mhurhangee/patent-ind-claim-en huggingface dataset:
A method for assessing a product used for human Assisted Reproductive Technologies (ART), the method comprising: culturing one or more transgenic murine embryos in vitro using the product for a specified duration wherein the product is used in the method in a manner similar to its intended use in human ART; wherein the embryos comprise at least one reporter gene operably linked to the regulatory region of at least one embryonic viability marker and/or at least one transgene operably linked to the regulatory region of at least one embryonic viability marker, wherein the viability marker is chosen from the group consisting of Oct-4, Cdx2, Sox2, and Nanog; evaluating a level and/or location of expression of the at least one reporter gene and/or the transgene during at least one stage of development of the one or more embryos; and determining the acceptability or failure of said product based upon said evaluation, wherein the product is deemed acceptable when expression of the reporter gene compared to a control or a pre-determined standard is sufficient to indicate that growth and/or development of the one or more embryos is not affected by use of the product. culturing one or more transgenic murine embryos in vitro using the product for a specified duration wherein the product is used in the method in a manner similar to its intended use in human ART; wherein the embryos comprise at least one reporter gene operably linked to the regulatory region of at least one embryonic viability marker and/or at least one transgene operably linked to the regulatory region of at least one embryonic viability marker, wherein the viability marker is chosen from the group consisting of Oct-4, Cdx2, Sox2, and Nanog; evaluating a level and/or location of expression of the at least one reporter gene and/or the transgene during at least one stage of development of the one or more embryos; and determining the acceptability or failure of said product based upon said evaluation, wherein the product is deemed acceptable when expression of the reporter gene compared to a control or a pre-determined standard is sufficient to indicate that growth and/or development of the one or more embryos is not affected by use of the product.
Guide and protection element for bone removal instruments, comprising a cylindrical body suitable to be fitted over a bone removal instrument , having a first end that is completely open and a second end that is at least partially closed, said cylindrical body being provided with at least one window on its lateral surface to allow the bone removal instrument to operate on a bone to be treated, characterised in that it comprises, at the second end , an internal pin , facing towards the first end , aligned with a longitudinal axis of said cylindrical body ; said pin configured to engage with the top of a bone removal instrument to fix said element to said instrument , prevent the instrument from veering off course and maintain the reciprocal axial alignment.
Vehicle headlamp , with a housing , and with at least two optically-relevant structural units , for example light module units , wherein each optically-relevant structural unit is fixed in a separate supporting element , and each supporting element is mounted such that it can pivot with respect to the housing , in each case about a horizontal axis (H 1 , H 2 , H 3 ), and in each case about a vertical axis (V 1 , V 2 , V 3 ), wherein for purposes of pivoting the supporting elements about their horizontal axes (H 1 , H 2 , H 3 ), a horizontal axes pivoting device is provided, which horizontal axes pivoting device is movably connected, by means of a horizontal axes coupling device , to at least two supporting elements , each of which can be pivoted about their horizontal axes (H 1 , H 2 , H 3 ), and wherein for purposes of pivoting the supporting elements about their vertical axes (V 1 , V 2 , V 3 ), a vertical axes pivoting device is provided, which vertical axes pivoting device is optionally coupled, by means of a vertical axes coupling device , mounted such that it can rotate about a coupling device vertical axis (VK), with respect to the housing , with at least two supporting elements , each of which can pivot about their vertical axes (V 1 , V 2 , V 3 ), characterised in that , the supporting elements are arranged in at least two headlamp planes (E 1 , E 2 , E 3 ), spaced apart from one another in the vertical direction (D 1V , D 2V , D 3V ), wherein the horizontal axes coupling device is movably connected to at least two supporting elements , and is mounted such that it can rotate about a coupling device horizontal axis (H K ) with respect to the housing .
A filter bag for use in a vacuum cleaner , the vacuum cleaner having a suction source for drawing an airstream from a surface to be cleaned to the filter bag for collecting debris carried by the airstream, the filter bag comprising: at least one non-porous portion ; porous walls made from a porous material and defining an interior storage space such that dirt and debris entrained in the airstream are filtered out of the airstream and collected within the interior storage space of the filter bag as the airstream passes through the porous walls; characterized by an adhesive comprising a fragrance-containing polymeric matrix adhesively bonded to the at least one non-porous portion of the filter bag wherein the fragrance-containing polymeric matrix forms a bead or strip of a solid fragrance carrier, the fragrance-containing polymeric matrix itself forming an adhesive bond with the at least one non-porous portion of the filter bag. at least one non-porous portion ; porous walls made from a porous material and defining an interior storage space such that dirt and debris entrained in the airstream are filtered out of the airstream and collected within the interior storage space of the filter bag as the airstream passes through the porous walls; characterized by an adhesive comprising a fragrance-containing polymeric matrix adhesively bonded to the at least one non-porous portion of the filter bag wherein the fragrance-containing polymeric matrix forms a bead or strip of a solid fragrance carrier, the fragrance-containing polymeric matrix itself forming an adhesive bond with the at least one non-porous portion of the filter bag.
