mhurhangee/ep-ind-claims huggingface dataset:
A cartridge suitable for sequestering activated leukocytes, activated platelets, or both activated leukocytes and activated platelets in vitro, the cartridge comprising: (a) a rigid housing defining an inner volume, a fluid inlet port and a fluid outlet port; wherein the inner volume is in fluid flow communication with the fluid inlet port and the fluid outlet port; and (b) a solid support disposed within the housing and defining a fluid contacting surface with a surface area capable of sequestering an activated leukocyte and/or an activated platelet if present in a body fluid entering the housing via the fluid inlet port; characterised in that the SA/IV ratio is greater than 150 cm -1 and the solid support is disposed within the housing at a packing density in the range from 20% to 65%. (a) a rigid housing defining an inner volume, a fluid inlet port and a fluid outlet port; wherein the inner volume is in fluid flow communication with the fluid inlet port and the fluid outlet port; and (b) a solid support disposed within the housing and defining a fluid contacting surface with a surface area capable of sequestering an activated leukocyte and/or an activated platelet if present in a body fluid entering the housing via the fluid inlet port; characterised in that the SA/IV ratio is greater than 150 cm -1 and the solid support is disposed within the housing at a packing density in the range from 20% to 65%.
A photocurable resin composition for a light-emitting element sealant comprising 100 parts by mass of an end-modified hydrogenated styrene-butadiene rubber and 0.1 to 13 parts by mass of a photopolymerization initiator comprising an α-hydroxyalkylphenone base photopolymerization initiator and an acylphosphine oxide base photopolymerization initiator of formula wherein R 3 and R 3' each represent independently an alkyl group having 1 to 5 carbon atoms or an alkoxy group having 1 to 5 carbon atoms; R 4 represents an alkyl group having 1 to 15 carbon atoms; p1 and p2 each represent independently an integer of 0 to 3.
A method for monitoring the development of ARDS in a patient, wherein 3 - 8 of ARDS-related biomarkers in serum samples drawn from a patient at different points of time have been determined, and wherein at least two of the biomarkers are CD73 protein and IL-6 and other biomarkers are selected from the group consisting of IL-8, IL-15, Eotaxin, MPC-1, MIP-1a and IL-1ra, said method being based on comparing the levels or activities of the biomarkers obtained in a serum sample drawn at a later point of time to the levels or activities of the same biomarkers in a serum sample drawn at a previous point of time, wherein a favourable change in the level or activity of a certain biomarker represents a regression of the disease, and wherein an adverse change in the level or activity of a certain biomarker represents a worsening of the disease.
An apparatus comprising a unitized wheelend assembly comprising: a hub having an inboard side and an outboard side defining a cavity therebetween; an oil seal having an inboard side and an outboard side proximal the inboard side of the unitized wheelend assembly; an inboard bearing assembly having an inboard side proximal the outboard side of the oil seal and an outboard side; a spacer having an inboard side proximal the outboard side of the inboard bearing assembly and an outboard side; an outboard bearing assembly having an inboard side proximal the outboard side of the spacer and an outboard side; a spindle nut assembly, the spindle nut assembly having an inboard side proximal the outboard side of the outboard bearing and an outboard side; characterized in that the spindle nut assembly has a shape; and the apparatus further comprises a retainer having an inboard side with a shape to cooperatively engage the shape of the spindle nut assembly and an outboard side, the retainer releasably coupled to the outboard side of the hub. a hub having an inboard side and an outboard side defining a cavity therebetween; an oil seal having an inboard side and an outboard side proximal the inboard side of the unitized wheelend assembly; an inboard bearing assembly having an inboard side proximal the outboard side of the oil seal and an outboard side; a spacer having an inboard side proximal the outboard side of the inboard bearing assembly and an outboard side; an outboard bearing assembly having an inboard side proximal the outboard side of the spacer and an outboard side; a spindle nut assembly, the spindle nut assembly having an inboard side proximal the outboard side of the outboard bearing and an outboard side; characterized in that the spindle nut assembly has a shape; and the apparatus further comprises a retainer having an inboard side with a shape to cooperatively engage the shape of the spindle nut assembly and an outboard side, the retainer releasably coupled to the outboard side of the hub.
