mhurhangee/ep-ind-claims huggingface dataset:
A coated cutting tool comprising a body and a hard and wear resistant PVD coating on the body, wherein the body comprises cemented carbide, cermet, ceramics, polycrystalline diamond or polycrystalline cubic boron nitride based materials, and the coating comprises a first (Ti,Al)-based nitride sub-coating and a second (Ti,Al)-based nitride sub-coating, the first (Ti,Al)-based nitride sub-coating being a single layer, and the second (Ti,Al)-based nitride sub-coating being a laminated structure, characterised in that the first (Ti,Al)-based nitride sub-coating comprises a (Ti 1-x Al x)N z -layer where 0.1 < x < 0.4, 0.6 < z < 1.2, and wherein the second (Ti,Al)-based nitride sub-coating comprises a (Ti 1-x1-y1 Al x1 Cr y1)N z1 -layer where 0.5 < x1 < 0.75, 0.05 < y1 < 0.2, 0.6 < z1 < 1.2.
Patisiran for use in a method for reducing a Neuropathy Impairment Score or a modified NIS (mNIS+7) in a human subject having a Familial Amyloidotic Polyneuropathy, wherein upon administration the concentration of serum TTR protein is reduced to below 50 μg/ml or by at least 80%, wherein patisiran is a sterile formulation of an siRNA with DLin-MC3-DMA, DSPC, cholesterol, and PEG2000-C-DMG in isotonic phosphate buffered saline, said siRNA consisting of a sense strand with the sequence of GuAAccAAGAGuAuuccAudTdT and an antisense strand with the sequence of AUGGAAuACUCUUGGUuACdTdT, wherein patisiran is to be administered via intravenous infusion at a dose of 0.3 mg/kg once every three weeks; wherein in addition a premedication reducing the risk of infusion-related reactions is used, wherein the premedication consists of dexamethasone, paracetamol, an H2 blocker and an H1 blocker.
An image formation method comprising, in order, Step a: a step of applying Liquid A to a substrate, Step b: a step of irradiating the applied Liquid A with actinic radiation so as to carry out complete curing or semi-curing up to a degree of cure of at least 90%, Step c: a step of applying Liquid B to a cured layer of the completely cured or semi-cured Liquid A, and Step d: a step of completely curing Liquid A and Liquid B, Liquid A comprising N -vinylcaprolactam as Component A, an aromatic ring-containing monofunctional acrylate as Component B, an aliphatic hydrocarbon ring-containing monofunctional acrylate as Component C, a polysiloxane compound as Component D, an acrylic resin having a glass transition temperature of 40°C to 90°C as Component E, a photopolymerization initiator as Component F, and a pigment as Component G, the content of Component E in Liquid A being at least 0.5 mass % but no greater than 5 mass %, and Liquid B comprising N -vinylcaprolactam as Component A, an aromatic ring-containing monofunctional acrylate as Component B, a polysiloxane compound as Component D, a thermoplastic resin having a glass transition temperature of 70°C to 110°C as Component H, and a photopolymerization initiator as Component F, the content of Component H in Liquid B being at least 20 mass % but no greater than 50 mass %.
A collar for aiding learning by a person and being arranged to be positioned around the neck area of the person, the collar being made from a self-supporting material and having supporting means for supporting the collar so that a front portion of the collar extends outwardly generally perpendicular to the chest of the person even when the person inclines their head; said collar also having a neck aperture for accommodating the neck of the person; characterized in that: the supporting means comprises a supporting strut formed integrally with the collar and extending from the front portion into the neck aperture; the material of the collar is flexible whereby the strut can be flexed downwardly to abut the chest of the person when the collar is worn; and the collar is shaped and dimensioned to conceal the body of the person below the collar from direct view of the person so that the body of the person can remain out of direct view of the person regardless of movement of the person during wearing of the collar; and said collar is intended to be used, when worn by the person, in combination with a camera arranged to capture images of the body of the person below the collar and a display screen arranged within direct view of the person to enable said captured images to be displayed to the person.
