mhurhangee/ep-ind-claims huggingface dataset:
Pump for a vehicle controlled by handlebar for actuating a braking system or a clutch system, comprising: - a support or support fork having a connecting portion to said handlebar, said connecting portion defining an axis of connecting portion to said handlebar (X-X); - said fork comprising a pump hinge portion or pump hinge and a fork hinge portion or fork hinge; - said pump further comprising a pump unit comprising a cylinder wherein a piston or float is seated, suitable for pressurising a fluid present in said cylinder and suitable for being put in fluid communication with a system, for example a brake or clutch system; - said pump unit being connected in an oscillating manner to said pump hinge; - said pump further comprising a hand lever, or lever connected by a push rod to said float so as to exert a pressure on said float for pressurising said brake fluid; - said lever being connected in an oscillating manner to said fork hinge; characterised in that - said pump hinge is arranged on one side of said axis of handlebar connecting portion (X-X) and - said fork hinge is arranged on one side of said axis of handlebar connecting portion (X-X) opposite relative to said pump hinge, so that said axis (X-X) is between said two hinges (6, 5). - a support or support fork having a connecting portion to said handlebar, said connecting portion defining an axis of connecting portion to said handlebar (X-X); - said fork comprising a pump hinge portion or pump hinge and a fork hinge portion or fork hinge; - said pump further comprising a pump unit comprising a cylinder wherein a piston or float is seated, suitable for pressurising a fluid present in said cylinder and suitable for being put in fluid communication with a system, for example a brake or clutch system; - said pump unit being connected in an oscillating manner to said pump hinge; - said pump further comprising a hand lever, or lever connected by a push rod to said float so as to exert a pressure on said float for pressurising said brake fluid; - said lever being connected in an oscillating manner to said fork hinge; characterised in that - said pump hinge is arranged on one side of said axis of handlebar connecting portion (X-X) and - said fork hinge is arranged on one side of said axis of handlebar connecting portion (X-X) opposite relative to said pump hinge, so that said axis (X-X) is between said two hinges (6, 5).
A double-sided indexable threading cutting insert, comprising: two opposite end surfaces and a common periphery extending therebetween, the periphery comprising identical peripheral sections and identical peripheral segments, each peripheral segment extending between two adjacent peripheral sections, each peripheral section comprising two adjacent abutment sections located between two rake faces, characterised in that, the periphery comprises exactly five identical peripheral sections and exactly five identical peripheral segments and in a plan view of each end surface each abutment section lies on a portion of an imaginary five-pointed star having five outer vertices alternating with five inner vertices, the outer vertices being radially outward of the inner vertices with each outer vertex forming a tip point of the star; and five cutting portions, each cutting portion being associated with a respective peripheral segment and outer vertex, each cutting portion extending outwardly, and each cutting portion having two opposite cutting tips. two opposite end surfaces and a common periphery extending therebetween, the periphery comprising identical peripheral sections and identical peripheral segments, each peripheral segment extending between two adjacent peripheral sections, each peripheral section comprising two adjacent abutment sections located between two rake faces, characterised in that, the periphery comprises exactly five identical peripheral sections and exactly five identical peripheral segments and in a plan view of each end surface each abutment section lies on a portion of an imaginary five-pointed star having five outer vertices alternating with five inner vertices, the outer vertices being radially outward of the inner vertices with each outer vertex forming a tip point of the star; and five cutting portions, each cutting portion being associated with a respective peripheral segment and outer vertex, each cutting portion extending outwardly, and each cutting portion having two opposite cutting tips.
A cyclonic vacuum cleaner comprising a main body of the cleaner, in which a cyclonic separating device and a suction device are provided; the cyclonic separating device comprises a chamber body enclosed by a side wall and a base plate, and it is provided with an air inlet and an air outlet; after entering the chamber body, the air flow swirls along the inner wall of the chamber body, forms a cyclonic separation air flow and makes air-solid separation, and the separated air flow enters the suction device via the air outlet; said cyclonic vacuum cleaner is characterized in that the body of the suction device is inserted at least partially into the cyclonic separation air flow, the suction device is set in the downstream of the air outlet.
