mhurhangee/patent-ind-claim-en huggingface dataset:
An impression material comprising (a) a catalyst part and (b) a base part, the catalyst part comprises (a1) a curable organopolysiloxane polymer, (a2) a catalyst, (a3) at least one filler and (a4) at least one surfactant, and the base part comprises (b1) a curable organopolysiloxane polymer, (b2) an organopolysiloxane compound capable of crosslinking said curable organopolysiloxane polymer, (b3) at least one filler and (b4) at least one surfactant, wherein the impression material contains as surfactants a combination of - a fluoroaliphatic polyoxyethylene type surfactant which is a C6 perfluorinated aliphatic chain bonded to a polyoxyethylene fragment giving an overall molecular weight range of from 400 to 800, and - a monofunctional alcohol alkoxylate type surfactant of the following formula: wherein the sum of m and n is 9 or 10. (a) a catalyst part and (b) a base part, the catalyst part comprises (a1) a curable organopolysiloxane polymer, (a2) a catalyst, (a3) at least one filler and (a4) at least one surfactant, and the base part comprises (b1) a curable organopolysiloxane polymer, (b2) an organopolysiloxane compound capable of crosslinking said curable organopolysiloxane polymer, (b3) at least one filler and (b4) at least one surfactant, wherein the impression material contains as surfactants a combination of - a fluoroaliphatic polyoxyethylene type surfactant which is a C6 perfluorinated aliphatic chain bonded to a polyoxyethylene fragment giving an overall molecular weight range of from 400 to 800, and - a monofunctional alcohol alkoxylate type surfactant of the following formula: wherein the sum of m and n is 9 or 10. the catalyst part comprises (a1) a curable organopolysiloxane polymer, (a2) a catalyst, (a3) at least one filler and (a4) at least one surfactant, and (a1) a curable organopolysiloxane polymer, (a2) a catalyst, (a3) at least one filler and (a4) at least one surfactant, and the base part comprises (b1) a curable organopolysiloxane polymer, (b2) an organopolysiloxane compound capable of crosslinking said curable organopolysiloxane polymer, (b3) at least one filler and (b4) at least one surfactant, (b1) a curable organopolysiloxane polymer, (b2) an organopolysiloxane compound capable of crosslinking said curable organopolysiloxane polymer, (b3) at least one filler and (b4) at least one surfactant, wherein the impression material contains as surfactants a combination of - a fluoroaliphatic polyoxyethylene type surfactant which is a C6 perfluorinated aliphatic chain bonded to a polyoxyethylene fragment giving an overall molecular weight range of from 400 to 800, and - a monofunctional alcohol alkoxylate type surfactant of the following formula: wherein the sum of m and n is 9 or 10. - a fluoroaliphatic polyoxyethylene type surfactant which is a C6 perfluorinated aliphatic chain bonded to a polyoxyethylene fragment giving an overall molecular weight range of from 400 to 800, and - a monofunctional alcohol alkoxylate type surfactant of the following formula: wherein the sum of m and n is 9 or 10.
A method for operating a rotary tablet press comprising a rotor that is rotatably driven at a rotor rotary speed and has a die plate with holes and upper and lower punches that are assigned to the holes and rotate synchronously with the die plate , and whose axial movement is controlled by upper and lower control elements, furthermore comprising a filling station with a filling apparatus for filling the holes with filling material, furthermore comprising a pressing station downstream of the filling station in the rotational direction of the rotor with a pressing apparatus which presses the upper and/or lower punches into the holes when passing through the pressing station in order to press the filling material added to the holes , and comprising an ejector station downstream of the pressing station in the rotational direction of the rotor with an ejector apparatus for ejecting the tablets pressed into the holes , wherein the filling apparatus has a filling chamber which is supplied with filling material by means of a supply opening and possesses a filling opening aligned with the holes in the die plate , wherein a filling wheel that is rotatably driven at a filling wheel rotary speed is arranged in the filling chamber and has several agitator blades arranged on the perimeter that pass over the filling opening during a rotation of the filling wheel , wherein when the rotor rotary speed changes, the filling wheel rotary speed is automatically also changed according to a previously-saved adaptation instruction during operation of the rotary tablet press, and/or when the filling wheel rotary speed changes, the rotor rotary speed is also automatically changed according to a previously-saved adaptation instruction during operation of the rotary tablet press, characterized in that a change in the rotor rotary speed and/or a change in the filling wheel rotary speed occurs automatically upon a state change of process components connected to the rotary tablet press.
