mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a roll your own tobacco shag from tobacco lamina and tobacco stem, the process including the steps of: a. flattening the tobacco stem to break down the cellular structure of the tobacco stem; b. combining the flattened tobacco stem with the tobacco lamina; and, c. cutting the combined flattened tobacco stem and tobacco lamina to produce a roll your own tobacco shag. a. flattening the tobacco stem to break down the cellular structure of the tobacco stem; b. combining the flattened tobacco stem with the tobacco lamina; and, c. cutting the combined flattened tobacco stem and tobacco lamina to produce a roll your own tobacco shag.
A method for observing a movement profile of at least one heald shaft, which movement profile depends on various variables or parameters, the method comprising the steps: a. Detection of a plurality of measured values, wherein actual positions of the heald shaft, at definable measuring moments in a weaving cycle and/or actual moments of the weaving cycle when definable measuring positions of the heald shaft are reached are detected, b. Determination of at least one characteristic value of the movement profile by means of the detected measured values, and c. Reconstruction of the movement profile of the at least one heald shaft in relation to moments of the weaving cycle on the basis of the measured values and the at least one characteristic value. a. Detection of a plurality of measured values, wherein actual positions of the heald shaft, at definable measuring moments in a weaving cycle and/or actual moments of the weaving cycle when definable measuring positions of the heald shaft are reached are detected, b. Determination of at least one characteristic value of the movement profile by means of the detected measured values, and c. Reconstruction of the movement profile of the at least one heald shaft in relation to moments of the weaving cycle on the basis of the measured values and the at least one characteristic value.
Locating device (1, 20) for locating a source of a radio signal, comprising a movably mounted receiving antenna, which has a directionality and is formed to perform a predetermined movement pattern and in doing so to receive the radio signal, comprising a computation means (6, 21), which is formed to correlate the received radio signal with a predetermined reference signal and, on the basis of a maximum of the correlation result, to determine the direction (8, 22) from which the radio signal is arriving at the receiving antenna, the reference signal simulating a standard signal of a constant signal level which is theoretically received by the moving receiving antenna and which arrives at the receiving antenna from an invariable predetermined transmission direction, the reference signal being formed as a reference vector which has a predetermined number of values, each of the values specifying the theoretical level of the received standard signal for a portion of the movement pattern; characterised in that the computation means (6, 21) is formed to store the received radio signal in a receiving vector which has the same number of values as the reference vector, and the computation means (6, 21) being formed, for each sampling time point of the received radio signal, to divide the associated sampling time point by the duration of the movement pattern and to multiply the non-integer part of the division by the number of values in the receiving vector so as to calculate the position of the value in the vector to which a level of the received signal at the associated sampling time point is to be assigned, and to add the level of the received signal at the associated sampling time point to the corresponding value at the calculated position.
Separator for liquid-air separation of an in particular dental wastewater mixture, comprising a housing having a mixture inlet for the wastewater mixture to be separated, a liquid outlet for liquid separated off from the wastewater mixture, and an air drain for suctioning air out of the interior of the housing, wherein a sealing element which is arranged inside the housing and separates the liquid outlet in an airtight manner from an inner volume of the housing, which is connected to the air drain and the mixture inlet, and characterised in that the sealing element comprises at least one valve element, which is designed to allow the passage of liquid from the inner volume and to prevent air from entering the inner volume by means of the sealing element.
High-pressure hose comprising an inner liner, reinforcing plies (3,5) in the form of helically wound filaments, and a cover layer, wherein two adjacent reinforcing cable plies are directed in the same direction, and the follow-up ply pair is laid in opposite sense, characterized in that a rubberized textile ply is arranged above the liner, below the cover and between the unidirectional reinforcing ply pairs.
