mhurhangee/patent-ind-claim-en huggingface dataset:
A wound pad for use in a self-adhesive member such as a wound dressing, the wound pad comprising fibers and being provided with at least a first and a second discrete group of incisions (15a-c, 515a-d, 615a-e, 815a-c), wherein each one of said discrete groups of incisions comprises at least a first and a second incision, wherein said first and said second incision extend from a common starting point to a respective end point , wherein the end point of said first incision is spaced from the end point of said second incision, wherein the common starting point of said first group of incisions is provided on a first side of an imaginary line extending in the machine direction (MD) of said fibrous wound pad, and the common starting point of said second group of incisions is provided on a second side of said imaginary line, and wherein a first incision (15a, 515a, 615a-b, 615d, 815a) of said first group of incisions and a second incision (15b-c, 515d, 615c, 615e, 815b-c) of said second group of incisions each cross said imaginary line, characterised by fibers present in a fiber-based layer of the wound pad, in an area where groups of incisions are provided, are cut at least once along their extension, wherein each one of said discrete groups of incisions also comprises at least a third incision extending from said common starting point , wherein the angle (α, β, γ) between one of the incisions within a group of incisions and another incision within the same group of incisions is between 60° and 150°.
A method of sealing two inorganic substrates together using a microwave energy source comprising: a. providing first and second inorganic substrates; b. applying to at least one of first and second substrates a paste composition including: i. a glass frit, and ii. a microwave coupling additive, c. arranging the substrates such that the paste composition lies there between and in contact with both substrates, and d. subjecting the substrates and paste to microwave radiation, thereby forming a hermetic seal between the two inorganic substrates, wherein the said microwave coupling additive is particulate having shape selected from the group consisting of equant, ellipsoidal, tabular, cylindrical, flake, whisker and wire geometries; and wherein the microwave coupling additive is selected from the group consisting of ferromagnetic metals, transition metals, MnBi alloy, MnSb alloy, MnAs alloy, CuO●Fe 2 O 3 , FeO, Fe 2 O 3 , Fe 3 O 4 MgO●Fe 2 O 3 , MnO●Fe 2 O 3 , NiO●Fe 2 O 3 , Y 3 Fe 5 O 12 , iron oxide containing glasses, Fe 2 O 3 -glasses, CrO 2 , alkaline earth titanates, rhenium-titanates, rhenium-bismuth titanates, rare earth titanates, and combinations thereof. a. providing first and second inorganic substrates; b. applying to at least one of first and second substrates a paste composition including: i. a glass frit, and ii. a microwave coupling additive, i. a glass frit, and ii. a microwave coupling additive, c. arranging the substrates such that the paste composition lies there between and in contact with both substrates, and d. subjecting the substrates and paste to microwave radiation, thereby forming a hermetic seal between the two inorganic substrates, wherein the said microwave coupling additive is particulate having shape selected from the group consisting of equant, ellipsoidal, tabular, cylindrical, flake, whisker and wire geometries; and wherein the microwave coupling additive is selected from the group consisting of ferromagnetic metals, transition metals, MnBi alloy, MnSb alloy, MnAs alloy, CuO●Fe 2 O 3 , FeO, Fe 2 O 3 , Fe 3 O 4 MgO●Fe 2 O 3 , MnO●Fe 2 O 3 , NiO●Fe 2 O 3 , Y 3 Fe 5 O 12 , iron oxide containing glasses, Fe 2 O 3 -glasses, CrO 2 , alkaline earth titanates, rhenium-titanates, rhenium-bismuth titanates, rare earth titanates, and combinations thereof.
