mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a display; a first plate (220; 420; 520) having opposing first and second faces, wherein the display is disposed on the first face; a second plate (250; 450; 550) coupled to the second face of the first plate, a jelly-roll (301; 549; 72) including an end part on a rectangular face of the jelly-roll, a roll fixing tape (302; 402; 502; 702) disposed on one region of the rectangular face of the jelly-roll for fixing the end part of the jelly roll so that the end part is not released, a pouch (305a, 305b; 515; 715) containing the jelly-roll and the roll fixing tape, wherein the roll fixing tape adheres to an inner wall of the pouch, characterized by at least one adhesive layer including a first adhesive layer (241; 441; 541; 743) which is disposed between the first plate (220; 520) and the second plate (250; 550), wherein the first adhesive layer (241, 441, 541, 743) is attached to one face (305b; 512) of the pouch (305a,305b; 515; 715) and adheres to the second face of the first plate (220, 420, 520), and wherein, when seen in projection onto a plane parallel to said rectangular face, one end of the first adhesive layer (241; 441; 541; 743) is aligned with the roll fixing tape (302; 402; 502; 702) while the first adhesive layer (241; 441; 541; 743) and the roll fixing tape (302; 402; 502; 702) vertically sandwich the one face of the pouch (305a,305b; 515; 715) therebetween. a display; a first plate (220; 420; 520) having opposing first and second faces, wherein the display is disposed on the first face; a second plate (250; 450; 550) coupled to the second face of the first plate, a jelly-roll (301; 549; 72) including an end part on a rectangular face of the jelly-roll, a roll fixing tape (302; 402; 502; 702) disposed on one region of the rectangular face of the jelly-roll for fixing the end part of the jelly roll so that the end part is not released, a pouch (305a, 305b; 515; 715) containing the jelly-roll and the roll fixing tape, wherein the roll fixing tape adheres to an inner wall of the pouch, characterized by at least one adhesive layer including a first adhesive layer (241; 441; 541; 743) which is disposed between the first plate (220; 520) and the second plate (250; 550), wherein the first adhesive layer (241, 441, 541, 743) is attached to one face (305b; 512) of the pouch (305a,305b; 515; 715) and adheres to the second face of the first plate (220, 420, 520), and wherein, when seen in projection onto a plane parallel to said rectangular face, one end of the first adhesive layer (241; 441; 541; 743) is aligned with the roll fixing tape (302; 402; 502; 702) while the first adhesive layer (241; 441; 541; 743) and the roll fixing tape (302; 402; 502; 702) vertically sandwich the one face of the pouch (305a,305b; 515; 715) therebetween.
A dentifrice composition comprising: (i) a magnesium alkali metal silicate complex clay; and (ii) an orally acceptable anionic polymer, in a dentifrice base; wherein the anionic polymer is methyl vinyl ether/maleic anhydride, wherein the magnesium alkali metal silicate complex clay is hectorite clay, wherein the magnesium alkali metal silicate complex clay is 0.2 to 5% of the weight of the composition, and wherein the anionic polymer is 1 to 3% of the weight of the composition.
An assembly comprising: an output shaft; an input shaft having an internal reservoir; a balance pressure chamber having a constant oil height during operation with a first fluid inner radius; and a clutch adapted to selectively engage and couple the input shaft to the output shaft, the clutch having a pressure chamber that communicates with the reservoir of the input shaft wherein the pressure chamber has a second fluid inner radius which is variable during operation; and wherein in operation during an interruption of a fluid supply to the input shaft, the second fluid inner radius is located radially inward of the first fluid inner radius such that during the interruption of the fluid supply to the input shaft, a centrifugal head pressure of the pressure chamber is greater than a centrifugal head pressure of the balance pressure chamber, and wherein the reservoir has a sufficient volume to provide the pressure chamber with a fluid pressure adequate to maintain engagement of the clutch during an interruption of a fluid supply to the input shaft and clutch. an output shaft; an input shaft having an internal reservoir; a balance pressure chamber having a constant oil height during operation with a first fluid inner radius; and a clutch adapted to selectively engage and couple the input shaft to the output shaft, the clutch having a pressure chamber that communicates with the reservoir of the input shaft wherein the pressure chamber has a second fluid inner radius which is variable during operation; and wherein in operation during an interruption of a fluid supply to the input shaft, the second fluid inner radius is located radially inward of the first fluid inner radius such that during the interruption of the fluid supply to the input shaft, a centrifugal head pressure of the pressure chamber is greater than a centrifugal head pressure of the balance pressure chamber, and wherein the reservoir has a sufficient volume to provide the pressure chamber with a fluid pressure adequate to maintain engagement of the clutch during an interruption of a fluid supply to the input shaft and clutch.