A method for wireless communications by a user equipment "UE", comprising: performing a cell search based on one or more signals received in an anchor resource block "RB" for narrowband communications with a base station "BS"; determining a location of at least one additional RB for the narrowband communications with the BS based on a first indication of an absolute frequency location of the at least one additional RB and a second indication of whether the location of the at least one additional RB is an in-band location, a guard band location, or a standalone location, the first indication and second indication received via radio resource control "RRC" signaling in the anchor RB; and performing narrowband communications with the BS using at least one of: the anchor RB or the at least one additional RB. performing a cell search based on one or more signals received in an anchor resource block "RB" for narrowband communications with a base station "BS"; determining a location of at least one additional RB for the narrowband communications with the BS based on a first indication of an absolute frequency location of the at least one additional RB and a second indication of whether the location of the at least one additional RB is an in-band location, a guard band location, or a standalone location, the first indication and second indication received via radio resource control "RRC" signaling in the anchor RB; and performing narrowband communications with the BS using at least one of: the anchor RB or the at least one additional RB.
Laser scanning microscope, which is switchable between various types of operation, having a laser and an illumination beam path, wherein said microscope contains, in a first beam path, a first rotatable half-wave plate, an electro-optic modulator (sEOM), a second rotatable half-wave plate and a first polarizing beam splitter (PBS, PBS1), for switching the types of operation in the illumination beam path, wherein the first half-wave plate is arranged upstream of the electro-optic modulator (sEOM) and the second half-wave plate is arranged downstream of the electro-optic modulator (sEOM) and the first polarizing beam splitter (PBS, PBS1) for generating a second beam path follows the second half-wave plate, wherein the electro-optic modulator (sEOM) has segmented electrodes (1, 2) and wherein the switching between the types of operation takes place by means of setting the rotation of the first half-wave plate, by means of setting the rotation of the second half-wave plate and by means of actuating the segmented electrodes of the electro-optic modulator (sEOM).
An ingestible apparatus for producing and processing physiological signals, the apparatus comprising: - a physiological transducer circuit to sense physiological signals representative of a physiological parameter measured from within the body of a living entity; - a processor, responsive to the physiological transducer circuit, to process the physiological signals; - a transmitter to transmit the processed signals during transmission intervals which are alternated with idle intervals; and - a capacitor-based circuit, including at least one capacitor, to accumulate sufficient charge during one of the idle intervals to supply power to the transmitter during one of the transmission intervals; and a power supply arranged to charge the capacitor-based circuit, wherein the physiological transducer circuit senses the physiological parameter during the transmission intervals; characterised in that the apparatus further comprises a startup circuit arranged to prevent charging of the capacitor-based circuit and operation of the processor prior to activation of the apparatus, and configured to receive power from an external RF start signal through inductive coupling, thereby enabling the processor. - a physiological transducer circuit to sense physiological signals representative of a physiological parameter measured from within the body of a living entity; - a processor, responsive to the physiological transducer circuit, to process the physiological signals; - a transmitter to transmit the processed signals during transmission intervals which are alternated with idle intervals; and - a capacitor-based circuit, including at least one capacitor, to accumulate sufficient charge during one of the idle intervals to supply power to the transmitter during one of the transmission intervals; and
A method for processing oilseed rape seeds (A.A), wherein these are shelled and separated into kernel parts (S.E) on the one hand and shell parts (S.G) on the other, and wherein the kernel parts (S.E) are subjected to one or a plurality of pressings for producing oil (P.A; P.C) and, thereby, a press cake containing solid mass or oil (P.B; P.D) remains, characterized in that the press cake (P.B; P.D) is subjected to at least one other grinding process at room temperature and is output as a base material, a filler material or an additive material (W.B) for human food, wherein only kernel parts (S.E) of the oilseed rape grains (A.A) are supplied to the other grinding process without adding shell parts (S.G) and wherein the base or filler material forms a powder with a grain size of 100 μm up to 500 μm, wherein the entire method constitutes a consequent cold production, thereby avoiding a denaturing of proteins.
Force transmission belt having an elastic foundational body, comprising a top ply as belt backing and a substructure having a force transmission zone, wherein at least the top ply is covered with at least a textile material consisting of warp and weft (20, 30), characterized in that the weft and/or the warp (20, 30) contains at least an elastic thread as core yarn (18, 21) overspun with staple fibers (19, 23) and in that the elastic thread as core yarn (18, 21) is parallel to the running direction.
