mhurhangee/ep-ind-claims huggingface dataset:
Probiotic bacteria, which have the characteristics of promoting early bifidogenic gut microflora, for use in a method for primary prevention of atopic diseases in an infant at high risk of atopic diseases, wherein the probiotic bacteria are administered to a pregnant woman for at least two weeks before delivery and, after delivery, to the newborn infant for at least 2 months.
A printing unit of a printing press printing a sheet printing material at at least one printing point according to a screen printing process having a form cylinder configured as a screen printing cylinder, having a counter-pressure cylinder forming an abutment to the screen printing cylinder and having a squeegee device, comprising - a screen printing form configured as a circular screen, - a squeegee which is put in a thrown-on position ("AN") by forming an acute squeegee angle (α) moving toward the screen printing form with a squeegee edge, - a bearing device facilitating a throwing-on and throwing-off movement between the thrown-on position ("AN") of the squeegee and a thrown-off position ("AB"), - a drive device by means of which the squeegee in its relative position vis-à-vis the screen printing form can be brought into at least one thrown-on position and into at least one thrown-off position characterized in that - a drive means included by the drive device, by means of which the throwing-on and throwing-off movement of the squeegee can be brought about mechanically independently of a rotational drive of the screen-printing form and of a conveying means which conveys the printing material wherein the drive means bringing about the throwing-on and throwing off-movement of the squeegee can be moved reproducibly via a control device which controls the drive means in at least one operating state (BZ AB) which brings about a thrown-off position ("AB") and at least two further operating states (BZ; BZ AN; BZ' AN) which are defined differently from one another and the taking up of which results in each case in a thrown-on position ("AN"; "AN"") with radial relative positions and/or throwing-on forces which are different from one another between the squeegee and the screen-printing form, and wherein the bearing device comprises bearing means (81, 82) through which at least within one adjusting range comprising a thrown-on position ("AN") and a thrown-off position ("AB") a guided adjustment of the squeegee occurs in a straight line and/or along a direction lying within a squeegee blade plane. - a screen printing form configured as a circular screen, - a squeegee which is put in a thrown-on position ("AN") by forming an acute squeegee angle (α) moving toward the screen printing form with a squeegee edge, - a bearing device facilitating a throwing-on and throwing-off movement between the thrown-on position ("AN") of the squeegee and a thrown-off position ("AB"), - a drive device by means of which the squeegee in its relative position vis-à-vis the screen printing form can be brought into at least one thrown-on position and into at least one thrown-off position characterized in that - a drive means included by the drive device, by means of which the throwing-on and throwing-off movement of the squeegee can be brought about mechanically independently of a rotational drive of the screen-printing form and of a conveying means which conveys the printing material
A papermaking shoe press belt in which a reinforcing base material is integrated with thermosetting polyurethane comprised in at least a felt-side layer, and in which, in the felt-sided layer, water receiving parts are formed in the depth direction from the felt-side surface for receiving water squeezed from a wet paper web and a felt under a nip; wherein the felt-side layer comprises at least a first resin layer having a felt contacting surface and a second resin layer having bottom part regions of the water receiving parts, the first and the second resin layers (11, 12) are formed from a composition comprising a urethane prepolymer having a terminal isocyanate group and a curing agent having a terminal active hydrogen group, characterized in that the value of the equivalent ratio (H/NCO) of the active hydrogen group of the curing agent to the isocyanate group of the urethane prepolymer is higher in the second resin layer than in the first resin layer.
A fermentation medium comprising a basal medium and a chelating agent having the formula R 1 -CH(COOX 1)-N(CH 2 COOX 1) 2 wherein R 1 is methyl, X 1 is (M x H 1-x), M being a monovalent cation, preferably being selected from ammonium or alkali metal or combinations of at least two of the foregoing and x being in the range of from zero to 1, wherein x is an average value. R 1 is methyl, X 1 is (M x H 1-x), M being a monovalent cation, preferably being selected from ammonium or alkali metal or combinations of at least two of the foregoing and x being in the range of from zero to 1, wherein x is an average value.