A device (102, 900) to perform signal processing, the device (102, 900) comprising: one or more processors (108, 906, 910) configured to: perform signal processing including a linear transformation and a non-linear transformation of an input signal to generate a reference target signal, the reference target signal having a linear component associated with the linear transformation and a non-linear component associated with the non-linear transformation; and perform, using a linear filter, linear filtering of the input signal by controlling adaptation of the linear filtering to generate an output signal by updating filter values of the linear filter with reference to the reference target signal so that the linear filtering of the input signal based on the filter values reduces a difference between the output signal and the reference target signal. perform signal processing including a linear transformation and a non-linear transformation of an input signal to generate a reference target signal, the reference target signal having a linear component associated with the linear transformation and a non-linear component associated with the non-linear transformation; and perform, using a linear filter, linear filtering of the input signal by controlling adaptation of the linear filtering to generate an output signal by updating filter values of the linear filter with reference to the reference target signal so that the linear filtering of the input signal based on the filter values reduces a difference between the output signal and the reference target signal.
Control unit for actuating a drive apparatus, - the control unit having a printed circuit board which is to be contacted with at least one connector element of the drive apparatus, - the printed circuit board having at least one leadthrough for the at least one connector element, and it being possible for the printed circuit board to be contacted from a contacting side via the at least one connector element to the drive apparatus, the contacting side facing away from the drive apparatus, and the control unit having at least one deflection means (5, 6) which is arranged on the contacting side of the printed circuit board in the control unit, it being possible for the deflection means (5, 6) to be contacted firstly with the printed circuit board from the contacting side and secondly with the at least one connector element of the drive apparatus, characterized in that an underside of a housing of the control unit has at least one receptacle (7, 15) for the at least one deflection means (5, 6), with the result that the deflection means (5, 6) is mounted and/or supported in the underside of the housing. - the control unit having a printed circuit board which is to be contacted with at least one connector element of the drive apparatus, - the printed circuit board having at least one leadthrough for the at least one connector element,
Skin treatment device (10, 30) comprising a substrate (11, 31) and a plurality of discrete galvanic couples (21, 22) provided on said substrate (11, 31, 60), the individual galvanic couples being disconnected and do not touching one another, each discrete galvanic couple (21, 22) comprising a first conductive electrode that is an anode and a second conductive electrode that is a cathode, both fixed on top of the substrate, wherein the anode of each galvanic couple (21, 22) comprises a first metal and the cathode of each discrete galvanic couple (21, 22) comprises a second metal, different from the first metal, the first and second metal having a different standard potential,, at least one discrete galvanic couple (21, 22) comprising an anode having an assembly of a bottom layer connected to said substrate, said bottom layer comprising said second metal, and a top layer connected to said bottom layer, said top layer comprising said first metal, wherein the bottom layer comprises silver chloride, top layer comprises zinc, the top layer is formed to completely cover the bottom layer, the cathode comprises a single layer, which comprises silver chloride.
