mhurhangee/ep-ind-claims huggingface dataset:
A vaporizer device, comprising: a vaporizer body including a receptacle disposed at a proximal end of the body, the receptacle configured to receive a cartridge while the cartridge is coupled with the vaporizer body, the cartridge including a reservoir holding a vaporizable material, and the cartridge further including a channel extending from the reservoir and having an opening at an end of the channel, a movable block, a controller configured to actuate the movable block, the actuating moving the movable block towards the channel to compress the channel, and the compression of the channel ejecting, from the opening at the end of the channel, at least a portion of the vaporizable material included in the reservoir, and a heating element configured to vaporize the vaporizable material ejected from the opening of the channel, characterized in that the vaporizer body further comprises a pair of electrodes configured to detect at least the portion of the vaporizable material being ejected from the opening of the channel, and wherein the heating element is configured to be activated to vaporize the vaporizable material in response to the pair of electrodes detecting at least the portion of the vaporizable material being ejected from the opening of the channel. a receptacle disposed at a proximal end of the body, the receptacle configured to receive a cartridge while the cartridge is coupled with the vaporizer body, the cartridge including a reservoir holding a vaporizable material, and the cartridge further including a channel extending from the reservoir and having an opening at an end of the channel, a movable block, a controller configured to actuate the movable block, the actuating moving the movable block towards the channel to compress the channel, and the compression of the channel ejecting, from the opening at the end of the channel, at least a portion of the vaporizable material included in the reservoir, and a heating element configured to vaporize the vaporizable material ejected from the opening of the channel, characterized in that the vaporizer body further comprises a pair of electrodes configured to detect at least the portion of the vaporizable material being ejected from the opening of the channel, and wherein the heating element is configured to be activated to vaporize the vaporizable material in response to the pair of electrodes detecting at least the portion of the vaporizable material being ejected from the opening of the channel.
System for cleaning a floor - having at least one cleaning robot, and - having control means for controlling the cleaning robot, characterised by - communications means (52, 54) for detecting at least one event with an increased soiling occurrence for at least one part of the floor, - wherein the control means set the intensity of the use of the cleaning robot for cleaning at least one part of the floor depending on the intensity of at least one event with an increased soiling occurrence. - having at least one cleaning robot, and - having control means for controlling the cleaning robot, characterised by - communications means (52, 54) for detecting at least one event with an increased soiling occurrence for at least one part of the floor, - wherein the control means set the intensity of the use of the cleaning robot for cleaning at least one part of the floor depending on the intensity of at least one event with an increased soiling occurrence.
A self-regulating pressure pipe for transporting a fluid and increasing a rate of a fluid flow of the fluid and configured to respond to the volume of the fluid or the viscosity of the fluid by decreasing or increasing the pressure within the self-regulating pressure pipe, the pipe having a cylindrical inner wall forming an axially positioned central passageway having an upstream portion and a downstream portion for the fluid flow through the central passageway, the self-regulating pressure pipe comprising: a first plurality of spaced, arcuate vanes of substantially constant width disposed within the pipe and having a first end and a second end, the first end fixedly attached to the inner wall of the self-regulating pressure pipe, and the second end free and spaced inwardly from the first end, the arcuate vanes projecting inwardly from the interior wall and formed into a first helical spiral, the arcuate vanes configured to impart a swirling tangential component to the fluid flow (252, 114) such that a vortex having a low pressure bore (256, 256a, 256b) forms in the center of the central passageway, thereby increasing an axial velocity of the fluid flow (252, 114) as the fluid moves through the bore (256, 256a, 256b) of the central passageway from the upstream portion to the downstream portion, with the proviso that there is no component that impedes or restricts the fluid flow through the central passageway, the low pressure bore (256, 256a, 256b) having the capability of expanding or contracting (256, 256a, 256b) in response to the volume of fluid or the viscosity of the fluid flowing through the central passageway, thereby decreasing or increasing the pressure within the self-regulating pressure pipe, wherein the self-regulating pressure pipe further comprises a second plurality of spaced, arcuate vanes of substantially constant width disposed within the pipe downstream of the first plurality of spaced, arcuate vanes and in a configuration substantially similar to the first plurality of spaced, arcuate vanes.
