mhurhangee/ep-ind-claims huggingface dataset:
A cannula assembly comprising: a housing defining a receptacle; a seal assembly positioned within the receptacle, the seal assembly that is adapted to form a seal about a surgical instrument inserted through the housing; a cannula shaft extending from the housing and defining a channel, the channel defining a longitudinal axis ("X") and having a proximal portion that communicates with the receptacle and an open distal end; and a sleeve having a proximal portion movably positioned about the cannula shaft and a distal portion axially fixed to a distal portion of the cannula shaft, the sleeve being formed from a mesh material, the mesh material including mesh filaments, the sleeve including a protective cover; wherein movement of the proximal portion of the sleeve towards the distal portion of the sleeve causes the distal portion of the sleeve to move outwardly from the longitudinal axis of the cannula shaft to form an anchor member adjacent the distal portion of the cannula shaft; characterised in that the protective cover extends from the proximal portion of the sleeve and leaving the anchor member uncovered, wherein the anchor member is formed of a material that is configured to collapse against the cannula shaft when a force is applied to the cannula assembly to facilitate removal of the cannula assembly from within a body cavity of a patient. a housing defining a receptacle; a seal assembly positioned within the receptacle, the seal assembly that is adapted to form a seal about a surgical instrument inserted through the housing; a cannula shaft extending from the housing and defining a channel, the channel defining a longitudinal axis ("X") and having a proximal portion that communicates with the receptacle and an open distal end; and a sleeve having a proximal portion movably positioned about the cannula shaft and a distal portion axially fixed to a distal portion of the cannula shaft, the sleeve being formed from a mesh material, the mesh material including mesh filaments, the sleeve including a protective cover; wherein movement of the proximal portion of the sleeve towards the distal portion of the sleeve causes the distal portion of the sleeve to move outwardly from the longitudinal axis of the cannula shaft to form an anchor member adjacent the distal portion of the cannula shaft; characterised in that the protective cover extends from the proximal portion of the sleeve and leaving the anchor member uncovered, wherein the anchor member is formed of a material that is configured to collapse against the cannula shaft when a force is applied to the cannula assembly to facilitate removal of the cannula assembly from within a body cavity of a patient.
Method, performed by at least one apparatus, the method comprising: - obtaining first radio map data, the first radio map data indicating geographic positions with respect to a first coordinate system, wherein the first radio map data at least in part is based on manually collected data, wherein manual data collection comprises a user manually inputting position information; - obtaining second radio map data, the second radio map data indicating geographic positions with respect to a second coordinate system, wherein the second radio map data at least in part is based on crowdsourced data; - identifying a transformation between the first coordinate system and the second coordinate system, wherein identifying a transformation comprises identifying a common feature present in the first radio map data and the second radio map data; - applying the identified transformation at least to a part of the first radio map data and/or the second radio map data; and - generating a hybridized radio map based on the first radio map data and the second radio map data by combining or merging the first radio map data and the second radio map data. - obtaining first radio map data, the first radio map data indicating geographic positions with respect to a first coordinate system, wherein the first radio map data at least in part is based on manually collected data, wherein manual data collection comprises a user manually inputting position information; - obtaining second radio map data, the second radio map data indicating geographic positions with respect to a second coordinate system, wherein the second radio map data at least in part is based on crowdsourced data; - identifying a transformation between the first coordinate system and the second coordinate system, wherein identifying a transformation comprises identifying a common feature present in the first radio map data and the second radio map data; - applying the identified transformation at least to a part of the first radio map data and/or the second radio map data; and - generating a hybridized radio map based on the first radio map data and the second radio map data by combining or merging the first radio map data and the second radio map data.
