mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for the preparation of aerated drinks, comprising: an aerator stage comprising: a removable aerator bottle defining a chamber for receiving a liquid to be aerated; an aerator bottle interface operative to engage the removable aerator bottle and seal the chamber thereof; a gas inlet line operative to fluidly connect a gas source to the aerator bottle interface ; and a gas supply mechanism for controlling supply of gas from the gas source to the aerator bottle interface via the gas inlet line ; an aerated liquid dispenser outlet ; a liquid outlet line operative to fluidly connect the aerator bottle interface to the aerated liquid dispenser outlet to allow aerated liquid to flow from the chamber of the removable aerator bottle to the aerated liquid dispenser outlet ; and a liquid flow controller for controlling discharge of aerated liquid from the removable aerator bottle to the aerated liquid dispenser outlet via the liquid outlet line ; characterised in that : the apparatus further comprises a flavouring liquid dispenser comprising a flavouring liquid dispenser outlet ; and in that the flavouring liquid dispenser comprises a flavour dispenser mechanism that is activated by gas pressure from the removable aerator bottle . an aerator stage comprising: a removable aerator bottle defining a chamber for receiving a liquid to be aerated; an aerator bottle interface operative to engage the removable aerator bottle and seal the chamber thereof; a gas inlet line operative to fluidly connect a gas source to the aerator bottle interface ; and a gas supply mechanism for controlling supply of gas from the gas source to the aerator bottle interface via the gas inlet line ; a removable aerator bottle defining a chamber for receiving a liquid to be aerated; an aerator bottle interface operative to engage the removable aerator bottle and seal the chamber thereof; a gas inlet line operative to fluidly connect a gas source to the aerator bottle interface ; and a gas supply mechanism for controlling supply of gas from the gas source to the aerator bottle interface via the gas inlet line ; an aerated liquid dispenser outlet ; a liquid outlet line operative to fluidly connect the aerator bottle interface to the aerated liquid dispenser outlet to allow aerated liquid to flow from the chamber of the removable aerator bottle to the aerated liquid dispenser outlet ; and a liquid flow controller for controlling discharge of aerated liquid from the removable aerator bottle to the aerated liquid dispenser outlet via the liquid outlet line ; characterised in that : the apparatus further comprises a flavouring liquid dispenser comprising a flavouring liquid dispenser outlet ; and in that the flavouring liquid dispenser comprises a flavour dispenser mechanism that is activated by gas pressure from the removable aerator bottle . the apparatus further comprises a flavouring liquid dispenser comprising a flavouring liquid dispenser outlet ; and in that the flavouring liquid dispenser comprises a flavour dispenser mechanism that is activated by gas pressure from the removable aerator bottle .
Process for the continuous and solvent-free production of a pressure-sensitive adhesive based on solid acrylonitrile-butadiene rubber comprising 30 to 160 phr of tackifier resin in a continuously operating assembly in the form of a planetary roller extruder having a filling section and a compounding section, the compounding section consisting of at least two coupled roller cylinders, by a) feeding the solid acrylonitrile-butadiene rubber, a first tackifier resin fraction in the form of 10 to less than 100 phr of tackifier resin, and any further components into the filling section of the planetary roller extruder, b) transferring the components from the filling section into the compounding section, c) adding a second tackifier resin fraction and any further components into the second roller cylinder of the compounding section or a roller cylinder downstream thereof, d) optionally adding a further tackifier resin fraction and any further components into at least one further roller cylinder downstream, and e) discharging the resultant pressure-sensitive adhesive which is as defined above, characterized in that the wall temperature of the roller cylinders and the temperature of the central spindle of the planetary roller extruder are each less than 140°C. a) feeding the solid acrylonitrile-butadiene rubber, a first tackifier resin fraction in the form of 10 to less than 100 phr of tackifier resin, and any further components into the filling section of the planetary roller extruder, b) transferring the components from the filling section into the compounding section, c) adding a second tackifier resin fraction and any further components into the second roller cylinder of the compounding section or a roller cylinder downstream thereof, d) optionally adding a further tackifier resin fraction and any further components into at least one further roller cylinder downstream, and e) discharging the resultant pressure-sensitive adhesive which is as defined above,
