mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling the curing degree of at least one at least partially cured ink and/or varnish printed on a substrate, which comprises the following steps: a) providing a substrate, which is printed with the at least one at least partially cured ink and/or at least partially cured varnish, wherein the at least one at least partially cured ink and/or at least partially cured varnish comprises at least one extractable compound, b) cutting at least one sample from an area of the printed substrate provided in step a), placing the at least one sample in a solvent, in which at least one of the at least one extractable compound is soluble, incubating the solvent with the at least one sample placed therein for at least 10 seconds and removing the at least one sample from the solvent to obtain a solvent extract, c) quantitatively measuring a spectroscopic characteristic of the solvent extract at at least one wavelength between 190 and 4,000 nm, at which at least one of the at least one extractable compound absorbs or emits radiation, so as to obtain a measured numeric value of the spectroscopic characteristic, d) comparing the measured numeric value of the spectroscopic characteristic measured in step c) with a reference value of the spectroscopic characteristic for the same area of the printed substrate, from which the at least one sample has been cut out in step b), and e) outputting a result, characterized in that the reference value of the spectroscopic characteristic for the same area of the printed substrate, from which the at least one sample has been cut out in step b), has been obtained by the use of an empirical model. a) providing a substrate, which is printed with the at least one at least partially cured ink and/or at least partially cured varnish, wherein the at least one at least partially cured ink and/or at least partially cured varnish comprises at least one extractable compound, b) cutting at least one sample from an area of the printed substrate provided in step a), placing the at least one sample in a solvent, in which at least one of the at least one extractable compound is soluble, incubating the solvent with the at least one sample placed therein for at least 10 seconds and removing the at least one sample from the solvent to obtain a solvent extract, c) quantitatively measuring a spectroscopic characteristic of the solvent extract at at least one wavelength between 190 and 4,000 nm, at which at least one of the at least one extractable compound absorbs or emits radiation, so as to obtain a measured numeric value of the spectroscopic characteristic, d) comparing the measured numeric value of the spectroscopic characteristic measured in step c) with a reference value of the spectroscopic characteristic for the same area of the printed substrate, from which the at least one sample has been cut out in step b), and e) outputting a result,
A system comprising: - a headwear ; - a camera configured to generate pixel data from a field of view of the welding headwear ; - a display device to display pixel data to a wearer of the welding headwear ; - a light intensity detection circuitry configured to: - determine whether a welding arc is present based on an intensity of light incident captured by said light intensity detection circuitry ; and - generate a control signal indicating a result of said determination; characterized by pixel data processing circuitry configured to process the pixel data captured by the camera to process the pixel data for display on the display device , wherein a mode of operation of said pixel data processing circuitry is selected from a plurality of modes based on said control signal . - a headwear ; - a camera configured to generate pixel data from a field of view of the welding headwear ; - a display device to display pixel data to a wearer of the welding headwear ; - a light intensity detection circuitry configured to: - determine whether a welding arc is present based on an intensity of light incident captured by said light intensity detection circuitry ; and - generate a control signal indicating a result of said determination; - a camera configured to generate pixel data from a field of view of the welding headwear ; - a display device to display pixel data to a wearer of the welding headwear ; - a light intensity detection circuitry configured to: - determine whether a welding arc is present based on an intensity of light incident captured by said light intensity detection circuitry ; and - generate a control signal indicating a result of said determination; - determine whether a welding arc is present based on an intensity of light incident captured by said light intensity detection circuitry ; and - generate a control signal indicating a result of said determination;
Base of outside mirror for front door of motor vehicle , including: - a body with o an extended portion capable of being fixed to an area generally vertical of the door of the vehicle, and o a bracket portion of the rearview mirror; - a cover intended to cover the body , the cover forms a visible part of the rearview mirror; characterized as cover consists of a lower portion and an upper portion , the upper portion consisting of an inner face intended to be opposite the extended portion of the body and including means of fastening per tightening capable of co-operating with at least one fastening screw passing through that extended portion ) of the body. - a body with o an extended portion capable of being fixed to an area generally vertical of the door of the vehicle, and o a bracket portion of the rearview mirror; o an extended portion capable of being fixed to an area generally vertical of the door of the vehicle, and o a bracket portion of the rearview mirror; - a cover intended to cover the body , the cover forms a visible part of the rearview mirror;
A readhead for a diagnostic instrument for illuminating a sample carrier and receiving light from the sample carrier , the readhead comprising: a housing adapted to be incorporated in the diagnostic instrument and including an illumination chamber for receiving a sample carrier ; an array of reflectance light sources mounted within the housing in a fixed position relative to the illumination chamber , and including a first light-emitting diode for emitting substantially monochromatic light of a first wavelength and a second light- emitting diode for emitting substantially monochromatic light of a second wavelength substantially different from the first wavelength; a light guide mounted in the housing to receive light from each of the light-emitting diodes , for conveying, when only one of the light-emitting diodes is illuminated, substantially all of the light from the one light-emitting diode to the illumination chamber so that the illumination chamber is illuminated substantially uniformly; a light detector coupled to receive light from the illumination chamber ; a fluorescence excitation light source positioned in the housing and positioned to direct excitation light of a predetermined wavelength to the illumination chamber ; and a light filter positioned between the illumination chamber and the light detector and adapted to prevent passage therethrough of the excitation light from the fluorescence excitation light source but allow passage of emissive light from a sample carrier in the illumination chamber having a wavelength different from the predetermined wavelength of the excitation light , wherein the fluorescence excitation light source comprises an ultraviolet light source positioned in an ultraviolet light source chamber within the housing, the ultraviolet light source chamber having an opening for directing light from the ultraviolet light source into the illumination chamber , wherein the interior of the ultraviolet light source chamber is lined with metal foil.
