mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical-based analytical test strip for the determination of an analyte in a bodily fluid sample, the electrochemical-based analytical test strip comprising: a first sample-receiving chamber with: a first sample-application opening; and a second sample-application opening; a first electrode disposed in the first sample-receiving chamber between the first sample-application opening and the second sample-application opening; a second electrode disposed in the first sample-receiving chamber between the first sample-application opening and the second sample-application opening; a second sample-receiving chamber that intersects the first sample-receiving chamber between the first electrode and the second electrode, thereby defining a chamber intersection, and at least a third electrode disposed in the second sample-receiving chamber. a first sample-receiving chamber with: a first sample-application opening; and a second sample-application opening; a first electrode disposed in the first sample-receiving chamber between the first sample-application opening and the second sample-application opening; a second electrode disposed in the first sample-receiving chamber between the first sample-application opening and the second sample-application opening; a second sample-receiving chamber that intersects the first sample-receiving chamber between the first electrode and the second electrode, thereby defining a chamber intersection, and a first sample-application opening; and a second sample-application opening; a first electrode disposed in the first sample-receiving chamber between the first sample-application opening and the second sample-application opening; a second electrode disposed in the first sample-receiving chamber between the first sample-application opening and the second sample-application opening; a second sample-receiving chamber that intersects the first sample-receiving chamber between the first electrode and the second electrode, thereby defining a chamber intersection, and at least a third electrode disposed in the second sample-receiving chamber.
A scanning apparatus for scanning a beam in a single dimensional scan, the apparatus comprising: a. a source of radiation for generating a fan beam of radiation effectively emanating from a source axis and characterized by a width; b. an angle selector, stationary during the course of scanning, for limiting the extent of the scan; c. a multi-aperture unit rotatable about a central axis; wherein the multi-aperture unit comprises a multi-aperture hoop made of material opaque to the radiation and which is arranged to rotate through the fan beam to create a sweeping pencil beam; characterized in that lateral movement of the multi-aperture hoop with respect to the plane of the fan beam causes an increased number of apertures to be placed in the fan beam per revolution of the hoop, such that if the scan angle decreases, the intensity of radiation on a target can increase inversely with the angular field of view of the beam on the target. a. a source of radiation for generating a fan beam of radiation effectively emanating from a source axis and characterized by a width; b. an angle selector, stationary during the course of scanning, for limiting the extent of the scan; c. a multi-aperture unit rotatable about a central axis;
A production method of an edible sustained-release functional material, the production method: preparing an emulsified raw material by emulsifying fat and oil containing a hydrophobic functional ingredient; stirring and mixing the emulsified raw material, gelatin, transglutaminase, and dextrin having a DE value of 8 to 21; then forming a gel by leaving the mixture to rest; and after freeze-drying the gel, performing pulverization for powderization.
A heat-resistant chocolate product comprising one or more fats selected from cocoa butter, cocoa butter alternatives, milk fat and vegetable fats which are liquid at standard ambient temperature and pressure, wherein the total amount of the fats is 15 to 35 wt.%, and (B') one or more of hydratable salts, hydratable sugars and hydratable sugar alcohols, wherein the total amount of hydratable salts, hydratable sugars and hydratable sugar alcohols is 1 to 15 wt.%, wherein the heat-resistant chocolate product comprises 1 to 15 wt.% of dextrose as component (B') and wherein the heat-resistant chocolate product comprises a total moisture content of at least 1.1 wt.%. one or more fats selected from cocoa butter, cocoa butter alternatives, milk fat and vegetable fats which are liquid at standard ambient temperature and pressure, wherein the total amount of the fats is 15 to 35 wt.%, and (B') one or more of hydratable salts, hydratable sugars and hydratable sugar alcohols, wherein the total amount of hydratable salts, hydratable sugars and hydratable sugar alcohols is 1 to 15 wt.%, wherein the heat-resistant chocolate product comprises 1 to 15 wt.% of dextrose as component (B') and wherein the heat-resistant chocolate product comprises a total moisture content of at least 1.1 wt.%. wherein the heat-resistant chocolate product comprises 1 to 15 wt.% of dextrose as component (B') and wherein the heat-resistant chocolate product comprises a total moisture content of at least 1.1 wt.%.
