mhurhangee/patent-ind-claim-en huggingface dataset:
A windshield wiper system comprising a windshield wiper having a wiper blade with a near end and a far end , the windshield wiper system being configured for performing a relative rotation of the wiper blade between the far end and the near end of the wiper blade , wherein an attack angle ∝ is an angle between a wiper blade orientation and a plane normal to the windshield surface, characterised in that a mechanism applying a torque to the far end during a sweeping motion of the windshield wiper twists the far end of the wiper blade relative to the near end , wherein the mechanism is configured to perform the relative rotation of the wiper blade regardless of whether the wiper blade is in contact with a windshield and wherein the twisting function allows the wiper blade to adjust its attack angle ∝ as it travels across the windshield, even if the normal plane of the windshield at the far end of the wiper blade differs significantly from the normal plane at the near end of the wiper blade. characterised in that a mechanism applying a torque to the far end during a sweeping motion of the windshield wiper twists the far end of the wiper blade relative to the near end , wherein the mechanism is configured to perform the relative rotation of the wiper blade regardless of whether the wiper blade is in contact with a windshield and wherein the twisting function allows the wiper blade to adjust its attack angle ∝ as it travels across the windshield, even if the normal plane of the windshield at the far end of the wiper blade differs significantly from the normal plane at the near end of the wiper blade.
A method of making a vulcanized article comprising a multi-layered structure bonded to a vulcanized rubber layer, wherein the multi-layered structure comprises: a core layer having a first side and a second side, wherein the core layer has a gas transmission rate of 0.05 to 0.1 cc/(m 2 24 hr atm) for N 2 measured at 23 degrees Celsius and 0 percent relative humidity; and a first cap layer, the first cap layer having a cap layer first side and a cap layer second side, wherein the cap layer first side is adjacent with the first side of the core layer, the method comprising: placing the cap layer second side in direct contact with a portion of an uncured or partially cured rubber layer to form a layered article; and exposing the layered article to a condition effective to vulcanize at least the portion of the uncured or partially cured rubber layer in direct contact with the cap layer second side to fully cure the uncured or partially cured rubber layer, producing the vulcanized article, characterized in that the first cap layer comprises a cap layer material comprising at least one polydiene polyol-based polyurethane and further comprising an uncured rubber compound, wherein the uncured rubber compound includes less than 5 weight percent of volatile compounds released from the uncured rubber compound when the uncured rubber compound is heated to a temperature of 200 degrees Celsius, and wherein the weight percent of volatile compounds is based on a total amount of uncured rubber composition present in the cap layer material. a core layer having a first side and a second side, wherein the core layer has a gas transmission rate of 0.05 to 0.1 cc/(m 2 24 hr atm) for N 2 measured at 23 degrees Celsius and 0 percent relative humidity; and a first cap layer, the first cap layer having a cap layer first side and a cap layer second side, wherein the cap layer first side is adjacent with the first side of the core layer, placing the cap layer second side in direct contact with a portion of an uncured or partially cured rubber layer to form a layered article; and exposing the layered article to a condition effective to vulcanize at least the portion of the uncured or partially cured rubber layer in direct contact with the cap layer second side to fully cure the uncured or partially cured rubber layer, producing the vulcanized article, characterized in that the first cap layer comprises a cap layer material comprising at least one polydiene polyol-based polyurethane and further comprising an uncured rubber compound, wherein the uncured rubber compound includes less than 5 weight percent of volatile compounds released from the uncured rubber compound when the uncured rubber compound is heated to a temperature of 200 degrees Celsius, and wherein the weight percent of volatile compounds is based on a total amount of uncured rubber composition present in the cap layer material.
A unit attaching device and a unit to be suspended, the unit attaching device comprising a suspension bracket that has a hole for passing a suspension bolt and that is installed to the unit to be suspended, wherein the suspension bolt is suitable for being suspended from a ceiling , wherein the suspension bracket is installed on a ceiling side of a side surface of a housing of the unit , and wherein the unit attaching device further comprises a suspension bracket that is installed on a floor side of the side surface of the housing of the unit , that has a hole for passing a suspension bolt and that is installed to the unit to be suspended, characterized in that one of the suspension bracket installed on the ceiling side and the suspension bracket installed on the floor side is a suspension bracket having a hooking portion hooked on and engaged with the other one of the suspension bracket installed on the ceiling side and the suspension bracket installed on the floor side.
