mhurhangee/ep-ind-claims huggingface dataset:
Sanitary outlet device having a housing, which forms a jet former receptacle into which an adapter is removably inserted, which defines a flow path, wherein the adapter is arranged in the jet former receptacle so as to be rotatable between a fixing position, in which the adapter is locked with the housing and forms a flow resistance in the flow path, and a releasing position, in which the adapter is removable from the jet former receptacle, characterized in that the adapter, in the fixing position, is locked with the housing on an outer side of the housing, in that the locking can be released by means of a rotation of the adapter into the releasing position, in that the housing has a non-circular contour on the outer side at least in one portion, which non-circular contour interrupts the contour of the outer side, wherein, during a rotation of the adapter, the non-circular contour forces a detent means out of engagement, or releases said detent means from engagement, with a counterpart detent means on the housing.
A biopsy gun, comprising: - a biopsy tool handle, to which a biopsy needle comprising a first needle, at least one another needle movable in relation to the first needle, and a biopsy cavity, has been attached, the biopsy tool handle comprising or attached to a firing part, which is configured to cause a relative movement of the first needle and of the at least one another needle in such a way that their relative movement causes a biopsy sample to be captured in the biopsy cavity; wherein the biopsy gun further comprises at least one resilient contact (41, 42), such as at least one contact spring, for creating a galvanic contact with a respective biopsy needle electrode (4, 3), and connected to a connector or to a measurement cable; and wherein the biopsy gun has been configured to: i) galvanically connect the least one electrode (4, 3) to the connector or to the measurement cable when the firing part is loaded, and/or ii) to disconnect the galvanic connection between the at least one electrode (4, 3) and the connector or the measurement cable when the firing part is fired. - a biopsy tool handle, to which a biopsy needle comprising a first needle, at least one another needle movable in relation to the first needle, and a biopsy cavity, has been attached, the biopsy tool handle comprising or attached to a firing part, which is configured to cause a relative movement of the first needle and of the at least one another needle in such a way that their relative movement causes a biopsy sample to be captured in the biopsy cavity; wherein the biopsy gun further comprises at least one resilient contact (41, 42), such as at least one contact spring, for creating a galvanic contact with a respective biopsy needle electrode (4, 3), and connected to a connector or to a measurement cable; and wherein the biopsy gun has been configured to: i) galvanically connect the least one electrode (4, 3) to the connector or to the measurement cable when the firing part is loaded, and/or ii) to disconnect the galvanic connection between the at least one electrode (4, 3) and the connector or the measurement cable when the firing part is fired. i) galvanically connect the least one electrode (4, 3) to the connector or to the measurement cable when the firing part is loaded, and/or ii) to disconnect the galvanic connection between the at least one electrode (4, 3) and the connector or the measurement cable when the firing part is fired.
A method performed by a network device in a wireless network, the method comprising: providing parameters for generating first segments of a first reference signal, RS, wherein the first RS is to be generated by the network device or a wireless device, to which the parameters are provided, the method characterized by further comprising: determining said parameters for generating the first segments of the first RS, each of the first segments covering a distinct set of frequencies, the parameters including at least a base sequence root index for one of the first segments, and being determined using information about at least a second RS which is to be received simultaneously with the first RS at a transmission point of the wireless network, in such a way that correlation between the first RS and the second RS is limited. providing parameters for generating first segments of a first reference signal, RS, wherein the first RS is to be generated by the network device or a wireless device, to which the parameters are provided, the method characterized by further comprising: determining said parameters for generating the first segments of the first RS, each of the first segments covering a distinct set of frequencies, the parameters including at least a base sequence root index for one of the first segments, and being determined using information about at least a second RS which is to be received simultaneously with the first RS at a transmission point of the wireless network, in such a way that correlation between the first RS and the second RS is limited. determining said parameters for generating the first segments of the first RS, each of the first segments covering a distinct set of frequencies, the parameters including at least a base sequence root index for one of the first segments, and being determined using information about at least a second RS which is to be received simultaneously with the first RS at a transmission point of the wireless network, in such a way that correlation between the first RS and the second RS is limited.
