mhurhangee/patent-ind-claim-en huggingface dataset:
Gearbox arrangement exhibiting at least one gearbox device , wherein the gearbox arrangement is configured for providing partial vacuum within the gearbox device , the gearbox arrangement comprising a vacuum pump communicating with an inner volume (C11) of the gearbox device , a vacuum oil tank , an oil pump coupled to the vacuum oil tank , a plurality of valves , a piping connecting the vacuum oil tank and the gearbox device and the vacuum pump ; wherein the vacuum oil tank and at least one of the valves provide for a selectable/switchable siphon arrangement such that a predefinable vacuum level is ensured within the inner volume (C11) by means of the vacuum pump and via the vacuum oil tank , wherein the gearbox arrangement further comprises a sensor unit comprising at least one sensor , characterized in that the gearbox arrangement further comprises a control unit configured for controlling at least the vacuum pump and the oil pump respectively depending on actual sensor data of the at least one sensor, wherein the predefinable vacuum level is controlled/controllable by controlling the vacuum pump depending on actual sensor data of the at least one sensor, the sensor data comprising at least one of the following types of data: pressure sensor data related to a/the vacuum level within the inner volume (C11), air leakage sensor data related to the gearbox device .
A solar tracking arrangement for enabling a plurality of parallel arranged Parabolic Trough solar Collectors, PTCs, to be directed towards the travelling sun, where each of the PTCs comprises a PTC conversion means , the solar tracking arrangement being connectable to the PTCs and comprises: • a drive means , • a transmission means , and • a plurality of conversion means , the transmission means being connected with the drive means and to each of the plurality of conversion means , the transmission means being configured to convey an operating movement caused by the drive means to the plurality of conversion means , and each of the conversion means being configured to convert the conveyed operating movement into a pivoting movement of a respective one of the plurality of PTCs about a focus line, such that each of the pivoting movements directs the optical axis of symmetry of the respective PTC towards the travelling sun, and wherein each of the conversion means is configured to cooperate with a circular circumference of a corresponding PTC conversion means e.g. a drum or a shaft, of the respective PTC , characterized in that one or more of the conversion means is adjustably fixated to the transmission means in a direction along the transmission means to enable individual angular position adjustment of the respective one of the plurality of PTC's . • a drive means , • a transmission means , and • a plurality of conversion means ,
A method for processing an application packet for transmission, comprising: breaking (S100) the application packet into a plurality of segments creating (S200) first pseudorandom bits; generating (S210) partial tags based on each of the plurality of segments and portions of the first pseudorandom bits associated with each of the plurality of segments; combining (S245) the partial tags including a last partial tag associated with a last segment of the application packet to create an accumulated tag; generating (S250) an authentication tag based on the accumulated tag and second pseudorandom bits; storing (S260) the authentication tag; and transmitting (S270) the plurality of segments including the authentication tag; said method further comprising encrypting (S120) the plurality of segments by performing an exclusive- OR operation on the plurality of segments with respective portions of third pseudorandom bits to create ciperhertext blocks . breaking (S100) the application packet into a plurality of segments creating (S200) first pseudorandom bits; generating (S210) partial tags based on each of the plurality of segments and portions of the first pseudorandom bits associated with each of the plurality of segments; combining (S245) the partial tags including a last partial tag associated with a last segment of the application packet to create an accumulated tag; generating (S250) an authentication tag based on the accumulated tag and second pseudorandom bits; storing (S260) the authentication tag; and transmitting (S270) the plurality of segments including the authentication tag; said method further comprising encrypting (S120) the plurality of segments by performing an exclusive- OR operation on the plurality of segments with respective portions of third pseudorandom bits to create ciperhertext blocks .
A heating device ultilising heat recovery, the device comprising an alumina ceramic tube body , wherein the alumina ceramic tube body defines a cavity suitable for placing a heating component and characterised in that the alumina ceramic tube body comprises a first group of honeycomb porous channels which are arranged between an outer wall and an inner wall of the alumina ceramic tube body
A helico centrifugal fan formed by a structural assembly comprising an air convergence cone and an air divergence cone inside a tubular casing , between which cones there is an air passage duct, the air convergence cone comprises a frustoconical body and the air divergence cone comprises a frustoconical body, there being a propeller in the air divergence cone associated with a drive motor , characterized in that the air convergence cone and the air divergence cone are axially separated, there being a silencer between them arranged between the narrowest parts thereof, the air passage duct being a constant diameter duct arranged between the narrowest part of the convergence cone and the narrowest part of the divergence cone , this constant diameter duct having a diameter equal to the narrowest diameter of the frustoconical body of the air convergence cone and of the frustoconical body of the air divergence cone .
