mhurhangee/ep-ind-claims huggingface dataset:
Container system comprising at least two containers (3A, 3B) each forming an inner chamber (2A, 2B), the containers (3A, 3B) each comprising a connection device (4A, 4B) being initially closed, specifically a first connection device of a first container and a second connection device of a second container, and the connection devices (4A, 4B) being able to be coupled together such that the coupling produces a continuous fluid connection that is closed off from the surroundings and interconnects the inner chambers (2A, 2B) of the containers (3A, 3B) such that contents that can be held in the inner chambers (2A, 2B) can be mixed, the first connection device comprising a thin point designed to rupture through the application of force by a ram of the second connection device, as a result of which the fluid connection can be established, and wherein in its shape, the thin point comprises a tip between two at least substantially straight legs and the ram comprises a splitting device that is designed and arranged such as to rupture the thin point by acting on the tip when the coupling is produced. the containers (3A, 3B) each comprising a connection device (4A, 4B) being initially closed, specifically a first connection device of a first container and a second connection device of a second container, and the connection devices (4A, 4B) being able to be coupled together such that the coupling produces a continuous fluid connection that is closed off from the surroundings and interconnects the inner chambers (2A, 2B) of the containers (3A, 3B) such that contents that can be held in the inner chambers (2A, 2B) can be mixed, the first connection device comprising a thin point designed to rupture through the application of force by a ram of the second connection device, as a result of which the fluid connection can be established, and wherein in its shape, the thin point comprises a tip between two at least substantially straight legs and the ram comprises a splitting device that is designed and arranged such as to rupture the thin point by acting on the tip when the coupling is produced.
A burst access memory comprising: a memory array comprising a plurality of memory macros, each memory macro comprising an array of memory cells without read/write logic arranged in rows and columns, wherein the memory cells in each column are connected by at least one local bit line, said array of memory cells and the local bit lines (114a; 114b) defining the memory macro; wherein the burst access memory comprises read/write logic shared by the plurality of memory macros; a controller configured to schedule a burst access of the burst access memory by generating a plurality of macro accesses to the memory macros, wherein the plurality of macro accesses are scheduled to start with a predefined delay in relation to each other, characterized in that the burst access memory comprises a plurality of global bit lines and bit line switches, wherein each global bit line is connectable to several corresponding local bit lines (114a; 114b) of the memory macros; and wherein each macro access is divided into a plurality of ordered sub-operations, and wherein consecutive macro accesses are directed to different memory macros and different columns, wherein data for consecutive macro accesses are arranged in the different memory macros and the different columns to match the consecutive macro accesses. a memory array comprising a plurality of memory macros, each memory macro comprising an array of memory cells without read/write logic arranged in rows and columns, wherein the memory cells in each column are connected by at least one local bit line, said array of memory cells and the local bit lines (114a; 114b) defining the memory macro; wherein the burst access memory comprises read/write logic shared by the plurality of memory macros; a controller configured to schedule a burst access of the burst access memory by generating a plurality of macro accesses to the memory macros, wherein the plurality of macro accesses are scheduled to start with a predefined delay in relation to each other, characterized in that the burst access memory comprises a plurality of global bit lines and bit line switches, wherein each global bit line is connectable to several corresponding local bit lines (114a; 114b) of the memory macros; and wherein each macro access is divided into a plurality of ordered sub-operations, and wherein consecutive macro accesses are directed to different memory macros and different columns, wherein data for consecutive macro accesses are arranged in the different memory macros and the different columns to match the consecutive macro accesses.