Computer-implemented method for performing flow analysis in a target volume of a moving organ from sequences of a first and a second magnetic resonance volumetric image data sets of such organ, which data sets are separated by a certain time interval, wherein the first volumetric image data sets comprise structural information and three-directional velocity information of the target volume and the second volumetric image data sets comprises structural information of the target volume, the method comprising the following steps: a) determining at least one feature of interest in at least one volume data set of the sequence of second volumetric image data sets; b) tracking the feature of interest within one or more volume data sets of the sequence of the second volumetric data sets; c) determining the spatial orientation over time of a plane containing the feature of interest in the sequence of the second volumetric data sets; d) determining the spatial orientation over time of the plane containing the feature of interest in the sequence of the first volumetric data sets by transferring the plane from the second volumetric data sets to the first volumetric data sets; e) reformatting the three-directional velocity information into one-directional velocity information on the plane as determined in step d); f) performing bi-dimensional quantitative flow analysis using the one-directional velocity information. a) determining at least one feature of interest in at least one volume data set of the sequence of second volumetric image data sets; b) tracking the feature of interest within one or more volume data sets of the sequence of the second volumetric data sets; c) determining the spatial orientation over time of a plane containing the feature of interest in the sequence of the second volumetric data sets; d) determining the spatial orientation over time of the plane containing the feature of interest in the sequence of the first volumetric data sets by transferring the plane from the second volumetric data sets to the first volumetric data sets; e) reformatting the three-directional velocity information into one-directional velocity information on the plane as determined in step d); f) performing bi-dimensional quantitative flow analysis using the one-directional velocity information.
A martensite type steel not requiring heat-treatment characterized by containing, by mass%, C: 0.10 to 0.20%, Si: 0.10 to 0.50%, Mn: 1.0 to 3.0%, P: 0.001 to 0.1%, S: 0.005 to 0.8%, Cr: 0.10 to 1.50%, Al: over 0.1 to 0.20%, N: 0.0020 to 0.0080% and optionally B: 0.0005 to 0.0050%, and Ti: 0.005 to 0.0030%, and optionally one or more of Nb: 0.05 to 0.30%, V: 0.05 to 0.30%, and Mo: 0.05 to 1.0%, and having a balance of Fe and unavoidable impurities.
Patient-specific navigational guide for use in spinal surgery, comprising two tubular guiding members integral with a bearing frame and extending from a proximal opening to a distal opening for guiding a surgical operation on a patient's vertebra; contact members (14, 15, 16) designed to match a corresponding plurality of contact areas (103, 102) on the patient's vertebra in order to define a unique coupling configuration of the patient-specific navigational guide on the patient's vertebra, wherein said contact members (14, 15, 16) comprise at least one pair of first main contact members, designed to abut on a contact area corresponding to the superior articular process or facet of the patient's vertebra, and a pair of second main contact members, designed to abut at least partially on a contact area corresponding to the laminae of the patient's vertebra, said contact members comprising auxiliary contact members, likewise designed to abut at least partially on a contact area corresponding to the laminae of the patient's vertebra, and in different position from that of contact of the pair of the second main contact member and/or to abut at least partially on a contact area corresponding to the transverse process, wherein the bearing frame comprises a V-shaped bridge, connecting the two tubular guiding members, comprising two arms, each arm being connected to a tubular guiding member and pointing toward the caudal direction, so that a vertex of the V-shaped bridge is positioned above the spinous process, characterized in that the bearing frame comprises a non-rectilinear bridge further connecting directly the two tubular guiding members at proximal portions of the tubular guiding members, near the proximal openings, and comprises at least one summit portion defining the more proximal portion of the navigational guide; said non-rectilinear bridge extending from the proximal portions of the tubular guiding members towards the outside of an inner volume defined by the two tubular guiding elements and the V-shaped bridge.
A substrate for use in fluorescent-detection methods, the substrate comprising at least one glass substrate portion, the at least one glass substrate portion comprising: between 65.79 mol % to 78.17 mol% SiO 2, between 2.94 mol% to 12.12 mol% Al 2 O 3, between 0 mol% to 11.16 mol% B 2 O 3, between 0 mol% to 2.06 mol% LizO, between 3.52 mol% to 13.25 mol% Na 2 O, between 0 mol% to 4.83 mol% K 2 O, between 0.1 mol% to 3.01 mol% ZnO, between 0 mol% to 8.72 mol% MgO, between 0 mol% to 4.24 mol% CaO, between 0 mol% to 6.17 mol% SrO, between 0 mol% to 4.3 mol% BaO, and between 0.07 mol% to 0.11 mol% SnO 2. between 65.79 mol % to 78.17 mol% SiO 2, between 2.94 mol% to 12.12 mol% Al 2 O 3, between 0 mol% to 11.16 mol% B 2 O 3, between 0 mol% to 2.06 mol% LizO, between 3.52 mol% to 13.25 mol% Na 2 O, between 0 mol% to 4.83 mol% K 2 O, between 0.1 mol% to 3.01 mol% ZnO, between 0 mol% to 8.72 mol% MgO, between 0 mol% to 4.24 mol% CaO, between 0 mol% to 6.17 mol% SrO, between 0 mol% to 4.3 mol% BaO, and between 0.07 mol% to 0.11 mol% SnO 2.
