mhurhangee/patent-ind-claim-en huggingface dataset:
A rectal catheter comprising - a shaft comprising a tubular element extending from a proximal end to a distal end - a balloon element fitted on the shaft wherein the shaft is provided with ribs in a longitudinal direction of the shaft on an outer surface of the tubular element so that the ribs are positioned under the balloon element characterised in that the rectal catheter comprises two attenuations at the position of the balloon, a first attenuation provided between the outer surface of the tubular element and the attachment surfaces and a second attenuation provided between the attachment surfaces and an attenuated catheter surface at the balloon so that the balloon element is within the outer boundary of the catheter, the balloon element being attached flush with the outer surface of the tubular element and on an outer surface of the ribs. - a shaft comprising a tubular element extending from a proximal end to a distal end - a balloon element fitted on the shaft wherein the shaft is provided with ribs in a longitudinal direction of the shaft on an outer surface of the tubular element so that the ribs are positioned under the balloon element characterised in that the rectal catheter comprises two attenuations at the position of the balloon, a first attenuation provided between the outer surface of the tubular element and the attachment surfaces and a second attenuation provided between the attachment surfaces and an attenuated catheter surface at the balloon so that the balloon element is within the outer boundary of the catheter, the balloon element being attached flush with the outer surface of the tubular element and on an outer surface of the ribs.
A method, comprising: receiving, by a user equipment, via a broadcast channel from a base station providing a cell, information indicative of a selected number of repetitions of a preamble; generating, by the user equipment, a random access channel burst comprising a cyclic prefix, the preamble, and the selected number of repetitions of the preamble, wherein the cyclic prefix has a predetermined duration that is independent of the selected number of repetitions of the preamble, and wherein the selected number of repetitions of the preamble is dependent on at least one of a cell radius and a radio transmission frequency of the base station; and transmitting, by the user equipment, the random access channel burst over an air interface to the base station. receiving, by a user equipment, via a broadcast channel from a base station providing a cell, information indicative of a selected number of repetitions of a preamble; generating, by the user equipment, a random access channel burst comprising a cyclic prefix, the preamble, and the selected number of repetitions of the preamble, wherein the cyclic prefix has a predetermined duration that is independent of the selected number of repetitions of the preamble, and wherein the selected number of repetitions of the preamble is dependent on at least one of a cell radius and a radio transmission frequency of the base station; and transmitting, by the user equipment, the random access channel burst over an air interface to the base station.
RFID reader comprising a housing , an RFID reader circuit, and a USB connector , the housing comprises a sensor section and a connector section , the RFID reader circuit comprises at least one antenna and an RFID transmitter/receiver circuit connected to the at least one antenna , said antenna defining a main plane, the USB connector is electrically connected to the RFID transmitter/receiver circuit by a cable and/or a plurality of wires, the sensor section of the housing contains the RFID reader circuit within the housing, and characterized in that the connector section of the housing holds the USB connector by a turnable attachment means , wherein the turnable attachment means allows only a rotation of the connector about an axis orthogonal to the main plane.
A pump , comprising: - a rotor ; - a first housing part and a second housing part , between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing parts ; - at least one positioning element which positions the second housing part with respect to its angular position about the rotational axis relative to the first housing part ; and - a spring which is fastened to the at least one positioning element , wherein the second housing part is arranged between the spring and the rotor , characterised in that - the spring comprises a main portion and supporting portions connected to the main portion , wherein a spring gap exists between the second housing part and the main portion , and the supporting portions are supported on the second housing part . - a rotor ; - a first housing part and a second housing part , between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing parts ; - at least one positioning element which positions the second housing part with respect to its angular position about the rotational axis relative to the first housing part ; and - a spring which is fastened to the at least one positioning element , wherein the second housing part is arranged between the spring and the rotor , - the spring comprises a main portion and supporting portions connected to the main portion , wherein a spring gap exists between the second housing part and the main portion , and the supporting portions are supported on the second housing part .