Method for detecting a short circuit of at least one LED of an LED string of a light module, the LED string comprising a number of at least two LEDs connected in series with one another, the method comprising the following steps: a) providing a reference value (Rref) which correlates with a differential operating AC setpoint resistance of the LED string and storing the reference value (Rref) on a data memory, b) Commissioning the LED string with a DC operating voltage (UBT1, UBT2, UBT3) so that the LED string emits light, c) impressing an alternating current (IW1, IW2) superimposed on the DC operating voltage (UBT1, UBT2, UBT3) into the LED string, the frequency of the alternating current (IW1, IW2) being at least 60 Hz, the impressed alternating current (IW1, IW2) is selected such that its amplitude is between 20% and 60% of the absolute value of the nominal value of an operating direct current of the LED string caused by the operating direct voltage (UBT1, UBT2, UBT3), d) measuring the AC voltage drop (UW1, UW2) at the LED string caused by the AC current (IW1, IW2) according to step c), e) deriving a comparison actual value (Rist) of the LED string correlating with a differential operating AC actual resistance value with the aid of the AC voltage drop (UW1, UW2) measured in accordance with step d), f) retrieving the reference value (Rref) made available on the data memory in accordance with step a) and comparing it with the comparative actual value (Rist), the presence of an LED short circuit being inferred from the comparison depending on the result. a) providing a reference value (Rref) which correlates with a differential operating AC setpoint resistance of the LED string and storing the reference value (Rref) on a data memory, b) Commissioning the LED string with a DC operating voltage (UBT1, UBT2, UBT3) so that the LED string emits light, c) impressing an alternating current (IW1, IW2) superimposed on the DC operating voltage (UBT1, UBT2, UBT3) into the LED string, the frequency of the alternating current (IW1, IW2) being at least 60 Hz, the impressed alternating current (IW1, IW2) is selected such that its amplitude is between 20% and 60% of the absolute value of the nominal value of an operating direct current of the LED string caused by the operating direct voltage (UBT1, UBT2, UBT3), d) measuring the AC voltage drop (UW1, UW2) at the LED string caused by the AC current (IW1, IW2) according to step c), e) deriving a comparison actual value (Rist) of the LED string correlating with a differential operating AC actual resistance value with the aid of the AC voltage drop (UW1, UW2) measured in accordance with step d), f) retrieving the reference value (Rref) made available on the data memory in accordance with step a) and comparing it with the comparative actual value (Rist), the presence of an LED short circuit being inferred from the comparison depending on the result.
A computer-implemented method for reconstructing a seismic wavefield for geophysical exploration comprising: receiving seismic data acquired with an array of sensor cables in a seismic survey in the vicinity of a reflecting interface, the survey having an associated undersampled direction; obtaining (104, 208), from the seismic data, second data indicative of discrete samples, at locations along the undersampled direction, of an upgoing component of a continuous seismic wavefield and of a downgoing component of the continuous seismic wavefield obtained by reflection of the upgoing component of the continuous seismic wavefield at the reflecting interface; characterized by relating (108, 212) the discrete samples to a linear combination of the upgoing and downgoing components of the continuous seismic wavefields using at least one linear filter to thereby obtain a relationship; and based on the relationship, constructing (112, 216) an unaliased representation of the linear combination of the upgoing and downgoing components of the continuous seismic wavefield, wherein the continuous seismic wavefield comprises an upgoing pressure wavefield, an upgoing crossline component of a particle velocity, or an upgoing inline component of a particle velocity, and wherein the act of constructing the unaliased representation of the continuous seismic wavefield comprises applying a generalized sampling expansion. receiving seismic data acquired with an array of sensor cables in a seismic survey in the vicinity of a reflecting interface, the survey having an associated undersampled direction; obtaining (104, 208), from the seismic data, second data indicative of discrete samples, at locations along the undersampled direction, of an upgoing component of a continuous seismic wavefield and of a downgoing component of the continuous seismic wavefield obtained by reflection of the upgoing component of the continuous seismic wavefield at the reflecting interface; characterized by relating (108, 212) the discrete samples to a linear combination of the upgoing and downgoing components of the continuous seismic wavefields using at least one linear filter to thereby obtain a relationship; and based on the relationship, constructing (112, 216) an unaliased representation of the linear combination of the upgoing and downgoing components of the continuous seismic wavefield, wherein the continuous seismic wavefield comprises an upgoing pressure wavefield, an upgoing crossline component of a particle velocity, or an upgoing inline component of a particle velocity, and wherein the act of constructing the unaliased representation of the continuous seismic wavefield comprises applying a generalized sampling expansion.
Whirlpool device, which comprises at least one first support provided with a nozzle suitable to emit a mixed flow of air and water, characterized in that the device also comprises a second support suitable to be fixed to the first support and to a wall of a whirlpool tub, wherein the first support comprises at least two openings and at least two nozzles suitable to emit a mixed flow through these openings, and wherein the second support comprises at least one further opening, so that the nozzles can emit the mixed flow also through the opening of the second support when the second support is fixed to the first support.
