mhurhangee/ep-ind-claims huggingface dataset:
A system (50, 200) for fluidly coupling proximal (62, 202) and distal (66, 204) tubular segments of a fluid conduit in a cardiovascular system, the system comprising: a first engagement feature disposed on a distal end of the proximal tubular segment; and a second engagement feature disposed on a proximal end of the distal tubular segment, wherein the first engagement feature is configured to mate directly with the second engagement feature, whereby the proximal and distal tubular segments form a lumen and continuous flow is provided by the lumen between the proximal and distal tubular segments of the fluid conduit, characterized in that the first engagement feature comprises a circumferential groove disposed within the distal end of the proximal tubular segment, and in that the circumferential groove is disposed between an outer and inner diameter of the proximal tubular segment. a first engagement feature disposed on a distal end of the proximal tubular segment; and a second engagement feature disposed on a proximal end of the distal tubular segment, wherein the first engagement feature is configured to mate directly with the second engagement feature, whereby the proximal and distal tubular segments form a lumen and continuous flow is provided by the lumen between the proximal and distal tubular segments of the fluid conduit, characterized in that the first engagement feature comprises a circumferential groove disposed within the distal end of the proximal tubular segment, and in that the circumferential groove is disposed between an outer and inner diameter of the proximal tubular segment.
A valve prosthesis comprising: a valve body including a plurality of valve leaflets affixed to a skirt; and a frame including a distal conical inflow section, a proximal increased diameter conical outflow section, and an approximately constant diameter valve section between the inflow section and the outflow section, wherein: the valve body is attached to the frame in the valve section at a plurality of commissure points, the frame includes a circumferentially repeating cell pattern in the inflow section and the valve section, the outflow section includes a plurality of loops, the loops being attached to the valve section at a plurality of junctions, and a plurality of valve section cells are positioned between each junction in a circumferential direction characterized in that the junctions are not present on circumferentially adjacent cells of the valve section and each junction is made up of a strut (60a, 60b) from a loop of the plurality of loops, a strut (60a, 60b) from an adjacent loop of the plurality of loops, and a proximal edge of a cell from the valve section. a valve body including a plurality of valve leaflets affixed to a skirt; and a frame including a distal conical inflow section, a proximal increased diameter conical outflow section, and an approximately constant diameter valve section between the inflow section and the outflow section, wherein: the valve body is attached to the frame in the valve section at a plurality of commissure points, the frame includes a circumferentially repeating cell pattern in the inflow section and the valve section, the outflow section includes a plurality of loops, the loops being attached to the valve section at a plurality of junctions, and a plurality of valve section cells are positioned between each junction in a circumferential direction characterized in that the junctions are not present on circumferentially adjacent cells of the valve section and each junction is made up of a strut (60a, 60b) from a loop of the plurality of loops, a strut (60a, 60b) from an adjacent loop of the plurality of loops, and a proximal edge of a cell from the valve section. the valve body is attached to the frame in the valve section at a plurality of commissure points, the frame includes a circumferentially repeating cell pattern in the inflow section and the valve section, the outflow section includes a plurality of loops, the loops being attached to the valve section at a plurality of junctions, and a plurality of valve section cells are positioned between each junction in a circumferential direction characterized in that the junctions are not present on circumferentially adjacent cells of the valve section and each junction is made up of a strut (60a, 60b) from a loop of the plurality of loops, a strut (60a, 60b) from an adjacent loop of the plurality of loops, and a proximal edge of a cell from the valve section.
A capacitive touch fabric sensor comprising a fabric layer and layer of a highly resistive material coating, the resistive coating layer coating the fabric layer, wherein the capacitive touch fabric sensor further comprises a plurality of electrodes superimposed to the fabric layer, the plurality of electrodes being electrically coupled with the layer of resistive material coating, each electrode being connected by means of an electrical connection to an electronic control unit, the electronic control unit being configured to evaluate the capacitance variation of the resistive layer that is indicative of a touch event on the capacitive touch fabric sensor.
A breast nipple areola complex tattoo stencil, comprising: a first stencil section defining an areola area; and a second stencil section defining a nipple area; and one or more registration elements (16, 18) on the first and/or second stencil sections, to enable registration of the second stencil section to the first stencil section. a first stencil section defining an areola area; and a second stencil section defining a nipple area; and one or more registration elements (16, 18) on the first and/or second stencil sections, to enable registration of the second stencil section to the first stencil section.