A planar optical module (100, 100') for capturing, converging and collimating incident light (3; 3') with a variable incident direction comprising: - a first optical arrangement with at least one optical layer able to converge the incident light beam (3; 3'), forming thereby at least one converging light beam (4; 4'), and - a second optical arrangement placed downstream the first optical arrangement, said second optical arrangement having at least one optical layer able to collimate said converging light beam(s) (4; 4'), forming thereby at least one output light beam (5; 5'); wherein the first and second optical arrangements (10, 20) are moveable one relative to the other, characterized in that said output light beam (5; 5') is a collimated and concentrated beam, in that the relative position of first and second optical arrangements (10, 20) allows said output light beam(s) (5; 5') to have an orientation which is, in at least in one plane perpendicular to the main plane of the planar optical module (100, 100'), predetermined, fixed and independent from the direction of the incident light beam (3; 3'), in that, at the output of said optical module (100, 100'), are formed several output light beams (5; 5') which are separated light beams with higher irradiance than that of the incident light beam (3; 3'), and in that the total lateral extent of the output light beams (5, 5') is smaller than the lateral extent of the incident light beam (3; 3') entering the optical module (100, 100'). - a first optical arrangement with at least one optical layer able to converge the incident light beam (3; 3'), forming thereby at least one converging light beam (4; 4'), and - a second optical arrangement placed downstream the first optical arrangement, said second optical arrangement having at least one optical layer able to collimate said converging light beam(s) (4; 4'), forming thereby at least one output light beam (5; 5');
A method of operating an application server, comprising; intercepting a client application code in a response pipeline, the client application code generated in response to a request from a client for a web application; inserting instrumentation code into the intercepted client application code to generate an instrumented client application code, a first part of the instrumentation code being inserted in a header section of the client application code and at least second and third parts of the instrumentation code being inserted in a body part of the client application code, the instrumentation code being configured to be executed when the instrumented client application code is rendered at the client to capture performance information at the client, and being configured to transmit the captured performance information from the client, wherein the second part of the instrumentation code is configured to invoke the first part of the instrumentation code at a first time, wherein the third part of the instrumentation code is configured to invoke the first part of the instrumentation code at a second time that is different from the first time and wherein the first part of the instrumentation code is configured, when invoked, to make a call to a management server, and to supply performance information to the management server that is usable at the management server to determine when corresponding functions occurred; and providing the instrumented client application code to be transmitted to the client.
A method to interrupt a synchronization of content between a client device (102, 202) associated with a user (104, 204) and a cloud-based storage service (114, 214), the method comprising: identifying a usage pattern associated with the user in conjunction with the content; creating a model based on the usage pattern; detecting an operation, wherein the detected operation is to be performed on the content; comparing the detected operation to the model to determine whether the detected operation deviates from the usage pattern; and in response to a determination that the detected operation deviates from the usage pattern, halting an execution of the detected operation and preventing and/or placing a hold on synchronization of the content between the client device and the cloud based storage; and providing a notification of the detected operation to the client device for display. identifying a usage pattern associated with the user in conjunction with the content; creating a model based on the usage pattern; detecting an operation, wherein the detected operation is to be performed on the content; comparing the detected operation to the model to determine whether the detected operation deviates from the usage pattern; and in response to a determination that the detected operation deviates from the usage pattern, halting an execution of the detected operation and preventing and/or placing a hold on synchronization of the content between the client device and the cloud based storage; and providing a notification of the detected operation to the client device for display.
A method for filling and cleaning a pulp tower, according to which pulp is fed into the pulp tower through a rotating feed device arranged at its top, characterized in that the space surrounding the feed device is washable by means of a washing apparatus (22, 28, 30, 32) arranged in connection with the rotating feed device, while the pulp is fed into the tower, with a feeder means of the feed device and the washing apparatus (22, 28, 30, 32) being placed such that washing liquid and pulp is fed into the tower substantially in different directions.
A lighting device comprising: a series circuit of an inductor and a switching element switching an input from a DC power source; a diode which regenerates and supplies an energy of the inductor to solid state light emitting elements when the switching element is turned off; and a control circuit which controls on/off of the switching element, wherein the lighting device is characterized in that the control circuit includes a drive control section which includes a drive signal generator, which outputs a high frequency drive signal as a pulse signal, to determine an amplitude of a load current flowing through the solid state light emitting elements and turns on and off the switching element based on the high frequency drive signal and an external PWM signal with a frequency lower than that of the high frequency drive signal, an on-duty of the PWM signal being changed according to a dimming level, and wherein the drive signal generator changes an ON time of the high frequency drive signal such that, after the PWM signal is changed from OFF to ON, a peak value of the load current gradually drops along an envelope of a specific slope, and the specific slope of the envelope is changed based on a duty ratio of the PWM signal. a series circuit of an inductor and a switching element switching an input from a DC power source; a diode which regenerates and supplies an energy of the inductor to solid state light emitting elements when the switching element is turned off; and a control circuit which controls on/off of the switching element, wherein the lighting device is characterized in that the control circuit includes a drive control section which includes a drive signal generator, which outputs a high frequency drive signal as a pulse signal, to determine an amplitude of a load current flowing through the solid state light emitting elements and turns on and off the switching element based on the high frequency drive signal and an external PWM signal with a frequency lower than that of the high frequency drive signal, an on-duty of the PWM signal being changed according to a dimming level, and wherein the drive signal generator changes an ON time of the high frequency drive signal such that, after the PWM signal is changed from OFF to ON, a peak value of the load current gradually drops along an envelope of a specific slope, and the specific slope of the envelope is changed based on a duty ratio of the PWM signal.
