mhurhangee/patent-ind-claim-en huggingface dataset:
An in-situ method for making a thermoplastic polyurethane (TPU) flexible foam having a predominantly open-cell structure (open-cell content of ≥ 50 % by volume calculated on the total volume of the foam and measured according to ASTM D6226-10) and an apparent density below 200 kg/m 3 , measured according to ISO 845, said method comprising combining at an isocyanate index between 90 and 110 in situ at least following ingredients to form a reactive mixture: a) a polyisocyanate composition comprising at least 90 wt% difunctional isocyanate compounds calculated on the total weight of all isocyanate compounds in the polyisocyanate composition, and b) an isocyanate reactive composition comprising at least 90 wt% difunctional isocyanate reactive compounds calculated on the total weight of all isocyanate reactive compounds in the isocyanate reactive composition and wherein said difunctional isocyanate reactive compounds are selected from at least one linear high molecular weight difunctional polyol having a molecular weight in the range 500-20000 g/mol and at least one low molecular weight difunctional chain extender having a molecular weight < 500 g/mol, and c) at least one polyurethane forming catalysts, and d) a blowing agent composition wherein at least 90 wt% of the blowing agents are selected from physical blowing agents and/or non-reactive chemical blowing agents having no isocyanate reactive groups, wherein the amount of blowing agents is from 5 to 60 parts by weight per hundred weight parts isocyanate reactive compounds, and e) at least one compound acting as a surfactant, and f) optionally further additives such as flame retardants, fillers, pigments and/or stabilizers, and wherein the reactive mixture contains less than 0.1 wt% water calculated on the total weight of the reactive mixture and wherein said in-situ method is selected from a moulding process, a free-rise spray process or a free-rise slabstock process. a) a polyisocyanate composition comprising at least 90 wt% difunctional isocyanate compounds calculated on the total weight of all isocyanate compounds in the polyisocyanate composition, and b) an isocyanate reactive composition comprising at least 90 wt% difunctional isocyanate reactive compounds calculated on the total weight of all isocyanate reactive compounds in the isocyanate reactive composition and wherein said difunctional isocyanate reactive compounds are selected from at least one linear high molecular weight difunctional polyol having a molecular weight in the range 500-20000 g/mol and at least one low molecular weight difunctional chain extender having a molecular weight < 500 g/mol, and c) at least one polyurethane forming catalysts, and d) a blowing agent composition wherein at least 90 wt% of the blowing agents are selected from physical blowing agents and/or non-reactive chemical blowing agents having no isocyanate reactive groups, wherein the amount of blowing agents is from 5 to 60 parts by weight per hundred weight parts isocyanate reactive compounds, and e) at least one compound acting as a surfactant, and f) optionally further additives such as flame retardants, fillers, pigments and/or stabilizers,
A honeycomb frame wax cap pricking device comprising a base frame , , a movement mechanism and spike assemblies that further comprise at least spikes and springs , wherein the pricking mechanism of the honeycomb frame wax cap pricking device comprises a rotatable eccentric mechanism configured to move the spike assembly comprising the spikes that punctures all the wax caps of a honeycomb frame simultaneously and once during each of the rotation cycle of at least the electric motor driving the pricking mechanism.