A method, comprising: receiving input packets from a communication network; associating each input packet with a respective input flow; assigning a classification to the input flow by the classification unit, wherein the classification assigned determines whether the input flow is to be analyzed by multiple flow analysis units, wherein the classification is assigned based on less than 5% of the input packets of the given input flow, wherein assigning a classification to the input flow comprises assigning a first classification to a first input flow by the classification unit that indicates whether the flow is to be analyzed by the flow analysis units based on information produced in assigning a second classification to a second input flow, wherein assigning the second classification to the second input flow comprises identifying a server-side address and a client-side address in the second input flow; forwarding one or more input flows, which were classified by the classification unit as requested for analysis, to multiple flow analysis units so as to cause the flow analysis units to analyze the requested flows; and presenting analysis results at an operator terminal, wherein the analysis results are directed to data leakage prevention, intrusion detection and/or prevention and lawful interception. receiving input packets from a communication network; associating each input packet with a respective input flow; assigning a classification to the input flow by the classification unit, wherein the classification assigned determines whether the input flow is to be analyzed by multiple flow analysis units, wherein the classification is assigned based on less than 5% of the input packets of the given input flow, wherein assigning a classification to the input flow comprises assigning a first classification to a first input flow by the classification unit that indicates whether the flow is to be analyzed by the flow analysis units based on information produced in assigning a second classification to a second input flow, wherein assigning the second classification to the second input flow comprises identifying a server-side address and a client-side address in the second input flow; forwarding one or more input flows, which were classified by the classification unit as requested for analysis, to multiple flow analysis units so as to cause the flow analysis units to analyze the requested flows; and presenting analysis results at an operator terminal, wherein the analysis results are directed to data leakage prevention, intrusion detection and/or prevention and lawful interception.
A fruit harvesting machine comprising a motorised support structure and a harvesting assembly mounted on said structure by means of a suspension frame, said harvesting assembly comprising two shaker devices operable to detach the harvest from the plant stocks and a system for recovering the detached harvest, said shaker devices delimiting transversely between them a harvesting space into which the stocks to be shaken are introduced successively to move in said space between a front opening and a rear opening of said space, the suspension frame comprising a first longitudinal end part that is mounted on the support structure with at least one degree of freedom in the transverse direction, a second longitudinal end part of said frame being mounted on the support structure enabling transverse displacement of said first longitudinal end part relative to said second longitudinal end part, characterised in that the first longitudinal end part is mounted on the support structure via two longitudinal axis pivots (8, 9), said pivots being superposed and fastened to the support structure and the first longitudinal end part, respectively, said pivots being connected by a link.
A side rail assembly for a side of an architectural covering to be mounted to an architectural feature, the side rail including: a side guide having an elongate profile defining an elongate open channel configured to receive adjacent ends of members of a shade of the architectural covering; a base having an elongate profile configured to be engaged with a side edge of an architectural feature; and a clip; whereby: the elongate profile of the base includes a pivot portion and the elongate profile of the side guide includes a rotation portion configured to engage the pivot portion rotationally such that the side guide is rotatable relative to the base about the pivot portion; and the elongate profile of the side guide includes an engagement portion) 160) remote from the rotation portion and the engagement portion and the clip are configured, with the rotation portion engaged with the pivot portion of the base, to engage with each other to mount the side guide to the base; characterised in that: the elongate profile of the base and the clip are configured to engage with each other to mount the clip to the base; and in that: the pivot portion is remote from the clip when mounted. a side guide having an elongate profile defining an elongate open channel configured to receive adjacent ends of members of a shade of the architectural covering; a base having an elongate profile configured to be engaged with a side edge of an architectural feature; and a clip; whereby: the elongate profile of the base includes a pivot portion and the elongate profile of the side guide includes a rotation portion configured to engage the pivot portion rotationally such that the side guide is rotatable relative to the base about the pivot portion; and the elongate profile of the side guide includes an engagement portion) 160) remote from the rotation portion and the engagement portion and the clip are configured, with the rotation portion engaged with the pivot portion of the base, to engage with each other to mount the side guide to the base; characterised in that: the elongate profile of the base and the clip are configured to engage with each other to mount the clip to the base; and in that: the pivot portion is remote from the clip when mounted. the elongate profile of the base includes a pivot portion and the elongate profile of the side guide includes a rotation portion configured to engage the pivot portion rotationally such that the side guide is rotatable relative to the base about the pivot portion; and the elongate profile of the side guide includes an engagement portion) 160) remote from the rotation portion and the engagement portion and the clip are configured, with the rotation portion engaged with the pivot portion of the base, to engage with each other to mount the side guide to the base; the elongate profile of the base and the clip are configured to engage with each other to mount the clip to the base; and in that: the pivot portion is remote from the clip when mounted.
