mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article in the form of a pant having a pre-formed waist and leg openings comprising: a first waist region , a second waist region , and a crotch region disposed between the first and second waist regions; a longitudinal centerline and a lateral centerline ; a chassis comprising a topsheet , a backsheet and an absorbent core disposed between the topsheet and the backsheet; and a waist feature joined to the chassis in the first and/or second waist region and a portion extending longitudinally outboard of the chassis in said first and/or second waist region to form a free portion ; wherein: the backsheet comprises a barrier layer having a maximum length, L BS , extending between a first barrier lateral edge and a second barrier lateral edge ; the absorbent core comprises absorbent material enclosed in a core wrap having a maximum length, L CW , and wherein L CW is substantially the same as L BS and L CW is about 80% or greater of L BS ; and the absorbent material is disposed in an absorbent material deposition area , the absorbent material deposition area having a maximum length, L AB , extending between a first absorbent area lateral edge and a second absorbent area lateral edge , wherein L AB is about 90% or greater of L BS . a first waist region , a second waist region , and a crotch region disposed between the first and second waist regions; a longitudinal centerline and a lateral centerline ; a chassis comprising a topsheet , a backsheet and an absorbent core disposed between the topsheet and the backsheet; and a waist feature joined to the chassis in the first and/or second waist region and a portion extending longitudinally outboard of the chassis in said first and/or second waist region to form a free portion ; wherein: the backsheet comprises a barrier layer having a maximum length, L BS , extending between a first barrier lateral edge and a second barrier lateral edge ; the absorbent core comprises absorbent material enclosed in a core wrap having a maximum length, L CW , and wherein L CW is substantially the same as L BS and L CW is about 80% or greater of L BS ; and the absorbent material is disposed in an absorbent material deposition area , the absorbent material deposition area having a maximum length, L AB , extending between a first absorbent area lateral edge and a second absorbent area lateral edge , wherein L AB is about 90% or greater of L BS . the backsheet comprises a barrier layer having a maximum length, L BS , extending between a first barrier lateral edge and a second barrier lateral edge ; the absorbent core comprises absorbent material enclosed in a core wrap having a maximum length, L CW , and wherein L CW is substantially the same as L BS and L CW is about 80% or greater of L BS ; and the absorbent material is disposed in an absorbent material deposition area , the absorbent material deposition area having a maximum length, L AB , extending between a first absorbent area lateral edge and a second absorbent area lateral edge , wherein L AB is about 90% or greater of L BS .
A handheld device for stimulating tear production in a patient, said device comprising: a hand-holdable housing having a vibratory surface for engaging a bony region on the patient's face over an afferent nerve which communicates with a parasympathetic nerve which innervates glands related to the tear film, wherein the vibratory surface is provided by an interface configured to move with linear excursion substantially perpendicular to the hand-holdable housing, wherein the interface has a rounded yet firm tip with a radius of curvature such that the tip may firmly push into the junction of the nasal cartilage and nasal bone; and circuitry within the hand-holdable housing configured to vibrate the rounded tip at a frequency in a range from 50 Hz to 400 Hz, with a force in the range of 0.25 N to 4 N and a displacement in a range from 0.5 mm to 5 mm and wherein the vibratory surface has a skin contact area in a range from 5 mm 2 to 20 mm 2 . a hand-holdable housing having a vibratory surface for engaging a bony region on the patient's face over an afferent nerve which communicates with a parasympathetic nerve which innervates glands related to the tear film, wherein the vibratory surface is provided by an interface configured to move with linear excursion substantially perpendicular to the hand-holdable housing, wherein the interface has a rounded yet firm tip with a radius of curvature such that the tip may firmly push into the junction of the nasal cartilage and nasal bone; and circuitry within the hand-holdable housing configured to vibrate the rounded tip at a frequency in a range from 50 Hz to 400 Hz, with a force in the range of 0.25 N to 4 N and a displacement in a range from 0.5 mm to 5 mm and wherein the vibratory surface has a skin contact area in a range from 5 mm 2 to 20 mm 2 .