A cartridge for a vaporizer device, the cartridge comprising: a reservoir chamber defined by a reservoir barrier, the reservoir chamber being configured to contain a liquid vaporizable material; a vaporization chamber in fluid communication with the reservoir chamber and including a wicking element configured to draw the liquid vaporizable material from the reservoir chamber to the vaporization chamber to be vaporized by a heating element; an inlet, an outlet, and an airflow passageway (238, 1438), wherein the airflow passageway (238, 1438) extends through the vaporization chamber and between the inlet and the outlet; an airflow control feature (246, 1344) configured to control a reservoir pressure in the reservoir chamber; characterized in that the cartridge comprises an airflow restrictor configured to restrict the passage of airflow along the airflow passageway (238, 1438) and the airflow control feature (246, 1344) is positioned between the airflow restrictor and the outlet. a reservoir chamber defined by a reservoir barrier, the reservoir chamber being configured to contain a liquid vaporizable material; a vaporization chamber in fluid communication with the reservoir chamber and including a wicking element configured to draw the liquid vaporizable material from the reservoir chamber to the vaporization chamber to be vaporized by a heating element; an inlet, an outlet, and an airflow passageway (238, 1438), wherein the airflow passageway (238, 1438) extends through the vaporization chamber and between the inlet and the outlet; an airflow control feature (246, 1344) configured to control a reservoir pressure in the reservoir chamber; characterized in that the cartridge comprises an airflow restrictor configured to restrict the passage of airflow along the airflow passageway (238, 1438) and the airflow control feature (246, 1344) is positioned between the airflow restrictor and the outlet.
A method for adaptive packet filtering, the method comprising: identifying, from rules in an ordered set of firewall packet filtering rules that defines a firewall policy, disjoint rule groups containing disjoint rules, where disjoint rules are defined as rules whose order can be changed without changing an integrity of the firewall policy, and wherein each disjoint rule group contains rules that are disjoint from all other rules in the disjoint rule group and wherein each of the rules in the ordered set is classified into a disjoint rule group; sorting the rules within the disjoint rule groups to statistically decrease a number of comparisons that will be applied to each packet that a firewall encounters, including consolidating disjoint rule groups having less than a threshold number of rules to form dependent rule groups and refraining from sorting the rules in the dependent rule groups; and filtering packets at the firewall using the sorted rules in the disjoint rule groups by comparing each packet to each of the sorted rules in the disjoint rule groups until the packet is allowed or denied and ceasing the comparing for the packet in response to the packet being allowed or denied, wherein filtering the packets includes filtering the packets using the disjoint rule groups and the dependent rule groups, and wherein the disjoint rule groups are searched by using sub-linear searching algorithms and the dependent rule groups are searched by using linear searching algorithms. identifying, from rules in an ordered set of firewall packet filtering rules that defines a firewall policy, disjoint rule groups containing disjoint rules, where disjoint rules are defined as rules whose order can be changed without changing an integrity of the firewall policy, and wherein each disjoint rule group contains rules that are disjoint from all other rules in the disjoint rule group and wherein each of the rules in the ordered set is classified into a disjoint rule group; sorting the rules within the disjoint rule groups to statistically decrease a number of comparisons that will be applied to each packet that a firewall encounters, including consolidating disjoint rule groups having less than a threshold number of rules to form dependent rule groups and refraining from sorting the rules in the dependent rule groups; and filtering packets at the firewall using the sorted rules in the disjoint rule groups by comparing each packet to each of the sorted rules in the disjoint rule groups until the packet is allowed or denied and ceasing the comparing for the packet in response to the packet being allowed or denied, wherein filtering the packets includes filtering the packets using the disjoint rule groups and the dependent rule groups, and wherein the disjoint rule groups are searched by using sub-linear searching algorithms and the dependent rule groups are searched by using linear searching algorithms.
An axially elongated fuel element (730, 740) for use in a fuel assembly of a nuclear reactor, the fuel element (730, 740) comprising: a kernel comprising fissionable material; and a cladding enclosing the kernel,, the cladding comprising a plurality of circumferentially spaced sides; wherein a ratio of an axial length of the fuel element (730, 740) to a circumscribed diameter of the fuel element (730, 740) is at least 20:1, and wherein an axial centerline of the fuel element (730, 740) is offset from an axial center of mass of the fuel element, characterized in that the fuel element (730, 740) has a multi-lobed profile that forms spiral ribs, wherein the spiral ribs comprise fissionable material, and wherein one or two circumferentially spaced sides are laterally reduced relative to the other circumferentially spaced sides by removing a portion of the cladding. a kernel comprising fissionable material; and a cladding enclosing the kernel,, the cladding comprising a plurality of circumferentially spaced sides; wherein a ratio of an axial length of the fuel element (730, 740) to a circumscribed diameter of the fuel element (730, 740) is at least 20:1, and wherein an axial centerline of the fuel element (730, 740) is offset from an axial center of mass of the fuel element, characterized in that the fuel element (730, 740) has a multi-lobed profile that forms spiral ribs, wherein the spiral ribs comprise fissionable material, and wherein one or two circumferentially spaced sides are laterally reduced relative to the other circumferentially spaced sides by removing a portion of the cladding.