An imaging lens unit comprising a plurality of imaging lenses (L1, L2, L3, L4, L5, L6) and a lens barrel in which the plurality of imaging lenses (L1, L2, L3, L4, L5, L6) are incorporated, the lens barrel including: a lens barrel body formed in a cylindrical shape; and a plurality of lens receiving parts arranged at predetermined intervals in a circumferential direction (R1) of the lens barrel body and protruding from an inner peripheral surface of the lens barrel body , wherein a fixed lens (L4), which is at least one of the plurality of imaging lenses (L1, L2, L3, L4, L5, L6), is engaged with the plurality of lens receiving parts , characterized in that the lens barrel has a reinforced part located at the same position as the lens receiving part in the circumferential direction (R1) of the lens barrel body and protruding from an outer peripheral surface of the lens barrel body . the lens barrel including: a lens barrel body formed in a cylindrical shape; and a plurality of lens receiving parts arranged at predetermined intervals in a circumferential direction (R1) of the lens barrel body and protruding from an inner peripheral surface of the lens barrel body , a lens barrel body formed in a cylindrical shape; and a plurality of lens receiving parts arranged at predetermined intervals in a circumferential direction (R1) of the lens barrel body and protruding from an inner peripheral surface of the lens barrel body , wherein a fixed lens (L4), which is at least one of the plurality of imaging lenses (L1, L2, L3, L4, L5, L6), is engaged with the plurality of lens receiving parts , characterized in that the lens barrel has a reinforced part located at the same position as the lens receiving part in the circumferential direction (R1) of the lens barrel body and protruding from an outer peripheral surface of the lens barrel body .
Connecting device between components of a piece of furniture, including: - an elongated body extending along its own longitudinal axis (A) between a first portion capable of being accommodated in a first seat obtained in a first component of said piece of furniture, and a second portion , capable of being accommodated in a second seat obtained in a second component of said piece of furniture; said elongated body comprising a first and a second expandable sector associated to the first and the second portion , respectively, and movable between a radially contracted condition and a radially expanded condition; - actuation means comprising at least one expanding body slidably housed in said elongated body and provided with at least one first and one second enlarged portion associated to the first and the second expandable sector , respectively; said expanding body being selectively movable between a first position, wherein it maintains the first and the second expandable sector in said radially contracted condition, and a second position, wherein the first and the second enlarged portion bring the first and the second expandable sector in said radially expanded condition; wherein said first enlarged portion of the expanding body comprises multiple radial shoulders spaced apart along the longitudinal axis (A) so as to define an alternated sequence of apices and grooves, wherein in said radially expanded condition each radial shoulder is engaged, in radial thrust, with the first expandable sector so as to carry out a prolonged expansion of the first sector extending at least at said radial shoulders, characterized in that said first expandable sector comprises multiple segments expandable between each other which are angularly spaced apart around said longitudinal axis (A) and each of them developing along the longitudinal axis (A), between two end portions each bound to the elongated body so that a central portion of said segments expands between said end portions . - an elongated body extending along its own longitudinal axis (A) between a first portion capable of being accommodated in a first seat obtained in a first component of said piece of furniture, and a second portion , capable of being accommodated in a second seat obtained in a second component of said piece of furniture; said elongated body comprising a first and a second expandable sector associated to the first and the second portion , respectively, and movable between a radially contracted condition and a radially expanded condition; - actuation means comprising at least one expanding body slidably housed in said elongated body and provided with at least one first and one second enlarged portion associated to the first and the second expandable sector , respectively; said expanding body being selectively movable between a first position, wherein it maintains the first and the second expandable sector in said radially contracted condition, and a second position, wherein the first and the second enlarged portion bring the first and the second expandable sector in said radially expanded condition;
An individual protection filtering device configured in such a way as to implement a respiration chamber separate from the external world and enclosing mouth, nose, and part of a user's face, comprising: - a front bearing structure consisting of a horizontal rod which rests, properly spaced away, on the user's forehead, - a lateral-posterior structure, connected to said horizontal rod , consisting of two earpieces which run from the temples behind the user's auricle, - a lateral structure, which runs laterally along the face, the sides of the face and in front of the ears, consisting of two vertical rods , each of which, joined to that located at the temples, runs down and widens to form a side wall which follows the outline of the cheek from the cheekbone to the mandible, - an eye protector that covers them with a visor provided with a folding means for folding it upwards on the forehead, characterized in that the individual protection filtering device is provided with an anterior structure having the shape of a polyhedron provided with an upper wall bordering the front part of the nose, close to its tip, on the upper side, forming with each of the two side walls of the lateral structure at least one hollow element, suitable for accommodating interchangeable filters and respectively. - a front bearing structure consisting of a horizontal rod which rests, properly spaced away, on the user's forehead, - a lateral-posterior structure, connected to said horizontal rod , consisting of two earpieces which run from the temples behind the user's auricle, - a lateral structure, which runs laterally along the face, the sides of the face and in front of the ears, consisting of two vertical rods , each of which, joined to that located at the temples, runs down and widens to form a side wall which follows the outline of the cheek from the cheekbone to the mandible, - an eye protector that covers them with a visor provided with a folding means for folding it upwards on the forehead,