Valve, in particular for controlling a medium in a cooling or heating circuit, - with a housing, which has a connection point for insertion into a connection device, - wherein the connection point has a passage opening which connects at least one feed opening and at least one outlet opening, - with a valve seat assigned to the passage opening, which is closable by a valve closing member, - with a regulating chamber in the connection point, which is formed between the feed opening and the through-opening or between the through-opening and the outlet opening, - wherein the valve has a safety element and wherein the valve closing member is arrangeable in three positions: - a filling position, in which the securing element holds the valve closing member raised relative to the valve seat and releases the passage opening, - a working position in which the valve closing member is lifted by a drive or relative to the valve seat and releases the passage opening, - a closing position in which the valve closing member closes the valve seat, characterized in - that the securing element is movable into an external engagement position with respect to the valve closing member after the valve closing member has been moved from the filling position into the working position for the first time and the valve closing member is then be moveable into the closing position. - with a housing, which has a connection point for insertion into a connection device, - wherein the connection point has a passage opening which connects at least one feed opening and at least one outlet opening, - with a valve seat assigned to the passage opening, which is closable by a valve closing member, - with a regulating chamber in the connection point, which is formed between the feed opening and the through-opening or between the through-opening and the outlet opening, - wherein the valve has a safety element and wherein the valve closing member is arrangeable in three positions: - a filling position, in which the securing element holds the valve closing member raised relative to the valve seat and releases the passage opening, - a working position in which the valve closing member is lifted by a drive or relative to the valve seat and releases the passage opening, - a closing position in which the valve closing member closes the valve seat, - that the securing element is movable into an external engagement position with respect to the valve closing member after the valve closing member has been moved from the filling position into the working position for the first time and the valve closing member is then be moveable into the closing position.
An inhaler article comprising: a body extending along a longitudinal axis from a mouthpiece end to a distal end, wherein the body has an outer diameter that is substantially constant from the distal end to the mouthpiece end; a capsule cavity defined within the body and extending along the longitudinal axis; a mouthpiece air channel extends from the capsule cavity to the mouthpiece end; a boundary element between the capsule cavity and the mouthpiece air channel, the boundary element comprising at least two concentric rings of apertures (142,144) fluidly connecting the capsule cavity with the mouthpiece air channel, a center region that coincides with the longitudinal axis, and a perimeter region that contacts the body, and the center region is a solid circular region and is co-planar with the perimeter; the outer concentric ring of apertures surrounds an inner concentric ring of apertures and each of the inner apertures of the inner concentric ring has an open area less than each of the outer apertures of the outer concentric ring of apertures. a body extending along a longitudinal axis from a mouthpiece end to a distal end, wherein the body has an outer diameter that is substantially constant from the distal end to the mouthpiece end; a capsule cavity defined within the body and extending along the longitudinal axis; a mouthpiece air channel extends from the capsule cavity to the mouthpiece end; a boundary element between the capsule cavity and the mouthpiece air channel, the boundary element comprising at least two concentric rings of apertures (142,144) fluidly connecting the capsule cavity with the mouthpiece air channel, a center region that coincides with the longitudinal axis, and a perimeter region that contacts the body, and the center region is a solid circular region and is co-planar with the perimeter; the outer concentric ring of apertures surrounds an inner concentric ring of apertures and each of the inner apertures of the inner concentric ring has an open area less than each of the outer apertures of the outer concentric ring of apertures.
Rotor pair for a compressor block of a screw machine, wherein the rotor pair consists of a secondary rotor rotating about a first axis and a main rotor rotating about a second axis, wherein the number of teeth (z 2) of the main rotor is 4 and the number of teeth (z 1) of the secondary rotor is 5, wherein the relative profile depth of the secondary rotor PT rel = rk 1 − rf 1 rk 1 is at least 0.515 and at most 0.58, wherein rk 1 is a tip radius drawn around the outer circumference of the secondary rotor and rf 1 is a root radius applied to the profile base of the secondary rotor, wherein the ratio of the center distance α of the first axis to the second axis and the tip radius rk 1 a rk 1 is at least 1.683 and at most 1.836, preferably at most 1.782, wherein the main rotor is formed with a wrap angle Φ HR, for which 320°≤Φ HR ≤360° applies, and wherein for a rotor length ratio L HR /a applies: 1.4 ≤ L HR / a ≤ 3.3, wherein the rotor length ratio is formed from the ratio of the rotor length L HR of the main rotor and the center distance a, and the rotor length L HR of the main rotor is formed by the distance between a suction-side main-rotor rotor end face and an opposite pressure-side main-rotor rotor end face. wherein the number of teeth (z 2) of the main rotor is 4 and the number of teeth (z 1) of the secondary rotor is 5, wherein the relative profile depth of the secondary rotor PT rel = rk 1 − rf 1 rk 1 is at least 0.515 and at most 0.58, wherein rk 1 is a tip radius drawn around the outer circumference of the secondary rotor and rf 1 is a root radius applied to the profile base of the secondary rotor, wherein the ratio of the center distance α of the first axis to the second axis and the tip radius rk 1 a rk 1 is at least 1.683 and at most 1.836, preferably at most 1.782, wherein the main rotor is formed with a wrap angle Φ HR, for which 320°≤Φ HR ≤360° applies, and wherein for a rotor length ratio L HR /a applies: 1.4 ≤ L HR / a ≤ 3.3, wherein the rotor length ratio is formed from the ratio of the rotor length L HR of the main rotor and the center distance a, and the rotor length L HR of the main rotor is formed by the distance between a suction-side main-rotor rotor end face and an opposite pressure-side main-rotor rotor end face.