A method for predicting the risk of getting a first adverse event in a healthy subject or identifying a healthy subject having an enhanced risk for getting a first adverse event comprising: • determining the level of Pro-Adrenomedullin having amino acid sequence SEQ ID NO:2 or a fragment thereof selected from the group consisting of PAMP that is SEQ ID NO: 3, MR-proADM that is SEQ ID NO: 4 and ADM that is SEQ ID NO: 5 in a sample obtained from said subject; and • using said level of Pro-Adrenomedullin or the fragment thereof for the prediction of the first adverse event or inferring from it a risk for getting the first adverse event, wherein the use of said level of Pro-Adrenomedullin or the fragment thereof comprises comparing said level of Pro-Adrenomedullin or the fragment thereof to a predetermined threshold level being the 75 th , 90 th , 95 th or 99 th percentile of a normal population, whereby, when said level of Pro-Adrenomedullin or the fragment thereof exceeds said predetermined threshold level, the first adverse event is predicted in the healthy subject or the healthy subject having an enhanced risk for getting the first adverse event is identified and wherein said first adverse event is a coronary or cardiovascular event, wherein the coronary event is defined as fatal or non-fatal acute coronary syndromes including myocardial infarction, or death due to ischemic heart disease, wherein cardiovascular event is defined as fatal or non-fatal acute coronary syndromes including myocardial infarction, fatal or non-fatal stroke, or death due to cardiovascular disease, and, wherein the healthy subject is a subject who has not previously had a cardiovascular or a coronary event and who is not having an acute infectious disease and who does not suffer from diabetes and/or hypertension and wherein said sample is selected from the group consisting of a blood sample, a serum sample and a plasma sample. • determining the level of Pro-Adrenomedullin having amino acid sequence SEQ ID NO:2 or a fragment thereof selected from the group consisting of PAMP that is SEQ ID NO: 3, MR-proADM that is SEQ ID NO: 4 and ADM that is SEQ ID NO: 5 in a sample obtained from said subject; and • using said level of Pro-Adrenomedullin or the fragment thereof for the prediction of the first adverse event or inferring from it a risk for getting the first adverse event,
A laser processing method, comprising a step of processing a workpiece by relatively moving the workpiece with respect to a plurality of laser spots including a first spot (P1), a second spot (P2), and a third spot (P3) which are linearly arranged so that the first spot (P1), the second spot (P2), and the third spot (P3) pass through a processing target portion of the workpiece in this order, characterized in that to a total amount of energy of laser beam in the first spot (P1), the second spot (P2), and the third spot, a ratio of energy in the first spot (P1) is not less than 20% and not more than 30%, a ratio of energy in the second spot (P2) is not less than 20% and not more than 30%, and a ratio of energy in the third spot (P3) is not less than 45% and not more than 55%. characterized in that to a total amount of energy of laser beam in the first spot (P1), the second spot (P2), and the third spot, a ratio of energy in the first spot (P1) is not less than 20% and not more than 30%, a ratio of energy in the second spot (P2) is not less than 20% and not more than 30%, and a ratio of energy in the third spot (P3) is not less than 45% and not more than 55%.
Gardening and/or forestry apparatus , comprising: - a support element supporting an eyelet which is configured to incorporate an apparatus securing element , characterized in that the gardening and/or forestry apparatus comprises: - an element receiving device , - wherein the support element and the element receiving device are configured to receive the support element in the element receiving device either in a first rotational position (DS1) or in a second rotational position (DS2) differing from the first rotational position and to secure the support element against rotation by form-fitting to the element receiving device . - a support element supporting an eyelet which is configured to incorporate an apparatus securing element , - an element receiving device , - wherein the support element and the element receiving device are configured to receive the support element in the element receiving device either in a first rotational position (DS1) or in a second rotational position (DS2) differing from the first rotational position and to secure the support element against rotation by form-fitting to the element receiving device .
A system, comprising: a first heat recovery steam generation system component with a first interior volume configured to hold a first steam condensate; a first containment structure disposed about the first heat recovery steam generation system component to form a first exterior volume between the first heat recovery steam generation system component and the first containment structure ; a first phase change material disposed within the first exterior volume ; a second heat recovery steam generation system component with a second interior volume configured to hold a second steam condensate; a second containment structure disposed about the second heat recovery steam generation system component to form a second exterior volume between the second heat recovery steam generation system component and the second containment structure; and a second phase change material disposed within the second exterior volume, the second phase change material being different from the first phase change material. a first heat recovery steam generation system component with a first interior volume configured to hold a first steam condensate; a first containment structure disposed about the first heat recovery steam generation system component to form a first exterior volume between the first heat recovery steam generation system component and the first containment structure ; a first phase change material disposed within the first exterior volume ; a second heat recovery steam generation system component with a second interior volume configured to hold a second steam condensate; a second containment structure disposed about the second heat recovery steam generation system component to form a second exterior volume between the second heat recovery steam generation system component and the second containment structure; and a second phase change material disposed within the second exterior volume, the second phase change material being different from the first phase change material.