A base, configured for mounting a voltage sampling member for voltage sampling of a battery cell, wherein the base comprises: a body, provided with a through hole for the voltage sampling member to run through; and a pair of clamping members, mounted to the body for clamping a busbar connected to the battery cell, characterized by an elastic member, connecting the body and the clamping members for providing clamping force. a body, provided with a through hole for the voltage sampling member to run through; and a pair of clamping members, mounted to the body for clamping a busbar connected to the battery cell, characterized by an elastic member, connecting the body and the clamping members for providing clamping force.
A device (01, 28) for extracting aroma substances from hop and/or hop products into a brewing liquid, in particular into beer, the device (01, 28) comprising a solids separating device by means of which the hop and/or the hop products can be separated from the brewing liquid in flow, the solids of the hop or the hop products being held back in the solids separating device, characterized in that the device (01, 28) comprises a heater (27, 31) by means of which the suspension of brewing liquid and hop and/or hop products can be heated to an isomerization temperature at which the α-acids contained in the aroma carriers are converted into iso-α-acids, and wherein the device (01, 28) comprises a cooler for controlling the isomerization, the cooler being configured to cool the suspension of brewing liquid and hop and/or hop products to a cooling temperature below the isomerization temperature after isomerization.
A single hole single action aerosol can comprises: a can body having a lower portion and an upper portion; an inner sleeve attached to said upper portion of a valve housing and having a suction tube; a plurality of plastic wings surrounding the suction tube for guiding this tube within the inner wall of said inner sleeve; a detachable unit provided at a bottom end of the inner sleeve, the lower end of said plurality of plastic wings being positioned arranged adjacent to said detachable unit; a dip tube connected at a lower end to said suction tube and configured to discharge a fluid from said can body; wherein said upper portion of said can body supports the valve housing comprising a stem connected to an upper end of the dip tube, positioned in an axial resting position by means of a spring and being adapted to be brought into an active position upon an axial actuation; a chemical A contained in said inner sleeve, and a chemical B contained in said can body, wherein said fluid comprises a mixture out of the chemical A and chemical B; the dip tube is configured to work as a mandrel and ruptures said inner sleeve on actuation by said stem downwards together with said plurality of plastic wings; the lower end of the plastic wings breaking down said detachable unit from said inner sleeve; releasing the chemical A to the can body and discharging the mixture of the chemical A and chemical B through the suction tube from the single hole single action aerosol can. a can body having a lower portion and an upper portion; an inner sleeve attached to said upper portion of a valve housing and having a suction tube; a plurality of plastic wings surrounding the suction tube for guiding this tube within the inner wall of said inner sleeve; a detachable unit provided at a bottom end of the inner sleeve, the lower end of said plurality of plastic wings being positioned arranged adjacent to said detachable unit; a dip tube connected at a lower end to said suction tube and configured to discharge a fluid from said can body; wherein said upper portion of said can body supports the valve housing comprising a stem connected to an upper end of the dip tube, positioned in an axial resting position by means of a spring and being adapted to be brought into an active position upon an axial actuation; a chemical A contained in said inner sleeve, and a chemical B contained in said can body, wherein said fluid comprises a mixture out of the chemical A and chemical B; the dip tube is configured to work as a mandrel and ruptures said inner sleeve on actuation by said stem downwards together with said plurality of plastic wings; the lower end of the plastic wings breaking down said detachable unit from said inner sleeve; releasing the chemical A to the can body and discharging the mixture of the chemical A and chemical B through the suction tube from the single hole single action aerosol can.
A toilet bowl, comprising (i) a substantially horizontal top surface as a support for a possible seat; (ii) a bowl interior, which is open upward; (iii) a cavity, which is open rearward and which has an opening leading into the bowl interior for a flushing water inflow and an opening leading into the bowl interior for a waste water outflow; and (iv) a channel for odor suctioning having a central axis; wherein the channel extends through the top surface and into the cavity and is suitable for receiving an odor filter; characterized in that the toilet bowl comprises an odor filter that can be positioned at least partially within the channel. (i) a substantially horizontal top surface as a support for a possible seat; (ii) a bowl interior, which is open upward; (iii) a cavity, which is open rearward and which has an opening leading into the bowl interior for a flushing water inflow and an opening leading into the bowl interior for a waste water outflow; and (iv) a channel for odor suctioning having a central axis; wherein
A cartridge - having at least one reception chamber, which extends in the longitudinal direction, for a medium to be dispensed and - having a head part and a cartridge wall which bound the reception chamber, - wherein a piston is provided which can be introduced into the reception chamber at the end remote from the head part and is sealingly displaceable along the cartridge wall in the longitudinal direction; and - wherein the cartridge wall is manufactured from a cardboard and is sealingly connected to the head part, characterized in that - a fixed shape supporting ring is provided; and - in that the supporting ring surrounds the cartridge wall from the outside at the end of the reception chamber intended for the reception of the piston to improve the seal between the cartridge wall and the piston. - having at least one reception chamber, which extends in the longitudinal direction, for a medium to be dispensed and - having a head part and a cartridge wall which bound the reception chamber, - wherein a piston is provided which can be introduced into the reception chamber at the end remote from the head part and is sealingly displaceable along the cartridge wall in the longitudinal direction; and - wherein the cartridge wall is manufactured from a cardboard and is sealingly connected to the head part, - a fixed shape supporting ring is provided; and - in that the supporting ring surrounds the cartridge wall from the outside at the end of the reception chamber intended for the reception of the piston to improve the seal between the cartridge wall and the piston.
