mhurhangee/ep-ind-claims huggingface dataset:
A tracheal tube for a subglottic suctioning system, the tracheal tube comprising: a flexible cannula having a length, a distal end, and a proximal end, the cannula comprising a plurality of separate lumens including a respiratory lumen, a suction lumen and an inflation lumen; an inflatable cuff surrounding the cannula above the distal end and adapted to seal the trachea of a patient and further having the inflation lumen in fluid communication with the inflatable cuff; a port extending through a side wall of the cannula proximal to the inflatable cuff, the port in fluid communication with the suction lumen; and a valve body located proximal to the cannula, the valve body, characterized by having a suction valve on the suction lumen on a proximal end of the body, the suction valve having a fail-safe position and a closed position, the closed position of the suction valve closing the suction lumen, and a check valve that operates independently of the suction valve, the check valve positioned distal to the suction valve and between a source of rinsing fluid and the suction lumen, the check valve having an open position and a closed position, wherein rinsing fluid flows from the source of rinsing fluid to the suction lumen when the check valve is in the open position. a flexible cannula having a length, a distal end, and a proximal end, the cannula comprising a plurality of separate lumens including a respiratory lumen, a suction lumen and an inflation lumen; an inflatable cuff surrounding the cannula above the distal end and adapted to seal the trachea of a patient and further having the inflation lumen in fluid communication with the inflatable cuff; a port extending through a side wall of the cannula proximal to the inflatable cuff, the port in fluid communication with the suction lumen; and a valve body located proximal to the cannula, the valve body, characterized by having a suction valve on the suction lumen on a proximal end of the body, the suction valve having a fail-safe position and a closed position, the closed position of the suction valve closing the suction lumen, and a check valve that operates independently of the suction valve, the check valve positioned distal to the suction valve and between a source of rinsing fluid and the suction lumen, the check valve having an open position and a closed position, a suction valve on the suction lumen on a proximal end of the body, the suction valve having a fail-safe position and a closed position, the closed position of the suction valve closing the suction lumen, and a check valve that operates independently of the suction valve, the check valve positioned distal to the suction valve and between a source of rinsing fluid and the suction lumen, the check valve having an open position and a closed position, wherein rinsing fluid flows from the source of rinsing fluid to the suction lumen when the check valve is in the open position.
A copper foil (100, 200) comprising a copper layer and having a tensile strength of 284.3943 to 637.4355 MPa, a mean width of roughness profile elements (Rsm) of 18 to 148 μm, and a texture coefficient bias [TCB] of 0.52 or less, wherein the texture coefficient bias [TCB] is calculated according to the following equation: Texture coefficient bias TCB 220 = TCmax − TCmin wherein TCmax is designated by the highest [TC] value, and TCmin is designated by the lowest [TC] value, among [TC] values which are measured three times at respective points of the left, center and right sides in a width direction of the copper foil (100, 200).
Computer implemented method for encoding digital image data for reliable and/or efficient transmission or storage, wherein an element (x c,d1,d2) representing a pixel of a digital image comprises an indication (d 1,d 2) of a spatial dimension (D 1, D 2), the spatial dimension (D1, D2) indicating a position of the pixel in the digital image, and wherein the element (x c,d1,d2) comprises an indication (c) of a channel dimension, the channel dimension indicating a channel of the pixel in the digital image, wherein a plurality of elements (x c,d1,d2) representing pixels of the digital image is transformed to a representation (z c,d1,d2) depending on an invertible linear mapping, wherein the invertible linear mapping maps an input of the plurality of elements (x c,d1,d2) to the representation (z c,d1,d2), wherein the representation (z c,d1,d2) is transmitted or stored and wherein the invertible linear mapping comprises at least one autoregressive convolution., characterized in that the representation is determined depending on a first autoregressive convolution of the input and a first convolution filter, and depending on a consecutive second autoregressive convolution of the first auto-regressive convolution and a second convolution filter. and/or efficient transmission or storage, wherein an element (x c,d1,d2) representing a pixel of a digital image comprises an indication (d 1,d 2) of a spatial dimension (D 1, D 2), the spatial dimension (D1, D2) indicating a position of the pixel in the digital image, and wherein the element (x c,d1,d2) comprises an indication (c) of a channel dimension, the channel dimension indicating a channel of the pixel in the digital image, wherein a plurality of elements (x c,d1,d2) representing pixels of the digital image is transformed to a representation (z c,d1,d2) depending on an invertible linear mapping, wherein the invertible linear mapping maps an input of the plurality of elements (x c,d1,d2) to the representation (z c,d1,d2), wherein the representation (z c,d1,d2) is transmitted or stored and wherein the invertible linear mapping comprises at least one autoregressive convolution., characterized in that the representation is determined depending on a first autoregressive convolution of the input and a first convolution filter, and depending on a consecutive second autoregressive convolution of the first auto-regressive convolution and a second convolution filter.