Electrotherapy device, the device being of the type that includes a single needle arranged in a needle housing and the needle housing being comprised of a head and a body, the needle acting as a cathode, a surface application electrode, which can be hand-held or attached to the patient's skin, acting as an anode, a unit for generating and controlling electric current, characterised in that the unit for generating and controlling electric current having, on its rear side, a support for the needle housing, wherein the support is comprised at its base of a connecting element to the unit for generating and controlling electric current and which is coupled to said unit for generating and controlling electric current and includes at least two projecting fins which are coupled in a separable manner to two support elements (35, 36), these support elements (35, 36) serving to support the needle housing and these support elements (35, 36) being interchangeable with each other such that the support is reversible, wherein the shape of the support elements (35, 36) is matched in each case to the front and rear side of the needle housing.
Safety system for a roof, more particularly a pitched roof, comprising an anchor point and an accessory or a safety line with which a person working on the roof can be secured to the anchor point, characterised by a first coupling member attached to or forming part of the anchor point, a second coupling member attached to or forming part of the safety line or accessory and suitable for establishing a connection with the first coupling member, and a hoisting line or a guide for moving the second coupling member to the first coupling member.
A method, in a first node, for determining a security algorithm to be used for secured communications between a wireless terminal and a second node while the wireless terminal is dually connected to the first node and to the second node, the method comprising: determining a first set of security algorithms, wherein the first set is supported by the wireless terminal; determining a second set of security algorithms, wherein the second set is supported by the second node; and indicating a security algorithm to the second node, wherein the indicated security algorithm is chosen from the intersection of the first and second sets. determining a first set of security algorithms, wherein the first set is supported by the wireless terminal; determining a second set of security algorithms, wherein the second set is supported by the second node; and indicating a security algorithm to the second node, wherein the indicated security algorithm is chosen from the intersection of the first and second sets.
A hand-held test meter for use with an electrochemical-based analytical test strip in the determination of an analyte in a bodily fluid sample, the hand-held test meter comprising: a housing; a micro-controller disposed in the housing; an operating range test strip simulation circuit block disposed in the housing; and a strip port connector configured to operationally receive an electrochemical-based analytical test strip; wherein the operating range test strip simulation circuit block is in electrical communication with the strip port connector; and wherein the operating range test strip simulation circuit block is configured to simulate an electrochemical-based analytical test strip inserted into the strip port connector and an operating range of bodily fluid samples applied to the electrochemical-based analytical test strip by sequentially presenting: a plurality of electrical loads, each of the plurality of electrical loads configured as: a first resistor of predetermined value in series with a parallel configuration of only: a second resistor of predetermined value, and a first capacitor of predetermined value; wherein the strip port connector is configured in electrical communication with the micro-controller. a housing; a micro-controller disposed in the housing; an operating range test strip simulation circuit block disposed in the housing; and a strip port connector configured to operationally receive an electrochemical-based analytical test strip; a plurality of electrical loads, each of the plurality of electrical loads configured as: a first resistor of predetermined value in series with a parallel configuration of only: a second resistor of predetermined value, and a first capacitor of predetermined value; a second resistor of predetermined value, and a first capacitor of predetermined value; wherein the strip port connector is configured in electrical communication with the micro-controller.
A shoe, comprising: a sole including a midsole and an outsole wherein the midsole is made of a soft material, the sole including a ground contact surface and also including a foot contact surface facing a side opposite to the ground contact surface; and an upper combined with the foot contact surface side of the midsole; and a reinforcement member that reinforces the midfoot portion of the midsole and a rearfoot portion of the midsole, wherein a thickness of the sole at a position corresponding to an MP joint of a wearer is different from a thickness of the sole at a position corresponding to the center of the heel such that an angle between the foot contact surface and the ground contact surface falls within the range of 8 to 16 degrees, the midsole includes an arch portion recessed upward in a midfoot portion of the midsole, a heel part of the bottom surface of the midsole has a curved shape when viewed from a side, the curved shape is formed such that the lowest point is positioned immediately below the centre of the calcaneus, and the radius of curvature of the curved shape is about 100 to 200 mm, and the reinforcement member is disposed on the upper surface of the midsole and continuously extends from the rearfoot portion to the vicinity of the boundary between the midfoot portion and the forefoot portion of the midsole. a sole including a midsole and an outsole wherein the midsole is made of a soft material, the sole including a ground contact surface and also including a foot contact surface facing a side opposite to the ground contact surface; and an upper combined with the foot contact surface side of the midsole; and a reinforcement member that reinforces the midfoot portion of the midsole and a rearfoot portion of the midsole, wherein a thickness of the sole at a position corresponding to an MP joint of a wearer is different from a thickness of the sole at a position corresponding to the center of the heel such that an angle between the foot contact surface and the ground contact surface falls within the range of 8 to 16 degrees, the midsole includes an arch portion recessed upward in a midfoot portion of the midsole, a heel part of the bottom surface of the midsole has a curved shape when viewed from a side, the curved shape is formed such that the lowest point is positioned immediately below the centre of the calcaneus, and the radius of curvature of the curved shape is about 100 to 200 mm, and the reinforcement member is disposed on the upper surface of the midsole and continuously extends from the rearfoot portion to the vicinity of the boundary between the midfoot portion and the forefoot portion of the midsole.