An ophthalmic surgical instrument for severing a lens (L) of an eye, comprising: an elongated shaft having a distal end portion ; a wire extending along the elongated shaft and having a looped segment disposed adjacent the distal end portion and being configured to move between a contracted configuration and a dilated configuration, in which the looped segment assumes a diameter approximating the diameter and shape of a lens (L) of an eye, the looped segment having a bottom portion configured to engage and sever a bottom portion of the lens (L) upon moving toward the contracted configuration when the looped segment is placed around the lens (L), a light-conducting element extending along at least a portion of a length of the looped segment , and a light source in communication with the light-conducting element , such that light from the light source travels through the light-conducting element and illuminates at least a portion of the length of the looped segment , characterized in that the light-conducting element is a tube that surrounds the wire . an elongated shaft having a distal end portion ; a wire extending along the elongated shaft and having a looped segment disposed adjacent the distal end portion and being configured to move between a contracted configuration and a dilated configuration, in which the looped segment assumes a diameter approximating the diameter and shape of a lens (L) of an eye, the looped segment having a bottom portion configured to engage and sever a bottom portion of the lens (L) upon moving toward the contracted configuration when the looped segment is placed around the lens (L), a light-conducting element extending along at least a portion of a length of the looped segment , and a light source in communication with the light-conducting element , such that light from the light source travels through the light-conducting element and illuminates at least a portion of the length of the looped segment , characterized in that the light-conducting element is a tube that surrounds the wire .
An air-conditioning system comprising: an air conditioner including: an outlet for conditioned air, the outlet being disposed at a panel body and opened downward; a louver that is pivotally provided at the outlet and configured to adjust a blow-out direction of the conditioned air; an anti draft function being a plate-shaped member that is disposed on the outside of the outlet of the panel body and is pivotable between a withdrawn position flush with the panel body and a louver-direction position facing the conditioned air blown out from the outlet ; and a pivot mechanism that is configured to cause the anti draft function to pivot between the two positions, and a control device that is configured to control the air conditioner, the control device comprising: a control unit that is configured to cause the anti draft function to move to a position where a flow of the conditioned air blown out from the louver is not blocked and not changed, depending on an operation state of the air conditioner , and to inactivate the anti draft function, characterized in that in the withdrawn position the flow of the conditioned air blown out from the louver is not blocked and not changed, the anti draft function is configured to change the flow of the conditioned air blown out from the louver at the louver direction position, the anti draft function has a gate-like shape including a wing portion which is projected to a position facing the conditioned air blown out from the outlet to block and change the flow of the conditioned air, and arm portions which are formed integrally at both ends of the wing portion , and the wing portion and the arm portions of the anti draft function constitute a part of the panel body . a control device that is configured to control the air conditioner, the control device comprising: a control unit that is configured to cause the anti draft function to move to a position where a flow of the conditioned air blown out from the louver is not blocked and not changed, depending on an operation state of the air conditioner , and to inactivate the anti draft function, characterized in that in the withdrawn position the flow of the conditioned air blown out from the louver is not blocked and not changed, the anti draft function is configured to change the flow of the conditioned air blown out from the louver at the louver direction position, the anti draft function has a gate-like shape including a wing portion which is projected to a position facing the conditioned air blown out from the outlet to block and change the flow of the conditioned air, and arm portions which are formed integrally at both ends of the wing portion , and the wing portion and the arm portions of the anti draft function constitute a part of the panel body .
Method for authentication of a user by a verifier, said method comprising: - receiving (E2) a password (w) input by the user and a first piece of context information (ctx) input by the user, - computing (E3) a current fingerprint, by applying a one-way function to the password and to the first piece of context information, - verifying (E4) that the computed current fingerprint is equal to a reference fingerprint of a secret, which fingerprint was calculated during a preceding authentication of the user, the authentication being successful when the current fingerprint is equal to the reference fingerprint, - receiving (E6) a second piece of context information, input by the authenticated user in response to a request by the verifier, - computing (E7) a new reference fingerprint, by applying the one-way function to the password and to the second piece of context information, and replacing the reference fingerprint of the secret with the new reference fingerprint for a subsequent authentication. - receiving (E2) a password (w) input by the user and a first piece of context information (ctx) input by the user, - computing (E3) a current fingerprint, by applying a one-way function to the password and to the first piece of context information, - verifying (E4) that the computed current fingerprint is equal to a reference fingerprint of a secret, which fingerprint was calculated during a preceding authentication of the user, the authentication being successful when the current fingerprint is equal to the reference fingerprint, - receiving (E6) a second piece of context information, input by the authenticated user in response to a request by the verifier, - computing (E7) a new reference fingerprint, by applying the one-way function to the password and to the second piece of context information, and replacing the reference fingerprint of the secret with the new reference fingerprint for a subsequent authentication.
