mhurhangee/patent-ind-claim-en huggingface dataset:
Tube device for administering a medical fluid to a patient (P), comprising: - a tube comprising at least one opening constituted to allow body fluid to enter into the tube , and - a guide device having a guide wire which is insertable into the tube for introducing the tube into a body opening (30-32) of a patient , wherein the guide wire comprises a probe device for testing or obtaining a sample of a body fluid present in the body opening (30-32), characterized in that the guide wire in a first position is placed in the tube to close off the opening such that body fluid is prevented from entering into the tube and in a second position is placed in the tube to uncover the opening such that body fluid is allowed to enter into the tube to interact with the probe device . - a tube comprising at least one opening constituted to allow body fluid to enter into the tube , and - a guide device having a guide wire which is insertable into the tube for introducing the tube into a body opening (30-32) of a patient , wherein the guide wire comprises a probe device for testing or obtaining a sample of a body fluid present in the body opening (30-32), characterized in that the guide wire in a first position is placed in the tube to close off the opening such that body fluid is prevented from entering into the tube and in a second position is placed in the tube to uncover the opening such that body fluid is allowed to enter into the tube to interact with the probe device .
Turbomachine blade comprising a hollow body defining a cavity , and comprising a downstream trailing edge , the blade further comprising at least one hole which communicates with the cavity and which opens downstream onto the trailing edge , the trailing edge extending along the main radial direction of the blade , and comprising a downstream convex face , characterised in that each hole opens onto a planar rear face of a flat region formed in the downstream convex face of the trailing edge . the blade further comprising at least one hole which communicates with the cavity and which opens downstream onto the trailing edge , the trailing edge extending along the main radial direction of the blade , and comprising a downstream convex face , characterised in that each hole opens onto a planar rear face of a flat region formed in the downstream convex face of the trailing edge .
A method for controlling a wind farm electrical power system, wherein the wind farm electrical power system includes one or more controllers including a central master controller, one or more wind turbines electrically connected to a power grid through a point of interconnection, the method comprising: receiving, by the one or more controllers, one or more signals from a sensor associated with the one or more wind turbines ; determining, by the one or more controllers, one or more wind turbines that are operating in conditions indicative of a resonance condition in the wind turbine electrical power system based, at least in part, on the one or more of the sensor signals ; generating, by the one or more controllers, one or more control signals based, at least in part, on a power requirement at the point of intersection , characterized in that each wind turbine includes a voltage regulator, wherein the master controller is configured to control an operational state of each of the voltage regulators of the one or more wind turbines, wherein the method further comprises: controlling, by the central master controller, an operational state of each of the voltage regulators to reduce the resonance condition based, at least in part, on the one or more control signals, comprising: altering, by the central master controller, the voltage regulator gain for one or more of the voltage regulators when the total power being produced by active wind turbines of the one or more wind turbines is less than the power threshold . receiving, by the one or more controllers, one or more signals from a sensor associated with the one or more wind turbines ; determining, by the one or more controllers, one or more wind turbines that are operating in conditions indicative of a resonance condition in the wind turbine electrical power system based, at least in part, on the one or more of the sensor signals ; generating, by the one or more controllers, one or more control signals based, at least in part, on a power requirement at the point of intersection , characterized in that each wind turbine includes a voltage regulator, wherein the master controller is configured to control an operational state of each of the voltage regulators of the one or more wind turbines, wherein the method further comprises: controlling, by the central master controller, an operational state of each of the voltage regulators to reduce the resonance condition based, at least in part, on the one or more control signals, comprising: altering, by the central master controller, the voltage regulator gain for one or more of the voltage regulators when the total power being produced by active wind turbines of the one or more wind turbines is less than the power threshold .
Outer sole of a shoe, comprising in its heel part a plurality of housings , which each have an opening in a lower surface of the sole intended to be in contact with the ground, and a plurality of damping studs which are partially positioned in said housings , at the rate of at least one damping stud per housing , and which, when they are not deformed, are partially projecting from said lower surface , each damping stud being surrounded on all or part of its periphery by said lower surface , and being resiliently deformable so as to be able to be compressed at least partially inside the corresponding housing , each damping stud comprising, at the top of its projecting part , a surface in contact with the ground, characterized in that this surface in contact with the ground extends over its entire periphery and towards the inside of the stud by a concave curved surface , which is resiliently deformable, and which allows the damping stud to be squashed with a decrease in the curvature of said concave curved surface .
