mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft inceptor system comprising an inceptor member arranged to be operated by a user to cause a corresponding movement of a moveable aircraft surface, and means for detecting the operation of the inceptor member by the user and for providing a movement signal, associated with the detected operation, to a control device of the aircraft inceptor system, the control device configured to provide a control signal to an actuator to move the aircraft surface according to the movement signal, wherein the means for detecting the operation of the inceptor member by the user comprises a force sensor configured to sense the force applied by the user to the inceptor member, the movement signal being derived based on the sensed force, and wherein the control device provides the control signal based on an algorithm that converts a force signal indicative of the sensed force to a position signal, characterised in that the inceptor member comprises a speed sensor to measure a speed of movement of the inceptor member and an accelerometer to measure acceleration of the inceptor member, and in that the algorithm uses a vectorial sum of the sensed force, an inertial load calculated as a function of the measured inceptor member acceleration and a viscous load calculated from the measured inceptor member speed, in converting the force signal to the position signal. means for detecting the operation of the inceptor member by the user and for providing a movement signal, associated with the detected operation, to a control device of the aircraft inceptor system, the control device configured to provide a control signal to an actuator to move the aircraft surface according to the movement signal, wherein the means for detecting the operation of the inceptor member by the user comprises a force sensor configured to sense the force applied by the user to the inceptor member, the movement signal being derived based on the sensed force, and wherein the control device provides the control signal based on an algorithm that converts a force signal indicative of the sensed force to a position signal, characterised in that the inceptor member comprises a speed sensor to measure a speed of movement of the inceptor member and an accelerometer to measure acceleration of the inceptor member, and in that the algorithm uses a vectorial sum of the sensed force, an inertial load calculated as a function of the measured inceptor member acceleration and a viscous load calculated from the measured inceptor member speed, in converting the force signal to the position signal.
A pushbutton assembly employed in an electronic device, comprising: a housing front , a pushbutton circuit board configured to be fixedly disposed on the housing front of the electronic device, a pushbutton body disposed on the side of the pushbutton circuit board facing away from the housing from , a pushbutton holder disposed on a side of the pushbutton body facing away from the pushbutton circuit board , characterized in that the pushbutton holder comprises a bounding frame and a first fastening portion and a second fastening portion located on the bounding frame , wherein the first fastening portion extends from the bounding frame towards a side facing the pushbutton circuit board , while the second fastening portion extends outwardly from the bounding frame , wherein the extending direction of the second fastening portion is perpendicular to the extending direction of the first fastening portion , wherein the first fastening portion and the second fastening portion are each adapted to be inserted into one of the snap-in slots on the housing front of the electronic device , respectively, so that the pushbutton holder is detachably coupled to the housing front of the electronic device, and wherein the bounding frame is designed to bound the pushbutton body on a side of the pushbutton circuit board facing away from the housing front . a housing front , a pushbutton circuit board configured to be fixedly disposed on the housing front of the electronic device, a pushbutton body disposed on the side of the pushbutton circuit board facing away from the housing from , a pushbutton holder disposed on a side of the pushbutton body facing away from the pushbutton circuit board , characterized in that the pushbutton holder comprises a bounding frame and a first fastening portion and a second fastening portion located on the bounding frame , wherein the first fastening portion extends from the bounding frame towards a side facing the pushbutton circuit board , while the second fastening portion extends outwardly from the bounding frame , wherein the extending direction of the second fastening portion is perpendicular to the extending direction of the first fastening portion , wherein the first fastening portion and the second fastening portion are each adapted to be inserted into one of the snap-in slots on the housing front of the electronic device , respectively, so that the pushbutton holder is detachably coupled to the housing front of the electronic device, and wherein the bounding frame is designed to bound the pushbutton body on a side of the pushbutton circuit board facing away from the housing front .
A marine surface vessel comprising an air ventilated hull , and a deck , wherein the vessel comprises at least one air conduit leading to at least one ventilation opening beneath a waterline of the vessel, the at least one air conduit being arranged to guide air to the at least one ventilation opening , the at least one ventilation opening being provided for air ventilation of the hull, wherein the deck is at least party surrounded by a gunwale, wherein the at least one air conduit is arranged to guide the air from at least one water drainage opening arranged to drain water from the deck so that the air conduit provides combined functions for hull air ventilation and for deck water draining, characterised in that the water drainage opening is located at the lowest part of the deck and/or wherein the water drainage opening is well located to take in water running aftwards of the deck , the vessel comprising one or more non-return valves arranged to prevent water from being transported through the at least one air conduit from the at least one ventilation opening to the at least one water drainage opening .
