mhurhangee/ep-ind-claims huggingface dataset:
A machine for cutting threaded rods, the machine having a set of dies (602, 652) and a pair of arms (74, 79) each configured to hold one of the dies (602, 652), at least one of the arms (74, 79) being moveable relative to the other arm (74, 79) to cause the dies (602, 652) to shear a threaded rod, the set of dies (602, 652) comprising: a first die having a first body with a first front face, a first rear face, a first side face extending between the first front face and the first rear face, and a first threaded arcuate recess with a first thread defined in the first side face and is configured to receive a portion of a first threaded rod to be cut, wherein crests and troughs of the first thread are aligned with troughs and crests of a thread of the first threaded rod when the first die engages the first threaded rod; and a second die having a second body with a second front face, a second side face extending between the second front face, and a second rear face, and a second threaded arcuate recess with a second thread defined in the second side face and configured to receive a portion of the first threaded rod to be cut, wherein the first front face of the first die and the second front face of the second die substantially lie in a common cutting plane P so that the front faces (602, 652) do not overlap and are not substantially spaced apart, characterised in that crests and troughs of the second thread are axially offset from troughs and crests of the thread of the first threaded rod when the second die engages the first threaded rod. a first die having a first body with a first front face, a first rear face, a first side face extending between the first front face and the first rear face, and a first threaded arcuate recess with a first thread defined in the first side face and is configured to receive a portion of a first threaded rod to be cut, wherein crests and troughs of the first thread are aligned with troughs and crests of a thread of the first threaded rod when the first die engages the first threaded rod; and a second die having a second body with a second front face, a second side face extending between the second front face, and a second rear face, and a second threaded arcuate recess with a second thread defined in the second side face and configured to receive a portion of the first threaded rod to be cut, wherein the first front face of the first die and the second front face of the second die substantially lie in a common cutting plane P so that the front faces (602, 652) do not overlap and are not substantially spaced apart, characterised in that crests and troughs of the second thread are axially offset from troughs and crests of the thread of the first threaded rod when the second die engages the first threaded rod.
Treatment solution for a method for producing an anti-corrosive coating layer on a metallic surface, in which the surface to be treated is brought into contact with a treatment solution which contains - a chromium ion source, - a phosphate source, - a zinc ion source and - a citrate source, wherein the molar ratio of chromium ions to zinc ions is 1: at least 1.65 and the molar ratio of chromium ions to citrate is 1: at least 1.4 and the treatment solution contains less than 10 g/l of polymers which are obtainable through the reaction of - one or multiple alkoxysilanes with the formula R 4-x Si(OR 1) x wherein the residues R are identical or different from one another and each represent a substituted or unsubstituted hydrocarbon group having 1 to 22 hydrocarbon atoms, x is 1, 2 or 3 and R 1 stands for a substituted or unsubstituted hydrocarbon group having 1 to 8 hydrocarbon atoms, and - one or multiple alkoxides with the formula Me(OR 2) n wherein Me stands for Ti, Zr, Hf, Al, Si and n for the oxidation stage of Me and R 2 represents a substituted or unsubstituted hydrocarbon group with 1 to 8 carbon atoms. - a chromium ion source, - a phosphate source, - a zinc ion source and - a citrate source, wherein the molar ratio of chromium ions to zinc ions is 1: at least 1.65 and the molar ratio of chromium ions to citrate is 1: at least 1.4 and the treatment solution contains less than 10 g/l of polymers which are obtainable through the reaction of - one or multiple alkoxysilanes with the formula R 4-x Si(OR 1) x wherein the residues R are identical or different from one another and each represent a substituted or unsubstituted hydrocarbon group having 1 to 22 hydrocarbon atoms, x is 1, 2 or 3 and R 1 stands for a substituted or unsubstituted hydrocarbon group having 1 to 8 hydrocarbon atoms, and - one or multiple alkoxides with the formula Me(OR 2) n wherein Me stands for Ti, Zr, Hf, Al, Si and n for the oxidation stage of Me and R 2 represents a substituted or unsubstituted hydrocarbon group with 1 to 8 carbon atoms.