A hinge for use with movable components comprising: a generally rectangular body including: a bend region ; a first flange ; a second flange , the first flange and second flange being positioned on opposing sides of the bend region, and including a filler medium , an upper composite layer and a lower composite layer , the upper composite layer being bonded to at least a portion of a first edge of the filler medium and the lower composite layer being bonded to at least a portion of a second, opposing, edge of the filler medium; and a portion of the bend region having a reduced thickness relative to the first and second flange such that a hinge axis (A) is defined within the bend region about which at least one of the first flange and the second flange are configured to rotate, wherein the upper composite layer and the lower composite layer each include a first layer of unidirectional fibers and an additional layer of unidirectional fibers arranged at a different fiber orientation from the first layer; wherein the bend region is created by forming a groove in a central portion of the filler medium; and wherein the upper composite layer and the lower composite layer do not extend over a portion of the filler medium in the bend region. a bend region ; a first flange ; a second flange , the first flange and second flange being positioned on opposing sides of the bend region, and including a filler medium , an upper composite layer and a lower composite layer , the upper composite layer being bonded to at least a portion of a first edge of the filler medium and the lower composite layer being bonded to at least a portion of a second, opposing, edge of the filler medium; and a portion of the bend region having a reduced thickness relative to the first and second flange such that a hinge axis (A) is defined within the bend region about which at least one of the first flange and the second flange are configured to rotate, wherein the upper composite layer and the lower composite layer each include a first layer of unidirectional fibers and an additional layer of unidirectional fibers arranged at a different fiber orientation from the first layer; wherein the bend region is created by forming a groove in a central portion of the filler medium; and wherein the upper composite layer and the lower composite layer do not extend over a portion of the filler medium in the bend region.
An integrated insulator sealing and shielding assembly comprising: a rubber housing having a plurality of radial weathersheds and a tapered end adjacent an endmost radial weathershed , the tapered end having an outer surface with a ring extending outward from the outer surface , the ring being compressible; a metal end fitting disposed adjacent to the endmost radial weathershed and receiving the tapered end , the tapered end being received in a counterbore in the metal end fitting , the counterbore having a sealing surface so that interference of the ring with the sealing surface creates a compressive sealing force to form a seal. a rubber housing having a plurality of radial weathersheds and a tapered end adjacent an endmost radial weathershed , the tapered end having an outer surface with a ring extending outward from the outer surface , the ring being compressible; a metal end fitting disposed adjacent to the endmost radial weathershed and receiving the tapered end , the tapered end being received in a counterbore in the metal end fitting , the counterbore having a sealing surface so that interference of the ring with the sealing surface creates a compressive sealing force to form a seal.
An aqueous pest control liquid comprising a pyrethroid compound represented by formula , wherein R 1 and R 2 are the same or different and represent a hydrogen atom, a methyl group, a trifluoromethyl group or a chlorine atom, and R 3 represents a hydrogen atom, a methyl group or a methoxymethyl group, an ester compound having a vapor pressure at 25°C by Donovan method of 1 × 10 -10 to 1 × 10 -4 mmHg and one or more (C4-C12 alkoxy)carbonyl groups, a glycol ether and water, wherein the content of the pyrethroid compound represented by formula is 0.01 to 5% by weight based on the entire aqueous pest control liquid, the content of the ester compound having a vapor pressure at 25°C by Donovan method of 1 × 10 -10 to 1 × 10 -4 mmHg and one or more (C4-C12 alkoxy) carbonyl groups is 0.01 to 5% by weight based on the entire aqueous pest control liquid, the content of the glycol ether is 10 to 60% by weight based on the entire aqueous pest control liquid, and the content of water is 30 to 85% by weight based on the entire aqueous pest control liquid. an ester compound having a vapor pressure at 25°C by Donovan method of 1 × 10 -10 to 1 × 10 -4 mmHg and one or more (C4-C12 alkoxy)carbonyl groups, a glycol ether and water, wherein the content of the pyrethroid compound represented by formula is 0.01 to 5% by weight based on the entire aqueous pest control liquid, the content of the ester compound having a vapor pressure at 25°C by Donovan method of 1 × 10 -10 to 1 × 10 -4 mmHg and one or more (C4-C12 alkoxy) carbonyl groups is 0.01 to 5% by weight based on the entire aqueous pest control liquid, the content of the glycol ether is 10 to 60% by weight based on the entire aqueous pest control liquid, and the content of water is 30 to 85% by weight based on the entire aqueous pest control liquid.
A socket assembly comprising: - one or more spring probes ; - a leadframe assembly including one or more cantilever members , the leadframe assembly having impedance controlled microwave structures and a flexible ground plane; - an elastomeric spacer adjacent the leadframe assembly and supporting the cantilever members, characterized in further comprising: - a housing having the one or more spring probes therein, - the leadframe assembly disposed within the housing, and - the elastomeric spacer receiving the spring probes therethrough. - one or more spring probes ; - a leadframe assembly including one or more cantilever members , the leadframe assembly having impedance controlled microwave structures and a flexible ground plane; - an elastomeric spacer adjacent the leadframe assembly and supporting the cantilever members, characterized in further comprising: - a housing having the one or more spring probes therein, - the leadframe assembly disposed within the housing, and - the elastomeric spacer receiving the spring probes therethrough.
