mhurhangee/ep-ind-claims huggingface dataset:
A method for efficient sample processing comprising the steps of: providing a sample supported by a sample support element; providing said sample support element with a hydrophilic surface; providing a moveable wand positioned above said sample support element, said wand having a substantially flat hydrophobic surface; applying a liquid to said sample supported by said sample support element; steadily oscillating said wand back and forth above said sample supported by said sample support element creating a steady oscillating wand movement; forming a fluidically moving substantially contained liquid bridge with said liquid between said wand and said sample support element; steadily oscillating said fluidically moving substantially contained liquid bridge between said substantially flat hydrophobic surface of said wand and said sample support element back and forth over said sample with said steady oscillating wand movement; dynamically contacting said fluidically moving substantially contained liquid bridge with said sample; and processing said sample supported by said sample support element. providing a sample supported by a sample support element; providing said sample support element with a hydrophilic surface; providing a moveable wand positioned above said sample support element, said wand having a substantially flat hydrophobic surface; applying a liquid to said sample supported by said sample support element; steadily oscillating said wand back and forth above said sample supported by said sample support element creating a steady oscillating wand movement; forming a fluidically moving substantially contained liquid bridge with said liquid between said wand and said sample support element; steadily oscillating said fluidically moving substantially contained liquid bridge between said substantially flat hydrophobic surface of said wand and said sample support element back and forth over said sample with said steady oscillating wand movement; dynamically contacting said fluidically moving substantially contained liquid bridge with said sample; and processing said sample supported by said sample support element.
A memory device, comprising: an input buffer configured to receive data and output serial data; a serial shift register configured to output the serial data in a parallel format on a data write bus; and serial register loading circuitry configured to receive a data strobe (84, 56A-C) signal and provide the data strobe (84, 56A-C) to the serial shift register to cause the serial shift register to shift in the serial data during a write operation; characterized in that the serial register loading circuitry comprises gating circuitry configured to cutoff provision of the data strobe (84, 56A-C) from the serial register loading circuitry to the serial shift register based at least in part on a load signal, wherein the load signal indicates that the data write bus is loaded with the serial data in a parallel format, wherein the cutting off of the provision of the data strobe is configured to prevent shifting of the serial data into the serial shift register while the provision of the data strobe_(84, 56A-C) is cut off, wherein the load signal is configured to be asserted during a next-to-last cycle of the write operation and is configured to stop propagation of the data strobe until a last bit of the data is latched. an input buffer configured to receive data and output serial data; a serial shift register configured to output the serial data in a parallel format on a data write bus; and serial register loading circuitry configured to receive a data strobe (84, 56A-C) signal and provide the data strobe (84, 56A-C) to the serial shift register to cause the serial shift register to shift in the serial data during a write operation; characterized in that the serial register loading circuitry comprises gating circuitry configured to cutoff provision of the data strobe (84, 56A-C) from the serial register loading circuitry to the serial shift register based at least in part on a load signal, wherein the load signal indicates that the data write bus is loaded with the serial data in a parallel format, wherein the cutting off of the provision of the data strobe is configured to prevent shifting of the serial data into the serial shift register while the provision of the data strobe_(84, 56A-C) is cut off, wherein the load signal is configured to be asserted during a next-to-last cycle of the write operation and is configured to stop propagation of the data strobe until a last bit of the data is latched.
A filter (9900a, 9900b) comprising: a body including filter media and a rigidized material, the filter media attached to the rigidized material, the body having opposing upper and lower edges and opposing interior and exterior surfaces; characterized by a limit switch actuator (9990a, 9990b) attached to the interior surface of the body and extending below the lower edge of the body, wherein an upper portion of the rigidized material is disposed between a first portion of the filter media and a second portion of the filter media, wherein the first portion of the filter media, the upper portion of the rigidized material, and the second portion of the filter media are attached via stitching. a body including filter media and a rigidized material, the filter media attached to the rigidized material, the body having opposing upper and lower edges and opposing interior and exterior surfaces; characterized by a limit switch actuator (9990a, 9990b) attached to the interior surface of the body and extending below the lower edge of the body, wherein an upper portion of the rigidized material is disposed between a first portion of the filter media and a second portion of the filter media, wherein the first portion of the filter media, the upper portion of the rigidized material, and the second portion of the filter media are attached via stitching.