A method of using band-limited subframes in a wireless network having a macro cell and a small cell (130, 140, 150) operating on the same carrier frequency, the method comprising at a first network node (130, 140, 150): providing a set of subframes comprising at least one band-limited subframe (402, 410), within a subset of subframes (402, 404, 406, 408, 410, 412, 416, 418, 420, 424) in at least one radio frame, wherein within the at least one band-limited subframe system bandwidth corresponding to said carrier frequency is partitioned into multiple portions (B 1, B 2), each portion having different cell transmission powers: transmitting to a user equipment operating within the wireless network over a first frequency sub-band (B 2), defining a first portion of said multiple portions within the at least one band-limited subframe, with a first transmission power, and transmitting to the user equipment operating within the wireless network over a second frequency sub-band (B 1), defining a second portion of said multiple portions within the at least one band-limited subframe, with a second non-zero transmission power, wherein when the first transmission power is above a first threshold, the second transmission power is below a second threshold and the second threshold is lower than the first threshold, said method characterised in that the second frequency sub-band (B 1) and the first frequency sub-band (B 2) are separated by a sub-band guard band (Bg), the sub-band guard band (Bg) having a size that is semi-statically configured by the first network node so as to ease or prevent power leakage from the first frequency sub-band (B 2) to the second frequency sub-band. transmitting to a user equipment operating within the wireless network over a first frequency sub-band (B 2), defining a first portion of said multiple portions within the at least one band-limited subframe, with a first transmission power, and transmitting to the user equipment operating within the wireless network over a second frequency sub-band (B 1), defining a second portion of said multiple portions within the at least one band-limited subframe, with a second non-zero transmission power, wherein when the first transmission power is above a first threshold, the second transmission power is below a second threshold and the second threshold is lower than the first threshold, said method characterised in that the second frequency sub-band (B 1) and the first frequency sub-band (B 2) are separated by a sub-band guard band (Bg), the sub-band guard band (Bg) having a size that is semi-statically configured by the first network node so as to ease or prevent power leakage from the first frequency sub-band (B 2) to the second frequency sub-band.
A method, comprising: a database server establishing a plurality of database sessions for access to a plurality of pluggable databases (220, 230) in a container database, wherein said container database includes a separate database dictionary (221, 231) for each pluggable database (220, 230) of said plurality of pluggable databases (220, 230), wherein said database server establishing a plurality of database sessions includes, for each database session of said plurality of database sessions: receiving a connection request; determining that the connection request is a request for a database session for a particular pluggable database (220, 230) of said plurality of pluggable databases (220, 230); and establishing said each database session for the particular pluggable database (220, 230), said establishing including attaching the respective separate database dictionary (221, 231) of said particular pluggable database (220, 230) to said each database session so that the respective separate database dictionary (221, 231) of said particular pluggable database (220, 230) is established as the database dictionary for said each database session, wherein database commands issued through said each database session are executed against the respective separate database dictionary (211, 231) so that the only pluggable database objects which can be accessed through said each database session are those defined in the respective separate database dictionary (221, 231) attached to said each database session. receiving a connection request; determining that the connection request is a request for a database session for a particular pluggable database (220, 230) of said plurality of pluggable databases (220, 230); and establishing said each database session for the particular pluggable database (220, 230), said establishing including attaching the respective separate database dictionary (221, 231) of said particular pluggable database (220, 230) to said each database session so that the respective separate database dictionary (221, 231) of said particular pluggable database (220, 230) is established as the database dictionary for said each database session, wherein database commands issued through said each database session are executed against the respective separate database dictionary (211, 231) so that the only pluggable database objects which can be accessed through said each database session are those defined in the respective separate database dictionary (221, 231) attached to said each database session.
