mhurhangee/patent-ind-claim-en huggingface dataset:
A blow molding apparatus for supplying a pressurized liquid to a preform (PF) of a bottomed-cylinder shape mounted in a mold for blow molding, and for molding this preform into a shape conforming to a cavity of the mold, comprising: a blow nozzle that mates with an open tube portion of the preform; a seal body that opens and closes the blow nozzle ; a filling head that extends along an axial direction of the blow nozzle and is provided at one end with a liquid supply channel connected to the blow nozzle and a liquid introduction channel connected to the liquid supply channel from the side; and a pressurized liquid supply unit that is connected to the liquid introduction channel and supplies the pressurized liquid to this liquid introduction channel ; characterized in that a spiral guide groove is provided around an axial center of the liquid supply channel in an inner peripheral surface of this liquid supply channel. a blow nozzle that mates with an open tube portion of the preform; a seal body that opens and closes the blow nozzle ; a filling head that extends along an axial direction of the blow nozzle and is provided at one end with a liquid supply channel connected to the blow nozzle and a liquid introduction channel connected to the liquid supply channel from the side; and a pressurized liquid supply unit that is connected to the liquid introduction channel and supplies the pressurized liquid to this liquid introduction channel ; characterized in that a spiral guide groove is provided around an axial center of the liquid supply channel in an inner peripheral surface of this liquid supply channel.
A base station comprising: circuitry , which, in operation, determines a parameter for a band composed of a first band and a segment that is an additional band for the first band, the band composed of the first band and the segment being referred to a second band; and a transceiver , which in operation, communicates with a terminal in the second band, using the parameter, wherein the parameter is a resource block group, RBG, size configured in the second band, and the circuitry determines the RBG size based on a first bandwidth, the first bandwidth being one of a bandwidth that is a next larger standard bandwidth of the first band and a bandwidth having the smallest bandwidth among the standard bandwidths larger than the bandwidth of the second band. circuitry , which, in operation, determines a parameter for a band composed of a first band and a segment that is an additional band for the first band, the band composed of the first band and the segment being referred to a second band; and a transceiver , which in operation, communicates with a terminal in the second band, using the parameter, wherein the parameter is a resource block group, RBG, size configured in the second band, and the circuitry determines the RBG size based on a first bandwidth, the first bandwidth being one of a bandwidth that is a next larger standard bandwidth of the first band and a bandwidth having the smallest bandwidth among the standard bandwidths larger than the bandwidth of the second band.
An apparatus for preventing a fluid from entering a basin , the apparatus comprising: a containment tube (310; 400) configured to fit within the basin and receive a filling fluid, further comprising: a top portion that is suitable to fit within and span substantially all of a cross-section of an opening of the basin ; a base portion that is suitable to fit within and span substantially all of a cross-section of a bottom of the basin ; and a side portion that connects the top portion and the base portion , wherein a part of the side portion is suitable to be in contact with part of one or more walls of the basin , wherein the top portion (140; 140A) is sealed to a first side of the side portion and the base portion is sealed to a second side of the side portion , wherein the containment tube (310; 400) is water-tight; and wherein: • the base portion is assembled piecewise from a plurality of pieces of flexible and waterproof material and having waterproof seams that connect the plurality of pieces of material, and/or • the side portion is assembled piecewise from a plurality of pieces of flexible and waterproof material and having waterproof seams that connect the plurality of pieces of material. a top portion that is suitable to fit within and span substantially all of a cross-section of an opening of the basin ; a base portion that is suitable to fit within and span substantially all of a cross-section of a bottom of the basin ; and a side portion that connects the top portion and the base portion , wherein a part of the side portion is suitable to be in contact with part of one or more walls of the basin , wherein the top portion (140; 140A) is sealed to a first side of the side portion and the base portion is sealed to a second side of the side portion , wherein the containment tube (310; 400) is water-tight; and wherein: • the base portion is assembled piecewise from a plurality of pieces of flexible and waterproof material and having waterproof seams that connect the plurality of pieces of material, and/or • the side portion is assembled piecewise from a plurality of pieces of flexible and waterproof material and having waterproof seams that connect the plurality of pieces of material. • the base portion is assembled piecewise from a plurality of pieces of flexible and waterproof material and having waterproof seams that connect the plurality of pieces of material, and/or • the side portion is assembled piecewise from a plurality of pieces of flexible and waterproof material and having waterproof seams that connect the plurality of pieces of material.
