mhurhangee/ep-ind-claims huggingface dataset:
A metal complex comprising a compound of general formula and at least one metal ion, for use in the treatment of diseases related to the accumulation of intracellular deposits, and/or diseases related to defective autophagy and/or defective proteasome activity, wherein said diseases are independently selected from: Huntington's disease, Prion disease, Amyloidoses diseases, Focal segmental glomerulosclerosis, diseases related to an Alpha-1 antitrypsin deficiency, sphingolipidoses, Niemann-Pick type C disease, Wolman disease and Cholesteryl Ester Storage Diseases (CESD), glycogen storage diseases, galactosemia, hereditary fructose intolerance, muccopolysaccharidoses, disorders of pyruvate metabolism, phosphoglycerate kinase deficiency, Lafora disease, Adrenoleukodystrophy, Autophagic Vacuolar Myopathies, Danon's disease, Cerebral Cavernous Malformation, Granular corneal dystrophy type 2, Chronic Kidney Disease, Bethlem myopathy, Ullrich congenital muscular dystrophy, Myosclerosis, inclusion body myositis, HIV, adenovirus, hepatitis B, Sjogren's syndrome, sepsis or metabolic acidosis.
A combustor liner with an input end and an output end, the liner comprising: an annular inner wall; and an annular outer wall, wherein together the inner wall and outer wall form a combustion chamber, characterised in that at least one of the inner wall and outer wall is three-dimensionally contoured around the circumference and axially through the length of the combustion chamber from input to output, the contours creating alternating expanding and constricting regions inside the chamber for causing combustion gases to flow in the circumferential and axial directions. an annular inner wall; and an annular outer wall, wherein together the inner wall and outer wall form a combustion chamber, characterised in that at least one of the inner wall and outer wall is three-dimensionally contoured around the circumference and axially through the length of the combustion chamber from input to output, the contours creating alternating expanding and constricting regions inside the chamber for causing combustion gases to flow in the circumferential and axial directions.
A tank (10, 100) comprising: - a variable volume chamber containing a liquid and defined by a wall; and a piston suitable for moving in said tank (10, 100) under thrust from powder gas at a temperature much higher than that of said liquid in order to decrease the volume of said chamber; said piston moving along a shaft forming a duct for delivering said liquid, said tank being characterized in that it further comprises a deformable elastomer membrane pressed against a face of said piston outside said chamber, said membrane being suitable for thermally protecting said wall and for providing sealing between said piston and said wall, in that said duct includes two ends, both ends of said duct being open for delivering said liquid in the two travel directions of said piston enabling two propulsion systems to be fed that are disposed on either side of the tank. - a variable volume chamber containing a liquid and defined by a wall; and
A device for attachment to a portable liquid injection device, in particular for attachment to a so-called insulin pen, wherein said device is designed to enclose the drug reservoir of the injection device completely, and is in the form of a removable sleeve or in the form of a removable cap and wherein said device has at least one wave guide comprising a conductive surface enabling a radio wave to be travelling along an axis of the drug reservoir, and an electric circuitry, and wherein at least one antenna is provided allowing to transmit an electromagnetic wave into the wave guide and to measure real and imaginary components of transmission/reflectance of said wave.
A method for communicating, by a network, with a user equipment, UE, supporting dual connectivity in a wireless communication system, the method comprising: configuring, by the network, a plurality of transmission points, TPs, to form a virtual cell; and communicating, by the network, with the UE using the configured plurality of TPs, wherein the plurality of TPs use a same cell identifier, ID, to form the virtual cell, and a part of the plurality of TPs include a UE dedicated cell to form the virtual cell, wherein a set of subframes or resources is allocated to a UE dedicated cell, wherein the same cell ID in the set of subframes or resources is used to communicate with the UE, and wherein the network switches a cell of the UE when a coordinated multi-point, CoMP, set is changed. configuring, by the network, a plurality of transmission points, TPs, to form a virtual cell; and communicating, by the network, with the UE using the configured plurality of TPs, wherein the plurality of TPs use a same cell identifier, ID, to form the virtual cell, and a part of the plurality of TPs include a UE dedicated cell to form the virtual cell, wherein a set of subframes or resources is allocated to a UE dedicated cell, wherein the same cell ID in the set of subframes or resources is used to communicate with the UE, and wherein the network switches a cell of the UE when a coordinated multi-point, CoMP, set is changed.