Connector assembly comprising first and second connectors intended to mate with each other along a mating axis (XX'), a frontward direction (FD) being defined along the mating axis (XX') from the first connector towards the second connector , the first connector comprising a connector locking pawl with a first locking stop intended to raise in an upward direction (UD) perpendicular to the frontward direction (FD), so as to engage a second locking stop of the second electrical connector when the connectors are mated, the first connector further comprising a CPA member movable frontward, the CPA member comprising a CPA pawl projecting frontward and which, when the connectors are not mated, engages the connector locking pawl so as to block a frontward movement of the CPA member , the CPA member further comprising a coupling detecting system , configured to engage, when the connectors are mated, the second locking stop in such a way to clear the CPA pawl from the connector locking pawl , wherein the connector locking pawl comprises a front element and the CPA member comprises a CPA locking pawl to engage the front element so as to lock the CPA member in a final front position, characterized in that in the final position the CPA pawl is outside an area (Z) delimitated by: a frontward distance (d1) from the first locking stop , which is equal to or greater than 1mm, an upward distance (d2) from a top of the first locking stop , which is equal to or greater than 0.3mm, but limited so that the front element is located above the area (Z), wherein the coupling detecting system comprises a lifting finger projecting downward from the CPA pawl , wherein the lifting finger , in the final position of the CPA member , is located above the first locking stop or rearward with respect to the first locking stop , wherein the CPA pawl comprises a free front portion that rests on the front element when the CPA member is in final position, wherein the front element comprises an upwardly slanted rear wall ,wherein the coupling detecting system , when engaging the second locking stop , lifts the CPA pawl so that the free front portion of the CPA pawl reaches the upwardly slanted rear wall . a frontward distance (d1) from the first locking stop , which is equal to or greater than 1mm, an upward distance (d2) from a top of the first locking stop , which is equal to or greater than 0.3mm, but limited so that the front element is located above the area (Z), wherein the coupling detecting system comprises a lifting finger projecting downward from the CPA pawl , wherein the lifting finger , in the final position of the CPA member , is located above the first locking stop or rearward with respect to the first locking stop , wherein the CPA pawl comprises a free front portion that rests on the front element when the CPA member is in final position, wherein the front element comprises an upwardly slanted rear wall ,wherein the coupling detecting system , when engaging the second locking stop , lifts the CPA pawl so that the free front portion of the CPA pawl reaches the upwardly slanted rear wall .
Bi- or multimodal polyethylene being a terpolymer of ethylene and two different comonomers selected from alpha olefins having from 4 to 10 carbon atoms and being produced with a metallocene catalyst, wherein the bi- or multimodal polyethylene terpolymer has (a) an MFR 2 of 2.0 to 5.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load), (b) an MWD (Mw/Mn) of 5 or less (c) a density of 915 to 930 kg/m 3 (according to ISO 1183) (d) a Relaxation Spectrum Index (RSI) (determined as defined in the description under Experimental part using frequency sweep at 190°C) of at least 3.0 (e) a normalized Relaxation Spectrum Index (nRSI) calculated from RSI/MFR 2 of at least 1.00 (f) a calculated Relaxation Spectrum Index (cRSI) defined as RSI ∗ MFR 2 ∗ MWD of at least 36, and wherein the bi- or multimodal polyethylene terpolymer comprises at least (i) an ethylene polymer component (A) having an MFR 2 of at least 50 g/10 min up to 100 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load) and (ii) an ethylene polymer component (B) having an MFR 2 of 0.5 to 10.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load). (a) an MFR 2 of 2.0 to 5.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load), (b) an MWD (Mw/Mn) of 5 or less (c) a density of 915 to 930 kg/m 3 (according to ISO 1183) (d) a Relaxation Spectrum Index (RSI) (determined as defined in the description under Experimental part using frequency sweep at 190°C) of at least 3.0 (e) a normalized Relaxation Spectrum Index (nRSI) calculated from RSI/MFR 2 of at least 1.00 (f) a calculated Relaxation Spectrum Index (cRSI) defined as RSI ∗ MFR 2 ∗ MWD of at least 36, (i) an ethylene polymer component (A) having an MFR 2 of at least 50 g/10 min up to 100 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load) and (ii) an ethylene polymer component (B) having an MFR 2 of 0.5 to 10.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load).
An auto-center barrel cam comprising: an outer barrel including a first channel extending longitudinally along the outer barrel, the first channel being tapered on both a first side and second side from an inner surface to an outer surface of the outer barrel outwardly at a first angle; an inner barrel within the outer barrel, the inner barrel having an outer surface adjacent to the inner surface of the outer barrel, the inner barrel including a second channel extending longitudinally along the inner barrel, the second channel being tapered on both a first side and a second side from an outer surface to an inner surface of the inner barrel inwardly at a second angle; and characterised in that the auto-center barrel cam further comprises a cam follower including: a flexure part having a first section with a first surface, a second section with a second surface, a spring section between the first section and the second section configured to pull the first section and the second section toward each other, the first section being tapered at a third angle opposite the first angle to maintain the first surface in contact with a surface along the first tapered channel of the outer barrel and the second section being tapered at a forth angle opposite the second angle to maintain the second surface in contact with a surface along the second tapered channel of the inner barrel; and wherein, the flexure part is arranged to maintain the cam follower within a center of the first and second channels as the inner barrel moves in relation to the outer barrel. an outer barrel including a first channel extending longitudinally along the outer barrel, the first channel being tapered on both a first side and second side from an inner surface to an outer surface of the outer barrel outwardly at a first angle; an inner barrel within the outer barrel, the inner barrel having an outer surface adjacent to the inner surface of the outer barrel, the inner barrel including a second channel extending longitudinally along the inner barrel, the second channel being tapered on both a first side and a second side from an outer surface to an inner surface of the inner barrel inwardly at a second angle; and characterised in that the auto-center barrel cam further comprises a cam follower including: a flexure part having a first section with a first surface, a second section with a second surface, a spring section between the first section and the second section configured to pull the first section and the second section toward each other, the first section being tapered at a third angle opposite the first angle to maintain the first surface in contact with a surface along the first tapered channel of the outer barrel and the second section being tapered at a forth angle opposite the second angle to maintain the second surface in contact with a surface along the second tapered channel of the inner barrel; and wherein, the flexure part is arranged to maintain the cam follower within a center of the first and second channels as the inner barrel moves in relation to the outer barrel.