A package kit for storing a plurality of products, the package kit comprising: a plurality of primary packages, each primary package comprising a cavity for storing one of the products, and a secondary package storing the plurality of primary packages, the secondary package comprising a back panel and a front panel, the plurality of primary packages being sandwiched between the back panel and the front panel, the front panel comprising at least a first row of a plurality of apertures, the number of apertures corresponding to the number of primary packages for displaying at least a portion of each primary package, at least a first outer circumferential portion partially surrounding the plurality of apertures and being at least partially attached to the back panel, and a second outer circumferential portion being at least partially attached to the back panel, wherein the front panel further comprises an elevated portion being arranged between the first and the second outer circumferential portion (36, 38), wherein the first outer circumferential portion comprises a first limb and a second limb, and the second outer circumferential portion comprises a third limb and a fourth limb, and the elevated portion extends from the first, the second, the third and the fourth limb (42, 44, 46, 48), respectively, characterized in that the elevated portion is hingeably connected to the first, the second, the third and the fourth limb (42, 44, 46, 48), respectively. a plurality of primary packages, each primary package comprising a cavity for storing one of the products, and a secondary package storing the plurality of primary packages, the secondary package comprising a back panel and a front panel, the plurality of primary packages being sandwiched between the back panel and the front panel, the front panel comprising at least a first row of a plurality of apertures, the number of apertures corresponding to the number of primary packages for displaying at least a portion of each primary package, at least a first outer circumferential portion partially surrounding the plurality of apertures and being at least partially attached to the back panel, and a second outer circumferential portion being at least partially attached to the back panel, wherein the front panel further comprises an elevated portion being arranged between the first and the second outer circumferential portion (36, 38), wherein the first outer circumferential portion comprises a first limb and a second limb, and the second outer circumferential portion comprises a third limb and a fourth limb, and the elevated portion extends from the first, the second, the third and the fourth limb (42, 44, 46, 48), respectively, characterized in that the elevated portion is hingeably connected to the first, the second, the third and the fourth limb (42, 44, 46, 48), respectively.
A system comprising: a machine (3, 31) for processing textiles and configured to treat, within the same, textiles with a gaseous mixture comprising ozone gas; an ozone generator configured to produce and provide the ozone gas of the gaseous mixture to the machine (3, 31); a dehumidification system connected to, or integrated into, the machine (3, 31) and configured to reduce a humidity of the gaseous mixture within the machine (3, 31); and a circulation pump configured to take gaseous mixture from the textile processing machine, to pass said gaseous mixture through the dehumidification system for decreasing the humidity of the gaseous mixture and to return to the textile processing machine (3, 31) the gaseous mixture the humidity of which is reduced by the dehumidification system during an operation of the system. a machine (3, 31) for processing textiles and configured to treat, within the same, textiles with a gaseous mixture comprising ozone gas; an ozone generator configured to produce and provide the ozone gas of the gaseous mixture to the machine (3, 31); a dehumidification system connected to, or integrated into, the machine (3, 31) and configured to reduce a humidity of the gaseous mixture within the machine (3, 31); and a circulation pump configured to take gaseous mixture from the textile processing machine, to pass said gaseous mixture through the dehumidification system for decreasing the humidity of the gaseous mixture and to return to the textile processing machine (3, 31) the gaseous mixture the humidity of which is reduced by the dehumidification system during an operation of the system.
A resilient fitting metal plate and a bracket used to hold a single layer of sandwich panels (1, 2, X) to form a fireproof wall (60, 61) with a supporting element, wherein the resilient fitting metal plate is adapted to be attached with a first end to a first part of a first sandwich panel and adapted to be attached with a second end to a first part of a second sandwich panel or to the supporting element as a joint overlapping coupling at a side of the fireproof wall (60, 61), the resilient fitting metal plat being adapted to hold the first parts (3, 4) of the sandwich panels (1, 2, X) together, and the bracket is adapted to attach each sandwich panel (1, 2, X) to the supporting element at the sandwich panel joint (5, 6), which resilient fitting metal plate has a shape forming a cavity over a sandwich panel joint (5, 6), and has an expansion section between its ends (11, 12) and a fastening section at each end (11, 12), wherein each fastening section is configured to be securely attached to the first part (3, 4) of a sandwich panel (1, 2, X) or to the supporting element and the expansion section is configured to allow play/range of movement for the resilient fitting metal plate in response to dynamic impact loads by being able to be stretched out and then spring back during exposure to dynamic impact loads.
