mhurhangee/patent-ind-claim-en huggingface dataset:
A portable communication device , comprising: a battery ; a display disposed over the battery; a printed circuit board comprising one or more circuit devices driven using power from the battery; and a bracket disposed between display and the printed circuit board, and comprising a first area for receiving the battery and a second area for receiving the printed circuit board, wherein the bracket is configured to prevent the one or more circuit devices on the printed circuit board from contacting the display. wherein a slit is formed in at least a portion of a boundary area of the first area and the second area to reduce heat spread. a battery ; a display disposed over the battery; a printed circuit board comprising one or more circuit devices driven using power from the battery; and a bracket disposed between display and the printed circuit board, and comprising a first area for receiving the battery and a second area for receiving the printed circuit board, wherein the bracket is configured to prevent the one or more circuit devices on the printed circuit board from contacting the display. wherein a slit is formed in at least a portion of a boundary area of the first area and the second area to reduce heat spread.
A surgical access assembly comprising: a cannula ; an instrument valve housing detachably coupled to the cannula; and a seal assembly adjustably supported within the instrument valve housing, the seal assembly including: a centering mechanism configured to bias the seal assembly towards a generally centered position within the instrument valve housing; and a flange seal member including an annular member , a flange portion extending from the annular member, and a seal portion extending radially inward from the annular member and defining an opening dimensioned to receive a surgical instrument in a sealing relation, the flange portion spaced apart from the seal portion, characterised by the flange portion and the annular member having a cross-section having a Y-shaped profile, so that the flange portion includes first and second arcuate portions extending in opposite directions from the annular member to provide a seal against the instrument valve housing. a cannula ; an instrument valve housing detachably coupled to the cannula; and a seal assembly adjustably supported within the instrument valve housing, the seal assembly including: a centering mechanism configured to bias the seal assembly towards a generally centered position within the instrument valve housing; and a flange seal member including an annular member , a flange portion extending from the annular member, and a seal portion extending radially inward from the annular member and defining an opening dimensioned to receive a surgical instrument in a sealing relation, the flange portion spaced apart from the seal portion, characterised by the flange portion and the annular member having a cross-section having a Y-shaped profile, so that the flange portion includes first and second arcuate portions extending in opposite directions from the annular member to provide a seal against the instrument valve housing. a centering mechanism configured to bias the seal assembly towards a generally centered position within the instrument valve housing; and a flange seal member including an annular member , a flange portion extending from the annular member, and a seal portion extending radially inward from the annular member and defining an opening dimensioned to receive a surgical instrument in a sealing relation, the flange portion spaced apart from the seal portion, characterised by the flange portion and the annular member having a cross-section having a Y-shaped profile, so that the flange portion includes first and second arcuate portions extending in opposite directions from the annular member to provide a seal against the instrument valve housing.
Nail varnish composition comprising at least one nitrocellulose and/or cellulose derivative film-forming agent, a plasticizer and a solvent, characterized in that it comprises at least 6 weight % of nitrocellulose and/or cellulose derivative film-forming agent, and a polyphenyl silsesquioxane resin for the purpose of improving the gloss of the varnish after application to nails, said polyphenyl silsesquioxane resin being a non-aminated molecule and having a glass transition temperature Tg higher than 30° C.
Device for dispensing a fluid (L), said device comprising a supporting structure provided with means for coupling the same with a container (C) holding said fluid (L), and a collapsible chamber associated with said supporting structure , said collapsible chamber being suited to draw, contain and dispense an amount of said fluid (L), said device comprising a suction duct suited to allow said collapsible chamber to communicate with said container (C) and a dispensing duct suited to allow said collapsible chamber to communicate with the outside, said collapsible chamber being at least partially delimited by a deformable membrane suited to be squeezed in order to dispense at least one portion of said amount from said collapsible chamber , wherein the device comprises locking means suited to maintain said deformable membrane in a fixed squeezed position and release means suited to release said deformable membrane from said fixed squeezed position, and characterized in that said release means comprise cam release means shaped in such a way that moving said deformable membrane causes said locking means to be released.
