mhurhangee/patent-ind-claim-en huggingface dataset:
A brake system of a railway vehicle , the brake system comprising a controller , a wheel speed sensor system , a generator , and a brake actuator , wherein the controller comprises a brake control unit , and the generator is configured to generate electrical energy and to supply the controller with electrical energy, characterized in that the controller further comprises an energy control unit , the wheel speed sensor system comprises a cogwheel provided on an axle of the railway vehicle , and a wheel speed sensor attached to a non-rotating component of an axle mounting device of the axle in a stationary manner, and the generator comprises a permanent magnet attached to the axle , and a coil attached to the non-rotating component of the axle mounting device in a stationary manner, wherein the energy control unit is configured to control the generator , the brake control unit is configured to process signals from the wheel speed sensor and to control the brake actuator based on the processed signals, the cogwheel is provided in the region of an end of the axle and the permanent magnet is attached to the axle in the region of the end of the axle , the end of the axle is accommodated in a non-rotating axle box of the railway vehicle , and the wheel speed sensor and the coil are attached to a lid of the axle box . a controller , a wheel speed sensor system , a generator , and a brake actuator , wherein the controller comprises a brake control unit , and the generator is configured to generate electrical energy and to supply the controller with electrical energy, characterized in that the controller further comprises an energy control unit , a brake control unit , and the generator is configured to generate electrical energy and to supply the controller with electrical energy, characterized in that the controller further comprises an energy control unit , the wheel speed sensor system comprises a cogwheel provided on an axle of the railway vehicle , and a wheel speed sensor attached to a non-rotating component of an axle mounting device of the axle in a stationary manner, and a cogwheel provided on an axle of the railway vehicle , and a wheel speed sensor attached to a non-rotating component of an axle mounting device of the axle in a stationary manner, and the generator comprises a permanent magnet attached to the axle , and a coil attached to the non-rotating component of the axle mounting device in a stationary manner, a permanent magnet attached to the axle , and a coil attached to the non-rotating component of the axle mounting device in a stationary manner, wherein the energy control unit is configured to control the generator , the brake control unit is configured to process signals from the wheel speed sensor and to control the brake actuator based on the processed signals, the cogwheel is provided in the region of an end of the axle and the permanent magnet is attached to the axle in the region of the end of the axle , the end of the axle is accommodated in a non-rotating axle box of the railway vehicle , and the wheel speed sensor and the coil are attached to a lid of the axle box .
A container for a pressurized dispensing system, the container comprising: a bottle including an opening at a top end and a rounded bottom at a bottom end , the bottle being molded from a plastic material; and a base cup attached to the rounded bottom of the bottle with a hot melt adhesive , the base cup including a pedestal positioned adjacent to a center of the rounded bottom of the bottle , and the base cup having a bottom surface that allows the container to stand upright, characterised in that the hot melt adhesive is spread over the entirety of an area between the pedestal and the rounded bottom of the bottle so as to form a layer between the pedestal and the rounded bottom of the bottle that prevents the rounded bottom of the bottle from contacting the pedestal . a bottle including an opening at a top end and a rounded bottom at a bottom end , the bottle being molded from a plastic material; and a base cup attached to the rounded bottom of the bottle with a hot melt adhesive , the base cup including a pedestal positioned adjacent to a center of the rounded bottom of the bottle , and the base cup having a bottom surface that allows the container to stand upright, characterised in that the hot melt adhesive is spread over the entirety of an area between the pedestal and the rounded bottom of the bottle so as to form a layer between the pedestal and the rounded bottom of the bottle that prevents the rounded bottom of the bottle from contacting the pedestal .
A terminal, comprising a processor and a touch control button , wherein the touch control button comprises a touch control sensor and a button cover plate ; the processor is electrically connected to the touch control sensor ; the button cover plate is located above a sensor sheet of the touch control sensor ; the processor is configured to acquire a detecting signal value of the touch control sensor , to determine a control instruction corresponding to the detecting signal value according to pre-stored corresponding relationships between detecting signal values and control instructions, and to execute the control instruction, wherein the detecting signal value of the touch control sensor increases with an increase of a sensing area of the sensor sheet , and a function of the touch control button varies with the sensing area of the sensor sheet ; wherein the terminal comprises one touch control button ; wherein the touch control sensor comprises at least two sensor sheets , and the detecting signal value of the touch control sensor comprises detecting signal values corresponding respectively to the at least two sensor sheets ; wherein the at least two sensor sheets are located on a same plane and are arranged in a surrounded structure from inside to outside, and are separated with each other; and wherein the touch control sensor comprises a preset number of sensor sheets ; the processor is configured to acquire the detecting signal value corresponding to each sensor sheet of the touch control sensor , to determine a number of continuously distributed sensor sheets beginning from an innermost sensor sheet in a surrounded structure and having corresponding detecting signal values larger than a pre-set threshold, and to determine the control instruction corresponding to a number range the number falls into according to pre-stored corresponding relationships between number ranges and control instructions, and to execute the control instruction.
