mhurhangee/ep-ind-claims huggingface dataset:
Construction for a window, door or the like, consisting of a fixed frame and a moving frame, which are both made of profiles, whereby at least one accessory is fixed to at least one profile in a groove, whereby the groove is part of an adapter which is fixed to the profile concerned, characterised in that the adapter consists of at least two parts (15,17,18), whereby a first part is provided with one or several barbs and is fixed to the profile by means of at least one means and/or at least one screw and/or at least a deformable means, and whereby a second part (17,18) is mounted on the first part in a sliding manner and is provided with a slot, whereby after the second part (17,18) has shifted towards a slot of the profile or of the first part or of a third part, a groove is formed for an accessory, such as a sliding end lath.
Combustor device for a gas turbines engines comprising a first and a second tubular members telescopically fitted in axially sliding manner to one another with the interposition of annular centering and sealing means (14, 15) which include at least a centring annular shoulder and a sealing ring arranged coaxial to one another; the combustor device being characterized in that said centring annular shoulder and said sealing ring are arranged on the distal end of the first tubular member, and in that said sealing ring is axially spaced apart from said centring annular shoulder so that the axial distance (d) between the centring annular shoulder and the sealing ring is greater than the maximum axial movement (w) allowed between said first and said second tubular members.
A method for mitigating interference in a wireless communication system, comprising: receiving a wireless transmission from an interfering base station, wherein the wireless transmission is an assignment grant message; accessing a constrained set of available parameters used by the interfering base station to generate the transmission; decoding the transmission using a plurality of hypotheses based upon the constrained set of parameters using the decoded assignment grant message to obtain parameters about a scheduled data transmission; and canceling the estimated transmission at user equipment. receiving a wireless transmission from an interfering base station, wherein the wireless transmission is an assignment grant message; accessing a constrained set of available parameters used by the interfering base station to generate the transmission; decoding the transmission using a plurality of hypotheses based upon the constrained set of parameters using the decoded assignment grant message to obtain parameters about a scheduled data transmission; and canceling the estimated transmission at user equipment.
A method of correcting a signal associated with sensor data in a process control environment, the method comprising: measuring, via a sensor (120a, 120b, 120c) of a remote sensing unit disposed within a process control device that is disposed within the process environment, a parameter of the process environment; in response to a request from a local control unit remotely situated relative to the process environment, comparing, at a level detector of the remote sensing unit, the parameter to a threshold value to determine an operating condition of the process environment; when the parameter satisfies the threshold value, providing power, via the level detector, to turn on a remote processing unit disposed within the remote sensing unit; when the remote processing unit is turned on, retrieving, with the remote processing unit calibration data stored in a first memory proximate to the remote processor, the calibration data associated with the sensor proximate to the remote processor; sending, with the remote processor, the calibration data to a local processor; storing, in a second memory proximate to the local processor, the calibration data sent to the local processor; receiving, at the local processor, a signal indicative of the parameter measured by the sensor, the remote processor not receiving the signal; correcting, with the local processor, the signal based on the calibration data; and controlling, with the local processor, the process control device based on the corrected signal. measuring, via a sensor (120a, 120b, 120c) of a remote sensing unit disposed within a process control device that is disposed within the process environment, a parameter of the process environment; in response to a request from a local control unit remotely situated relative to the process environment, comparing, at a level detector of the remote sensing unit, the parameter to a threshold value to determine an operating condition of the process environment; when the parameter satisfies the threshold value, providing power, via the level detector, to turn on a remote processing unit disposed within the remote sensing unit; when the remote processing unit is turned on, retrieving, with the remote processing unit calibration data stored in a first memory proximate to the remote processor, the calibration data associated with the sensor proximate to the remote processor; sending, with the remote processor, the calibration data to a local processor; storing, in a second memory proximate to the local processor, the calibration data sent to the local processor; receiving, at the local processor, a signal indicative of the parameter measured by the sensor, the remote processor not receiving the signal; correcting, with the local processor, the signal based on the calibration data; and controlling, with the local processor, the process control device based on the corrected signal.