A stable aqueous stannous ion containing composition comprising a liquid aqueous phase comprising: dissolved tin in the formal oxidation state +II, dissolved nitrates; and a dissolved carboxylic acid which is non-chelating for the dissolved tin in the formal oxidation state +II, wherein the liquid aqueous phase has a pH value of 2 to 4. dissolved tin in the formal oxidation state +II, dissolved nitrates; and a dissolved carboxylic acid which is non-chelating for the dissolved tin in the formal oxidation state +II,
A security device comprising a first pattern of elements (P 1) and a reflective surface spaced by a transparent layer, the first pattern of elements obstructing the passage of light reflected to a viewer by the device to a varying degree depending on the viewing position, wherein the first pattern of elements is configured to define at least three regions of the device, constituting a first group of regions, of which a first region exhibits a maximum rate of change in the degree of obstruction with tilt angle when the device is tilted relative to the viewer about a first tilt axis, and a second region exhibits a maximum rate of change in the degree of obstruction with tilt angle when the device is tilted relative to the viewer about a second tilt axis which is not parallel to the first tilt axis; characterized in that for each region, the tilt axis about which the region exhibits a maximum rate of change in the degree of obstruction exhibited with tilt angle is determined by a pattern direction of the region, lying in the plane of the device, which pattern direction is defined by anisotropy of the first pattern of elements (Pi), the pattern direction of the first region being non-parallel to that of the second region; wherein each of the at least three regions of the first group exhibits a maximum rate of change in the degree of obstruction with tilt angle when the device is tilted relative to the viewer about different respective tilt axes, whereby as the tilt direction is changed relative to the viewer, a different one of the at least three regions of the first group exhibits its maximum degree of obstruction in turn; and wherein each respective pattern direction of the at least three regions of the first group makes an angle with a reference direction which successively increases from one region to the next adjacent region in series, whereby as the tilt direction is changed relative to the viewer, adjacent regions exhibit their maximum or minimum obstruction in sequence; such that as the viewing position is changed, a portion of the device having the maximum degree of obstruction appears to move from one region to another as a wave across or around the device.
A laundry composition comprising between 0.0001 to 1.0 wt% of an alkoxylated bis azo-dye and 2 to 70 wt% of a surfactant, wherein the alkoxylated bis azo-dye is of the form: wherein: only R1 and R2 may bare charged groups; Ar 1 and Ar 2 are aromatic groups selected from: phenyl and heteroaromatic; R 1 and R 2 is independently selected from: H; alkyl; alkyl-aryl; and aryl; polyoxyalkylene chains having from 2 to 20 repeating, wherein the polyoxyalkylene chain is covalently bound to at least one group selected from: SO 3 -; CO 2 -; quaternary ammonium; OH; - OC1-C20-alkyl; -OC1-C20-alkene; acid amide and ester, wherein at least one of R 1 and R 2 is the polyoxyalkylene chain. only R1 and R2 may bare charged groups; Ar 1 and Ar 2 are aromatic groups selected from: phenyl and heteroaromatic; R 1 and R 2 is independently selected from: H; alkyl; alkyl-aryl; and aryl; polyoxyalkylene chains having from 2 to 20 repeating, wherein the polyoxyalkylene chain is covalently bound to at least one group selected from: SO 3 -; CO 2 -; quaternary ammonium; OH; - OC1-C20-alkyl; -OC1-C20-alkene; acid amide and ester, wherein at least one of R 1 and R 2 is the polyoxyalkylene chain.
Cable processing machine apparatus, comprising a cable processing machine for processing a cable - in particular, a crimping machine for connecting a cable to a crimp contact by means of a crimped connection - the cable processing machine apparatus further comprising: a handling robot, wherein the handling robot has a gripping arm for gripping a part of the cable or several cables and for moving the cable or the cables into and/or out of the cable processing machine, wherein the cable processing machine apparatus is characterized in that the handling robot has a guide rail for moving the gripping arm along a first axis of the cable processing machine apparatus, wherein the first axis is parallel to a cable processing axis in which the cable runs, while the cable is transported in the cable processing machine. a handling robot, wherein the handling robot has a gripping arm for gripping a part of the cable or several cables and for moving the cable or the cables into and/or out of the cable processing machine, wherein the cable processing machine apparatus is characterized in that the handling robot has a guide rail for moving the gripping arm along a first axis of the cable processing machine apparatus, wherein the first axis is parallel to a cable processing axis in which the cable runs, while the cable is transported in the cable processing machine.
An apparatus for detecting a condition of one or more electronic devices, said apparatus comprising: an integrated antenna enclosure having an antenna integrated therewithin; a fixture mounted within a hollow interior of said enclosure, said fixture being configured to receive the one or more electronic devices and connect one or more signals to each of the one or more electronic devices; and a sensor and controller assembly connected to said integrated antenna enclosure and configured to process a signature of an emission of a radiofrequency energy from the each of one or more electronic devices having said one or more signals connected thereto, wherein said apparatus applies, via said fixture as said one or more signals, at least one modulated signal to at least one of a power pin and a ground pin of the respective electronic device. an integrated antenna enclosure having an antenna integrated therewithin; a fixture mounted within a hollow interior of said enclosure, said fixture being configured to receive the one or more electronic devices and connect one or more signals to each of the one or more electronic devices; and a sensor and controller assembly connected to said integrated antenna enclosure and configured to process a signature of an emission of a radiofrequency energy from the each of one or more electronic devices having said one or more signals connected thereto, wherein said apparatus applies, via said fixture as said one or more signals, at least one modulated signal to at least one of a power pin and a ground pin of the respective electronic device.
