mhurhangee/patent-ind-claim-en huggingface dataset:
Mechatronic lock-key system, comprising a key with shaft and key bow, in which a 13.56 MHz RFID chip is read out contactlessly, and a lock, the lock having a lock cylinder housing , in which a cylinder core is mounted rotatably and is provided with a key channel, into which the shaft of the key can be inserted in order to implement a locking process, and an electronics unit which evaluates an electronic coding of the key being disposed in the lock, characterised in that the shaft of the key consists of a ceramic material, and in that an RFID antenna made of tungsten wire is embedded in the latter and is connected conductively to the RFID chip disposed in the key bow, in that a voltage supply for the electronics unit disposed in the cylinder core for reading out the RFID chip disposed in the key is present in the cylinder housing , in that a testing element which is pivotable in the key channel is provided in the cylinder core , which testing element consists of a pivotable hardened plate with a starting bevel and a sharp edge which can be pressed against the shaft of the key , which is partially inserted into the key channel, during insertion of the key shaft, the sharp edge scratching over the ceramic surface thereof and hence testing the hardness and smoothness of the shaft material, the starting bevel being able to be pressed back out of the key channel into the cylinder core respectively according to the surface property and the hardness of the shaft, and in that the plate is in engagement on the side orientated away from the key channel with a locking pin which is provided in the wall of the lock cylinder housing, is springloaded and can be pressed over the separating plane between cylinder core and lock cylinder housing, the dimensions of the plate , the starting bevel thereof, the sharp edge thereof, and of the locking pin being coordinated to each other such that when a tested key with key shaft made of a ceramic material has been inserted fully in the key channel, the locking pin is pressed into the wall of the lock cylinder housing, so that the separating plane is released and rotation of the cylinder core and hence a locking process can be implemented.
A method comprising: receiving, at a supervisory device in a network, traffic data from a security device that uses traffic signatures to assess traffic in the network; receiving, at the supervisory device , traffic data from one or more distributed learning agents that use machine learning-based anomaly detection to assess traffic in the network; training, by the supervisory device , a traffic classifier using the received traffic data from the security device and from the one or more distributed learning agents ; and deploying, by the supervisory device , the traffic classifier to a selected one of the one or more distributed learning agents. receiving, at a supervisory device in a network, traffic data from a security device that uses traffic signatures to assess traffic in the network; receiving, at the supervisory device , traffic data from one or more distributed learning agents that use machine learning-based anomaly detection to assess traffic in the network; training, by the supervisory device , a traffic classifier using the received traffic data from the security device and from the one or more distributed learning agents ; and deploying, by the supervisory device , the traffic classifier to a selected one of the one or more distributed learning agents.
A tire comprising a belt layer arranged inside a tread portion , wherein the belt layer includes at least one belt ply , the belt ply includes belt cords made of steel single wires each having a flat cross-sectional shape, and a topping rubber covering the belt cords , wherein the tread portion includes a tread rubber forming a tread ground contacting surface, characterized in that the topping rubber has a complex elastic modulus ES* at 70 degrees Celsius in the range of 8.0 to 20.0 MPa and a loss tangent tanδ at 70 degrees Celsius in the range of 0.04 to 0.14, and in that the tread rubber has a complex elastic modulus ET* at 70 degrees Celsius in the range of 4.5 to 10.0 MPa and a loss tangent tanδ at 70 degrees Celsius in the range of 0.08 to 0.15, wherein the complex elastic modulus ES*, the complex elastic modulus ET* and loss tangent tanδ are determined in accordance with JIS-K6394 under the conditions of initial strain 10%, amplitude of dynamic strain ±1%, frequency 10Hz and deformation mode tensile. the belt layer includes at least one belt ply , the belt ply includes belt cords made of steel single wires each having a flat cross-sectional shape, and a topping rubber covering the belt cords , wherein the tread portion includes a tread rubber forming a tread ground contacting surface, characterized in that the topping rubber has a complex elastic modulus ES* at 70 degrees Celsius in the range of 8.0 to 20.0 MPa and a loss tangent tanδ at 70 degrees Celsius in the range of 0.04 to 0.14, and in that the tread rubber has a complex elastic modulus ET* at 70 degrees Celsius in the range of 4.5 to 10.0 MPa and a loss tangent tanδ at 70 degrees Celsius in the range of 0.08 to 0.15, wherein the complex elastic modulus ES*, the complex elastic modulus ET* and loss tangent tanδ are determined in accordance with JIS-K6394 under the conditions of initial strain 10%, amplitude of dynamic strain ±1%, frequency 10Hz and deformation mode tensile.
