mhurhangee/ep-ind-claims huggingface dataset:
A one component heat-curable powder coating composition comprising - a resin containing reactive unsaturations wherein all said reactive unsaturations are carbon carbon double bonds connected directly to an electron withdrawing group and wherein the resin has a weight per unsaturation as determined using 1 H-NMR higher than 250 and less than 1500 g/mol, and wherein the resin is a polyester, and - a co-crosslinker chosen from the group of vinylethers, vinylesters, vinylamides, itaconates, enamines and mixtures thereof, and wherein the co-crosslinker has a weight per unsaturation as determined using 1 H-NMR higher than 150 and lower than 870 g/mol, and - a thermal initiation system comprising a transition metal catalyst and a peroxide, wherein the transition metal catalyst is chosen from the group of transition metal salts, transition metal complexes and mixtures thereof, wherein the transition metal is Mn, Fe, Co, or Cu, and wherein the peroxide is chosen from the group of peroxyesters, monoperoxycarbonates and mixtures thereof, wherein the peroxide is of formula wherein R 1, R 2 and R 3 each independently stand for an alkyl, and wherein X stands for R 4 or for OR 4, wherein R 4 stands for an alkyl, an aryl or for an oligomer or polymer, and wherein the amount of peroxide is at least 10 mmol peroxide/Kg resin containing reactive unsaturations and co-crosslinker. - a resin containing reactive unsaturations wherein all said reactive unsaturations are carbon carbon double bonds connected directly to an electron withdrawing group and wherein the resin has a weight per unsaturation as determined using 1 H-NMR higher than 250 and less than 1500 g/mol, and wherein the resin is a polyester, and - a co-crosslinker chosen from the group of vinylethers, vinylesters, vinylamides, itaconates, enamines and mixtures thereof, and wherein the co-crosslinker has a weight per unsaturation as determined using 1 H-NMR higher than 150 and lower than 870 g/mol, and - a thermal initiation system comprising a transition metal catalyst and a peroxide, wherein the transition metal catalyst is chosen from the group of transition metal salts, transition metal complexes and mixtures thereof, wherein the transition metal is Mn, Fe, Co, or Cu, and wherein the peroxide is chosen from the group of peroxyesters, monoperoxycarbonates and mixtures thereof, wherein the peroxide is of formula wherein R 1, R 2 and R 3 each independently stand for an alkyl, and wherein X stands for R 4 or for OR 4, wherein R 4 stands for an alkyl, an aryl or for an oligomer or polymer, and wherein the amount of peroxide is at least 10 mmol peroxide/Kg resin containing reactive unsaturations and co-crosslinker.
Optical element for influencing a light emitted by a light source, comprising - a front side facing away from the light source, and - a rear side facing the light source, wherein a light entry area for the entry of light is formed on the rear side, and in addition a deflecting surface area is formed, and a front surface area is formed on the front side, wherein the design is such that first light rays of the light which enter the optical element via the light entry area are totally reflected at the deflecting surface area and then leave the optical element via the front surface area; wherein the front surface area is shaped in terms of its design such that second light rays of the light which enter the optical element via the light entry area and then directly impinge on the front surface area undergo a total reflection there, wherein the light entry area is formed by a recess, characterized in that the recess has a bottom wall and side walls, wherein the optical element is elongate so as to extend along a longitudinal axis; wherein a plurality of recesses (4, 4') are provided in a row that extends parallel to the longitudinal axis; wherein each of the recesses (4, 4') has two further side walls which extend transversely with respect to the longitudinal axis and form surface areas at which light rays of the light that enter the optical element via the further side walls are totally reflected. - a front side facing away from the light source, and - a rear side facing the light source,
A honeycomb structure comprising: a tubular honeycomb structure body having porous partition walls to define and form a plurality of cells as through channels of a fluid which extend from a first end surface as one end surface to a second end surface as the other end surface, and an outer peripheral wall positioned on the outermost periphery and extending from the first end surface to the second end surface; and a pair of electrode sections disposed on a side surface of the honeycomb structure body which is the surface of the peripheral wall, wherein the electrical resistivity of the honeycomb structure body is from 1 to 200 Ωcm, each of the pair of electrode sections is formed into a band shape extending in the direction of the cells of the honeycomb structure body, in a cross section perpendicular to the direction of the cells, one electrode section in the pair of electrode sections is disposed on a side opposite to the other electrode section in the pair of electrode sections via the center of the honeycomb structure body, the electrode section contains silicon and an aggregate, and a ratio (the silicon/the aggregate) of the volume of the silicon contained in the electrode section to the volume of the aggregate contained in the electrode section is from 60/40 to 80/20. a tubular honeycomb structure body having porous partition walls to define and form a plurality of cells as through channels of a fluid which extend from a first end surface as one end surface to a second end surface as the other end surface, and an outer peripheral wall positioned on the outermost periphery and extending from the first end surface to the second end surface; and a pair of electrode sections disposed on a side surface of the honeycomb structure body which is the surface of the peripheral wall, wherein the electrical resistivity of the honeycomb structure body is from 1 to 200 Ωcm, each of the pair of electrode sections is formed into a band shape extending in the direction of the cells of the honeycomb structure body, in a cross section perpendicular to the direction of the cells, one electrode section in the pair of electrode sections is disposed on a side opposite to the other electrode section in the pair of electrode sections via the center of the honeycomb structure body, the electrode section contains silicon and an aggregate, and a ratio (the silicon/the aggregate) of the volume of the silicon contained in the electrode section to the volume of the aggregate contained in the electrode section is from 60/40 to 80/20.