A system comprising: a head mounted device mountable to a head of a pilot; at least one vital signs sensor couplable to a body part of said pilot and configured to repeatedly obtain in real time, vital signs data indicative of at least one of blood flow, saturation of peripheral oxygen, heartbeat rate, perfusion level, abnormal flow characteristics and Electroencephalogram "EEG" of said pilot; a plurality of position and orientation sensors embedded within said head mounted device and configured to repeatedly obtain in real time head-related data associated with position and orientation of the head of said pilot; a database configured to store pilot-specific data indicative of historical vital signs and head behavior of the pilot vis à vis platform data recorded over previous flights; a computer processor configured to: simultaneously receive the pilot-specific data, vital signs data and the head related data as an input to a decision function; and generate, as an output of the decision function, an indication of preconditions of pilot incompetence before the incompetence has occurred, based on said pilot-specific data and predefined criteria. a head mounted device mountable to a head of a pilot; at least one vital signs sensor couplable to a body part of said pilot and configured to repeatedly obtain in real time, vital signs data indicative of at least one of blood flow, saturation of peripheral oxygen, heartbeat rate, perfusion level, abnormal flow characteristics and Electroencephalogram "EEG" of said pilot; a plurality of position and orientation sensors embedded within said head mounted device and configured to repeatedly obtain in real time head-related data associated with position and orientation of the head of said pilot; a database configured to store pilot-specific data indicative of historical vital signs and head behavior of the pilot vis à vis platform data recorded over previous flights; a computer processor configured to: simultaneously receive the pilot-specific data, vital signs data and the head related data as an input to a decision function; and generate, as an output of the decision function, an indication of preconditions of pilot incompetence before the incompetence has occurred, based on said pilot-specific data and predefined criteria. simultaneously receive the pilot-specific data, vital signs data and the head related data as an input to a decision function; and generate, as an output of the decision function, an indication of preconditions of pilot incompetence before the incompetence has occurred, based on said pilot-specific data and predefined criteria.
Offshore supporting structure for wind energy installations with multiple, preferably six, specifically tube shaped piles that can be anchored in the seabed, and a latticework structure which can be attached to the piles and is formed of multiple bars, specifically steel tubes, wherein the latticework structure can be assembled from multiple latticework segments (6, 8, 10, 12) arranged one above the other and at least one latticework segment (6, 8, 10, 12) has a middle node in each corner, which can be used to connect the latticework segment (6, 8, 10, 12) to another latticework segment (6, 8, 10, 12), wherein the latticework segments (6, 8, 10, 12) are prefabricated and each latticework segment (6, 8, 10, 12) has six lower corners and six upper corners that can be attached to the corners of another latticework segment (6, 8, 10, 12), wherein the middle nodes of the lower six corners and the middle nodes of the upper six corners are each arranged such that they lie on one plane and define a uniform hexagon and are each connected to essentially horizontally placed tubes, thereby forming an essentially uniform hexagon, wherein each latticework segment (6, 8, 10, 12) has at least one cross node, wherein a cross node is positioned between the lower corners of a latticework segment (6, 8, 10, 12) and the upper corners of a latticework segment (6, 8, 10, 12) and four tubes of a latticework segment (6, 8, 10, 12) can be connected to one another via the cross node, and wherein an interface is positioned on the latticework structure at an upper end of the supporting structure to hold a wind energy installation, the interface therefore being attached to the top latticework segment.