Road gulley with studs, comprising a frame and a cover or grille for covering at least part of the frame , wherein said road gulley with studs comprises housings and several studs that are arranged distributed over the internal periphery of the frame and projecting with respect to the internal surface of the frame , each of the housings being configured so as each to receive one of the studs , wherein said cover or grille in the closed position thereof rests on said studs , and wherein said road gulley with studs is configured to leave a space between said cover or grille and the frame , characterised in that the studs are in the form of a dovetail and in that the housings have a recess with a corresponding form to house the studs therein.
A working machine support belt comprising a working machine pad supporting structure, the working machine pad supporting structure comprising: a front support band that supports a front portion of the working machine pad ; and a rear support band that supports a rear portion of the working machine pad , wherein the front support band is provided with a front length adjusting mechanism , wherein the rear support band is provided with a rear length adjusting mechanism , wherein the working machine support belt includes a waist belt ; wherein the rear support band is directly or indirectly connected to a right rear portion of the waist belt ; and wherein a left locking portion is directly or indirectly connected to a left end portion of the waist belt ; characterized in that a first length adjusting mechanism is directly or indirectly provided in a right end portion of the waist belt ; a right locking portion engaged with the left locking portion is connected to the front support band via the front length adjusting mechanism ; in the front support band , a first end portion positioned on one side with respect to the front length adjusting mechanism is connected to the working machine pad , and a second end portion positioned on the other side with respect to the front length adjusting mechanism is connected to the first length adjusting mechanism ; and in the rear support band , a first end portion is connected to the working machine pad , and a second end portion positioned to be opposite to the first end portion is connected to the right end portion of the waist belt via the rear length adjusting mechanism . a front support band that supports a front portion of the working machine pad ; and a rear support band that supports a rear portion of the working machine pad , wherein the front support band is provided with a front length adjusting mechanism , wherein the rear support band is provided with a rear length adjusting mechanism , wherein the working machine support belt includes a waist belt ; wherein the rear support band is directly or indirectly connected to a right rear portion of the waist belt ; and wherein a left locking portion is directly or indirectly connected to a left end portion of the waist belt ; characterized in that a first length adjusting mechanism is directly or indirectly provided in a right end portion of the waist belt ; a right locking portion engaged with the left locking portion is connected to the front support band via the front length adjusting mechanism ; in the front support band , a first end portion positioned on one side with respect to the front length adjusting mechanism is connected to the working machine pad , and a second end portion positioned on the other side with respect to the front length adjusting mechanism is connected to the first length adjusting mechanism ; and in the rear support band , a first end portion is connected to the working machine pad , and a second end portion positioned to be opposite to the first end portion is connected to the right end portion of the waist belt via the rear length adjusting mechanism .
A solid-state imaging unit comprising: an image sensor substrate including a light receiving region in which pixels that each convert incoming light to an electric signal are arranged in a matrix; an external terminal that outputs the electric signal, the external terminal being disposed outside the image sensor substrate in a plane direction; a glass substrate disposed to be opposed to the image sensor substrate and the external terminal; a through electrode that couples a wiring line and the external terminal to each other by penetrating an adhesive resin interposed between the wiring line and the external terminal, the wiring line being formed on the glass substrate, and characterised in that the adhesive resin is also formed to be interposed between the light receiving section of the image sensor substrate and the glass substrate and wherein the adhesive resin fills the gaps between the glass substrate and the image sensor substrate. an image sensor substrate including a light receiving region in which pixels that each convert incoming light to an electric signal are arranged in a matrix; an external terminal that outputs the electric signal, the external terminal being disposed outside the image sensor substrate in a plane direction; a glass substrate disposed to be opposed to the image sensor substrate and the external terminal; a through electrode that couples a wiring line and the external terminal to each other by penetrating an adhesive resin interposed between the wiring line and the external terminal, the wiring line being formed on the glass substrate, and characterised in that the adhesive resin is also formed to be interposed between the light receiving section of the image sensor substrate and the glass substrate and wherein the adhesive resin fills the gaps between the glass substrate and the image sensor substrate.