A personal care composition comprising: a) turbostratic boron nitride particles; b) non-silicone polyolefin particles having an average particle size in the range of 0.5 to 5 microns; and c) a cosmetically acceptable carrier. a) turbostratic boron nitride particles; b) non-silicone polyolefin particles having an average particle size in the range of 0.5 to 5 microns; and c) a cosmetically acceptable carrier.
A sole system for an article of footwear , the sole system comprising: a forefoot portion , a midfoot portion , and heel portion ; a sole structure with at least three layers, including a first layer , a second layer , and a third layer ; wherein the sole structure is disposed between an upper and a ground-contacting outsole of the article of footwear ; the second layer being disposed between the first layer and the third layer ; the first layer having a first stiffness, the second layer having a second stiffness, the third layer having a third stiffness; wherein the first stiffness is less than the second stiffness, and wherein the third stiffness is less than the second stiffness; wherein the sole structure is configured to disperse pressure throughout the sole structure ; and wherein the second layer is a substantially continuous layer, wherein the second layer comprises a heel segment , a bridge segment , a midfoot segment , and a toe segment , wherein the bridge segment is disposed entirely along a lateral side of the sole structure , wherein the toe segment is disposed entirely along a medial side of the sole structure , and wherein the second layer is an asymmetric layer including a plurality of apertures . a forefoot portion , a midfoot portion , and heel portion ; a sole structure with at least three layers, including a first layer , a second layer , and a third layer ; wherein the sole structure is disposed between an upper and a ground-contacting outsole of the article of footwear ; the second layer being disposed between the first layer and the third layer ; the first layer having a first stiffness, the second layer having a second stiffness, the third layer having a third stiffness; wherein the first stiffness is less than the second stiffness, and wherein the third stiffness is less than the second stiffness; wherein the sole structure is configured to disperse pressure throughout the sole structure ; and wherein the second layer is a substantially continuous layer, wherein the second layer comprises a heel segment , a bridge segment , a midfoot segment , and a toe segment , wherein the bridge segment is disposed entirely along a lateral side of the sole structure , wherein the toe segment is disposed entirely along a medial side of the sole structure , and wherein the second layer is an asymmetric layer including a plurality of apertures .
A motorized roller blind , said motorized roller blind comprising: a headrail and a motorized roller , wherein said headrail comprises a battery compartment for holding a battery configured to drive said motorized roller , wherein said battery compartment comprises a battery space , a closable lid movable between a closed position in which said battery space is closed from the surroundings and an open position in which said battery space is opened to the surroundings, and a battery tray arranged to hold the battery , wherein said battery tray is rigidly connected to said closable lid , thus providing easy access to the battery when said lid is in its open position, wherein said battery tray comprises a substantially horizontal surface arranged to support a battery , and characterized by that said closable lid is pivotable about a vertical pivot axis between said closed position and said open position. a headrail and a motorized roller , wherein said headrail comprises a battery compartment for holding a battery configured to drive said motorized roller , wherein said battery compartment comprises a battery space , a closable lid movable between a closed position in which said battery space is closed from the surroundings and an open position in which said battery space is opened to the surroundings, and a battery tray arranged to hold the battery , wherein said battery tray is rigidly connected to said closable lid , thus providing easy access to the battery when said lid is in its open position, wherein said battery tray comprises a substantially horizontal surface arranged to support a battery , and characterized by that said closable lid is pivotable about a vertical pivot axis between said closed position and said open position.
A communication apparatus, comprising: a processing unit configured to select one of a frame of a first format including a training signal and a frame of a second format not including a first field which is at least a part of the training signal, and generate the frame of the selected format; and a communication unit configured to transmit the frame of the first format or the frame of the second format, characterized in that the frame of the second format is configured with only a data part of a frame, and the processing unit being configured to select the frame of the second format when a first condition related to a transmission time of a frame to be transmitted is satisfied. a processing unit configured to select one of a frame of a first format including a training signal and a frame of a second format not including a first field which is at least a part of the training signal, and generate the frame of the selected format; and a communication unit configured to transmit the frame of the first format or the frame of the second format, characterized in that the frame of the second format is configured with only a data part of a frame, and the processing unit being configured to select the frame of the second format when a first condition related to a transmission time of a frame to be transmitted is satisfied.