A shroud assembly , comprising: a plurality of receiver rings , each receiver ring having two portions pivotally coupled to each other; two semi-cylindrical covers attached to the plurality of receiver rings; and a fastener for locking the two portions together; a base ring , a first receiver ring of the plurality of receiver rings axially movable with respect to the base ring; a torque key coupled to the base ring and the first receiver ring, and an extender ring coupled to the base ring, and configured to move the first receiver ring toward a second receiver ring of the plurality of receiver rings, wherein the extender ring is rotatable relative to the base ring. a plurality of receiver rings , each receiver ring having two portions pivotally coupled to each other; two semi-cylindrical covers attached to the plurality of receiver rings; and a fastener for locking the two portions together; a base ring , a first receiver ring of the plurality of receiver rings axially movable with respect to the base ring; a torque key coupled to the base ring and the first receiver ring, and an extender ring coupled to the base ring, and configured to move the first receiver ring toward a second receiver ring of the plurality of receiver rings, wherein the extender ring is rotatable relative to the base ring.
A downhole motor for directional drilling, comprising: a driveshaft housing ; a driveshaft rotatably disposed in the driveshaft housing ; a bearing mandrel coupled to the driveshaft ; a bend adjustment assembly including a first position that provides a first deflection angle between a longitudinal axis of the driveshaft housing and a longitudinal axis of the bearing mandrel ; wherein the bend adjustment assembly includes a second position that provides a second deflection angle between the longitudinal axis of the driveshaft housing and the longitudinal axis of the bearing mandrel that is different from the first deflection angle; a locking assembly comprising a locked configuration configured to lock the bend adjustment assembly in at least one of the first position and the second position and an unlocked configuration configured to permit an actuator assembly to shift the bend adjustment assembly between the first position and the second position, and characterised in that : the locking assembly comprises a selector pin configured to retain the locking assembly in the unlocked configuration. a driveshaft housing ; a driveshaft rotatably disposed in the driveshaft housing ; a bearing mandrel coupled to the driveshaft ; a bend adjustment assembly including a first position that provides a first deflection angle between a longitudinal axis of the driveshaft housing and a longitudinal axis of the bearing mandrel ; wherein the bend adjustment assembly includes a second position that provides a second deflection angle between the longitudinal axis of the driveshaft housing and the longitudinal axis of the bearing mandrel that is different from the first deflection angle; a locking assembly comprising a locked configuration configured to lock the bend adjustment assembly in at least one of the first position and the second position and an unlocked configuration configured to permit an actuator assembly to shift the bend adjustment assembly between the first position and the second position, and characterised in that : the locking assembly comprises a selector pin configured to retain the locking assembly in the unlocked configuration.
A blast valve comprising a valve framework , to which valve blocks can be supported, and which comprises an opening , into which valve blocks are arranged to form at least two adjacent valve block columns such, that the valve blocks essentially completely close the opening , wherein there is at least one valve block having a frame including at least one flow channel , a closing element having been arranged into each flow channel , which closing element can be moved at least from an open position to a closed position, and wherein, into the opening in the valve framework , in between two adjacent valve block columns , a beam structure is arranged being supported at its ends to the valve framework and to which beam structure at least one valve block partly is supported, characterized in that said beam structure comprises two profiles of a U-shaped cross-section shape having their webs interconnected such, that said two profiles of a U-shaped cross-section shape form a structure of an I-shaped cross-section shape.
