mhurhangee/patent-ind-claim-en huggingface dataset:
A component of a gas turbine engine comprising: a first side and a second side ; and a cooling hole extending through the first side to the second side , the cooling hole including an inlet portion disposed about a longitudinal axis , the inlet portion defining a cross-sectional inlet area through the first side, and a diffuser portion in communication with the inlet portion , the diffuser portion defining a cross-sectional exit area through the second side, wherein an area ratio of the exit area to the inlet area is between 2.5 and 8, wherein the diffuser portion includes a first lobe (106; 116) and a second lobe (106; 116) disposed on either side of the axis , and a center portion between the first lobe (106; 116) and the second lobe (106; 116), wherein the center portion defines a curved transition between the first lobe and the second lobe and the diffuser portion includes a forward expansion angle and a lateral expansion angle relative to the axis , characterised in that each of the forward expansion angle and the lateral expansion angle are either 7° or 12°. a first side and a second side ; and a cooling hole extending through the first side to the second side , the cooling hole including an inlet portion disposed about a longitudinal axis , the inlet portion defining a cross-sectional inlet area through the first side, and a diffuser portion in communication with the inlet portion , the diffuser portion defining a cross-sectional exit area through the second side, wherein an area ratio of the exit area to the inlet area is between 2.5 and 8, wherein the diffuser portion includes a first lobe (106; 116) and a second lobe (106; 116) disposed on either side of the axis , and a center portion between the first lobe (106; 116) and the second lobe (106; 116), wherein the center portion defines a curved transition between the first lobe and the second lobe and the diffuser portion includes a forward expansion angle and a lateral expansion angle relative to the axis , characterised in that each of the forward expansion angle and the lateral expansion angle are either 7° or 12°.
A vehicle, comprising: a vehicle state indication system that indicates a state of the vehicle, including a detection system configured to sense an external moving object; a light indicator , wherein the light indicator comprises a light band that indicates externally a direction of the external object when the external object is sensed by the detection system , characterized in that the light band extends continuously running around left, front and right sides of the vehicle. a vehicle state indication system that indicates a state of the vehicle, including a detection system configured to sense an external moving object; a light indicator , wherein the light indicator comprises a light band that indicates externally a direction of the external object when the external object is sensed by the detection system , a detection system configured to sense an external moving object; a light indicator , wherein the light indicator comprises a light band that indicates externally a direction of the external object when the external object is sensed by the detection system , characterized in that the light band extends continuously running around left, front and right sides of the vehicle.
Battery system , comprising a metallic battery housing and a metallic component housing , wherein at least one battery module having at least one battery cell and a control unit for controlling and monitoring the at least one battery module are arranged in the battery housing , and wherein at least one electrical component is arranged in the component housing , which electrical component is electrically connected to the at least one battery module , wherein the component housing is arranged on the battery housing , wherein the component housing and the battery housing are mechanically connected to one another and electrically insulated from one another, and wherein the battery housing is connected to a first earth potential and the component housing is connected to a second earth potential, wherein the first earth potential is different from the second earth potential, wherein a first temperature-control device is formed between the battery housing and the component housing , wherein the first temperature-control device is insulated from the battery housing and the component housing , and wherein the first temperature-control device is designed in such a way that a seal is inserted between a battery housing upper part and a component housing lower part , wherein a first temperature-control channel is designed in a region enclosed by the seal between the battery housing upper part and the component housing lower part , or the first temperature-control device is in the form of a Peltier element unit. a metallic battery housing and a metallic component housing , wherein at least one battery module having at least one battery cell and a control unit for controlling and monitoring the at least one battery module are arranged in the battery housing , and wherein at least one electrical component is arranged in the component housing , which electrical component is electrically connected to the at least one battery module , wherein the component housing is arranged on the battery housing , wherein the component housing and the battery housing are mechanically connected to one another and electrically insulated from one another, and wherein the battery housing is connected to a first earth potential and the component housing is connected to a second earth potential, wherein the first earth potential is different from the second earth potential, wherein a first temperature-control device is formed between the battery housing and the component housing , wherein the first temperature-control device is insulated from the battery housing and the component housing , and wherein the first temperature-control device is designed in such a way that a seal is inserted between a battery housing upper part and a component housing lower part , wherein a first temperature-control channel is designed in a region enclosed by the seal between the battery housing upper part and the component housing lower part , or the first temperature-control device is in the form of a Peltier element unit.