Turbine guide wheel of a gas turbine, having multiple guide vanes arranged spaced apart around the circumference, wherein - each guide vane has a suction side and a pressure side , - two adjacent guide vanes form, in each case between the suction side of one guide vane and the pressure side of the other guide vane and proceeding from the vane trailing edge , a passage , and - each guide vane has a convex pressure-side contour on the pressure side , characterized in that - the passage comprises a constant passage section in which the passage has a substantially constant passage cross section , - the constant passage section has an entry region and, on the vane trailing edge , an exit region in the form of a narrow cross section of the passage, - a substantially constant passage cross section is present if the passage cross section differs by no more than 5% from the narrow cross section in the region of the vane trailing edge , - each guide vane forms on the pressure side a rear region , which, proceeding from the vane trailing edge , extends as far as the entry region of the constant passage section in a manner adjacent to the constant passage section , and forms on the pressure side a front region , which is formed upstream of the rear region , and - the convex pressure-side contour establishes a transition from the rear region of the guide vane to the front region of the guide vane . - each guide vane has a suction side and a pressure side , - two adjacent guide vanes form, in each case between the suction side of one guide vane and the pressure side of the other guide vane and proceeding from the vane trailing edge , a passage , and - each guide vane has a convex pressure-side contour on the pressure side , - the passage comprises a constant passage section in which the passage has a substantially constant passage cross section , - the constant passage section has an entry region and, on the vane trailing edge , an exit region in the form of a narrow cross section of the passage, - a substantially constant passage cross section is present if the passage cross section differs by no more than 5% from the narrow cross section in the region of the vane trailing edge , - each guide vane forms on the pressure side a rear region , which, proceeding from the vane trailing edge , extends as far as the entry region of the constant passage section in a manner adjacent to the constant passage section , and forms on the pressure side a front region , which is formed upstream of the rear region , and - the convex pressure-side contour establishes a transition from the rear region of the guide vane to the front region of the guide vane .
A device for measuring the thickness of a cooling plate , said device being designed to fit inside a coolant channel of the cooling plate and comprising: a probe holder comprising a housing having a front sensor side and an opposite back side , an ultrasonic probe being arranged in said probe holder housing to be able to transmit and receive ultrasonic waves from said front sensor side; an expandable structure configured to deploy at the back side of said housing; a flexible cord linked to said probe housing to assist the progression of said probe holder through the length of the coolant channel ; wherein said expandable structure is configured to expand from a compact configuration to an expanded configuration, designed to bear against the inner surface of said coolant channel and bias the sensor side of the sensor housing against the inner surface of the coolant channel; characterized in that said expandable structure comprises a front and a rear lever articulated on the housing at opposite ends, and spring means arranged to bias said levers towards one another. a probe holder comprising a housing having a front sensor side and an opposite back side , an ultrasonic probe being arranged in said probe holder housing to be able to transmit and receive ultrasonic waves from said front sensor side; an expandable structure configured to deploy at the back side of said housing; a flexible cord linked to said probe housing to assist the progression of said probe holder through the length of the coolant channel ; wherein said expandable structure is configured to expand from a compact configuration to an expanded configuration, designed to bear against the inner surface of said coolant channel and bias the sensor side of the sensor housing against the inner surface of the coolant channel; characterized in that said expandable structure comprises a front and a rear lever articulated on the housing at opposite ends, and spring means arranged to bias said levers towards one another.