An insulating layer for a printed circuit board having a difference of 20% or less between a flexural modulus at 25°C and a flexural modulus under heat at 250°C, wherein the flexural modulus at each of 25°C and 250°C has been measured on a 50 mm × 25 mm × 0.8 mm sample using an Autograph AG-Xplus manufactured by Shimadzu Corp. in accordance with JIS C6481, and wherein the insulating layer comprises a cured resin composition, the resin composition comprising an alkenyl-substituted nadimide, a maleimide compound, a cyanic acid ester compound, and an inorganic filler, wherein a content of the cyanic acid ester compound is 5 to 15 parts by mass based on 100 parts by mass in total of the components to, and a ratio of the number of a maleimide group (β) in the maleimide compound to the number of an alkenyl group (α) in the alkenyl-substituted nadimide [β/α] is 0.9 to 4.3. the insulating layer comprises a cured resin composition, the resin composition comprising an alkenyl-substituted nadimide, a maleimide compound, a cyanic acid ester compound, and an inorganic filler, wherein a content of the cyanic acid ester compound is 5 to 15 parts by mass based on 100 parts by mass in total of the components to, and a ratio of the number of a maleimide group (β) in the maleimide compound to the number of an alkenyl group (α) in the alkenyl-substituted nadimide [β/α] is 0.9 to 4.3.
An ophthalmic lens (11, 18, 20), comprising: an anterior face and a posterior, the faces disposed about an optical axis, and at least one diffractive profile imposed on the anterior face or the posterior face, the at least one diffractive profile comprised of an inner echelette and between 1 and 4 peripheral echelettes, wherein at least 2 echelettes (210, 23) are not adjacent to each other, characterized in that: the at least 2 echelettes (210, 23) that are not adjacent to each other are separated by a refractive region. an anterior face and a posterior, the faces disposed about an optical axis, and at least one diffractive profile imposed on the anterior face or the posterior face, the at least one diffractive profile comprised of an inner echelette and between 1 and 4 peripheral echelettes, wherein at least 2 echelettes (210, 23) are not adjacent to each other, characterized in that: the at least 2 echelettes (210, 23) that are not adjacent to each other are separated by a refractive region.
Method for detecting at least one object left unsupervised by a person in a surveillance area, based on an image captured of the surveillance area, with at least the following process steps: • Detection of at least one person in at least one captured image; • Detection of at least one object in at least one captured image; • Tracking the detections from the temporally preceding process steps; • Calculation of a Euclidean distance and a temporal distance between at least one detected object and at least one detected person, with at least one detected object being assigned to at least one detected person on the basis of the calculated Euclidean distance and temporal distance; • Detection of at least one object left behind by at least one person in the surveillance area based on the calculated Euclidean distance and temporal distance, characterized in that a distance score is formed from the sum of the Euclidean distance measure and the temporal distance measure, whereby an owner of an object can be determined by him having the minimal distance score in relation to this object compared to all other registered persons in the surveillance area. • Detection of at least one person in at least one captured image; • Detection of at least one object in at least one captured image; • Tracking the detections from the temporally preceding process steps; • Calculation of a Euclidean distance and a temporal distance between at least one detected object and at least one detected person, with at least one detected object being assigned to at least one detected person on the basis of the calculated Euclidean distance and temporal distance; • Detection of at least one object left behind by at least one person in the surveillance area based on the calculated Euclidean distance and temporal distance,
A thermally insulating fabric comprising a textile fabric layer which comprises fumed silica powder of average pore size 50 to 200 nm in an amount range of 1 to 70 %w, wherein the average pore size is determined by the method disclosed in the description, and infrared opacifiers in an amount of up to 20 %w, preferably up to 10 %w, most preferably in the range 3 to 7 %w, the %w based upon the weight of the fumed silica present.
An apparatus comprising an electrochemical cell comprising: a faradaic working electrode (101, 201); at least one capacitive counter electrode; a photodetector positioned to detect light emitted on, at and/or near the faradaic working electrode; and a mechanism to contact differing capacitive counter electrodes or differing areas of the same capacitive counter electrodes to an electrolyte solution that is contacting the faradaic working electrode, wherein the electrochemical cell is capable of receiving an electrolyte solution, that can simultaneously contact said faradaic working electrode and said at least one capacitive counter electrode. a faradaic working electrode (101, 201); at least one capacitive counter electrode; a photodetector positioned to detect light emitted on, at and/or near the faradaic working electrode; and a mechanism to contact differing capacitive counter electrodes or differing areas of the same capacitive counter electrodes to an electrolyte solution that is contacting the faradaic working electrode, wherein the electrochemical cell is capable of receiving an electrolyte solution, that can simultaneously contact said faradaic working electrode and said at least one capacitive counter electrode.