A corrosion resistant abradable aluminum silicon alloy coating on a turbo machine structure comprising: at least one porous aluminum silicon alloy layer; and corrosion inhibiting metal compounds dispersed throughout the porous aluminum silicon layer; wherein the corrosion inhibiting metal compounds comprise V metal compounds, in the form of organic and/or inorganic salts. at least one porous aluminum silicon alloy layer; and
An atomization assembly, comprising: two or more heating elements, an e-liquid tank, a mouthpiece, a seal plug, a silicone seal, an isolation seat, an atomizer, a fixed seat, an insulation ring, a plurality of joints, a base, and a stainless iron; wherein the e-liquid tank comprises two or more compartments, and the two or more heating elements are disposed in the two or more compartments of the e-liquid tank, respectively; characterized in that: the atomizer is disposed on the fixed seat; the insulation ring is disposed in a bottom end of the fixed seat to separate positive and negative leads of the atomizer; the fixed seat is disposed in the isolation seat to separate the atomizer; the silicone seal is disposed on the isolation seat to seal the two or more compartments of the e-liquid tank; the isolation seat is disposed in the e-liquid tank and is connected to the two or more compartments; the base is disposed on a bottom end of the e-liquid tank, and the positive and negative leads of the atomizer are fixed on the base via the plurality of joints; the e-liquid tank comprises a top end and an e-liquid injection hole disposed on the top end, and the seal plug is disposed in the e-liquid injection hole of the e-liquid tank; the mouthpiece is disposed on the top end of the e-liquid tank; the stainless iron is disposed on a bottom end of the e-liquid tank, is connected to a battery assembly, and contacts the plurality of joints for electric conduction. the atomizer is disposed on the fixed seat; the insulation ring is disposed in a bottom end of the fixed seat to separate positive and negative leads of the atomizer; the fixed seat is disposed in the isolation seat to separate the atomizer; the silicone seal is disposed on the isolation seat to seal the two or more compartments of the e-liquid tank; the isolation seat is disposed in the e-liquid tank and is connected to the two or more compartments; the base is disposed on a bottom end of the e-liquid tank, and the positive and negative leads of the atomizer are fixed on the base via the plurality of joints; the e-liquid tank comprises a top end and an e-liquid injection hole disposed on the top end, and the seal plug is disposed in the e-liquid injection hole of the e-liquid tank; the mouthpiece is disposed on the top end of the e-liquid tank; the stainless iron is disposed on a bottom end of the e-liquid tank, is connected to a battery assembly, and contacts the plurality of joints for electric conduction.
A work tool, which performs a prescribed operation on a workpiece by driving a tool accessory, comprising: an outer housing extending in an elongate form, an inner housing provided in the outer housing, a brushless motor, and a spindle having a rotation axis extending in parallel to a rotation output shaft of the brushless motor and configured to be rotated on the rotation axis within a prescribed angular range via the brushless motor to drive the tool accessory, in a longitudinal direction which is defined as an extending direction of the elongate outer housing, the outer housing having a front outer housing region that defines a front part of the outer housing, a rear outer housing region that defines a rear part of the outer housing, and an intermediate outer housing region that defines an intermediate part between the front outer housing region and the rear outer housing region so as to be held by a user, the inner housing having a front inner housing region that is arranged within the front outer housing region and houses at least the brushless motor, a rear inner housing region that is arranged within the rear outer housing region, and an intermediate inner housing region that is arranged within the intermediate outer housing region, a front elastic member disposed between the front inner housing region and the front outer housing region, and a rear elastic member disposed between at least one of the intermediate inner housing region and the rear inner housing region and at least one of the intermediate outer housing region and the rear outer housing region. an outer housing extending in an elongate form, an inner housing provided in the outer housing, a brushless motor, and a spindle having a rotation axis extending in parallel to a rotation output shaft of the brushless motor and configured to be rotated on the rotation axis within a prescribed angular range via the brushless motor to drive the tool accessory, in a longitudinal direction which is defined as an extending direction of the elongate outer housing, the outer housing having a front outer housing region that defines a front part of the outer housing, a rear outer housing region that defines a rear part of the outer housing, and an intermediate outer housing region that defines an intermediate part between the front outer housing region and the rear outer housing region so as to be held by a user, the inner housing having a front inner housing region that is arranged within the front outer housing region and houses at least the brushless motor, a rear inner housing region that is arranged within the rear outer housing region, and an intermediate inner housing region that is arranged within the intermediate outer housing region, a front elastic member disposed between the front inner housing region and the front outer housing region, and a rear elastic member disposed between at least one of the intermediate inner housing region and the rear inner housing region and at least one of the intermediate outer housing region and the rear outer housing region.