A slew-actuated stamping station , comprising: an expandable core configured to apply radially outward pressure to a radially inward facing surface of a radial wall of a ring-shaped part ; at least one slew-actuated punch for piercing, along a radially inward direction , a respective hole in the radial wall ; at least one punch holder; a guide for guiding each punch holder toward the radial wall; characterized by : a drive ring ; each punch holder connecting one or more of the at least one slew-actuated punch to the drive ring; and a slew for rotating the drive ring to drive each punch holder along the guide to pierce the radial wall with each slew-actuated punch. an expandable core configured to apply radially outward pressure to a radially inward facing surface of a radial wall of a ring-shaped part ; at least one slew-actuated punch for piercing, along a radially inward direction , a respective hole in the radial wall ; at least one punch holder; a guide for guiding each punch holder toward the radial wall; characterized by : a drive ring ; each punch holder connecting one or more of the at least one slew-actuated punch to the drive ring; and a slew for rotating the drive ring to drive each punch holder along the guide to pierce the radial wall with each slew-actuated punch. a drive ring ; each punch holder connecting one or more of the at least one slew-actuated punch to the drive ring; and a slew for rotating the drive ring to drive each punch holder along the guide to pierce the radial wall with each slew-actuated punch.
Mobile filling device able to fill at least one tube of a catalytic reactor made up of a plurality of parallel tubes filled with a catalyst in granular form, this device comprising: - a storage trough of a catalyst with a sieve-shaped bottom , each hole of which is able to coincide with a tube of the reactor, - a catalyst dosing system for each tube to be filled, corresponding to a dosing column able to be centered relative to the tube and receiving a predetermined volume of catalyst , each hole of the bottom of the storage trough corresponding to the openings of the dosing columns ; - means for simultaneously releasing the catalyst contained in the dosing system toward the tube(s) to be filled, characterized in that it has means for recovering dust formed by pouring the catalyst into the tubes that are arranged between said dosing system and said plurality of tubes of the catalytic reactor. - a storage trough of a catalyst with a sieve-shaped bottom , each hole of which is able to coincide with a tube of the reactor, - a catalyst dosing system for each tube to be filled, corresponding to a dosing column able to be centered relative to the tube and receiving a predetermined volume of catalyst , each hole of the bottom of the storage trough corresponding to the openings of the dosing columns ; - means for simultaneously releasing the catalyst contained in the dosing system toward the tube(s) to be filled, characterized in that it has means for recovering dust formed by pouring the catalyst into the tubes that are arranged between said dosing system and said plurality of tubes of the catalytic reactor.
A process, comprising: providing a pre-mix comprising an aromatic carboxylic acid component; contacting a tetraalkylguanidine with the aromatic carboxylic acid component in the pre-mix to form a tetraalkylguanidine salt of aromatic carboxylic acid, wherein the pre-mix further comprises a tertiary amine catalyst component, wherein the tetraalkylguanidine salt of aromatic carboxylic acid has a structure of: [HN=C(NR' 2 ) 2 ] Z {(R 2 ) x (R 3 ) y (Ar)[(CH 2 ) n (CO 2 H)] z } wherein R 1 =Methyl; R 2 = H; R 3 = CH 3 , OH or -CO 2 -R 4 wherein R 4 = -(C 2 H 4 O) m -H wherein m = 1 to 5; Ar= substituted C 6 (Phenyl); n = 0; z = 1, x =4-5; y =0-1. providing a pre-mix comprising an aromatic carboxylic acid component; contacting a tetraalkylguanidine with the aromatic carboxylic acid component in the pre-mix to form a tetraalkylguanidine salt of aromatic carboxylic acid, wherein the pre-mix further comprises a tertiary amine catalyst component, wherein the tetraalkylguanidine salt of aromatic carboxylic acid has a structure of: [HN=C(NR' 2 ) 2 ] Z {(R 2 ) x (R 3 ) y (Ar)[(CH 2 ) n (CO 2 H)] z } wherein R 1 =Methyl; R 2 = H; R 3 = CH 3 , OH or -CO 2 -R 4 wherein R 4 = -(C 2 H 4 O) m -H wherein m = 1 to 5; Ar= substituted C 6 (Phenyl); n = 0; z = 1, x =4-5; y =0-1. [HN=C(NR' 2 ) 2 ] Z {(R 2 ) x (R 3 ) y (Ar)[(CH 2 ) n (CO 2 H)] z } wherein R 1 =Methyl; R 2 = H; R 3 = CH 3 , OH or -CO 2 -R 4 wherein R 4 = -(C 2 H 4 O) m -H wherein m = 1 to 5; Ar= substituted C 6 (Phenyl); n = 0; z = 1, x =4-5; y =0-1.