Stabilized alkaline composite nanoparticles comprising at least one alkaline earth metal salt, characterized in that the particles comprise: a) an alkaline core comprising i) at least one alkaline earth metal salt selected from calcium hydroxide, magnesium hydroxide, magnesium carbonate, calcium carbonate, magnesium bis(hexamethyl-disilazide), calcium bis(hexamethyldisilazide), calcium acetylacetonate hydrate, calcium bis(2,2,6,6,-tetramethyl-3,5-heptanedionate), or a mixture thereof, and ii) optionally at least one hydrophilic cellulose derivative; and b) a stabilizing outer layer comprising at least one stabilizer selected from silylated hydrophobic polysaccharides or hydrophobic polysaccharides. a) an alkaline core comprising i) at least one alkaline earth metal salt selected from calcium hydroxide, magnesium hydroxide, magnesium carbonate, calcium carbonate, magnesium bis(hexamethyl-disilazide), calcium bis(hexamethyldisilazide), calcium acetylacetonate hydrate, calcium bis(2,2,6,6,-tetramethyl-3,5-heptanedionate), or a mixture thereof, and ii) optionally at least one hydrophilic cellulose derivative; and i) at least one alkaline earth metal salt selected from calcium hydroxide, magnesium hydroxide, magnesium carbonate, calcium carbonate, magnesium bis(hexamethyl-disilazide), calcium bis(hexamethyldisilazide), calcium acetylacetonate hydrate, calcium bis(2,2,6,6,-tetramethyl-3,5-heptanedionate), or a mixture thereof, and ii) optionally at least one hydrophilic cellulose derivative; and b) a stabilizing outer layer comprising at least one stabilizer selected from silylated hydrophobic polysaccharides or hydrophobic polysaccharides.
A sliding door stopper, which allows a sliding door to be closed by being activated upon a fuel lid is opened after the sliding door is opened during fuel filling, comprising - at least one stopper mechanism which is adapted to be provided between the sliding door and the fuel lid on the vehicle body, and which is connected to at least one stopper pin wherein the stopper mechanism is adapted to detect that the fuel lid is opened and adapted to bring the stopper pin to a preventing position according to this information to prevent the sliding door from opening and characterized by the stopper pin comprising - at least one lower pin which enables the connection of the stopper pin to the stopper mechanism, - at least one moving upper pin which can be bent such that the stopper pin will not prevent the sliding door in open position from closing, - at least one rotating pin which enables the connection between the lower pin and the moving upper pin and enables the moving upper pin to rotate around its own axis, - at least one spring which enables the moving upper pin to become its previous vertical state after it is bent by rotating around the rotating pin after the sliding door is closed. - at least one stopper mechanism which is adapted to be provided between the sliding door and the fuel lid on the vehicle body, and which is connected to at least one stopper pin wherein the stopper mechanism is adapted to detect that the fuel lid is opened and adapted to bring the stopper pin to a preventing position according to this information to prevent the sliding door from opening and characterized by the stopper pin comprising - at least one lower pin which enables the connection of the stopper pin to the stopper mechanism, - at least one moving upper pin which can be bent such that the stopper pin will not prevent the sliding door in open position from closing, - at least one rotating pin which enables the connection between the lower pin and the moving upper pin and enables the moving upper pin to rotate around its own axis, - at least one spring which enables the moving upper pin to become its previous vertical state after it is bent by rotating around the rotating pin after the sliding door is closed.
An antibiotic FIIRV 104/18 complex comprising factors F793, F795, F797, and F813, of formula: wherein R represents or the isolated individual factors thereof, or a mixture of two or more of said isolated individual factors.