A hood for a roof window; the hood extending to cover the upper portion of the roof window including the upper portion of the frame , sash and the ventilation passage extending there through; the hood having a bottom peripheral portion spaceable apart from the roof window defining an air inlet gap ; the hood having seal means extending longitudinally proximal to the bottom peripheral portion of the hood for providing a seal between the roof window and the hood for reducing the passage of moisture or rain; the hood having elongate support means for the seal means , the support means being a separate component to the seal means ; the hood comprising barrier means for preventing the passage of moisture or rain through the ventilation passage ; wherein the barrier means for preventing the passage of moisture or rain through the ventilation passage is disposed on the hood away from the air inlet gap , and wherein the barrier means is adapted for collecting moisture or rain and draining the moisture or rain towards the air inlet gap and out of the hood , the barrier means comprising a drainage means for draining moisture or rain in a direction towards the air inlet gap and out of the hood , wherein the drainage means extends on a side of the elongate support means opposing that side connectable to the seal means , characterised in that the drainage means extends upwardly from the interior elongate side of the elongate support means distal to the air inlet gap . means the hood extending to cover the upper portion of the roof window including the upper portion of the frame , sash and the ventilation passage extending there through; the hood having a bottom peripheral portion spaceable apart from the roof window defining an air inlet gap ; the hood having seal means extending longitudinally proximal to the bottom peripheral portion of the hood for providing a seal between the roof window and the hood for reducing the passage of moisture or rain; the hood having elongate support means for the seal means , the support means being a separate component to the seal means ; the hood comprising barrier means for preventing the passage of moisture or rain through the ventilation passage ; wherein the barrier means for preventing the passage of moisture or rain through the ventilation passage is disposed on the hood away from the air inlet gap , and wherein the barrier means is adapted for collecting moisture or rain and draining the moisture or rain towards the air inlet gap and out of the hood , the barrier means comprising a drainage means for draining moisture or rain in a direction towards the air inlet gap and out of the hood , wherein the drainage means extends on a side of the elongate support means opposing that side connectable to the seal means , characterised in that the drainage means extends upwardly from the interior elongate side of the elongate support means distal to the air inlet gap . means
A method performed by a Radio Access Management Function, RAMF, for handling connectivity to a Data Network, DN, , the method comprising: receiving , from a User Equipment, UE, , a request associated with connectivity to the DN for an application having a subscription ID, wherein the request comprises the subscription ID, and wherein the application is co-located or incorporated into the UE or located in a separate device; selecting , based on at least a part of the subscription ID, which Session Management Function, SMF, the request should be forwarded to; forwarding the request to the selected SMF ; receiving , from the SMF , accept information indicating whether the request is accepted, a temporary ID for at least a part of the subscription ID, a SMF ID and a connection ID; and transmitting at least one of the accept information, the temporary ID and the connection ID to the UE . receiving , from a User Equipment, UE, , a request associated with connectivity to the DN for an application having a subscription ID, wherein the request comprises the subscription ID, and wherein the application is co-located or incorporated into the UE or located in a separate device; selecting , based on at least a part of the subscription ID, which Session Management Function, SMF, the request should be forwarded to; forwarding the request to the selected SMF ; receiving , from the SMF , accept information indicating whether the request is accepted, a temporary ID for at least a part of the subscription ID, a SMF ID and a connection ID; and transmitting at least one of the accept information, the temporary ID and the connection ID to the UE .