An apparatus for diagnosing a current sensor provided on a charging and discharging path for supplying a charging and discharging current to a cell assembly, the apparatus comprising: a voltage measuring unit configured to be electrically connected to the cell assembly to measure a both-end voltage of the cell assembly; a current measuring unit configured to be electrically connected to the current sensor to receive an electric signal from the current sensor and measure a current flowing through the charging and discharging path based on the electric signal; and a processor configured to calculate a change value of a voltage-based charged charge amount based on a measured voltage measured at each of at least two preset reference times by the voltage measuring unit, calculate a change value of a current-based charged charge amount based on a measured current accumulatively measured between the preset reference times by the current measuring unit, and diagnose the current sensor based on the change value of the voltage-based charged charge amount and the change value of the current-based charged charge amount, wherein the processor is configured to compare the change value of the voltage-based charged charge amount and the change value of the current-based charged charge amount, and diagnoses that the current sensor is in a normal state when an error rate between the change value of the voltage-based charged charge amount and the change value of the current-based charged charge amount falls within a normal range. a voltage measuring unit configured to be electrically connected to the cell assembly to measure a both-end voltage of the cell assembly; a current measuring unit configured to be electrically connected to the current sensor to receive an electric signal from the current sensor and measure a current flowing through the charging and discharging path based on the electric signal; and a processor configured to calculate a change value of a voltage-based charged charge amount based on a measured voltage measured at each of at least two preset reference times by the voltage measuring unit, calculate a change value of a current-based charged charge amount based on a measured current accumulatively measured between the preset reference times by the current measuring unit, and diagnose the current sensor based on the change value of the voltage-based charged charge amount and the change value of the current-based charged charge amount, wherein the processor is configured to compare the change value of the voltage-based charged charge amount and the change value of the current-based charged charge amount, and diagnoses that the current sensor is in a normal state when an error rate between the change value of the voltage-based charged charge amount and the change value of the current-based charged charge amount falls within a normal range.
An electronic inhalation device comprising a vaporiser having a heating element, a power cell and a computer, where the computer comprises a computer processor, a memory and an input-output means; wherein the computer is configured in use to enter a menu mode when a user activates the menu mode; and wherein the menu mode enables a user to alter an operational parameter of the device, and wherein in menu mode, a selected menu option changes an operational parameter to change: an electrical power delivered to the heating element to enable a vapour boost which provides increased power to the heating element at the start of an inhalation; when the device comprises a pressure sensor, a threshold pressure value at which the heating element is activated; and/or a heating element activation time which, once the heating element is activated, is a predetermined time the heating element is activated for. wherein the computer is configured in use to enter a menu mode when a user activates the menu mode; and wherein the menu mode enables a user to alter an operational parameter of the device, and wherein in menu mode, a selected menu option changes an operational parameter to change: an electrical power delivered to the heating element to enable a vapour boost which provides increased power to the heating element at the start of an inhalation; when the device comprises a pressure sensor, a threshold pressure value at which the heating element is activated; and/or a heating element activation time which, once the heating element is activated, is a predetermined time the heating element is activated for. an electrical power delivered to the heating element to enable a vapour boost which provides increased power to the heating element at the start of an inhalation; when the device comprises a pressure sensor, a threshold pressure value at which the heating element is activated; and/or a heating element activation time which, once the heating element is activated, is a predetermined time the heating element is activated for.