A method of producing a therapeutic protein in a mammalian cell endogenously expressing a cognate receptor of said recombinant therapeutic protein and wherein binding of said therapeutic protein to said cognate receptor results in a low titer of the therapeutic protein, the method comprising with a mammalian cell being deficient in the expression of the cognate receptor of said therapeutic protein and being transformed with an expression vector comprising a nucleic acid molecule encoding the therapeutic protein: a. Cultivating said cell under conditions allowing the expression of the therapeutic protein; and b. Harvesting the therapeutic protein from the mammalian cell cultivated in step a, wherein said mammalian cell produces at least 1.5 fold more therapeutic protein than the same cell in which the expression of the cognate receptor has not been so modified, wherein the therapeutic protein is the Insulin like growth factor 1 (IGF-1) protein or a variant thereof whose cognate receptor is the IGF-1R receptor; and wherein said mammalian cell is deficient in the expression of a functional Insulin like growth factor 1 receptor (IGF-1R), the cognate receptor of IGF-1 or the variant thereof. a. Cultivating said cell under conditions allowing the expression of the therapeutic protein; and b. Harvesting the therapeutic protein from the mammalian cell cultivated in step a,
A computer-implemented method, comprising: retrieving patient specific image data; creating a 3D reconstruction of a vessel of interest from the patient specific image data, wherein the vessel of interest represents a subset of a coronary tree that includes a lesion; calculating at least one of pressure parameters or anatomical parameters based at least in part on a portion of the 3D reconstruction that includes the lesion; calculating a wall shear stress descriptor, based on the 3D reconstruction, for a segment of a surface of the vessel that includes the lesion; wherein the WSS descriptor includes information regarding an amount of variation in contraction or expansion applied at surface elements within the segment during at least a portion of a cardiac cycle; and calculating a myocardial infarction index based on the WSS descriptor and the at least one of the pressure or anatomical parameters, the MI index representing a likelihood that the lesion will result in an MI. retrieving patient specific image data; creating a 3D reconstruction of a vessel of interest from the patient specific image data, wherein the vessel of interest represents a subset of a coronary tree that includes a lesion; calculating at least one of pressure parameters or anatomical parameters based at least in part on a portion of the 3D reconstruction that includes the lesion; calculating a wall shear stress descriptor, based on the 3D reconstruction, for a segment of a surface of the vessel that includes the lesion; wherein the WSS descriptor includes information regarding an amount of variation in contraction or expansion applied at surface elements within the segment during at least a portion of a cardiac cycle; and calculating a myocardial infarction index based on the WSS descriptor and the at least one of the pressure or anatomical parameters, the MI index representing a likelihood that the lesion will result in an MI.
Guide device for guiding a furniture component which is movable relative to a furniture carcass, in particular a drawer, door or flap, with at least one guide unit which has a carcass rail attachable to the furniture carcass, a centre rail movably mounted relative to the carcass rail via bottom rail guidance means, and a pull-out rail connectable to a pull-out and movably mounted relative to the centre rail via top rail guidance means and wherein, in addition to the bottom rail guidance means, bottom rail support means are provided to support the centre rail on the carcass rail wherein, in addition to the top rail guidance means, top rail support means are provided to support the pull-out rail on the centre rail, wherein the bottom and top rail support means (35, 36) each have a rack/pinion combination (37, 40) of at least one rack (38, 41) and at least one pinion (39, 42) which may be brought into or is in meshing engagement with the rack (38, 41) during pushing-in or pulling-out, characterised in that a pinion is arranged on the bottom rail guidance means and is there rotatably mounted and a rack with downwards directed teeth is arranged on the centre rail and/or that a pinion is arranged on the top rail guidance means and is there rotatably mounted and a rack with upwards directed teeth is arranged on the centre rail.
A method comprising: establishing, by a first device associated with a first user, a secure communication channel with a second device associated with a second user via a direct wireless connection; transmitting, by the first device, over the secure communication channel, first device-identifying information to the second device, and receiving, over the secure communication channel, second device-identifying information from the second device; establishing, by the first device, a particular type of relationship with the second device; storing, by the first device, the second device-identifying information in association with an indication of the particular type of relationship established with the second device; transmitting, by the first device, to the second device, and over the secure communication channel, the indication of the particular type of relationship established with the second device; receiving, by the first device, a message from the second device, wherein the message comprises device-identifying information corresponding to the second device; verifying, by the first device, that the particular type of relationship was established with the second device based at least in part on a comparison of the device-identifying information included in the message to the second device-identifying information received from the second device over the secure communication channel; and in response to verifying that the particular type of relationship was established with the second device, causing at least a portion of the message to be displayed on the first device. establishing, by a first device associated with a first user, a secure communication channel with a second device associated with a second user via a direct wireless connection; transmitting, by the first device, over the secure communication channel, first device-identifying information to the second device, and receiving, over the secure communication channel, second device-identifying information from the second device; establishing, by the first device, a particular type of relationship with the second device; storing, by the first device, the second device-identifying information in association with an indication of the particular type of relationship established with the second device; transmitting, by the first device, to the second device, and over the secure communication channel, the indication of the particular type of relationship established with the second device; receiving, by the first device, a message from the second device, wherein the message comprises device-identifying information corresponding to the second device; verifying, by the first device, that the particular type of relationship was established with the second device based at least in part on a comparison of the device-identifying information included in the message to the second device-identifying information received from the second device over the secure communication channel; and in response to verifying that the particular type of relationship was established with the second device, causing at least a portion of the message to be displayed on the first device.