Electromagnetic flowmeter designed to determine the flow velocity and/or volume flow and the pressure of a medium, wherein said flowmeter comprises: - a measuring tube designed to conduct the medium; - a unit for generating a magnetic field; and - at least one electrode assembly, which is mounted in the measuring tube to form a galvanic contact with the medium, wherein the electrode assembly has an electrode body, wherein the electrode body is in the shape of a pin and has a front surface, wherein a pressure transducer is coupled with the electrode body, wherein the pressure transducer can be exposed to the pressure acting on the front surface, wherein the electrode body has a first bore, wherein the first bore is a through-bore and forms an integrated active pressure channel to conduct the medium, characterized in that the electrode assembly has a temperature sensor, wherein said sensor is designed to determine a measuring signal that depends on the temperature of the medium and in that the temperature sensor is fit on the electrode body. - a measuring tube designed to conduct the medium; - a unit for generating a magnetic field; and - at least one electrode assembly, which is mounted in the measuring tube to form a galvanic contact with the medium, wherein the electrode assembly has an electrode body, wherein the electrode body is in the shape of a pin and has a front surface, wherein a pressure transducer is coupled with the electrode body, wherein the pressure transducer can be exposed to the pressure acting on the front surface, wherein the electrode body has a first bore, wherein the first bore is a through-bore and forms an integrated active pressure channel to conduct the medium, characterized in that the electrode assembly has a temperature sensor, wherein said sensor is designed to determine a measuring signal that depends on the temperature of the medium and in that the temperature sensor is fit on the electrode body.
A line for the continuous cycle production of plastic objects, comprising: - an extruder configured to receive solid plastic material in raw form and to feed out a flow of plastic fluid; - a compression moulding machine including a rotating moulding carousel and a plurality of moulds to form an ordered succession of objects from corresponding doses; - a transfer apparatus configured to obtain an ordered succession of doses from the flow of plastic fluid and to feed the doses individually to the compression moulding machine; - a conveyor configured to receive the objects individually and to transport them in the same ordered succession; - a first sensor (24, 25, 26, 30, 31, 37, 38A, 38B, 48, 52, 53, 54) configured to detect a first diagnostic signal and located at a first predetermined position in the line; - a control unit, characterized in that the control unit is configured to generate a synchronization signal representing an operating configuration of the line in real time and programmed to capture the first diagnostic signal synchronously relative to the synchronization signal, wherein the synchronization signal represents the speed at which the doses and objects move along the line, and wherein the first predetermined position is a stationary position relative to the movement of the ordered succession of doses and objects along the line. - an extruder configured to receive solid plastic material in raw form and to feed out a flow of plastic fluid; - a compression moulding machine including a rotating moulding carousel and a plurality of moulds to form an ordered succession of objects from corresponding doses; - a transfer apparatus configured to obtain an ordered succession of doses from the flow of plastic fluid and to feed the doses individually to the compression moulding machine; - a conveyor configured to receive the objects individually and to transport them in the same ordered succession; - a first sensor (24, 25, 26, 30, 31, 37, 38A, 38B, 48, 52, 53, 54) configured to detect a first diagnostic signal and located at a first predetermined position in the line; - a control unit,
A system for accessing images, comprising: an image buffer; a composition manager, the composition manager comprising a processor that generates a processed image in the image buffer, the processed image being a composition of one or more application images, each application image rendered in a corresponding application buffer by a respective application; and a camera service component that receives a request from an image consuming application (108, 110, or 112) to select an image source from which to receive graphics content, wherein the camera service component provides the image consuming application access to a plurality of image sources through a camera-oriented application programming interface, wherein the image source is selected from among a plurality of image sources comprising a sensor image source and a non-sensor image source, and wherein the camera service component provides the graphics content of the image buffer to the image consuming application (108, 110, or 112) based on a selection of the non-sensor image source as the image source by the image consuming application (108, 110, or 112), wherein the camera-oriented application programming interface is configured to provide a unified view of the image sources and to treat each of the image sources as a camera. an image buffer; a composition manager, the composition manager comprising a processor that generates a processed image in the image buffer, the processed image being a composition of one or more application images, each application image rendered in a corresponding application buffer by a respective application; and a camera service component that receives a request from an image consuming application (108, 110, or 112) to select an image source from which to receive graphics content, wherein the camera service component provides the image consuming application access to a plurality of image sources through a camera-oriented application programming interface, wherein the image source is selected from among a plurality of image sources comprising a sensor image source and a non-sensor image source, and wherein the camera service component provides the graphics content of the image buffer to the image consuming application (108, 110, or 112) based on a selection of the non-sensor image source as the image source by the image consuming application (108, 110, or 112), wherein the camera-oriented application programming interface is configured to provide a unified view of the image sources and to treat each of the image sources as a camera.