mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a mechanically consolidated nonwoven fabric, comprising staple fibres having a staple length in the range from 25 to 65 mm, wherein at least 15% by weight of the staple fibres are synthetic fibres, in particular polyolefin, polyester and/or polyamide fibres, for production of a milled lining, using a nonwoven fabric having a permanent elongation, measured to DIN EN ISO 15977:2011-05 (measurement distance 100 mm, load 50 N, load time 10 minutes, recovery time 10 minutes), of more than 10%, using a nonwoven fabric having a directional independence of elongation, determined as the difference of the largest and smallest modulus value measured to DIN ISO 9073-3 (measurement conditions: elongation of 3%, 5% or 10%, angle to machine direction of 30°, 60°, 90°, 120°, 150°, 180°, 210°, 240°, 270°, 300°, 330°, 360°) of not more than 30 N/5cm, and wherein directional independence of elongation can be achieved by first laying a fibre web with a crosslayer and then the fibre isotropy of the fibre web is increased by stretching mechanically, for example by rolling, in longitudinal direction (MD: Machine Direction).
A computer-implemented method of genotyping a genetic sample, comprising: obtaining a plurality of sequence reads corresponding to a genetic sample, wherein the plurality of sequence reads include portions of a structural variation; aligning the plurality of sequence reads to a reference directed acyclic graph (DAG) that accounts for variability in genetic sequences within a species, the reference DAG comprising a first path corresponding to a first allele and a second path corresponding to a second allele at a position in the reference DAG, wherein the first allele comprises the genetic structural variation, wherein the plurality of sequence reads that include portions of the genetic structural variation properly align to the reference DAG; and determining a genotype for the genetic sample based upon the number of sequence reads aligning to the first path and the second path, wherein the determined genotype comprises the genetic structural variation. obtaining a plurality of sequence reads corresponding to a genetic sample, wherein the plurality of sequence reads include portions of a structural variation; aligning the plurality of sequence reads to a reference directed acyclic graph (DAG) that accounts for variability in genetic sequences within a species, the reference DAG comprising a first path corresponding to a first allele and a second path corresponding to a second allele at a position in the reference DAG, wherein the first allele comprises the genetic structural variation, wherein the plurality of sequence reads that include portions of the genetic structural variation properly align to the reference DAG; and determining a genotype for the genetic sample based upon the number of sequence reads aligning to the first path and the second path, wherein the determined genotype comprises the genetic structural variation.
A compressor comprising: a shell ; a housing fixed within said shell; a compression mechanism supported by said housing and including an orbiting scroll member and a non-orbiting scroll member meshingly engaged to form a series of compression pockets; and a retaining assembly including an axial retention member and an Oldham coupling , said axial retention member engaged with said non-orbiting scroll member to limit axial translation of said non-orbiting scroll member relative to said housing ; wherein said Oldham coupling is engaged with said orbiting and non-orbiting scroll members to prevent relative rotation therebetween; and the retaining assembly further comprises a pin extending into an aperture in said housing and a recess in said non-orbiting scroll member to prevent relative rotation between said non-orbiting scroll member and said housing , characterised in that said axial retention member includes a retaining ring fixed to said housing and disposed around a perimeter of said non-orbiting scroll member , wherein said non-orbiting scroll member includes a protrusion extending radially outwardly relative to said perimeter and located axially between said housing and said retaining ring to limit axial translation of said non-orbiting scroll member relative to said housing . a shell ; a housing fixed within said shell; a compression mechanism supported by said housing and including an orbiting scroll member and a non-orbiting scroll member meshingly engaged to form a series of compression pockets; and a retaining assembly including an axial retention member and an Oldham coupling , said axial retention member engaged with said non-orbiting scroll member to limit axial translation of said non-orbiting scroll member relative to said housing ; wherein said Oldham coupling is engaged with said orbiting and non-orbiting scroll members to prevent relative rotation therebetween; and the retaining assembly further comprises a pin extending into an aperture in said housing and a recess in said non-orbiting scroll member to prevent relative rotation between said non-orbiting scroll member and said housing , characterised in that said axial retention member includes a retaining ring fixed to said housing and disposed around a perimeter of said non-orbiting scroll member , wherein said non-orbiting scroll member includes a protrusion extending radially outwardly relative to said perimeter and located axially between said housing and said retaining ring to limit axial translation of said non-orbiting scroll member relative to said housing .