A method of building automation diagnosis in a building management system, the method comprising: accessing first data related to a plurality of buildings by a building analytics system of the building management system, the first data including building management system data and enterprise data different than building management system data, the enterprise data for an enterprise associated with the buildings of the plurality and the building management system data being for the buildings of the plurality; applying, by the building analytics system, the first data to unsupervised machine learning with a measure of performance for case based reasoning; and outputting, as a result of the applying, at least one component of the first data indicative of poorer measures of the performance of the building management system identified in the first data, the at least one component including the enterprise data, wherein the accessing, applying, and outputting are performed without prior training of the unsupervised machine learning. accessing first data related to a plurality of buildings by a building analytics system of the building management system, the first data including building management system data and enterprise data different than building management system data, the enterprise data for an enterprise associated with the buildings of the plurality and the building management system data being for the buildings of the plurality; applying, by the building analytics system, the first data to unsupervised machine learning with a measure of performance for case based reasoning; and outputting, as a result of the applying, at least one component of the first data indicative of poorer measures of the performance of the building management system identified in the first data, the at least one component including the enterprise data,
A method of managing a file, comprising: mounting a first file system on top of a second file system; creating, by the first file system, a virtual file by partitioning a file into a plurality of segments and by linking each of the plurality of segments in an index file of the first file system, wherein the index file tracks a location and order of the plurality of segments; directing, by the first file system, the second file system to manage each of the segments of the virtual file and the index file as separate files stored in a data storage device; and characterized by: responsive to a subsequent instruction to copy the virtual file, the first file system causes the second file system to read the index file stored on the data storage device and to provide the index file to the first file system and responsively providing, with the first file system, an updated index file back to the second file system that identifies the same segments as the index file, wherein the second file system stores the updated index file on the data storage device to create a copy of the virtual file in the second file system without rewriting the separate files representing the segments of the file, further comprising performing a write request to change data of the virtual file by writing a new segment to the data storage device and linking the new segment in the index file to the other segments of the virtual file in the index file, wherein the linking the new segment comprises linking the new segment to one or more of the plurality of segment files in a position associated with a location of the changed data. mounting a first file system on top of a second file system; creating, by the first file system, a virtual file by partitioning a file into a plurality of segments and by linking each of the plurality of segments in an index file of the first file system, wherein the index file tracks a location and order of the plurality of segments; directing, by the first file system, the second file system to manage each of the segments of the virtual file and the index file as separate files stored in a data storage device; and characterized by: responsive to a subsequent instruction to copy the virtual file, the first file system causes the second file system to read the index file stored on the data storage device and to provide the index file to the first file system and responsively providing, with the first file system, an updated index file back to the second file system that identifies the same segments as the index file, wherein the second file system stores the updated index file on the data storage device to create a copy of the virtual file in the second file system without rewriting the separate files representing the segments of the file, further comprising performing a write request to change data of the virtual file by writing a new segment to the data storage device and linking the new segment in the index file to the other segments of the virtual file in the index file, wherein the linking the new segment comprises linking the new segment to one or more of the plurality of segment files in a position associated with a location of the changed data.
