mhurhangee/ep-ind-claims huggingface dataset:
A sheet for an absorbent article, comprising a nonwoven fabric containing cellulose-based fibers in an amount of more than 90% by mass, the nonwoven fabric being formed by entangling fibers, wherein the nonwoven fabric includes a plurality of first entanglement portions spaced apart from each other and a plurality of second entanglement portions spaced apart from each other, each of the first entanglement portions has a regular pattern formed by a plurality of regions having a high fiber density, hereinafter referred to as "high-density regions", and a plurality of regions (10, 20) having a low fiber density, hereinafter referred to as "low-density regions", the regular pattern having substantially identical low-density regions (10, 20) arranged in a staggered or lattice manner, each of the first entanglement portions extends along a longitudinal direction or a lateral direction (32a, 32b) of the nonwoven fabric, each of the second entanglement portions extends along the longitudinal direction or the lateral direction (32a, 32b) of the nonwoven fabric, the first entanglement portions and the second entanglement portions are alternately arranged, a combined area of the first entanglement portions is 20% or more of the entire area of the nonwoven fabric, a basis weight of the nonwoven fabric is more than 30 g/m 2, and a fluff falling amount in the Fluff Falling Amount Measurement Test, as described in the description, is 1.0 mg or less. wherein the nonwoven fabric includes a plurality of first entanglement portions spaced apart from each other and a plurality of second entanglement portions spaced apart from each other, each of the first entanglement portions has a regular pattern formed by a plurality of regions having a high fiber density, hereinafter referred to as "high-density regions", and a plurality of regions (10, 20) having a low fiber density, hereinafter referred to as "low-density regions", the regular pattern having substantially identical low-density regions (10, 20) arranged in a staggered or lattice manner, each of the first entanglement portions extends along a longitudinal direction or a lateral direction (32a, 32b) of the nonwoven fabric, each of the second entanglement portions extends along the longitudinal direction or the lateral direction (32a, 32b) of the nonwoven fabric, the first entanglement portions and the second entanglement portions are alternately arranged, a combined area of the first entanglement portions is 20% or more of the entire area of the nonwoven fabric, a basis weight of the nonwoven fabric is more than 30 g/m 2, and a fluff falling amount in the Fluff Falling Amount Measurement Test, as described in the description, is 1.0 mg or less.
A vacuum infusion method comprising the steps of: • providing a mold, • inserting a fibrous material into the mold, • closing the mold with a vacuum cover, • producing a low pressure (p 0) in the mold, • infusing a liquid plastic material into the mold, • curing the liquid plastic material, characterized by the steps of: • surrounding the vacuum cover with a pressure sleeve, • sealing the pressure sleeve in relation to the mold, • producing an overpressure (p 2) within the pressure sleeve, characterized in that • the method is used for producing a wind turbine component and characterized by the step of: • controlling the overpressure (p 2) and/or the low pressure (p 0) such that a constant pressure difference ( P2 - P0) is adjusted between the overpressure (p 2) and the low pressure (p 0). • providing a mold, • inserting a fibrous material into the mold, • closing the mold with a vacuum cover, • producing a low pressure (p 0) in the mold, • infusing a liquid plastic material into the mold, • curing the liquid plastic material, characterized by the steps of: • surrounding the vacuum cover with a pressure sleeve, • sealing the pressure sleeve in relation to the mold, • producing an overpressure (p 2) within the pressure sleeve, characterized in that • the method is used for producing a wind turbine component and characterized by the step of: • controlling the overpressure (p 2) and/or the low pressure (p 0) such that a constant pressure difference ( P2 - P0) is adjusted between the overpressure (p 2) and the low pressure (p 0).