A laundry drying apparatus comprising: a cabinet including a front panel provided with an opening for introduction of laundry and a door for opening and closing the opening; a drying drum horizontally installed within the cabinet; an air supply device configured to collect air inside the drying drum and supply the air into the drying drum; and a lint filter obliquely mounted in a space between a lower portion of the door and the drying drum and detachable in an opening direction of the door , and an anti-jamming member provided between the opening and the door , wherein the front panel includes: an upper region (B) tilted rearward of the cabinet by a predetermined angle and where the door is installed; a lower region (C) located below the upper region and indented inward of the front panel with respect to the upper region (B); and a seam portion between the upper region (B) and the lower region (C), protruding forward of the front panel , and wherein the lint filter includes a top inlet for introducing air through the anti-jamming member and a lateral inlet for introducing air downward in a forward direction through the anti-jamming member . a cabinet including a front panel provided with an opening for introduction of laundry and a door for opening and closing the opening; a drying drum horizontally installed within the cabinet; an air supply device configured to collect air inside the drying drum and supply the air into the drying drum; and a lint filter obliquely mounted in a space between a lower portion of the door and the drying drum and detachable in an opening direction of the door , and an anti-jamming member provided between the opening and the door , wherein the front panel includes: an upper region (B) tilted rearward of the cabinet by a predetermined angle and where the door is installed; a lower region (C) located below the upper region and indented inward of the front panel with respect to the upper region (B); and a seam portion between the upper region (B) and the lower region (C), protruding forward of the front panel , and wherein the lint filter includes a top inlet for introducing air through the anti-jamming member and a lateral inlet for introducing air downward in a forward direction through the anti-jamming member .
A method for molding a hydraulic connector made of molded plastic, the connector being designed exclusively to be arranged in a diesel fuel backleak hydraulic circuit of direct injection equipment for an internal combustion engine, it being possible for the connector to be T-shaped or L-shaped , the connector comprising: - a coupling element having a roughly cylindrical body with body axis (Z), and an arm extending along an arm axis (Y1) perpendicular to the body axis (Z) in the case of the L-shaped connector , or two arms extending along two distinct arm axes (Y1, Y2) perpendicular to the body axis (Z) in the case of the T-shaped connector , the body being able to be connected to a fuel injector , and each arm being able to be connected to the end of a pipe element , and - a tubular cylindrical cage extending along the axis of the body (Z), the cage being provided with two lateral cutouts , the body being arranged in the cage , each cutout allowing an arm to extend, and - a locking cap also clipped onto one end of the tubular cage so as to hold the coupling element captive in the cage , the molding method comprising the following steps: a) providing a mold with an impression of a T-shaped coupling element , said impression comprising an impression of the body and two impressions of the arms ; b) arranging an insert in the impression of one of the two arms when the intention is to mold an L-shaped coupling element . - a coupling element having a roughly cylindrical body with body axis (Z), and an arm extending along an arm axis (Y1) perpendicular to the body axis (Z) in the case of the L-shaped connector , or two arms extending along two distinct arm axes (Y1, Y2) perpendicular to the body axis (Z) in the case of the T-shaped connector , the body being able to be connected to a fuel injector , and each arm being able to be connected to the end of a pipe element , and - a tubular cylindrical cage extending along the axis of the body (Z), the cage being provided with two lateral cutouts , the body being arranged in the cage , each cutout allowing an arm to extend, and - a locking cap also clipped onto one end of the tubular cage so as to hold the coupling element captive in the cage , a) providing a mold with an impression of a T-shaped coupling element , said impression comprising an impression of the body and two impressions of the arms ; b) arranging an insert in the impression of one of the two arms when the intention is to mold an L-shaped coupling element .
A compound of Formula (I): wherein n is an integer selected from 0, 1 and 2; m is an integer selected from 0, 1 and 2; R 1 , R 2 and R 3 are selected from the group consisting of CH 2 CO-Z and CH 2 Ar, wherein Z is selected from the group consisting of OH, NH-OH and N(CH 3 )(OH), and wherein Ar is an aromatic substituent of formula wherein p is an integer from 0 to 6 and R 5 is selected from the group consisting of -H, - COOH, -NH 2 , -NCS, -SH, wherein formula (I) includes both R/S isomers. wherein n is an integer selected from 0, 1 and 2; m is an integer selected from 0, 1 and 2; R 1 , R 2 and R 3 are selected from the group consisting of CH 2 CO-Z and CH 2 Ar, wherein Z is selected from the group consisting of OH, NH-OH and N(CH 3 )(OH), and wherein Ar is an aromatic substituent of formula wherein p is an integer from 0 to 6 and R 5 is selected from the group consisting of -H, - COOH, -NH 2 , -NCS, -SH, wherein formula (I) includes both R/S isomers.