A wireless communication method performed by a base station, comprising: performing transmissions that include one or more slots, wherein the slots have a predetermined structure; transmitting a message indicative of a change to a property of subsequent transmissions, wherein the change forms a changed structure for a slot in the one or more slots based on the predetermined structure for the slot; and using the changed structure for the slot for the subsequent transmissions, wherein the property of the subsequent transmissions includes at least one of a plurality of parameters indicative of properties of one or more components of the slot, a value associated to a structure in a set of pre-selected structures to indicate the changed structure, a direction of the transmission or an indicator of an operation to be performed during the transmission to sense an interference of the transmission, wherein the message is transmitted using the Radio Resource Control, RRC, protocol, further comprising: obtaining, prior to the transmitting of the message, information of an operational condition of the transmissions, wherein the obtaining information of the operational condition of the transmissions includes detecting an interference level of the transmissions, and deciding the slot structure to use for the subsequent transmissions based on the detected interference level. performing transmissions that include one or more slots, wherein the slots have a predetermined structure; transmitting a message indicative of a change to a property of subsequent transmissions, wherein the change forms a changed structure for a slot in the one or more slots based on the predetermined structure for the slot; and using the changed structure for the slot for the subsequent transmissions, wherein the property of the subsequent transmissions includes at least one of a plurality of parameters indicative of properties of one or more components of the slot, a value associated to a structure in a set of pre-selected structures to indicate the changed structure, a direction of the transmission or an indicator of an operation to be performed during the transmission to sense an interference of the transmission, wherein the message is transmitted using the Radio Resource Control, RRC, protocol, further comprising: obtaining, prior to the transmitting of the message, information of an operational condition of the transmissions, wherein the obtaining information of the operational condition of the transmissions includes detecting an interference level of the transmissions, and deciding the slot structure to use for the subsequent transmissions based on the detected interference level. obtaining, prior to the transmitting of the message, information of an operational condition of the transmissions, wherein the obtaining information of the operational condition of the transmissions includes detecting an interference level of the transmissions, and deciding the slot structure to use for the subsequent transmissions based on the detected interference level.
A mouse comprising: (a) a replacement of one or more heavy chain variable (V H), diversity (D H) and joining (J H) gene segments with one or more human V H, D H, and J H gene segments at an endogenous mouse heavy chain immunoglobulin locus; and (b) an endogenous λ (lambda) light chain allele comprising an unrearranged human lambda variable (hVλ) and an unrearranged human lambda joining (hJλ) gene segment, where the mouse comprises a deletion of a first Vλ-Jλ-Cλ gene cluster of said endogenous mouse λ light chain allele and replacement, in whole or in part, of the Vλ-Jλ gene segments of the second Vλ-Jλ-Cλ gene cluster of said allele with said human Vλ and Jλ gene segments which are operably linked to an intact mouse lambda constant (Cλ) region gene of said second Vλ-Jλ-Cλ gene cluster so the mouse expresses a light chain derived from,a hVλ, a hJλ and a mouse Cλ gene, where the endogenous enhancers Enh 2.4, mouse lambda 3' enhancer (Enh) and Enh 3.1 are maintained intact in said λ light chain allele. (a) a replacement of one or more heavy chain variable (V H), diversity (D H) and joining (J H) gene segments with one or more human V H, D H, and J H gene segments at an endogenous mouse heavy chain immunoglobulin locus; and (b) an endogenous λ (lambda) light chain allele comprising an unrearranged human lambda variable (hVλ) and an unrearranged human lambda joining (hJλ) gene segment,
A process for the manufacture of a plurality of capsules each comprising a crosslinked hydrogel outer shell surrounding a central core, wherein a hydrogel solution and an composition of interest, designed to form the central core, are concentrically coextruded to form mixed drops each comprising a layer of hydrogel solution surrounding a drop of composition of interest, the coextrusion step being carried out above a crosslinking aerosol so that the mixed drops pass through said crosslinking aerosol, so that the layer of hydrogel solution at least partially crosslinks around the drop of composition of interest in contact with said aerosol, said capsules being spherical and having a diameter comprised between 50 and 500 μm, characterized in that the composition of interest is an aqueous composition of interest and the osmotic concentration of the crosslinking aerosol is comprised between 0.3 to 3 times the osmotic concentration of the composition of interest forming the central core of the capsules.
Bodywork element of a motor vehicle comprising a bodywork part made of plastic material, behind which is arranged a light source, the bodywork part comprising an external surface and an internal surface, the outer surface of the bodywork part being coated with a coloured semi-transparent coating, comprising a transmittance strictly between 0 and 70%, and having, when the light source is switched off, first predetermined trichromatic components, the internal surface of the bodywork part being coated with an opaque coating, the opaque coating of the inner surface of the bodywork part comprising, opposite the light source, a transparent zone through which radiation from the light source may pass, so that, when the light source is switched on, the wavelength of the radiation emitted by the light source passing through the transparent area, the bodywork part and the coloured semi-transparent coating is modified so that the outer surface has predetermined second trichromatic components, different from the first predetermined trichromatic components, characterized in that the bodywork part is made of a semi-opaque material comprising a transmittance strictly between 0 and 10%.