A sample-dispensing device for dispensing samples being arranged on a continuous strip of a coil , the sample-dispensing device comprising a body containing an inlet area for the continuous strip and an outlet area for the sample and a passage channel for the sample formed inside the body ; whereby the passage channel for the sample comprises at least one separator positioned on a first surface inside the body , and acting with a connecting contour of the sample in order to detach it, one by one, from the continuous strip , characterized in that the said at least one separator being formed by a front face that protrudes from the first surface towards the passage channel of the sample and a rear face that also protrudes from the first surface towards the passage channel of the sample , the front face and the rear face converging with each other and forming a separation edge .
A method of producing a controlled release fertilizer comprising the steps of: (a) admixing a granular fertilizer and a resin, wherein the resin is a reaction product of a polyol component and an isocyanate component in a mixing device to form a coated mixture, wherein the mixing device is a pugmill, paddle mixer, ribbon mixers, pin mixers, measuring mixers, or nauta mixer, (b) transferring said coated mixture into a separate reactor, and (c) curing said coated mixture in the reactor in presence of a catalyst to form the controlled release fertilizer, wherein the mixing device is separate and distinct from the reactor and wherein the admixing step is segregated from the curing step. (a) admixing a granular fertilizer and a resin, wherein the resin is a reaction product of a polyol component and an isocyanate component in a mixing device to form a coated mixture, wherein the mixing device is a pugmill, paddle mixer, ribbon mixers, pin mixers, measuring mixers, or nauta mixer, (b) transferring said coated mixture into a separate reactor, and (c) curing said coated mixture in the reactor in presence of a catalyst to form the controlled release fertilizer, wherein the mixing device is separate and distinct from the reactor and wherein the admixing step is segregated from the curing step.
A method for producing H-shaped steel , the method comprising: a rough rolling step; an intermediate rolling step; and a finish rolling step, wherein in a rolling mill that performs the rough rolling step, a plurality of calibers K1, K2, K3, K4 to shape a material to be rolled are engraved, the number of the plurality of calibers being four or more, shaping of one or a plurality of passes is performed on the material to be rolled in the plurality of calibers, in a first caliber K1 and a second caliber K2 among the plurality of calibers, projections to create splits vertically with respect to a width direction of the material to be rolled are formed, in a second caliber and subsequent calibers among the plurality of calibers, reduction is performed in a state where end surfaces of the material to be rolled are in contact with caliber peripheral surfaces in shaping of at least one pass, the method characterised in that : in two or more of a third caliber K3 and subsequent calibers among the plurality of calibers, a step of sequentially bending divided parts formed by the splits is performed, and the projections formed in the first caliber and the second caliber have a tip angle of 40° or less. a rough rolling step; an intermediate rolling step; and a finish rolling step, wherein in a rolling mill that performs the rough rolling step, a plurality of calibers K1, K2, K3, K4 to shape a material to be rolled are engraved, the number of the plurality of calibers being four or more, shaping of one or a plurality of passes is performed on the material to be rolled in the plurality of calibers, in a first caliber K1 and a second caliber K2 among the plurality of calibers, projections to create splits vertically with respect to a width direction of the material to be rolled are formed, in a second caliber and subsequent calibers among the plurality of calibers, reduction is performed in a state where end surfaces of the material to be rolled are in contact with caliber peripheral surfaces in shaping of at least one pass, the method characterised in that : in two or more of a third caliber K3 and subsequent calibers among the plurality of calibers, a step of sequentially bending divided parts formed by the splits is performed, and the projections formed in the first caliber and the second caliber have a tip angle of 40° or less. in two or more of a third caliber K3 and subsequent calibers among the plurality of calibers, a step of sequentially bending divided parts formed by the splits is performed, and the projections formed in the first caliber and the second caliber have a tip angle of 40° or less.