Expandable infusion packet, wherein the infusion packet is in a permanently compressed state in the absence of water and converts to an expanded state in the presence of water, and wherein the infusion packet has a substantially rigid structure such that it does not deform when handled in the permanently compressed state .
A coaxial electrical connector assembly , comprising: a connector housing defining a cavity ; a cylindrical coaxial terminal disposed within the cavity ; a primary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity ; and a secondary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity that is movable from a pre-staged position to a staged position and having a pair of arms defining concave features that engage the cylindrical coaxial terminal as the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity , wherein the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity as the secondary terminal locking feature is moved from the pre-staged position to the staged position , and characterized in that the inner walls of the cavity form a ramp configured to deflect the pair of arms in an axial direction toward the cylindrical coaxial terminal as the secondary terminal locking feature is moved from the pre-staged position to the staged position . a connector housing defining a cavity ; a cylindrical coaxial terminal disposed within the cavity ; a primary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity ; and a secondary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity that is movable from a pre-staged position to a staged position and having a pair of arms defining concave features that engage the cylindrical coaxial terminal as the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity , wherein the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity as the secondary terminal locking feature is moved from the pre-staged position to the staged position , and characterized in that the inner walls of the cavity form a ramp configured to deflect the pair of arms in an axial direction toward the cylindrical coaxial terminal as the secondary terminal locking feature is moved from the pre-staged position to the staged position .
Vehicle seat arrangement for a motor vehicle, with - a backrest , - a seat cushion , - at least one airbag module , the airbag module being arranged in the backrest and the airbag module comprising at least one airbag , - a tether mechanism for the airbag module , the tether mechanism comprising at least one tether arrangement , the tether arrangement being connected to the airbag and with at least one end to the backrest and/or seat cushion , and - a seat belt arrangement , the seat belt arrangement comprising a seat belt , wherein in a fastened state a section of the seat belt extends diagonally from an upper location on a first side of the backrest towards a lower location on a second side of the backrest , the second side being opposite to the first side , wherein an airbag of the at least one airbag module is shaped in such a way that in the deployed state a frontal section of the airbag is arranged directly in front of a central axis of the backrest , wherein the at least one airbag module is arranged on the second side , characterized in that the first side is the inboard side of the motor vehicle and the second side is the outboard side of the vehicle. - a backrest , - a seat cushion , - at least one airbag module , the airbag module being arranged in the backrest and the airbag module comprising at least one airbag , - a tether mechanism for the airbag module , the tether mechanism comprising at least one tether arrangement , the tether arrangement being connected to the airbag and with at least one end to the backrest and/or seat cushion , and - a seat belt arrangement , the seat belt arrangement comprising a seat belt , wherein in a fastened state a section of the seat belt extends diagonally from an upper location on a first side of the backrest towards a lower location on a second side of the backrest , the second side being opposite to the first side , wherein an airbag of the at least one airbag module is shaped in such a way that in the deployed state a frontal section of the airbag is arranged directly in front of a central axis of the backrest , wherein the at least one airbag module is arranged on the second side , characterized in that the first side is the inboard side of the motor vehicle and the second side is the outboard side of the vehicle.
A sole structure for an article of footwear , the sole structure comprising: a plate having a concave ground-engaging surface extending between a medial side of the plate and a lateral side of the plate and movable between a relaxed state and a flexed state, the concave ground-engaging surface having an increased radius when moved from the relaxed state to the flexed state; a first ground-engaging member extending from the plate proximate to the medial side of the plate; a second ground-engaging member extending from the plate proximate to the lateral side of the plate, the second ground-engaging member being spaced apart from the first ground-engaging member by a first distance when the plate is in the relaxed state and being spaced apart from the first ground-engaging member by a second distance greater than the first distance when the plate is in the flexed state; and a third ground-engaging member extending from the plate in an area between the first ground-engaging member and the second ground-engaging member, and including a first surface and a second surface that meet at an apex , one of the first surface and the second surface being concave and the other of the first surface and the second surface being convex.