System for controlling and/or regulating building systems engineering on the basis of sensor-detected measured values, comprising a mobile device , at least one stationary sensor unit (14.1, 14.2, 14.3), and a data processing unit , wherein the mobile device , the at least one stationary sensor unit (14.1, 14.2, 14.3), and the data processing unit are connected via at least one communication network , the mobile device has at least one sensor for detecting a measured value, and the data processing unit is configured to generate a control and regulation signal for the building systems engineering on the basis of a combination of information about the detected measured values of the at least one sensor and of the at least one stationary sensor unit (14.1, 14.2, 14.3), and wherein the system has at least one device which is designed to determine a reference position for a position determination of the mobile device , and characterized in that the data processing unit and/or the mobile device is configured to perform a calibration of the sensor of the mobile device on the basis of the combination of information about the detected measured values of the sensor and of the stationary sensor unit (14.1, 14.2, 14.3).
A positive active material for a rechargeable lithium battery, comprising a lithium nickel-based composite oxide including a secondary particle in which a plurality of plate-shaped primary particles are agglomerated; and a coating layer including a fiber-shaped lithium manganese composite oxide, wherein the fiber-shaped lithium manganese composite oxide is attached to the surface of the lithium nickel-based composite oxide.
Method for operating a data recording system, preferably a consumption data recording system, with a central station, in particular a head-end system , an intermediate station, in particular a data collector , and a terminal station, in particular a consumption meter , wherein the central station and the intermediate station define a tertiary, two-way communication path, wherein the intermediate station and the terminal station define a primary, two-way communication path via a radio link, wherein a message part which is valid for a limited time is created in the central station on the basis of a command using parameters, wherein the message part is transmitted from the central station to the intermediate station in a message for the data transmission, and wherein the message part is forwarded from the intermediate station to the terminal station if the message part is still valid, wherein a plurality of message parts (15a to 15d) which have different validity time limits are generated in the central station on the basis of a command , characterized in that the plurality of message parts (15a to 15d) which are valid for a limited time are transmitted from the central station to the intermediate station in a message , the validity of the message parts (15a to 15d) is checked in the intermediate station, and if a message part (e.g. 15a) is still valid for transmission from the intermediate station to the terminal station, the message part concerned (e.g. 15a) is transmitted within a message from the intermediate station to the terminal station. the plurality of message parts (15a to 15d) which are valid for a limited time are transmitted from the central station to the intermediate station in a message , the validity of the message parts (15a to 15d) is checked in the intermediate station, and if a message part (e.g. 15a) is still valid for transmission from the intermediate station to the terminal station, the message part concerned (e.g. 15a) is transmitted within a message from the intermediate station to the terminal station.
System for connecting parts of a three-dimensional mechanical model consisting of at least two planar connectable parts and a set of connecting elements, said set containing a plate with locks in the form of transverse grooves at opposing ends of one of the surface of the plate , and a thrusting element , furthermore, the plate and the thrusting element have a rectangular cross section, the connectable parts have through-holes , the shape and sizes of which correspond to the shape and size of the cross-section of the locks and the opposing end portions of the thrusting element , and the plate and the thrusting element are designed to be capable of exerting a mutual thrusting effect on one another when the aforementioned parts are assembled by means of a radially-shaped protrusion on the surface of the plate opposite the surface with locks by inserting said thrusting element into said through-holes after said plate has been inserted into said through-holes, characterized in that the thrusting element and the plate are designed to be capable of locking one another in place under the mutual thrusting effect by means of a transverse recess designed on the plate in a central portion of the radially-shaped protrusion, and by means of a transverse protrusion corresponding shape-wise to the aforesaid transverse recess on the interacting surface of the thrusting element , furthermore, said recess and said protrusion are designed so as to be triangular in cross-section.
A method of curing a digital printing plate having photo-curable material underneath an ablatable layer including revealed areas, the method comprising: producing light energy at a wavelength or wavelengths suitable for curing the photo-curable material on a part of the printing plate through the revealed areas using a light exposure unit capable of generating an illumination intensity enabling starter radicals included in the photo-curable material to be activated, wherein the activation of starter radicals causes curing of the photo-curable material, and controlling a top shape of three-dimensional printing features on the printing plate by controlling the illumination intensity. producing light energy at a wavelength or wavelengths suitable for curing the photo-curable material on a part of the printing plate through the revealed areas using a light exposure unit capable of generating an illumination intensity enabling starter radicals included in the photo-curable material to be activated, wherein the activation of starter radicals causes curing of the photo-curable material, and controlling a top shape of three-dimensional printing features on the printing plate by controlling the illumination intensity.