A method of operating a first wireless terminal in a system including a first wireless communications link from a second wireless terminal to a third wireless terminal, said first communications link having a higher priority than a second communications link from a fourth wireless terminal to said first wireless terminal, the method comprising: receiving a signal from the second wireless terminal; receiving a transmission request from the fourth wireless terminal; estimating the quality of the second communications link from the signal received from the second wireless terminal and the transmission request received from the fourth wireless terminal; dynamically generating a yielding threshold based on at least one of: i) historic link quality information corresponding to the second link; or ii) quality of service information corresponding to the second communications link; and making a decision whether or not to transmit a transmission request response based on the estimated quality of the second communications link and the dynamically generated threshold. receiving a signal from the second wireless terminal; receiving a transmission request from the fourth wireless terminal; estimating the quality of the second communications link from the signal received from the second wireless terminal and the transmission request received from the fourth wireless terminal; dynamically generating a yielding threshold based on at least one of: i) historic link quality information corresponding to the second link; or ii) quality of service information corresponding to the second communications link; and making a decision whether or not to transmit a transmission request response based on the estimated quality of the second communications link and the dynamically generated threshold.
A filling device for a filling machine apt to fill receptacles with a pourable product; said filling device comprising: - a tubular body having a longitudinal axis, defining a central flowing channel for the pourable product and terminating at a lower end with an axial outlet opening adapted to deliver the pourable product to a receptacle to be filled, wherein said channel comprises a tapered-section portion located at a given axial distance from, and above, said outlet opening and tapering towards the outlet opening up to a narrowed-section zone; - a shutter movable within said channel between a lowered closed position, in which the shutter sealingly closes the tapered-section portion of the channel and interrupts flowing of the pourable product towards the outlet opening, and a raised open position, in which the shutter delimits with the tapered-section portion an annular passage communicating with the outlet opening; and - at least one exhaust conduit formed within said tubular body and arranged on one side of said channel and on an outer circumference that is around the channel and said longitudinal axis; wherein said channel also comprises an enlarged-section portion located immediately below said tapered-section portion, having a larger diameter than said narrowed-section zone; characterized in that said enlarged-section portion defines an expansion chamber also receiving a bottom end opening of said exhaust conduit, and wherein said channel further comprises a reduced-section end portion connecting said enlarged-section portion to said outlet opening and having a smaller diameter than said enlarged-section portion. - a tubular body having a longitudinal axis, defining a central flowing channel for the pourable product and terminating at a lower end with an axial outlet opening adapted to deliver the pourable product to a receptacle to be filled, wherein said channel comprises a tapered-section portion located at a given axial distance from, and above, said outlet opening and tapering towards the outlet opening up to a narrowed-section zone; - a shutter movable within said channel between a lowered closed position, in which the shutter sealingly closes the tapered-section portion of the channel and interrupts flowing of the pourable product towards the outlet opening, and a raised open position, in which the shutter delimits with the tapered-section portion an annular passage communicating with the outlet opening; and - at least one exhaust conduit formed within said tubular body and arranged on one side of said channel and on an outer circumference that is around the channel and said longitudinal axis;
A closing cap for a container, in particular for a container intended to contain pressurised beverages, comprising a lateral wall extending around an axis and a transversal wall positioned at one end of the lateral wall, a separating line being provided on the lateral wall to define a retaining ring, which extends as far as a free edge and is configured to internally engage with a locking ring of a neck of the container, and a closing element removably engageable with the neck, so as to open or close the container; the cap comprising an inner thread structure, positioned on the inside of the lateral wall of the closing element to engage with an outer thread structure of the neck and to removably couple the closing element to the neck of the container, the inner thread structure extending in a spiral around the axis and comprising at least two vent grooves which extend axially and interrupt the inner thread structure thereby defining first segments, near the transversal wall and second segments, over which the first segments are axially superposed; wherein each of the first segments extends angularly in a continuous way characterized in that at least one segment of the second segments is interrupted by a vent passage, to facilitate the discharge of the pressure.