A method of sealing a container that allows for aroma or scent detection of a solid substance held in the sealed container , comprising the steps of: providing a container having an opening in communication with an internal chamber ; providing a solid substance having an aroma or scent in the internal chamber ; providing a non-venting one-piece, partially perforated multilayer induction heat seal liner (100; 300; 400) including a bottom heat seal layer for sealing around the opening of the container , a paper layer , and a metal foil layer between the heat seal layer and the paper layer ; and affixing by inductive heat sealing the bottom heat seal layer of the liner (100; 300; 400) around the opening to restrict access to the solid substance in the internal chamber while allowing the aroma or scent thereof to permeate through the partially perforated liner (100; 300; 400) for detection by a human nose; the liner (100; 300; 400) being configured to allow for said detection via a partial perforation (112; 312; 412) extending in a thickness direction (T) completely through the metal foil layer and in a range of 2% to 99% of a total liner thickness , leaving the paper layer with an unperforated thickness that permits permeation for said detection, and wherein the liner (100; 300; 400) does not include either a liquid barrier layer or a gas permeable vent. providing a container having an opening in communication with an internal chamber ; providing a solid substance having an aroma or scent in the internal chamber ; providing a non-venting one-piece, partially perforated multilayer induction heat seal liner (100; 300; 400) including a bottom heat seal layer for sealing around the opening of the container , a paper layer , and a metal foil layer between the heat seal layer and the paper layer ; and affixing by inductive heat sealing the bottom heat seal layer of the liner (100; 300; 400) around the opening to restrict access to the solid substance in the internal chamber while allowing the aroma or scent thereof to permeate through the partially perforated liner (100; 300; 400) for detection by a human nose; the liner (100; 300; 400) being configured to allow for said detection via a partial perforation (112; 312; 412) extending in a thickness direction (T) completely through the metal foil layer and in a range of 2% to 99% of a total liner thickness , leaving the paper layer with an unperforated thickness that permits permeation for said detection, and wherein the liner (100; 300; 400) does not include either a liquid barrier layer or a gas permeable vent.
A mobile station comprising: a receiver adapted to receive, from a base station, configuration information for transmitting, in subframe N in an uplink to the base station, at least one of a channel quality information report and a sounding reference symbol, and to receive from the base station a media access control, MAC, control element regarding a discontinuous reception, DRX, operation, circuitry adapted to determine whether the mobile station will be in DRX Active Time or DRX Non-Active Time in subframe N, based at least on the MAC control element received until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and a transmitter adapted to not transmit the channel quality information report or the sounding reference symbol to the base station in subframe N, in case the mobile station is determined to be not in DRX Active Time in subframe N. a receiver adapted to receive, from a base station, configuration information for transmitting, in subframe N in an uplink to the base station, at least one of a channel quality information report and a sounding reference symbol, and to receive from the base station a media access control, MAC, control element regarding a discontinuous reception, DRX, operation, circuitry adapted to determine whether the mobile station will be in DRX Active Time or DRX Non-Active Time in subframe N, based at least on the MAC control element received until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and a transmitter adapted to not transmit the channel quality information report or the sounding reference symbol to the base station in subframe N, in case the mobile station is determined to be not in DRX Active Time in subframe N.
A scroll compressor, comprising: a non-orbiting scroll comprising a non-orbiting scroll end plate and a spiral non-orbiting wrap extending from the non-orbiting scroll end plate ; and an orbiting scroll comprising an orbiting scroll end plate and an orbiting wrap extending from the orbiting scroll end plate and meshingly engaging with the non-orbiting wrap to form compression chambers, wherein the non-orbiting wrap comprises a first non-orbiting wrap portion at a radially outer side and a second non-orbiting wrap portion at a radially inner side, the first non-orbiting wrap portion is periodically covered by the orbiting scroll end plate during operation of the scroll compressor , the second non-orbiting wrap portion is always covered by the orbiting scroll end plate during operation of the scroll compressor , and a sealing device is provided in one of the first non-orbiting wrap portion and a first covering portion , corresponding to the first non-orbiting wrap portion , of the orbiting scroll end plate , and a predetermined gap is formed between the sealing device and the other one of the end surface of the first non-orbiting wrap portion and the first covering portion. a non-orbiting scroll comprising a non-orbiting scroll end plate and a spiral non-orbiting wrap extending from the non-orbiting scroll end plate ; and an orbiting scroll comprising an orbiting scroll end plate and an orbiting wrap extending from the orbiting scroll end plate and meshingly engaging with the non-orbiting wrap to form compression chambers, wherein the non-orbiting wrap comprises a first non-orbiting wrap portion at a radially outer side and a second non-orbiting wrap portion at a radially inner side, the first non-orbiting wrap portion is periodically covered by the orbiting scroll end plate during operation of the scroll compressor , the second non-orbiting wrap portion is always covered by the orbiting scroll end plate during operation of the scroll compressor , and a sealing device is provided in one of the first non-orbiting wrap portion and a first covering portion , corresponding to the first non-orbiting wrap portion , of the orbiting scroll end plate , and a predetermined gap is formed between the sealing device and the other one of the end surface of the first non-orbiting wrap portion and the first covering portion.