A pet mat assembly for feeding animals comprising: a) a mat having a top layer of which at least a portion is magnetized with at least one magnetic element, the magnetic element being magnetic particles; a bottom layer composed of a non-skid material, the top layer being affixed to the bottom layer; and b) a container having a bottom made of a ferretic material and magnetically responsive to the magnetic element at the top layer of the mat; wherein relative movement of the container with respect to the mat is restricted when the container is in magnetic engagement with the mat. a) a mat having a top layer of which at least a portion is magnetized with at least one magnetic element, the magnetic element being magnetic particles; a bottom layer composed of a non-skid material, the top layer being affixed to the bottom layer; and b) a container having a bottom made of a ferretic material and magnetically responsive to the magnetic element at the top layer of the mat;
A lithium ion battery outer cover material, comprising: sequentially laminating onto one side of a base material layer a first adhesive layer (AD-1) containing an adhesive, an aluminum foil layer provided with a corrosion prevention treated layer on at least one side thereof, a second adhesive layer (AD-2) containing an adhesive or adhesive resin, and a sealant layer; characterised in that, the base material layer has a biaxially drawn polyamide film base material as indicated below: biaxially drawn polyamide film base material: film base material in which the difference (α2-α1) between elasticity to the yield point (α1) and elasticity to the rupture point (α2) as measured according to JIS-K7127:1999 is 100% or more in at least one of the MD direction and TD direction. sequentially laminating onto one side of a base material layer a first adhesive layer (AD-1) containing an adhesive, an aluminum foil layer provided with a corrosion prevention treated layer on at least one side thereof, a second adhesive layer (AD-2) containing an adhesive or adhesive resin, and a sealant layer; characterised in that, the base material layer has a biaxially drawn polyamide film base material as indicated below: biaxially drawn polyamide film base material: film base material in which the difference (α2-α1) between elasticity to the yield point (α1) and elasticity to the rupture point (α2) as measured according to JIS-K7127:1999 is 100% or more in at least one of the MD direction and TD direction. biaxially drawn polyamide film base material: film base material in which the difference (α2-α1) between elasticity to the yield point (α1) and elasticity to the rupture point (α2) as measured according to JIS-K7127:1999 is 100% or more in at least one of the MD direction and TD direction.
Device for the measurement and analysis of middle ear colour and ear channel, wherein the device includes: - an otoscope; - an electronic unit containing an RGB tri-colour light emitting, an RGB tri-colour sensor, a digital display and diagnostic signalling LEDs; - optical fibres (2a, 2b) that conduct the light generated in the light emitter to the head of the otoscope and conduct also the reflected light in the opposite direction, from the ear to electronic unit for measurement; computer means responsible for the light sensor data acquisition, processing and record wherein - the three components of the light emitted by the RGB light emitter are independently controllable; - the reflected light is measurable separately in the same three components; and wherein the device is further adapted to obtain based on said measurements objective digital information on the middle ear colour and to process it to automatically perform a diagnosis; characterised in that the device is further adapted to detect changes in texture of the skin surface through variation of the amount of received light. - an otoscope; - an electronic unit containing an RGB tri-colour light emitting, an RGB tri-colour sensor, a digital display and diagnostic signalling LEDs; - optical fibres (2a, 2b) that conduct the light generated in the light emitter to the head of the otoscope and conduct also the reflected light in the opposite direction, from the ear to electronic unit for measurement; - the three components of the light emitted by the RGB light emitter are independently controllable; - the reflected light is measurable separately in the same three components;
A high-voltage vertical power component comprising a lightly-doped semiconductor substrate of a first conductivity type and, on the side of an upper surface, an upper semiconductor layer of the second conductivity type which does not extend all the way to the component periphery, wherein the component periphery comprises: on the lower surface side, a ring-shaped diffused region of the second conductivity type extending across from one third to half of the component thickness, this region extending from the lower surface side of the substrate; and on the upper surface side, an isolated ring-shaped groove crossing the substrate to penetrate into an upper portion of said ring-shaped region, the lateral wall of this groove being covered by an insulating material, characterized in that the bottom of this groove is covered by the insulating material. on the lower surface side, a ring-shaped diffused region of the second conductivity type extending across from one third to half of the component thickness, this region extending from the lower surface side of the substrate; and on the upper surface side, an isolated ring-shaped groove crossing the substrate to penetrate into an upper portion of said ring-shaped region, the lateral wall of this groove being covered by an insulating material, characterized in that the bottom of this groove is covered by the insulating material.