A data line comprising: a Type-A interface and a first interface , where the Type-A interface and the first interface are connected through a wire , the Type-A interface and the first interface both include a VBUS pin, a CC pin, a D+ pin, a D- pin, and a GND pin, and the Type-A interface is connected to the VBUS pin, the D+ pin, the D- pin, and the GND pin in the first interface in a one-to-one correspondence; a circuit identification module is provided in the data line, the circuit identification module includes a pull-up resistor , a switch circuit , and a filter circuit , a first end of the switch circuit is connected to the CC pin of the first interface , a second end of the switch circuit is connected to a first end of the pull-up resistor , a third end of the switch circuit is connected to the CC pin of the Type-A interface , a second end of the pull-up resistor is connected to the VBUS pin of the first interface , a first end of the filter circuit is connected to the CC pin of the Type-A interface , characterised in that the circuit identification module further includes a comparator circuit a second end of the filter circuit is connected to a first input end of the comparator circuit , a second input end of the comparator circuit is connected to the VBUS pin of the first interface , and an output end of the comparator circuit is connected to a control end of the switch circuit ; and under the control of the comparator circuit , the first end of the switch circuit is in communication with the second end or the third end of the switch circuit . comprising: a Type-A interface and a first interface , where the Type-A interface and the first interface are connected through a wire , the Type-A interface and the first interface both include a VBUS pin, a CC pin, a D+ pin, a D- pin, and a GND pin, and the Type-A interface is connected to the VBUS pin, the D+ pin, the D- pin, and the GND pin in the first interface in a one-to-one correspondence; a circuit identification module is provided in the data line, the circuit identification module includes a pull-up resistor , a switch circuit , and a filter circuit , a first end of the switch circuit is connected to the CC pin of the first interface , a second end of the switch circuit is connected to a first end of the pull-up resistor , a third end of the switch circuit is connected to the CC pin of the Type-A interface , a second end of the pull-up resistor is connected to the VBUS pin of the first interface , a first end of the filter circuit is connected to the CC pin of the Type-A interface , characterised in that the circuit identification module further includes a comparator circuit a second end of the filter circuit is connected to a first input end of the comparator circuit , a second input end of the comparator circuit is connected to the VBUS pin of the first interface , and an output end of the comparator circuit is connected to a control end of the switch circuit ; and under the control of the comparator circuit , the first end of the switch circuit is in communication with the second end or the third end of the switch circuit .
A refillable drug delivery system comprising a drug delivery device and a drug refill, wherein the drug delivery device comprises a hydrogel and a target recognition molecule and is suitable for implantation at a desirable location within a subject; wherein the drug refill comprises a pharmaceutical composition attached to a target molecule via a cleavable linker and the drug refill is suitable for subsequent administration to the subject; wherein the drug refill is mobile within the subject until the target molecule on the drug refill binds to the target recognition molecule on the drug delivery device at the desirable location within the subject; and the target molecule and the target recognition molecule form a two-component binding pair; wherein upon binding of the target molecule to the target recognition molecule, the cleavable linker is cleaved and the drug refill delivers the pharmaceutical composition to the drug delivery device, thereby refilling the drug delivery device; wherein the cleavable linker comprises a linkage selected from the group consisting of a a hydrazone linkage, an acetal linkage, a ketal linkage, an oxime linkage, an imine linkage, and disulfide linkage and wherein the target molecule comprises a biorthogonal functional group and the target recognition molecule comprises a complementary functional group, wherein the biorthogonal functional group is capable of reacting by click chemistry with the complementary functional group to form a covalent bond.
A thermoplastic composition comprising: a) 20 to 90 wt% of a thermoplastic resin, b) a laser direct structuring additive, c) optionally ceramic filler particles which do not have a laser direct structuring additive function and d) 0.1 to 5.0 wt% of an acid-modified polymer, wherein b) comprises b1) a conductive metal oxide, wherein the conductive oxide has a resistivity, determined as indicated in the specification, of at most 5 × 10 3 Ω·cm and contains at least a metal of Group n of the periodic table and a metal of Group n+1, wherein n is an integer of 3 to 13, and/or b2) calcium copper titanate. a) 20 to 90 wt% of a thermoplastic resin, b) a laser direct structuring additive, c) optionally ceramic filler particles which do not have a laser direct structuring additive function and d) 0.1 to 5.0 wt% of an acid-modified polymer, b1) a conductive metal oxide, wherein the conductive oxide has a resistivity, determined as indicated in the specification, of at most 5 × 10 3 Ω·cm and contains at least a metal of Group n of the periodic table and a metal of Group n+1, wherein n is an integer of 3 to 13, and/or b2) calcium copper titanate.