A hole examining device, characterized in that it comprises: a moving body supported to be movable in two directions which cross each other; a measurement head (125,126) supported to be movable in a movement direction crossing a movement direction of the moving body with respect to the moving body; a measurement head moving device (121,122) capable of moving the measurement head (125,126) with respect to the moving body; a plurality of measurers (127,128) supported to be movable in the same direction as the movement direction of the measurement head (125, 126); and a measurer holding mechanism (132, 134) capable of holding the measurer (127, 128) at an advance position which advances as well as retreats, whereby each of the plurality of measurers (127,128) includes a first measurer having a first diameter that is adapted to be insertable into a hole of an examined member when the hole is larger than a minimum tolerance and a second measurer having a second diameter that is adapted to be not insertable into said hole when the hole is smaller than a maximum tolerance, characterized in that each of the measurers (127,128) includes an examination body which is formed in a sphere with a spherical outer peripheral surface and is disposed at a front end of the measurer (127,128), and a supporting portion which movably and spherically supports the examination body in a three dimensional direction on the spherical outer peripheral surface, and a compression coil spring is provided, which is configured to bias the examination body at a predetermined measurement position. a moving body supported to be movable in two directions which cross each other; a measurement head (125,126) supported to be movable in a movement direction crossing a movement direction of the moving body with respect to the moving body; a measurement head moving device (121,122) capable of moving the measurement head (125,126) with respect to the moving body; a plurality of measurers (127,128) supported to be movable in the same direction as the movement direction of the measurement head (125, 126); and a measurer holding mechanism (132, 134) capable of holding the measurer (127, 128) at an advance position which advances as well as retreats, whereby each of the plurality of measurers (127,128) includes a first measurer having a first diameter that is adapted to be insertable into a hole of an examined member when the hole is larger than a minimum tolerance and a second measurer having a second diameter that is adapted to be not insertable into said hole when the hole is smaller than a maximum tolerance, characterized in that each of the measurers (127,128) includes an examination body which is formed in a sphere with a spherical outer peripheral surface and is disposed at a front end of the measurer (127,128), and a supporting portion which movably and spherically supports the examination body in a three dimensional direction on the spherical outer peripheral surface, and a compression coil spring is provided, which is configured to bias the examination body at a predetermined measurement position.
An electrochemical sensor having a base element made of electrically insulating material with a planar surface, and a pair of conductors which are superimposed on this planar surface of the base element, wherein the two conductors of the pair are connected by means of at least one wire-shaped working electrode, wherein a recess is formed in this planar surface of the base element beneath the working electrode, wherein the bottom of the recess is at a distance from the working electrode.
Charging interface for a vehicle, in particular an electrically drivable vehicle, having a charging socket for arrangement in an opening of a vehicle body, a vehicle cover for at least partially covering and uncovering the opening, and a drive device for moving the vehicle cover with a drive unit, wherein a planetary gear with a first shaft, a second shaft and at least one third shaft is provided between a drive shaft of the drive unit and the vehicle cover and the drive shaft is connected to the first shaft, characterized in that the vehicle cover is connected to the second shaft and the charging socket is connected to the third shaft of the planetary gear.
METHOD FOR THE RECYCLING OF POLYVINYL BUTYRAL, which method is based on the obtaining of recycled polyvinyl butyral from laminated glass, which is shattered and the polyvinyl butyral is separated, the resulting PVB sheet is cut into pieces and a first surface cleaning process is then carried out to eliminate dirt and foreign matter providing a solid state PVB with glass chemically adhered to it, characterized in that the method further comprises a chemical treatment comprising the following stages: • a first polyvinyl butyral purification stage wherein the solid state PVB with glass chemically adhered to it is treated with an acid; • a subsequent final chemical treatment stage supplementary to the first stage, wherein the purified solid state PVB is treated with a base; obtaining purified polyvinyl butyral suitable for the manufacture of laminated glass. • a first polyvinyl butyral purification stage wherein the solid state PVB with glass chemically adhered to it is treated with an acid; • a subsequent final chemical treatment stage supplementary to the first stage, wherein the purified solid state PVB is treated with a base;
A paper dispenser comprising a reel and two conveying rollers (4, 5), wherein the path of a paper web starting from the reel leads through a nip between said two conveying rollers (4, 5) that clamp the paper web, a brake for said reel and a tensioning device for the paper web, said tensioning device interacting with said brake in such a manner that the breaking action of the break equals the tension in the paper web, characterized in that said tensioning device is loaded into the paper path between said reel and said two conveying rollers (4, 5).