A magnetic arrangement for detecting a relative movement and/or relative position of a first and a second object relative to each other in six components, notably three displacements and three angular rotations in and respectively about the three axes of the Cartesian coordinate system, comprising at least six sensor units for detecting the three displacements and the three angular rotations, wherein each sensor unit comprises at least one magnet and one magnetoresistive sensor , wherein the at least one magnet of the sensor unit is movable relative to the magnetoresistive sensor of the sensor unit , and wherein each sensor unit has a sensor direction , wherein the magnetoresistive sensor measures a position of the at least one magnet along the sensor direction , characterized in that the magnetoresistive sensors are one-dimensional sensors, and a first and a second group is provided, each comprising at least three sensor units , wherein the sensor directions of the sensor units of the first group are essentially perpendicularly to the sensor directions of the sensor units of the second group and interact with respective correspondingly oriented, opposite magnets.
A method of generating a patient-specific prosthetic, the method comprising: receiving anatomic imaging data representative of a portion of a patient's anatomy; defining a first digital representation of the anatomic imaging data, the first digital representation of the anatomic imaging data being associated with a portion of the patient's anatomy in a first configuration; modifying the first digital representation of the anatomic imaging data to generate a second digital representation of the anatomic imaging data, the second digital representation of the anatomic imaging data being associated with the portion of the patient's anatomy in a second configuration, the portion of the patient's anatomy being transitioned from the first configuration to the second configuration in response to insertion of a prosthetic implant; and generating a patient-specific prosthetic template of the portion of the patient's anatomy based at least in part on the second digital representation of the anatomic imaging data. receiving anatomic imaging data representative of a portion of a patient's anatomy; defining a first digital representation of the anatomic imaging data, the first digital representation of the anatomic imaging data being associated with a portion of the patient's anatomy in a first configuration; modifying the first digital representation of the anatomic imaging data to generate a second digital representation of the anatomic imaging data, the second digital representation of the anatomic imaging data being associated with the portion of the patient's anatomy in a second configuration, the portion of the patient's anatomy being transitioned from the first configuration to the second configuration in response to insertion of a prosthetic implant; and generating a patient-specific prosthetic template of the portion of the patient's anatomy based at least in part on the second digital representation of the anatomic imaging data.
An insulation structure of a cargo tank of an LNG carrier, comprising: a secondary barrier of multiple top and bottom insulation panels; a first metal foil attached and installed in between the top insulation panels and the bottom insulation panels; a second metal foil attached to and installed on the first metal foil that is positioned on an upper side of a gap formed between the bottom insulation panels; a top bridge panel attached to and installed on an upper side of the second metal foil ; characterized in that the insulation structure further comprises an adhesive member pre-coated on an adhesion part formed on the first metal foil and the second metal foil ; and wherein the first metal foil and the second metal foil are made of aluminum or stainless steel and are coated with a primer or silane. a secondary barrier of multiple top and bottom insulation panels; a first metal foil attached and installed in between the top insulation panels and the bottom insulation panels; a second metal foil attached to and installed on the first metal foil that is positioned on an upper side of a gap formed between the bottom insulation panels; a top bridge panel attached to and installed on an upper side of the second metal foil ; characterized in that the insulation structure further comprises an adhesive member pre-coated on an adhesion part formed on the first metal foil and the second metal foil ; and wherein the first metal foil and the second metal foil are made of aluminum or stainless steel and are coated with a primer or silane.