System for identifying and/or measuring a substance concentration in the exhaled breath of a patient, comprising: a measurement apparatus for performing an ion mobility spectrometry measurement of a sampling gas stream obtained from the exhaled breath of the patient, the measurement apparatus comprising a drift detector and at least one gas circuit (23, 24) connected to the drift detector for guiding an analytic gas stream, into which a sample of the sampling gas stream is injectable, towards an inlet end of the drift detector and/or a drift gas stream towards an outlet end of the drift detector, wherein the at least one gas circuit (23, 24) comprises a molecular sieve filter (233, 241) comprising a filter material for filtering the analytic gas stream and/or the drift gas stream, characterized in that the filter material comprises the zeolite NaY, and in that the at least one gas circuit (23, 24) forms a closed circuit for guiding the analytic gas stream and/or the drift gas stream in a closed loop, wherein the respective gas being cleaned by means of the associated molecular sieve filter (233, 241) after passing through the drift detector before again being injected into the drift detector. a measurement apparatus for performing an ion mobility spectrometry measurement of a sampling gas stream obtained from the exhaled breath of the patient, the measurement apparatus comprising a drift detector and at least one gas circuit (23, 24) connected to the drift detector for guiding an analytic gas stream, into which a sample of the sampling gas stream is injectable, towards an inlet end of the drift detector and/or a drift gas stream towards an outlet end of the drift detector, wherein the at least one gas circuit (23, 24) comprises a molecular sieve filter (233, 241) comprising a filter material for filtering the analytic gas stream and/or the drift gas stream, characterized in that the filter material comprises the zeolite NaY, and in that the at least one gas circuit (23, 24) forms a closed circuit for guiding the analytic gas stream and/or the drift gas stream in a closed loop, wherein the respective gas being cleaned by means of the associated molecular sieve filter (233, 241) after passing through the drift detector before again being injected into the drift detector.
Suspension device for spring wheel support in a vehicle, consisting of a linearly telescopically length-variable spring cylinder having two spring stages (A, B) arranged longitudinally in a row, namely a main cylinder as the first spring stage and an additional cylinder as the second spring stage, an additional piston with an outwardly guided additional piston rod being guided in the additional cylinder, and the additional piston, for extension, being acted upon inside the additional cylinder by a spring pressure generated by an elastically compressible, pneumatic pressure medium contained at least proportionally inside the additional cylinder, characterised in that the additional piston is acted upon by the spring pressure indirectly via a hydraulic medium situated inside the additional cylinder in addition to the pneumatic pressure medium, in such a way that peripheral seals (30, 38), arranged between the additional cylinder and on the one hand the additional piston and on the other hand the additional piston rod, are separated from the pneumatic pressure medium via the hydraulic medium.
Communication device for performing encrypted communication with at least a further communication device (2, 10b, 10c, 21, 22) in a communication network, comprising a communication unit, and a cryptographic unit, wherein the communication device (10, 10a, 20) further comprises: - a key encryption key generator configured to generate at least one key encryption key (KEK AB, KEK AC) jointly with the at least one further communication device (2, 10b, 10c, 21, 22), using a Diffie-Hellman key exchange, using the communication unit, - a traffic encryption key generator configured to generate a traffic encryption key (TEK A), specific to the communication device (10, 10a, 20), for encrypting traffic data transmitted by the communication device (10, 10a, 20), wherein the key encryption key generator is configured for jointly generating a new key encryption key (KEK AB, KEK AC) for each further communication device (2, 10b, 10c, 21, 22) regularly, wherein the traffic encryption key generator is configured for generating a new traffic encryption key (TEK A) regularly, wherein the communication device (10, 10a, 20) is configured to communicate with a security management device, using the communication unit, and wherein the communication device (10, 10a, 20) is configured to receive, from the security management device, a certificate and private key for authenticating the communication device (10, 10a, 20) to the at least one further communication device (2, 10b, 10c, 21, 22) and a group configuration including all further communication devices (2, 10b, 10c, 21, 22), which the communication device (10, 10a, 20) is authorized to communicate with. - a key encryption key generator configured to generate at least one key encryption key (KEK AB, KEK AC) jointly with the at least one further communication device (2, 10b, 10c, 21, 22), using a Diffie-Hellman key exchange, using the communication unit, - a traffic encryption key generator configured to generate a traffic encryption key (TEK A), specific to the communication device (10, 10a, 20), for encrypting traffic data transmitted by the communication device (10, 10a, 20),