A specimen mixing and transfer device adapted to receive a blood sample, comprising: a housing having a first end including an inlet , a second end including an outlet , and a sidewall extending therebetween; a material including pores and disposed within the housing ; a dry anticoagulant powder within the pores of the material ; a mixing chamber , the material disposed within the mixing chamber ; and a dispensing chamber in fluid communication with the mixing chamber and formed with the housing , the dispensing chamber positioned adjacent the outlet of the housing ; wherein the material is a melamine open cell foam, characterized in that the mixing chamber is formed with the housing , the dispensing chamber is configured to hold the blood sample until it is desired to transfer the sample from the dispensing chamber , and the dispensing chamber is positioned between the mixing chamber and the outlet . a housing having a first end including an inlet , a second end including an outlet , and a sidewall extending therebetween; a material including pores and disposed within the housing ; a dry anticoagulant powder within the pores of the material ; a mixing chamber , the material disposed within the mixing chamber ; and a dispensing chamber in fluid communication with the mixing chamber and formed with the housing , the dispensing chamber positioned adjacent the outlet of the housing ; wherein the material is a melamine open cell foam, characterized in that the mixing chamber is formed with the housing , the dispensing chamber is configured to hold the blood sample until it is desired to transfer the sample from the dispensing chamber , and the dispensing chamber is positioned between the mixing chamber and the outlet .
An airfoil comprising: pressure and suction side walls extending in a chord-wise direction (C) between leading and trailing edges , the pressure and suction side walls extending in a radial direction (R) to provide an exterior airfoil surface ; a core cooling passage arranged between the pressure and suction walls in a thickness direction (T) and extends radially toward a tip ; an outer cooling passage arranged in one of the pressure and suction side walls to form a hot side wall and a cold side wall , wherein the hot side wall defines a portion of the exterior airfoil surface , and the cold side wall defines a portion of the core cooling passage ; and a cooling hole (210;1210) fluidly interconnecting the core and outer cooling passages , wherein the cold side wall has a first thickness (T1), characterized in that : the cold side wall has a protrusion extending from the cold side wall beyond the first thickness (T1) to a second thickness (T2), the cooling hole (210;1210) arranged at least partially in the protrusion , and the cooling hole (210; 1210) includes a diffuser (210b;218;318;418). pressure and suction side walls extending in a chord-wise direction (C) between leading and trailing edges , the pressure and suction side walls extending in a radial direction (R) to provide an exterior airfoil surface ; a core cooling passage arranged between the pressure and suction walls in a thickness direction (T) and extends radially toward a tip ; an outer cooling passage arranged in one of the pressure and suction side walls to form a hot side wall and a cold side wall , wherein the hot side wall defines a portion of the exterior airfoil surface , and the cold side wall defines a portion of the core cooling passage ; and a cooling hole (210;1210) fluidly interconnecting the core and outer cooling passages , wherein the cold side wall has a first thickness (T1),
A medical connector comprising: a body having an inlet port , an outlet port , a cavity , a luer portion that extends into the cavity toward the outlet port , a fluid path from the inlet port through the luer portion to the outlet port , and an axis that extends between the inlet port and the outlet port ; a post disposed in the luer portion and extending through the fluid path in the luer portion , wherein when the connector is in a closed position a closed end of the post seals an open tip of the luer portion and restricts flow through the luer portion , and when the connector is in an open position the closed end of the post is displaced away from the open tip of the luer portion and permits flow through the luer portion ; a seal coupled to the outlet port and extending from the outlet port toward the axis to at least partially enclose the cavity ; and a first arm , pivotably coupled to the body , having a first end and an opposing second end , and a latch member extending from the first end toward the axis , wherein a reciprocal connector having a mating luer is fluidly coupled to the body such that when the connector is in an open position, the latch member restricts retraction of the reciprocal connector from the outlet port . a body having an inlet port , an outlet port , a cavity , a luer portion that extends into the cavity toward the outlet port , a fluid path from the inlet port through the luer portion to the outlet port , and an axis that extends between the inlet port and the outlet port ; a post disposed in the luer portion and extending through the fluid path in the luer portion , wherein when the connector is in a closed position a closed end of the post seals an open tip of the luer portion and restricts flow through the luer portion , and when the connector is in an open position the closed end of the post is displaced away from the open tip of the luer portion and permits flow through the luer portion ; a seal coupled to the outlet port and extending from the outlet port toward the axis to at least partially enclose the cavity ; and a first arm , pivotably coupled to the body , having a first end and an opposing second end , and a latch member extending from the first end toward the axis , wherein a reciprocal connector having a mating luer is fluidly coupled to the body such that when the connector is in an open position, the latch member restricts retraction of the reciprocal connector from the outlet port .