A general purpose roof rack fixing structure , used to fix a roof rack on top of a car, comprising: a frame case , being formed by a solid material, comprises at least an opening , a linking part fixedly connected to the roof rack , and a nut stand ; a first fastener , being L shaped and formed by a solid material, detachably connected to the frame case ; a second fastener , being L shaped and formed by a solid material, comprises an insert piece and a fixing piece with a slot, wherein the insert piece being detachably insert into the opening and a knob rod , being inserting through the slot and fixing the second fastener to the nut stand through the fixing piece , characterized in that at least one partition board is fixedly installed inside the frame case , wherein the fixing piece is formed by bending and extending the insert piece , wherein the insert piece is fixed in between two partition boards or in between a partition board and the frame case , thereby being able to adjust the height of clamping. a frame case , being formed by a solid material, comprises at least an opening , a linking part fixedly connected to the roof rack , and a nut stand ; a first fastener , being L shaped and formed by a solid material, detachably connected to the frame case ; a second fastener , being L shaped and formed by a solid material, comprises an insert piece and a fixing piece with a slot, wherein the insert piece being detachably insert into the opening and a knob rod , being inserting through the slot and fixing the second fastener to the nut stand through the fixing piece , characterized in that at least one partition board is fixedly installed inside the frame case , wherein the fixing piece is formed by bending and extending the insert piece , wherein the insert piece is fixed in between two partition boards or in between a partition board and the frame case , thereby being able to adjust the height of clamping.
A case for liquid state cosmetics, the case comprising: a case body provided with a content storage part in which the liquid content is stored; a shoulder unit coupled to close an upper portion of the case body and provided with an inflow part having a content inflow hole in a center thereof; a piston unit disposed in the case body to move according to discharge of the content; a pumping unit inserted into the inflow part and connected to the content inflow hole to discharge the content through pumping action due to elasticity, wherein the piston unit is slidably inserted into the case body to move downward when the pumping unit operates; and a button unit elevatably coupled to an upper portion of the shoulder unit and connected to the pumping unit and having an outlet hole , through which the content is discharged, at a center thereof, the button unit operating the pumping unit to discharge the content to the outlet hole by the pumping action of the pumping unit ; characterized in that the pumping unit comprises a pumping member which is made of an elastic material so that the content is discharged through the pumping action such as compression and expansion due to the elasticity and through which a content moving passage connected to the content inflow hole passes through the inside thereof. a case body provided with a content storage part in which the liquid content is stored; a shoulder unit coupled to close an upper portion of the case body and provided with an inflow part having a content inflow hole in a center thereof; a piston unit disposed in the case body to move according to discharge of the content; a pumping unit inserted into the inflow part and connected to the content inflow hole to discharge the content through pumping action due to elasticity, wherein the piston unit is slidably inserted into the case body to move downward when the pumping unit operates; and a button unit elevatably coupled to an upper portion of the shoulder unit and connected to the pumping unit and having an outlet hole , through which the content is discharged, at a center thereof, the button unit operating the pumping unit to discharge the content to the outlet hole by the pumping action of the pumping unit ; characterized in that the pumping unit comprises a pumping member which is made of an elastic material so that the content is discharged through the pumping action such as compression and expansion due to the elasticity and through which a content moving passage connected to the content inflow hole passes through the inside thereof.
A cooking apparatus comprising: a main body having a cooking chamber; and a switch assembly mounted on the main body , wherein the switch assembly includes: a switch rotatably provided; a switch holder coupled to the switch ; and a light guide disposed between the switch and the switch holder to uniformly emit light emitted from a light source , wherein the light guide includes a first light guide portion provided to disperse the light incident from the light source toward a light emitting surface and a second light guide portion provided to guide the light dispersed by the first light guide portion toward the light emitting surface , wherein the second light guide portion includes a ring shape extending from an edge of the first light guide portion characterized in that the light guide further comprises a light guide passage to disperse and totally reflect the light emitted from the light source , wherein the light guide passage is formed to include a curved shape and protrudes from the front surface of the first light guide portion . a main body having a cooking chamber; and a switch assembly mounted on the main body , wherein the switch assembly includes: a switch rotatably provided; a switch holder coupled to the switch ; and a light guide disposed between the switch and the switch holder to uniformly emit light emitted from a light source , a switch rotatably provided; a switch holder coupled to the switch ; and a light guide disposed between the switch and the switch holder to uniformly emit light emitted from a light source , wherein the light guide includes a first light guide portion provided to disperse the light incident from the light source toward a light emitting surface and a second light guide portion provided to guide the light dispersed by the first light guide portion toward the light emitting surface , wherein the second light guide portion includes a ring shape extending from an edge of the first light guide portion characterized in that the light guide further comprises a light guide passage to disperse and totally reflect the light emitted from the light source , wherein the light guide passage is formed to include a curved shape and protrudes from the front surface of the first light guide portion .