Control device (OM) for setting up and/or providing a work environment that comprises at least one performance unit (TM) for performing at least one factory task (CT) using machines (D1, D2, D3, D4, TP, MR), comprising: - a resource management unit for requesting resources needed for the work environment, - a comparison unit configured to compare the requested resources with at least one resource agreed in a binding agreement stored in a distributed database (DL) and to approve said resources on the basis of the comparison result, wherein - the control device (OM) is configured to set up and/or provide the work environment using at least one compared and approved resource, the resources being provided from a resource pool comprising units for storage, processing or communication; wherein the at least one performance unit (TM) is configured to follow setup and/or provision of the work environment by the control device (OM) by using the at least one compared and approved resource and performing the at least one factory task (CT); and wherein the control device is configured to instigate a release of said resources and/or to perform said release itself, characterized in that : the at least one performance unit (TM) is configured to coordinate the check for correct and/or entire factory task completion by one or more machines (D1, D2, D3, D4, TP, MR) involved in the work environment, and the control device (OM) is configured to look for an alternative supplier if an infrastructure supplier is unable to confirm and/or meet a requirement included in the agreement. - a resource management unit for requesting resources needed for the work environment, - a comparison unit configured to compare the requested resources with at least one resource agreed in a binding agreement stored in a distributed database (DL) and to approve said resources on the basis of the comparison result, wherein - the control device (OM) is configured to set up and/or provide the work environment using at least one compared and approved resource, the resources being provided from a resource pool comprising units for storage, processing or communication; wherein the at least one performance unit (TM) is configured to follow setup and/or provision of the work environment by the control device (OM) by using the at least one compared and approved resource and performing the at least one factory task (CT); and the at least one performance unit (TM) is configured to coordinate the check for correct and/or entire factory task completion by one or more machines (D1, D2, D3, D4, TP, MR) involved in the work environment, and the control device (OM) is configured to look for an alternative supplier if an infrastructure supplier is unable to confirm and/or meet a requirement included in the agreement.
A method for detecting feature points in an image, comprising: (S210) processing data of the image using a plurality of first type of convolutional layers in a Convolutional Neural Network (CNN) to generate first processed data, wherein the plurality of first type of convolutional layers comprise a plurality of first convolution kernels which do not share weights; (S220) processing the first processed data using a plurality of second type of convolutional layers in the CNN to generate second processed data, wherein the plurality of the second type of convolutional layers comprise convolution kernels having a plurality of second shared weights; and (S230) determining the feature points in the image based on the second processed data; wherein the plurality of the first type of convolutional layers precede the plurality of the second type of convolutional layers in the CNN. (S210) processing data of the image using a plurality of first type of convolutional layers in a Convolutional Neural Network (CNN) to generate first processed data, wherein the plurality of first type of convolutional layers comprise a plurality of first convolution kernels which do not share weights; (S220) processing the first processed data using a plurality of second type of convolutional layers in the CNN to generate second processed data, wherein the plurality of the second type of convolutional layers comprise convolution kernels having a plurality of second shared weights; and (S230) determining the feature points in the image based on the second processed data; wherein the plurality of the first type of convolutional layers precede the plurality of the second type of convolutional layers in the CNN.
Electronic circuit including, in an automatic gain control loop, an input amplifier , which includes two inputs arranged to receive two input signals (V IN +, V IN -) having a determined frequency, which has a phase shift of 180° one to the other, an automatic gain control unit connected to the output of the input amplifier to detect an amplitude level of an output signal (V OUT ) of the input amplifier, and a unit for attenuating the two input signals (V IN +, V IN -) of the input amplifier based on an adaptation signal (V AGC ) supplied by the automatic gain control unit , characterized in that the attenuation unit includes a means of comparison for comparing the adaptation signal (V AGC ) to a reference signal (V REF ) and for supplying an attenuation current, whose intensity is a function of the difference between the adaptation signal (V AGC ) and the reference signal (V REF ), to a diode-connected replica transistor (M2) having a first conductivity type, which is connected by a source or an emitter to a continuous mean voltage (V CM ), which is continuous mean voltage of the two input signals (V IN+ , V IN- ) of the input amplifier , the diode-connected replica transistor (M2) controlling a shunt transistor (M1) having a first conductivity type, which defines a shunt resistance connected to the input amplifier input, whose resistive value depends on the intensity of the attenuation current passing through the diode-connected replica transistor (M2), and in that the shunt transistor (M1) is an identical transistor to the replica transistor (M2), in that a source or an emitter of the shunt transistor (M1) is connected to a first input of the input amplifier , and in that a drain or a collector of the shunt transistor (M1) is connected to a second input of the input amplifier .
