mhurhangee/patent-ind-claim-en huggingface dataset:
A seismic vibrator , comprising: a baseplate comprising: a core body at least partially composed of a composite material; a bottom plate coupled to a bottom surface of the core body ; and a top plate coupled to a top surface of the core body ; the baseplate being configured, during operation, to be engaged to the ground; a mass movably disposed relative to the baseplate and positioned directly above said baseplate, configured to impart vibrational energy thereto; an actuator coupled to the mass and moving the mass relative to the baseplate ; and a controller communicatively coupled to the actuator and configured to control operation of the actuator by generating a drive signal to cause the baseplate to vibrate at a desired frequency and to generate a seismic source signal into the ground; the seismic vibrator being characterized in that : the top plate and the bottom plate are composed of a different material than the core body; and the composite material is selected such that the baseplate has a higher resonant frequency relative to the desired frequency at which the baseplate vibrates when generating the seismic source signals. a baseplate comprising: a core body at least partially composed of a composite material; a bottom plate coupled to a bottom surface of the core body ; and a top plate coupled to a top surface of the core body ; the baseplate being configured, during operation, to be engaged to the ground; a core body at least partially composed of a composite material; a bottom plate coupled to a bottom surface of the core body ; and a top plate coupled to a top surface of the core body ; the baseplate being configured, during operation, to be engaged to the ground; a mass movably disposed relative to the baseplate and positioned directly above said baseplate, configured to impart vibrational energy thereto; an actuator coupled to the mass and moving the mass relative to the baseplate ; and a controller communicatively coupled to the actuator and configured to control operation of the actuator by generating a drive signal to cause the baseplate to vibrate at a desired frequency and to generate a seismic source signal into the ground; the seismic vibrator being characterized in that : the top plate and the bottom plate are composed of a different material than the core body; and the composite material is selected such that the baseplate has a higher resonant frequency relative to the desired frequency at which the baseplate vibrates when generating the seismic source signals. the top plate and the bottom plate are composed of a different material than the core body; and the composite material is selected such that the baseplate has a higher resonant frequency relative to the desired frequency at which the baseplate vibrates when generating the seismic source signals.
A water supply apparatus, wherein - a mixing apparatus with a mixing container is provided for mixing water carried in the mixing apparatus in the mixing container ; - relative to the mixing container , a base apparatus is arranged which has a base chamber that is hydraulically connected to a water conduit of the water supply apparatus and which has an opening to the surroundings; - a sealing device is installed in the base chamber for closing off the opening of the base chamber from the surroundings; - the sealing device has a wall area with predetermined breaking point which has a compressive strength that is lower than the compressive strength of wall areas of other components of the water supply apparatus which, in the operating state, enclose cavities that can be filled with water, and which separate these cavities that can be filled with water from the surroundings; characterized in that - the wall area with predetermined breaking point is dimensioned in such a manner that when at least one of the cavities of the water supply apparatus is filled with freezing water, the wall area with predetermined breaking point will break before another component of the water supply apparatus breaks. - a mixing apparatus with a mixing container is provided for mixing water carried in the mixing apparatus in the mixing container ; - relative to the mixing container , a base apparatus is arranged which has a base chamber that is hydraulically connected to a water conduit of the water supply apparatus and which has an opening to the surroundings; - a sealing device is installed in the base chamber for closing off the opening of the base chamber from the surroundings; - the sealing device has a wall area with predetermined breaking point which has a compressive strength that is lower than the compressive strength of wall areas of other components of the water supply apparatus which, in the operating state, enclose cavities that can be filled with water, and which separate these cavities that can be filled with water from the surroundings; characterized in that - the wall area with predetermined breaking point is dimensioned in such a manner that when at least one of the cavities of the water supply apparatus is filled with freezing water, the wall area with predetermined breaking point will break before another component of the water supply apparatus breaks.
Network interface having an input port , which is designed to receive messages from a first device or first network , and an output port , which is designed to forward the messages to a second device or second network , wherein a memory is provided for a timetable , wherein the network interface is designed to forward messages arriving at the input port during open times defined by the timetable to the output port and to discard messages arriving at the input port during closed times defined by the timetable , a configuration unit being additionally provided which is designed to receive and to store in the memory a timetable , defined by a monitoring unit as a shared secret for the network interface and at least one sender of messages , and/or to negotiate a timetable with at least one sender of messages as a shared secret, characterized in that a detector is provided, which is designed to detect attempts to deliver messages at the input port during the closed times , wherein the configuration unit is additionally designed to request a new timetable from the configuration unit in response to one or more attempts detected by the detector , and/or to negotiate a new timetable with the at least one sender of messages , and/or to signal a manipulation attempt via an alarm output .
