mhurhangee/ep-ind-claims huggingface dataset:
A closed-head polyaxial screw comprising: - a set screw; - a bone screw comprising a head; - a closed head comprising an upper aperture configured to receive the set screw, a lower aperture configured to receive the bone screw, and rod receiving aperture for receiving a rod, wherein the set screw comprises a retaining lip near a bottom portion of the set screw that prevents the set screw from being removed from the upper aperture as the set screw is moved upwardly through the closed head; - a first clamp surrounding a first portion of the head of the bone screw configured to retain the bone screw in the lower aperture of the closed head and a second clamp surrounding a second portion, separate from the first portion, of the bone screw 1100, wherein the first clamp 1500 and second clamp 1500 are configured to be inserted upwardly into the closed head such that the first clamp and second clamp come to a stop when the first clamp comes into contact with the second clamp; and - a wedge configured to be seated onto the first clamp and the second clamp, wherein the wedge is spaced from and capable of moving with respect to the bone screw. - a set screw; - a bone screw comprising a head; - a closed head comprising an upper aperture configured to receive the set screw, a lower aperture configured to receive the bone screw, and rod receiving aperture for receiving a rod, wherein the set screw comprises a retaining lip near a bottom portion of the set screw that prevents the set screw from being removed from the upper aperture as the set screw is moved upwardly through the closed head; - a first clamp surrounding a first portion of the head of the bone screw configured to retain the bone screw in the lower aperture of the closed head and a second clamp surrounding a second portion, separate from the first portion, of the bone screw 1100, wherein the first clamp 1500 and second clamp 1500 are configured to be inserted upwardly into the closed head such that the first clamp and second clamp come to a stop when the first clamp comes into contact with the second clamp; and - a wedge configured to be seated onto the first clamp and the second clamp, wherein the wedge is spaced from and capable of moving with respect to the bone screw.
A door closer arrangement comprising a door closer having a longitudinal axis of extension and a rotational axis, and which door closer arrangement also comprises a pulling arm, the first end of which is to be connected to the rotational axis, the first end of the pulling arm has a hole, the edge of which comprises toothing, which toothing comprises teeth pointing towards the centre point of the hole, and which edge of the rotational axis comprises counter-toothing, which counter-toothing comprises teeth pointing away from the centre point of the rotational axis, the edge of which hole also comprises a sector without toothing, and which counter-toothing also comprises one tooth, which is wider than the other teeth of the edge of the rotational axis, which pulling arm is arranged to be connected to the rotational axis such that the tooth, which is wider than the other teeth of the counter-toothing of the rotational axis, is in the area of said sector of the edge of the hole of the pulling arm, or the edge of which hole also comprises one tooth, which is wider than the other teeth of the edge of the hole, and which counter-toothing also comprises a sector without toothing, which pulling arm is arranged to be connected to the rotational axis such that the tooth, which is wider than the other teeth of the edge of the hole of the pulling arm, is in the area of said sector of the counter-toothing of the rotational axis,and the teeth of the pulling arm toothing and the teeth of the counter-toothing of the edge of the rotational axis are arranged to settle interlaced against each other, characterized in that the door closer has a cam in connection with the rotational axis, and the tooth, which is wider than the other teeth of the counter-toothing, is arranged to be placed at four different sites in the area of the sector of the edge of the hole of the pulling arm or the tooth, which is wider than the other teeth of the edge of the hole, is arranged to be placed at four different sites in the area of the sector of the counter-toothing of the rotational axis, and the pulling arm is arranged to be placed in the rotational axis of the door closer such that the pulling arm is at either a smaller angle or a larger angle in relation to the longitudinal axis of the door closer and on either side of the door closer as viewed from its longitudinal axis.
Sanitary water guide fitting comprising a cartridge for regulating at least the quantity of outflowing water, wherein the cartridge is designed as a switch-over cartridge for releasing the outflow of water via different waterways of the water guide fitting and switching over takes place by turning a control pin of the cartridge from a zero position blocking the outflow of water, in a rotary direction assigned to a waterway and mounted on the control pin and connected thereto in a torque-resistant manner is a rotating operating grip for adjusting the cartridge, characterised in that between the cartridge and the operating grip is arranged a stop element with at least one stop pin which is arranged in parallel to the control pin of the cartridge, projects axially with regard to the operating grip and is inwardly sprung, to which, on the inner contour of the operating grip externally encompassing the stop element, a catch recess is allocated which takes up the stop pin in the grip position corresponding to the zero position of the control pin of the cartridge.