A flexible RAM loading device comprising: - a shift register comprising a first data section , a second data section , and a first shift-register selection bit (302H/302I); - a test register comprising a data section and a first test-register selection bit , the first test-register selection bit (304E/304F) being loaded from the first shift-register selection bit (302H/302I); and - a first shift-register multiplexer comprising: - a first input coupled with an output of the first data section ; - a second input coupled with a first external data pin ; - an output coupled with an input of the second data section ; and - a selection input coupled with the first test-register selection bit , the output of the first shift-register multiplexer depending on the first test-register selection bit . - a shift register comprising a first data section , a second data section , and a first shift-register selection bit (302H/302I); - a test register comprising a data section and a first test-register selection bit , the first test-register selection bit (304E/304F) being loaded from the first shift-register selection bit (302H/302I); and - a first shift-register multiplexer comprising: - a first input coupled with an output of the first data section ; - a second input coupled with a first external data pin ; - an output coupled with an input of the second data section ; and - a selection input coupled with the first test-register selection bit , the output of the first shift-register multiplexer depending on the first test-register selection bit . - a first input coupled with an output of the first data section ; - a second input coupled with a first external data pin ; - an output coupled with an input of the second data section ; and - a selection input coupled with the first test-register selection bit , the output of the first shift-register multiplexer depending on the first test-register selection bit .
Device for fastening a sanitary object, in particular a wash basin or a mounting frame for holding a sanitary object, to a building wall or to a support, comprising a bolt-shaped or rod-shaped screw element , which has an external thread (4.1) at least along a length section, and a screw-nut type counter element, wherein the counter element is composed of a channel-shaped connecting part having an internal partial thread (5.7) and a latch , wherein the connecting part has a free space into which the screw element is radially displaceable in order to release the screw element from the internal partial thread (5.7), the latch being displaceable on the connecting part substantially axially to the longitudinal axis of the screw element from a non-contact position to a contact position and vice versa, wherein the latch in the contact position holds the screw element in engagement with the internal partial thread (5.7), and wherein the latch is designed as an axial slide, which is axial to the longitudinal axis of the screw element , for coarse adjustment and as a rotary handle for manual fine adjustment of an mounting depth or an axial position.
Method for controlling a manipulated variable using a chip-based neuronal network connected to a sensor and having access to a database, in such a way, that the manipulated variable is multidimensional, that the time-dependent disturbance variables can have an effect on the controlled variable, that the database comprises records, each record comprising a record number, values of a deviation function and values of a control function, that the neuronal network is taught to recognize a deviation function, with the following steps in control mode: a) Input of sensor data into the neuronal network, b) processing the sensor data in the neuronal network, such that by recognizing, classifying and generalizing a learned deviation function is detected as dominant, c) Output of a record number of the deviation function recognized as dominant by the neuronal network, d) Query of the database with the record number of the deviation function recognized as dominant and receipt of a control function, characterized by the following features: e) Adding this control function to a previous control function of the actuator to obtain a sum control function and acting on the actuator with this sum control function, whereby the controlled variable changes accordingly, f) Obtaining of new sensor data, Input of these sensor data into the neuronal network, Obtaining a new deviation function recognized as dominant by the neuronal network, obtaining a new control function from the database, Addition of the control function and acting of the actuator with a new sum control function, multiple repetition. a) Input of sensor data into the neuronal network, b) processing the sensor data in the neuronal network, such that by recognizing, classifying and generalizing a learned deviation function is detected as dominant, c) Output of a record number of the deviation function recognized as dominant by the neuronal network, d) Query of the database with the record number of the deviation function recognized as dominant and receipt of a control function, characterized by the following features: e) Adding this control function to a previous control function of the actuator to obtain a sum control function and acting on the actuator with this sum control function, whereby the controlled variable changes accordingly, f) Obtaining of new sensor data, Input of these sensor data into the neuronal network, Obtaining a new deviation function recognized as dominant by the neuronal network, obtaining a new control function from the database, Addition of the control function and acting of the actuator with a new sum control function, multiple repetition.