Soldering gun comprising an electric motor that comprises a casing housing a stator, a rotor, and cooling containers in which a coolant is intended to circulate, the gun having a body, the casing forming a single jacket surrounding the stator and constituting a single wall between the inside of the casing and the outside of the casing, the jacket being made from aluminium, characterised in that the stator comprises on the outer face of its body facing the jacket receiving housings, comprising a plurality of spaced grooves extending along the longitudinal axis of the stator receiving the cooling containers, in that the cooling containers are tubes that form a continuous pipe coil and extending from an inlet to an outlet and comprise connecting parts (71, 72) that are internal to the casing and open towards the outside of the casing flush with the outer face of the casing or slightly protruding at the latter, said parts (71, 72) being designed to procure a fast connection, via snap-fitting, with outer ducts, in that the body of the soldering gun and the casing comprise means for the mutual mechanical engagement (37, 15) for the fastening of the casing onto said body, the connecting of the cooling containers to ducts (16, 17) arranged in the body also being accomplished via mutual engagement and simultaneous to the fastening of the casing, in that the body of the motor comprises a plurality of brackets or lugs that are able to cooperate with receiving holes of complementary shape arranged in the gun body, and in that during the introduction of the lugs of the motor into the receiving holes of the gun body, the connecting parts (71, 72) engage directly into two respective feed and outlet ducts (16, 17) arranged inside the gun body.
A body side member of an ostomy appliance, comprising: a proximal surface and a distal surface, at least a portion of the proximal surface comprising an adhesive; wherein at least a centre portion of the body side member is prepared for provision of a stoma receiving opening extending through the body side member; wherein the distal surface of the body side member is formed by a layer of a sheet material, wherein the distal surface of the body side member is configured to comprise one or more pockets formed in the layer of sheet material of the body side member, each of the one or more pocket(s) configured to contain a manipulable material and to allow the manipulable material to be shifted between at least a first position and a second position inside the pocket, at least in use of the body side member around a stoma of a user, wherein the layer of sheet material is formed as a separate component and is configured to be attachable to other components of the body side member, and wherein a wall of each of the one or more pockets comprises a flexible sheet made of the same material as the layer of sheet material. a proximal surface and a distal surface, at least a portion of the proximal surface comprising an adhesive; wherein at least a centre portion of the body side member is prepared for provision of a stoma receiving opening extending through the body side member; wherein the distal surface of the body side member is formed by a layer of a sheet material, wherein the distal surface of the body side member is configured to comprise one or more pockets formed in the layer of sheet material of the body side member, each of the one or more pocket(s) configured to contain a manipulable material and to allow the manipulable material to be shifted between at least a first position and a second position inside the pocket, at least in use of the body side member around a stoma of a user, wherein the layer of sheet material is formed as a separate component and is configured to be attachable to other components of the body side member, and wherein a wall of each of the one or more pockets comprises a flexible sheet made of the same material as the layer of sheet material.
An apparatus for forming connector's brackets for irrigation laterals along a premanufactured lay-flat pipe, wherein it comprises means for forming an opening having a circumferential edge at one wall of the premanufactured lay-flat pipe; and means for positioning separation means inside said pipe, in a manner that from the instant of forming said opening at one wall of said pipe, said separation means would be found opposite said opening, and wherein said separation means separates between the one wall of said pipe to the second wall of said pipe; and a mold for injection molding that suits for injecting by it molten plastic material into a cavity, and wherein said mold comprises means for flattening said pipe in a manner that said opening would be positioned opposite said separation means before injection; and a core component that is formed at its end with at least one passage for leading said molten material to flow to said injection cavity, ands wherein from the instant of flattening said pipe, is suited for a position inside said opening; and the mold is configured for being installed in a manner that said separation means participates in a delineation of said cavity and the circumferential edge of said opening protrudes as its lips stick out into said cavity; and the mold is configured to pressure injection of said molten plastic material into said cavity, in a manner that it affixes said injected material solely to said one wall of the pipe and also to said circumferential edge of said opening, and the mold is retractable from said opening while leaving the injected material as a bracket that is affixed on said one wall of said pipe, and said bracket is suited for installing connector means to an irrigation lateral that would be fed by water from said lay-flat pipe.