Architecture for a data transmission between a plurality of electric traction vehicles moving in a transport network and a backbone ethernet network, said transport network comprising a plurality of substations connecting with a low/medium voltage power supply network for said vehicles, characterized in that said power supply network is used for a continuous data transmission according to the BPLC communication mode on said vehicles and said backbone ethernet network by a transmission and decoupling system inserted between said vehicles and substations connecting with said power supply network, said transmission and decoupling system comprising: - an onboard device, adapted to be placed onboard each vehicle; and - a plurality of grounded devices, each grounded device being adapted to be coupled to at least one of said substations, said onboard device being able to connect to one of said grounded devices when said vehicles transit in correspondence of said grounded device wherein each of said grounded devices comprises at least an adapter, which is directly connected to said ethernet backbone network and is a PLC master device; and said onboard device of each vehicle comprises an adapter being a PLC slave device. - an onboard device, adapted to be placed onboard each vehicle; and - a plurality of grounded devices, each grounded device being adapted to be coupled to at least one of said substations, said onboard device being able to connect to one of said grounded devices when said vehicles transit in correspondence of said grounded device wherein each of said grounded devices comprises at least an adapter, which is directly connected to said ethernet backbone network and is a PLC master device; and said onboard device of each vehicle comprises an adapter being a PLC slave device.
Electrical connector for high frequency data signal transmission comprising: - a housing, wherein the housing comprises a base part defining a first portion of at least one tunnel extending through the housing and a cover part defining a second portion of the at least one tunnel such that the base part and the cover part together form the at least one tunnel, wherein the cover part is riveted and/or welded to the base part, - at least one electrical lead extending through the at least one tunnel, and - two supporting elements being inserted into the at least one tunnel and supporting the at least one electrical lead at a distance from a tunnel wall facing the at least one electrical lead, with the two supporting elements closing off the at least one tunnel at opposite ends and the at least one electrical lead extending through each of the two supporting elements, wherein, in the at least one tunnel, at least a portion of the at least one electrical lead is embedded in a surrounding material having a relative permittivity which is less than 2. - a housing, wherein the housing comprises a base part defining a first portion of at least one tunnel extending through the housing and a cover part defining a second portion of the at least one tunnel such that the base part and the cover part together form the at least one tunnel, wherein the cover part is riveted and/or welded to the base part, - at least one electrical lead extending through the at least one tunnel, and - two supporting elements being inserted into the at least one tunnel and supporting the at least one electrical lead at a distance from a tunnel wall facing the at least one electrical lead, with the two supporting elements closing off the at least one tunnel at opposite ends and the at least one electrical lead extending through each of the two supporting elements,
Seating furniture having a seat device and a backrest device which are connected via at least one first rotatable coupling in respective coupling portions of the backrest device and at the rear portion of the seat device, and a base (7, 9) arranged to support the seat device and the backrest device; characterized in that: - the backrest device comprises at least a portion extending in a direction towards the base and past the first rotatable coupling, and in that said at least one portion is rotatably coupled to and supported on the base (7, 9) via at least one respective link arm, wherein the link arm has a first end that is coupled to said portion via a first joint and a second end that is coupled to the base via a second joint; and - the seat device is rotatably coupled to and supported on the base (7, 9) via a second rotatable coupling attached closer to the front end of the seat device than the first rotatable coupling; and - by a lockable control device which can be operated and thereby locked or released by a control lever, and is rotatably connected at one end to the base via a rotatable third bolt connection and rotatably connected via a rotatable fourth bolt connection at the other end to said portion extending in a direction towards the base and past the first rotatable coupling, such that the point of action of the control device is located between said first rotatable coupling and said first joint, whereby the control device is arranged for continuously controlling the movements between the backrest device and the seat device. - the backrest device comprises at least a portion extending in a direction towards the base and past the first rotatable coupling, and in that said at least one portion is rotatably coupled to and supported on the base (7, 9) via at least one respective link arm, wherein the link arm has a first end that is coupled to said portion via a first joint and a second end that is coupled to the base via a second joint; and - the seat device is rotatably coupled to and supported on the base (7, 9) via a second rotatable coupling attached closer to the front end of the seat device than the first rotatable coupling; and - by a lockable control device which can be operated and thereby locked or released by a control lever, and is rotatably connected at one end to the base via a rotatable third bolt connection and rotatably connected via a rotatable fourth bolt connection at the other end to said portion extending in a direction towards the base and past the first rotatable coupling, such that the point of action of the control device is located between said first rotatable coupling and said first joint, whereby the control device is arranged for continuously controlling the movements between the backrest device and the seat device.