Device for loading a barrelled weapon with ammunition bodies , in particular with artillery projectiles, with a rammer for moving an ammunition body from a loading position outside the loading chamber along a loading path (L) into a rammed position in the loading chamber of the barrelled weapon , characterized by a correction rammer downstream of the rammer in the loading path for correcting ramming errors as required.
An internal combustion engine exhaust gas purifying catalyst carrier consisting of: • a core body consisting of a CeO 2 -ZrO 2 solid solution, and • CeO 2 supported on the surface of the core body, characterized in that the core body has a CeO 2 content of 5 to 35 mass%, on the basis of the mass of the carrier, and the amount of CeO 2 supported on the core body is 5 to 17 mass%, on the basis of the mass of the carrier, wherein the sum of the amount of CeO 2 in the core body and the amount of CeO 2 supported on the surface of the core body is 10 to 40 mass%, on the basis of the mass of the carrier. • a core body consisting of a CeO 2 -ZrO 2 solid solution, and • CeO 2 supported on the surface of the core body,
A cutting apparatus suitable for creating tunnels or subterranean roadways and the like in hard rock comprising: a main frame having generally upward , downward and side facing regions; at least one arm pivotally mounted via an arm pivot axis aligned in a direction extending transverse including perpendicular to a generally upright direction relative to the upward and downward facing regions to enable the arm to pivot relative to the main frame in an upward and downward direction relative to the upward and downward facing regions; at least one arm actuator to actuate pivoting movement of the arm relative to the main frame , a rotatable cutting head mounted at the arm rotatable about a head axis orientated to extend substantially transverse to the arm pivot axis , a pair of crawler tracks or a set of wheels allowing a forward and rearward movement of the cutting apparatus over ground, and a set of floor engaging members mounted at the main frame , wherein the floor engaging members are extendable to provide a cutting mode of the cutting apparatus , in which the cutting apparatus rests on the floor engaging members , and are retractable to provide a non-cutting mode of the cutting apparatus , in which the cutting apparatus rests on the pair of crawler tracks or set of wheels, characterized in that the pair of crawler tracks or the set of wheels define a plane inclined relative to the main frame in a fixed manner such that upon changing from the cutting mode to the non-cutting mode the cutting head is raised away from the ground. a main frame having generally upward , downward and side facing regions; at least one arm pivotally mounted via an arm pivot axis aligned in a direction extending transverse including perpendicular to a generally upright direction relative to the upward and downward facing regions to enable the arm to pivot relative to the main frame in an upward and downward direction relative to the upward and downward facing regions; at least one arm actuator to actuate pivoting movement of the arm relative to the main frame , a rotatable cutting head mounted at the arm rotatable about a head axis orientated to extend substantially transverse to the arm pivot axis , a pair of crawler tracks or a set of wheels allowing a forward and rearward movement of the cutting apparatus over ground, and a set of floor engaging members mounted at the main frame , wherein the floor engaging members are extendable to provide a cutting mode of the cutting apparatus , in which the cutting apparatus rests on the floor engaging members , and are retractable to provide a non-cutting mode of the cutting apparatus , in which the cutting apparatus rests on the pair of crawler tracks or set of wheels, characterized in that the pair of crawler tracks or the set of wheels define a plane inclined relative to the main frame in a fixed manner such that upon changing from the cutting mode to the non-cutting mode the cutting head is raised away from the ground.
A surgical end effector assembly , comprising: an ultrasonic blade adapted to connect to an ultrasonic transducer configured to transmit ultrasonic energy to the ultrasonic blade; characterized in that , the assembly further comprises first and second panels disposed on opposite sides of the ultrasonic blade in laterally-spaced relation relative thereto; and a jaw pivotable relative to the ultrasonic blade and the first and second panels between open and clamping positions, wherein at least two of the ultrasonic blade, the first and second panels, or the jaw are energizable to different electrical potentials for transmitting an electric signal therebetween and through tissue for at least one of interrogating tissue or treating tissue. an ultrasonic blade adapted to connect to an ultrasonic transducer configured to transmit ultrasonic energy to the ultrasonic blade; characterized in that , the assembly further comprises first and second panels disposed on opposite sides of the ultrasonic blade in laterally-spaced relation relative thereto; and a jaw pivotable relative to the ultrasonic blade and the first and second panels between open and clamping positions, wherein at least two of the ultrasonic blade, the first and second panels, or the jaw are energizable to different electrical potentials for transmitting an electric signal therebetween and through tissue for at least one of interrogating tissue or treating tissue.