A display apparatus comprising: a substrate having adjacent first and second areas for displaying an image, the first area comprising a transmission area and a pixel area; a first inorganic insulating layer over the transmission area and the pixel area; a second inorganic insulating layer over the first inorganic insulating layer to correspond to the pixel area, and defining a transmission hole corresponding to the transmission area; a first organic insulating layer over the second inorganic insulating layer; a second organic insulating layer over the first organic insulating layer; a first inorganic encapsulation layer arranged in the transmission area; and a pixel electrode over the second organic insulating layer, wherein the transmission hole is defined by an inner sloped surface of the second inorganic insulating layer that is clad with at least one of the first organic insulating layer and the second organic insulating layer, and wherein at least one of the first organic insulating layer and the second organic insulating layer comprises a sloped surface (117-S;118-S), where the slope of the sloped surface of the first or second organic insulating layer with respect to the upper surface of the first inorganic insulating layer is more gentle than the slope of the inner sloped surface of the second inorganic insulating layer with respect to the upper surface of the first inorganic insulating layer. a substrate having adjacent first and second areas for displaying an image, the first area comprising a transmission area and a pixel area; a first inorganic insulating layer over the transmission area and the pixel area; a second inorganic insulating layer over the first inorganic insulating layer to correspond to the pixel area, and defining a transmission hole corresponding to the transmission area; a first organic insulating layer over the second inorganic insulating layer; a second organic insulating layer over the first organic insulating layer; a first inorganic encapsulation layer arranged in the transmission area; and a pixel electrode over the second organic insulating layer, wherein the transmission hole is defined by an inner sloped surface of the second inorganic insulating layer that is clad with at least one of the first organic insulating layer and the second organic insulating layer, and wherein at least one of the first organic insulating layer and the second organic insulating layer comprises a sloped surface (117-S;118-S), where the slope of the sloped surface of the first or second organic insulating layer with respect to the upper surface of the first inorganic insulating layer is more gentle than the slope of the inner sloped surface of the second inorganic insulating layer with respect to the upper surface of the first inorganic insulating layer.
An elastic body for holding a cosmetic, comprising a web sheet of constituent fibers, wherein the constituent fibers contain a conjugate fiber and a synthetic fiber in a mass ratio of the conjugate fiber and the synthetic fiber (conjugate fiber/synthetic fiber) of from 10/90 to 80/20, wherein the conjugate fiber is a core-sheath type conjugate fiber comprising a resin A used as a sheath component and a resin B used as a core component, and the melting temperature of the resin B is higher than that of the resin A; wherein a contact part between the constituent fibers is integrated with the resin A; and wherein the conjugated fiber and the synthetic fiber are arranged in the thickness direction of the web sheet.
A method for a selective catalytic reduction system comprising an hydrolysis catalyst, comprising: dosing the hydrolysis catalyst with Diesel Exhaust Fluid at a first rate based on a first set of characteristics; determining a second set of characteristics, said second set of characteristics being of the hydrolysis catalyst, based on a first set of criteria; changing the dosing rate to a second rate based on the second set of characteristics, comprising an available storage capacity for storing DEF on the surface of the hydrolysis catalyst; and reverting the dosing rate to the first rate based on a second set of criteria; wherein the second rate is larger than the first rate and larger than a decomposition rate of DEF on the surface of the hydrolysis catalyst. dosing the hydrolysis catalyst with Diesel Exhaust Fluid at a first rate based on a first set of characteristics; determining a second set of characteristics, said second set of characteristics being of the hydrolysis catalyst, based on a first set of criteria; changing the dosing rate to a second rate based on the second set of characteristics, comprising an available storage capacity for storing DEF on the surface of the hydrolysis catalyst; and