mhurhangee/ep-ind-claims huggingface dataset:
A laser processing system having a specimen to be processed, comprising: a controller; a first camera having a first field of view operatively connected to said controller; a touch screen user interface operative to input user commands and operatively connected to said controller to display images from said first camera; motion stages operatively connected to said controller for changing the relationship between said specimen and said first field of view; said controller being configured to accept said input user commands from said touch screen user interface, transform said user commands into output commands and communicate said output commands to said motion stages; wherein said motion stages, in response to said output commands, are operative to alter the relationship between said first field of view and the specimen according to said input user commands; characterised in that the controller is configured to detect the motion of the user's touch input commands on the touch screen user interface and then to direct the motion stages to move the specimen with respect to the field of view of the camera, thereby changing the image being displayed on the touch screen user interface as if the user were directly manipulating the specimen. a controller; a first camera having a first field of view operatively connected to said controller; a touch screen user interface operative to input user commands and operatively connected to said controller to display images from said first camera; motion stages operatively connected to said controller for changing the relationship between said specimen and said first field of view; said controller being configured to accept said input user commands from said touch screen user interface, transform said user commands into output commands and communicate said output commands to said motion stages; wherein said motion stages, in response to said output commands, are operative to alter the relationship between said first field of view and the specimen according to said input user commands; characterised in that the controller is configured to detect the motion of the user's touch input commands on the touch screen user interface and then to direct the motion stages to move the specimen with respect to the field of view of the camera, thereby changing the image being displayed on the touch screen user interface as if the user were directly manipulating the specimen. wherein said motion stages, in response to said output commands, are operative to alter the relationship between said first field of view and the specimen according to said input user commands; characterised in that the controller is configured to detect the motion of the user's touch input commands on the touch screen user interface and then to direct the motion stages to move the specimen with respect to the field of view of the camera, thereby changing the image being displayed on the touch screen user interface as if the user were directly manipulating the specimen.
A plastic package for dispensing a product in aerosol form comprising a bottle having a delivery device, a valve to control flow, and a stable plastic package that holds the product when sealed using said valve, wherein at least a portion of said stable plastic package comprises poly(ethylene 2,5-furandicarboxylate).
A process for the preparation of Docetaxel comprising: a) preparation of 10-deacetyl-bis-7,10-trichloroacetylbaccatin III with a content of the corresponding 7- or 10-mono-trichloroacetyl derivatives lower than 0.1% as determined by HPLC, comprising the silica gel chromatography of the reaction mixture using CH 2 Cl 2 as eluent; b) conversion of to Docetaxel. a) preparation of 10-deacetyl-bis-7,10-trichloroacetylbaccatin III with a content of the corresponding 7- or 10-mono-trichloroacetyl derivatives lower than 0.1% as determined by HPLC, comprising the silica gel chromatography of the reaction mixture using CH 2 Cl 2 as eluent; b) conversion of to Docetaxel.
A method for operating a cell phone device in a sleep mode, comprising: dimming a cell phone display of said cell phone device so that said display is readable in a dark environment; rendering a time display on a majority of an area of said cell phone display; characterized by activating an alarm mode for said cell phone device that alerts a user with an alarm at an alarm time specified in sleep-mode user settings; activating a snooze function for interrupting communication functions of at least a portion of input control hardware on said cell phone, wherein activating said snooze function comprises preparing at least a portion of the hardware buttons on the cell phone for conversion from their normal communication mode functions to a snooze function when an alert is provided to the user, the snooze function allowing said user to temporarily turn off said alarm using said portion of said input control hardware; and suppressing at least a portion of call and message notifications. dimming a cell phone display of said cell phone device so that said display is readable in a dark environment; rendering a time display on a majority of an area of said cell phone display; characterized by activating an alarm mode for said cell phone device that alerts a user with an alarm at an alarm time specified in sleep-mode user settings; activating a snooze function for interrupting communication functions of at least a portion of input control hardware on said cell phone, wherein activating said snooze function comprises preparing at least a portion of the hardware buttons on the cell phone for conversion from their normal communication mode functions to a snooze function when an alert is provided to the user, the snooze function allowing said user to temporarily turn off said alarm using said portion of said input control hardware; and suppressing at least a portion of call and message notifications.