A needle filter apparatus for filtering fluids and solutions while being aspirated into a syringe for subsequent administration to a patient, comprising: a filter housing having a first end and a second end and having portions defining a filter chamber; a filter media secured in the filter chamber; an inlet port extending from the filter housing wherein the inlet port has portions defining a channel in fluid communication with the filter chamber; a syringe-receiving neck extending from the second end of the filter housing, wherein the neck has portions defining a neck chamber in fluid communication with the filter chamber; the needle filter apparatus being characterised by: a needle stop shoulder secured to, or formed in, the neck chamber, wherein the shoulder extends radially inwardly from the neck inner wall so as to intersect a centerline of the neck chamber and to provide a mechanical barrier to needle travel beyond the shoulder, and wherein the shoulder has a first end that extends downwardly toward, and in proximity to, the filter housing so as to create a gap between the shoulder and the filter housing, and a second end that extends upwardly along the neck inner wall to form a stopper registration surface; and, a needle-sealing stopper secured in the receiving neck, wherein the stopper is configured to register against the stopper registration surface. a filter housing having a first end and a second end and having portions defining a filter chamber; a filter media secured in the filter chamber; an inlet port extending from the filter housing wherein the inlet port has portions defining a channel in fluid communication with the filter chamber; a syringe-receiving neck extending from the second end of the filter housing, wherein the neck has portions defining a neck chamber in fluid communication with the filter chamber; the needle filter apparatus being characterised by: a needle stop shoulder secured to, or formed in, the neck chamber, wherein the shoulder extends radially inwardly from the neck inner wall so as to intersect a centerline of the neck chamber and to provide a mechanical barrier to needle travel beyond the shoulder, and wherein the shoulder has a first end that extends downwardly toward, and in proximity to, the filter housing so as to create a gap between the shoulder and the filter housing, and a second end that extends upwardly along the neck inner wall to form a stopper registration surface; and, a needle-sealing stopper secured in the receiving neck, wherein the stopper is configured to register against the stopper registration surface.
Optical module (1; 1') for a lighting and/or signalling device of a motor vehicle, comprising a support, an optical lens and a heat exchanger, wherein the optical lens and the heat exchanger are secured on the said support, and the said support connects the optical lens to the said heat exchanger, and the support can be fitted such as to rotate in a housing of a lighting and/or signalling device of a motor vehicle; characterised in that it comprises a base which is designed to be secured on the housing of the lighting and/or signalling device of the motor vehicle, and comprising first means for articulation which are designed to be rendered integral with the support, such as to permit the rotation of the support relative to the housing, and in that the support comprises a tenon which is designed to cooperate with an orifice in the base, for example one tenon at the top of the support and one below, with the axis which passes via these tenons corresponding to the axis of rotation of the module relative to the housing.
A railcar sensing system comprising: a railcar including a hatch, a processing unit with an event engine, and a position sensing device for detecting the global position of the railcar, and sending a position sensing signal to the processing unit, and characterised in that the system further comprises an accelerometer for sensing the orientation of the hatch with relation to the direction of gravity, the accelerometer sending a first signal to the processing unit when the orientation of the hatch changes more than a pre-determined amount, against a known closed orientation of the hatch as determined by the event engine, a transmitting unit, the processing unit sending a second signal to the transmitting unit upon receipt of the first signal from the accelerometer, a receiver, the transmitting unit sending a third signal to the receiver indicating that the orientation of the hatch has changed, wherein upon receipt of the position sensing signal, the processing unit analyzes the position sensing signal to determine if the railcar is located outside of a predetermined safe zone, and using the event engine within the processing unit to determine if a second signal should be sent to the transmitting unit for generating an alert message. a railcar including a hatch, a processing unit with an event engine, and a position sensing device for detecting the global position of the railcar, and sending a position sensing signal to the processing unit, and characterised in that the system further comprises an accelerometer for sensing the orientation of the hatch with relation to the direction of gravity, the accelerometer sending a first signal to the processing unit when the orientation of the hatch changes more than a pre-determined amount, against a known closed orientation of the hatch as determined by the event engine, a transmitting unit, the processing unit sending a second signal to the transmitting unit upon receipt of the first signal from the accelerometer, a receiver, the transmitting unit sending a third signal to the receiver indicating that the orientation of the hatch has changed, wherein upon receipt of the position sensing signal, the processing unit analyzes the position sensing signal to determine if the railcar is located outside of a predetermined safe zone, and using the event engine within the processing unit to determine if a second signal should be sent to the transmitting unit for generating an alert message.
Engraving machine for planar slabs, comprising a rectilinear bar and a carriage mounted freely sliding along said guiding bar and carrying an engraving tool, characterised in that said rectilinear guiding bar has a lower surface provided with yielding support means made of high-friction material, and that said engraving tool is integral with a pressure plate movably mounted relative to a frame of said carriage, having at least a displacement component perpendicular to said lower surface, in opposition to elastic means.