A unique heat transfer for use on specific merchandising articles for a specific event, comprising: printed matter printed thereon, and to be applied to a base material ; said base material being part of a clothing article ; wherein the printed matter has visually recognizable and scannable information incorporating text, pictures, numbers, bar codes , and QR codes ; such that, when the heat transfer on the clothing article is scanned, the unique bar code and/or QR codes are used to provide details; and characterised in that the heat transfer includes one or more breathable flexible transfers. printed matter printed thereon, and to be applied to a base material ; said base material being part of a clothing article ; wherein the printed matter has visually recognizable and scannable information incorporating text, pictures, numbers, bar codes , and QR codes ; such that, when the heat transfer on the clothing article is scanned, the unique bar code and/or QR codes are used to provide details; and characterised in that the heat transfer includes one or more breathable flexible transfers.
A multi-junction laser photovoltaic cell for converting laser energy into electric energy, comprising a substrate (100; 200), a cell unit body, an upper electrode (50; 70) and a lower electrode (51; 71), wherein the lower electrode and the upper electrode are electrically connected with a bottom and a top of the cell unit body, respectively, wherein the cell unit body comprises an ohmic contact layer (14; 34), a current spreading layer (13; 33), N PN-junction subcells (01B ... 12B; 21B ... 32B) and tunnel junctions (01A ... 12A; 21A ... 32A), wherein the tunnel junctions are arranged between two adjacent PN-junction subcells of the N PN-junction subcells, and N ≥12, characterized in that the subcells are divided into two groups from the light incident side to the opposite side of the light incident side, and each group of subcells has a different bandgap and are arranged in a decreasing order of the band gap from the light incident side the photovoltaic cell is a AlGaAs multi-junction cell, wherein the absorption layer of the 6 subcells at the bottom (01B ... 06B) uses GaAs with a bandgap of 1.428 eV, the absorption layer of the 6 subcells on the top (07B ... 12B) uses Al 0.07 Ga 0.93 As with a bandgap of 1.515 eV, or the photovoltaic cell is a InGaAsP multi-junction, wherein the absorption layer of the 6 subcells at the bottom (21B ... 26B) uses In 0.845 Ga 0.155 As 0.337 P 0.663 with a bandgap of 1.1 eV, the absorption layer of the 6 subcells on the top (27B ... 32B) uses In 0.89 Ga 0.11 As 0.24 P 0.76 with a bandgap of 1.17 eV. a substrate (100; 200), a cell unit body, an upper electrode (50; 70) and a lower electrode (51; 71), wherein the lower electrode and the upper electrode are electrically connected with a bottom and a top of the cell unit body, respectively, wherein the cell unit body comprises an ohmic contact layer (14; 34), a current spreading layer (13; 33), N PN-junction subcells (01B ... 12B; 21B ... 32B) and tunnel junctions (01A ... 12A; 21A ... 32A), wherein the tunnel junctions are arranged between two adjacent PN-junction subcells of the N PN-junction subcells, and N ≥12, characterized in that the subcells are divided into two groups from the light incident side to the opposite side of the light incident side, and each group of subcells has a different bandgap and are arranged in a decreasing order of the band gap from the light incident side the photovoltaic cell is a AlGaAs multi-junction cell, wherein the absorption layer of the 6 subcells at the bottom (01B ... 06B) uses GaAs with a bandgap of 1.428 eV, the absorption layer of the 6 subcells on the top (07B ... 12B) uses Al 0.07 Ga 0.93 As with a bandgap of 1.515 eV, or the photovoltaic cell is a InGaAsP multi-junction, wherein the absorption layer of the 6 subcells at the bottom (21B ... 26B) uses In 0.845 Ga 0.155 As 0.337 P 0.663 with a bandgap of 1.1 eV, the absorption layer of the 6 subcells on the top (27B ... 32B) uses In 0.89 Ga 0.11 As 0.24 P 0.76 with a bandgap of 1.17 eV.
A spinal disc implant suitable for a trans-osseous method, the implant comprising a body comprising a plurality of braided nitinol strands defining a first end, a second end, and an interior cavity; a coating applied to the body to provide an impervious barrier to liquids or gel-like substances from entering the interior cavity; a first fitting coupled to the first end and configured to be embedded in an inferior aspect of a first vertebral body; and a second fitting coupled to the second end and configured to be embedded in a superior aspect of a second vertebral body adjacent to the first vertebral body. a body comprising a plurality of braided nitinol strands defining a first end, a second end, and an interior cavity; a coating applied to the body to provide an impervious barrier to liquids or gel-like substances from entering the interior cavity; a first fitting coupled to the first end and configured to be embedded in an inferior aspect of a first vertebral body; and a second fitting coupled to the second end and configured to be embedded in a superior aspect of a second vertebral body adjacent to the first vertebral body.