A heat exchanging valve arrangement, comprising: a manifold defining a chamber, a first passageway, a second passageway, a third passageway and a fourth passageway; and a member movable relative to the manifold, the member including an inside configured to define fluidic communication between the first passageway and the second passageway when in a first position and between the first passageway and the third passageway when in a second position, the member additionally including a plenum separate from said inside, the plenum being arranged in fluidic communication with the chamber, wherein fluid is flowable into the chamber through the fourth passageway such that fluid is exposed to surfaces of the member and fluid within the chamber is free to flow through the plenum regardless of whether the member is in the first position or the second position; wherein fluid flows into the plenum through a first port and out of the plenum through a second port when the member is in the first position and fluid flows into the plenum through the second port and out of the plenum through the first port when the member is in the second position. a manifold defining a chamber, a first passageway, a second passageway, a third passageway and a fourth passageway; and a member movable relative to the manifold, the member including an inside configured to define fluidic communication between the first passageway and the second passageway when in a first position and between the first passageway and the third passageway when in a second position, the member additionally including a plenum separate from said inside, the plenum being arranged in fluidic communication with the chamber, wherein fluid is flowable into the chamber through the fourth passageway such that fluid is exposed to surfaces of the member and fluid within the chamber is free to flow through the plenum regardless of whether the member is in the first position or the second position; wherein fluid flows into the plenum through a first port and out of the plenum through a second port when the member is in the first position and fluid flows into the plenum through the second port and out of the plenum through the first port when the member is in the second position.
A vortex generator for a wind turbine blade, comprising: a platform portion to be fixed to a surface of the wind turbine blade; and two fins (12A,12B) erected on the platform portion, wherein the platform portion includes marks disposed on a pair of opposite positions in an outer edge region of the platform portion and indicating orientation of the vortex generator, wherein the two fins (12A,12B) are disposed adjacent to each other on the platform portion, and oriented so that chordwise directions (L C1,L C2) of the two fins (12A,12B) intersect with each other, wherein the marks comprise: a reference mark formed along a reference line (L A,L R) orthogonal to a bisector (L H) of an angle formed by the chordwise directions (L C1,L C2) of the two fins (12A,12B); and a plurality of angle-indicating marks formed along a plurality of lines forming different predetermined angles (α) with the reference line (L A,L R), respectively. a platform portion to be fixed to a surface of the wind turbine blade; and two fins (12A,12B) erected on the platform portion, wherein the platform portion includes marks disposed on a pair of opposite positions in an outer edge region of the platform portion and indicating orientation of the vortex generator, wherein the two fins (12A,12B) are disposed adjacent to each other on the platform portion, and oriented so that chordwise directions (L C1,L C2) of the two fins (12A,12B) intersect with each other, wherein the marks comprise: a reference mark formed along a reference line (L A,L R) orthogonal to a bisector (L H) of an angle formed by the chordwise directions (L C1,L C2) of the two fins (12A,12B); and a plurality of angle-indicating marks formed along a plurality of lines forming different predetermined angles (α) with the reference line (L A,L R), respectively. a reference mark formed along a reference line (L A,L R) orthogonal to a bisector (L H) of an angle formed by the chordwise directions (L C1,L C2) of the two fins (12A,12B); and a plurality of angle-indicating marks formed along a plurality of lines forming different predetermined angles (α) with the reference line (L A,L R), respectively.
A sheath for positioning within a body lumen adjacent an anastomosis for the treatment of fluid leakage, the sheath comprising: a sleeve defining a passage, the sleeve having a proximal portion and a distal portion; a first ring-shaped member; and a second ring-shaped member; wherein the proximal portion of the sleeve is connected to the first ring-shaped member and the distal portion of the sleeve is connected to the second ring-shaped member, the first ring-shaped member being positioned proximal of the anastomosis, and the second ring-shaped member being positioned distal of the anastomosis, when in use; and wherein the sleeve is in a compressible configuration such that it is capable of elongation longitudinally in situ from a first length to a second greater length, characterised in that the first ring-shaped member is funnel-shaped, and has a larger diameter at a proximal end wherein the diameter of said first ring-shaped member decreases towards a distal portion. a sleeve defining a passage, the sleeve having a proximal portion and a distal portion; a first ring-shaped member; and a second ring-shaped member;
A signal processing method comprising: (a) establishing an initial baseline level for clipping on the basis of a signal obtained while the radar system is not transmitting, and subsequently adjusting the baseline level for clipping on the basis of a signal obtained in operation of the radar; (b) subtracting the baseline level for clipping from a digital input signal; (c) applying a digital finite impulse response filter to the digital input signal; and (d) clipping the filtered signal to raise values of the filtered signal that are below the baseline level for clipping to the baseline level for clipping; wherein the steps c and d are carried out repeatedly and iteratively, with the filtered and clipped signal from one iteration of steps c and d forming the input signal of a successive iteration of steps c and d, wherein the steps c and d are carried out for at least two iterations. (a) establishing an initial baseline level for clipping on the basis of a signal obtained while the radar system is not transmitting, and subsequently adjusting the baseline level for clipping on the basis of a signal obtained in operation of the radar; (b) subtracting the baseline level for clipping from a digital input signal; (c) applying a digital finite impulse response filter to the digital input signal; and (d) clipping the filtered signal to raise values of the filtered signal that are below the baseline level for clipping to the baseline level for clipping;
