mhurhangee/ep-ind-claims huggingface dataset:
A capacitive transducer, comprising: a substrate having an opening in a surface thereof; a back plate facing the opening in the substrate; a vibration electrode film facing the back plate across a space, the vibration electrode film being deformable to have a deformation converted into a change in capacitance between the vibration electrode film and the back plate, the vibration electrode film having a through-hole as a pressure relief hole; and a protrusion integral with and formed from the same member as the back plate, the protrusion being placeable in the pressure relief hole before the vibration electrode film deforms, wherein the protrusion and the pressure relief hole have a gap therebetween defining an airflow channel as a pressure relief channel, and the protrusion includes, at a predetermined position adjacent to the back plate, a smaller cross-section portion having a smaller cross-sectional area in a direction parallel to the back plate than a portion of the protrusion more distal from the predetermined position. a substrate having an opening in a surface thereof; a back plate facing the opening in the substrate; a vibration electrode film facing the back plate across a space, the vibration electrode film being deformable to have a deformation converted into a change in capacitance between the vibration electrode film and the back plate, the vibration electrode film having a through-hole as a pressure relief hole; and a protrusion integral with and formed from the same member as the back plate, the protrusion being placeable in the pressure relief hole before the vibration electrode film deforms, wherein the protrusion and the pressure relief hole have a gap therebetween defining an airflow channel as a pressure relief channel, and the protrusion includes, at a predetermined position adjacent to the back plate, a smaller cross-section portion having a smaller cross-sectional area in a direction parallel to the back plate than a portion of the protrusion more distal from the predetermined position.
Dairy food composition consisting of: - 15 to 80% by weight of milk fat relative to the total weight of the composition; in the case where the target texture of said dairy food composition is a brittle behaviour at room temperature with a melting texture in the mouth, the solid liquid curve of the milk fat is defined as follows: Temperature (°C) 4 10 15 20 25 30 35 % range of fat solid ratio 65-95 55-95 50-90 35-75 15-50 0-20 0-10 in the case where the target texture of said dairy food composition is a spreadable behaviour, the solid liquid curve of the milk fat is defined as follows: Temperature (°C) 4 10 15 20 25 30 35 % range of fat solid ratio 0-30 0-20 0-15 0-10 0-5 0-1 0-1 - 5 to 45% by weight of milk proteins relative to the total weight of the composition; - 25 to 80% by weight of milk carbohydrates relative to the total weight of the composition; - optionally up to 1% by weight of at least one emulsifier relative to the total weight of said dairy food composition; said dairy food composition is such that: - it contains a dry extract greater than 93% by weight relative to the total weight of the composition, and - it has a particle size such that its Mie diameter D [4.3] is between 5 and 25μm. - 15 to 80% by weight of milk fat relative to the total weight of the composition; - 5 to 45% by weight of milk proteins relative to the total weight of the composition; - 25 to 80% by weight of milk carbohydrates relative to the total weight of the composition; - optionally up to 1% by weight of at least one emulsifier relative to the total weight of said dairy food composition; - it contains a dry extract greater than 93% by weight relative to the total weight of the composition, and - it has a particle size such that its Mie diameter D [4.3] is between 5 and 25μm.
A tire inflation apparatus for inflating a punctured pneumatic tire, the apparatus comprising: a pressurized container holding at least a tire inflator composition which includes a propellant component; and a delivery device attached to the pressurized container for delivering said composition from the container to, in use, a tire to be repaired and the delivery device comprising: an actuator for actuating a valve of the pressurized container; for permitting when actuated, pressurised tire inflator composition to be delivered from the pressurized container, by means of: a fluid flow path (X,Y) in fluid communication with the valve of the pressurized container; and a pressure gauge in communication with the fluid flow path (X,Y) to measure a pressure within the fluid flow path (X,Y); characterised in that; the fluid flow path (X,Y) is a tube and the pressure gauge is located at the end of a spur of the tube and the tube defines a channel, said channel having a branch to form the spur. a pressurized container holding at least a tire inflator composition which includes a propellant component; and a delivery device attached to the pressurized container for delivering said composition from the container to, in use, a tire to be repaired and the delivery device comprising: an actuator for actuating a valve of the pressurized container; for permitting when actuated, pressurised tire inflator composition to be delivered from the pressurized container, by means of: a fluid flow path (X,Y) in fluid communication with the valve of the pressurized container; and a pressure gauge in communication with the fluid flow path (X,Y) to measure a pressure within the fluid flow path (X,Y); characterised in that; the fluid flow path (X,Y) is a tube and the pressure gauge is located at the end of a spur of the tube and the tube defines a channel, said channel having a branch to form the spur. a fluid flow path (X,Y) in fluid communication with the valve of the pressurized container; and a pressure gauge in communication with the fluid flow path (X,Y) to measure a pressure within the fluid flow path (X,Y); characterised in that; the fluid flow path (X,Y) is a tube and the pressure gauge is located at the end of a spur of the tube and the tube defines a channel, said channel having a branch to form the spur.