A device including: - a flexible printed circuit (1; 20; 40; 62) comprising at least a flexible portion (5; 34; 48; 63); - a heatsink (2; 21; 41; 61); - a former (12; 22; 42; 60) of the flexible portion, the former being for positioning between the flexible portion and an outside corner (10; 30; 50) of the heatsink (2; 21; 41; 61) when the flexible printed circuit is fastened on the heatsink and the flexible portion extends around the outside corner of the heatsink, the former comprising a body (13; 23; 43) comprising at least one first bearing surface (14; 24; 44) and at least one second bearing surface (15; 25; 45), the first bearing surface having the shape of an angular portion of a cylinder, the second bearing surface being arranged to come to bear against a complementary surface (17; 26; 49) of the outside surface of the heatsink, the former being arranged to ensure that the flexible portion of the flexible printed circuit comes to bear against the first bearing surface when the former is mounted against the heatsink and the flexible printed circuit is fastened on the heatsink, the flexible printed circuit further comprising a first portion (3; 31; 65) fastened to a first side face (7; 27; 67) of the heatsink and a second portion (4; 36; 70) fastened to a second side face (8; 28; 71) of the heatsink. - a flexible printed circuit (1; 20; 40; 62) comprising at least a flexible portion (5; 34; 48; 63); - a heatsink (2; 21; 41; 61); - a former (12; 22; 42; 60) of the flexible portion, the former being for positioning between the flexible portion and an outside corner (10; 30; 50) of the heatsink (2; 21; 41; 61) when the flexible printed circuit is fastened on the heatsink and the flexible portion extends around the outside corner of the heatsink, the former comprising a body (13; 23; 43) comprising at least one first bearing surface (14; 24; 44) and at least one second bearing surface (15; 25; 45), the first bearing surface having the shape of an angular portion of a cylinder, the second bearing surface being arranged to come to bear against a complementary surface (17; 26; 49) of the outside surface of the heatsink, the former being arranged to ensure that the flexible portion of the flexible printed circuit comes to bear against the first bearing surface when the former is mounted against the heatsink and the flexible printed circuit is fastened on the heatsink, the flexible printed circuit further comprising a first portion (3; 31; 65) fastened to a first side face (7; 27; 67) of the heatsink and a second portion (4; 36; 70) fastened to a second side face (8; 28; 71) of the heatsink.
Motor vehicle comprising a traction electric motor, supplied with current by an accumulator battery via an electrical network which comprises a switching member suitable for electrically isolating the accumulator battery from the electric motor, the vehicle comprising a car seat comprising: - a backrest , - a seat which comprises a framework which is covered by a seat cover in which there is provided a notch and which comprises a blocking element which delimits at least one orifice , and - a cover comprising a front-end wall designed to close said notch and fixing means which are designed to be fixed to the seat , the vehicle being characterized in that the fixing means comprise at least one snap-fitting lug designed for being engaged through said orifice so as to be attached to said blocking element , and in that the switching member is situated under said car seat , so as to be accessible only when the cover is removed from the framework of the seat of the car seat . - a backrest , - a seat which comprises a framework which is covered by a seat cover in which there is provided a notch and which comprises a blocking element which delimits at least one orifice , and - a cover comprising a front-end wall designed to close said notch and fixing means which are designed to be fixed to the seat , the vehicle being characterized in that the fixing means comprise at least one snap-fitting lug designed for being engaged through said orifice so as to be attached to said blocking element , and
A method in an apparatus , comprising: determining one or more first devices that are Internet devices meeting all of the following conditions: residing at a given location; equipped with one or more ambience sensing capable sensors; and operation mode being such that their ambience sensing capable sensors should not cause transmission of data; determining one or more second devices that are Internet devices at the given location and equipped with one or more elements capable of causing an ambient stimulation detectable by the sensors of one or more first devices ; monitoring data transmissions of the first devices ; causing issuing of the ambient stimulation by a subset of the one or more second devices ; and determining whether the issuing of the ambient stimulation caused a significant change in the monitored data transmissions of the first devices . determining one or more first devices that are Internet devices meeting all of the following conditions: residing at a given location; equipped with one or more ambience sensing capable sensors; and operation mode being such that their ambience sensing capable sensors should not cause transmission of data; determining one or more second devices that are Internet devices at the given location and equipped with one or more elements capable of causing an ambient stimulation detectable by the sensors of one or more first devices ; monitoring data transmissions of the first devices ; causing issuing of the ambient stimulation by a subset of the one or more second devices ; and determining whether the issuing of the ambient stimulation caused a significant change in the monitored data transmissions of the first devices .
