mhurhangee/patent-ind-claim-en huggingface dataset:
A flow through fluid sampling system comprising: a sample tube configured to collect a sample of a fluid during collection of the fluid in a collection container and having an open top , the sample being representative of a homogenous sample of the fluid collected within the collection container , the sample tube having a volume smaller than a volume of the collection container ; and a cap configured to be secured to the sample tube to close the open top , the cap including: an inflow port configured to be fluidly connected to an outlet of a blood component separation device and allow fluid to enter the fluid sample tube ; and an outflow port configured to be fluidly connected to an inlet of the collection container and allow fluid to leave the sample tube . a sample tube configured to collect a sample of a fluid during collection of the fluid in a collection container and having an open top , the sample being representative of a homogenous sample of the fluid collected within the collection container , the sample tube having a volume smaller than a volume of the collection container ; and a cap configured to be secured to the sample tube to close the open top , the cap including: an inflow port configured to be fluidly connected to an outlet of a blood component separation device and allow fluid to enter the fluid sample tube ; and an outflow port configured to be fluidly connected to an inlet of the collection container and allow fluid to leave the sample tube . an inflow port configured to be fluidly connected to an outlet of a blood component separation device and allow fluid to enter the fluid sample tube ; and an outflow port configured to be fluidly connected to an inlet of the collection container and allow fluid to leave the sample tube .
Disc brake comprising a brake caliper , which overlaps at least one brake disc, and a brake actuation mechanism having - a thrust element for transmitting a clamping force onto the brake disc, and - a gasket adapted to be arranged between said thrust element and said brake caliper and comprising an outer ring and an inner ring enclosing a sleeve being relatively movable to each other, in which the brake caliper comprises at least one segment being adapted to fixedly receive said outer ring of the gasket , and in which the thrust element comprises at least one segment being adapted to fixedly receive said inner ring of the gasket , characterized in that the thrust element comprises at least one supporting means (9,10,21;23) for releasably receiving said outer ring of the gasket . - a thrust element for transmitting a clamping force onto the brake disc, and - a gasket adapted to be arranged between said thrust element and said brake caliper and comprising an outer ring and an inner ring enclosing a sleeve being relatively movable to each other,
A support structure for a flexible interconnect of a superconducting system comprising a support member that is formed of thermally conductive material, the support member comprising: a plurality of parallel slots, wherein each slot extends from a first surface of a base of the support member to a second surface of the base, wherein the first and second surfaces of the base are positioned on parallel planes, wherein each slot is shaped to allow relative movement of a fastener that allows a respective connector assembly to be affixed to the support member, and the respective connector assembly provides mechanical support for the flexible interconnect of the superconducting system and establishes a heat path between the flexible interconnect and the support member; and a wall extending transverse from the first surface of the base, the wall comprising a plurality of through-holes . a plurality of parallel slots, wherein each slot extends from a first surface of a base of the support member to a second surface of the base, wherein the first and second surfaces of the base are positioned on parallel planes, wherein each slot is shaped to allow relative movement of a fastener that allows a respective connector assembly to be affixed to the support member, and the respective connector assembly provides mechanical support for the flexible interconnect of the superconducting system and establishes a heat path between the flexible interconnect and the support member; and a wall extending transverse from the first surface of the base, the wall comprising a plurality of through-holes .
An exhaust gas silencer comprising a central pipe having an inlet end and an outlet end , a silencer chamber (74', 74") between a silencer housing and the central pipe , the silencer housing having an inlet collar fastened to the central pipe and an outlet collar , and the central pipe having two openings (64, 64', 64") for arranging communication from the central pipe to the silencer chamber (74', 74"), the openings (64, 64', 64") being arranged next to the inlet collar between the inlet collar and an outlet flange , the central pipe being formed of an inlet section with an inlet flange and an outlet section with an outlet flange , the sections having a common axis (X) and being provided with a sliding joint between the inlet flange and the outlet flange allowing the inlet section to move in axial direction in relation to the outlet section , characterized in that a urea injection/mixing device is provided with - a urea mixer between the openings (64, 64', 64") and the outlet collar and - a urea injection nozzle of a urea injection unit downstream of the urea mixer , between the urea mixer and the outlet collar . - a urea mixer between the openings (64, 64', 64") and the outlet collar and - a urea injection nozzle of a urea injection unit downstream of the urea mixer , between the urea mixer and the outlet collar .