An ear canal earpiece having a first side towards an ear, an acoustic transducer for outputting a sound signal, a sound guide element having a first end facing the acoustic transducer and a second end facing the first side of the ear canal earpiece , wherein the sound guide element comprises a first opening at its second end for guiding the sound signal from an electroacoustic transducer to an ear canal of a user, and at least one volume element which delimits a volume and which has at least one second opening as only opening, wherein the second opening connects the volume with the first end of the earpiece when the ear canal earpiece is placed in the ear canal of a user, wherein the second opening is arranged at the first side of the earpiece, wherein the volume of the volume element together with the opening of the volume element forms a resonator when the ear canal earpiece is placed into the ear canal of the user, wherein the first opening and the second opening are arranged next to each other at the first side .
Device for the disposal of waste water into the atmosphere with 1.1. a cooling tower (K) having an outlet for an air stream (L) at its upper end, 1.2 at least one spraying device (V, DV), wherein the at least one spraying device (V, DV) is mounted on a frame above the outlet opening for the air flow (L) and is arranged in a chimney (S), 1.3 where the spraying device (V) is fed with the waste water via a supply line (WV). 1.1. a cooling tower (K) having an outlet for an air stream (L) at its upper end, 1.2 at least one spraying device (V, DV), wherein the at least one spraying device (V, DV) is mounted on a frame above the outlet opening for the air flow (L) and is arranged in a chimney (S), 1.3 where the spraying device (V) is fed with the waste water via a supply line (WV).
A work tool comprising: - a motor provided with a drive shaft , - a casing containing the motor and provided with at least one inlet opening and with at least one outlet opening , - a tool positioned outside the casing and kinematically connected to the drive shaft , - a fan kinematically connected to the drive shaft and adapted to generate an air current from the inlet opening towards the outlet opening of the casing passing in heat exchange relationship with the motor , and - a transmission adapted to connect kinematically the drive shaft to the tool , which comprises a toothed pinion coaxially fixed to the drive shaft and a gear wheel coaxially fixed to an output shaft and set to mesh with said toothed pinion , characterised in that said fan is contained inside the casing in a space located between the motor and the tool and is coaxially fixed to the output shaft of the transmission , and in that the gear wheel is a gear wheel with inner teeth realised in a single body with the fan . - a motor provided with a drive shaft , - a casing containing the motor and provided with at least one inlet opening and with at least one outlet opening , - a tool positioned outside the casing and kinematically connected to the drive shaft , - a fan kinematically connected to the drive shaft and adapted to generate an air current from the inlet opening towards the outlet opening of the casing passing in heat exchange relationship with the motor , and - a transmission adapted to connect kinematically the drive shaft to the tool , which comprises a toothed pinion coaxially fixed to the drive shaft and a gear wheel coaxially fixed to an output shaft and set to mesh with said toothed pinion ,
An electricity transmission cable with mass-impregnated paper insulation comprising, around at least one conductor , a layer of impregnated paper , and a metal layer adjacent to said layer of impregnated paper, this metal layer being made from copper or aluminum, and, around said metal layer , a transverse reinforcing layer, characterized in that it comprises, directly around said metal layer , a layer of insulating material and, directly around said layer of insulating material , said transverse reinforcing layer made from steel or glass fiber tape.
A suction device , comprising: a housing having an inlet port and an outlet port with a chamber extending therebetween; a pressurized gas port extending from the housing between the inlet port and the outlet port ; wherein the inlet port is configured to receive a suction flow and the pressurized gas port is configured to receive a pressurized gas flow; a flow controller coupled to the housing and movable between a first position and a second position; a conduit formed within the housing between the inlet port and the outlet port , the conduit having a first hollow segment with a central axis and a second hollow segment with the central axis; and wherein, when the flow controller is in the first position, a pressure gap extends a first distance between the first and second hollow segments and the chamber has a pressure less than ambient air pressure, wherein the first hollow segment , the housing and second hollow segment are configured to form the conduit , wherein the conduit includes a pressure gap , wherein the first hollow segment has a beveled edge with an angle between 0° and 90°. a housing having an inlet port and an outlet port with a chamber extending therebetween; a pressurized gas port extending from the housing between the inlet port and the outlet port ; wherein the inlet port is configured to receive a suction flow and the pressurized gas port is configured to receive a pressurized gas flow; a flow controller coupled to the housing and movable between a first position and a second position; a conduit formed within the housing between the inlet port and the outlet port , the conduit having a first hollow segment with a central axis and a second hollow segment with the central axis; and wherein, when the flow controller is in the first position, a pressure gap extends a first distance between the first and second hollow segments and the chamber has a pressure less than ambient air pressure, wherein the first hollow segment , the housing and second hollow segment are configured to form the conduit , wherein the conduit includes a pressure gap , wherein the first hollow segment has a beveled edge with an angle between 0° and 90°.