A vehicle , in particular an agricultural vehicle, with - first means for determining an actual value of at least one operating parameter of the vehicle , - second means for recording voice messages from a driver, characterized by - third means for determining the current time, - fourth means for comparing (S4) the actual value of the at least one operating parameter with a nominal value provided for the current time determined by the third means and for prompting (S5) the driver to issue a voice message in the event of a significant discrepancy between the actual value and the nominal value. - first means for determining an actual value of at least one operating parameter of the vehicle , - second means for recording voice messages from a driver, - third means for determining the current time, - fourth means for comparing (S4) the actual value of the at least one operating parameter with a nominal value provided for the current time determined by the third means and for prompting (S5) the driver to issue a voice message in the event of a significant discrepancy between the actual value and the nominal value.
A recombinant adeno-associated virus (rAAV) particle, comprising: an rAAV vector, wherein the rAAV vector comprises a nucleic acid molecule, comprising (i) at least one AAV inverted terminal repeat (ITR) and (ii) a non-AAV nucleotide sequence encoding a 21-hydroxylase protein, wherein the non-AAV nucleotide sequence is operably linked to a CAG promoter, and wherein the rAAV particle is an AAV5 serotype.
An optical keypad comprising at least one transparent panel comprising a plurality of apertures surrounded by closed areas , wherein the optical keypad comprises a plurality of light transmitting diodes, LEDs, adapted for emitting modulated light and at least one photo detector diode adapted for receiving modulated light, wherein the photo detector diode is placed in relation to the apertures , such that the light from the LEDs is transmitted through the transparent panel and reflected by scattering from a tool or fingertip employing a keystroke on the transparent panel , wherein the reflected light is transmitted back through the transparent panel and back to the photo detector diode for demodulation, wherein the emitted modulated light from each LED is controlled by a combination of the following parameters: -a: a modulation frequency of the emitted light from the transmitting LEDs -b: a sequence in which the transmitting LEDs are lit, -c: a time interval between lighting of the individual transmitting LEDs where the parameters are varied randomly, and where a detection of the reflected light is performed by a synchronous detection of the current flowing through the detecting photo diode , and the detection compares a received signal with a randomly coded signal transmitted from the transmitting LEDs . -a: a modulation frequency of the emitted light from the transmitting LEDs -b: a sequence in which the transmitting LEDs are lit, -c: a time interval between lighting of the individual transmitting LEDs where the parameters are varied randomly, and
A system for controlling a ship comprising: a ship having: a ship control unit configured to determine situation information of the ship ; and a transmitter-receiver connected to the ship control unit and configured to transmit the situation information; and a remote-control centre remote from the ship comprising: a transmitter-receiver configured to receive situation information of the ship ; and a remote-control unit configured to determine pilot-control information for manoeuvring the ship based on the situation information and configured to transmit the pilot-control information to the ship via the transmitter-receiver of the remote-control centre , characterized in that the ship control unit or the remote-control unit is configured to determine a quality of a connection between the transmitter-receiver of the ship and the transmitter-receiver of the remote-control centre , and wherein, based on the determined quality of the connection, the ship control unit or the remote-control unit is configured to prioritise the situation information transmitted from the ship to the remote-control centre , based on a type of the situation information. a ship having: a ship control unit configured to determine situation information of the ship ; and a transmitter-receiver connected to the ship control unit and configured to transmit the situation information; and a ship control unit configured to determine situation information of the ship ; and a transmitter-receiver connected to the ship control unit and configured to transmit the situation information; and a remote-control centre remote from the ship comprising: a transmitter-receiver configured to receive situation information of the ship ; and a remote-control unit configured to determine pilot-control information for manoeuvring the ship based on the situation information and configured to transmit the pilot-control information to the ship via the transmitter-receiver of the remote-control centre , a transmitter-receiver configured to receive situation information of the ship ; and a remote-control unit configured to determine pilot-control information for manoeuvring the ship based on the situation information and configured to transmit the pilot-control information to the ship via the transmitter-receiver of the remote-control centre , characterized in that the ship control unit or the remote-control unit is configured to determine a quality of a connection between the transmitter-receiver of the ship and the transmitter-receiver of the remote-control centre , and wherein, based on the determined quality of the connection, the ship control unit or the remote-control unit is configured to prioritise the situation information transmitted from the ship to the remote-control centre , based on a type of the situation information.