A multi-level apartment type three-dimensional water tank comprising: one or more than one modular structures composed of horizontal members stacked surrounding four surfaces of a vertical member, wherein the vertical member is composed of a hollow polygonal frame which is open in an upper and a lower part thereof; modular water tanks mounted on front, back, left and right surfaces of each horizontal member with the vertical member in the middle; wherein each modular water tank comprises: a water tank body having an upper opening, a bottom part with a predetermined area, a polygonally shaped water tank outer wall; a filter retainer mounted on an edge of an inner surface of the water tank outer wall; a drain-through hole connected to a water tank drainage apparatus for water tanks formed on a surface of the water tank outer wall; and a water discharging line formed at the outer portion of the drain-through hole; wherein each surface of each modular water tank is composed of a transparent material; and a system controller installed on the upper opening part of the polygonal frame, said system controller being configured to control an environment in said modular water tanks. one or more than one modular structures composed of horizontal members stacked surrounding four surfaces of a vertical member, wherein the vertical member is composed of a hollow polygonal frame which is open in an upper and a lower part thereof; modular water tanks mounted on front, back, left and right surfaces of each horizontal member with the vertical member in the middle; wherein each modular water tank comprises: a water tank body having an upper opening, a bottom part with a predetermined area, a polygonally shaped water tank outer wall; a filter retainer mounted on an edge of an inner surface of the water tank outer wall; a drain-through hole connected to a water tank drainage apparatus for water tanks formed on a surface of the water tank outer wall; and a water discharging line formed at the outer portion of the drain-through hole; wherein each surface of each modular water tank is composed of a transparent material; and a system controller installed on the upper opening part of the polygonal frame, said system controller being configured to control an environment in said modular water tanks.
Method for controlling a mechanical joining process, in particular flow drill fastening in thin-walled materials, using a non-motorized actuator, specifically a pneumatic cylinder for generating a process parameter, wherein the profile of an actual curve of the process parameter is approximated to the profile of a predetermined target curve of the process parameter by means of a plurality of counter pulses acting on the process parameter, and the number and length of the counter pulses and length of the pauses between the pulses are determined on the basis of at least one immediately detectable variable related to the process parameter.
A method of wireless communication, comprising: receiving a carrier aggregation, CA, configuration comprising a plurality of component carriers, CCs, the CA configuration grouping the plurality of CCs into a first set of one or more CCs (205-a) associated with a first control channel restriction and a second set of one or more CCs (205-b) associated with a second control channel restriction different from the first control channel restriction, wherein the first control channel restriction or the second control channel restriction, or both, comprises a decoding candidate restriction; monitoring a control channel of the first set of one or more CCs (205-a) according to the first control channel restriction; monitoring a control channel of the second set of one or more CCs (205-b) according to the second control channel restriction; wherein at least one of the first control channel restriction or the second control channel restriction comprises a restricted data allocation within a data field; and wherein monitoring the control channel of the first set of one or more CCs (205-a) or the control channel of the second set of one or more CCs (205-b) comprises decoding control channel messages based at least in part on a virtual CRC associated with the restricted data allocation. receiving a carrier aggregation, CA, configuration comprising a plurality of component carriers, CCs, the CA configuration grouping the plurality of CCs into a first set of one or more CCs (205-a) associated with a first control channel restriction and a second set of one or more CCs (205-b) associated with a second control channel restriction different from the first control channel restriction, wherein the first control channel restriction or the second control channel restriction, or both, comprises a decoding candidate restriction; monitoring a control channel of the first set of one or more CCs (205-a) according to the first control channel restriction; monitoring a control channel of the second set of one or more CCs (205-b) according to the second control channel restriction; wherein at least one of the first control channel restriction or the second control channel restriction comprises a restricted data allocation within a data field; and wherein monitoring the control channel of the first set of one or more CCs (205-a) or the control channel of the second set of one or more CCs (205-b) comprises decoding control channel messages based at least in part on a virtual CRC associated with the restricted data allocation.