A movable object control system including a movable object movable in a room with a person riding thereon, and a movable object control unit that controls an operation of the movable object , the movable object control system comprising: an air conditioner configured to perform air conditioning in the room ; and an air conditioning control unit configured to control an operation of the air conditioner such that a plurality of thermal areas (11a, 11b, 11c, and 11d) different in at least the temperature are formed in the room , a comfort determination unit configured to determine comfort of the person riding on the movable object in a thermal environment in the room based on at least the temperature, a biological information acquisition unit configured to acquire biological information of the person riding on the movable object , wherein the comfort determination unit is configured to determine comfort on the basis of the biological information acquired by the biological information acquisition unit , wherein the movable object control unit is configured to control the operation of the movable object to move the movable object to a thermal area (11a, 11b, 11c, or 11d) where the person feels comfortable when the comfort determination unit determines discomfort. an air conditioner configured to perform air conditioning in the room ; and an air conditioning control unit configured to control an operation of the air conditioner such that a plurality of thermal areas (11a, 11b, 11c, and 11d) different in at least the temperature are formed in the room , a comfort determination unit configured to determine comfort of the person riding on the movable object in a thermal environment in the room based on at least the temperature, a biological information acquisition unit configured to acquire biological information of the person riding on the movable object , wherein the comfort determination unit is configured to determine comfort on the basis of the biological information acquired by the biological information acquisition unit , wherein the movable object control unit is configured to control the operation of the movable object to move the movable object to a thermal area (11a, 11b, 11c, or 11d) where the person feels comfortable when the comfort determination unit determines discomfort.
A wireless device for monitoring a number of neighboring wireless devices (114, 116, 118, ..., 138) in a wireless network , wherein the wireless device is configured to: receive a message from one of the neighboring wireless devices (114, 116, 118, ..., 138), the message comprising an identifier associated with said one of the neighboring wireless devices; add the identifier as an input string into a Bloom filter including a bit array of an integer number of m bits and an integer number of k different hash functions by feeding the identifier as an input string to each of the integer number k of different hash functions, wherein each hash function maps the input string to one position in an array of the Bloom filter, and by setting the bits at the array positions identified by the k different hash functions to one; and estimate the number of distinct strings that have been added into the Bloom filter based on the number of ones or the number of zeros in the Bloom filter divided by the length of the array, the number of distinct strings representing an estimate of the number of neighboring wireless devices (114, 116, 118, ..., 138) in the wireless network . receive a message from one of the neighboring wireless devices (114, 116, 118, ..., 138), the message comprising an identifier associated with said one of the neighboring wireless devices; add the identifier as an input string into a Bloom filter including a bit array of an integer number of m bits and an integer number of k different hash functions by feeding the identifier as an input string to each of the integer number k of different hash functions, wherein each hash function maps the input string to one position in an array of the Bloom filter, and by setting the bits at the array positions identified by the k different hash functions to one; and estimate the number of distinct strings that have been added into the Bloom filter based on the number of ones or the number of zeros in the Bloom filter divided by the length of the array, the number of distinct strings representing an estimate of the number of neighboring wireless devices (114, 116, 118, ..., 138) in the wireless network .