A method of investigating the permeability of the blood brain barrier, the method comprising: a) Exposing a blood brain barrier model to a test molecule, wherein the blood brain barrier model comprises a container comprising a structure, the structure comprising: (i) a cell population comprising endothelial cells, astrocytes and pericytes, wherein the cells are human primary derived non-immortalised cells; and (ii) a 3D (three dimensional) cell growth material within which the cell population is distributed, wherein the material is a porous polymer scaffold between about 100-300μm thick, comprising a porosity of over 90%, and wherein the pores of the scaffold are about 20-100μm in size; wherein the structure has a TEER value of at least 450 Ω/cm2; wherein the structure separates a first chamber located on a first side of the structure and a second chamber located on a second side of the structure; wherein the first chamber contains a first liquid in contact with the first side of the structure, and the second chamber contains a second liquid in contact with the second side of the structure; and b) Measuring the permeability of the blood brain barrier model. a) Exposing a blood brain barrier model to a test molecule, wherein the blood brain barrier model comprises a container comprising a structure, the structure comprising: (i) a cell population comprising endothelial cells, astrocytes and pericytes, wherein the cells are human primary derived non-immortalised cells; and (ii) a 3D (three dimensional) cell growth material within which the cell population is distributed, wherein the material is a porous polymer scaffold between about 100-300μm thick, comprising a porosity of over 90%, and wherein the pores of the scaffold are about 20-100μm in size; wherein the structure has a TEER value of at least 450 Ω/cm2; wherein the structure separates a first chamber located on a first side of the structure and a second chamber located on a second side of the structure; wherein the first chamber contains a first liquid in contact with the first side of the structure, and the second chamber contains a second liquid in contact with the second side of the structure; and wherein the structure separates a first chamber located on a first side of the structure and a second chamber located on a second side of the structure; wherein the first chamber contains a first liquid in contact with the first side of the structure, and the second chamber contains a second liquid in contact with the second side of the structure; and b) Measuring the permeability of the blood brain barrier model.
A gene sequencing chip , comprising a silicon wafer and a transparent cover sheet adhered to the silicon wafer , the silicon wafer is provided with an adaptor region containing an adaptor which is capable of capturing a gene molecule to be sequenced, and a liquid inlet and a liquid outlet connecting a flow channel with outside; said gene sequencing chip is characterized in that : the transparent cover sheet is formed with a flow channel groove and a sealant groove at a surface where the transparent cover sheet is adhered to the silicon wafer , wherein the flow channel groove and the silicon wafer enclose the flow channel which allows a liquid to flow through and accommodates the adaptor region , and wherein the sealant groove and the silicon wafer enclose a sealant channel which is filled with a sealant and surrounds the flow channel , wherein the flow channel , in a long strip shape, comprises a middle section and first and second terminal sections located at and connected to two ends of the middle section , respectively; wherein the liquid inlet and the liquid outlet are located at the first and second terminal sections , respectively; and wherein the silicon wafer is further provided with a boss located at the middle section of the flow channel and on which the adaptor region is provided. an adaptor region containing an adaptor which is capable of capturing a gene molecule to be sequenced, and a liquid inlet and a liquid outlet connecting a flow channel with outside; the transparent cover sheet is formed with a flow channel groove and a sealant groove at a surface where the transparent cover sheet is adhered to the silicon wafer , wherein the flow channel groove and the silicon wafer enclose the flow channel which allows a liquid to flow through and accommodates the adaptor region , and wherein the sealant groove and the silicon wafer enclose a sealant channel which is filled with a sealant and surrounds the flow channel , wherein the flow channel , in a long strip shape, comprises a middle section and first and second terminal sections located at and connected to two ends of the middle section , respectively; wherein the liquid inlet and the liquid outlet are located at the first and second terminal sections , respectively; and wherein the silicon wafer is further provided with a boss located at the middle section of the flow channel and on which the adaptor region is provided.
A molding system configured to sequentially form features of a structure , the molding system comprising: a first tool comprising a number of features configured to completely form a first set of radii of a structure and a number of partial forming features configured to partially form a second set of radii of the structure ; a second tool comprising a number of completion features configured to complete shaping of the second set of radii ; and a first bagging layer and a second bagging layer positioned between the first tool and the second tool . a first tool comprising a number of features configured to completely form a first set of radii of a structure and a number of partial forming features configured to partially form a second set of radii of the structure ; a second tool comprising a number of completion features configured to complete shaping of the second set of radii ; and a first bagging layer and a second bagging layer positioned between the first tool and the second tool .