A method for deconstructing a post-consumer cellulosic hygiene product composition comprising: (a) providing a soiled post-consumer cellulosic hygiene product composition previously subjected to a high temperature and high pressure process, wherein the composition comprises cellulose, cotton, or a mixture thereof, and super absorbent polymers (SAP), wherein the high temperature and high pressure process is a sterilizing process, wherein the high temperature and high pressure process is an autoclave process, (b) introducing a cellulase and/or a hemicellulase to the soiled post-consumer cellulosic hygiene product composition such that a sugar is produced, (c) separating the sugar from the soiled post-consumer hygiene product cellulosic composition, (d) optionally culturing a microbial strain in a culture medium using the sugar produced from (b) introducing step as a carbon source such that a biofuel is produced, and (e) optionally separating the biofuel produced in the (d) culturing step from the culture medium, wherein the providing step a) further comprises the steps of: i) milling the soiled post-consumer cellulosic hygiene product composition and ii) sieving, such as mechanical sieving, the soiled post-consumer cellulosic hygiene product composition to produce a cellulose-rich fraction and a super absorbent polymers (SAP) fraction. (a) providing a soiled post-consumer cellulosic hygiene product composition previously subjected to a high temperature and high pressure process, wherein the composition comprises cellulose, cotton, or a mixture thereof, and super absorbent polymers (SAP), wherein the high temperature and high pressure process is a sterilizing process, wherein the high temperature and high pressure process is an autoclave process, wherein the composition comprises cellulose, cotton, or a mixture thereof, and super absorbent polymers (SAP), wherein the high temperature and high pressure process is a sterilizing process, wherein the high temperature and high pressure process is an autoclave process, (b) introducing a cellulase and/or a hemicellulase to the soiled post-consumer cellulosic hygiene product composition such that a sugar is produced, (c) separating the sugar from the soiled post-consumer hygiene product cellulosic composition, (d) optionally culturing a microbial strain in a culture medium using the sugar produced from (b) introducing step as a carbon source such that a biofuel is produced, and (e) optionally separating the biofuel produced in the (d) culturing step from the culture medium, wherein the providing step a) further comprises the steps of: i) milling the soiled post-consumer cellulosic hygiene product composition and ii) sieving, such as mechanical sieving, the soiled post-consumer cellulosic hygiene product composition to produce a cellulose-rich fraction and a super absorbent polymers (SAP) fraction.
A vehicle sound effect generation apparatus for generating a sound effect of an engine based on a vibration sound database (M1) including a fundamental wave sound having a fundamental frequency component and a plurality of adjustment wave sounds having a frequency component other than the fundamental frequency component, the vehicle sound effect generation apparatus comprising: a running state detecting unit that detects a running state of a vehicle (V); characterized by a lateral input amount setting unit that sets, based on the running state detected by the running state detecting unit , a lateral input amount in which a physical amount relating to at least one of a movement of the vehicle (V) in a width direction and a movement of the vehicle (V) in a turning direction is a parameter; an adjustment wave sound selector that selects one or more integer-order adjustment wave sounds having an integer-order frequency component, based on the lateral input amount; and a sound effect generation unit that synthesizes the fundamental wave sound with the one or more integer-order adjustment wave sounds selected, characterised in that the lateral input amount is a parameter based on any one of a lateral acceleration, a steering angle, and a yaw rate or any combination of them, and when a speed of the vehicle (V) is less than a predetermined vehicle speed, the lateral input amount setting unit sets the lateral acceleration as the lateral input amount. a running state detecting unit that detects a running state of a vehicle (V); characterized by a lateral input amount setting unit that sets, based on the running state detected by the running state detecting unit , a lateral input amount in which a physical amount relating to at least one of a movement of the vehicle (V) in a width direction and a movement of the vehicle (V) in a turning direction is a parameter; an adjustment wave sound selector that selects one or more integer-order adjustment wave sounds having an integer-order frequency component, based on the lateral input amount; and a sound effect generation unit that synthesizes the fundamental wave sound with the one or more integer-order adjustment wave sounds selected, characterised in that the lateral input amount is a parameter based on any one of a lateral acceleration, a steering angle, and a yaw rate or any combination of them, and when a speed of the vehicle (V) is less than a predetermined vehicle speed, the lateral input amount setting unit sets the lateral acceleration as the lateral input amount.