A mounting device comprising: a mounting head including at least one pickup member configured to pick up a component with a specified characteristic section formed on a top surface, the mounting head being configured to move the picked up component above a board; an imaging section configured to be moved together with the mounting head and to image the top surface of a component, an imaging region of the imaging section being directly below the imaging section; an attachment section to which a feeder configured to include tape that stores components is attached; and a control section; characterized in that the control section is configured to perform control of the mounting head and the imaging section such that, in a state with a loading distance (X1, X2) that is a distance between each of multiple components that should be picked up arranged in a row being shorter than a separation distance separating the pickup member and the imaging section, processing for imaging the components is performed consecutively or in one batch for the multiple components arranged in a row by the imaging section and processing for recognizing positions of the components is performed consecutively or in one batch for the multiple components arranged in a row. a mounting head including at least one pickup member configured to pick up a component with a specified characteristic section formed on a top surface, the mounting head being configured to move the picked up component above a board; an imaging section configured to be moved together with the mounting head and to image the top surface of a component, an imaging region of the imaging section being directly below the imaging section; an attachment section to which a feeder configured to include tape that stores components is attached; and a control section; characterized in that the control section is configured to perform control of the mounting head and the imaging section such that, in a state with a loading distance (X1, X2) that is a distance between each of multiple components that should be picked up arranged in a row being shorter than a separation distance separating the pickup member and the imaging section, processing for imaging the components is performed consecutively or in one batch for the multiple components arranged in a row by the imaging section and processing for recognizing positions of the components is performed consecutively or in one batch for the multiple components arranged in a row.
A backscatter interrogator reception method, wherein - a continuous carrier signal with a frequency f c is sent from an interrogator to a tag device over a wireless link, - the tag device transmits data to the interrogator using a modulated backscatter signal, and - the received modulated backscatter signal is demodulated by the interrogator to retrieve the data transmitted from the tag device, characterized in that the influence of an inband interferer signal contained in the received modulated backscatter signal is reduced in two following stages, wherein the received modulated backscatter signal is down-converted to an intermediate frequency f 0, bandpass filtered at said intermediate frequency f 0 and filtered, again, with a pair of notch filters in the baseband in order to reduce the influence of the inband interferer signal. - a continuous carrier signal with a frequency f c is sent from an interrogator to a tag device over a wireless link, - the tag device transmits data to the interrogator using a modulated backscatter signal, and - the received modulated backscatter signal is demodulated by the interrogator to retrieve the data transmitted from the tag device,
A polypropylene impact copolymer composition comprising: a) from 60 to 90 percent by weight of the impact copolymer composition of a matrix phase, said matrix phase comprising a homopolymer polypropylene or random polypropylene copolymer having from 0.1 to 7 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins; and b) from 10 to 40 percent by weight of the impact copolymer composition of a dispersed phase, said dispersed phase comprising a propylene/alpha-olefin copolymer having from 6 to 40 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins, wherein the dispersed phase has a comonomer content which is greater than the comonomer content in the matrix phase; wherein the impact copolymer is characterized by having a beta/alpha ratio of 0.9 or less, with β / α = MFR 1 / MFR 2 0.213 − 1 Fc / 100 + 1, where MFR means melt flow rate and is determined according to ASTM D1238 (230°C, 2,16 kg), and MFR1 is that of the first reactor (matrix phase only), MFR2 is that of the second reactor (overall impact copolymer), and Fc is the percent by weight of the dispersed phase in the impact copolymer composition, determined by mass balance, the polypropylene impact copolymer composition further being characterized as having a melt flow rate in the range of from 25 to 65 g/10 min. a) from 60 to 90 percent by weight of the impact copolymer composition of a matrix phase, said matrix phase comprising a homopolymer polypropylene or random polypropylene copolymer having from 0.1 to 7 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins; and b) from 10 to 40 percent by weight of the impact copolymer composition of a dispersed phase, said dispersed phase comprising a propylene/alpha-olefin copolymer having from 6 to 40 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins, wherein the dispersed phase has a comonomer content which is greater than the comonomer content in the matrix phase;
A method performed by a vehicle to everything application enabler, VAE, client of a wireless device for using a service in a wireless communication network for vehicle to anything, V2X, wireless devices, the method comprising: - receiving, from a V2X application specific client, a V2X message of a service with a service ID; - determining a VAE server for receiving an uplink V2X message based on the service ID; and - transmitting the uplink V2X message to the determined VAE server with the service ID. - receiving, from a V2X application specific client, a V2X message of a service with a service ID; - determining a VAE server for receiving an uplink V2X message based on the service ID; and - transmitting the uplink V2X message to the determined VAE server with the service ID.