A carrier device for a cutting processing machine with a base body and at least one clamping device that is arranged on the base body and serves for fastening a processing unit , wherein the at least one clamping device and/or the base body is designed so as to be rotatable along a rotational axis (D) extending in a first direction, wherein the at least one clamping device has a clamping element arrangement that is designed for at least partially engaging into the processing unit in a fastening state by moving clamping elements in a direction extending perpendicular to the rotational axis (D), and wherein a force sensor is assigned to the at least one clamping device , characterized in that the force sensor is designed for measuring a weight force or weight force component exerted upon the at least one clamping device by the processing unit . wherein the at least one clamping device and/or the base body is designed so as to be rotatable along a rotational axis (D) extending in a first direction, wherein the at least one clamping device has a clamping element arrangement that is designed for at least partially engaging into the processing unit in a fastening state by moving clamping elements in a direction extending perpendicular to the rotational axis (D), and wherein a force sensor is assigned to the at least one clamping device , characterized in that the force sensor is designed for measuring a weight force or weight force component exerted upon the at least one clamping device by the processing unit .
An LED filament lamp using infrared radiation heat dissipation, comprising: a bulb shell ; a core base with an exhaust pipe ; a driver ; a lamp cap ; at least one LED lighting bar with a 2π light-emitting LED chip; the bulb shell and the core base are in vacuum sealing to form a vacuum sealed cavity and the vacuum sealed cavity is filled with high heat conductivity gas; the LED lighting bar is located in the vacuum sealed cavity; the driver and the lamp cap are connected in series through an outer electrode leading-out wire ; characterized in that : the bulb shell has an infrared transmittance larger than 0.8; one side of the LED lighting bar is provided with a light-emitting layer of the LED chip , and the other side is provided with an infrared radiation converting layer ; and both ends of the LED lighting bar are fixed to the core base through a metal wire respectively, and are connected to the driver which is fixed below the core base . a bulb shell ; a core base with an exhaust pipe ; a driver ; a lamp cap ; at least one LED lighting bar with a 2π light-emitting LED chip; the bulb shell and the core base are in vacuum sealing to form a vacuum sealed cavity and the vacuum sealed cavity is filled with high heat conductivity gas; the LED lighting bar is located in the vacuum sealed cavity; the driver and the lamp cap are connected in series through an outer electrode leading-out wire ; characterized in that : the bulb shell has an infrared transmittance larger than 0.8; one side of the LED lighting bar is provided with a light-emitting layer of the LED chip , and the other side is provided with an infrared radiation converting layer ; and both ends of the LED lighting bar are fixed to the core base through a metal wire respectively, and are connected to the driver which is fixed below the core base . the bulb shell has an infrared transmittance larger than 0.8; one side of the LED lighting bar is provided with a light-emitting layer of the LED chip , and the other side is provided with an infrared radiation converting layer ; and both ends of the LED lighting bar are fixed to the core base through a metal wire respectively, and are connected to the driver which is fixed below the core base .
A ground maneuver assistance system for aircraft, more particularly for aeroplanes, the system comprising: a carriage driven on a runway by a drive means, the speed of which may be adapted to the landing or take off speed of the aeroplane, the carriage comprising a chassis configured to move on the runway; a mobile platform configured to support the aeroplane, the platform comprising coupling means configured to engage and release the aeroplane; and means for connecting the platform to the chassis, configured to create relative movement between the platform and the chassis; characterized in that the connection means enable translational maneuvering of the platform, in at least one vertical direction and one transverse direction relative to the travel of the carriage; and in that the connection means also allow rotation of the platform in space along three perpendicular axes of rotation, so as to orient the platform in a plane corresponding to the take off or landing angle of the aeroplane. a carriage driven on a runway by a drive means, the speed of which may be adapted to the landing or take off speed of the aeroplane, the carriage comprising a chassis configured to move on the runway; a mobile platform configured to support the aeroplane, the platform comprising coupling means configured to engage and release the aeroplane; and means for connecting the platform to the chassis, configured to create relative movement between the platform and the chassis; characterized in that the connection means enable translational maneuvering of the platform, in at least one vertical direction and one transverse direction relative to the travel of the carriage; and in that the connection means also allow rotation of the platform in space along three perpendicular axes of rotation, so as to orient the platform in a plane corresponding to the take off or landing angle of the aeroplane.
A material comprising a polymer of an ionic carbon phosphonitride with univalent cations.