A compound, comprising a peptide and a conjugating group, wherein the peptide comprises an amino acid sequence having the formula: X 1 − X 2 − X 3 − X 4 − X 5 − X 6 − X 7 wherein X 1 is D-cysteine; X 2 is D-arginine, D-alanine, D-valine, D-leucine, D-phenylalanine, D-serine, D-glutamine, D-norleucine or D-norvaline; X 3 is D-arginine; X 4 is D-arginine or a non-cationic amino acid, where X 4 is not glycine, proline or an amino acid with an acidic side chain; X 5 is D-arginine; X 6 is D-alanine, D-glycine or D-serine; X 7 is D-arginine; wherein at least two of X 2, X 3 and X 4 are independently a cationic subunit; and wherein the peptide is linked at its N-terminus to the conjugating group by a disulfide bond. X 1 is D-cysteine; X 2 is D-arginine, D-alanine, D-valine, D-leucine, D-phenylalanine, D-serine, D-glutamine, D-norleucine or D-norvaline; X 3 is D-arginine; X 4 is D-arginine or a non-cationic amino acid, where X 4 is not glycine, proline or an amino acid with an acidic side chain; X 5 is D-arginine; X 6 is D-alanine, D-glycine or D-serine; X 7 is D-arginine;
A component mounter comprising: a mounting head configured to support one or multiple holding members for holding a component in such a manner so as to enable the one or multiple holding members to be lifted up and lowered; a camera device configured to image an imaging target (24, 91) that falls within a camera visual field, the camera device is provided on the mounting head, and the component mounter further comprises an optical device comprising a combination of reflection members (61A, 61B, 61C, 62A, 62B, 62C, 64, 65, 67) and prisms (63, 66), characterized in the combination is configured to optically form the three or more light paths corresponding individually to three or more imaging targets (24, 91) each including at least one of the holding member, the component held by the holding member, and a constituent member of the mounting head and to optically collect the three or more light paths so formed to enable the imaging targets (24, 91) to fall within the camera visual field while the three or more light paths being caused to deviate in a first horizontal direction and a second direction direction of the component mounter, wherein the second horizontal direction is orthogonal to the first horizontal direction, so that the three or more light paths and the corresponding imaging targets (24, 91) are aligned in a row direction and a column direction that is orthogonal to the row direction in the camera visual field. a mounting head configured to support one or multiple holding members for holding a component in such a manner so as to enable the one or multiple holding members to be lifted up and lowered; a camera device configured to image an imaging target (24, 91) that falls within a camera visual field, the camera device is provided on the mounting head, and the component mounter further comprises an optical device comprising a combination of reflection members (61A, 61B, 61C, 62A, 62B, 62C, 64, 65, 67) and prisms (63, 66), characterized in the combination is configured to optically form the three or more light paths corresponding individually to three or more imaging targets (24, 91) each including at least one of the holding member, the component held by the holding member, and a constituent member of the mounting head and to optically collect the three or more light paths so formed to enable the imaging targets (24, 91) to fall within the camera visual field while the three or more light paths being caused to deviate in a first horizontal direction and a second direction direction of the component mounter, wherein the second horizontal direction is orthogonal to the first horizontal direction, so that the three or more light paths and the corresponding imaging targets (24, 91) are aligned in a row direction and a column direction that is orthogonal to the row direction in the camera visual field.
A network node (118, 600) configured to perform operations comprising: receiving a first packet from a first network entry point; receiving a second packet from a second network entry point that differs from the first network entry point; determining that the second packet belongs to a same session to which the first packet belongs; determining that the second packet contains a second combination of attributes that differs from a first combination of attributes contained in the first packet; in response to determining that the second combination of attributes differs from the first combination of attributes, replacing a mapping between the first combination of attributes and an identifier of an analytic server (130A-130N) to which the first packet was forwarded with a mapping between the second combination of attributes and the identifier of the analytic server (130A-130N); and after the replacing, forwarding packets that contain the second combination of attributes to the analytic server (130A-130N) having the identifier that is mapped to the second combination of attributes. receiving a first packet from a first network entry point; receiving a second packet from a second network entry point that differs from the first network entry point; determining that the second packet belongs to a same session to which the first packet belongs; determining that the second packet contains a second combination of attributes that differs from a first combination of attributes contained in the first packet; in response to determining that the second combination of attributes differs from the first combination of attributes, replacing a mapping between the first combination of attributes and an identifier of an analytic server (130A-130N) to which the first packet was forwarded with a mapping between the second combination of attributes and the identifier of the analytic server (130A-130N); and after the replacing, forwarding packets that contain the second combination of attributes to the analytic server (130A-130N) having the identifier that is mapped to the second combination of attributes.