Aircraft wheel and brake assembly, comprising: - a wheel; - a brake arranged to brake the wheel and comprising at least one friction member, an actuator bracket, and at least one brake actuator held by the actuator bracket and arranged to selectively exert a braking force on the friction member; - a first measuring device arranged to measure a rotation speed of the wheel; - a second measuring device arranged to measure a temperature of the friction member; - a data concentrator (40; 61) arranged to acquire measurement signals produced by the first measuring device and by the second measuring device, to process the measurement signals so as to produce digital monitoring signals, and to transmit the digital monitoring signals to the outside of the aircraft wheel and brake assembly, characterized in that the data concentrator (40; 61) comprises a housing and at least one printed circuit board incorporated into the housing, the data concentrator (40; 61) being mounted on the actuator bracket. - a wheel; - a brake arranged to brake the wheel and comprising at least one friction member, an actuator bracket, and at least one brake actuator held by the actuator bracket and arranged to selectively exert a braking force on the friction member; - a first measuring device arranged to measure a rotation speed of the wheel; - a second measuring device arranged to measure a temperature of the friction member; - a data concentrator (40; 61) arranged to acquire measurement signals produced by the first measuring device and by the second measuring device, to process the measurement signals so as to produce digital monitoring signals, and to transmit the digital monitoring signals to the outside of the aircraft wheel and brake assembly,
A continuous process for manufacturing an electric cable for power transmission or distribution at medium or high voltage, comprising the steps of: - feeding a conductor at a predetermined feeding speed; - extruding a thermoplastic insulating layer in an radially outer position with respect to the conductor; - cooling the extruded insulating layer to a temperature in the range from about 30°C to about 70°C; - forming a circumferentially closed metallic screen around said extruded insulating layer; - forming a polymeric sheath (20, 23) onto the circumferentially closed metallic screen once the extruded thermoplastic insulating layer has been cooled down to said temperature in the range from about 30°C to about 70°C. - feeding a conductor at a predetermined feeding speed; - extruding a thermoplastic insulating layer in an radially outer position with respect to the conductor; - cooling the extruded insulating layer to a temperature in the range from about 30°C to about 70°C; - forming a circumferentially closed metallic screen around said extruded insulating layer; - forming a polymeric sheath (20, 23) onto the circumferentially closed metallic screen once the extruded thermoplastic insulating layer has been cooled down to said temperature in the range from about 30°C to about 70°C.
A disposable loading unit for use with a surgical stapling apparatus, said disposable loading unit comprising: a tool assembly; a housing having a distal end coupled to said tool assembly and a proximal end removably attachable to a portion of the surgical stapling apparatus; and a drive beam assembly (212, 266) movably supported within said housing and removably attachable to a control rod of the surgical stapling apparatus for selectively driving the drive beam assembly (212, 266) in a distal direction through said tool assembly and selectively retracting the drive beam assembly (212, 266) in a proximal direction; characterised in that the disposable loading unit further comprises: at least one energy storing member supported within said housing and interacting with said drive beam assembly (212, 266) to store retraction energy as said drive beam assembly (212, 266) is driven in said distal direction and release said stored retraction energy to assist retracting the drive beam assembly (212, 266) when the drive beam assembly (212, 266) is retracted in the proximal direction. a tool assembly; a housing having a distal end coupled to said tool assembly and a proximal end removably attachable to a portion of the surgical stapling apparatus; and a drive beam assembly (212, 266) movably supported within said housing and removably attachable to a control rod of the surgical stapling apparatus for selectively driving the drive beam assembly (212, 266) in a distal direction through said tool assembly and selectively retracting the drive beam assembly (212, 266) in a proximal direction; characterised in that the disposable loading unit further comprises: at least one energy storing member supported within said housing and interacting with said drive beam assembly (212, 266) to store retraction energy as said drive beam assembly (212, 266) is driven in said distal direction and release said stored retraction energy to assist retracting the drive beam assembly (212, 266) when the drive beam assembly (212, 266) is retracted in the proximal direction.