A method for beamforming in a communication system, comprising: receiving a first plurality of training data units (d 1, d 2,..., d n) via a plurality of antennas (120, 122, 124); applying a different steering vector (u 1, u 2,..., u n) as each training data unit is received via the plurality of antennas; generating a first plurality of quality indicators based on the first plurality of received training data units (d 1, d 2,..., d n), wherein each of the first plurality of quality indicators corresponds to a respective one of the first plurality of received training data units; and selecting a steering vector based on the different applied steering vectors and the first plurality of quality indicators. receiving a first plurality of training data units (d 1, d 2,..., d n) via a plurality of antennas (120, 122, 124); applying a different steering vector (u 1, u 2,..., u n) as each training data unit is received via the plurality of antennas; generating a first plurality of quality indicators based on the first plurality of received training data units (d 1, d 2,..., d n), wherein each of the first plurality of quality indicators corresponds to a respective one of the first plurality of received training data units; and selecting a steering vector based on the different applied steering vectors and the first plurality of quality indicators.
A computer-implemented method of segmenting a digital image of biological tissue, the method comprising acts of: generating a first weak or data driven segmentation of the digital image of the biological tissue to segment the digital image into a first set of biological units; assigning a rank to each biological unit in the first set of biological units; selecting a subset of biological units from the first set of biological units based on the rank of each biological unit relative to a predetermined threshold rank; and generating a second weak or data driven segmentation of a portion of the digital image including the subset of biological units to segment the portion of the digital image into a second set of biological units, characterized in that said rank assigned to each biological unit in the first set of biological units is based on a unit-to-unit similarity in shape and scale between the biological unit and one or more other biological units in the first set of biological units, wherein a geometric shape descriptor is used to define the similarity. generating a first weak or data driven segmentation of the digital image of the biological tissue to segment the digital image into a first set of biological units; assigning a rank to each biological unit in the first set of biological units; selecting a subset of biological units from the first set of biological units based on the rank of each biological unit relative to a predetermined threshold rank; and generating a second weak or data driven segmentation of a portion of the digital image including the subset of biological units to segment the portion of the digital image into a second set of biological units,
A centrifugal compressor (1, 1B, 1C) comprising: a rotor having a shaft that extends along an axis and an impeller that is fixed to an outer surface of the shaft and feeds a fluid, which flows into a first side in an axial direction (Da) to an outer side in a radial direction of the axis under pressure; a diaphragm configured to surround the impeller from an outer circumference side; a first casing head disposed at a second side of the diaphragm in the axial direction at an interval; a seal device disposed between the first casing head and the shaft; a bearing device disposed at the second side in the axial direction with respect to the seal device and disposed between the first casing head and the shaft; a shield part fixed to a first side of the first casing head in the axial direction, and configured to define a suction flow passage for introducing fluid into the impeller along with the diaphragm and to define an insulating space, which thermally insulates the first casing head from the suction flow passage, between the shield part and the first casing head, and characterized by comprising an insulator filled in the insulating space. a rotor having a shaft that extends along an axis and an impeller that is fixed to an outer surface of the shaft and feeds a fluid, which flows into a first side in an axial direction (Da) to an outer side in a radial direction of the axis under pressure; a diaphragm configured to surround the impeller from an outer circumference side; a first casing head disposed at a second side of the diaphragm in the axial direction at an interval; a seal device disposed between the first casing head and the shaft; a bearing device disposed at the second side in the axial direction with respect to the seal device and disposed between the first casing head and the shaft; a shield part fixed to a first side of the first casing head in the axial direction, and configured to define a suction flow passage for introducing fluid into the impeller along with the diaphragm and to define an insulating space, which thermally insulates the first casing head from the suction flow passage, between the shield part and the first casing head, and characterized by comprising an insulator filled in the insulating space.
A solar cell comprising: a substrate, a first++-type poly-Si layer formed on the substrate, a first-type silicon nano wire layer including a first-type silicon nano wire grown from the first++-type poly-Si layer, an intrinsic layer formed on the substrate having the first-type silicon nano wire layer, and a second-type doping layer formed on the intrinsic layer, said second-type doping layer having an impurity level lower than the first++-type poly-Si layer, wherein the first-type silicon nano wire has a length in a range of 2 to to 5 μm and a diameter in a range of 1 to 5 nm. a substrate, a first++-type poly-Si layer formed on the substrate, a first-type silicon nano wire layer including a first-type silicon nano wire grown from the first++-type poly-Si layer, an intrinsic layer formed on the substrate having the first-type silicon nano wire layer, and a second-type doping layer formed on the intrinsic layer, said second-type doping layer having an impurity level lower than the first++-type poly-Si layer, wherein the first-type silicon nano wire has a length in a range of 2 to to 5 μm and a diameter in a range of 1 to 5 nm.