Method for diagnosing an exhaust gas catalytic converter, arranged in an exhaust system of an internal combustion engine, for catalytically converting at least one exhaust gas component of the internal combustion engine which has an exhaust gas recirculation system with which a partial flow of the exhaust gas is extracted downstream of the exhaust gas catalytic converter and fed to the combustion air of the internal combustion engine, comprising the measures: - determining a modelled raw emission (NOx_raw) of the internal combustion engine with respect to the exhaust gas component, - measuring the current concentration of the exhaust gas component (NOx_mes) in the exhaust upstream of the exhaust gas catalytic converter, and - determining a diagnostic value of the exhaust gas catalytic converter with respect to the conversion of the exhaust gas component as a function of the modelled raw emission (NOx_raw) of the internal combustion engine and of the measured concentration of the exhaust gas component (NOx_mes). - determining a modelled raw emission (NOx_raw) of the internal combustion engine with respect to the exhaust gas component, - measuring the current concentration of the exhaust gas component (NOx_mes) in the exhaust upstream of the exhaust gas catalytic converter, and - determining a diagnostic value of the exhaust gas catalytic converter with respect to the conversion of the exhaust gas component as a function of the modelled raw emission (NOx_raw) of the internal combustion engine and of the measured concentration of the exhaust gas component (NOx_mes).
A reversibly deformable artificial cornea comprising: a monolithic body having a diameter between 4 mm and 10 mm and comprising a center optic surrounded by a rim, wherein the center optic has a cylindrical outer peripheral wall having a diameter in the range from 3 mm to 9 mm and an optic height in the range from 200μm to 800μm and the rim has a width in the range from 0.5 mm to 4.5 mm and a median thickness in the range from 50μm to 200μm; wherein the monolithic body is comprised of a polymeric hydrogel having a Young's modulus in the range from 0.3 MPa to 100 MPa when fully hydrated; and wherein the center optic provides a refractive power in the range from 30 diopter to 70 diopter. a monolithic body having a diameter between 4 mm and 10 mm and comprising a center optic surrounded by a rim, wherein the center optic has a cylindrical outer peripheral wall having a diameter in the range from 3 mm to 9 mm and an optic height in the range from 200μm to 800μm and the rim has a width in the range from 0.5 mm to 4.5 mm and a median thickness in the range from 50μm to 200μm; wherein the monolithic body is comprised of a polymeric hydrogel having a Young's modulus in the range from 0.3 MPa to 100 MPa when fully hydrated; and wherein the center optic provides a refractive power in the range from 30 diopter to 70 diopter.
A mobile X-ray unit comprising a base for accommodating a control unit, a power supply and a cooler and further comprising an articulated displaceable arm supporting an X-ray applicator provided with an X-ray tube, said X-ray applicator being connected to the base, the X-ray tube comprising a target for generating an X-ray beam, a collimator (33, 63) for shaping the generated X-ray beam, and a collimator receptacle (41,61), a distance between the target and the collimator (33, 63) being in the range between 4 and 10 cm, characterized in that: the collimator (33, 63) is provided with automatic identification means (72a, 72b) arranged to generate a signal in the control unit representative of collimator characteristics, said identification means (72a, 72b) formed by a unique pair of projections (65a, 65b) leading to a distinguishable change in the net resistivity of the collimator receptacle (41,61). the collimator (33, 63) is provided with automatic identification means (72a, 72b) arranged to generate a signal in the control unit representative of collimator characteristics, said identification means (72a, 72b) formed by a unique pair of projections (65a, 65b) leading to a distinguishable change in the net resistivity of the collimator receptacle (41,61).
Lighting fixture comprising at least one LED strip, wherein the at least one LED strip is arranged on the outside of a tube, wherein an electrical connecting means is arranged at each of the two ends of the tube, wherein the at least one LED strip and the two electrical connecting means are connected via a cable arrangement, wherein the cable arrangement extends at least partially in the tube interior, wherein the at least one LED strip is arranged on the pipe as a helical winding, wherein the two electrical connecting means are in the form of plug connecting means, characterized in that the tube together with the at least one LED strip are sheathed by a shrink-fit tubing, wherein the two electrical connecting means are in the form of an XLR plug and/or in the form of an XLR socket.
A formaldehyde-free sizing composition for fibers, in particular in the form of mineral wool, especially of glass or of rock, characterized in that it comprises - at least one humic acid and/or one fulvic acid or a salt of these acids, - at least one saccharide, and - at least one inorganic acid ammonium salt. - at least one humic acid and/or one fulvic acid or a salt of these acids, - at least one saccharide, and - at least one inorganic acid ammonium salt.
Insertion module for an electrical low voltage switching assembly, which comprises an insertion slot and a storage facility, wherein the insertion module contains a parameterisable control device for an electrical consumer, wherein the insertion module is embodied such that, when the insertion module is activated in the insertion slot, an automatic saving of parameters of the storage facility in the insertion module takes place, characterised in that the insertion module is embodied such that, when the parameters of the insertion module are subsequently changed, a comparison of the parameters of the insertion module against the parameters of the storage facility takes place.