A saddled vehicle, comprising: a handle steering shaft operated by a handle; a front wheel steering shaft disposed to steer a front wheel in front of the handle steering shaft; and a top bridge which is fastened to an upper end of the handle steering shaft and to which the handle is fixed, characterized in that the saddled vehicle further comprises a handle lock structure comprising an electric handle lock device that is electrically operated and is provided in the proximity of the handle, wherein the electric handle lock device is provided between the handle steering shaft and the front wheel steering shaft, and the electric handle lock device is disposed so that at least part thereof overlaps below the top bridge in a plan view, and the front wheel steering shaft is coupled to the handle steering shaft through a pair of left and right link members that are coupled to the top bridge, and the electric handle lock device is disposed between the pair of left and right link members so as to overlap with the pair of left and right link members in a side view. a handle steering shaft operated by a handle; a front wheel steering shaft disposed to steer a front wheel in front of the handle steering shaft; and a top bridge which is fastened to an upper end of the handle steering shaft and to which the handle is fixed, characterized in that the saddled vehicle further comprises a handle lock structure comprising an electric handle lock device that is electrically operated and is provided in the proximity of the handle, wherein the electric handle lock device is provided between the handle steering shaft and the front wheel steering shaft, and the electric handle lock device is disposed so that at least part thereof overlaps below the top bridge in a plan view, and the front wheel steering shaft is coupled to the handle steering shaft through a pair of left and right link members that are coupled to the top bridge, and the electric handle lock device is disposed between the pair of left and right link members so as to overlap with the pair of left and right link members in a side view.
Motor vehicle latch, comprising a locking mechanism (2, 3) consisting substantially of a catch and pawl, and comprising a sensor arrangement (5, 6) which is associated with the locking mechanism (2, 3) and has a fixed sensor and a sensing element which influences the signals of the sensor and follows the locking mechanism (2, 3), or vice versa, the sensor generating at least two different signals (S 1, S 2) associated with the presence and absence of the sensing element in the region of influence of the sensor, and further the single sensing element additionally bringing about at least one further, third signal (S 3) of the single sensor in accordance with the position thereof relative to the sensor, and the sensing element being arcuate, characterized in that - the arcuate shape of the sensing element is adapted to a pivoting movement of the catch to be sensed such that - the sensing element generates a largely linear signal of the sensor in accordance with an angle of rotation (Φ) of the catch in accordance with the position of the catch in the measuring region. the sensor generating at least two different signals (S 1, S 2) associated with the presence and absence of the sensing element in the region of influence of the sensor, and further the single sensing element additionally bringing about at least one further, third signal (S 3) of the single sensor in accordance with the position thereof relative to the sensor, and the sensing element being arcuate, characterized in that - the arcuate shape of the sensing element is adapted to a pivoting movement of the catch to be sensed such that - the sensing element generates a largely linear signal of the sensor in accordance with an angle of rotation (Φ) of the catch in accordance with the position of the catch in the measuring region. - the arcuate shape of the sensing element is adapted to a pivoting movement of the catch to be sensed such that - the sensing element generates a largely linear signal of the sensor in accordance with an angle of rotation (Φ) of the catch in accordance with the position of the catch in the measuring region.
A coated photoconductor, comprising: a photoconductor including a substrate having a charge generation layer and charge transport layer adhered thereto; and a top coating adhered to the photoconductor, the top coating comprising a cross-linkable polymer, a cross-linker, and a polymeric dopant having a weight average molecular weight of less than 500,000; wherein the top coating has a thickness of 0.1 μm to 12 μm and the polymeric dopant is present in the top coating at a concentration of 0.1 wt% to 10 wt%, and wherein the polymeric dopant is selected from the group of polyanilines and its co-polymers; polythiophenes and its co-polymers; polycarbozoles and its co-polymers; and mixtures thereof. a photoconductor including a substrate having a charge generation layer and charge transport layer adhered thereto; and a top coating adhered to the photoconductor, the top coating comprising a cross-linkable polymer, a cross-linker, and a polymeric dopant having a weight average molecular weight of less than 500,000; wherein the top coating has a thickness of 0.1 μm to 12 μm and the polymeric dopant is present in the top coating at a concentration of 0.1 wt% to 10 wt%, and wherein the polymeric dopant is selected from the group of polyanilines and its co-polymers; polythiophenes and its co-polymers; polycarbozoles and its co-polymers; and mixtures thereof.