A light emitting device package comprising: a light emitting device disposed on a first lead frame, the light emitting device having an electrode pad on an upper surface thereof; a first wire to electrically interconnect a second lead frame spaced apart from the first lead frame and the electrode pad; a first bonding ball disposed on the second lead frame, the first bonding ball being spaced apart from a first contact point, which is in contact with the first wire and the second lead frame; a second bonding ball disposed on the first bonding ball; and a second wire to electrically interconnect the second bonding ball and the second lead frame, wherein the first bonding ball is disposed between the first wire and the second lead frame to electrically interconnect the first wire and the second lead frame, wherein the first wire is disposed between the first bonding ball and the second bonding ball so that the first wire is fixed by the first bonding ball and the second bonding ball, and wherein a second contact point, which is contact with the second wire and the second lead frame, is spaced apart from the first contact point and the first bonding ball, respectively. a light emitting device disposed on a first lead frame, the light emitting device having an electrode pad on an upper surface thereof; a first wire to electrically interconnect a second lead frame spaced apart from the first lead frame and the electrode pad; a first bonding ball disposed on the second lead frame, the first bonding ball being spaced apart from a first contact point, which is in contact with the first wire and the second lead frame; a second bonding ball disposed on the first bonding ball; and a second wire to electrically interconnect the second bonding ball and the second lead frame, wherein the first bonding ball is disposed between the first wire and the second lead frame to electrically interconnect the first wire and the second lead frame, wherein the first wire is disposed between the first bonding ball and the second bonding ball so that the first wire is fixed by the first bonding ball and the second bonding ball, and wherein a second contact point, which is contact with the second wire and the second lead frame, is spaced apart from the first contact point and the first bonding ball, respectively.
A liquid ejection head (1; 100) comprising a substrate, a heat generating resistor element (4; 404) arranged on the substrate to generate thermal energy for ejecting liquid and a flow channel forming member for forming a flow channel (12; 12a, 12b) for allowing liquid to flow therethrough, the flow channel forming member having a side wall (71; 471) surrounding at least part of the heat generating resistor element (4; 404); the heat generating resistor element (4; 404) having a pair of oppositely disposed sides (41a, 41c), a pair of electrical connection regions (20a, 20b) being formed on the substrate-facing surface of the heat generating resistor element (4; 404) in order to supply electric energy to the heat generating resistor element (4; 404), the electrical connection regions (20a, 20b) extending along the respective ones of the pair of sides (41a, 41c) and separated from the respective ones of the pair of sides (41a, 41c) by a distance (G1, G2); the side wall (71; 471) having at least one concave corner (72a to 72d; 472a to 472d) comprised of a curved surface or a surface extending obliquely to the pair of sides (41a, 41c); characterized in that the heat generating resistor element (4; 404) has at least one convex corner (43a to 43d; 443a to 443d) facing the at least one concave corner (72a to 72d; 472a to 472d) of the side wall (71; 471), the convex corner (43a to 43d; 443a to 443d) being rounded or chamfered.
A block copolymer having the structure of formula or or or: E 1 -[X-Sil] z -X-[[Y-[X-Sil] n] m -X-E 2 E 1 -[[Y-[X-Sil] n] m -X-Y-E 2 E 1 -[X-Y] z -X-[Sil-[X-Y] n] m -X-E 2 E 1 -Sil-[X-Y] z -X-[Sil-[X-Y] n] m -X-Sil-E 2 wherein E1 and E2 are endgroups containing at least one reactive double bond, Y is a diol derived unit comprising at least one pendant oligomeric or polymeric group, X is a unit derived from a diisocyanate, Sil is a siloxane oligomer or polymer unit, And wherein m is an integer ranging from 1 to 50, n is an integer ranging from 1 to 50, and z is an integer ranging from 1 to 50. E1 and E2 are endgroups containing at least one reactive double bond, Y is a diol derived unit comprising at least one pendant oligomeric or polymeric group, X is a unit derived from a diisocyanate, Sil is a siloxane oligomer or polymer unit, m is an integer ranging from 1 to 50, n is an integer ranging from 1 to 50, and z is an integer ranging from 1 to 50.
A method of detecting and measuring the presence of free HF in a buffered oxide etchant, BOE, composition, the method comprising the steps of: - collecting a representative sample of a BOE composition; - identifying the pH value of the BOE composition; - selecting a chromogenic agent for the identified pH value, the chromogenic agent having different spectroscopic properties in the presence of HF than in the absence of HF; - adding the chromogenic agent to the BOE composition; - measuring an intensity of change in spectroscopic properties of the chromogenic agent by detecting absorption peaks at specific predetermined wavelengths of infrared, visible and/or ultraviolet light emitted into the BOE composition; and - correlating the measured intensity of change with a pre-established concentration of HF to identify the quantity of HF in the BOE composition. - collecting a representative sample of a BOE composition; - identifying the pH value of the BOE composition; - selecting a chromogenic agent for the identified pH value, the chromogenic agent having different spectroscopic properties in the presence of HF than in the absence of HF; - adding the chromogenic agent to the BOE composition; - measuring an intensity of change in spectroscopic properties of the chromogenic agent by detecting absorption peaks at specific predetermined wavelengths of infrared, visible and/or ultraviolet light emitted into the BOE composition; and - correlating the measured intensity of change with a pre-established concentration of HF to identify the quantity of HF in the BOE composition.