Position measuring device comprising • a graduation carrier with a measurement graduation , • a scanning device for generating position signals (PS) by scanning the measurement graduation , • a processing unit for processing the position signals (PS) to form a digital position value (POS), • an interface unit for communicating with downstream electronics , wherein the position measuring device has at least one collision sensor which generates analogue or digital measured values (MA, M), from the temporal profile of which collision events can be determined, and wherein the position measuring device has an evaluation unit for capturing the measured values (MA, M), wherein the evaluation unit comprises a control unit which is suitably configured to detect collision events by evaluating the temporal profile of the measured values (MA, M) and, if a collision event is detected, to generate an error message (ERR) and to transmit the error message (ERR) to the downstream electronics via the interface unit . • a graduation carrier with a measurement graduation , • a scanning device for generating position signals (PS) by scanning the measurement graduation , • a processing unit for processing the position signals (PS) to form a digital position value (POS), • an interface unit for communicating with downstream electronics ,
A computer implemented skin status detection method, comprising: obtaining (S301) a region of interest in a face image; characterized by dividing (S302) the region of interest into a highlighted region and a non-highlighted region based on a light reflection status on the face; separately determining (S303) a first segmentation threshold of the highlighted region and a second segmentation threshold of the non-highlighted region; obtaining (S304) a binary image of the highlighted region based on the first segmentation threshold, and obtaining a binary image of the non-highlighted region based on the second segmentation threshold; fusing (S305) the binary image of the highlighted region and the binary image of the non-highlighted region to obtain a fused image; and identifying,(S306) based on the fused image, pores and/or blackheads comprised in the region of interest. obtaining (S301) a region of interest in a face image; characterized by dividing (S302) the region of interest into a highlighted region and a non-highlighted region based on a light reflection status on the face; separately determining (S303) a first segmentation threshold of the highlighted region and a second segmentation threshold of the non-highlighted region; obtaining (S304) a binary image of the highlighted region based on the first segmentation threshold, and obtaining a binary image of the non-highlighted region based on the second segmentation threshold; fusing (S305) the binary image of the highlighted region and the binary image of the non-highlighted region to obtain a fused image; and identifying,(S306) based on the fused image, pores and/or blackheads comprised in the region of interest.
A method performed by a wireless device for re-establishing a radio connection in a wireless communications network comprising a first Radio Access Technology, RAT, and a second RAT being different from the first RAT, wherein the wireless device is operating in a first cell served by a first radio network node operating in the first RAT, and wherein the method comprises: - when a connection failure with the first cell served by the first radio network node is detected, performing a cell selection; selecting a second cell served by a second radio network node operating in the second RAT, which second cell is known by the wireless device to be a candidate for re-establishment; determining a first set of parameters to be used as an identifier of the wireless device , wherein the first set of parameters is associated with the first cell ; updating the first set of parameters by converting one or more parameters of the first set of parameters to a format of a message for the second RAT; and transmitting to the second cell , a re-establishment request message comprising the converted one or more parameters of the first set of parameters as the identifier of the wireless device . - when a connection failure with the first cell served by the first radio network node is detected, performing a cell selection; selecting a second cell served by a second radio network node operating in the second RAT, which second cell is known by the wireless device to be a candidate for re-establishment; determining a first set of parameters to be used as an identifier of the wireless device , wherein the first set of parameters is associated with the first cell ; updating the first set of parameters by converting one or more parameters of the first set of parameters to a format of a message for the second RAT; and transmitting to the second cell , a re-establishment request message comprising the converted one or more parameters of the first set of parameters as the identifier of the wireless device . performing a cell selection; selecting a second cell served by a second radio network node operating in the second RAT, which second cell is known by the wireless device to be a candidate for re-establishment; determining a first set of parameters to be used as an identifier of the wireless device , wherein the first set of parameters is associated with the first cell ; updating the first set of parameters by converting one or more parameters of the first set of parameters to a format of a message for the second RAT; and transmitting to the second cell , a re-establishment request message comprising the converted one or more parameters of the first set of parameters as the identifier of the wireless device .