Air vent device for a vehicle comprising : - an air duct extending along a longitudinal axis (L), - an air outlet device extending at a downstream extreme part of the air duct and defining an outlet through which air circulating in the air duct exits the air vent device, said air outlet device extending according to a main axis (A) and being movable relative to said air duct such that the direction of the air flow passing through the outlet can be controlled depending on the position of the air outlet device in the air duct , - an actuator fixedly attached to the air outlet device and arranged to move the air outlet device relative to the air duct , and - a closing element movable between an opened position, wherein air is allowed to circulate through the outlet, and a closed position, wherein the closing element prevents fluidic communication between the air duct and the outlet, the actuator being attached to the closing element and being movable in translation along the main axis (A) relative to the air outlet device, said movement in translation causing the closing element to move between the opened and closed position, said closing element comprising at least one flexible membrane , characterized in that said flexible membrane is movable between a folded position, wherein the flexible membrane is folded around the main axis (A) in the opened position of the closing element , and a deployed position, wherein the membrane extends radially in the air outlet device and seals the air outlet device in the closed position of the closing element . - an air duct extending along a longitudinal axis (L), - an air outlet device extending at a downstream extreme part of the air duct and defining an outlet through which air circulating in the air duct exits the air vent device, said air outlet device extending according to a main axis (A) and being movable relative to said air duct such that the direction of the air flow passing through the outlet can be controlled depending on the position of the air outlet device in the air duct , - an actuator fixedly attached to the air outlet device and arranged to move the air outlet device relative to the air duct , and - a closing element movable between an opened position, wherein air is allowed to circulate through the outlet, and a closed position, wherein the closing element prevents fluidic communication between the air duct and the outlet, the actuator being attached to the closing element and being movable in translation along the main axis (A) relative to the air outlet device, said movement in translation causing the closing element to move between the opened and closed position,
A small nuclear power generation system comprising a small nuclear reactor, a heat exchanging system for exchanging heat between a primary coolant for cooling the small nuclear reactor and a secondary coolant comprised of carbon dioxide or light water, and a turbine power generation system for generating power using heat of the secondary coolant; the small nuclear reactor, comprising: a reactor core having fuel assemblies of a plurality of fuel rods being cladding tubes containing metallic fuel including one or both of uranium (U-235, U-238) and plutonium (Pu-239); a reactor vessel containing the reactor core; the primary coolant being one of metallic (Na) sodium, lead (Pb), and lead-bismuth (Bi) loaded into the reactor vessel and heated by the reactor core; and at least one neutron reflector provided around the reactor core, wherein the neutron reflector has neutron reflection efficiency for achieving criticality in the reactor core with an effective multiplication factor of neutrons emittable from the reactor core being maintainable at or above 1, and wherein the neutron reflector is coupled to metallic members having a coefficient of thermal expansion higher than a coefficient of thermal expansion of the reflector, and the neutron reflection efficiency being changeable utilizing displacement due to thermal expansion of the metallic members in accordance with temperature in the reactor vessel , thereby achieving load following control. a reactor core having fuel assemblies of a plurality of fuel rods being cladding tubes containing metallic fuel including one or both of uranium (U-235, U-238) and plutonium (Pu-239); a reactor vessel containing the reactor core; the primary coolant being one of metallic (Na) sodium, lead (Pb), and lead-bismuth (Bi) loaded into the reactor vessel and heated by the reactor core; and at least one neutron reflector provided around the reactor core, wherein the neutron reflector has neutron reflection efficiency for achieving criticality in the reactor core with an effective multiplication factor of neutrons emittable from the reactor core being maintainable at or above 1, and wherein the neutron reflector is coupled to metallic members having a coefficient of thermal expansion higher than a coefficient of thermal expansion of the reflector, and the neutron reflection efficiency being changeable utilizing displacement due to thermal expansion of the metallic members in accordance with temperature in the reactor vessel , thereby achieving load following control.