Composition comprising at least one strain of bacteria, selected from the group consisting of - DN_156_0032 (CNCM 1-4321 filed May 19 2010), - DN_121_0304 (CNCM 1-4318 filed May 19 2010), - DN_116_047 (CNCM 1-4317 filed May 19 2010), - DN_154_0067 (CNCM 1-4320 filed May 19 2010), and - DN_119_0118 (CNCM 1-4279 filed February 25 2010), for use in: A) increasing vaso-active intestinal peptide levels of the enteric nervous system, or B) increasing Choline AcetylTransferase ImmunoReactive neurones (ChAT) levels of the enteric nervous system, or C) decreasing ChAT levels of the enteric nervous system. - DN_156_0032 (CNCM 1-4321 filed May 19 2010), - DN_121_0304 (CNCM 1-4318 filed May 19 2010), - DN_116_047 (CNCM 1-4317 filed May 19 2010), - DN_154_0067 (CNCM 1-4320 filed May 19 2010), and - DN_119_0118 (CNCM 1-4279 filed February 25 2010), A) increasing vaso-active intestinal peptide levels of the enteric nervous system, or B) increasing Choline AcetylTransferase ImmunoReactive neurones (ChAT) levels of the enteric nervous system, or C) decreasing ChAT levels of the enteric nervous system.
A dual mass flywheel comprising a primary mass, a secondary mass angularly movable with respect to said primary mass A) and a spring assembly to torsionally connect said primary mass to said secondary mass and having a first stage comprising at least one spiral spring (128; 129), a second stage having a torsional stiffness greater than that of the said first stage and a structure configured to mechanically connect said first stage in series with said second stage, wherein said at least one spiral spring (128; 129) comprises a first end portion rigidly connected to said primary mass or to said secondary mass and a second end portion (131; 132) connected to a body of said structure, said at least one spiral spring (128; 129) being placed side by side, in the axial direction, to said second stage.
A seasoned food containing vegetable solids comprising: (a) dipropyl disulfide (x) in an amount of from 0.7mg/kg to 5.0mg/kg; and (b) 5-methyl-2-furfural (y) in an amount of from 0.4mg/kg to 10mg/kg. (a) dipropyl disulfide (x) in an amount of from 0.7mg/kg to 5.0mg/kg; and (b) 5-methyl-2-furfural (y) in an amount of from 0.4mg/kg to 10mg/kg.
A method in a device for receiving scalable content comprising: requesting a version of content; receiving a first portion of content to be received with a desired content quality from a first source having a first version of the receivable content; receiving a second portion of content to be received with the desired content quality from a second source having a second version of the receivable content, where a value for at least one quality factor of the second version of the receivable content is different than a value for the corresponding quality factor of the first version of the receivable content; combining at least the first portion of content to be received and the second portion of content to be received, wherein at least one of the first version and the second version includes non-duplicative data, wherein when a particular version has a lower fidelity than the version of the content being requested, a higher fidelity version of the content is accessed to supplement the data which is available in the lower fidelity version, and wherein when the particular version has a higher fidelity than the version of the content being requested, a subset of the data which is available in the higher fidelity version is used. requesting a version of content; receiving a first portion of content to be received with a desired content quality from a first source having a first version of the receivable content; receiving a second portion of content to be received with the desired content quality from a second source having a second version of the receivable content, where a value for at least one quality factor of the second version of the receivable content is different than a value for the corresponding quality factor of the first version of the receivable content; combining at least the first portion of content to be received and the second portion of content to be received, wherein at least one of the first version and the second version includes non-duplicative data, wherein when a particular version has a lower fidelity than the version of the content being requested, a higher fidelity version of the content is accessed to supplement the data which is available in the lower fidelity version, and wherein when the particular version has a higher fidelity than the version of the content being requested, a subset of the data which is available in the higher fidelity version is used.
Fastener with a base body, which consists of material impermeable to gas and liquid and which comprises means for mounting an article and is fixable by way of an adhesive to a support surface, wherein a cavity enclosed by the support surface and the base body is gas-tightly and liquid-tightly encapsulated, characterised in that a hydrophilic inlay, to which metered moisture is fed and to which an aerobic adhesive can be applied, is mounted on the inner side of the base body facing the support surface, wherein this adhesive together with the hydrophilic inlay is encapsulated in the cavity.