An electronic assembly , comprising: an electromagnetic module , a housing disposed on one side of the electromagnetic module , and a heat conduction plate , wherein the heat conduction plate is provided with a through-hole corresponding to the electromagnetic module , and a slot penetrating through the heat conduction plate in a thickness direction and communicating the through-hole with an edge of the heat conduction plate ; characterized in that the housing comprises an inner surface facing the electromagnetic module and an outer surface facing away from the electromagnetic module and opposite to the inner surface ; a part of the heat conduction plate is embedded in the housing and located between the inner surface and the outer surface ; and the other part of the heat conduction plate is located between the inner surface and the electromagnetic module . an electromagnetic module , a housing disposed on one side of the electromagnetic module , and a heat conduction plate , wherein the heat conduction plate is provided with a through-hole corresponding to the electromagnetic module , and a slot penetrating through the heat conduction plate in a thickness direction and communicating the through-hole with an edge of the heat conduction plate ; characterized in that the housing comprises an inner surface facing the electromagnetic module and an outer surface facing away from the electromagnetic module and opposite to the inner surface ; a part of the heat conduction plate is embedded in the housing and located between the inner surface and the outer surface ; and the other part of the heat conduction plate is located between the inner surface and the electromagnetic module .
A device for electrically heating a fluid in an electrically operated motor vehicle with a first module which has a first inductor , a bottom housing part and a top housing part , wherein at least the first inductor can be heated by means of an alternating magnetic field , wherein the inductor can be positioned within the alternating magnetic field , wherein the first inductor is arranged in the interior of the first module through which a fluid to be heated can flow, characterised in that the bottom housing part and the top housing part in the interior each have a partition wall which runs centrally and divides the top housing part or the bottom housing part in each case into a first flow channel and a second flow channel , wherein the first flow channel of the top housing part or of the bottom housing part is in fluid communication with an inlet or outlet of the first module and the second flow channel of the top housing part is in fluid communication with the second flow channel of the bottom housing part .
A regenerative elevator drive device , comprising: a DC bus ; and a power section having a plurality of power components electrically referenced to the DC bus , the plurality of power components comprising a converter and an inverter , characterised by a control section having a first plurality of control components electrically referenced to the DC bus and a second plurality of control components electrically referenced to ground, the first plurality of control components including a drive controller , controller inputs , converter gate drivers and inverter gate drivers that are controlled by the drive controller , the converter gate drivers and inverter gate drivers providing control signals to the converter and the inverter , respectively; and an interface providing optical isolation between the first plurality of control components and the second plurality of control components . a DC bus ; and a power section having a plurality of power components electrically referenced to the DC bus , the plurality of power components comprising a converter and an inverter , characterised by a control section having a first plurality of control components electrically referenced to the DC bus and a second plurality of control components electrically referenced to ground, the first plurality of control components including a drive controller , controller inputs , converter gate drivers and inverter gate drivers that are controlled by the drive controller , the converter gate drivers and inverter gate drivers providing control signals to the converter and the inverter , respectively; and an interface providing optical isolation between the first plurality of control components and the second plurality of control components .