A de-icer or anti-icer composition for a travelled surface comprising: at least 25% w/w of at least one acetate salt selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium acetate and mixtures thereof, and from 14% to 50% w/w of at least one non-acetate salt consisting of one or more cations selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium and mixtures thereof and one or more anions selected from the group consisting of formate, propionate and mixtures thereof, the balance being water, wherein the composition comprises not more than 5% w/w in total of one or more auxiliary or incidental additives, wherein said at least one acetate salt and said at least non-acetate salt are present in a solution of said composition, and wherein the total concentration of said at least one acetate salt and said at least one non-acetate salt in the de-icer or anti-icer composition is from 57% w/w to 76% w/w. at least 25% w/w of at least one acetate salt selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium acetate and mixtures thereof, and from 14% to 50% w/w of at least one non-acetate salt consisting of one or more cations selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium and mixtures thereof and one or more anions selected from the group consisting of formate, propionate and mixtures thereof, the balance being water, wherein the composition comprises not more than 5% w/w in total of one or more auxiliary or incidental additives, wherein said at least one acetate salt and said at least non-acetate salt are present in a solution of said composition, and wherein the total concentration of said at least one acetate salt and said at least one non-acetate salt in the de-icer or anti-icer composition is from 57% w/w to 76% w/w.
An injection system for retroactive stabilization of a boundary region between structural components, in particular of a water-permeable joint chamber or water-permeable concrete walkway, having at least one variable-volume, preferably inflatable, molded article, in particular a joint chamber sealing cushion, wherein the molded article can be provided along the boundary region that is to be stabilized, wherein an injection medium delivery device is provided, which is embodied for introducing injection medium into the boundary region, and wherein the injection medium delivery device has a longitudinal axis, with which the injection medium delivery device extends along at least one long side of the molded article and has at least one outlet opening, which is embodied, approximately transversely to a longitudinal direction of the injection medium delivery device, for an outflow of injection medium to the outside from an internal region inside the injection medium delivery device, characterized in that along the longitudinal direction of the molded article, a rod-like guide element is connected to the injection medium delivery device.
A rolled tissue product comprising a single ply creped tissue web spirally wound into a roll, the tissue web having a sheet bulk as defined in the description of greater than about 12 cc/g, and characterised by having a single wire probe mean deviation of MIU as defined in the description of less than about 0.040 and a single wire probe mean deviation of surface thickness as defined in the description of less than about 3 microns, wherein the tissue web is through air dried and creped with a creping composition devoid of a release agent.
A heart valve implant comprising: a spacer defining a spacer cavity configured to be expanded from a retracted position; and a shaft; characterized by: the shaft extending from said spacer, said shaft defining an inflation lumen fluidly coupled to said spacer cavity and configured to be fluidly coupled to an expansion medium source; and the heart valve implant further comprising: a spacer valve assembly disposed within at least one of said spacer or shaft, said spacer valve assembly configured to selectively allow an expansion medium to flow into said spacer cavity to selectively expand said spacer from a retracted position to an expanded position; and an anchor assembly configured to be advanced over said shaft and including an anchor support having at least one arm over which at least a suture may be passed to stitch the anchor support to the heart tissue. a spacer defining a spacer cavity configured to be expanded from a retracted position; and a shaft; a spacer valve assembly disposed within at least one of said spacer or shaft, said spacer valve assembly configured to selectively allow an expansion medium to flow into said spacer cavity to selectively expand said spacer from a retracted position to an expanded position; and an anchor assembly configured to be advanced over said shaft and including an anchor support having at least one arm over which at least a suture may be passed to stitch the anchor support to the heart tissue.