A process for capturing exosomes comprising at least one Fc binding polypeptide displayed at least partially on their outer surface, the process comprising: (i) introducing into exosome source cells a polynucleotide construct encoding a fusion protein comprising the at least one Fc binding polypeptide and at least one exosomal polypeptide; (ii) harvesting the exosomes which are secreted from the exosome source cells; (iii) contacting a medium comprising the exosomes with a chromatography matrix comprising Fc domains; and (iv) allowing the exosomes to adsorb to the Fc domains. (i) introducing into exosome source cells a polynucleotide construct encoding a fusion protein comprising the at least one Fc binding polypeptide and at least one exosomal polypeptide; (ii) harvesting the exosomes which are secreted from the exosome source cells; (iii) contacting a medium comprising the exosomes with a chromatography matrix comprising Fc domains; and (iv) allowing the exosomes to adsorb to the Fc domains.
An apparatus for manufacturing a polyolefin comprising: a loop reactor including a first reaction space ; and a single gas phase reactor including a second reaction space into which a first product produced in the loop reactor is introduced; wherein a volume ratio of the second reaction space to the first reaction space is 1.2 or more. a loop reactor including a first reaction space ; and a single gas phase reactor including a second reaction space into which a first product produced in the loop reactor is introduced; wherein a volume ratio of the second reaction space to the first reaction space is 1.2 or more.
A computer-implemented method for selecting one of two values stored in two different registers from a selection bit, the method comprising: - concatenating the two values stored in the two registers so as to obtain a concatenated word presenting said two values in two distinct portions of the concatenated word, then - rotating said concatenated word according to the value of the selection bit so as to position the selected value in a given portion of the concatenated word from said two portions, then - deleting of the unselected value in the concatenated word so as to keep only the selected value in the concatenated word by eliminating the unselected value from the concatenated word. - concatenating the two values stored in the two registers so as to obtain a concatenated word presenting said two values in two distinct portions of the concatenated word, then - rotating said concatenated word according to the value of the selection bit so as to position the selected value in a given portion of the concatenated word from said two portions, then - deleting of the unselected value in the concatenated word so as to keep only the selected value in the concatenated word by eliminating the unselected value from the concatenated word.
A rotating machine , comprising: a shaft rotatable about an axis, the shaft having a hollow interior and an orifice ; a rotor rotatable with said shaft; a rotor end winding at an axial end of said rotor ; a stator spaced from said rotor and forming a gap therebetween, said stator having a stator winding ; a fluid system configured to direct fluid through the hollow interior and radially outward through the orifice , characterized in that the fluid system is configured to direct the fluid radially through said rotor end winding to said stator winding ; and further characterized by a baffle located adjacent the gap configured to divert fluid away from said gap and toward said stator , and wherein the baffle extends around the entire circumference of the stator winding , and wherein said baffle is attached to an inner diameter of said stator winding ; an end ring radially outward of said rotor end winding, wherein said baffle is configured to divert fluid flowing axially inward of said end ring away from said gap; and wherein said baffle has an edge that extends axially away from said gap and radially outward to provide a surface to deflect fluid, wherein the baffle is axially outward of the rotor and the gap, and wherein a radially inner end of said edge is radially inward of a radially outer surface of the rotor . a shaft rotatable about an axis, the shaft having a hollow interior and an orifice ; a rotor rotatable with said shaft; a rotor end winding at an axial end of said rotor ; a stator spaced from said rotor and forming a gap therebetween, said stator having a stator winding ; a fluid system configured to direct fluid through the hollow interior and radially outward through the orifice , characterized in that the fluid system is configured to direct the fluid radially through said rotor end winding to said stator winding ; and further characterized by a baffle located adjacent the gap configured to divert fluid away from said gap and toward said stator , and wherein the baffle extends around the entire circumference of the stator winding , and wherein said baffle is attached to an inner diameter of said stator winding ; an end ring radially outward of said rotor end winding, wherein said baffle is configured to divert fluid flowing axially inward of said end ring away from said gap; and wherein said baffle has an edge that extends axially away from said gap and radially outward to provide a surface to deflect fluid, wherein the baffle is axially outward of the rotor and the gap, and wherein a radially inner end of said edge is radially inward of a radially outer surface of the rotor .