An air conditioner comprising: an outdoor unit having a compressor , an outdoor heat exchanger , and a flowpath switching valve disposed on a refrigerant flowpath between the compressor and the outdoor heat exchanger ; a plurality of indoor units configured to operate in a cooling mode or in a heating mode; a mode controller configured to selectively guide refrigerant received from the outdoor unit to the plurality of indoor units through one or more of: a first refrigerant pipe extending from the flowpath switching valve to the mode controller ; a second refrigerant pipe extending from the flowpath switching valve and diverging to the outdoor heat exchanger and the mode controller ; and a third refrigerant pipe extending from the outdoor heat exchanger to the mode controller , wherein the mode controller comprises a bypass flowpath connecting the second refrigerant pipe to the third refrigerant pipe , and a bypass valve configured to open or close the bypass flowpath . an outdoor unit having a compressor , an outdoor heat exchanger , and a flowpath switching valve disposed on a refrigerant flowpath between the compressor and the outdoor heat exchanger ; a plurality of indoor units configured to operate in a cooling mode or in a heating mode; a mode controller configured to selectively guide refrigerant received from the outdoor unit to the plurality of indoor units through one or more of: a first refrigerant pipe extending from the flowpath switching valve to the mode controller ; a second refrigerant pipe extending from the flowpath switching valve and diverging to the outdoor heat exchanger and the mode controller ; and a third refrigerant pipe extending from the outdoor heat exchanger to the mode controller , a first refrigerant pipe extending from the flowpath switching valve to the mode controller ; a second refrigerant pipe extending from the flowpath switching valve and diverging to the outdoor heat exchanger and the mode controller ; and a third refrigerant pipe extending from the outdoor heat exchanger to the mode controller , wherein the mode controller comprises a bypass flowpath connecting the second refrigerant pipe to the third refrigerant pipe , and a bypass valve configured to open or close the bypass flowpath .
A method for processing blocks of flash memory to decrease raw bit errors from the flash memory, comprising: identifying one or more blocks of the flash memory for a refresh operation responsive to a read request; and issuing background reads to the identified blocks as the refresh operation and discarding data values read from the identified blocks. identifying one or more blocks of the flash memory for a refresh operation responsive to a read request; and issuing background reads to the identified blocks as the refresh operation and discarding data values read from the identified blocks.
A main stent component for forming a stent comprising: a single strip having a plurality of helical windings comprising a first side band having undulations, and a second side band having undulations and connected to the first side band forming a single row of cells ; characterized in a first end band having undulations, a first edge , and a second edge , said first end band connected to said first side band and extending at an oblique angle to said first side band ; each helical winding of the strip being unconnected to a longitudinally adjacent helical winding forming open spaces between adjacent windings, wherein the first side band tapers toward the second side band , and wherein the second side band tapers toward the first side band . a single strip having a plurality of helical windings comprising a first side band having undulations, and a second side band having undulations and connected to the first side band forming a single row of cells ; characterized in a first end band having undulations, a first edge , and a second edge , said first end band connected to said first side band and extending at an oblique angle to said first side band ; each helical winding of the strip being unconnected to a longitudinally adjacent helical winding forming open spaces between adjacent windings, wherein the first side band tapers toward the second side band , and wherein the second side band tapers toward the first side band .
HVAC system of a vehicle passenger compartment with air flow alteration, which pertains to an air conditioning system with several working modes for air conditioning of the passenger compartment, i.e. to the system which allows for cooling, heating, and dehumidifying of the space inside the vehicle passenger compartment, wherein the refrigerant system includes a compressor , a heat exchanger for heating, first adjustable throttle valve , medium pressure heat exchanger , second adjustable throttle valve , and evaporator ; characterized in that it contains a subsystem for altering the air flow topology which comprises the medium pressure heat exchanger and the evaporator , an additional heating device inside which is placed the heat exchanger for heating, external air flow which leads the air through the subsystem for altering the topology of the air flows into the environment, and the internal air flow which leads the air through the subsystem for altering the air flow topology and a device for additional heating into the passenger compartment; wherein the subsystem for altering the air flow topology has at least two working modes, so that in the first working mode the external air flow includes a medium pressure heat exchanger , and the internal air flow includes an evaporator , whereas in the second working mode the external air flow includes the evaporator , and the internal air flow includes the medium pressure heat exchanger ; and wherein said system realizes at least one of the functions of heating, cooling, and dehumidifying of the passenger compartment air.
Method of rolling an annular rolling material with an open cylindrical cross-section in a ring rolling machine under inductive heating of the rolling material during the rolling process with use of at least one inductor , which is held at a predetermined coupling spacing relative to the rolling material and during the reshaping process is adjusted or carried along in correspondence with the dimensional change of the rolling material , wherein a magnetic alternating field preferably with a frequency between 4 and 10 kHz is coupled into the rolling material by the inductor , characterised in that an actual spacing of the inductor from the rolling material during the rolling process is detected by sensor and the coupling pacing is automatically regulated as a target value in dependence on the actual spacing, that the sensor-based detection of the actual spacing of the inductor from the rolling material is carried out in tactile manner and that the tactile detection of the actual spacing is carried out by means of a least two scanning rollers or by means of at least two spacers, which are brought into engagement with the outer circumference of the rolling material.