A traveling reactor power monitoring system for moving a traveling probe connected to a probe cable in a guide tube, comprising: a drive control unit configured to drive the motor and to move the traveling probe in the guide tube by driving a motor; a torque sensor configured to measure a drive torque of the motor; and a drive torque monitoring unit configured to generate an alarm when the measured drive torque exceeds a predefined upper threshold, characterized in that the drive torque monitoring unit is further configured to bypass generating the alarm for a predefined bypass time, the predefined bypass time starting at a time of starting driving the motor, wherein the drive control unit is configured to drive the motor at a higher speed and a lower speed, and the drive torque monitoring unit is configured to bypass generating the alarm during switching between the higher speed driving and lower speed driving. a drive control unit configured to drive the motor and to move the traveling probe in the guide tube by driving a motor; a torque sensor configured to measure a drive torque of the motor; and a drive torque monitoring unit configured to generate an alarm when the measured drive torque exceeds a predefined upper threshold, characterized in that the drive torque monitoring unit is further configured to bypass generating the alarm for a predefined bypass time, the predefined bypass time starting at a time of starting driving the motor, wherein the drive control unit is configured to drive the motor at a higher speed and a lower speed, and the drive torque monitoring unit is configured to bypass generating the alarm during switching between the higher speed driving and lower speed driving.
A shoe cover assembly for being assembled on two installation arms (11, 12) of a shoe cover dispenser device, comprising a plurality of shoe covers, wherein: each of the shoe covers comprises a shoe cover main body having a receiving cavity and an elastic opening edge, wherein the shoe cover main body is provided with four joint perforations which are divided into two front joint perforations formed in two front perforation portions and two rear joint perforations formed in two rear perforation portions, wherein the front perforation portions and the rear perforation portions are integral parts of the shoe cover main body defining the boundaries of the front joint perforations and the rear joint perforations, wherein the shoe cover assembly further comprises two connecting rods, wherein each row of the two front perforation portions of a rear shoe cover passes through a row of two rear joint perforations of an adjacent front shoe cover to expose the row of two front joint perforations for each of the connecting rods to pass through the front joint perforations, so that a plurality of the shoe covers is connected and joined by the two connecting rods in series, wherein the two connecting rods pass through the row of the front joint perforations, but do not pass through the row of rear joint perforations.
A sulfide solid electrolyte, comprising lithium, phosphorus, sulfur and chlorine, wherein a molar ratio of the chlorine to the phosphorus, c (Cl/P), is greater than 1.0 and 1.9 or less, the sulfide solid electrolyte has an argyrodite-type crystal structure, and a lattice constant of the argyrodite-type crystal structure is 9.750 Å or more and 9.820 Å or less. a molar ratio of the chlorine to the phosphorus, c (Cl/P), is greater than 1.0 and 1.9 or less, the sulfide solid electrolyte has an argyrodite-type crystal structure, and a lattice constant of the argyrodite-type crystal structure is 9.750 Å or more and 9.820 Å or less.
A method, performed by user equipment, LTE, of managing mobile number portability, MNP, in a wireless communication system, the method comprising: transmitting (302, 502) a request for a unique porting code, UPC, to a first operator server receiving the UPC from the first operator server; transmitting (304, 504), to a second operator server, subscription request including a number portability indicator including a mobile network code, MNC, a mobile country code, MCC, a mobile station international subscriber directory number, MSISDN, and the UPC, wherein the subscription request is used for initiating a mobile number portability, MNP, procedure; receiving (322, 520), from the second operator server, a porting time information determined based on the MNP procedure; deleting a profile related to the first operator server upon an activation (326, 524) of a subscription to the second operator server and a deactivation (326, 524) of a subscription to the first operator server based on the porting time information; transmitting (328, 526) a message requesting completion of the subscription procedure to a subscription manager-discovery server, SM-DS, and downloading from a Subscription Manager-Data Preparation server, SM-DP, a mobile network operator, MNO, profile, wherein the first operator server is a donor business support system, BSS, and the second operator server is a recipient BSS. transmitting (302, 502) a request for a unique porting code, UPC, to a first operator server receiving the UPC from the first operator server; transmitting (304, 504), to a second operator server, subscription request including a number portability indicator including a mobile network code, MNC, a mobile country code, MCC, a mobile station international subscriber directory number, MSISDN, and the UPC, wherein the subscription request is used for initiating a mobile number portability, MNP, procedure; receiving (322, 520), from the second operator server, a porting time information determined based on the MNP procedure; deleting a profile related to the first operator server upon an activation (326, 524) of a subscription to the second operator server and a deactivation (326, 524) of a subscription to the first operator server based on the porting time information; transmitting (328, 526) a message requesting completion of the subscription procedure to a subscription manager-discovery server, SM-DS, and downloading from a Subscription Manager-Data Preparation server, SM-DP, a mobile network operator, MNO, profile, wherein the first operator server is a donor business support system, BSS, and the second operator server is a recipient BSS.