A method of manufacturing an article of footwear comprising: molding a pre-formed sole structure through at least one of a compression molding or an injection molding process, the pre-formed sole structure having a thermoplastic sole component that comprises both a foamed thermoplastic base layer and a foamed thermoplastic outer layer and the sole component comprises a medial portion and a lateral portion; applying an adhesive to the inner surface of the pre-formed sole structure ; heating the pre-formed sole structure ; positioning the heated, pre-formed sole structure adjacent to a lasted upper having a ground-facing underfoot portion, a medial sidewall and a lateral sidewall , wherein positioning includes aligning the sole portion of the sole structure in adjacent contact with the ground facing surface of the upper ; thermoforming the pre-formed sole structure against the lasted upper such that the adhesive is drawn into contact with the ground-facing surface of the upper , the medial portion of the sole component bends from apart the upper into contact with the medial sidewall of the upper , and further such that the lateral portion of the sole component bends from apart the upper into contact with the lateral sidewall of the upper . molding a pre-formed sole structure through at least one of a compression molding or an injection molding process, the pre-formed sole structure having a thermoplastic sole component that comprises both a foamed thermoplastic base layer and a foamed thermoplastic outer layer and the sole component comprises a medial portion and a lateral portion; applying an adhesive to the inner surface of the pre-formed sole structure ; heating the pre-formed sole structure ; positioning the heated, pre-formed sole structure adjacent to a lasted upper having a ground-facing underfoot portion, a medial sidewall and a lateral sidewall , wherein positioning includes aligning the sole portion of the sole structure in adjacent contact with the ground facing surface of the upper ; thermoforming the pre-formed sole structure against the lasted upper such that the adhesive is drawn into contact with the ground-facing surface of the upper , the medial portion of the sole component bends from apart the upper into contact with the medial sidewall of the upper , and further such that the lateral portion of the sole component bends from apart the upper into contact with the lateral sidewall of the upper .
A catheter pump , comprising: an expandable cannula defining a blood flow channel and comprising an impeller blade zone , a distal inlet zone including a flared portion that widens radially between a proximal end and a distal end to receive and securely engage a distal bearing assembly , and a proximal outlet zone ; and an impeller system comprising an impeller body rotatably coupled to the distal bearing assembly , the impeller system movable relative to the expandable cannula along a longitudinal axis of the catheter pump , wherein the catheter pump is selectively transitionable between a separated configuration in which the impeller body and distal bearing assembly are axially spaced from the expandable cannula along the longitudinal axis, and an operational configuration in which the impeller body is positioned within the impeller blade zone of the expandable cannula and the distal bearing assembly is engaged with the flared portion. an expandable cannula defining a blood flow channel and comprising an impeller blade zone , a distal inlet zone including a flared portion that widens radially between a proximal end and a distal end to receive and securely engage a distal bearing assembly , and a proximal outlet zone ; and an impeller system comprising an impeller body rotatably coupled to the distal bearing assembly , the impeller system movable relative to the expandable cannula along a longitudinal axis of the catheter pump , wherein the catheter pump is selectively transitionable between a separated configuration in which the impeller body and distal bearing assembly are axially spaced from the expandable cannula along the longitudinal axis, and an operational configuration in which the impeller body is positioned within the impeller blade zone of the expandable cannula and the distal bearing assembly is engaged with the flared portion.
A die for a printhead, comprising: a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die , wherein the fluid feed holes are formed through a substrate of the die; a plurality of fluidic actuators , proximate to the plurality of fluid feed holes , to eject fluid received from the fluid feed holes ; a plurality of field-effect transistors parallel to the plurality of fluid feed holes , where each of the plurality of fluidic actuators is powered by an associated field effect transistor ; and logic circuitry to actuate the plurality of field-effect transistors on the die on an opposite side of the fluid feed holes from the plurality of field-effect transistors , wherein traces , disposed between the fluid feed holes , electrically couple the logic circuitry to the plurality of field-effect transistors ; and characterised in that the die has a repeating structure comprising one fluid feed hole , two fluidic actuators , and two field-effect transistors placed at an interval of two times a dot pitch in a line along the die . a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die , wherein the fluid feed holes are formed through a substrate of the die; a plurality of fluidic actuators , proximate to the plurality of fluid feed holes , to eject fluid received from the fluid feed holes ; a plurality of field-effect transistors parallel to the plurality of fluid feed holes , where each of the plurality of fluidic actuators is powered by an associated field effect transistor ; and logic circuitry to actuate the plurality of field-effect transistors on the die on an opposite side of the fluid feed holes from the plurality of field-effect transistors , wherein traces , disposed between the fluid feed holes , electrically couple the logic circuitry to the plurality of field-effect transistors ; and characterised in that the die has a repeating structure comprising one fluid feed hole , two fluidic actuators , and two field-effect transistors placed at an interval of two times a dot pitch in a line along the die .