An in vitro method to determine the neurosurvival and/or neuroprotection activity of a molecule in a cell, comprising: (a) adding a molecule to be assayed in contact with a cell or cell culture; (b) measuring the expression of a set of genes consisting of or comprising the five cellular genes ROBO1, POU4F1, PTN, PARD6B and PAFAH1B1, and optionally at least one additional gene selected from the group consisting of the twelve cellular genes PIK3CG, BMP2, DRD1, PAX5, S100A6, DRD2, HDAC7, HEY2, INHBA, SHH, BTK and FOS, in a cell or cell culture of step a); and (c) normalizing the expression of each of the genes measured in step b) on the expression of the same genes measured in a cell or cell culture of the same cell type, which has not been in contact with said molecule, wherein a statistically significant modulation of the expression of the genes of said set reveals that said molecule has a neurosurvival and/or neuroprotection activity. (a) adding a molecule to be assayed in contact with a cell or cell culture; (b) measuring the expression of a set of genes consisting of or comprising the five cellular genes ROBO1, POU4F1, PTN, PARD6B and PAFAH1B1, and optionally at least one additional gene selected from the group consisting of the twelve cellular genes PIK3CG, BMP2, DRD1, PAX5, S100A6, DRD2, HDAC7, HEY2, INHBA, SHH, BTK and FOS, in a cell or cell culture of step a); and (c) normalizing the expression of each of the genes measured in step b) on the expression of the same genes measured in a cell or cell culture of the same cell type, which has not been in contact with said molecule,
Power tool system comprising a power-tool parting device and comprising a tool coupling device for receiving the power-tool parting device realized as a closed system, having at least one cutting-strand tensioning unit (14a; 14b; 14c; 14d; 14e; 14f; 14g) that has at least one tensioning element (16a; 16b; 16c; 16d; 16e; 16f; 16g), and having at least one operating unit (20a; 20b; 20c; 20d; 20e; 20f; 20g) comprising at least one operating element (18a; 18b; 18c; 18d; 18e; 18f; 18g), wherein the cutting-strand tensioning unit (14a; 14b; 14c; 14d; 14e; 14f; 14g) comprises at least one transmission unit (22a; 22b; 22c; 22d; 22e; 22f; 22g), which is provided to move the tensioning element (16a; 16b; 16c; 16d; 16e; 16f; 16g) as a result of an actuation of the operating element (18a; 18b; 18c; 18d; 18e; 18f; 18g) of the operating unit (20a; 20b; 20c; 20d; 20e; 20f; 20g), characterized in that the tensioning element (16a; 16b; 16c; 16d; 16e; 16f; 16g), which is realized as a tensioning stud, is mounted so as to be movable relative to a main body (52a, 52b, 52c, 52e, 52f, 52g, 52e) of the tool coupling device and, in a coupled state of the power-tool parting device, engages in a tensioning recess (86a; 86b; 86d) of the power-tool parting device.
A resin decorative part (1, 1A) comprising: a clear decoration body having a main body transmitting light and including a substrate transmitting light and a clear layer, the clear layer including an irregular surface disposed on an opposite side to a viewer side of the substrate and having a pattern formed with protrusions and depressions; and a first carbon color layer that is printed on the entire irregular surface of the clear layer in the clear decoration body, includes a first reflective surface reflecting light transmitted through the clear decoration body, is colored in a carbon color, and transmits light; a second carbon color layer that is laminated in a region excluding a region of a design display section (16a, 17a) on a surface of opposite side to the clear decoration body on the first carbon color layer, is colored in a carbon color, and a light-blocking print layer that is laminated on the second carbon color layer on an opposite side to the viewer side, wherein the main body is formed of a resin material transmitting light, and the second carbon color layer includes: a base material of a resin material colored in a carbon color; and a bright material added to the base material, wherein the protrusions and depressions constitute a plurality of unit patterns, and each unit pattern constitutes a weave of pseudo carbon fiber bundles. a clear decoration body having a main body transmitting light and including a substrate transmitting light and a clear layer, the clear layer including an irregular surface disposed on an opposite side to a viewer side of the substrate and having a pattern formed with protrusions and depressions; and a first carbon color layer that is printed on the entire irregular surface of the clear layer in the clear decoration body, includes a first reflective surface reflecting light transmitted through the clear decoration body, is colored in a carbon color, and transmits light; a second carbon color layer that is laminated in a region excluding a region of a design display section (16a, 17a) on a surface of opposite side to the clear decoration body on the first carbon color layer, is colored in a carbon color, and a light-blocking print layer that is laminated on the second carbon color layer on an opposite side to the viewer side, the main body is formed of a resin material transmitting light, and the second carbon color layer includes: a base material of a resin material colored in a carbon color; and a bright material added to the base material, wherein a base material of a resin material colored in a carbon color; and a bright material added to the base material, wherein