A method for producing a filter for tobacco products, comprising the following steps - setting up paper or cardboard sleeves in holding devices of a rotary indexing table , - cyclical rotation of the rotary indexing table about its own vertical axis , thereby - in each stopped state of the rotary indexing table - plugging of a lower opening of at least one paper or cardboard sleeve with a ceramic sieve , which has a truncated cone-shaped tip , with the truncated cone shaped-tip towards the inner side of the paper or cardboard sleeve , - filling of the paper or cardboard sleeve , which is closed at the lower opening by the ceramic sieve and which is located at an advanced cyclical position in the rotary indexing table , with activated carbon and/or further filter components, - checking of the filling quantity of an already filled paper or cardboard sleeve , which is located at a still more advanced cyclical position in the rotary indexing table , - plugging of an upper opening of at least one paper or cardboard sleeve with a further ceramic sieve , wherein the paper or cardboard sleeve is located at a still more advanced cyclical position in the rotary indexing table , and wherein the ceramic sieve has a truncated cone-shaped tip , with the truncated cone-shaped tip towards the inner side of the paper or cardboard sleeve , - ejecting a paper or cardboard sleeve , which is processed into a filter and which is located at the most advanced cyclical position of the rotary indexing table . - setting up paper or cardboard sleeves in holding devices of a rotary indexing table , - cyclical rotation of the rotary indexing table about its own vertical axis , thereby - in each stopped state of the rotary indexing table - plugging of a lower opening of at least one paper or cardboard sleeve with a ceramic sieve , which has a truncated cone-shaped tip , with the truncated cone shaped-tip towards the inner side of the paper or cardboard sleeve , - filling of the paper or cardboard sleeve , which is closed at the lower opening by the ceramic sieve and which is located at an advanced cyclical position in the rotary indexing table , with activated carbon and/or further filter components, - checking of the filling quantity of an already filled paper or cardboard sleeve , which is located at a still more advanced cyclical position in the rotary indexing table , - plugging of an upper opening of at least one paper or cardboard sleeve with a further ceramic sieve , wherein the paper or cardboard sleeve is located at a still more advanced cyclical position in the rotary indexing table , and wherein the ceramic sieve has a truncated cone-shaped tip , with the truncated cone-shaped tip towards the inner side of the paper or cardboard sleeve , - ejecting a paper or cardboard sleeve , which is processed into a filter and which is located at the most advanced cyclical position of the rotary indexing table .
A method of wireless communication, comprising: receiving, at a user equipment, UE , signaling indicating a spatial diversity transmission scheme for a first, interfering eNodeB is modified, said signaling comprising a muting pattern for said modified spatial diversity coding scheme, wherein said modification of the spatial diversity transmission scheme comprises muting based on said muting pattern at least one of a plurality of modulation symbols at said interfering eNodeB prior to transmission thereof in accordance with the spatial diversity coding scheme, wherein said muting is performed at said interfering node on detecting the UE within the coverage area of the interfering eNodeB , the UE in communication with a second eNodeB , in which downlink signals from the interfering eNodeB interfere with communication signals between the UE and the second eNodeB ; adjusting receiver demodulation and interference estimation of said user equipment, according to the modified spatial diversity transmission scheme; and decoding based on the signaling. receiving, at a user equipment, UE , signaling indicating a spatial diversity transmission scheme for a first, interfering eNodeB is modified, said signaling comprising a muting pattern for said modified spatial diversity coding scheme, wherein said modification of the spatial diversity transmission scheme comprises muting based on said muting pattern at least one of a plurality of modulation symbols at said interfering eNodeB prior to transmission thereof in accordance with the spatial diversity coding scheme, wherein said muting is performed at said interfering node on detecting the UE within the coverage area of the interfering eNodeB , the UE in communication with a second eNodeB , in which downlink signals from the interfering eNodeB interfere with communication signals between the UE and the second eNodeB ; adjusting receiver demodulation and interference estimation of said user equipment, according to the modified spatial diversity transmission scheme; and decoding based on the signaling.