LED light bulb assembly comprising a base provided with a connection portion , for connecting the assembly to an electric light bulb socket, and with a holding portion , the connection portion and the holding portion facing in opposite directions running essentially in parallel to a central axis (M) of the assembly ; and a substrate carrying at least one LED and having a mounting section which is affixed to the holding portion in a fully assembled state (W) of the assembly wherein, the holding portion and the mounting section in the fully assembled state (W) abut each other in a plane extending essentially in parallel to the central axis (M) wherein the assembly further comprises at least one contact element which in the fully assembled state (W) is at least partially arranged between the mounting section and the holding portion so that it establishes an electrical contact with the substrate , characterized in that an electrical contact of the assembly which in the fully assembled state (W) is accessible from outside of the assembly at the connection portion is formed at the at least one contact element .
Liquid-proof insert for placement on the floor under a domestic appliance and/or a plumbing, and which liquid-proof insert, in the placed position, is effective to collect leaking liquid, the liquid-proof insert comprising a four-sided plate of a liquid-tight material, which in three sides has a raised border and a fourth side forming the front side of the liquid-proof insert, which liquid-proof insert is characterized in that a lip connects to the front side , said front side further being delimited by a ridge between the front side and the lip , wherein further the liquid-proof insert has an outlet comprising a barrier that is formed as a lower portion in the ridge , in the upperside of which lip two or more elevations are formed, which elevations have vertical stiffness for pressing down of the lip toward the floor.
A compounder system , comprising: a carousel support frame configured to rotate a carousel of pump cartridges ; a motor mounted to the carousel support frame ; a drive mechanism configured to rotate the carousel ; a rotatable star wheel interposed at least partially between the drive mechanism and the carousel support frame , wherein the drive mechanism is further configured to rotate the wheel ; and a camera , wherein the camera is configured to capture images of a vial in the wheel while the motor rotates the vial within the wheel . a carousel support frame configured to rotate a carousel of pump cartridges ; a motor mounted to the carousel support frame ; a drive mechanism configured to rotate the carousel ; a rotatable star wheel interposed at least partially between the drive mechanism and the carousel support frame , wherein the drive mechanism is further configured to rotate the wheel ; and a camera , wherein the camera is configured to capture images of a vial in the wheel while the motor rotates the vial within the wheel .
- A device for positioning a projectile (P) in a chamber of a gun tube , comprising an impulse rammer comprising a frame that defines a space for receiving a projectile, extending along an axis (A1) of the frame and open at one end of the frame , which end is intended to be placed opposite an inlet of the tube , and at least one member for pushing the projectile (P) capable of being driven in an alternating translational movement, along said axis (A1), between an initial position, before the projectile (P) is rammed, and a final position, from which the projectile (P) is projected toward its positioning location, the positioning device further comprising a support for guiding the introduction of the projectile (P) into the tube , the support being rigid and secured to the at least one pushing member so as to be movable in translation with the latter, the support being configured to be in the receiving space when the at least one pushing member is in the initial position and allow the projectile (P) to be supported by the support before ramming, and to be at least partly cantilevered from said end of the frame when the at least one pushing member is in the final position, characterised in that, in said final position, the at least one pushing member has been moved to the vicinity of said end of the frame , whereby the projectile (P) is projected from said end and the support , intended to penetrate at least partly into the tube during ramming, is able to limit the amplitude of any possible oscillation of the projectile (P) during its projection toward its positioning location.
A system for validating the validity of a sensor, the system comprising: an operation unit configured to infer a posterior probability distribution ( p ( H |D)) of a parameter of measurement data of the sensor based on a Bayesian inference technique using a prior probability distribution (p(H)) of the parameter and a likelihood ( p ( D | H )) derived from historical data ( D ) of the sensor; a setting unit configured to derive a credible interval for the parameter from the inferred posterior probability distribution of the parameter and to set a control limit for the measurement data of the sensor based on the derived credible interval; and a control unit configured to validate the validity of the sensor by monitoring whether the current measurement data of the sensor is within the control limit. a setting unit configured to derive a credible interval for the parameter from the inferred posterior probability distribution of the parameter and to set a control limit for the measurement data of the sensor based on the derived credible interval; and a control unit configured to validate the validity of the sensor by monitoring whether the current measurement data of the sensor is within the control limit.