A gutter-like flashing member for use between roof penetrating structures (2, 3) installed in an inclined roof surface comprising: - a first sheet portion adapted to engage a side surface of a bottom member of a first roof penetrating building structure, - a second opposed sheet portion adapted to engage a side surface of a top member of a second roof penetrating building structure arranged below the first roof penetrating structure, - a third sheet portion interconnecting the first and second sheet portions (11', 12') and constituting a gutter bottom, said third sheet portion being substantially plane and arranged so that the interior angle (f') between the first and third sheet portions is smaller 90 degrees and the interior angle (s) between the second and third sheet portions is larger than 90 degrees, the first and second sheet portions (11', 12') being substantially parallel, and that the angles (f', s) between the sheet portions (11', 12', 13') are adapted to the pitch of the roof in which the gutter-like flashing member is to be used, so that in the mounted state said substantially plane third sheet portion will be horizontal or inclined towards the second roof penetrating structure at an angle between 0-15 degrees, preferably 7.5 degrees, characterized in that the gutter-like flashing member further comprises: - a fourth sheet portion interconnecting the first and third sheet portions (11', 13') said fourth sheet portion being arranged at an angle to both the first sheet portion and the third sheet portion. - a first sheet portion adapted to engage a side surface of a bottom member of a first roof penetrating building structure, - a second opposed sheet portion adapted to engage a side surface of a top member of a second roof penetrating building structure arranged below the first roof penetrating structure, - a third sheet portion interconnecting the first and second sheet portions (11', 12') and constituting a gutter bottom, said third sheet portion being substantially plane and arranged so that the interior angle (f') between the first and third sheet portions is smaller 90 degrees and the interior angle (s) between the second and third sheet portions is larger than 90 degrees, the first and second sheet portions (11', 12') being substantially parallel, and that the angles (f', s) between the sheet portions (11', 12', 13') are adapted to the pitch of the roof in which the gutter-like flashing member is to be used, so that in the mounted state said substantially plane third sheet portion will be horizontal or inclined towards the second roof penetrating structure at an angle between 0-15 degrees, preferably 7.5 degrees, characterized in that the gutter-like flashing member further comprises: - a fourth sheet portion interconnecting the first and third sheet portions (11', 13') said fourth sheet portion being arranged at an angle to both the first sheet portion and the third sheet portion.