A support foot comprising: - a first body , which is tubular, provided with a first longitudinal axis (A), and - a support base associated in proximity to an end of the first body , said support base comprising a plurality of sectors rotatably associated with the first body , relative to a respective axis of rotation (C) orthogonal to the first longitudinal axis (A), between an unfolded position, in which a support face of such sectors lies on a plane (P) of distribution of the weight of the base substantially orthogonal to the first longitudinal axis (A), and a folded position, in which each sector is reclined on a portion of the first body with the support face thereof inclined relative to the plane (P), wherein the support foot comprises an activation element adapted to interact with the sectors for activating them in rotation about the respective axis of rotation (C) between the unfolded position and the folded position, characterised by the fact that each sector is movable from the respective unfolded position to the respective folded position in contrast to a spring , or that each sector is movable from the respective folded position to the respective unfolded position in contrast to a spring . - a first body , which is tubular, provided with a first longitudinal axis (A), and - a support base associated in proximity to an end of the first body , said support base comprising a plurality of sectors rotatably associated with the first body , relative to a respective axis of rotation (C) orthogonal to the first longitudinal axis (A), between an unfolded position, in which a support face of such sectors lies on a plane (P) of distribution of the weight of the base substantially orthogonal to the first longitudinal axis (A), and a folded position, in which each sector is reclined on a portion of the first body with the support face thereof inclined relative to the plane (P), wherein the support foot comprises an activation element adapted to interact with the sectors for activating them in rotation about the respective axis of rotation (C) between the unfolded position and the folded position, characterised by the fact that each sector is movable from the respective unfolded position to the respective folded position in contrast to a spring , or that each sector is movable from the respective folded position to the respective unfolded position in contrast to a spring .
A window blind arrangement (B), comprising: - a window blinding system (S), that comprises one first end linked to one first load bar , and a second end linked to a second load bar , the load bars extending between two guiding rails positioned opposite a window (B); and - a system of crossed cables for translational guide each load bar to the guiding rails , between a retracted position (R) and an extended position (E); comprising: - a first cable extends between two points (P1, P1') located on a same side of the window (B), the first cable circulating in the two load bars ; - a second cable extends between two points (P2, P2') located at the opposite relative to each other on a diagonal of the window (B), by circulating in the two load bars , characterized in that the system of crossed cables comprises: - a third cable (5") extends between the points (P3, P3') located at the opposite relative to each other on a diagonal of the window (B), by circulating in a single one of the two load bars . - a window blinding system (S), that comprises one first end linked to one first load bar , and a second end linked to a second load bar , the load bars extending between two guiding rails positioned opposite a window (B); and - a system of crossed cables for translational guide each load bar to the guiding rails , between a retracted position (R) and an extended position (E); - a first cable extends between two points (P1, P1') located on a same side of the window (B), the first cable circulating in the two load bars ; - a second cable extends between two points (P2, P2') located at the opposite relative to each other on a diagonal of the window (B), by circulating in the two load bars , characterized in that the system of crossed cables comprises: - a third cable (5") extends between the points (P3, P3') located at the opposite relative to each other on a diagonal of the window (B), by circulating in a single one of the two load bars . - a third cable (5") extends between the points (P3, P3') located at the opposite relative to each other on a diagonal of the window (B), by circulating in a single one of the two load bars .
A packaged environmental sensor comprising: a supporting structure (17; 117; 217); a sensor die , incorporating an environmental sensor and arranged on a first side (17a; 217a) of the supporting structure (17; 117; 217); a control chip , coupled to the sensor die and arranged on a second side (17b; 217b) of the supporting structure opposite to the first side (17a; 217a); and a ring (21; 121; 221) open towards the outside in a direction opposite to the supporting structure (17; 117; 217), the sensor die being housed inside the ring (21; 121; 221); characterized by a plurality of ring-attach regions (23a-c; 223a-c) on the first side of the supporting structure (17; 117; 217) around the sensor die ; wherein the ring (21; 121; 221) is bonded to the first side of the supporting structure (17; 117; 217) by one of the ring-attach regions (23a-c; 223a-c); and wherein the ring-attach regions (23a-c; 223a-c) extend along respective closed continuous paths and are nested inside each other without mutual contact. a supporting structure (17; 117; 217); a sensor die , incorporating an environmental sensor and arranged on a first side (17a; 217a) of the supporting structure (17; 117; 217); a control chip , coupled to the sensor die and arranged on a second side (17b; 217b) of the supporting structure opposite to the first side (17a; 217a); and a ring (21; 121; 221) open towards the outside in a direction opposite to the supporting structure (17; 117; 217), the sensor die being housed inside the ring (21; 121; 221); characterized by a plurality of ring-attach regions (23a-c; 223a-c) on the first side of the supporting structure (17; 117; 217) around the sensor die ; wherein the ring (21; 121; 221) is bonded to the first side of the supporting structure (17; 117; 217) by one of the ring-attach regions (23a-c; 223a-c); and wherein the ring-attach regions (23a-c; 223a-c) extend along respective closed continuous paths and are nested inside each other without mutual contact.