A method of predicting when a grease in a grease-lubricated rolling element bearing will reach an unacceptable condition, the method comprising the steps of: - running the grease-lubricated bearin; - measuring a parameter that is directly or indirectly indicative of a degree of breakdown of a lubricant film separating the rolling contacts, where the measurement values are recorded at specific intervals over a predefined measurement period, so as to obtain a time series of parameter values; - analyzing the time series and constructing a dynamic model that predicts the evolution of parameter values; - extrapolating the time series, based on the dynamic model, to predict future values of the time series; - determining a time at which a value of the extrapolated time series will exceed a predefined limit, whereby said predefined limit is representative of the unacceptable grease condition. - running the grease-lubricated bearin; - measuring a parameter that is directly or indirectly indicative of a degree of breakdown of a lubricant film separating the rolling contacts, where the measurement values are recorded at specific intervals over a predefined measurement period, so as to obtain a time series of parameter values; - analyzing the time series and constructing a dynamic model that predicts the evolution of parameter values; - extrapolating the time series, based on the dynamic model, to predict future values of the time series; - determining a time at which a value of the extrapolated time series will exceed a predefined limit, whereby said predefined limit is representative of the unacceptable grease condition.
A magnetic load sensor unit comprising: a flange member in the shape of an annular plate configured to be deflected when a load is applied to the flange member from an axially forward side; a support member supporting the flange member from an axially rearward side at a position radially offset from a position where the load is applied; a magnetic target which generates a magnetic flux; and a magnetic sensor for detecting the magnetic flux generated by the magnetic target; wherein one of the magnetic target and the magnetic sensor is fixed to the flange member and the other of the magnetic target and the magnetic sensor is fixed to the support member such that the magnetic target and the magnetic sensor move relative to each other due to deflection of the flange member when the load is applied to the flange member, whereby a magnitude of the load is detected based on the magnetic flux detected by the magnetic sensor, characterized in that the flange member is formed with a load acting surface to which the load is applied at a position offset axially rearwardly relative to an axially forward surface of a portion of the flange member supported by the support member, the load acting surface is a flat surface perpendicular to the axial direction and is disposed so as to exist in a region between an axially forward end and an axially rearward end of the flange member. a flange member in the shape of an annular plate configured to be deflected when a load is applied to the flange member from an axially forward side; a support member supporting the flange member from an axially rearward side at a position radially offset from a position where the load is applied; a magnetic target which generates a magnetic flux; and a magnetic sensor for detecting the magnetic flux generated by the magnetic target; wherein one of the magnetic target and the magnetic sensor is fixed to the flange member and the other of the magnetic target and the magnetic sensor is fixed to the support member such that the magnetic target and the magnetic sensor move relative to each other due to deflection of the flange member when the load is applied to the flange member, whereby a magnitude of the load is detected based on the magnetic flux detected by the magnetic sensor, characterized in that the flange member is formed with a load acting surface to which the load is applied at a position offset axially rearwardly relative to an axially forward surface of a portion of the flange member supported by the support member, the load acting surface is a flat surface perpendicular to the axial direction and is disposed so as to exist in a region between an axially forward end and an axially rearward end of the flange member.
A packet processing method, wherein the method comprises: receiving, by a first network device (121, 500, 700), a first interior gateway protocol, IGP, packet, wherein the first IGP packet comprises a first field, the first field is used to indicate to execute a blockchain task, the blockchain task is a computing task corresponding to a consensus mechanism in a blockchain network, and the blockchain network comprises the first network device (121, 500, 700); obtaining, by the first network device (121, 500, 700) based on the first IGP packet, input data to the consensus mechanism; and executing, by the first network device (121, 500, 700) based on the input data, the blockchain task. receiving, by a first network device (121, 500, 700), a first interior gateway protocol, IGP, packet, wherein the first IGP packet comprises a first field, the first field is used to indicate to execute a blockchain task, the blockchain task is a computing task corresponding to a consensus mechanism in a blockchain network, and the blockchain network comprises the first network device (121, 500, 700); obtaining, by the first network device (121, 500, 700) based on the first IGP packet, input data to the consensus mechanism; and executing, by the first network device (121, 500, 700) based on the input data, the blockchain task.