A piston for an internal combustion engine, comprising a piston crown for delimiting a combustion chamber of the internal combustion engine on a piston side; and a cover , which at least partially covers the piston crown , wherein a heat-insulating gap, preferably an air gap (L), is formed between the cover and the piston crown , the gap being in fluid connection with the combustion chamber and/or with an upper side of the cover facing away from the heat-insulating gap (L), wherein the piston crown comprises a piston recess and the cover is arranged at least partially in the piston recess and/or is adapted to the piston recess , and characterised in that : the piston recess is configured as an omega-shaped recess and/or a stepped recess, and the cover comprises at least partially an omega-shaped and/or a stepped cross-section; and the fluid connection is at least partially formed by an annular gap (R2) between an inner circumferential edge of the cover and a central elevation of the piston recess . a piston crown for delimiting a combustion chamber of the internal combustion engine on a piston side; and a cover , which at least partially covers the piston crown , wherein a heat-insulating gap, preferably an air gap (L), is formed between the cover and the piston crown , the gap being in fluid connection with the combustion chamber and/or with an upper side of the cover facing away from the heat-insulating gap (L), wherein the piston crown comprises a piston recess and the cover is arranged at least partially in the piston recess and/or is adapted to the piston recess , and characterised in that : the piston recess is configured as an omega-shaped recess and/or a stepped recess, and the cover comprises at least partially an omega-shaped and/or a stepped cross-section; and the fluid connection is at least partially formed by an annular gap (R2) between an inner circumferential edge of the cover and a central elevation of the piston recess . the piston recess is configured as an omega-shaped recess and/or a stepped recess, and the cover comprises at least partially an omega-shaped and/or a stepped cross-section; and the fluid connection is at least partially formed by an annular gap (R2) between an inner circumferential edge of the cover and a central elevation of the piston recess .
A computer implemented method for classification of input corresponding to multiple different kinds of input, the method comprising: obtaining a set of features from the input, wherein the input comprises speech and the set of features comprise digital representations of speech; providing the set of features to multiple different speech recognition models , that have been trained on different kinds of input, or have different structures or modeling technologies, to generate state predictions, wherein the speech recognition models comprise hidden layer outputs; generating , using a weight prediction model a set of state-dependent predicted weights from the hidden layer outputs; and combining the state predictions from the multiple speech recognition models, based on the state-dependent predicted weights for classification of the set of features; providing the combined state predictions to a speech decoder to classify the input as one or more spoken words; wherein the set of state dependent predicted weights are dynamic weights; wherein the hidden layer outputs are concatenated hidden layer outputs that are generated by providing the hidden layer outputs from the different speech recognition models to a concatenation function. obtaining a set of features from the input, wherein the input comprises speech and the set of features comprise digital representations of speech; providing the set of features to multiple different speech recognition models , that have been trained on different kinds of input, or have different structures or modeling technologies, to generate state predictions, wherein the speech recognition models comprise hidden layer outputs; generating , using a weight prediction model a set of state-dependent predicted weights from the hidden layer outputs; and combining the state predictions from the multiple speech recognition models, based on the state-dependent predicted weights for classification of the set of features; providing the combined state predictions to a speech decoder to classify the input as one or more spoken words; wherein the set of state dependent predicted weights are dynamic weights; wherein the hidden layer outputs are concatenated hidden layer outputs that are generated by providing the hidden layer outputs from the different speech recognition models to a concatenation function.
A system comprising: a cannula an inner metal tube positioned over the cannula; wherein the inner metal tube makes electrical and physical contact with the cannula thereby allowing the cannula to be a first electrode, an insulating layer applied to the inner metal tube; and a removable sheath positioned over the insulating layer, the sheath comprising a second electrode; wherein the insulating layer isolates the first electrode from the second electrode ; and further comprising an impedance sensing system electrically coupled to the electrodes, wherein the electrodes and the impedance sensing system are operable to measure impedance of tissue adjacent to a distal tip of the cannula. a cannula an inner metal tube positioned over the cannula; wherein the inner metal tube makes electrical and physical contact with the cannula thereby allowing the cannula to be a first electrode, an insulating layer applied to the inner metal tube; and a removable sheath positioned over the insulating layer, the sheath comprising a second electrode; wherein the insulating layer isolates the first electrode from the second electrode ; and further comprising an impedance sensing system electrically coupled to the electrodes, wherein the electrodes and the impedance sensing system are operable to measure impedance of tissue adjacent to a distal tip of the cannula.