A biological information measurement device comprising: attachment means configured to be attached on a scapha of an auricle in such a way as to clamp the scapha from both sides, wherein the scapha is a portion adjacent to a helix on the external auditory meatus side of the auricle; and measurement means disposed on a portion of the attachment means, wherein the measurement means is configured to be arranged in such a way as not to compress the helix of the auricle when the attachment means is attached on the scapha of the auricle, the measurement means is configured to measure biological information of an artery running in the helix, the attachment means includes a first member and a second member that are connected to each other at base end portions of the first member and the second member and that are capable of clamping the scapha of the auricle from both sides between tip end portions of the first member and the second member, and the measurement means includes a light emitting element that is disposed on the second member and that is configured to radiate light and a light receiving element that is disposed on the second member in such a way as to face the light emitting element and that is configured to receive transmitted light that is radiated from the light emitting element and transmitted through a measurement target site, which is the artery running in the helix. attachment means configured to be attached on a scapha of an auricle in such a way as to clamp the scapha from both sides, wherein the scapha is a portion adjacent to a helix on the external auditory meatus side of the auricle; and measurement means disposed on a portion of the attachment means, wherein the measurement means is configured to be arranged in such a way as not to compress the helix of the auricle when the attachment means is attached on the scapha of the auricle, the measurement means is configured to measure biological information of an artery running in the helix, the attachment means includes a first member and a second member that are connected to each other at base end portions of the first member and the second member and that are capable of clamping the scapha of the auricle from both sides between tip end portions of the first member and the second member, and the measurement means includes a light emitting element that is disposed on the second member and that is configured to radiate light and a light receiving element that is disposed on the second member in such a way as to face the light emitting element and that is configured to receive transmitted light that is radiated from the light emitting element and transmitted through a measurement target site, which is the artery running in the helix.
A method for efficiently calculating and using multiprimary conversion matrices in the conversion of three-valued color data of a source color space comprising three source primary colors into multiprimary data of a target color space comprising at least four target primary colors, the steps of said method comprising: dividing said target color space into a set of triangular regions each bounded by the chromaticities of two target primary colors and the chromaticity of a color point in the interior of said target color space; for each said region: calculating a multiprimary conversion matrix configured to convert any three-valued color data belonging to said region into multiprimary data in the target color space; associating said multiprimary conversion matrix with said region; and compressing said multiprimary conversion matrix into a 3x3 matrix by removal of duplicate rows of the matrix; for any given three-valued input color data in said source color space: determining in which triangular region of the target color space the three-valued input color data lies; selecting the 3x3 matrix associated with said determined triangular region; multiplying said three-valued input color data with said selected 3x3 matrix to generate three output values; and multiplexing said three output values to create said multiprimary data in the target color space. dividing said target color space into a set of triangular regions each bounded by the chromaticities of two target primary colors and the chromaticity of a color point in the interior of said target color space; for each said region: calculating a multiprimary conversion matrix configured to convert any three-valued color data belonging to said region into multiprimary data in the target color space; associating said multiprimary conversion matrix with said region; and compressing said multiprimary conversion matrix into a 3x3 matrix by removal of duplicate rows of the matrix; calculating a multiprimary conversion matrix configured to convert any three-valued color data belonging to said region into multiprimary data in the target color space; associating said multiprimary conversion matrix with said region; and compressing said multiprimary conversion matrix into a 3x3 matrix by removal of duplicate rows of the matrix; for any given three-valued input color data in said source color space: determining in which triangular region of the target color space the three-valued input color data lies; selecting the 3x3 matrix associated with said determined triangular region; multiplying said three-valued input color data with said selected 3x3 matrix to generate three output values; and multiplexing said three output values to create said multiprimary data in the target color space. determining in which triangular region of the target color space the three-valued input color data lies; selecting the 3x3 matrix associated with said determined triangular region; multiplying said three-valued input color data with said selected 3x3 matrix to generate three output values; and multiplexing said three output values to create said multiprimary data in the target color space.