Optoelectronic component, wherein the optoelectronic component is a laser diode , having a layer structure with an active zone for producing an electromagnetic radiation, wherein the active zone is arranged in a plane, wherein the layer structure comprises a top side and four side faces , wherein the first and the third side face are arranged opposite one another, wherein the second and the fourth side face are arranged opposite one another, wherein a strip-type ridge structure is arranged on the top side of the layer structure , wherein the ridge structure extends between the first side face and the third side face , wherein the first side face constitutes a radiation surface for electromagnetic radiation, wherein a first recess is introduced into the top side of the layer structure laterally next to the ridge structure , wherein the first recess extends over an entire length of the laser diode , from the first to the third side face , along the second side face , wherein the second side face has laterally recessed wall surfaces in the region of the first recess , wherein a second recess is introduced laterally into the recessed wall faces of the second side face , wherein the second recess is introduced into the top side of the layer structure , wherein the second recess extends along the second side face , wherein the second recess is formed at a distance from the first side face and at a distance from the third side face .
Method to limit corrosion and deterioration of wires of ferrous metal and of their alloys with homogeneous section of any shape and size and cables formed by stranded wires of ferrous metals and their alloys, characterised in that it comprises the steps of: - application: coating the surface of wires and cables with a compound in liquid state or in the form of powders and solid particles of various size and shape, constituted by monomers and/or oligomers and/or polymers, as well as additives and photoinitiators; - curing: exposing the previously applied compound to an amount of ultraviolet radiation, with one or more wavelengths, sufficient to react the photoinitiators and to trigger the cross-linking polymerisation which causes the curing of the compound and therefore forms the polymeric coating. - application: coating the surface of wires and cables with a compound in liquid state or in the form of powders and solid particles of various size and shape, constituted by monomers and/or oligomers and/or polymers, as well as additives and photoinitiators; - curing: exposing the previously applied compound to an amount of ultraviolet radiation, with one or more wavelengths, sufficient to react the photoinitiators and to trigger the cross-linking polymerisation which causes the curing of the compound and therefore forms the polymeric coating.
A tool bit for an ultrasonic osteotome, comprising: a bit body connected with an ultrasonic equipment, an arbor fixed to the bit body , and a flat end portion of the tool bit fixed to the arbor , wherein the end portion of the tool bit includes a toothed edge extending linearly along a length direction of the end portion of the tool bit, wherein said tool bit further comprises a plurality of recesses which are distributed evenly on the toothed edge to form teeth spaced apart from each other, wherein cutting edges of the teeth have a linear distribution structure and overlap with an extension of the toothed edge , such that the cutting edges of the teeth are not formed with sharp tooth structure, wherein the end portion of the tool bit further comprises a back edge having an arcuate edge portion adjacent to a terminal of the end portion of the tool bit in a length direction thereof, and the arcuate edge portion is smoothly connected to the toothed edge . a bit body connected with an ultrasonic equipment, an arbor fixed to the bit body , and a flat end portion of the tool bit fixed to the arbor , wherein the end portion of the tool bit includes a toothed edge extending linearly along a length direction of the end portion of the tool bit, wherein said tool bit further comprises a plurality of recesses which are distributed evenly on the toothed edge to form teeth spaced apart from each other, wherein cutting edges of the teeth have a linear distribution structure and overlap with an extension of the toothed edge , such that the cutting edges of the teeth are not formed with sharp tooth structure, wherein the end portion of the tool bit further comprises a back edge having an arcuate edge portion adjacent to a terminal of the end portion of the tool bit in a length direction thereof, and the arcuate edge portion is smoothly connected to the toothed edge .