Contact-making system comprising a screw-connection sleeve that is developed as a double nipple, wherein the screw-connection sleeve has a connecting section on a first side , an actuation element and a clamping element , wherein the clamping element comprises at least one inner lateral surface and at least a first abutting face , wherein the connecting section has a connecting thread and an actuation thread , wherein the screw-connection sleeve comprises the connecting thread on the first side of the screw-connection sleeve for the connection to a terminal geometry, wherein the connecting thread is arranged on the radially outer side of the screw-connection sleeve and the actuation thread is arranged on the radially inner side of the screw-connection sleeve for the purpose of receiving the actuation element , and wherein the actuation element comprises a counter-pressure abutting face , wherein an inner radius of the clamping element can be reduced at least in sections by means of a radial force, wherein the actuation element can be screwed to the actuation thread on the first side of the screw-connection sleeve , and wherein the radial force can be applied to at least the first abutting face of the clamping element by means of screwing together of the actuation element with the screw-connection sleeve , in that at least the counter-pressure abuting face of the actuation element can be brought into contact with the first abutting face of the clamping element .
A CPAP system for treatment of sleep disordered breathing, the CPAP system comprising: a patient interface including a sealing arrangement adapted to form a seal with a patient's nose and/or mouth and headgear to support the sealing arrangement in position on the patient's head; and a PAP device including: a casing (12; 512) adapted to fit on top of a patient's head in use; and a blower (10; 510) structured to generate the flow of breathable gas at a continuously positive pressure in the range of about 2-30 cmH 2 O, the blower including a housing (20; 520) and an outlet tube (28; 528) extending outwardly from the housing, the outlet tube structured to direct the flow of breathable gas exiting the blower, wherein the blower and outlet tube thereof are provided within the casing, wherein the blower is in fluid communication with the patient interface, and characterized in that the outlet tube of the blower is angled and/or curved along its length towards a lower wall of the casing. a patient interface including a sealing arrangement adapted to form a seal with a patient's nose and/or mouth and headgear to support the sealing arrangement in position on the patient's head; and a PAP device including: a casing (12; 512) adapted to fit on top of a patient's head in use; and a blower (10; 510) structured to generate the flow of breathable gas at a continuously positive pressure in the range of about 2-30 cmH 2 O, the blower including a housing (20; 520) and an outlet tube (28; 528) extending outwardly from the housing, the outlet tube structured to direct the flow of breathable gas exiting the blower, wherein the blower and outlet tube thereof are provided within the casing, a casing (12; 512) adapted to fit on top of a patient's head in use; and a blower (10; 510) structured to generate the flow of breathable gas at a continuously positive pressure in the range of about 2-30 cmH 2 O, the blower including a housing (20; 520) and an outlet tube (28; 528) extending outwardly from the housing, the outlet tube structured to direct the flow of breathable gas exiting the blower, wherein the blower and outlet tube thereof are provided within the casing, wherein the blower is in fluid communication with the patient interface, and characterized in that the outlet tube of the blower is angled and/or curved along its length towards a lower wall of the casing.
An activatable quality label , operative to provide an indication of exceedance of a temperature threshold following activation thereof at a temperature less than or equal to an activation temperature, comprising: a readable indicator , located on said quality label and operative, following activation of said quality label at or below said activation temperature, to readably indicate exceedance of said temperature threshold; an actuator element , operative to activate said quality label; and characterized by indicia , , , , at least partially formed by thermochromic ink, said thermochromic ink having a first visual appearance at temperatures less than or equal to said activation temperature and a second visual appearance at temperatures above said activation temperature, such that a visual appearance of said indicia is indicative of whether said quality label is at a temperature less than or equal to said activation temperature and hence may be activated. a readable indicator , located on said quality label and operative, following activation of said quality label at or below said activation temperature, to readably indicate exceedance of said temperature threshold; an actuator element , operative to activate said quality label; and characterized by indicia , , , , at least partially formed by thermochromic ink, said thermochromic ink having a first visual appearance at temperatures less than or equal to said activation temperature and a second visual appearance at temperatures above said activation temperature, such that a visual appearance of said indicia is indicative of whether said quality label is at a temperature less than or equal to said activation temperature and hence may be activated.