An aerosol delivery device comprising: a storage for storing an aerosol precursor; an aerosol generator comprising an aerosol generator portion configured to receive the aerosol precursor from the storage, the aerosol generator being a passive aerosol generator such that the air directed past the aerosol generator portion picks up the aerosol precursor from the aerosol generator portion to form an aerosol; an air flow passage configured to direct air past the aerosol generator portion; characterized in that: the device further comprises a barrier arrangement (120, 304, 404, 504, 604, 704) for inhibiting evaporation of aerosol precursor when the barrier arrangement is closed, the barrier arrangement being openable to permit generation of aerosol, wherein the barrier arrangement comprises a barrier element between the aerosol generator portion and a mouthpiece aperture of the aerosol delivery device to inhibit evaporation of aerosol precursor. a storage for storing an aerosol precursor; an aerosol generator comprising an aerosol generator portion configured to receive the aerosol precursor from the storage, the aerosol generator being a passive aerosol generator such that the air directed past the aerosol generator portion picks up the aerosol precursor from the aerosol generator portion to form an aerosol; an air flow passage configured to direct air past the aerosol generator portion; characterized in that: the device further comprises a barrier arrangement (120, 304, 404, 504, 604, 704) for inhibiting evaporation of aerosol precursor when the barrier arrangement is closed, the barrier arrangement being openable to permit generation of aerosol, wherein the barrier arrangement comprises a barrier element between the aerosol generator portion and a mouthpiece aperture of the aerosol delivery device to inhibit evaporation of aerosol precursor.
A control device for detecting a variation in temperature in an enclosure, characterised in that it comprises a receptacle having at least one transparent surface portion comprising a solid solvent which is advantageously transparent and the solidification temperature of which corresponds to the maximum temperature threshold required in the enclosure, characterised in that a coloured composition having a different colour from said solvent has been partially diffused before said solvent is solidified.
A method of producing a compound of formula: the method comprising the following step: (a) reacting a compound of formula: in an acidic medium comprising sulfuric acid, the molar ratio of B to sulfuric acid in the range from 1:0.5 to 1:10, wherein P is an arylsulfonate protecting group and the compound of formula is isolated as a protonated salt in amorphous or crystalline form. (a) reacting a compound of formula: in an acidic medium comprising sulfuric acid, the molar ratio of B to sulfuric acid in the range from 1:0.5 to 1:10, wherein P is an arylsulfonate protecting group and the compound of formula is isolated as a protonated salt in amorphous or crystalline form.
A stretching appliance, consisting of a floor pate with a mast (6, 8) thereon, at the upper end of which mast a rest is assembled, the rest is pivotably mounted about a horizontal axis, characterized in that the mat is adjustable in hight and that adjustable restraining means for the shoulders and feet are present on the rest and are connected to one another such that they can be moved apart and conversely can be moved again towards one another, in a coupled manner, by way of pivoting the rest about the horizontal position.
An order-picking method, comprising: autonomously routing at least one mobile robotic unit in a facility having a stationary robotic system; and conducting at least one chosen from order fulfilment and inventory replenishment operations with stationary robotic system, said stationary robotic system including a stationary robot and vision equipment to (i) store product with the stationary robot to a receptacle, the product being retrieved from an assignment location or (ii) retrieve product from a receptacle with the stationary robot, the product being stored to an assignment location, including supplying the receptacle to the stationary robotic system with the at least one mobile robotic unit and including supplying receptacles to the mobile robotic unit with a conveyor system, characterized in that the method further includes at least one chosen from a human operator transferring inventory receptacles between the conveyor system and the mobile robotic unit and a human operator transferring receptacles between the mobile robotic unit and the stationary robotic system, and moving an empty receptacle from the stationary robotic system to or from the assignment location, wherein a human operator loads an empty receptacle from the assignment location as directed by an indicator system to complete the order. conducting at least one chosen from order fulfilment and inventory replenishment operations with stationary robotic system, said stationary robotic system including a stationary robot and vision equipment to (i) store product with the stationary robot to a receptacle, the product being retrieved from an assignment location or (ii) retrieve product from a receptacle with the stationary robot, the product being stored to an assignment location, including supplying the receptacle to the stationary robotic system with the at least one mobile robotic unit and including supplying receptacles to the mobile robotic unit with a conveyor system, characterized in that the method further includes at least one chosen from a human operator transferring inventory receptacles between the conveyor system and the mobile robotic unit and a human operator transferring receptacles between the mobile robotic unit and the stationary robotic system, and moving an empty receptacle from the stationary robotic system to or from the assignment location, wherein a human operator loads an empty receptacle from the assignment location as directed by an indicator system to complete the order.