An apparatus configured to administer microparticles of adrenalin to the lungs of a biological subject to treat anaphylaxis or cardiac arrest, the apparatus including: a) a supply of positive pressure gas; b) an inlet adapted for fluid communication with a supply of positive pressure gas; c) an outlet adapted for fluid communication with the subject's airways to deliver the positive pressure gas to the subject's lungs; d) a channel extending at least part way between the inlet and the outlet and including at least one baffle for generating turbulent gas flow within the channel; e) a medicament supply including a dose of the microparticles of adrenalin for release into the channel; and f) an actuator for selectively supplying the dose of the microparticles of adrenalin into the gas flow, the actuator including a piston for urging the dose of the microparticles of adrenalin into the channel, so that, in use, the dose of the microparticles of adrenalin is entrained in a positive pressure gas flow caused by the supply of positive pressure gas from the inlet to the outlet through the channel, wherein the apparatus is configured to deliver the dose of the microparticles of adrenalin to the subject's lungs (i) without requiring the subject to inhale and (ii) by an amount of the positive pressure gas flow corresponding to an artificial breath for the subject. a) a supply of positive pressure gas; b) an inlet adapted for fluid communication with a supply of positive pressure gas; c) an outlet adapted for fluid communication with the subject's airways to deliver the positive pressure gas to the subject's lungs; d) a channel extending at least part way between the inlet and the outlet and including at least one baffle for generating turbulent gas flow within the channel; e) a medicament supply including a dose of the microparticles of adrenalin for release into the channel; and f) an actuator for selectively supplying the dose of the microparticles of adrenalin into the gas flow, the actuator including a piston for urging the dose of the microparticles of adrenalin into the channel, so that, in use, the dose of the microparticles of adrenalin is entrained in a positive pressure gas flow caused by the supply of positive pressure gas from the inlet to the outlet through the channel,
Coupling device for connecting a heat exchanger to a standardized connector, - wherein the coupling device comprises a tubular piece and a hollow cylindrical adapter piece , - wherein the tubular piece is inserted into the adapter piece along a mounting axis (MA) to a predetermined distance and is axially fixed to the adapter piece , - wherein the coupling device contains a form-fitting unit and the form-fitting unit non-rotatably fixes the adapter piece to the tubular piece , - wherein the tubular piece contains an outer stop projection which at least partially surrounds the mounting axis (MA), - wherein the adapter piece contains an inner stop recess which at least partially surrounds the mounting axis (MA), and - wherein the stop projection engages radially in the stop recess and thereby the adapter piece abuts axially against the tubular piece , characterized - in that the tubular piece contains an outer contour arranged transversely to the mounting axis (MA) and lying on the outside at the stop projection , - in that the adapter piece contains an inner contour arranged transversely to the mounting axis (MA) and lying on the inside at the stop recess , - in that the outer contour and the inner contour abut each other and are rotationally asymmetrical. - wherein the coupling device comprises a tubular piece and a hollow cylindrical adapter piece , - wherein the tubular piece is inserted into the adapter piece along a mounting axis (MA) to a predetermined distance and is axially fixed to the adapter piece , - wherein the coupling device contains a form-fitting unit and the form-fitting unit non-rotatably fixes the adapter piece to the tubular piece , - wherein the tubular piece contains an outer stop projection which at least partially surrounds the mounting axis (MA), - wherein the adapter piece contains an inner stop recess which at least partially surrounds the mounting axis (MA), and - wherein the stop projection engages radially in the stop recess and thereby the adapter piece abuts axially against the tubular piece , - in that the tubular piece contains an outer contour arranged transversely to the mounting axis (MA) and lying on the outside at the stop projection , - in that the adapter piece contains an inner contour arranged transversely to the mounting axis (MA) and lying on the inside at the stop recess , - in that the outer contour and the inner contour abut each other and are rotationally asymmetrical.