A mixing bowl assembly for a food processor comprising: - a mixing bowl comprising a bowl body and a bowl base provided at the bottom of the bowl body ; - a mixing blade assembly provided at the bottom of the mixing bowl ; and, - a fastener provided at the bowl base of the mixing bowl , the mixing blade assembly being removably mounted on the bowl base or the bowl body by means of the fastener , and sealing the bottom of the bowl body after being mounted. characterized in that , a first end of the fastener is rotatably connected with the bowl base , and a second end of the fastener is removably connected with the bowl base . - a mixing bowl comprising a bowl body and a bowl base provided at the bottom of the bowl body ; - a mixing blade assembly provided at the bottom of the mixing bowl ; and, - a fastener provided at the bowl base of the mixing bowl , the mixing blade assembly being removably mounted on the bowl base or the bowl body by means of the fastener , and sealing the bottom of the bowl body after being mounted.
An engine brake test tool for an engine brake system having a valve secured within a valve opening, the valve configured to allow pressurized oil to flow from an oil inlet line to an oil outlet line , wherein the oil outlet line is configured to be fluidly coupled to a slave piston , the engine brake test tool comprising: a fitting secured within the valve opening when the valve is removed, the fitting preventing pressurized oil from flowing between the oil inlet line and the oil outlet line , the fitting comprising: a first opening in fluid communication with a pressurized fluid source; and a second opening in fluid communication with the first opening and in fluid communication with the oil outlet line , wherein the pressurized fluid source is in fluid communication with the slave piston through the first opening and the second opening of the fitting , the pressurized fluid source flowing pressurized air through the first opening in the fitting to the second opening in the fitting to actuate the slave piston . a first opening in fluid communication with a pressurized fluid source; and a second opening in fluid communication with the first opening and in fluid communication with the oil outlet line , wherein the pressurized fluid source is in fluid communication with the slave piston through the first opening and the second opening of the fitting , the pressurized fluid source flowing pressurized air through the first opening in the fitting to the second opening in the fitting to actuate the slave piston .
Method for recognizing road users, in particular persons in road traffic, comprising the following steps: - recording (S1) at least one environment image or a sequence of environment images by means of an optical sensor of a vehicle, - detecting (S2) a person in the environment image, - determining (S3) a pose of the detected person; - determining (S4) a presence of a means of transport of the person, wherein the presence of the means of transport is determined by considering a time sequence of pose states or by considering individual images, wherein the means of transport is classified by a corresponding classifier and the classifier classifies the means of transport on the basis of the pose and the typical leg movements; - assigning (S5) a movement profile to the person based on the determined means of transport of the person. - recording (S1) at least one environment image or a sequence of environment images by means of an optical sensor of a vehicle, - detecting (S2) a person in the environment image, - determining (S3) a pose of the detected person; - determining (S4) a presence of a means of transport of the person, wherein the presence of the means of transport is determined by considering a time sequence of pose states or by considering individual images, wherein the means of transport is classified by a corresponding classifier and the classifier classifies the means of transport on the basis of the pose and the typical leg movements; - assigning (S5) a movement profile to the person based on the determined means of transport of the person.
An electronic trip device for a molded case circuit breaker, the device comprising: a trip part case having a plurality of phases; a trip part terminal provided at a rear surface part of the trip part case and provided for each phase; and a voltage sensing conductor coupled between the rear surface part and the trip part terminal and provided for each phase, wherein the voltage sensing conductor provided for each phase is formed to have the same shape and the same size, characterized in that the trip part case is provided with an accommodating groove for each phase, formed in the rear surface part thereof to accommodate the voltage sensing conductor , wherein the accommodating groove provided for each phase is formed in the same shape and the same size, wherein the accommodating groove is provided with a coupling groove in which the trip part terminal and the voltage sensing conductor are coupled to each other, and wherein the voltage sensing conductor is provided with a coupling hole formed at a position corresponding to the coupling groove . a trip part case having a plurality of phases; a trip part terminal provided at a rear surface part of the trip part case and provided for each phase; and a voltage sensing conductor coupled between the rear surface part and the trip part terminal and provided for each phase, wherein the voltage sensing conductor provided for each phase is formed to have the same shape and the same size, characterized in that the trip part case is provided with an accommodating groove for each phase, formed in the rear surface part thereof to accommodate the voltage sensing conductor , wherein the accommodating groove provided for each phase is formed in the same shape and the same size, wherein the accommodating groove is provided with a coupling groove in which the trip part terminal and the voltage sensing conductor are coupled to each other, and wherein the voltage sensing conductor is provided with a coupling hole formed at a position corresponding to the coupling groove .