An adjustable floor support system for supporting a raised floor construction relative to an underlying support surface , the adjustable floor support system comprising an elongated floor joist extending in a first direction (X), at least one level adjustment screw and at least one connection plug ; wherein the at least one level adjustment screw is attachable to the at least one connection plug , and the at least one connection plug is attachable to the floor joist ; wherein the at least one connection plug is attachable to the floor joist by a lower plug end connecting to at least one corresponding lower plug opening of the floor joist ; characterized in that the floor joist has a hollow configuration with an upper wall , a lower wall and two side walls arranged between the upper wall and the lower wall , where the upper wall has at least one upper plug opening and the lower wall has the at least one corresponding lower plug opening ; wherein the at least one connection plug is attachable to the floor joist by an upper plug end connecting to the at least one upper plug opening of the floor joist . wherein the at least one level adjustment screw is attachable to the at least one connection plug , and the at least one connection plug is attachable to the floor joist ; wherein the at least one connection plug is attachable to the floor joist by a lower plug end connecting to at least one corresponding lower plug opening of the floor joist ; characterized in that the floor joist has a hollow configuration with an upper wall , a lower wall and two side walls arranged between the upper wall and the lower wall , where the upper wall has at least one upper plug opening and the lower wall has the at least one corresponding lower plug opening ; wherein the at least one connection plug is attachable to the floor joist by an upper plug end connecting to the at least one upper plug opening of the floor joist .
Thermal spraying method for coating the inner surface of a cylinder of an internal combustion engine or piston engine, the method comprising the following steps: - applying a thermal spray layer to the inner surface of the cylinder , and - optically detecting the surroundings of the spray jet , namely a space outside the spray jet , by means of an optical sensor device , wherein, if the optical sensor device detects particles of the spray material supplied to the spray torch in the monitored area outside the spray jet and above the upper base surface of the cylinder , i.e. outside the cylinder , the parameters of which particles exceed a defined threshold, the coating process is assumed to be defective. - applying a thermal spray layer to the inner surface of the cylinder , and - optically detecting the surroundings of the spray jet , namely a space outside the spray jet , by means of an optical sensor device ,
An optoelectronic device for generating and radiating an electromagnetic signal (S) having at least one central frequency F0 between 30 GHz and 1 THz, comprising: - a dividing guide (SW) which is configured to divide in an XY plane an optical inlet beam (OB) which carries the electromagnetic signal (S) into n elementary beams (OBi), - a group of n photodiodes (PDi) which comprise a semi-conductor material and which are arranged in at least one row, the photodiodes of a row being electrically connected to each other in series by a planar metal assembly (ME) comprising a plurality of metal elements (Mele), a photodiode being connected to the following one by a metal element and being arranged between two metal elements, - the dividing guide (SW) further being configured to inject an elementary beam into an associated photodiode (PDi) and so that a relative optical delay between two elementary beams upon arrival at the associated photodiode is less than a period of the electromagnetic signal, - the metal assembly (ME) and the group of photodiodes forming an antenna (Ant) which is able to radiate the electromagnetic signal (S), each photodiode constituting an electrical input of the antenna, the antenna having a length (L0) equal to a multiple of half of a central wavelength (λ0) calculated based on the central frequency (F0). - a dividing guide (SW) which is configured to divide in an XY plane an optical inlet beam (OB) which carries the electromagnetic signal (S) into n elementary beams (OBi), - a group of n photodiodes (PDi) which comprise a semi-conductor material and which are arranged in at least one row, the photodiodes of a row being electrically connected to each other in series by a planar metal assembly (ME) comprising a plurality of metal elements (Mele), a photodiode being connected to the following one by a metal element and being arranged between two metal elements, - the dividing guide (SW) further being configured to inject an elementary beam into an associated photodiode (PDi) and so that a relative optical delay between two elementary beams upon arrival at the associated photodiode is less than a period of the electromagnetic signal, - the metal assembly (ME) and the group of photodiodes forming an antenna (Ant) which is able to radiate the electromagnetic signal (S), each photodiode constituting an electrical input of the antenna, the antenna having a length (L0) equal to a multiple of half of a central wavelength (λ0) calculated based on the central frequency (F0).