Ski pole basket, comprising at least: - a barrel shaped body of the basket, wherein a thread on the body extends along the body at least partially from one open end face of the body to the opposite end face of the body, and on the opposite end face of the body an end piece of the basket is attached, and - a nut being formed slidably moveable on the ski pole shaft and enterable into a thread joint with the body of the basket, - a sleeve, wherein the basket is made fixedly attachable to the ski pole shaft by means of the sleeve, wherein at least on one open end face of the sleeve a circumferential collar of the sleeve is formed, and a guiding ridge of the sleeve extends at least partially from the collar of the sleeve in the direction of the opposite end face of the sleeve, characterized in that the thread of the body is formed on the inner surface of the body of the basket, and a guiding recess of the body formed in the body of the basket extends from the thread of the body to the opposite end face of the body, and wherein the guiding ridge of the sleeve is made to be engageable with the recess of the body when the sleeve is moved into the body of the basket and fixedly attachable in the recess of the body by means of resting the nut against the collar of the sleeve. - a barrel shaped body of the basket, wherein a thread on the body extends along the body at least partially from one open end face of the body to the opposite end face of the body, and on the opposite end face of the body an end piece of the basket is attached, and - a nut being formed slidably moveable on the ski pole shaft and enterable into a thread joint with the body of the basket, - a sleeve, wherein the basket is made fixedly attachable to the ski pole shaft by means of the sleeve, wherein at least on one open end face of the sleeve a circumferential collar of the sleeve is formed, and a guiding ridge of the sleeve extends at least partially from the collar of the sleeve in the direction of the opposite end face of the sleeve,
A frame of a photovoltaic module for holding a photovoltaic panel, characterized by comprising: a holding part for holding the photovoltaic panel; an extending part connected to the holding part, the extending part comprising at least one first wind tunnel structure, wherein a cross-sectional area of an inlet of the first wind tunnel structure is greater than a cross-sectional area of an outlet of the first wind tunnel structure; and characterised by a second wind tunnel structure disposed on the holding part, the second wind tunnel structure having a plurality of inlets and a plurality of outlets, wherein a cross-sectional area of the inlets of the second wind tunnel structure is greater than a cross-sectional area of the outlets of the second wind tunnel structure.. a holding part for holding the photovoltaic panel; an extending part connected to the holding part, the extending part comprising at least one first wind tunnel structure, wherein a cross-sectional area of an inlet of the first wind tunnel structure is greater than a cross-sectional area of an outlet of the first wind tunnel structure; and characterised by a second wind tunnel structure disposed on the holding part, the second wind tunnel structure having a plurality of inlets and a plurality of outlets, wherein a cross-sectional area of the inlets of the second wind tunnel structure is greater than a cross-sectional area of the outlets of the second wind tunnel structure..
A cutting machine for cutting a vegetable product, comprising: a frame (132, 135), supporting a product flow path to a cutting position; at least three links (148a-c), each of the at least three links (148a-c) having a first end that is pivotally attached to the frame (132, 135) at a first pivot point, and a second end; a cutting plate, pivotally attached to at least three second pivot points at the second ends of each of the at least three links (148a-c), and oriented substantially perpendicular to the flow path; a plurality of cutting knives, carried by the cutting plate in a fixed orientation, each cutting knife having a corrugated configuration defining adjacent peaks and troughs, the cutting knives oriented angularly with respect to each other; and a drive motor, characterized in that the drive motor is coupled to rotationally drive only the first end of a first link of the at least three links (148a-c) about the first pivot point thereof with respect to the frame (132, 135), wherein the other links (148b-c) of the at least three links (148a-c) are rotatable in unison with the first link through their pivotal attachment to the cutting plate, whereby the cutting plate moves in a plane substantially perpendicular to the flow path, in an orbital motion with a fixed angular orientation through a generally circular path at the cutting position, wherein the fixed orientation of the cutting knives does not rotate with respect to the at least three second pivot points, thereby moving the cutting knives sequentially and repeatedly across the product flow path. a frame (132, 135), supporting a product flow path to a cutting position; at least three links (148a-c), each of the at least three links (148a-c) having a first end that is pivotally attached to the frame (132, 135) at a first pivot point, and a second end; a cutting plate, pivotally attached to at least three second pivot points at the second ends of each of the at least three links (148a-c), and oriented substantially perpendicular to the flow path; a plurality of cutting knives, carried by the cutting plate in a fixed orientation, each cutting knife having a corrugated configuration defining adjacent peaks and troughs, the cutting knives oriented angularly with respect to each other; and a drive motor, characterized in that the drive motor is coupled to rotationally drive only the first end of a first link of the at least three links (148a-c) about the first pivot point thereof with respect to the frame (132, 135), wherein the other links (148b-c) of the at least three links (148a-c) are rotatable in unison with the first link through their pivotal attachment to the cutting plate, whereby the cutting plate moves in a plane substantially perpendicular to the flow path, in an orbital motion with a fixed angular orientation through a generally circular path at the cutting position, wherein the fixed orientation of the cutting knives does not rotate with respect to the at least three second pivot points, thereby moving the cutting knives sequentially and repeatedly across the product flow path.