A sample processing apparatus for processing a sample accommodated in a sample container comprising: a holder on which a first type of sample container and a second type of sample container is to be set, wherein the first type of sample container includes a recess formed on an outer side of a bottom portion, and the second type of sample container does not include the recess; a sample processing unit for processing a sample accommodated in a sample container set in the holder; characterized by further comprising: a recess detector configured to detect the recess of the sample container set in the holder; and a controller for controlling the sample processing unit to process the sample under a first sample processing condition if the recess is not detected by the recess detector, and to process the sample under a second sample processing condition different from the first sample processing condition if the recess is detected by the recess detector . a holder on which a first type of sample container and a second type of sample container is to be set, wherein the first type of sample container includes a recess formed on an outer side of a bottom portion, and the second type of sample container does not include the recess; a sample processing unit for processing a sample accommodated in a sample container set in the holder; characterized by further comprising: a recess detector configured to detect the recess of the sample container set in the holder; and a controller for controlling the sample processing unit to process the sample under a first sample processing condition if the recess is not detected by the recess detector, and to process the sample under a second sample processing condition different from the first sample processing condition if the recess is detected by the recess detector . a recess detector configured to detect the recess of the sample container set in the holder; and a controller for controlling the sample processing unit to process the sample under a first sample processing condition if the recess is not detected by the recess detector, and to process the sample under a second sample processing condition different from the first sample processing condition if the recess is detected by the recess detector .
Plastic antenna , designed as horn antenna or as parabolic antenna, for a fill level radar, comprising the plastic antenna : an antenna body made of a plastic material with an interior that forms a cavity , which comprises an opening ; wherein a metallic coating is applied to the interior or a partial region of the interior of the antenna body for conducting electromagnetic waves; an encapsulation in form of a lens or a filling for closing the opening of the cavity; wherein the lens is connected to the plastic antenna by means of a screw connection, an adhesive, ultrasonic welding or neck element welding; wherein the encapsulation or the filling is designed to chemically protect the interior of the antenna body from external influences. an antenna body made of a plastic material with an interior that forms a cavity , which comprises an opening ; wherein a metallic coating is applied to the interior or a partial region of the interior of the antenna body for conducting electromagnetic waves; an encapsulation in form of a lens or a filling for closing the opening of the cavity; wherein the lens is connected to the plastic antenna by means of a screw connection, an adhesive, ultrasonic welding or neck element welding; wherein the encapsulation or the filling is designed to chemically protect the interior of the antenna body from external influences.
A vehicle control apparatus , the vehicle control apparatus being configured to: output a signal regarding a target braking/driving force for guiding a vehicle in a target traveling direction to a braking/driving controller configured to control a braking/driving actuator of the vehicle , the signal regarding the target braking/driving force being acquired based on information regarding a running route of the vehicle that is input from an external world recognition sensor and a physical amount regarding a motion state of the vehicle that is input from a vehicle motion state detection sensor , the apparatus being characterized in that it is further configured to output a signal regarding a steering correction torque for correcting a steering torque according to a behavior of the vehicle to a steering force controller configured to control a steering actuator of the vehicle , the signal regarding the steering correction torque being acquired based on a vehicle-body slip angle of the vehicle and the target braking/driving force, the vehicle-body slip angle being acquired based on the physical amount regarding the motion state of the vehicle , and set a base-point steering angle that makes the steering torque zero to a steering angle at which a front-wheel slip angle acquired based on the vehicle-body slip angle is equivalent to zero, and output a signal regarding the base-point steering angle to the steering force controller as the signal regarding the steering correction torque. output a signal regarding a target braking/driving force for guiding a vehicle in a target traveling direction to a braking/driving controller configured to control a braking/driving actuator of the vehicle , the signal regarding the target braking/driving force being acquired based on information regarding a running route of the vehicle that is input from an external world recognition sensor and a physical amount regarding a motion state of the vehicle that is input from a vehicle motion state detection sensor , the apparatus being characterized in that it is further configured to output a signal regarding a steering correction torque for correcting a steering torque according to a behavior of the vehicle to a steering force controller configured to control a steering actuator of the vehicle , the signal regarding the steering correction torque being acquired based on a vehicle-body slip angle of the vehicle and the target braking/driving force, the vehicle-body slip angle being acquired based on the physical amount regarding the motion state of the vehicle , and set a base-point steering angle that makes the steering torque zero to a steering angle at which a front-wheel slip angle acquired based on the vehicle-body slip angle is equivalent to zero, and output a signal regarding the base-point steering angle to the steering force controller as the signal regarding the steering correction torque.
A method of operating an electrophotographic printer to control the optical density of a printed image, the method comprising: providing a printing substance on a transfer member ; emitting a pulse of heat having a power density of at least 0.1W/mm 2 to heat the printing substance on the transfer member for a period of less than 0.5 seconds to increase flowability of the printing substance on the transfer member prior to the printing substance being transferred to a substrate ; and transferring, from the transfer member to the substrate , the printing substance heated by the pulse of heat so as to provide the printed image on the substrate . providing a printing substance on a transfer member ; emitting a pulse of heat having a power density of at least 0.1W/mm 2 to heat the printing substance on the transfer member for a period of less than 0.5 seconds to increase flowability of the printing substance on the transfer member prior to the printing substance being transferred to a substrate ; and transferring, from the transfer member to the substrate , the printing substance heated by the pulse of heat so as to provide the printed image on the substrate .