An electrolytic composition, comprising: vinylene carbonate; fluoroethylene carbonate; 1,3-propane sultone; ethylene sulfite; and a conducting salt comprising no less than 80 mol% of lithium bis(fluorosulfonyl)imide (LiFSI). vinylene carbonate; fluoroethylene carbonate; 1,3-propane sultone; ethylene sulfite; and a conducting salt comprising no less than 80 mol% of lithium bis(fluorosulfonyl)imide (LiFSI).
A band saw machine configured to cut a workpiece by use of a semi-dry method, comprising: a first wheel and a second wheel arranged lower than the first wheel, the first wheel and the second wheel being configured to apply a tension to a band saw blade for tracking; a first supply unit arranged between a lowermost end of the second wheel and a workpiece cutting position along a travelling direction from the second wheel toward the first wheel in a rotary travel path of the band saw blade and configured to spray a cutting fluid in a mist onto a tooth part of the band saw blade; and a second supply unit arranged between the workpiece cutting position and the second wheel and configured to pour or spray the cutting fluid or a fluid for cooling over the band saw blade, characterized by a removal unit arranged in a section of the band saw blade from a contact end edge of the second wheel to a contact start edge of the first wheel and arranged between the contact end edge of the second wheel and the first supply unit in the rotary travel path of the band saw blade, the removal unit being configured to remove a deposit adhering to the band saw blade. a first wheel and a second wheel arranged lower than the first wheel, the first wheel and the second wheel being configured to apply a tension to a band saw blade for tracking; a first supply unit arranged between a lowermost end of the second wheel and a workpiece cutting position along a travelling direction from the second wheel toward the first wheel in a rotary travel path of the band saw blade and configured to spray a cutting fluid in a mist onto a tooth part of the band saw blade; and a second supply unit arranged between the workpiece cutting position and the second wheel and configured to pour or spray the cutting fluid or a fluid for cooling over the band saw blade, characterized by a removal unit arranged in a section of the band saw blade from a contact end edge of the second wheel to a contact start edge of the first wheel and arranged between the contact end edge of the second wheel and the first supply unit in the rotary travel path of the band saw blade, the removal unit being configured to remove a deposit adhering to the band saw blade.
A method for manufacturing an impregnated fibrous material comprising a fibrous material of continuous fibers and at least one thermoplastic polymer matrix, where said impregnated fibrous material is made in a single unidirectional ribbon or in a plurality of unidirectional parallel ribbons, said method comprising a step of pre-impregnation by said thermoplastic material of said fibrous material having the shape of a roving or of several parallel rovings and at least one step of heating of the thermoplastic matrix allowing melting or keeping molten said thermoplastic polymer after pre-impregnation, at least one said heating step being carried out by means of at least one heat-conducting supporting part and at least one heating system, with the exception of a heating calender, said roving or said rovings being in contact with a part or all of the surface of said at least one supporting part and partially or wholly passing over the surface of said at least one supporting part present near the heating system, said at least one supporting part being inside the heating system in its entirety, excluding any electrostatic method with deliberate charge, said method further comprising a step for shaping said roving or said parallel rovings of said impregnated fibrous material, by calendering using at least one heating calender in the form of a single unidirectional ribbon or a plurality of parallel unidirectional ribbons with, in the latter case, said heating calender including a plurality of calendering grooves, preferably up to 200 calendering grooves, in accordance with the number of said ribbons and with a pressure and/or separation between the rollers of said calender regulated by a governing system, a belt press being present between the heating system and the calender and the porosity level in said pre-impregnated fibrous material being less than 10 %, in particular less than 5 %, particularly less than 2 %.
: A composition for forming a contact lens, in particular for forming a silicone hydrogel contact lens, comprising: at least one first vinylic monomer or macromer having one first ethylenically unsaturated group; at least one second vinylic monomer or macromer having one second ethylenically unsaturated group; and at least one crosslinker with at least one third ethylenically unsaturated group and at least one fourth ethylenically unsaturated group, wherein the first ethylenically unsaturated group is different from the second ethylenically unsaturated group, wherein the third and fourth ethylenically unsaturated groups are either identical or different, wherein at least one of the third and fourth ethylenically unsaturated group is identical to the first ethylenically unsaturated groups, wherein the first ethylenically unsaturated group has a kinetic copolymerization parameter r 1 of less than 1.0 relative to the second ethylenically unsaturated group.