A labelling device, in particular a price labelling device, for affixing a label to a product: - with at least one scale for weighing the product, - with at least one handling system for moving the product and - with at least one printer having a label outlet (6.1) for printing and outputting labels, wherein the handling system comprises a product holding unit (5.1) with means for fixing the product on the handling system, and a robot arm (5.2) that is coupled to the product holding unit (5.1), wherein the handling system can be moved from a product pickup position, in which the product can be picked up by the handling system, to a first label acceptance position, which is located adjacent to the label outlet (6.1) of the printer and in which a first label can be transferred onto the product, wherein the product holding unit (5.1) by means of the robot arm (5.2) can be moved into the product pick-up position and into the first label acceptance position, characterized in that the product pick-up position is a position on the at least one scale or that the labelling device has a product buffer for picking up a plurality of products which is mounted downstream of the at least one scale and which is disposed adjacent to the at least one scale, wherein the product pick-up position is a position inside the product buffer or adjacent to the product buffer. - with at least one scale for weighing the product, - with at least one handling system for moving the product and - with at least one printer having a label outlet (6.1) for printing and outputting labels,
A multi-core optical fiber comprising: four cores arranged in a square lattice shape along a longitudinal direction, each of the four cores having a step-index type refractive index distribution with a refractive index n 1 at a wavelength λ and a radius a; and a cladding region having a lower refractive index n 2 at the wavelength λ than that of each core, a diameter of 125 ± 1 μm and an absolute value of a relative refractive index difference between each core and the cladding region being Δ, and provided on an outer peripheral portion of each core, wherein a mode field diameter, MFD, at a wavelength of 1550 nm is 9 to 12 μm, a bending loss at a wavelength of 1625 nm and a bending radius of 30 mm is 0.1 dB/100 turns or less, a cutoff wavelength is 1530 nm or less, the radius a of each core, the relative refractive index difference Δ between each core and the cladding region, and the MFD satisfy Formula C7, and the four cores are arranged, so that a relationship between a minimum distance, OCT, from a center of each core to an outer periphery of the cladding region, a value A of spacing between the cores, and the MFD at a wavelength of 1550 nm satisfies Formulas C4, OCT μm ≥ 2.82 × MFD μm + 3.7 μm Λ μm ≤ − 3.99 × MFD μm + 83.15 μm MFD / 2 a ≈ 0.65 + 1.619 V − 1.5 + 2.879 V − 6, wherein V is a normalized frequency, and is defined by V = 2πa/λ(n 1 2 -n 2 2) 0.5 using the core radius a, the refractive index n 1 of the core, the refractive index n 2 of the cladding, and the wavelength λ. four cores arranged in a square lattice shape along a longitudinal direction, each of the four cores having a step-index type refractive index distribution with a refractive index n 1 at a wavelength λ and a radius a; and a cladding region having a lower refractive index n 2 at the wavelength λ than that of each core, a diameter of 125 ± 1 μm and an absolute value of a relative refractive index difference between each core and the cladding region being Δ, and provided on an outer peripheral portion of each core, wherein a mode field diameter, MFD, at a wavelength of 1550 nm is 9 to 12 μm, a bending loss at a wavelength of 1625 nm and a bending radius of 30 mm is 0.1 dB/100 turns or less, a cutoff wavelength is 1530 nm or less, the radius a of each core, the relative refractive index difference Δ between each core and the cladding region, and the MFD satisfy Formula C7, and the four cores are arranged, so that a relationship between a minimum distance, OCT, from a center of each core to an outer periphery of the cladding region, a value A of spacing between the cores, and the MFD at a wavelength of 1550 nm satisfies Formulas C4, OCT μm ≥ 2.82 × MFD μm + 3.7 μm Λ μm ≤ − 3.99 × MFD μm + 83.15 μm MFD / 2 a ≈ 0.65 + 1.619 V − 1.5 + 2.879 V − 6, wherein V is a normalized frequency, and is defined by V = 2πa/λ(n 1 2 -n 2 2) 0.5 using the core radius a, the refractive index n 1 of the core, the refractive index n 2 of the cladding, and the wavelength λ.
A laminate comprising: an organic semiconductor film; a protective film on the organic semiconductor film; and a resist film on the protective film, wherein the resist film comprises a photoacid generator which generates an organic acid of which a pKa of the generated acid is -1 or less and a resin which reacts with an acid generated by the photoacid generator so that the rate of dissolution in a developer containing an organic solvent is decreased, and wherein the protective film includes a water-soluble resin and is capable of being dissolved in water. an organic semiconductor film; a protective film on the organic semiconductor film; and a resist film on the protective film, wherein the resist film comprises a photoacid generator which generates an organic acid of which a pKa of the generated acid is -1 or less and a resin which reacts with an acid generated by the photoacid generator so that the rate of dissolution in a developer containing an organic solvent is decreased, and wherein the protective film includes a water-soluble resin and is capable of being dissolved in water.