A method of producing a pressure transmitter system with the following steps: - Providing a capillary tube ; - Providing a capillary adapter comprising a basic body with an inner connecting capillary line which extends in a longitudinal direction from a first end to a second end of the basic body , wherein the first end of the capillary adapter has a pressure transmitter connector with which the capillary adapter can be connected to the pressure transmitter and the second end of the capillary adapter has a capillary interface into which the capillary line opens, wherein the capillary tube and the capillary interface are configured such that the capillary tube can be inserted into the capillary interface to a predetermined depth and surrounds the capillary tube , - Providing a pressure transmitter which has at least one diaphragm platform and one isolating diaphragm which is connected gas-tightly to the diaphragm platform along at least one edge to form a pressure chamber between the isolating diaphragm and the diaphragm platform ; - Welding the capillary adapter to the pressure transmitter ; - Inserting the capillary tube into the capillary interface of the capillary adapter to the predetermined depth, wherein the depth is selected so that the capillary tube is only partially plugged into the capillary adapter and does not pass fully through the capillary adapter ; - Welding the capillary tube to the second end of the capillary adapter ; and - Tightly attaching a protective hose externally via a protective hose seat of the capillary adapter . - Providing a capillary tube ; - Providing a capillary adapter comprising a basic body with an inner connecting capillary line which extends in a longitudinal direction from a first end to a second end of the basic body , wherein the first end of the capillary adapter has a pressure transmitter connector with which the capillary adapter can be connected to the pressure transmitter and the second end of the capillary adapter has a capillary interface into which the capillary line opens, wherein the capillary tube and the capillary interface are configured such that the capillary tube can be inserted into the capillary interface to a predetermined depth and surrounds the capillary tube , - Providing a pressure transmitter which has at least one diaphragm platform and one isolating diaphragm which is connected gas-tightly to the diaphragm platform along at least one edge to form a pressure chamber between the isolating diaphragm and the diaphragm platform ; - Welding the capillary adapter to the pressure transmitter ; - Inserting the capillary tube into the capillary interface of the capillary adapter to the predetermined depth, wherein the depth is selected so that the capillary tube is only partially plugged into the capillary adapter and does not pass fully through the capillary adapter ; - Welding the capillary tube to the second end of the capillary adapter ; and - Tightly attaching a protective hose externally via a protective hose seat of the capillary adapter .
A refrigerator door comprising a door basket disposed on a back surface of the door , for selectively opening or closing a storage space, and movably mounted to the back surface of the door having a pair of guide slots to adjust the height of a mounting position, wherein the door basket comprises: a basket body receiving goods; a basket support having an open top surface with polyhedral shape to define a seat space providing a space in which the basket body is detachably disposed on the basket support ; a hook defined by an outwardly stepped portion between an upper portion of a circumference surface of the basket body and a lower portion of a circumference surface of the basket body ; an installation bracket disposed on a rear end of each of both circumference surfaces of the basket support ; a stopping lever rotatably disposed on the installation bracket to a position corresponding to one of a plurality of fixing grooves vertically spaced apart from each other in the back surface of the door ; a guide protrusion protruding from the installation bracket and being configured to move along the pair of guide slots lengthily cut in a vertical direction at the same position as the fixing grooves ; and an elastic member applying an elastic force to the stopping lever so that the stopping lever is maintained in a state where the stopping lever is inserted into one of the fixing grooves , wherein a distance between the pair guide slots is equal to that between the guide protrusion and that between the fixing grooves , and wherein the hook is closely attached to an upper end of the circumference surface of the basket support in a state where the basket body is mounted on the basket support. a basket body receiving goods; a basket support having an open top surface with polyhedral shape to define a seat space providing a space in which the basket body is detachably disposed on the basket support ; a hook defined by an outwardly stepped portion between an upper portion of a circumference surface of the basket body and a lower portion of a circumference surface of the basket body ; an installation bracket disposed on a rear end of each of both circumference surfaces of the basket support ; a stopping lever rotatably disposed on the installation bracket to a position corresponding to one of a plurality of fixing grooves vertically spaced apart from each other in the back surface of the door ; a guide protrusion protruding from the installation bracket and being configured to move along the pair of guide slots lengthily cut in a vertical direction at the same position as the fixing grooves ; and an elastic member applying an elastic force to the stopping lever so that the stopping lever is maintained in a state where the stopping lever is inserted into one of the fixing grooves , wherein a distance between the pair guide slots is equal to that between the guide protrusion and that between the fixing grooves , and wherein the hook is closely attached to an upper end of the circumference surface of the basket support in a state where the basket body is mounted on the basket support.