A gas turbine engine (100, 200, 400, 500), comprising: a gas generator; a reheat combustor downstream of the gas generator; and a power turbine downstream of the reheat combustor and having a plurality of variable area nozzle guide vanes (107, 207); a controller; characterized in that the controller is configured to increase a fuel flow in the reheat combustor so as to increase a temperature of the reheat combustor and match a required exhaust temperature; in that the controller is configured to modulate the plurality of variable area nozzle guide vanes (107, 207) to increase a real capacity at a power turbine inlet (108, 208) in proportion with the required exhaust temperature; wherein the real capacity is a volumetric flow rate through the power turbine at an inlet of the power turbine; and in that a constant apparent capacity at a gas generator exit upstream of the reheat combustor remains constant, in response to proportionately increasing the temperature and the real capacity with respect to one another; wherein the apparent capacity is a volumetric flow rate through the power turbine at an exit of the gas generator. a gas generator; a reheat combustor downstream of the gas generator; and a power turbine downstream of the reheat combustor and having a plurality of variable area nozzle guide vanes (107, 207); a controller; characterized in that the controller is configured to increase a fuel flow in the reheat combustor so as to increase a temperature of the reheat combustor and match a required exhaust temperature; in that the controller is configured to modulate the plurality of variable area nozzle guide vanes (107, 207) to increase a real capacity at a power turbine inlet (108, 208) in proportion with the required exhaust temperature; wherein the real capacity is a volumetric flow rate through the power turbine at an inlet of the power turbine; and in that a constant apparent capacity at a gas generator exit upstream of the reheat combustor remains constant, in response to proportionately increasing the temperature and the real capacity with respect to one another; wherein the apparent capacity is a volumetric flow rate through the power turbine at an exit of the gas generator.
A heat-curable resin composition comprising components to listed below: an isocyanuric acid derivative containing at least one epoxy group within each molecule, in an amount of 100 parts by mass, a silicone resin containing at least one epoxy group within each molecule, in an amount of 10 to 1,000 parts by mass, an acid anhydride curing agent, in an amount such that a ratio of [total epoxy group equivalents within component and component / carboxyl group equivalents within component] is within a range from 0.6 to 2.2, a curing accelerator, in an amount within a range from 0.05 to 5 parts by mass per 100 parts by mass of a combined mass of components, and, and an inorganic filler, in an amount of 200 to 1,000 parts by mass per 100 parts by mass of a combined mass of components, and. an isocyanuric acid derivative containing at least one epoxy group within each molecule, in an amount of 100 parts by mass, a silicone resin containing at least one epoxy group within each molecule, in an amount of 10 to 1,000 parts by mass, an acid anhydride curing agent, in an amount such that a ratio of [total epoxy group equivalents within component and component / carboxyl group equivalents within component] is within a range from 0.6 to 2.2, a curing accelerator, in an amount within a range from 0.05 to 5 parts by mass per 100 parts by mass of a combined mass of components, and, and an inorganic filler, in an amount of 200 to 1,000 parts by mass per 100 parts by mass of a combined mass of components, and.
A composite fan blade for a turbofan aero engine, the fan blade comprising: a blade body including a root for engagement with a rotor; and a tip, the tip having a winglet, the winglet having a root engaged with the tip; the fan blade characterised in that the shape of the root of the winglet is such that upon impact the root of the winglet is driven into the tip of the blade thereby creating a delamination crack which propagates along the blade length.
A tire comprising a tread part, and at least one outermost surface member other than the tread part, wherein a rubber composition constituting the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, wherein a rubber composition constituting the at least one outermost surface member other than the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, and, wherein when, for each of individual rubber components of the rubber component of the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content T Arm (% by mass) in the rubber component of the tread part, and, on the other hand, for each of individual rubber components constituting the rubber component of the at least one outermost surface member other than the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content OMM Arm (% by mass) in the rubber component of the at least one outermost surface member other than the tread part, T Arm is greater than OMM Arm. wherein a rubber composition constituting the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, wherein a rubber composition constituting the at least one outermost surface member other than the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, and, wherein when, for each of individual rubber components of the rubber component of the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content T Arm (% by mass) in the rubber component of the tread part, and, on the other hand, for each of individual rubber components constituting the rubber component of the at least one outermost surface member other than the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content OMM Arm (% by mass) in the rubber component of the at least one outermost surface member other than the tread part, T Arm is greater than OMM Arm.