An injection moulded thermoplastic preform for blow moulding to form a container, the preform comprising a lower closed base portion , a hollow body portion , a hollow transition portion between the lower closed base portion and the hollow body portion, and an upper open end portion adjacent to an upper part of the hollow body portion, wherein the closed base portion comprises a central part which extends over at least 50% of an internal radius of a lower end of the hollow body portion, the central part having an external surface which comprises an outwardly raised gate part surrounding a central longitudinal axis (L) of the preform and a first peripheral part surrounding the gate part, the first peripheral part being convex and an internal surface which is concave and comprises a middle part opposite the gate part and a second peripheral part surrounding the middle part, wherein the first and second peripheral parts define a first, downwardly and radially inwardly tapering portion therebetween which increases in thickness from a radially outer end of the first tapering portion adjacent to the hollow transition portion to a radially inner end of the first tapering portion adjacent to the gate part and the middle part opposite the gate part, wherein the first peripheral part is curved and has a first radius of curvature (R1) and the second peripheral part is curved and has a second radius of curvature (R2), wherein the first radius of curvature is greater than the second radius of curvature, wherein the central part has a radius R CP , measured at the internal surface of the preform at the radially outer end of the first tapering portion and along a direction which is orthogonal to the longitudinal axis of the preform, of from 6 to 8 mm and the first tapering portion increases in thickness δT by from 0.075 to 0.25 mm from the radially outer end of the first tapering portion to the radially inner end of the first tapering portion, wherein the ratio of R CP / δT is from 30 to 70, and the transition portion comprises a second, upwardly and radially outwardly tapering portion extending away from the central part to connect to the hollow body portion, the second tapering portion increasing in thickness from the central part to the hollow body portion.
A method for regulation of a timepiece comprising an hairspring -balance oscillator or of a movement comprising an hairspring - balance oscillator or of an hairspring -balance oscillator , comprising: - a phase for calculating, an imbalance vector of a hairspring - balance oscillator expressed by its norm and its direction, the method comprising at least the following steps: - putting the hairspring-balance oscillator into oscillating motion at two amplitudes at least; - measuring for each amplitude and for at least two positions of the oscillator, data which is representative of the period of oscillation of the oscillator; then - using the data from the preceding step in order to calculate the imbalance vector of the hairspring-balance oscillator; and - modifying the balance in order to eliminate all of this imbalance from the balance. - a phase for calculating, an imbalance vector of a hairspring - balance oscillator expressed by its norm and its direction, the method comprising at least the following steps: - putting the hairspring-balance oscillator into oscillating motion at two amplitudes at least; - measuring for each amplitude and for at least two positions of the oscillator, data which is representative of the period of oscillation of the oscillator; then - using the data from the preceding step in order to calculate the imbalance vector of the hairspring-balance oscillator; and - modifying the balance in order to eliminate all of this imbalance from the balance.
An aircraft lounge assembly comprising: an enclosure that includes a rear wall , first and second side walls and a forward wall that cooperate to define a seating area, first and second seats positioned in the seating area, and a first dividing wall positioned between the first and second seats, wherein the first dividing wall divides the seating area into a first seat section and a second seat section , wherein the front wall includes a shared entrance space defined therein, wherein a first seat path (P1) is defined between the shared entrance space and the first seat section and a second seat path (P2) is defined between the shared entrance space and the second seat section, the aircraft lounge assembly further comprising a first support positioned in the first seat section adjacent the front wall and pivotable between a first position and a second position, and a second support positioned in the second seat section adjacent the front wall and pivotable between a first position and a second position, wherein the front wall includes a first ledge on which the first support is positioned when it is in the second position, and a second ledge on which the second support is positioned when it is in the second position. an enclosure that includes a rear wall , first and second side walls and a forward wall that cooperate to define a seating area, first and second seats positioned in the seating area, and a first dividing wall positioned between the first and second seats, wherein the first dividing wall divides the seating area into a first seat section and a second seat section , wherein the front wall includes a shared entrance space defined therein, wherein a first seat path (P1) is defined between the shared entrance space and the first seat section and a second seat path (P2) is defined between the shared entrance space and the second seat section, the aircraft lounge assembly further comprising a first support positioned in the first seat section adjacent the front wall and pivotable between a first position and a second position, and a second support positioned in the second seat section adjacent the front wall and pivotable between a first position and a second position, wherein the front wall includes a first ledge on which the first support is positioned when it is in the second position, and a second ledge on which the second support is positioned when it is in the second position.