A method for optimizing trailer braking gain for a trailer that is towed behind a vehicle, comprising the steps of: a) receiving an operator selected trailer gain, b) during a braking event, receiving braking data from at least one sensor (24, 30), c) based on the received data and the selected trailer gain, providing an output trailer gain, d) during the braking event, monitoring pressure in a master cylinder of a vehicle and an actual deceleration of the vehicle, and e) determining (56, 58) if the actual deceleration is sufficient for the monitored master cylinder pressure and if not sufficient, automatically adjusting (60, 64) the output trailer gain to provide an optimized trailer gain to brakes of the trailer until the actual deceleration of the vehicle matches an expected deceleration at the monitored pressure value; wherein e1) the determining step determines whether the actual deceleration is too low for the monitored master cylinder pressure and if so, the automatically adjusting step includes increasing the output trailer gain; and e2) wherein the determining step determines whether the actual deceleration is too high for the monitored master cylinder pressure and if so, the automatically adjusting step includes decreasing the output trailer gain. a) receiving an operator selected trailer gain, b) during a braking event, receiving braking data from at least one sensor (24, 30), c) based on the received data and the selected trailer gain, providing an output trailer gain, d) during the braking event, monitoring pressure in a master cylinder of a vehicle and an actual deceleration of the vehicle, and e) determining (56, 58) if the actual deceleration is sufficient for the monitored master cylinder pressure and if not sufficient, automatically adjusting (60, 64) the output trailer gain to provide an optimized trailer gain to brakes of the trailer until the actual deceleration of the vehicle matches an expected deceleration at the monitored pressure value; wherein e1) the determining step determines whether the actual deceleration is too low for the monitored master cylinder pressure and if so, the automatically adjusting step includes increasing the output trailer gain; and e2) wherein the determining step determines whether the actual deceleration is too high for the monitored master cylinder pressure and if so, the automatically adjusting step includes decreasing the output trailer gain.
Cosmetic product article comprising: - a case (47,48), and - an applicator that is fastened to the case but movable relative to the case between a retracted position and an extended position in which the applicator extends outward from the case further than in the retracted position, the applicator comprising a body and protuberances, at least some of the protuberance being movably mounted relative to the body between a retracted position and an extended position, in which the protuberances extend outward from the body further than in the retracted position. - a case (47,48), and - an applicator that is fastened to the case but movable relative to the case between a retracted position and an extended position in which the applicator extends outward from the case further than in the retracted position,
Method for loading a loading space delimited by structural elements of at least one road or rail vehicle, or a container, with loads comprising in particular cars and/or freight, consisting in using a motorized manipulator comprising two articulated arms, in particular in their upper portion, to move the loads from the outside of the loading space toward a loading position on the structural elements in the loading space and vice versa, characterized in that it consists in: a - inputting or importing of primary data relative to the loads into a logic controller, b - automatically calculating, by means of onboard or remote intelligence, the optimal loading position for each load according to the primary data and complementary data relative to requirements of loading and/or unloading, transport and/or distribution of the loads, c - automatically determining, by means of onboard or remote intelligence, the automated movements of the motorized manipulator by virtue of the logic controller, as a function of calculations made during step b), d - automatically picking-up, by means of the motorized manipulator, a pallet in a storage position in the loading space and positioning said pallet in a loading position located at the rear of the vehicle, e - placing a load on the pallet and f - automatically moving, by means of the motorized manipulator, the pallet carrying the load to the optimal loading position and locking said loaded pallet on the structural elements of the vehicle automatically and under the control of the logic controller. a - inputting or importing of primary data relative to the loads into a logic controller, b - automatically calculating, by means of onboard or remote intelligence, the optimal loading position for each load according to the primary data and complementary data relative to requirements of loading and/or unloading, transport and/or distribution of the loads, c - automatically determining, by means of onboard or remote intelligence, the automated movements of the motorized manipulator by virtue of the logic controller, as a function of calculations made during step b), d - automatically picking-up, by means of the motorized manipulator, a pallet in a storage position in the loading space and positioning said pallet in a loading position located at the rear of the vehicle, e - placing a load on the pallet and f - automatically moving, by means of the motorized manipulator, the pallet carrying the load to the optimal loading position and locking said loaded pallet on the structural elements of the vehicle automatically and under the control of the logic controller.