Piston anti-lift valve comprising a tank connection having a suction connection, a valve seat arranged between the tank connection and the suction connection, and a sealing piston which is guided to be axially displaceable and is prestressed into sealing abutment on the valve seat, wherein the suction connection is connected to a valve chamber which is delimited by a surface of the sealing piston, which surface is directed into the opening direction of the sealing piston, characterized in that the seat diameter of the valve seat is at least approximately two times, advantageously at least approximately 3 times to approximately 4 times larger than the smallest opening diameter (d) of the suction connection and that the valve chamber is connected to the tank connection via a pressure relief valve which is arranged in the sealing piston and opens when an overpressure prevails in the valve chamber.
A petaloid base of a blow-moulded self-standing container, the base having a spheroidal underlying base contour and a plurality of spheroidal foot formations that interrupt and project from the underlying base contour to define a corresponding plurality of feet; characterised in that: the foot formations radiate from a central protrusion; the foot formations are ovoid; and the foot formations have respective longitudinal axes, which axes lie in planes extending radially from a central axis of the base, wherein: the longitudinal axes of the foot formations extend outwardly and upwardly in conical relation from the central axis of the base. the foot formations radiate from a central protrusion; the foot formations are ovoid; and the foot formations have respective longitudinal axes, which axes lie in planes extending radially from a central axis of the base, wherein: the longitudinal axes of the foot formations extend outwardly and upwardly in conical relation from the central axis of the base. the longitudinal axes of the foot formations extend outwardly and upwardly in conical relation from the central axis of the base.
A thermotropic coating for limiting transmission of solar energy there-through, the coating comprising salt nanoparticles or salt microparticles, embedded in a solid transparent host matrix; wherein: said matrix is formed of an organic polymer having a refractive index which varies as a function of the temperature; and said salt particles are made of an inorganic material, having a refractive index which varies at a slower rate as a function of the temperature, than the rate of variation of said refractive index of said matrix; and said coating is reversible between: a translucent and non-transmittant state; and a transparent and transmittant state; said state depending on the ambient temperature. said matrix is formed of an organic polymer having a refractive index which varies as a function of the temperature; and said salt particles are made of an inorganic material, having a refractive index which varies at a slower rate as a function of the temperature, than the rate of variation of said refractive index of said matrix; and said coating is reversible between: a translucent and non-transmittant state; and a transparent and transmittant state; said state depending on the ambient temperature.
A main body block for an electromagnetic needle selection apparatus, the main body block comprising: an active surface including an attracting section that electromagnetically selects and thereby attracts attractive portions (6a, 6b) on both end portions in a lateral direction of a swing piece swingably fitted in a swing piece base member of the electromagnetic needle selection apparatus; and a swing piece cancel cam that is provided to the main body block and that guides the swing piece on the active surface toward the attracting section, characterized in that the swing piece cancel cam on the active surface has two inclined surfaces (51a, 51b) each inclining to approach the opposite plane as a distance from the attracting section decreases in the longitudinal direction, and to retract from the opposite plane as the distance from the attracting section increases in the longitudinal direction, and the two inclined surfaces (51a, 51b) gradually approach the opposite plane from the both ends in the lateral direction towards the center portion, where the longitudinal direction is orthogonal to the lateral direction in which the attracting section extends, and the opposite plane is a horizontal plane that is opposed to the active surface where the direction orthogonal to the lateral direction and the longitudinal direction is defined as the up-down direction. an active surface including an attracting section that electromagnetically selects and thereby attracts attractive portions (6a, 6b) on both end portions in a lateral direction of a swing piece swingably fitted in a swing piece base member of the electromagnetic needle selection apparatus; and a swing piece cancel cam that is provided to the main body block and that guides the swing piece on the active surface toward the attracting section, characterized in that the swing piece cancel cam on the active surface has two inclined surfaces (51a, 51b) each inclining to approach the opposite plane as a distance from the attracting section decreases in the longitudinal direction, and to retract from the opposite plane as the distance from the attracting section increases in the longitudinal direction, and the two inclined surfaces (51a, 51b) gradually approach the opposite plane from the both ends in the lateral direction towards the center portion, where the longitudinal direction is orthogonal to the lateral direction in which the attracting section extends, and the opposite plane is a horizontal plane that is opposed to the active surface where the direction orthogonal to the lateral direction and the longitudinal direction is defined as the up-down direction.