A control body coupleable with a cartridge that is equipped with a heating element and contains an aerosol precursor composition, the control body being coupleable with the cartridge to form an aerosol delivery device in which the heating element is configured to activate and vaporize components of the aerosol precursor composition, the control body comprising: a first positive conductor connectable with a power supply ; a second positive conductor connectable with the heating element ; a series pull-up resistor (R1) and switch (Q1) connected to and between the first positive conductor and second positive conductor , the switch (Q1) being connected to and between the pull-up resistor (R1) and second positive conductor ; and a microprocessor configured to operate the switch (Q1) in a closed state in a standby mode in which the pull-up resistor (R1) is configured to cause a logical high level of voltage at the second positive conductor when the control body is uncoupled with the cartridge , and in which the heating element is unpowered and causes a logical low level of the voltage at the second positive conductor when the control body is coupled with the cartridge , wherein the microprocessor is configured to measure the voltage at the second positive conductor and control operation of at least one functional element of the aerosol delivery device based thereon. a first positive conductor connectable with a power supply ; a second positive conductor connectable with the heating element ; a series pull-up resistor (R1) and switch (Q1) connected to and between the first positive conductor and second positive conductor , the switch (Q1) being connected to and between the pull-up resistor (R1) and second positive conductor ; and a microprocessor configured to operate the switch (Q1) in a closed state in a standby mode in which the pull-up resistor (R1) is configured to cause a logical high level of voltage at the second positive conductor when the control body is uncoupled with the cartridge , and in which the heating element is unpowered and causes a logical low level of the voltage at the second positive conductor when the control body is coupled with the cartridge , wherein the microprocessor is configured to measure the voltage at the second positive conductor and control operation of at least one functional element of the aerosol delivery device based thereon.
A system for determining a concentration of one or more analytes in whole blood; the system comprising: a transparent channel configured to carry whole blood; a light source configured to emit light on the channel ; an optical module associable with the channel , and an actuation module, wherein the actuation module comprises one or more electrodes associated with the channel , wherein the one or more electrodes are capable of generating a cell-free plasma layer from the whole blood in the center of the channel when the one or more electrodes are subjected to an electric field; wherein the optical module is configured to determine - in a single device - blood gas concentrations in unseparated whole blood in the channel by capturing light transmitted from the channel , and to compute a change in the intensity of the transmitted light , wherein the change in the intensity correlates to the concentration of the blood gas in whole blood, and free hemoglobin concentration in the cell-free plasma layer in the channel by capturing light transmitted from the channel , and to compute a change in an intensity of the transmitted light , wherein the change in the intensity correlates to free hemoglobin in the whole blood. a transparent channel configured to carry whole blood; a light source configured to emit light on the channel ; an optical module associable with the channel , and an actuation module, wherein the actuation module comprises one or more electrodes associated with the channel , wherein the one or more electrodes are capable of generating a cell-free plasma layer from the whole blood in the center of the channel when the one or more electrodes are subjected to an electric field; wherein the optical module is configured to determine - in a single device - blood gas concentrations in unseparated whole blood in the channel by capturing light transmitted from the channel , and to compute a change in the intensity of the transmitted light , wherein the change in the intensity correlates to the concentration of the blood gas in whole blood, and free hemoglobin concentration in the cell-free plasma layer in the channel by capturing light transmitted from the channel , and to compute a change in an intensity of the transmitted light , wherein the change in the intensity correlates to free hemoglobin in the whole blood.
Electric brush for cleaning a tongue of a human or animal, comprising: - a handle; - a drive, and - a brush head arranged on the outer end of the handle comprising - a brush rotatable by the drive; and - a cover which covers at least part of the brush; wherein the cover is removable and provided with openings. - a handle; - a drive, and - a brush head arranged on the outer end of the handle comprising - a brush rotatable by the drive; and - a cover which covers at least part of the brush; wherein the cover is removable and provided with openings. - a brush rotatable by the drive; and - a cover which covers at least part of the brush;