A gas turbine engine comprising: a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a primary combustor disposed between the first compressor and the first turbine ; a diffuser disposed between the primary combustor and the first compressor , wherein a primary flow path of the gas turbine engine includes, in flow series, the first compressor , the diffuser , the primary combustor , and the first turbine ; a second spool comprising a second compressor , a second turbine , and a load compressor mounted to a second shaft ; an inlet plenum fluidly connected to the second compressor and the load compressor ; a secondary combustor disposed between the second compressor and the second turbine , wherein a secondary flow path of the gas turbine engine includes, in flow series, the inlet plenum , the second compressor , the secondary combustor , and the second turbine , and a tertiary flow path of the gas turbine engine includes, in flow series, the inlet plenum and the load compressor ; an inlet duct assembly extending between and fluidly connecting the diffuser to the inlet plenum ; and an outlet duct assembly extending between and fluidly connecting the second turbine and the load compressor to the diffuser . a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a primary combustor disposed between the first compressor and the first turbine ; a diffuser disposed between the primary combustor and the first compressor , wherein a primary flow path of the gas turbine engine includes, in flow series, the first compressor , the diffuser , the primary combustor , and the first turbine ; a second spool comprising a second compressor , a second turbine , and a load compressor mounted to a second shaft ; an inlet plenum fluidly connected to the second compressor and the load compressor ; a secondary combustor disposed between the second compressor and the second turbine , wherein a secondary flow path of the gas turbine engine includes, in flow series, the inlet plenum , the second compressor , the secondary combustor , and the second turbine , and a tertiary flow path of the gas turbine engine includes, in flow series, the inlet plenum and the load compressor ; an inlet duct assembly extending between and fluidly connecting the diffuser to the inlet plenum ; and an outlet duct assembly extending between and fluidly connecting the second turbine and the load compressor to the diffuser .
A system for measuring and recording a quantity of liquid in an absorbing material , which system comprises a sensor comprising a first pair of electrodes for measuring the quantity of liquid, which first pair of electrodes is arranged to be placed around the absorbing material , and a data logger , which is arranged to apply an alternating voltage across the first pair of electrodes and, concurrently herewith, to measure the capacitance between the two electrodes of the first pair of electrodes and to calculate, based on the measured capacitance, an estimate of the quantity of liquid in the absorbing material , characterised in that the sensor with the one pair of electrodes is arranged to be placed so that it extends along two opposite surfaces of the absorbing material . a first pair of electrodes for measuring the quantity of liquid, which first pair of electrodes is arranged to be placed around the absorbing material , and a data logger , which is arranged to apply an alternating voltage across the first pair of electrodes and, concurrently herewith, to measure the capacitance between the two electrodes of the first pair of electrodes and to calculate, based on the measured capacitance, an estimate of the quantity of liquid in the absorbing material , characterised in that the sensor with the one pair of electrodes is arranged to be placed so that it extends along two opposite surfaces of the absorbing material .
A transmission apparatus, comprising: an application data transmission section adapted to transmit data of an application for HbbTV, HbbTV standing for hybrid broadcast broadband television; and an application information table transmission section adapted to transmit an application information table which has an application profile field including an application profile which represents functions required by the application, wherein the application profile is configured from a first bit region of high-order n bits and a second bit region of lower-order (16-n) bits of a bitmap structure for specifying an additional function to the application, wherein each bit position in the second bit region is assigned to a different function and a type of a function assigned to each bit position in the second bit region rely upon the bit values of the bits in the first bit region. an application data transmission section adapted to transmit data of an application for HbbTV, HbbTV standing for hybrid broadcast broadband television; and an application information table transmission section adapted to transmit an application information table which has an application profile field including an application profile which represents functions required by the application, wherein the application profile is configured from a first bit region of high-order n bits and a second bit region of lower-order (16-n) bits of a bitmap structure for specifying an additional function to the application, wherein each bit position in the second bit region is assigned to a different function and a type of a function assigned to each bit position in the second bit region rely upon the bit values of the bits in the first bit region.