A core barrel head assembly having a longitudinal axis, the core barrel head assembly comprising: an elongate tube body having an outer surface, an interior cavity, a proximal end, and a distal end, characterized in that the elongate tube body defines a helical groove that extends from the interior cavity to the outer surface of the elongate tube body, wherein the helical groove is configured to allow the elongate tube body to elastically extend from a neutral length to an elongated length, and wherein the helical groove is configured to allow the elongate tube body to elastically compress from the neutral length; and a valve body that is attached to the elongate tube body and is movable with respect to the proximal end of the elongate tube body along the longitudinal axis, as the elongate tube body compresses, from a first position to a second position. an elongate tube body having an outer surface, an interior cavity, a proximal end, and a distal end, characterized in that the elongate tube body defines a helical groove that extends from the interior cavity to the outer surface of the elongate tube body, wherein the helical groove is configured to allow the elongate tube body to elastically extend from a neutral length to an elongated length, and wherein the helical groove is configured to allow the elongate tube body to elastically compress from the neutral length; and a valve body that is attached to the elongate tube body and is movable with respect to the proximal end of the elongate tube body along the longitudinal axis, as the elongate tube body compresses, from a first position to a second position.
A deployable table assembly comprising: - a deployable table, and - a support arm, wherein the deployable table is moveably mounted to the support arm and is moveable in relation to the support arm between a stowed position and a deployed position, wherein the support arm comprises a coverable region that is: - covered by the deployable table when the deployable table is in the stowed position, and - not covered by the deployable table when the deployable table is in the deployed position, wherein the deployable table assembly further comprises: - a holder for a personal electronic device mounted at least partially over the coverable region of the support arm such that the holder is: - at least partially covered by the deployable table element when the deployable table is in the stowed position, and - at least partially exposed when the deployable table is in the deployed position characterised in that the holder is translatably mounted to the support arm and translatable in relation to the support arm from a first translation position to a second translation position and in that the support arm is configured to support the deployable table and to support the holder in use. - a deployable table, and - a support arm, wherein the deployable table is moveably mounted to the support arm and is moveable in relation to the support arm between a stowed position and a deployed position, wherein the support arm comprises a coverable region that is: - covered by the deployable table when the deployable table is in the stowed position, and - not covered by the deployable table when the deployable table is in the deployed position, - covered by the deployable table when the deployable table is in the stowed position, and - not covered by the deployable table when the deployable table is in the deployed position, wherein the deployable table assembly further comprises: - a holder for a personal electronic device mounted at least partially over the coverable region of the support arm such that the holder is: - at least partially covered by the deployable table element when the deployable table is in the stowed position, and - at least partially exposed when the deployable table is in the deployed position - a holder for a personal electronic device mounted at least partially over the coverable region of the support arm such that the holder is: - at least partially covered by the deployable table element when the deployable table is in the stowed position, and - at least partially exposed when the deployable table is in the deployed position - at least partially covered by the deployable table element when the deployable table is in the stowed position, and - at least partially exposed when the deployable table is in the deployed position characterised in that the holder is translatably mounted to the support arm and translatable in relation to the support arm from a first translation position to a second translation position and in that the support arm is configured to support the deployable table and to support the holder in use.
In a basic oxygen furnace converted from an electric arc furnace, with a furnace part, a water-cooled substantially annular cylindrical wall as upper furnace and cover, which is placeable thereon and has openings for passage therethrough of the electrodes, characterised in that the water-cooled annular cylindrical wall of the upper furnace was replaced by an upper furnace consisting of a shaft part with refractory lining and that a conical cap with openings for exhaust gas discharge was placed on the shaft part to close this off in upward direction, wherein the upper furnace comprises injectors inserted into the side wall as oxygen injectors or as burners.
A non-therapeutic use of a composition comprising a material inhibiting the expression or activity of JAB-1 (Jun activator binding-1) for moisturizing skin or strengthening skin barrier function by promoting differentiation of skin cells, wherein the material inhibiting the expression or activity of JAB-1 is an RNA nucleic acid molecule which is at least one of siRNA, shRNA, and miRNA which bind to the mRNA of JAB-1, and wherein the material inhibiting the expression or activity of JAB-1 is formulated in a form of a composition which is a cosmetic composition or a health food composition. wherein the material inhibiting the expression or activity of JAB-1 is an RNA nucleic acid molecule which is at least one of siRNA, shRNA, and miRNA which bind to the mRNA of JAB-1, and wherein the material inhibiting the expression or activity of JAB-1 is formulated in a form of a composition which is a cosmetic composition or a health food composition.