A method of providing buoyancy, the method comprising the steps of: (a) adding a buoyant fluid to a container, the buoyant fluid comprising a base fluid, an activator and from 25 to 60% vol/vol microspheres; and (b) increasing the viscosity of the buoyant fluid to at least 80,000mPa·s at a shear rate of 0.8s -1 at 293K. (a) adding a buoyant fluid to a container, the buoyant fluid comprising a base fluid, an activator and from 25 to 60% vol/vol microspheres; and (b) increasing the viscosity of the buoyant fluid to at least 80,000mPa·s at a shear rate of 0.8s -1 at 293K.
A method for producing bearing components by means of a production line (1, 1', 1a, 1b) which comprises at least one grinding machine, at least one honing machine, at least one cleaning unit and at least one transport unit, wherein each bearing component is transported through the production line by means of the at least one transport unit, wherein at least one grinding operation is performed on each bearing component by means of the at least one grinding machine, at least one honing operation is performed on each bearing component by means of the at least one honing machine and at least one clean is performed on each bearing component in the at least one cleaning unit, wherein a vertical grinding machine is used as the at least one grinding machine, wherein the bearing component is designed as a bearing ring (20, 30) and the grinding operation comprises a step of internal grinding of the bearing ring (20, 30) by means of a first vertical grinding machine, and wherein each bearing component passes through the production line lying on a constant horizontal plane, wherein an elevation shift of a centre of gravity of a bearing component by up to ± 10 cm is still considered transport in a constant horizontal plane.
A bib, in particular for feeding a baby, comprising: - a piece of flexible cloth forming a screen to protect the torso of the baby and furthermore an indentation intended to lie at the front of the neck of the baby; and - a crescent-shaped silicon collar intended to be mounted in said indentation, said collar comprising an inner margin which sticks out from the cloth, inside said indentation, an outer margin, intended to be superimposed with the piece of cloth, characterised in that the collar comprises a strip attached to an edge of the indentation, preferably by sewing, the inner margin extending along a first edge of said strip and the outer margin extending along an opposite edge of said strip. - a piece of flexible cloth forming a screen to protect the torso of the baby and furthermore an indentation intended to lie at the front of the neck of the baby; and - a crescent-shaped silicon collar intended to be mounted in said indentation, said collar comprising an inner margin which sticks out from the cloth, inside said indentation, an outer margin, intended to be superimposed with the piece of cloth, characterised in that the collar comprises a strip attached to an edge of the indentation, preferably by sewing, the inner margin extending along a first edge of said strip and the outer margin extending along an opposite edge of said strip.
An agricultural adjuvant composition, comprising, based on 100 parts by weight of the composition, greater than 2.5 parts by weight of a water soluble polymer suspended in an aqueous liquid medium; a suspending agent which is a silica; and a hydration inhibitor which is a mixture of a non-surfactant salt and a surfactant; wherein the water soluble polymer is selected from polyacrylamide polymers, non-derivatized guar polymers, derivatized guar polymers, and mixtures thereof. greater than 2.5 parts by weight of a water soluble polymer suspended in an aqueous liquid medium; a suspending agent which is a silica; and a hydration inhibitor which is a mixture of a non-surfactant salt and a surfactant; wherein the water soluble polymer is selected from polyacrylamide polymers, non-derivatized guar polymers, derivatized guar polymers, and mixtures thereof.
Refrigerating appliance comprising a cabinet with a preservation compartment having an intermediate shelf that is removably supported by way of support means provided at opposed side walls of the compartment, wherein the shelf comprises at least one stationary shelf section (21, 22, 25) and one movable shelf section (31, 32, 34) being articulated to each other such that the movable shelf section (31, 32, 34) can be made to rotate relative to the stationary shelf section (21, 22, 25) between at least two positions of use, at a first position of use a first end of the movable shelf section (31, 32, 34) being close to a first end of the stationary shelf section (21, 22, 25) with the two shelf sections (21, 22, 25; 31, 32, 34) that are substantially co-planar to form therebetween a substantially continuous rest surface for supporting items to be preserved, the stationary shelf section (21, 22, 25) being provided, at opposed side regions thereof, with respective fixed side members each having a fixed hinge part, characterized in that each side member has a respective part that projects longitudinally beyond the first end of the stationary shelf section (21, 22, 25), substantially in a cantilever fashion, and that includes at least one support for supporting the movable shelf section (31, 32, 34) when the movable shelf section is in the first position of use, and in that the first end of the movable shelf section (31, 32, 34) has a longitudinally extended transverse member having a transverse throat or seat within which, when the movable shelf section (31, 32, 34) is in the above said first position of use, at least part of the first end of the stationary shelf section (21, 22, 25) is received, wherein the longitudinally extended transverse member has a pair of movable hinge parts, each being provided at a respective longitudinal end of the transverse member and operatively coupled with a fixed hinge part of a respective side member of the stationary shelf section.