A solar cell module comprising: a plurality of solar cells (C1-C3) each including a semiconductor substrate and a plurality of first electrodes (C141) and a plurality of second electrodes (C142), which are formed on a back surface of the semiconductor substrate and are separated from each other; a plurality of first conductive lines (P1) connected to the plurality of first electrodes (C141) of a first solar cell (C1) of the plurality of solar cells (C1-C3), a plurality of second conductive lines (P2) connected to the plurality of second electrodes (C142) of a second solar cell (C2) adjacent to the first solar cell (C1) of the plurality of solar cells (C1-C3), and an interconnector (IC) positioned between the first and second solar cells (C1, C2), characterized in that a longitudinal direction (x) of the plurality of the first and second conductive lines (P1, P2) crosses a longitudinal direction (y) of the plurality of first and second electrodes (C141, C142) the interconnector (IC) is extending in a cross direction (y) of the longitudinal direction (x) of the plurality of the first and second conductive lines (P1, P2), and spaced apart from each semiconductor substrate of the first and second solar cells (C1, C2), and the interconnector (IC) is commonly overlapped and connected to the plurality of first conductive lines (P1) through a conductive adhesive (CA) and the plurality of second conductive lines (P2) through the conductive adhesive (CA). a plurality of solar cells (C1-C3) each including a semiconductor substrate and a plurality of first electrodes (C141) and a plurality of second electrodes (C142), which are formed on a back surface of the semiconductor substrate and are separated from each other; a plurality of first conductive lines (P1) connected to the plurality of first electrodes (C141) of a first solar cell (C1) of the plurality of solar cells (C1-C3), a plurality of second conductive lines (P2) connected to the plurality of second electrodes (C142) of a second solar cell (C2) adjacent to the first solar cell (C1) of the plurality of solar cells (C1-C3), and an interconnector (IC) positioned between the first and second solar cells (C1, C2), characterized in that a longitudinal direction (x) of the plurality of the first and second conductive lines (P1, P2) crosses a longitudinal direction (y) of the plurality of first and second electrodes (C141, C142) the interconnector (IC) is extending in a cross direction (y) of the longitudinal direction (x) of the plurality of the first and second conductive lines (P1, P2), and spaced apart from each semiconductor substrate of the first and second solar cells (C1, C2), and the interconnector (IC) is commonly overlapped and connected to the plurality of first conductive lines (P1) through a conductive adhesive (CA) and the plurality of second conductive lines (P2) through the conductive adhesive (CA).
Stimulation device for bringing about urination of a housed female animal in a closed space in which a single housed animal can be enclosed, and which closed space is provided with first detection means for detecting the housed animal in the closed space, wherein the stimulation device comprises a stimulating element for stimulating the perineum of the housed animal and comprises positioning means for positioning the stimulating element in a stimulation position, wherein the positioning means is adapted for placing the stimulating element close to the perineum after detection of the housed animal in the closed space by the first detection means, and wherein the stimulation device comprises collecting means for collecting urine of the housed animal.
A control device of a vehicle including an engine , an electric motor (MG), and a first clutch (K0) connecting/disconnecting a power transmission path between the engine and the electric motor, and a second clutch (38, C, B) configured to achieve a mechanically directly-coupled state of a power transmission path between the engine/the electric motor and drive wheels , the control device increasing a torque of the electric motor by an increase torque (Tmup) and causing the second clutch to slip-engage when the engine is started by controlling the first clutch toward engagement during motor running using only the electric motor as a drive force source for running with the first clutch released and the second clutch engaged, the control device determining the increase torque (Tmup) that corresponds to an engine start torque (Tms) which is to be transmitted to the engine through the first clutch and which is required for starting the engine, such that the determined increase torque is made larger in a first case where the engine is to be started with the engine start torque (Tms) being larger as compared to a second case where the engine is to be started with the engine start torque (Tms) being smaller, the control device being characterized in that : the control device determines, based on the determined increase torque (Tmup), a target value (Nstgt) of a slip amount (Ns) of the second clutch in the slip engagement upon starting of the engine, such that the target value of the slip amount is made larger in the first case where the increase torque is larger as compared to the second case where the increase torque is smaller; and the control device controls the second clutch in accordance with the determined target value (Nstgt), such that the slip amount of the second clutch is made larger in the first case where the increase torque (Tmup) is larger as compared to the second case where the increase torque is smaller.
An apparatus comprising: a sensor array comprising a plurality of capacitive sensors configured to detect a first attribute; at least one infra red sensor configured to detect a second attribute; wherein the at least one infra red sensor is configured such that, in response to detecting a trigger input comprising the second attribute the infra red sensor enables a first portion of the sensor array to be powered on while a second portion of the sensor array remains powered off, characterized in that the at least one infra red sensor forms at least part of an electrode of the capacitive sensors . a sensor array comprising a plurality of capacitive sensors configured to detect a first attribute; at least one infra red sensor configured to detect a second attribute; wherein the at least one infra red sensor is configured such that, in response to detecting a trigger input comprising the second attribute the infra red sensor enables a first portion of the sensor array to be powered on while a second portion of the sensor array remains powered off, characterized in that the at least one infra red sensor forms at least part of an electrode of the capacitive sensors .