A housing for an outdoor unit of an air conditioner, comprising: a cabinet body; a side-by-side door configured to open and close the cabinet body and comprising a first door body and a second door body that are opened side by side; and a door-latching assembly comprising a cabinet-locking member provided on the cabinet body, a door-locking member provided on the first door body and a latch member provided on the second door body, the latch member being movable with respect to the second door body, wherein the latch member being movable between a locked position where the latch member is locked with both the cabinet-locking member and the door-locking member and an unlocked position where the latch member is separated from both the cabinet-locking member and the door-locking member, wherein the latch member is configured to move reciprocally and translationally between the locked position and the unlocked position characterized in that the latch member comprises a first locking plate and a second locking plate spaced in a direction perpendicular to a moving direction of the latch member, and when the latch member moves to the locked position, the first locking plate cooperates with the door-locking member in a locked manner, and the second locking plate cooperates with the cabinet-locking member in a locked manner 1. a cabinet body; a side-by-side door configured to open and close the cabinet body and comprising a first door body and a second door body that are opened side by side; and a door-latching assembly comprising a cabinet-locking member provided on the cabinet body, a door-locking member provided on the first door body and a latch member provided on the second door body, the latch member being movable with respect to the second door body, wherein the latch member being movable between a locked position where the latch member is locked with both the cabinet-locking member and the door-locking member and an unlocked position where the latch member is separated from both the cabinet-locking member and the door-locking member, wherein the latch member is configured to move reciprocally and translationally between the locked position and the unlocked position characterized in that the latch member comprises a first locking plate and a second locking plate spaced in a direction perpendicular to a moving direction of the latch member, and when the latch member moves to the locked position, the first locking plate cooperates with the door-locking member in a locked manner, and the second locking plate cooperates with the cabinet-locking member in a locked manner 1.
An ostomy device comprising an adhesive wafer for attachment to a skin surface of a user, and a collecting bag connected to the adhesive wafer; the adhesive wafer having a through-going hole for accommodating the stoma of the user; and the adhesive wafer comprising a backing layer, a first adhesive composition, a second absorbent adhesive composition, characterised in that the first adhesive composition is a switchable adhesive composition and the ostomy device further comprises a release liner, wherein the adhesive wafer has a central part adjacent to the hole for accommodating the stoma and a peripheral part adjacent to an edge of the adhesive wafer away from the hole, and wherein the second absorbent adhesive composition is located at least in the central part of the adhesive wafer, wherein the releaser liner is in contact with the first switchable adhesive composition (11, 21) in the peripheral part of the adhesive wafer, and wherein the releaser liner is in contact with the second absorbent adhesive composition in the central part of the adhesive wafer.
An isolated antibody that binds to human Jagged1, wherein the antibody comprises an HVR-H1 comprising the amino acid sequence of SEQ ID NO: 35 or 78; an HVR-H2 comprising the amino acid sequence of SEQ ID NO: 28 or 36; an HVR-H3 comprising the amino acid sequence of SEQ ID NO: 55 or 59, wherein X is any amino acid other than S or H; an HVR-L1 comprising the amino acid sequence of SEQ ID NO: 38; an HVR-L2 comprising the amino acid sequence of SEQ ID NO: 39; and an HVR-L3 comprising the amino acid sequence of SEQ ID NO: 16 or 40.
Retrievable pre-piling template for offshore wind turbine foundations, comprising a plurality of pile guide sleeves interconnected by connection elements (14, 16, 18), where said pile guides sleeves are arranged to rest on the ocean floor and to receive a pile, characterised in that - said connection elements (14, 16, 18) are assembled to form a continuous circular O-ring structure, and - a number of the pile guide sleeves are arranged to be releasable mounted to the structure. - said connection elements (14, 16, 18) are assembled to form a continuous circular O-ring structure, and - a number of the pile guide sleeves are arranged to be releasable mounted to the structure.