Method for localizing an electrical fault in a modular submarine electrical distribution system (S), comprising a power line (L) along which the following are arranged: - a submarine line head module (M20) comprising a circuit breaker and a protective relay configured in order to detect an electrical fault downstream of the circuit breaker on the line; - a submarine line termination module (M40); - optionally, one or more intermediate submarine modules (M30) in series between the submarine line head module and the submarine line termination module; - a set of underwater-connectable electrical connectors (C1-C4), making it possible to electrically connect the submarine modules (M20, M30, M40) along the line, a male connector (C1, C3) and a female connector (C2, C4) providing the electrical connection between two consecutive submarine modules along the line, the method being characterized in that it comprises the following steps carried out after opening of the circuit breaker of the submarine line head module following the detection of an electrical fault downstream on the line: a) disconnection by a remotely operated submarine vehicle of the male connector and the female connector providing the electrical connection between two consecutive submarine modules along the line; b) fitting of a dielectric plug on the male connector disconnected from the female connector by a remotely operated submarine vehicle; c) closure of the circuit breaker of the submarine line head module; d) verification of detection of a fault on the line downstream of the circuit breaker of the line module. - a submarine line head module (M20) comprising a circuit breaker and a protective relay configured in order to detect an electrical fault downstream of the circuit breaker on the line; - a submarine line termination module (M40); - optionally, one or more intermediate submarine modules (M30) in series between the submarine line head module and the submarine line termination module; - a set of underwater-connectable electrical connectors (C1-C4), making it possible to electrically connect the submarine modules (M20, M30, M40) along the line, a male connector (C1, C3) and a female connector (C2, C4) providing the electrical connection between two consecutive submarine modules along the line, a) disconnection by a remotely operated submarine vehicle of the male connector and the female connector providing the electrical connection between two consecutive submarine modules along the line; b) fitting of a dielectric plug on the male connector disconnected from the female connector by a remotely operated submarine vehicle; c) closure of the circuit breaker of the submarine line head module; d) verification of detection of a fault on the line downstream of the circuit breaker of the line module.
An automobile calibration device , comprising: a stand apparatus ; a supporting assembly , mounted at the stand apparatus and movable in a vertical direction with respect to the stand apparatus , and configured to support a calibration apparatus which is assistant to calibrate a vehicle ; and a drive assembly , configured to drive the supporting assembly to move in the vertical direction with respect to the stand apparatus ; wherein the drive assembly comprises a motor assembly and a transmission mechanism ; the motor assembly is configured to drive the transmission mechanism to move; and the transmission mechanism is configured to enable the supporting assembly (20;40;50;60) to move in the vertical direction with respect to the stand apparatus , wherein the motor assembly further comprises a control assembly and a motor ; and the control assembly comprises a controller , the controller being electrically connected to the motor and being configured to control a rotational rate of the motor , so as to control the movement speed of the supporting assembly , wherein the control assembly further comprises a limit switch and a trigger apparatus ; the limit switch and the trigger apparatus are electrically connected; when the supporting assembly connects with the trigger apparatus , the trigger apparatus is configured to trigger the limit switch to cut off the power supply to the motor . a stand apparatus ; a supporting assembly , mounted at the stand apparatus and movable in a vertical direction with respect to the stand apparatus , and configured to support a calibration apparatus which is assistant to calibrate a vehicle ; and a drive assembly , configured to drive the supporting assembly to move in the vertical direction with respect to the stand apparatus ; wherein the drive assembly comprises a motor assembly and a transmission mechanism ; the motor assembly is configured to drive the transmission mechanism to move; and the transmission mechanism is configured to enable the supporting assembly (20;40;50;60) to move in the vertical direction with respect to the stand apparatus , wherein the motor assembly further comprises a control assembly and a motor ; and the control assembly comprises a controller , the controller being electrically connected to the motor and being configured to control a rotational rate of the motor , so as to control the movement speed of the supporting assembly , wherein the control assembly further comprises a limit switch and a trigger apparatus ; the limit switch and the trigger apparatus are electrically connected; when the supporting assembly connects with the trigger apparatus , the trigger apparatus is configured to trigger the limit switch to cut off the power supply to the motor .