An X-ray detector arrangement, comprising: - an X-ray detector unit; and - a rotation unit; wherein the X-ray detector unit comprises an X-ray detector with a plurality of X-ray detecting elements arranged as a detector surface; wherein the rotation unit is configured to rotate the X-ray detector about an axis perpendicular to the detector surface at least at a point of intersection with the detector surface upon receiving a rotation signal relative to the X-ray detector unit; and characterized in that the rotation signal is dependently ruled by a collimator configuration of an X-ray source arrangement for providing X-ray radiation towards the X-ray detector unit based on an evaluation of a geometric relationship between a collimation field determined by the collimator configuration and the detector surface. - an X-ray detector unit; and - a rotation unit; wherein the X-ray detector unit comprises an X-ray detector with a plurality of X-ray detecting elements arranged as a detector surface; wherein the rotation unit is configured to rotate the X-ray detector about an axis perpendicular to the detector surface at least at a point of intersection with the detector surface upon receiving a rotation signal relative to the X-ray detector unit; and characterized in that the rotation signal is dependently ruled by a collimator configuration of an X-ray source arrangement for providing X-ray radiation towards the X-ray detector unit based on an evaluation of a geometric relationship between a collimation field determined by the collimator configuration and the detector surface. wherein the X-ray detector unit comprises an X-ray detector with a plurality of X-ray detecting elements arranged as a detector surface; wherein the rotation unit is configured to rotate the X-ray detector about an axis perpendicular to the detector surface at least at a point of intersection with the detector surface upon receiving a rotation signal relative to the X-ray detector unit; and characterized in that the rotation signal is dependently ruled by a collimator configuration of an X-ray source arrangement for providing X-ray radiation towards the X-ray detector unit based on an evaluation of a geometric relationship between a collimation field determined by the collimator configuration and the detector surface.
A control device for a hybrid vehicle, comprising: an engine; a starter motor for starting the engine; and a driving motor configured to transmit a motor torque to both the engine and a drive wheel; characterized by further comprising: a starting motor selective control unit configured to start the engine using the starter motor in response to a driving force request by the driver during a selected mode of operation in which the driving motor serves as the driving source while being operative to start the engine using the driving motor in response to a system request. an engine; a starter motor for starting the engine; and a driving motor configured to transmit a motor torque to both the engine and a drive wheel; characterized by further comprising: a starting motor selective control unit configured to start the engine using the starter motor in response to a driving force request by the driver during a selected mode of operation in which the driving motor serves as the driving source while being operative to start the engine using the driving motor in response to a system request.
A light-emitting device comprising: a support member; and a light-emitting structure on the support member, the light-emitting structure including a first semiconductor layer, one intermediate layer, an active layer, an additional intermediate layer, and a second semiconductor layer, wherein at least one of the intermediate layers (340, 330) comprises at least four layers which are repeatedly laminated to form a super-lattice structure, wherein the at least four layers have different band gaps from each other, and wherein, among the layers, the layer having the largest band gap contacts the layer having the smallest band gap, wherein the one intermediate layer is between the first semiconductor layer and the active layer, wherein the additional intermediate layer is between the second semiconductor layer and the active layer wherein the layer having the largest band gap includes AlGaN, and wherein the layer having the smallest band gap includes InN. a support member; and a light-emitting structure on the support member, the light-emitting structure including a first semiconductor layer, one intermediate layer, an active layer, an additional intermediate layer, and a second semiconductor layer,
A battery pack charger that is arranged to detect whether a terminal (CT 1) of the charger is disconnected from a first node between cells of a battery pack docked in the charger, the charger comprising: a first resistor (R 1) connected to the terminal (CT 1); a second resistor (R 2) connected in series with the first resistor (R 1); a switch (S 2) arranged to be connected to a positive supply terminal (B+) of the battery pack, wherein the switch is connected in series with the first (R 1) and second (R 2) resistors; and a threshold determination module arranged to measure a voltage at a second node (N 2) between the first and second resistors (R 1, R 2), and when the switch (S 2) is closed and the measured voltage is greater than a threshold voltage the threshold determination module determines that the terminal (CT 1) of the charger is disconnected from the first node between the cells of the battery pack; characterized in that when the switch (S 2) is open and the voltage at the second node (N 2) is greater than the threshold voltage the threshold determination module determines that one of the cells of the battery pack is overcharging. a first resistor (R 1) connected to the terminal (CT 1); a second resistor (R 2) connected in series with the first resistor (R 1); a switch (S 2) arranged to be connected to a positive supply terminal (B+) of the battery pack, wherein the switch is connected in series with the first (R 1) and second (R 2) resistors; and a threshold determination module arranged to measure a voltage at a second node (N 2) between the first and second resistors (R 1, R 2), and when the switch (S 2) is closed and the measured voltage is greater than a threshold voltage the threshold determination module determines that the terminal (CT 1) of the charger is disconnected from the first node between the cells of the battery pack; characterized in that when the switch (S 2) is open and the voltage at the second node (N 2) is greater than the threshold voltage the threshold determination module determines that one of the cells of the battery pack is overcharging.