Image capture apparatus comprising: an outer stationary support structure, an inner rotatable frame adapted to rotate around a substantially vertical rotation axis relative to a target object, a processing apparatus for further data processing, one or more image capture means for capturing data relating to said target object, said data being capable of constructing a three dimensional map of the target object, wherein said image capture means is mounted on said rotatable frame such that the image capture means may be selectively rotated around the substantially vertical rotation axis relative to the target object, means for transmitting data from the image capture means to the processing apparatus for further data processing, at least one data transfer cable being connected to each one of the image capture means and the processing apparatus, and a hub arrangement being mounted to the outer stationary support structure and to the inner rotatable frame so as to facilitate rotation of the inner rotatable frame relative to the outer stationary support structure, the hub arrangement further comprising a hollow spindle, characterised in that the at least one data transfer cable is routed from one of the image capture means, through the hollow spindle and out of the top thereof to lead to the processing apparatus for further data processing. an outer stationary support structure, an inner rotatable frame adapted to rotate around a substantially vertical rotation axis relative to a target object, a processing apparatus for further data processing, one or more image capture means for capturing data relating to said target object, said data being capable of constructing a three dimensional map of the target object, wherein said image capture means is mounted on said rotatable frame such that the image capture means may be selectively rotated around the substantially vertical rotation axis relative to the target object, means for transmitting data from the image capture means to the processing apparatus for further data processing, at least one data transfer cable being connected to each one of the image capture means and the processing apparatus, and a hub arrangement being mounted to the outer stationary support structure and to the inner rotatable frame so as to facilitate rotation of the inner rotatable frame relative to the outer stationary support structure, the hub arrangement further comprising a hollow spindle, characterised in that the at least one data transfer cable is routed from one of the image capture means, through the hollow spindle and out of the top thereof to lead to the processing apparatus for further data processing.
Surge arrester having at least one active part which is disposed in a fluid-tight housing, wherein the housing has a side wall and a base and on that end that lies opposite the base is closed by a cover, wherein the side wall and the base are integrally embodied, and wherein the base has one opening for each active part through which opening an active part is introducible, wherein each opening is closed in a fluid-tight manner by a closure, characterized in that the base is provided on the ground voltage side and in that each opening leads through a dedicated flange which is externally disposed on the base.
A pet shaver, comprising an outer shell, a cutter head module is provided at a top end of the outer shell, an air duct, and a connecting device, the pet shaver being characterized by: the outer shell has an accommodating space, a bottom end of the outer shell is connected to the connecting device, the air duct is accommodated in the accommodating space, the air duct has a sealed structure other than two openings at both ends thereof, and one of the openings of the air duct is close to the cutter head, the other one of the openings of the air duct is communicated with the connecting device.
A method for processing a digital certificate, applied to an accounting node, comprising: receiving (S1 10) an issuing request for the digital certificate, wherein the digital certificate does not contain validity period information corresponding to the digital certificate, and the issuing request comprises the digital certificate; acquiring a verification result of the digital certificate; and recording, according to the verification result, the digital certificate which has passed verification to a blockchain; wherein recording, according to the verification result, the digital certificate which has passed verification to the blockchain comprises: if an effective time of the digital certificate is reached, recording, according to the verification result, the digital certificate which has passed verification to the blockchain, and receiving the issuing request for the digital certificate comprises: receiving the issuing request carrying the validity period information, wherein the validity period information is used to determine the effective time. receiving (S1 10) an issuing request for the digital certificate, wherein the digital certificate does not contain validity period information corresponding to the digital certificate, and the issuing request comprises the digital certificate; acquiring a verification result of the digital certificate; and recording, according to the verification result, the digital certificate which has passed verification to a blockchain; wherein recording, according to the verification result, the digital certificate which has passed verification to the blockchain comprises: if an effective time of the digital certificate is reached, recording, according to the verification result, the digital certificate which has passed verification to the blockchain, and receiving the issuing request for the digital certificate comprises: receiving the issuing request carrying the validity period information, wherein the validity period information is used to determine the effective time. if an effective time of the digital certificate is reached, recording, according to the verification result, the digital certificate which has passed verification to the blockchain, and receiving the issuing request for the digital certificate comprises: receiving the issuing request carrying the validity period information, wherein the validity period information is used to determine the effective time.