Acoustic screening device for damping disturbing noise, especially such noise which arises from road traffic, rail traffic and the like, comprising a framework, preferably of concrete, and a noise absorber arranged thereon, preferably fitted flat against the framework, and in which the noise absorber is configured as an exchangeable cassette comprising a noise-absorbing mat, characterized - in that an air gap former is arranged integrated in the cassette behind the noise-absorbing mat in such a way that an air gap is formed between the noise-absorbing mat and the framework, - in that the air gap former is arranged to form a number of cells or compartments between the noise-absorbing mat and the framework, the cells or the compartments being arranged to form substantially closed air volumes, and - in that the noise-absorbing mat is arranged to be, at least to some degree, noise and air permeable. - in that an air gap former is arranged integrated in the cassette behind the noise-absorbing mat in such a way that an air gap is formed between the noise-absorbing mat and the framework, - in that the air gap former is arranged to form a number of cells or compartments between the noise-absorbing mat and the framework, the cells or the compartments being arranged to form substantially closed air volumes, and - in that the noise-absorbing mat is arranged to be, at least to some degree, noise and air permeable.
Article having an elastic main body based on a vulcanizate having a wear-susceptible article surface having at least one coating on at least one article surface (2, 9), characterized in that at least one surface coating on the article is constructed from at least one self-supporting film, wherein the film contains from 80 to 100 wt% of a linear low density polyethylene (LLDPE), i.e. a linear polyethylene having a density between 0.915 and 0.934 g/cm 3 at 20°C, and wherein the self-supporting film is constituted such that it melts in the course of vulcanization to form a firmly adhered combination of main body and coating.
Panel carrier for securing a front panel to the side frames of a drawer, comprising a carrier part which can be secured to the front panel and a one-part or multi-part base part which can be mounted on the side frame and surrounds the carrier part and which has two lateral limbs (61, 62) aligned at least partially parallel to each other, and a first adjusting element for adjusting the front panel, characterized in that the first adjusting element is designed as an adjusting pin frictionally enclosed by a coil spring.
An emergency tubing set, comprising an oxygen mask adapted to cover a user's mouth and nose, a tubing connected at a first end to said oxygen mask to provide oxygen to said oxygen mask, and a connector connected to said tubing at a second end opposed to said first end, the connector being adapted to be connected to an oxygen source for supplying oxygen to said tubing, characterized in that the tubing comprises an excess tubing section and a connecting tubing section wherein the excess tubing section is stored in a bottom pouch and a first part of an intermediate tubing section is arranged inside the bottom pouch and a second part of said intermediate tubing section is arranged outside said bottom pouch, wherein the intermediate tubing interconnects the excess tubing section and the connecting tubing section, wherein the bottom pouch comprises a sealing enclosing an interior space of said pouch comprising the excess tubing section and the oxygen mask, wherein further the first part of said intermediate tubing section is arranged in a sealing region of said sealing.
An agent for oxidatively dyeing keratin fibers, containing in a cosmetic carrier at least one compound of formula as a developer-type oxidation dye precursor, in which R 1, R 2 represent, independently of one another, a C 1 -C 6 alkyl group, a hydroxy-C 1 -C 6 alkyl group, a C 1 -C 6 alkoxy-C 1 -C 6 alkyl group, a C 1 -C 6 alkanoyl group, a C 1 -C 6 alkoxycarbonyl group, or an aryl group, Y represents a hydroxy group, an amino group, or a C 1 -C 6 alkylamino group, and/or the physiologically acceptable salt thereof. R 1, R 2 represent, independently of one another, a C 1 -C 6 alkyl group, a hydroxy-C 1 -C 6 alkyl group, a C 1 -C 6 alkoxy-C 1 -C 6 alkyl group, a C 1 -C 6 alkanoyl group, a C 1 -C 6 alkoxycarbonyl group, or an aryl group, Y represents a hydroxy group, an amino group, or a C 1 -C 6 alkylamino group,
Method for the alloy-dependent sorting of scrap metal, in particular aluminum scrap, - in which a composition analysis is performed on a scrap fragment, wherein surface composition information about the local composition in a surface region of the scrap fragment is determined by measurement on the scrap fragment, characterized in, - that associated bulk composition information about the composition of the scrap fragment in the bulk is assigned to the scrap fragment as a function of the surface composition information determined by measurement and a predetermined assignment rule. - in which a composition analysis is performed on a scrap fragment, wherein surface composition information about the local composition in a surface region of the scrap fragment is determined by measurement on the scrap fragment, characterized in, - that associated bulk composition information about the composition of the scrap fragment in the bulk is assigned to the scrap fragment as a function of the surface composition information determined by measurement and a predetermined assignment rule.