An ink cartridge comprising: a main body which stores ink; a head part which is provided on the main body and has a plurality of nozzles for ejecting ink; a first hole which is provided at an upper surface of the main body and into which a needle for supplying ink to the main body is inserted; a label in a film shape which is attached to the upper surface of the main body ; and a second hole which is provided at the label and overlaps the first hole in a plan view of the label , the ink cartridge being characterized in that the first hole has a tapered shape which narrows from an outer side toward an inner side of the main body , and that the second hole is configured to guide the needle to the first hole by coming into contact with the needle when the needle is inserted. a main body which stores ink; a head part which is provided on the main body and has a plurality of nozzles for ejecting ink; a first hole which is provided at an upper surface of the main body and into which a needle for supplying ink to the main body is inserted; a label in a film shape which is attached to the upper surface of the main body ; and a second hole which is provided at the label and overlaps the first hole in a plan view of the label , the ink cartridge being characterized in that the first hole has a tapered shape which narrows from an outer side toward an inner side of the main body , and that the second hole is configured to guide the needle to the first hole by coming into contact with the needle when the needle is inserted.
A method for providing visual feedback to a user during personal grooming activities, comprising: determining a position of a target region of the user's body; monitoring a personal grooming activity of the user and determining at least one item of feedback relevant to the user's personal grooming activity; determining a relevant location on the user's body for visual projection of information indicative of the item of feedback; projecting said information onto the user's body at the relevant location, wherein the personal grooming activity comprises tooth brushing and the at least one item of feedback comprises indicating sufficient or insufficient level of brushing in plural brushing regions of the mouth, and in which the visual projection of feedback information comprises giving a visual indication of a level of brushing, on the user's face in a position corresponding to the brushing region, wherein the method further comprises: determining a position of the user's eyes; and excluding or inhibiting projected light of said projected information from reaching an area corresponding to the determined position of the user's eyes. determining a position of a target region of the user's body; monitoring a personal grooming activity of the user and determining at least one item of feedback relevant to the user's personal grooming activity; determining a relevant location on the user's body for visual projection of information indicative of the item of feedback; projecting said information onto the user's body at the relevant location, wherein the personal grooming activity comprises tooth brushing and the at least one item of feedback comprises indicating sufficient or insufficient level of brushing in plural brushing regions of the mouth, and in which the visual projection of feedback information comprises giving a visual indication of a level of brushing, on the user's face in a position corresponding to the brushing region, wherein the method further comprises: determining a position of the user's eyes; and excluding or inhibiting projected light of said projected information from reaching an area corresponding to the determined position of the user's eyes. determining a position of the user's eyes; and excluding or inhibiting projected light of said projected information from reaching an area corresponding to the determined position of the user's eyes.
A manufacturing method for a rectangular can including a rectangular can body that has a rectangular tube and a bottom , and a sealing lid for closing an opening of the rectangular can body , the manufacturing method comprising: a step of manufacturing an intermediate molded article (100; 100X) that has the rectangular tube and the bottom ; and a step of forming respective steps on which the sealing lid is to be placed on at least a pair of facing inner wall surfaces among two pairs of facing inner wall surfaces in the rectangular tube, characterized in that in the step-forming step, using a die that is provided on an outer wall surface side of a sidewall on which the step is to be formed, a mandrel for sandwiching the sidewall between the mandrel and the die at a portion on a bottom side with respect to a portion where the step is to be formed in the inner wall surface on which the step is to be formed, and a punch for pressing a portion on a side opposite to the bottom side with respect to the portion where the step is to be formed in the inner wall surface on which the step is to be formed and compressing the sidewall between the punch and the die , the step is formed by performing a plurality of instances of a pressing operation performed by the punch . a step of manufacturing an intermediate molded article (100; 100X) that has the rectangular tube and the bottom ; and a step of forming respective steps on which the sealing lid is to be placed on at least a pair of facing inner wall surfaces among two pairs of facing inner wall surfaces in the rectangular tube, characterized in that in the step-forming step, using a die that is provided on an outer wall surface side of a sidewall on which the step is to be formed, a mandrel for sandwiching the sidewall between the mandrel and the die at a portion on a bottom side with respect to a portion where the step is to be formed in the inner wall surface on which the step is to be formed, and a punch for pressing a portion on a side opposite to the bottom side with respect to the portion where the step is to be formed in the inner wall surface on which the step is to be formed and compressing the sidewall between the punch and the die , a die that is provided on an outer wall surface side of a sidewall on which the step is to be formed, a mandrel for sandwiching the sidewall between the mandrel and the die at a portion on a bottom side with respect to a portion where the step is to be formed in the inner wall surface on which the step is to be formed, and a punch for pressing a portion on a side opposite to the bottom side with respect to the portion where the step is to be formed in the inner wall surface on which the step is to be formed and compressing the sidewall between the punch and the die , the step is formed by performing a plurality of instances of a pressing operation performed by the punch .