Take-up winding device for winding a fibre strand so as to form a package , having a package holder for receiving a winding tube , wherein the package holder is disposed so as to be pivotable in a machine frame and for changing a package is able to be guided to a releasing position, having a traversing installation for depositing the fibre strand on the package , and having an injector installation for separating and suctioning the fibre strand during a package change; wherein the injector installation has a slot-shaped suction opening (17.2) which extends in the thread running direction of the fibre strand running onto the package , characterized in that the suction opening (17.2) is partially covered by a cutting means (17.1) which by way of a knife extends transversely to the suction opening (17.2). wherein the injector installation has a slot-shaped suction opening (17.2) which extends in the thread running direction of the fibre strand running onto the package , characterized in that the suction opening (17.2) is partially covered by a cutting means (17.1) which by way of a knife extends transversely to the suction opening (17.2).
A tendon element cooperable with other tendon elements to form an abandonment or recovery string, the tendon element being elongate to define opposed ends, and comprising: complementary connector formations at respective ends, each connector formation being cooperable, in use when forming a string, with a complementary connector formation of a neighbouring tendon element in the string; a tensile load-bearing member extending between the connector formations ; and at least one sleeve removably mounted around the load-bearing member; member ; wherein the sleeve is arranged to be handled by pipe-joint handling apparatus associated with a J-lay tower. complementary connector formations at respective ends, each connector formation being cooperable, in use when forming a string, with a complementary connector formation of a neighbouring tendon element in the string; a tensile load-bearing member extending between the connector formations ; and at least one sleeve removably mounted around the load-bearing member; member ; wherein the sleeve is arranged to be handled by pipe-joint handling apparatus associated with a J-lay tower.
An auxiliary orthodontic device for a shell-like dental appliance, comprising: a functional component , and a retaining component provided separately from the functional component ; the retaining component is connectable to the functional component ; wherein when the auxiliary orthodontic device is engaged with said shell-like dental appliance, at least one of the functional component and the retaining component passes through the shell-like dental appliance , the functional component is retained on the shell-like dental appliance , and the functional component is provided on an outer surface of the shell-like dental appliance , wherein the functional component is a traction member with a hooking function, characterized in that , a surface of the functional component , adjacent to a labial side of the shell-like dental appliance when assembled, is a curved surface consistent with a dental arch curve of the labial side of the shell-like dental appliance . a functional component , and a retaining component provided separately from the functional component ; the retaining component is connectable to the functional component ; wherein when the auxiliary orthodontic device is engaged with said shell-like dental appliance, at least one of the functional component and the retaining component passes through the shell-like dental appliance , the functional component is retained on the shell-like dental appliance , and the functional component is provided on an outer surface of the shell-like dental appliance , wherein the functional component is a traction member with a hooking function, characterized in that , a surface of the functional component , adjacent to a labial side of the shell-like dental appliance when assembled, is a curved surface consistent with a dental arch curve of the labial side of the shell-like dental appliance .
A method of processing data on an electronic device, the method comprising steps of: establishing a shared encryption key with a first software application instance running on a second electronic device; receiving a 'begin session' command sent by the first software application instance and responsive to the 'begin session' command: creating a storage location in a data store of the electronic device; and obtaining a data encryption key; receiving data; encrypting the data using the data encryption key and storing the encrypted data in the storage location; receiving an 'end session' command sent by the first software application instance and responsive to the 'end session' command: discarding the shared encryption key; and deleting the encrypted data from the storage location. establishing a shared encryption key with a first software application instance running on a second electronic device; receiving a 'begin session' command sent by the first software application instance and responsive to the 'begin session' command: creating a storage location in a data store of the electronic device; and obtaining a data encryption key; receiving data; creating a storage location in a data store of the electronic device; and obtaining a data encryption key; receiving data; encrypting the data using the data encryption key and storing the encrypted data in the storage location; receiving an 'end session' command sent by the first software application instance and responsive to the 'end session' command: discarding the shared encryption key; and deleting the encrypted data from the storage location. discarding the shared encryption key; and deleting the encrypted data from the storage location.