A cylindrical sputtering target formed through casting, wherein, the cylindrical sputtering target is a Cu alloy consisting of 15 atom% to 35 atom% of Ga, optionally Zn, Sb, Al, Li, Bi, P, Sn, In, Na, S, Se, F, Ag, Si, Be, Mg, Mn, and Mo in a total of 5% by mass or less, optionally 50 ppm by mass or lower oxygen and balance Cu, the Cu alloy has a solidified structure made up of granular crystal grains and does not include columnar crystals, and the average value of the ratios of the long axes to the short axes of the granular crystal grains in the Cu alloy is 2.0 or lower, wherein the average value is determined as defined in the section "Measurement of aspect ratios of crystal grains and average equivalent circle diameter" of the description. the cylindrical sputtering target is a Cu alloy consisting of 15 atom% to 35 atom% of Ga, optionally Zn, Sb, Al, Li, Bi, P, Sn, In, Na, S, Se, F, Ag, Si, Be, Mg, Mn, and Mo in a total of 5% by mass or less, optionally 50 ppm by mass or lower oxygen and balance Cu, the Cu alloy has a solidified structure made up of granular crystal grains and does not include columnar crystals, and the average value of the ratios of the long axes to the short axes of the granular crystal grains in the Cu alloy is 2.0 or lower, wherein the average value is determined as defined in the section "Measurement of aspect ratios of crystal grains and average equivalent circle diameter" of the description.
A rotor blade comprising: a metallic base comprising an airfoil, a section of the airfoil comprising a recess within a surface of the airfoil and an attachment having a geometry complementary to an opening within a rotor disk for attaching the rotor blade to the rotor disk; a composite inlay disposed within and bonded to the recess; characterized in that: the recess extends through the attachment, thereby defining a bore therethrough; and the composite inlay is disposed within the bore and bonded to a surface of the attachment defining the bore. a metallic base comprising an airfoil, a section of the airfoil comprising a recess within a surface of the airfoil and an attachment having a geometry complementary to an opening within a rotor disk for attaching the rotor blade to the rotor disk; a composite inlay disposed within and bonded to the recess; the recess extends through the attachment, thereby defining a bore therethrough; and the composite inlay is disposed within the bore and bonded to a surface of the attachment defining the bore.
An insulin-PEG conjugate comprising PEG linked to insulin at the PheB1 amino terminus, wherein the PEG is linked to insulin at the PheB1 amino terminus via a secondary amine.
An electromechanical stator comprising an actuator section, a support section, and a spring section; wherein a continuous sheet of elastic material constitutes at least a part of said actuator section, at least a part of said support section, and at least a part of said spring section; said actuator section comprising a vibration assembly comprising at least one vibration body and a moved-body interaction portion; said vibration body comprising an electromechanical volume attached to a part of said continuous sheet of elastic material, wherein said vibration body is adapted to cause bending vibrations, in a vibration direction transverse to the plane of said continuous sheet of elastic material, when alternating voltages are applied to said electromechanical volume; said support section being attached between said actuator section and said spring section; said support section being connected with at least one fixation point via said spring section; wherein said spring section is elastic, with a spring constant, regarding displacements, in said vibration direction, of said fixation point relative to a connection point between said spring section and said support section, thereby enabling provision of a normal force in said vibration direction on said moved-body interaction portion upon displacement of said fixation point in said vibration direction, characterized in that said continuous sheet of elastic material of said spring section has a pattern of cuts, providing at least one limited path between connection points to said support section and said at least one fixation point. wherein a continuous sheet of elastic material constitutes at least a part of said actuator section, at least a part of said support section, and at least a part of said spring section; said actuator section comprising a vibration assembly comprising at least one vibration body and a moved-body interaction portion; said vibration body comprising an electromechanical volume attached to a part of said continuous sheet of elastic material, wherein said vibration body is adapted to cause bending vibrations, in a vibration direction transverse to the plane of said continuous sheet of elastic material, when alternating voltages are applied to said electromechanical volume; said support section being attached between said actuator section and said spring section; said support section being connected with at least one fixation point via said spring section; wherein said spring section is elastic, with a spring constant, regarding displacements, in said vibration direction, of said fixation point relative to a connection point between said spring section and said support section, thereby enabling provision of a normal force in said vibration direction on said moved-body interaction portion upon displacement of said fixation point in said vibration direction,