A brake assembly comprising: a brake carrier that supports first and second brake pad assemblies (22, 24); first and second brake pad springs (26, 26) disposed on the first and second brake pad assemblies (22, 24), respectively; a housing disposed on the brake carrier, wherein the housing receives an actuator for actuating the first and second brake pad assemblies (22, 24); and a bridge that is fixedly disposed on the housing, the bridge including: a first side surface that faces toward the brake carrier; a second side surface that faces toward the brake carrier and is disposed opposite the first side surface; an inner surface that extends from the first side surface to the second side surface and extends over the first and second brake pad assemblies (22, 24), wherein the first and second brake pad springs (26, 26) engage the inner surface; and a support bracket that extends from the inner surface, whereby the support bracket has an inner wall that extends from the inner surface and engages the second brake pad assembly, an outer wall that is spaced apart from the inner wall and extends from the inner surface, and a connecting wall that extends between the inner wall and the outer wall. a brake carrier that supports first and second brake pad assemblies (22, 24); first and second brake pad springs (26, 26) disposed on the first and second brake pad assemblies (22, 24), respectively; a housing disposed on the brake carrier, wherein the housing receives an actuator for actuating the first and second brake pad assemblies (22, 24); and a bridge that is fixedly disposed on the housing, the bridge including: a first side surface that faces toward the brake carrier; a second side surface that faces toward the brake carrier and is disposed opposite the first side surface; an inner surface that extends from the first side surface to the second side surface and extends over the first and second brake pad assemblies (22, 24), wherein the first and second brake pad springs (26, 26) engage the inner surface; and a support bracket that extends from the inner surface, whereby the support bracket has an inner wall that extends from the inner surface and engages the second brake pad assembly, an outer wall that is spaced apart from the inner wall and extends from the inner surface, and a connecting wall that extends between the inner wall and the outer wall. a first side surface that faces toward the brake carrier; a second side surface that faces toward the brake carrier and is disposed opposite the first side surface; an inner surface that extends from the first side surface to the second side surface and extends over the first and second brake pad assemblies (22, 24), wherein the first and second brake pad springs (26, 26) engage the inner surface; and a support bracket that extends from the inner surface, whereby the support bracket has an inner wall that extends from the inner surface and engages the second brake pad assembly, an outer wall that is spaced apart from the inner wall and extends from the inner surface, and a connecting wall that extends between the inner wall and the outer wall.
Cargo container, comprising at a periphery thereof, a coupling that is configured to be connected to at least one complementary cargo container of a same or similar type, to define, in an assembled state, a cargo container assembly, wherein: - in the assembled state, the cargo container and the at least one complementary cargo container are connected with the coupling to mutually define the cargo container assembly; and - in a disassembled state, the cargo container is configured to store cargo and thereby allows said cargo container to be loaded and unloaded at a remote location that may be different from a location where the at least one complementary cargo container is loaded or unloaded; - the cargo container comprises one or more than one connector side that is configured to face, in the assembled state, a complementary connector side of the at least one complementary cargo container to which it is connected, characterized in that said connector side comprises a lightweight non-structural partition. - in the assembled state, the cargo container and the at least one complementary cargo container are connected with the coupling to mutually define the cargo container assembly; and - in a disassembled state, the cargo container is configured to store cargo and thereby allows said cargo container to be loaded and unloaded at a remote location that may be different from a location where the at least one complementary cargo container is loaded or unloaded; - the cargo container comprises one or more than one connector side that is configured to face, in the assembled state, a complementary connector side of the at least one complementary cargo container to which it is connected,
A method for storage of one or more erythrocytes in a blood sample from a subject at an injection site of a microfluidic device the method comprising: combining a blood sample with an amount of a formulation comprising sucralose, wherein the amount is sufficient to produce a treated blood sample having a sucralose concentration from 5 mM to 100 mM sucralose, thereby reducing the erythrocyte sedimentation rate as compared to the erythrocyte sedimentation rate in an untreated blood sample. combining a blood sample with an amount of a formulation comprising sucralose, wherein the amount is sufficient to produce a treated blood sample having a sucralose concentration from 5 mM to 100 mM sucralose, thereby reducing the erythrocyte sedimentation rate as compared to the erythrocyte sedimentation rate in an untreated blood sample.
A method for testing a flat flex cable shielding (108, 104) of a consumer electronic device comprising: applying a signal across a first portion of the flat flex cable shielding and a second portion of the flat flex cable shielding, the first and second portions of the flat flex cable shielding (108, 104) being located on first and second layers of a flat flex cable; detecting a parameter associated with the signal; and determining whether a break exists in the flat flex cable shielding (108, 104) based at least partially on the detected parameter. applying a signal across a first portion of the flat flex cable shielding and a second portion of the flat flex cable shielding, the first and second portions of the flat flex cable shielding (108, 104) being located on first and second layers of a flat flex cable; detecting a parameter associated with the signal; and determining whether a break exists in the flat flex cable shielding (108, 104) based at least partially on the detected parameter.