A method for producing a precursor of a lithium adsorbent comprising steps to : a 1 st mixing step: the step of mixing a manganese salt and alkali hydroxide to obtain a 1 st slurry containing manganese hydroxide; a 2 nd mixing step: the step of adding lithium hydroxide to the 1 st slurry, and mixing the mixture to obtain a 2 nd slurry; an oxidation step: the step of adding an oxidizing agent to the 2 nd slurry to obtain an oxide. a 1 st mixing step: the step of mixing a manganese salt and alkali hydroxide to obtain a 1 st slurry containing manganese hydroxide; a 2 nd mixing step: the step of adding lithium hydroxide to the 1 st slurry, and mixing the mixture to obtain a 2 nd slurry; an oxidation step: the step of adding an oxidizing agent to the 2 nd slurry to obtain an oxide.
A method comprising: receiving , by a security agent implemented on a monitored computing device, an event notification indicative of execution of an object on the monitored computing device; storing , by the security agent, in a data structure of the security agent on the monitored computing device, information associated with the event notification and the object; subsequently receiving , by the security agent, an event notification indicative of an occurrence on the monitored computing device of an activity associated with the object; based at least in part on the stored information, correlating , by the security agent, the occurrence of the activity with the execution of the object, wherein the correlation of the occurrence of the activity with the execution of the object is indicative of operation of a security exploit; and generating an exploit detection event, by the security agent, based on the correlating. receiving , by a security agent implemented on a monitored computing device, an event notification indicative of execution of an object on the monitored computing device; storing , by the security agent, in a data structure of the security agent on the monitored computing device, information associated with the event notification and the object; subsequently receiving , by the security agent, an event notification indicative of an occurrence on the monitored computing device of an activity associated with the object; based at least in part on the stored information, correlating , by the security agent, the occurrence of the activity with the execution of the object, wherein the correlation of the occurrence of the activity with the execution of the object is indicative of operation of a security exploit; and generating an exploit detection event, by the security agent, based on the correlating.
Method for determining a density (p) of a harvested material by means of a radar sensor system , wherein - penetrating radar signals are transmitted into the compacted harvested material from a transmitting unit of the radar sensor system , and - the radar signals reflected by the compacted harvested material are received by a receiving unit of the radar sensor system , characterized in that - a permittivity (ε) of the harvested material is determined as a function of the received reflected radar signals in an evaluation unit , and - the density (ρ) of the harvested material is determined as a function of the determined permittivity (ε) in a signal processing unit . - penetrating radar signals are transmitted into the compacted harvested material from a transmitting unit of the radar sensor system , and - the radar signals reflected by the compacted harvested material are received by a receiving unit of the radar sensor system , characterized in that - a permittivity (ε) of the harvested material is determined as a function of the received reflected radar signals in an evaluation unit , and - the density (ρ) of the harvested material is determined as a function of the determined permittivity (ε) in a signal processing unit .
A method comprising contacting a sample being tested for the presence of one or more targets with one or more target-specific binding partners, wherein each of the target-specific binding partners is linked to a docking nucleic acid, and wherein target-specific binding partners of different specificity are linked to different docking nucleic acids, optionally removing unbound target-specific binding partners, contacting the sample with labeled imager nucleic acids having a nucleotide sequence that is complementary to a docking nucleic acid, optionally removing unbound labeled imager nucleic acids, imaging the sample to detect bound labeled imager nucleic acids, removing the bound labeled imager nucleic acids from the docking nucleic acids by enzymatically cleaving, modifying or degrading the labeled imager nucleic acids, altering temperature, and/or altering buffer condition, and repeating steps - , each time with a labeled imager nucleic acid having a unique nucleotide sequence relative to all other labeled imager nucleic acids. contacting a sample being tested for the presence of one or more targets with one or more target-specific binding partners, wherein each of the target-specific binding partners is linked to a docking nucleic acid, and wherein target-specific binding partners of different specificity are linked to different docking nucleic acids, optionally removing unbound target-specific binding partners, contacting the sample with labeled imager nucleic acids having a nucleotide sequence that is complementary to a docking nucleic acid, optionally removing unbound labeled imager nucleic acids, imaging the sample to detect bound labeled imager nucleic acids, removing the bound labeled imager nucleic acids from the docking nucleic acids by enzymatically cleaving, modifying or degrading the labeled imager nucleic acids, altering temperature, and/or altering buffer condition, and repeating steps - , each time with a labeled imager nucleic acid having a unique nucleotide sequence relative to all other labeled imager nucleic acids.