A food additive for animals, characterized in that it comprises: - a magnesium phyllosilicate, having a specific surface area of between 50 and 160 m2/g, a cation exchange capacity of between 30 and 170 meq/100 grams, and an intrinsic pH of between 6.5 and 11 in an amount ranging from 31.2% to 98.2% by weight with respect to the total weight of the additive; activated with - at least one sodium-containing buffering agent, in a proportion of between 1.8% and 68.8% by weight relative to the total weight of the additive. - a magnesium phyllosilicate, having a specific surface area of between 50 and 160 m2/g, a cation exchange capacity of between 30 and 170 meq/100 grams, and an intrinsic pH of between 6.5 and 11 in an amount ranging from 31.2% to 98.2% by weight with respect to the total weight of the additive; activated with - at least one sodium-containing buffering agent, in a proportion of between 1.8% and 68.8% by weight relative to the total weight of the additive.
A keyless lock comprising: a rotor assembly having a knob, the knob resiliently movable in a knob-rotor, the rotor assembly configured to initiate a wireless authentication system in a mounted condition, the rotor-assembly is movable along a first axis for initiating the wireless authentication system; and a stator assembly having a stator, resiliently movable plunger, an electronic actuator, a microswitch configured to be moved along the first axis with the movement of the rotor-assembly, an extended portion extending from the stator, the extended portion configured to actuate a peripheral lock. a rotor assembly having a knob, the knob resiliently movable in a knob-rotor, the rotor assembly configured to initiate a wireless authentication system in a mounted condition, the rotor-assembly is movable along a first axis for initiating the wireless authentication system; and a stator assembly having a stator, resiliently movable plunger, an electronic actuator, a microswitch configured to be moved along the first axis with the movement of the rotor-assembly, an extended portion extending from the stator, the extended portion configured to actuate a peripheral lock.
Surgical tool for knocking out or inserting of joint prostheses, with a continuously curved head of the tool, which exhibits a passage for the seating of a prosthesis neck and a bolt mechanism, which detachably blocks the prosthesis neck in the passage, wherein the head of the tool exhibits an opening at a side of the passage for the lateral insertion of the prosthesis neck, wherein the bolt mechanism exhibits a blocking member intervening in the passage, wherein an adjusting force is to be applied to the blocking member by means of an adjustment member, where the manipulation of the adjustment member is to be arranged by an adjustment element, which is disposed with distance to the head of the tool, characterized in that the interference position of the blocking element is adaptable to different diameters of the prosthesis neck by the fact that a laterally opened, at least partially compressible insertion element with a substantially central seating for holding a prosthesis neck is inserted in the passage of the head of the tool, such that the openings (29, 32) correspond.
A method performed by a terminal device for communicating with a radio base station, RBS, or a Device-to-Device, D2D, terminal device in an Orthogonal Frequency Division Multiplexing, OFDM, based radio communication network, the method comprising: forming a radio subframe by including coded bits in the radio subframe, wherein the coded bits contain a sequence of systematic bits and a sequence of redundancy bits, and only redundancy bits are included in a head and a tail of the first and the last OFDM symbols of the radio subframe; and transmitting the radio subframe to the RBS or the D2D terminal device. forming a radio subframe by including coded bits in the radio subframe, wherein the coded bits contain a sequence of systematic bits and a sequence of redundancy bits, and only redundancy bits are included in a head and a tail of the first and the last OFDM symbols of the radio subframe; and transmitting the radio subframe to the RBS or the D2D terminal device.
A portable terminal comprising: a radio communication means; a transmission instruction information storage for storing information on transmission instructions in association with form information indicating a position of a hand and fingers with respect to contours of a face; a shooting means (102, 103) for shooting an image when a call is received; a transmission instruction information selecting means for recognizing a form from the image shot by the shooting means (102, 103), and selecting a transmission instruction corresponding to the recognized form from the transmission instruction information storage; and a controller for transmitting prescribed information to a calling source according to the transmission instruction selected by the transmission instruction information selecting means. a radio communication means; a transmission instruction information storage for storing information on transmission instructions in association with form information indicating a position of a hand and fingers with respect to contours of a face; a shooting means (102, 103) for shooting an image when a call is received; a transmission instruction information selecting means for recognizing a form from the image shot by the shooting means (102, 103), and selecting a transmission instruction corresponding to the recognized form from the transmission instruction information storage; and a controller for transmitting prescribed information to a calling source according to the transmission instruction selected by the transmission instruction information selecting means.