Protective device for protecting a portion of a user's body, said device comprising an inflatable member intended to protect at least partially an area of a user's body, wherein the protective device includes at least a first portion of the inflatable member and a second portion of the inflatable member and a connecting device or structure connecting the first portion of the inflatable member and the second portion of the inflatable member, characterized in that the connecting device or structure is arranged on an inner side of the first portion of the inflatable member and on the inner side of the second portion of the inflatable member, the inner side being intended to be directed towards the user, or being a user side wherein the connecting device or structure connects directly or indirectly the first portion of the inflatable member and the second portion of the inflatable member, and wherein the connecting structure comprises two panels, made of soft material, wherein one of the two panels (51, 52) is fixed or connected, on one side, directly or indirectly, to one (20, 21) of the two portions of the inflatable member and, on the other side, faces the other of the two portions of the inflatable member. the connecting device or structure is arranged on an inner side of the first portion of the inflatable member and on the inner side of the second portion of the inflatable member, the inner side being intended to be directed towards the user, or being a user side wherein the connecting device or structure connects directly or indirectly the first portion of the inflatable member and the second portion of the inflatable member, and wherein the connecting structure comprises two panels, made of soft material, wherein one of the two panels (51, 52) is fixed or connected, on one side, directly or indirectly, to one (20, 21) of the two portions of the inflatable member and, on the other side, faces the other of the two portions of the inflatable member.
A lighting device comprising: a light emitting portion with at least two solid state light sources (3a, 3b), SSL, said light emitting portion including: a first cover member (2 a) with a first light source carrier and a first light transmitting portion, a second cover member with a second light source carrier and a second light transmitting portion, a first SSL mounted on said first light source carrier, and a second SSL mounted on said second light source carrier, said first and second cover member (2a, 2b) being arranged with said first light source carrier facing said second light source carrier, such that said first light transmitting portion is aligned with said second SSL to allow transmission of light emitted from said second SSL through said first cover member, and said second light transmitting portion is aligned with said first SSL to allow transmission of light emitted from said first SSL through said second cover member, characterized in that each of said first and second light transmitting portion includes an opening (5a, 5b) extending through said first and second light source carrier (4a, 4b), respectively. a light emitting portion with at least two solid state light sources (3a, 3b), SSL, said light emitting portion including: a first cover member (2 a) with a first light source carrier and a first light transmitting portion, a second cover member with a second light source carrier and a second light transmitting portion, a first SSL mounted on said first light source carrier, and a second SSL mounted on said second light source carrier, a first cover member (2 a) with a first light source carrier and a first light transmitting portion, a second cover member with a second light source carrier and a second light transmitting portion, a first SSL mounted on said first light source carrier, and a second SSL mounted on said second light source carrier, said first and second cover member (2a, 2b) being arranged with said first light source carrier facing said second light source carrier, such that said first light transmitting portion is aligned with said second SSL to allow transmission of light emitted from said second SSL through said first cover member, and said second light transmitting portion is aligned with said first SSL to allow transmission of light emitted from said first SSL through said second cover member, characterized in that each of said first and second light transmitting portion includes an opening (5a, 5b) extending through said first and second light source carrier (4a, 4b), respectively.
Diagnostic method for an electric heating element of an appliance, preferably a domestic appliance, provided with a logic unit for monitoring said heating circuit, the heating element being provided with a support connected to earth/ground for dispersing leakage currents, the method comprising the step of: keeping the heating element substantially stable at a first predetermined average temperature value (Tl); determining or estimating a first resistance of said heating element to ground/earth at said first predetermined temperature value, characterised in that the method further comprises a step of comparing said determined or estimated first resistance to earth/ground with a first predetermined resistance threshold in order to assess a decreased performance or a fault in said heating element. keeping the heating element substantially stable at a first predetermined average temperature value (Tl); determining or estimating a first resistance of said heating element to ground/earth at said first predetermined temperature value, characterised in that the method further comprises a step of comparing said determined or estimated first resistance to earth/ground with a first predetermined resistance threshold in order to assess a decreased performance or a fault in said heating element.
A folded honeycomb core, formed from a plurality of polygonal cells arranged in an array, wherein: each polygonal cell has lateral cell walls, each polygonal cell being bounded on two sides by covering-layer planes, the lateral cell walls of each polygonal cell forming a polygonal ring, the lateral cell walls being composed of a sheet material, the sheet material being a symmetric three layer or five layer thermoplastic co-extruded sheet material having a central (or core) layer or inner layers and outer layers, the central (or core) layer or inner layers having a density of 30% to 90%, preferably, 50-70% of the density of the outer layers.