A slipping rotating band configured to be slippably fitted on a projectile, said rotating band comprises an inner concentric ring and an outer concentric ring, whereby the outer ring, which seals against the barrel, is affixed to the inner ring, and whereby the outer part is made of a softer material than the load-bearing inner part and whereby the rotating band is configured to remain fitted on the projectile throughout the launch process of the projectile and in the path of the projectile from launcher to target, characterized in that the inner ring is made of fibre-reinforced polymer composite or particle-reinforced polymer composite or fibre-reinforced metal matrix composite or particle-reinforced metal matrix composite.
A replication competent polynucleotide comprising: a 5' non-translated region, a 3' NTR, and a coding sequence present between the 5' NTR and 3' NTR and encoding a hepatitis C virus polyprotein, wherein the polyprotein comprises an isoleucine in place of the serine corresponding to serine 2204 of SEQ ID NO:2, and further comprises an arginine in place of the lysine corresponding to lysine 2040 of SEQ ID NO:2, wherein the 5' NTR, the 3' NTR and the nucleotide sequence encoding the polyprotein are genotype 1a, and wherein the polyprotein comprises an amino acid sequence having at least 90% identity to SEQ ID NO:2. a 5' non-translated region, a 3' NTR, and a coding sequence present between the 5' NTR and 3' NTR and encoding a hepatitis C virus polyprotein, wherein the polyprotein comprises an isoleucine in place of the serine corresponding to serine 2204 of SEQ ID NO:2, and further comprises an arginine in place of the lysine corresponding to lysine 2040 of SEQ ID NO:2, wherein the 5' NTR, the 3' NTR and the nucleotide sequence encoding the polyprotein are genotype 1a, and wherein the polyprotein comprises an amino acid sequence having at least 90% identity to SEQ ID NO:2.
Power supply (1, 301), in particular a low-voltage power supply, comprising a grid connection (2.1) for connection to a power supply grid and a consumer connection (2.2) for connection of an electrical consumer, wherein the power supply (1, 301) comprises a first fault current circuit breaker (7.1, 307) and has a first electrical connection (9.1), which leads from the grid connection (2.1) to the first fault current circuit breaker (7.1, 307) and has a neutral conductor, and at least one phase conductor, characterized in that the power supply (1, 301) comprises a capacitive bridge (10.1, 310) for establishing a capacitive connection between the neutral conductor of the first electrical connection (9.1) and an earth potential of the power supply (1, 301).
Cutting tool comprising a main tool body and at least one cutting insert, which is separate from the main tool body and has a cutting edge, wherein the main tool body has an axis of rotation and, during operation of the cutting tool, rotates in a direction of rotation about the axis of rotation, and wherein the main tool body is provided with at least one receiving pocket for the cutting insert, wherein the main tool body is designed, at least in part, in the form of a body of rotation in relation to the axis of rotation, characterized in that the at least one receiving pocket is made in the surface of the body of rotation and has a supporting surface for the cutting insert, the supporting surface being delimited by the circumferential contour of the body of rotation, and wherein the cutting insert butts against the supporting surface of the receiving pocket, is connected integrally to the supporting surface of the receiving pocket and has its cutting edge projecting out of the receiving pocket beyond the outer contour of the body of rotation. wherein the main tool body has an axis of rotation and, during operation of the cutting tool, rotates in a direction of rotation about the axis of rotation, and wherein the main tool body is provided with at least one receiving pocket for the cutting insert, wherein the main tool body is designed, at least in part, in the form of a body of rotation in relation to the axis of rotation, characterized in that the at least one receiving pocket is made in the surface of the body of rotation and has a supporting surface for the cutting insert, the supporting surface being delimited by the circumferential contour of the body of rotation, and wherein the cutting insert butts against the supporting surface of the receiving pocket, is connected integrally to the supporting surface of the receiving pocket and has its cutting edge projecting out of the receiving pocket beyond the outer contour of the body of rotation.