A modular plug comprising a modular plug body and a metal shielding cover , the modular plug body having an inner chamber , the modular plug body having a first end and an opposite second end , metal terminals being disposed at the first end , the second end defining an opening in communication with the inner chamber , the opening being configured to allow a cable comprising a plurality of electrical conductors and a shielding mask wound around the electrical conductors to be inserted through the opening into the inner chamber the metal shielding cover attached around the modular plug body , wherein the modular plug body defines a first aperture in communication with the inner chamber , wherein the modular plug body comprises four body sidewalls including a first body sidewall , a second body sidewall , a third body sidewall , and a fourth body sidewall , the four body sidewalls cooperatively forming the inner chamber , the first body sidewall being positioned opposite to the third body sidewall , the second body sidewall being positioned opposite to the fourth body sidewall , the first aperture is defined in the second body sidewall , wherein the metal shielding cover defines a second aperture corresponding to the first aperture , and wherein a pressing resilient tab for snappingly connecting with a connector port is disposed on the fourth body sidewall , the connector port being configured to receive and electrically connect with the modular plug ; wherein the metal shielding cover comprises a first cover sidewall , a second cover sidewall , and a third cover sidewall , the first cover sidewall and the third cover sidewall extend respectively from two opposite sides of the second cover sidewall , the second aperture is defined between the first cover sidewall and the third cover sidewall , characterized in that the metal shielding cover includes two metal spring tabs disposed corresponding to the first aperture , rotatably connected to the first cover sidewall and the third cover sidewall respectively and capable of bending and deforming into the first aperture to abut against the shielding mask and electrically contact with the shielding mask when the end of the cable is inserted through the opening into the inner chamber , in that each metal spring tab includes a free end pointing toward the other metal spring tab , and in that each free end defines a cutout at one side thereof, and the cutouts of the two free ends are staggered with each other, such that rotating operations of the two metal spring tabs do not interfere with each other.
A method of augmenting speech-containing audio data (A) on a computing device comprising a processor , said method being executed by the processor in the computing device and comprising: obtaining characterization data ([D]) that characterizes time segments in the audio data (A) by sentiment and optionally topic, deriving, for a respective time segment in the speech-containing audio data (A) and based on the characterization data ([D]), a desired property of a background sound (B) to be added to the speech-containing audio data (A) in the respective time segment, and providing the desired property for the respective time segment so as to enable the speech-containing audio data (A) to be combined, within the respective time segment, with background sound (B) having the desired property, characterized in that the step of obtaining characterization data ([D]) comprises processing the speech-containing audio data (A) for extraction of audio features, analyzing the audio features by an acoustic-based sentiment analysis algorithm for determination of a sentiment in the speech for at least one time segment in the speech-containing audio data (A), and generating an association between the at least one time segment and a sentiment identifier (SID) representing the sentiment. obtaining characterization data ([D]) that characterizes time segments in the audio data (A) by sentiment and optionally topic, deriving, for a respective time segment in the speech-containing audio data (A) and based on the characterization data ([D]), a desired property of a background sound (B) to be added to the speech-containing audio data (A) in the respective time segment, and providing the desired property for the respective time segment so as to enable the speech-containing audio data (A) to be combined, within the respective time segment, with background sound (B) having the desired property, characterized in that the step of obtaining characterization data ([D]) comprises processing the speech-containing audio data (A) for extraction of audio features, analyzing the audio features by an acoustic-based sentiment analysis algorithm for determination of a sentiment in the speech for at least one time segment in the speech-containing audio data (A), and generating an association between the at least one time segment and a sentiment identifier (SID) representing the sentiment.
A device for determining a concentration of a chemical substance dissolved in a fluid, said substance absorbing light of an absorption wavelength, wherein the device comprises at least one through-flow chamber with at least one inlet opening , at least one outlet opening and at least one peripheral wall , at least a first laser for emitting light of the absorption wavelength, and at least one detector for detecting the emitted light , wherein the first laser and the detector are arranged such that the light emitted by the first laser is guided along a path through the through-flow chamber , said path being composed of at least two different partial paths, before reaching the detector , wherein the device comprises a second laser that emits light of a second wavelength which is different to the wavelength of the light emitted by the first laser, wherein light of the second wavelength is not absorbed by the chemical substance and the light of both the first and second laser is guided along the same path or along different paths of equal length through the through-flow chamber before reaching the detector , wherein the at least two different partial paths lie in different planes. at least one inlet opening , at least one outlet opening and at least one peripheral wall ,