A method of configuring a storage system comprising a plurality of addressable panel controllers each having an indicator , the method comprising the steps of: broadcasting, by a system controller, an address set-up command to said panel controllers, said command including an address to be assigned; at each panel controller, after determining that a received command is a said address set-up command, displaying whether a valid address is set using the indicator; receiving a user selection at one of said plurality of panel controllers; and at the selected panel controller, determining whether said address to be assigned is from a preset range of addresses that are hard-coded in the panel controller; and if said address to be assigned is from the preset range of addresses that are hard-coded in the panel controller, storing said address to be assigned in the selected panel controller and displaying by the indicator that the address set-up was successful; and if said address to be assigned is not from the preset range of addresses that are hard-coded in the panel controller, rejecting said address. broadcasting, by a system controller, an address set-up command to said panel controllers, said command including an address to be assigned; at each panel controller, after determining that a received command is a said address set-up command, displaying whether a valid address is set using the indicator; receiving a user selection at one of said plurality of panel controllers; and at the selected panel controller, determining whether said address to be assigned is from a preset range of addresses that are hard-coded in the panel controller; and if said address to be assigned is from the preset range of addresses that are hard-coded in the panel controller, storing said address to be assigned in the selected panel controller and displaying by the indicator that the address set-up was successful; and if said address to be assigned is not from the preset range of addresses that are hard-coded in the panel controller, rejecting said address. if said address to be assigned is from the preset range of addresses that are hard-coded in the panel controller, storing said address to be assigned in the selected panel controller and displaying by the indicator that the address set-up was successful; and if said address to be assigned is not from the preset range of addresses that are hard-coded in the panel controller, rejecting said address.
A process chamber , comprising: a chamber body ; a substrate support disposed in the chamber body; a sputtering target disposed in the chamber body, the sputtering target having a surface facing the substrate support; and a magnetron disposed over the sputtering target, the magnetron comprising magnets having ends facing the sputtering target that define a plane that is tilted at an acute angle with respect to the surface of the sputtering target, the acute angle ranging from about 0.3 degrees to about 2 degrees. a chamber body ; a substrate support disposed in the chamber body; a sputtering target disposed in the chamber body, the sputtering target having a surface facing the substrate support; and a magnetron disposed over the sputtering target, the magnetron comprising magnets having ends facing the sputtering target that define a plane that is tilted at an acute angle with respect to the surface of the sputtering target, the acute angle ranging from about 0.3 degrees to about 2 degrees.
A power detection method, comprising, resonating a circuit element (L3, C0) with a parasitic inductance or parasitic capacitance at a frequency of operation of a load ; detecting a voltage of the load; detecting a current of the load; introducing a phase delay between the detected voltage of the load and the detected current of the load, thereby producing a voltage measurement and a current measurement; and multiplying the voltage measurement and the current measurement.
A series of removable dental positioning appliances comprising: a first number of aligners for repositioning one or more teeth from a first configuration to a second configuration that exposes an implant location space; and a second number of aligners to reposition one or more teeth from the second configuration to a successive configuration, wherein at least one aligner of the second number of aligners includes a landmark, the landmark comprising an inset that progresses partially through the substance of the aligner or an everted cylinder , that provides wall support to allow tactile feedback for an implant drill, thereby serving as an implant placement guide. a first number of aligners for repositioning one or more teeth from a first configuration to a second configuration that exposes an implant location space; and a second number of aligners to reposition one or more teeth from the second configuration to a successive configuration, wherein at least one aligner of the second number of aligners includes a landmark, the landmark comprising an inset that progresses partially through the substance of the aligner or an everted cylinder , that provides wall support to allow tactile feedback for an implant drill, thereby serving as an implant placement guide.
A wrappable knit textile sleeve , comprising: a wall of knit yarn having opposite edges extending lengthwise along a longitudinal axis of the sleeve between opposite ends with a straightened length (L1) of said wall spanning between said opposite ends , said knit yarn including warp yarns extending generally parallel to said longitudinal axis and weft yarns extending generally transversely to said longitudinal axis , said opposite edges being wrappable into overlapping one another to form a tubular cavity ; and characterised by at least one of said weft yarns being an electro-functional yarn laid in between adjacent warp yarns so that the at least one weft electro-functional yarn meanders along the longitudinal axis with a straightened length (L2) that is greater than said straightened length (L1) of said wall , thereby allowing opposite ends of said at least one electro-functional yarn to be pulled axially outwardly from said opposite ends of said wall to form leads for attachment to a power source. a wall of knit yarn having opposite edges extending lengthwise along a longitudinal axis of the sleeve between opposite ends with a straightened length (L1) of said wall spanning between said opposite ends , said knit yarn including warp yarns extending generally parallel to said longitudinal axis and weft yarns extending generally transversely to said longitudinal axis , said opposite edges being wrappable into overlapping one another to form a tubular cavity ; and characterised by at least one of said weft yarns being an electro-functional yarn laid in between adjacent warp yarns so that the at least one weft electro-functional yarn meanders along the longitudinal axis with a straightened length (L2) that is greater than said straightened length (L1) of said wall , thereby allowing opposite ends of said at least one electro-functional yarn to be pulled axially outwardly from said opposite ends of said wall to form leads for attachment to a power source.