC sequence is determined by a corresponding OFDM symbol index, wherein, in a standalone scenario, the plurality of OFDM symbols carry no reference signal.
A sensing system for sensing a component in a liquid, the system comprising: - a microfluidic channel, the microfluidic channel comprising a first end and a second end, wherein the microfluidic channel is open at the first end and closed at the second end, - at least one measurement sensor positioned adjacent the first end, the measurement sensor being arranged for detecting a measurement signal, - at least one reference sensor positioned in the microfluidic channel adjacent the second end, the reference sensor being arranged for detecting a reference signal of the liquid, the system being configured for combining the measurement signal and the reference signal so as to filter out background influences. - a microfluidic channel, the microfluidic channel comprising a first end and a second end, wherein the microfluidic channel is open at the first end and closed at the second end, - at least one measurement sensor positioned adjacent the first end, the measurement sensor being arranged for detecting a measurement signal, - at least one reference sensor positioned in the microfluidic channel adjacent the second end, the reference sensor being arranged for detecting a reference signal of the liquid,
An earplug comprising: a core comprising a proximal end, distal end, and a major outer surface and a longitudinal axis extending from the proximal end to the distal end; a sound-attenuating body attached to the major outer surface of the core, the sound-attenuating body comprising a base and a tip,, the distal end of the core disposed within the sound-attenuating body and the tip extending distally beyond the distal end of the core; and a tip cavity, of the sound-attenuating body extending proximally from the tip and comprising a distal opening, the tip cavity having a volume defined by a side wall, formed by the sound-attenuating body and a bottom at least partially formed by the distal end, of the core, characterized in that the tip cavity side wall comprises a plurality of protrusions, extending inwardly toward the longitudinal axis. a core comprising a proximal end, distal end, and a major outer surface and a longitudinal axis extending from the proximal end to the distal end; a sound-attenuating body attached to the major outer surface of the core, the sound-attenuating body comprising a base and a tip,, the distal end of the core disposed within the sound-attenuating body and the tip extending distally beyond the distal end of the core; and a tip cavity, of the sound-attenuating body extending proximally from the tip and comprising a distal opening, the tip cavity having a volume defined by a side wall, formed by the sound-attenuating body and a bottom at least partially formed by the distal end, of the core, characterized in that the tip cavity side wall comprises a plurality of protrusions, extending inwardly toward the longitudinal axis.
A computer system (130; 200) for scanning incoming mobile code, comprising: a receiver for receiving an incoming stream of mobile code for a specific programming language; parser rules and analyzer rules for the specific programming language, wherein the parser rules define certain patterns in terms of tokens, tokens being lexical constructs for the specific programming language, and wherein the analyzer rules identify certain combinations of tokens and patterns as being indicators of potential exploits, exploits being portions of mobile code that are malicious; a tokenizer operatively coupled to said receiver for identifying individual tokens within the incoming stream; a parser operatively coupled to said tokenizer and operable to use said parser rules for dynamically building, while said receiver is receiving the incoming stream, a parse tree whose nodes represent tokens or patterns in accordance with the parser rules; an analyzer operatively coupled to said parser and operable to use said analyzer rules for dynamically detecting, while said parser is dynamically building the parse tree, combinations of nodes in the parse tree which are indicators of potential exploits, based on the analyzer rules; and means for generating a security profile for the stream indicating whether or not potential exploits have been discovered within the stream, and, if so, providing a diagnostic list of one or more potential exploits and their respective locations within the stream. a receiver for receiving an incoming stream of mobile code for a specific programming language; parser rules and analyzer rules for the specific programming language, wherein the parser rules define certain patterns in terms of tokens, tokens being lexical constructs for the specific programming language, and wherein the analyzer rules identify certain combinations of tokens and patterns as being indicators of potential exploits, exploits being portions of mobile code that are malicious; a tokenizer operatively coupled to said receiver for identifying individual tokens within the incoming stream; a parser operatively coupled to said tokenizer and operable to use said parser rules for dynamically building, while said receiver is receiving the incoming stream, a parse tree whose nodes represent tokens or patterns in accordance with the parser rules; an analyzer operatively coupled to said parser and operable to use said analyzer rules for dynamically detecting, while said parser is dynamically building the parse tree, combinations of nodes in the parse tree which are indicators of potential exploits, based on the analyzer rules; and means for generating a security profile for the stream indicating whether or not potential exploits have been discovered within the stream, and, if so, providing a diagnostic list of one or more potential exploits and their respective locations within the stream.