A method for treating a nitrate waste liquid performing a treatment for reducing a nitrate waste liquid by using active sludge which adsorbs or takes in a radioactive substance in the nitrate waste liquid containing nitric acid and the radioactive substance and in which an anaerobic microorganism that reduces the nitric acid to nitrogen gas grows, the method comprising: a first separation treatment step at which an active sludge treatment is performed by supplying a first carbon source in which the anaerobic microorganism can easily multiply and a second carbon source in which the anaerobic microorganism cannot easily multiply, while adjusting pH of the nitrate waste liquid in a denitrification tank (12A; 12B; 12C) that accommodates the nitrate waste liquid, and at a time of separating a denitrified liquid treated with the active sludge by providing a first solid-liquid separating unit that separates the denitrified liquid into a sludge-containing solid content and a denitrification-treated liquid, gas not containing oxygen is supplied thereby to accelerate a treatment for reducing anaerobic microorganism and cleanse active sludge adhered to the first solid-liquid separating unit with gas; and a second separation treatment step of further separating the denitrification-treated liquid treated at the first separation treatment step in a reaeration tank that accommodates the denitrification-treated liquid treated at the first separation treatment step and aerates and mixes the liquid with active sludge by providing a second solid-liquid separating unit that separates the liquid into a sludge-containing solid content and a reaeration-treated liquid. a first separation treatment step at which an active sludge treatment is performed by supplying a first carbon source in which the anaerobic microorganism can easily multiply and a second carbon source in which the anaerobic microorganism cannot easily multiply, while adjusting pH of the nitrate waste liquid in a denitrification tank (12A; 12B; 12C) that accommodates the nitrate waste liquid, and at a time of separating a denitrified liquid treated with the active sludge by providing a first solid-liquid separating unit that separates the denitrified liquid into a sludge-containing solid content and a denitrification-treated liquid, gas not containing oxygen is supplied thereby to accelerate a treatment for reducing anaerobic microorganism and cleanse active sludge adhered to the first solid-liquid separating unit with gas; and a second separation treatment step of further separating the denitrification-treated liquid treated at the first separation treatment step in a reaeration tank that accommodates the denitrification-treated liquid treated at the first separation treatment step and aerates and mixes the liquid with active sludge by providing a second solid-liquid separating unit that separates the liquid into a sludge-containing solid content and a reaeration-treated liquid.
A method executed on a computing device for providing custom selection for editing content displayed on a touch screen via a browser, the method comprising: detecting, by a web application, a selection of a range of content triggered by a browser event, wherein the browser event is received from the browser at an event handler manager of an abstraction layer configured to manage events between the browser and the web application; and characterized by intercepting, by the application, the browser event to stop the browser event from activating browser handles for handling the selection; determining, by the application, end locations of the selection; creating, by the application, selection handles for handling the selection to thereby replace native browser handles for handling the selection; and rendering, by the application, the selection handles at the end locations. detecting, by a web application, a selection of a range of content triggered by a browser event, wherein the browser event is received from the browser at an event handler manager of an abstraction layer configured to manage events between the browser and the web application; and characterized by intercepting, by the application, the browser event to stop the browser event from activating browser handles for handling the selection; determining, by the application, end locations of the selection; creating, by the application, selection handles for handling the selection to thereby replace native browser handles for handling the selection; and rendering, by the application, the selection handles at the end locations.
A fixing device for repairing an aluminum alloy wheel hub, comprising a base and universal wheels connected with the bottom of the base through support legs, wherein the two sides of the top of the base are connected with a support plate through first hydraulic cylinders; a bottom plate is slidably mounted on the support plate through a sliding block; one side of the bottom plate is connected with air cylinders; the top of the bottom plate is connected with a fixing plate through a rotating shaft mounted rotationally; corresponding sides of vertical plates at the two sides of the fixing plate are each connected with a pressing plate through two sets of springs; adjusting bolts penetrate through the middles of the vertical plates; a first groove is formed in the middle of the fixing plate; two sets of guide rollers are rotationally mounted in the first groove; one set of the guide rollers are in drive connection with a motor mounted on one side of the bottom of the fixing plate through a belt; baffles are provided on the fixing plate at the tops of the guide rollers; a bracket is rotationally mounted at the position, located on one side of the fixing plate, above the support plate; a top plate is fixedly mounted at the top of the bracket; a push plate is connected with the bottom of the top plate through a second hydraulic cylinder; the center point of the push plate coincides with the center point of the fixing plate; and the push plate is provided with a positioning hole.