An oral solid pharmaceutical composition comprising a. from 1.0% to 50.0% by weight, calculated on the basis of Lenalidomide base, of particles of a Lenalidomide base form A; b. from 50.0% to 99.0% by weight of one or more filler(s); and c. optionally comprising one or more disintegrant(s), lubricant(s); binder(s), glidant(s) and other pharmaceutically acceptable excipients; all % by weight-values being calculated relative to the total weight of the composition; wherein the particle size distribution (d 90) of the Lenalidomide particles is in the range of from 1μm to 100μm. a. from 1.0% to 50.0% by weight, calculated on the basis of Lenalidomide base, of particles of a Lenalidomide base form A; b. from 50.0% to 99.0% by weight of one or more filler(s); and c. optionally comprising one or more disintegrant(s), lubricant(s); binder(s), glidant(s) and other pharmaceutically acceptable excipients;
A eukaryotic cell comprising, i) a first polynucleotide of interest which encodes a target RNA, ii) a first exogenous polynucleotide encoding a double stranded RNA (dsRNA) molecule which comprises a first nucleotide sequence which is complementary to a region of the target RNA encoded by the first polynucleotide of interest, iii) a second exogenous polynucleotide encoding a silencing suppressor polypeptide, iv) a third exogenous polynucleotide, different to the first and second exogenous polynucleotides and the first polynucleotide of interest, which encodes an RNA of interest, v) a reduced level of the target RNA encoded by the first polynucleotide of interest and/or a reduced amount of a protein encoded by the target RNA when compared to a corresponding cell lacking the first exogenous polynucleotide, and vi) an increased level of the RNA of interest and/or the amount of protein encoded by the RNA of interest when compared to a corresponding cell having the third exogenous polynucleotide and lacking the second exogenous polynucleotide, wherein each exogenous polynucleotide is operably linked to one or more promoters that are capable of directing expression of the polynucleotide in the cell, wherein the cell comprises the silencing suppressor polypeptide and the dsRNA molecule or a processed RNA product thereof which comprises the first nucleotide sequence and is capable of reducing in the cell the level of the target RNA encoded by the first polynucleotide of interest and/or the amount of a protein encoded by the target RNA when compared to a corresponding cell lacking the first exogenous polynucleotide, and wherein the silencing suppressor preferentially binds to a double-stranded RNA molecule which has overhanging 5' ends relative to a corresponding double-stranded RNA molecule having blunt ends. i) a first polynucleotide of interest which encodes a target RNA, ii) a first exogenous polynucleotide encoding a double stranded RNA (dsRNA) molecule which comprises a first nucleotide sequence which is complementary to a region of the target RNA encoded by the first polynucleotide of interest, iii) a second exogenous polynucleotide encoding a silencing suppressor polypeptide, iv) a third exogenous polynucleotide, different to the first and second exogenous polynucleotides and the first polynucleotide of interest, which encodes an RNA of interest, v) a reduced level of the target RNA encoded by the first polynucleotide of interest and/or a reduced amount of a protein encoded by the target RNA when compared to a corresponding cell lacking the first exogenous polynucleotide, and vi) an increased level of the RNA of interest and/or the amount of protein encoded by the RNA of interest when compared to a corresponding cell having the third exogenous polynucleotide and lacking the second exogenous polynucleotide,
Domestic appliance assembly, comprising a domestic appliance and a metering device for adjusting and/or controlling a gas flow, wherein a mass flow of gas in the range of from 0 to 10 g/min can be adjusted by means of the metering device, wherein the metering device comprises an electrically activatable valve, wherein the gas flow through the metering device can be adjusted and/or controlled by means of the electrically activatable valve, wherein the metering device has a pressure sensor, and wherein the metering device comprises an adjustable pressure control device, characterized in that a gas pressure difference across a gas passage opening of the metering device can be measured by means of the pressure sensor, wherein the electrically activatable valve can be adjusted in dependence on the measured gas pressure difference; wherein a maximum gas pressure difference between an inlet region of the metering device and an outlet region of the metering device can be adjusted by means of the adjustable pressure control device, wherein the gas flow through the metering device, which can be adjusted by means of the electrically activatable valve, is limited by the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that is adjusted by means of the adjustable pressure control device, wherein the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that can be adjusted by means of the adjustable pressure control device corresponds to a specifiable maximum value between 0.01 bar inclusive and 2.00 bar inclusive. characterized in that a gas pressure difference across a gas passage opening of the metering device can be measured by means of the pressure sensor, wherein the electrically activatable valve can be adjusted in dependence on the measured gas pressure difference; wherein a maximum gas pressure difference between an inlet region of the metering device and an outlet region of the metering device can be adjusted by means of the adjustable pressure control device, wherein the gas flow through the metering device, which can be adjusted by means of the electrically activatable valve, is limited by the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that is adjusted by means of the adjustable pressure control device, wherein the maximum gas pressure difference between the inlet region of the metering device and the outlet region of the metering device that can be adjusted by means of the adjustable pressure control device corresponds to a specifiable maximum value between 0.01 bar inclusive and 2.00 bar inclusive.