A front-door leaf having a leaf frame made from metal or plastic, a front-door panel covering a leaf, having a fastening means for producing a mechanical clip connection between the front-door panel and the leaf frame , the fastening means being a torque-proof clip body arranged on the leaf frame and fastened to the leaf frame , characterized in that the front-door panel bears fixedly and tightly against the leaf frame by means of the mechanical clip connection exclusively.
Tool holder comprising a shrink-fit chuck which can be rotatably driven about an axis of rotation and has a hollow chuck body which is designed for shrink-fit clamping a tool shank of a rotary tool and is accessible via a front end opening , comprising a cooling lubricant feed which extends through the chuck body and is designed to conduct pressurized cooling lubricant, and comprising a nozzle head which is attached to the front portion of the chuck body , is formed as a single-piece component and comprises nozzle bores for applying cooling lubricant to the rotary tool, which bores communicate with the cooling lubricant feed and are radially delimited on all sides, wherein the chuck body comprises a threaded stem which surrounds the end opening and is provided with an external thread , and a chuck shoulder which slopes down from the chuck casing to the threaded stem , and wherein the nozzle head comprises a sleeve portion which can be screwed onto the threaded stem by means of an interior thread , and an annular portion which is provided with the nozzle bores and defines an insertion opening for the tool shank, wherein the annular portion circumferentially seals at least the inner and outer end edge of the threaded stem against the passage of cooling lubricant.
A composition formulated for topical administration for use in the treatment or prevention of skin infections, comprising material secreted from a probiotic bacterium, wherein the composition comprises substantially no intact probiotic bacteria, lysed bacteria, or bacterial fragments.
A liquid jet head comprising: a jet orifice plate provided with a jet orifice ; an actuator plate having a lower surface attached to one surface side of the jet orifice plate, the actuator plate having a plurality of channels (61a-d) communicated with the jet orifice, and provided with an exposed area exposed from the jet orifice plate, the exposed area being a part of the lower surface of the actuator plate over which the jet orifice plate is not provided; a jet orifice guard disposed so as to cover the jet orifice plate and the actuator plate from an opposite surface side of the jet orifice plate to the one surface side of the jet orifice plate, and provided with an opening section adapted to expose the jet orifice; and a bonding layer disposed at least between the actuator plate including the exposed area and the jet orifice guard, and adapted to bond the actuator plate and the jet orifice guard to each other, wherein the jet orifice guard includes a non-contact section continuing throughout an area from a place opposed to the exposed area to an inner circumferential edge of the opening section, and opposed to the actuator plate across the bonding layer, and an alignment section disposed on an opposite side to the non-contact section across the opening section, and adapted to carry out alignment between the jet orifice plate and the jet orifice guard. a jet orifice plate provided with a jet orifice ; an actuator plate having a lower surface attached to one surface side of the jet orifice plate, the actuator plate having a plurality of channels (61a-d) communicated with the jet orifice, and provided with an exposed area exposed from the jet orifice plate, the exposed area being a part of the lower surface of the actuator plate over which the jet orifice plate is not provided; a jet orifice guard disposed so as to cover the jet orifice plate and the actuator plate from an opposite surface side of the jet orifice plate to the one surface side of the jet orifice plate, and provided with an opening section adapted to expose the jet orifice; and a bonding layer disposed at least between the actuator plate including the exposed area and the jet orifice guard, and adapted to bond the actuator plate and the jet orifice guard to each other, wherein the jet orifice guard includes a non-contact section continuing throughout an area from a place opposed to the exposed area to an inner circumferential edge of the opening section, and opposed to the actuator plate across the bonding layer, and an alignment section disposed on an opposite side to the non-contact section across the opening section, and adapted to carry out alignment between the jet orifice plate and the jet orifice guard. a non-contact section continuing throughout an area from a place opposed to the exposed area to an inner circumferential edge of the opening section, and opposed to the actuator plate across the bonding layer, and an alignment section disposed on an opposite side to the non-contact section across the opening section, and adapted to carry out alignment between the jet orifice plate and the jet orifice guard.