A conveyance device for use in a mounting system including a mounting-related device for applying a viscous fluid to and/or arranging a member on a processing target (50, 55), the conveyance device comprising: a conveyance robot with a pallet having a pallet-side attachment section (42, 42B) and configured to hold the processing target, the conveyance robot having a robot-side attachment section (27, 27A) arranged at a distal end section of the conveyance robot for mounting the pallet-side attachment section (42, 42B), wherein the conveyance robot is configured to convey the pallet in a mounted state between a loading position, a processing position, and a discharge position; characterized in that: the conveyance robot is a multi-joint robot configured to grip the pallet by adjusting an inclination angle of the processing target (50,55). a conveyance robot with a pallet having a pallet-side attachment section (42, 42B) and configured to hold the processing target, the conveyance robot having a robot-side attachment section (27, 27A) arranged at a distal end section of the conveyance robot for mounting the pallet-side attachment section (42, 42B), wherein the conveyance robot is configured to convey the pallet in a mounted state between a loading position, a processing position, and a discharge position; characterized in that: the conveyance robot is a multi-joint robot configured to grip the pallet by adjusting an inclination angle of the processing target (50,55).
A strip-shaped support element suitable for supporting a window frame with a first side surface extending in a longitudinal direction which can act as an abutment on a wall, and a second side surface extending in the longitudinal direction which extends substantially perpendicular to the first side surface and can be used to support the window frame, wherein the support element is formed from a load-bearing material, characterized in that the support element comprises, on at least one surface, an intumescent material, namely expandable graphite in a proportion of 5-70%, with a thickness of at least 10 mm.
A method comprising: receiving semi-structured data elements from a data source that is connected over a computer network, wherein the semi-structured data elements comprise common data elements and non-common data elements, and wherein the common data elements represent data elements belonging to the same group and collection of logically similar elements; performing statistical analysis on collections of the semi-structured data elements as they are added to a database; identifying the common data elements from within the semi-structured data based on the statistical analysis; combining the common data elements from the data source into separate pseudo-columns stored in a cache memory; storing the non-common semi-structured data elements in an overflow serialized column in computer memory; and deriving metadata corresponding to the pseudo-columns of the common data elements from the statistical analysis. receiving semi-structured data elements from a data source that is connected over a computer network, wherein the semi-structured data elements comprise common data elements and non-common data elements, and wherein the common data elements represent data elements belonging to the same group and collection of logically similar elements; performing statistical analysis on collections of the semi-structured data elements as they are added to a database; identifying the common data elements from within the semi-structured data based on the statistical analysis; combining the common data elements from the data source into separate pseudo-columns stored in a cache memory; storing the non-common semi-structured data elements in an overflow serialized column in computer memory; and deriving metadata corresponding to the pseudo-columns of the common data elements from the statistical analysis.
Reinforced shelf for metal shelving comprising at least a lower beam provided with an aperture for the passage and the support of a supply electric wiring and a U-shaped clip (14, 15, 16), characterized in that it comprises at least an aperture obtained in the anterior vertical wall, in the horizontal wall and in the posterior vertical wall of beam for the passage of said wiring and in that said wiring is supported through a U-shaped clip (14, 15, 16).
A side water inlet valve comprising a water inlet body provided with a water inlet channel, and a water outlet pipe provided with a water outlet channel, wherein, an outer sleeve pipe in communication with the water outlet pipe is fixed at an end of the water outlet pipe, and the water inlet body is sleeve coupled in the outer sleeve pipe from an opening at one end of the outer sleeve pipe, such that the water inlet body and the outer sleeve pipe are sleeve coupled and engaged, and the water inlet body and the outer sleeve pipe are detachable, and a water flow channel is formed between the outer wall of the water inlet body and the inner wall of the outer sleeve pipe, through which the water inlet channel is in communication with the water outlet channel; the side water inlet valve further comprises a water stop assembly capable of opening or closing the water inlet channel, wherein the water stop assembly includes a float that can move up and down along with the water level of the water tank, and the water inlet body is provided with a back-pressure chamber and a pressure relief opening in communication with the back-pressure chamber, and the float is, through a threaded rod, linked and engaged with a lifting rod movably arranged on the water inlet body and capable of opening and closing the pressure relief opening.
A system for preoperative planning, comprising: an input data receiving unit, configured for receiving input data acquired with respect to a part of a patient, wherein the part corresponds to an organ of the patient to be operated on and includes one or more lesions to be removed during an operation; an anatomic 3D model generating unit, configured for generating an anatomic 3D model of the part; a plan obtaining unit, configured for obtaining a preoperative plan for linear-cutting stapler resection of the one or more lesions from the organ to be carried out during the operation based on the generated anatomic 3D model; and a plan visualizing unit, configured for: estimating a stapler cartridge size and a staple length based on the obtained preoperative plan, and visualizing a resection based on the obtained preoperative plan. an input data receiving unit, configured for receiving input data acquired with respect to a part of a patient, wherein the part corresponds to an organ of the patient to be operated on and includes one or more lesions to be removed during an operation; an anatomic 3D model generating unit, configured for generating an anatomic 3D model of the part; a plan obtaining unit, configured for obtaining a preoperative plan for linear-cutting stapler resection of the one or more lesions from the organ to be carried out during the operation based on the generated anatomic 3D model; and a plan visualizing unit, configured for: estimating a stapler cartridge size and a staple length based on the obtained preoperative plan, and visualizing a resection based on the obtained preoperative plan. estimating a stapler cartridge size and a staple length based on the obtained preoperative plan, and visualizing a resection based on the obtained preoperative plan.