A process for producing a solid biomass fuel, wherein the process comprises the following steps: (i) providing one or more sources of biomass with an average particle diameter of from 30,000 μm to 60,000 μm and a moisture content of less than 50% by weight; (ii) pulverising the one or more sources of biomass to provide a pulverised biomass powder with an average particle diameter of from 1000 μm to 20,000 μm; (iii) compressing the pulverised biomass powder so as to provide a compressed biomass powder with a moisture content of less than 30% by weight; (iv) drying the compressed biomass powder so as to provide a dried compressed biomass powder; (v) molding the dried compressed biomass powder so as to provide a molded biomass product; (vi) heating the molded biomass product to a temperature of from 160°C to 420°C for a time period of from 0.25 to 5 hours so as to provide a solid biomass fuel; and (vii) removing dust particles from the solid biomass fuel. (i) providing one or more sources of biomass with an average particle diameter of from 30,000 μm to 60,000 μm and a moisture content of less than 50% by weight; (ii) pulverising the one or more sources of biomass to provide a pulverised biomass powder with an average particle diameter of from 1000 μm to 20,000 μm; (iii) compressing the pulverised biomass powder so as to provide a compressed biomass powder with a moisture content of less than 30% by weight; (iv) drying the compressed biomass powder so as to provide a dried compressed biomass powder; (v) molding the dried compressed biomass powder so as to provide a molded biomass product; (vi) heating the molded biomass product to a temperature of from 160°C to 420°C for a time period of from 0.25 to 5 hours so as to provide a solid biomass fuel; and (vii) removing dust particles from the solid biomass fuel.
A sectional gate comprising: a gate leaf; a door leaf which is integrated into the gate leaf, which can be swivelled relative to a swivel axis preferably running substantially in the direction of gravity when the gate leaf is in its closed position, and which has at least two door leaf elements (10, 20) which can tilt against one another relative to a tilt axis running substantially perpendicular to the swivel axis; a guide rail arrangement adapted to guide the movement of the gate leaf between an open position and a closed position; and a locking arrangement; in which sectional gate a locking device is assigned to at least two door leaf elements (10, 20) and comprises at least one respective locking element adjustable between a locked position and a release position, a common actuation device which can be actuated to adjust the locking elements is assigned to at least two locking devices and the actuation device is coupled to the locking device by means of a connection device, wherein the connection device has coupling bars (110, 110a, 110b, 210, 210a, 210b) which are assigned to at least two door leaf elements (10, 20) consecutively arranged in the direction of the swivel axis, and which each extend in the direction of the swivel axis and are held in position such that they can move in the direction of the swivel axis relative to the door leaf elements (10, 20) and can tilt against each other relative to the tilt axis, characterised in that coupling surfaces (114, 122, 214, 222) which can come to rest against each other are assigned to axial ends of the coupling bars (110, 110a, 110b, 210, 210a, 210b) facing each other in the closed position of the gate leaf to transfer a push and/or pull movement in the direction of the swivel axis, and in that the coupling surfaces (114, 122, 214, 222) can be completely detached from each other in the course of a movement of the gate leaf along an arc-shaped section of a predetermined path.
A valved holding chamber, comprising: a main chamber housing; and a mouthpiece assembly removeably coupled to a first end of the main chamber housing, the mouthpiece assembly including: (i) a mouthpiece housing having a mouthpiece portion and a valve housing portion, (ii) a retaining ring separate from the valve housing portion and the main chamber housing wherein the retaining ring is coupled to the valve housing portion, and (iii) a one-way inhalation valve having an annular valve seat member, wherein the valve seat member is held between the retaining ring and an engagement surface of the valve housing portion, wherein the one-way inhalation valve and the retaining ring are structured to be inserted into and held within the interior of the valve housing portion, characterized in that the valve seat member includes a bottom that engages a bottom wall of the retaining ring, wherein a portion of the first end of the main chamber housing engages the bottom of the valve seat member and creates a seal between the main chamber housing and the one-way inhalation valve and between the one-way inhalation valve and the mouthpiece housing. a main chamber housing; and a mouthpiece assembly removeably coupled to a first end of the main chamber housing, the mouthpiece assembly including: (i) a mouthpiece housing having a mouthpiece portion and a valve housing portion, (ii) a retaining ring separate from the valve housing portion and the main chamber housing wherein the retaining ring is coupled to the valve housing portion, and (iii) a one-way inhalation valve having an annular valve seat member, wherein the valve seat member is held between the retaining ring and an engagement surface of the valve housing portion, (i) a mouthpiece housing having a mouthpiece portion and a valve housing portion, (ii) a retaining ring separate from the valve housing portion and the main chamber housing wherein the retaining ring is coupled to the valve housing portion, and (iii) a one-way inhalation valve having an annular valve seat member, wherein the valve seat member is held between the retaining ring and an engagement surface of the valve housing portion, wherein the one-way inhalation valve and the retaining ring are structured to be inserted into and held within the interior of the valve housing portion, characterized in that the valve seat member includes a bottom that engages a bottom wall of the retaining ring, wherein a portion of the first end of the main chamber housing engages the bottom of the valve seat member and creates a seal between the main chamber housing and the one-way inhalation valve and between the one-way inhalation valve and the mouthpiece housing.