A method of controlling a building system by a controller of a building control system which comprises a plurality of building systems, the method comprising the steps of: receiving a user input from a mobile device, wherein the user input is for establishing a defined action, the user input being a motion input through a building system control application on the mobile device; assigning the defined action to control a building system among the plurality of building systems; storing the defined action in a database in association with a user of the mobile device and the building system, the user having user control permissions granting the user an ability to control the building system; receiving a first user input from the mobile device, the first user input being input through the building system control application to select the building system among the plurality of building systems; receiving a second user input from the mobile device, the second user input corresponding to the defined action and being input through the building system control application; and controlling the building system using the defined action. receiving a user input from a mobile device, wherein the user input is for establishing a defined action, the user input being a motion input through a building system control application on the mobile device; assigning the defined action to control a building system among the plurality of building systems; storing the defined action in a database in association with a user of the mobile device and the building system, the user having user control permissions granting the user an ability to control the building system; receiving a first user input from the mobile device, the first user input being input through the building system control application to select the building system among the plurality of building systems; receiving a second user input from the mobile device, the second user input corresponding to the defined action and being input through the building system control application; and controlling the building system using the defined action.
An electrical discharge welding apparatus for welding metal products, comprising at least two gripping members, arranged so as to form a clamp for the metal products, capable of holding the metal products in position during the welding, characterized in that said at least two gripping members comprise at least one pad each, the pad being adapted to come into contact with a metal product to be welded, the metal product defining a longitudinal axis, the at least two gripping members are each electrically connected to at least one electrical power supply and are adapted to transmit electric current used for welding the metal products by means of the passage of the electric current through the pads to the metal products to be welded, and in that the pads are made of a copper alloy comprising a percentage by weight of beryllium from 1.6 to 2.0 and have an electrical conductivity lower than or equal to 40% IACS, and a hardness greater than or equal to 20 HRC. said at least two gripping members comprise at least one pad each, the pad being adapted to come into contact with a metal product to be welded, the metal product defining a longitudinal axis, the at least two gripping members are each electrically connected to at least one electrical power supply and are adapted to transmit electric current used for welding the metal products by means of the passage of the electric current through the pads to the metal products to be welded, and in that the pads are made of a copper alloy comprising a percentage by weight of beryllium from 1.6 to 2.0 and have an electrical conductivity lower than or equal to 40% IACS, and a hardness greater than or equal to 20 HRC. an electrical conductivity lower than or equal to 40% IACS, and a hardness greater than or equal to 20 HRC.
A method for producing decorative laminates from solidified inorganic particles, wherein the particles are fixed on a carrier material according to a sought layer-like structuring, said method having the following method steps: a) producing a plurality of mixtures, each having multiple inorganic particles and an inorganic powdered water-binding binder, wherein inorganic particles of different colour, particle size and/or shape are used for the different mixtures, b) producing a moist bulk filling, having the layer-like structuring, wherein the mixtures are filled alternately into a crate-like, upwardly open receiving form positioned upright, the extent of which in the horizontal direction is much shorter than the two other extents, c) drying and curing the bulk filling so as to form a planar green body, wherein two faces of the green body have the layer-like structuring, d) horizontally positioning the receiving form with the green body and removing the upper cover plate (1.1), e) laying a web-like carrier material on the upper face (4.1) of the planar green body, f) applying a liquid adhesion promoter, which penetrates the web-like carrier material and the green body at a predefined surface distance, g) curing the adhesion promoter so as to form a particle coating that adheres to the carrier material, and h) raising the carrier material with the particle covering adhering thereto from the green body so as to form the laminate with the layer-like structuring. a) producing a plurality of mixtures, each having multiple inorganic particles and an inorganic powdered water-binding binder, wherein inorganic particles of different colour, particle size and/or shape are used for the different mixtures, b) producing a moist bulk filling, having the layer-like structuring, wherein the mixtures are filled alternately into a crate-like, upwardly open receiving form positioned upright, the extent of which in the horizontal direction is much shorter than the two other extents, c) drying and curing the bulk filling so as to form a planar green body, wherein two faces of the green body have the layer-like structuring, d) horizontally positioning the receiving form with the green body and removing the upper cover plate (1.1), e) laying a web-like carrier material on the upper face (4.1) of the planar green body, f) applying a liquid adhesion promoter, which penetrates the web-like carrier material and the green body at a predefined surface distance, g) curing the adhesion promoter so as to form a particle coating that adheres to the carrier material, and h) raising the carrier material with the particle covering adhering thereto from the green body so as to form the laminate with the layer-like structuring.