mhurhangee/ep-ind-claims huggingface dataset:
A system for digging at least one trench in the ground, for installing at least one elongate object and for filling in the dug trench, the system comprising: - a trenching wheel and a casing partially surrounding the trenching wheel, one portion of the trenching wheel projecting out of the casing and the other portion of the wheel being located inside an inner housing of said casing, - a heel secured to the casing, disposed at least partially at the rear of the trenching wheel and internally delimiting at least one rubble collection chamber in communication with the inner housing of said casing and having at least one outlet opening, - the heel comprising means (42, 70) for guiding said elongate object to be deposited provided with an inlet opening and an outlet opening for the passage of said elongate object which is offset vertically downward with respect to the outlet opening of the collection chamber, - the heel internally delimiting the collection chamber, the digging system being characterised in that the heel internally delimits a guide chamber of said elongate object to be deposited forming at least partially said guide means and provided with inlet and outlet openings. - a trenching wheel and a casing partially surrounding the trenching wheel, one portion of the trenching wheel projecting out of the casing and the other portion of the wheel being located inside an inner housing of said casing, - a heel secured to the casing, disposed at least partially at the rear of the trenching wheel and internally delimiting at least one rubble collection chamber in communication with the inner housing of said casing and having at least one outlet opening, - the heel comprising means (42, 70) for guiding said elongate object to be deposited provided with an inlet opening and an outlet opening for the passage of said elongate object which is offset vertically downward with respect to the outlet opening of the collection chamber, - the heel internally delimiting the collection chamber,
A tulip contact for a load breaker, comprising: a rotationally symmetric contact body, having a first end and a second end; the contact body having a plurality of slits (110, 210, 220), arranged in the body and extending parallel to a symmetrical axis of the body; the slits (110, 210, 220) defining a length l between the first end and a root of the slits (110, 210, 220), wherein the length l of the slit (110, 210, 220) is shorter than a length of the contact body; the slits (110, 210, 220) having a first width at the first end and a second width at the root of the slits (110, 210, 220) wherein the first width is bigger than the second width, characterised in that the root of one or more of the plurality of slits (110, 210, 220) extends into a stress-relief element, the stress-relief element is configured to mitigate mechanical stress in the material of the body in case the slits (110, 210, 220) close and the stress relief element is a hook-shaped extension of the slit. a rotationally symmetric contact body, having a first end and a second end; the contact body having a plurality of slits (110, 210, 220), arranged in the body and extending parallel to a symmetrical axis of the body; the slits (110, 210, 220) defining a length l between the first end and a root of the slits (110, 210, 220), wherein the length l of the slit (110, 210, 220) is shorter than a length of the contact body; the slits (110, 210, 220) having a first width at the first end and a second width at the root of the slits (110, 210, 220) wherein the first width is bigger than the second width, characterised in that the root of one or more of the plurality of slits (110, 210, 220) extends into a stress-relief element, the stress-relief element is configured to mitigate mechanical stress in the material of the body in case the slits (110, 210, 220) close and the stress relief element is a hook-shaped extension of the slit.
An apparatus for the production of a metal selected from metallic alkali metals, M, and alkaline earth metals, M ae from the molten salts thereof, the apparatus characterised by including at least an electrochemical cell with planar anodes and cathodes installed in the following sequence: (a-c-a)n to produce alkali metal or alkaline earth metals electrolytically from the respective chloride salts thereof, wherein n represents the number of times the sequence of anode-cathode-anode is repeated, and wherein a metal collector assembly is installed above each cathode to collect molten alkali metal or alkaline earth metal that floats to the top of the electrolyte from where it is withdrawn from the cell.
A beverage dispenser which comprises a housing comprising: a. a first liquid inlet connected or connectable to a source of a base liquid; b. a second liquid inlet connected or connectable to a source of a base liquid or to a source of pressurized gas; c. at least one mixing means for mixing one or more beverage ingredients therein; d. a first liquid line connecting the first liquid inlet and the mixing means; e. a second liquid line connecting the second liquid inlet and the mixing means; f. a first ingredient container containing a first beverage ingredient, the ingredient container provided in a first ingredient container receiving means, configured such that upon providing a liquid stream in the first liquid line, the first beverage ingredient is discharged from the ingredient container into the liquid stream; g. a second ingredient container containing a second beverage ingredient, the ingredient container provided in a ingredient container receiving means, configured such that upon providing a liquid stream in the second liquid line, the second beverage ingredient is discharged from the ingredient container into the liquid stream; h. a beverage outlet in liquid communication with the mixing means, characterized in that said mixing means comprises one or more double jet mixers (21, 22), comprising each at least a first jet mixer liquid supply entry in liquid communication with the first liquid line and a second jet mixer liquid supply entry in liquid communication with the second liquid line, a pair of jet mixer liquid flow channels (19, 20) having each a jet mixer discharge end for expelling liquids in mutually, oppositely directed or impinging jet streams (23, 24), so to mix the liquids into a liquid mixture, and a jet mixer outlet through which the liquid mixture can leave the double jet mixer in liquid communication with the beverage outlet. a. a first liquid inlet connected or connectable to a source of a base liquid; b. a second liquid inlet connected or connectable to a source of a base liquid or to a source of pressurized gas; c. at least one mixing means for mixing one or more beverage ingredients therein; d. a first liquid line connecting the first liquid inlet and the mixing means; e. a second liquid line connecting the second liquid inlet and the mixing means; f. a first ingredient container containing a first beverage ingredient, the ingredient container provided in a first ingredient container receiving means, configured such that upon providing a liquid stream in the first liquid line, the first beverage ingredient is discharged from the ingredient container into the liquid stream; g. a second ingredient container containing a second beverage ingredient, the ingredient container provided in a ingredient container receiving means, configured such that upon providing a liquid stream in the second liquid line, the second beverage ingredient is discharged from the ingredient container into the liquid stream; h. a beverage outlet in liquid communication with the mixing means,
A method for identifying a geometry for a shim, the method comprising: assembling a first part having a rigid surface and a second part having a flexible surface with a couplant positioned between the first part and the second part at a shim location, at which the shim is to be installed, to form an assembly, wherein the rigid surface and the flexible surface come into contact with the couplant, wherein the second part is to be attached to the first part such that the flexible surface is mated with the rigid surface using a mating process to form mated rigid surface and mated flexible surface, and wherein the mated flexible surface has a final shape that is different from an initial shape; sending a pulse of ultrasonic energy into the assembly at each of a set of selected locations along the assembly corresponding to the shim location using an ultrasonic device; detecting a plurality of echoes for the each of the set of selected locations using data generated by the ultrasonic device in response to the ultrasonic device receiving reflections of the ultrasonic energy; identifying the geometry for the shim based on the plurality of echoes detected at each selected location of the set of selected locations; and applying a number of assembly loads to the assembly prior to sending the pulse of ultrasonic energy into the assembly for simulating a number of factors related to the mating process that cause the initial shape of the second part to change. assembling a first part having a rigid surface and a second part having a flexible surface with a couplant positioned between the first part and the second part at a shim location, at which the shim is to be installed, to form an assembly, wherein the rigid surface and the flexible surface come into contact with the couplant, wherein the second part is to be attached to the first part such that the flexible surface is mated with the rigid surface using a mating process to form mated rigid surface and mated flexible surface, and wherein the mated flexible surface has a final shape that is different from an initial shape; sending a pulse of ultrasonic energy into the assembly at each of a set of selected locations along the assembly corresponding to the shim location using an ultrasonic device; detecting a plurality of echoes for the each of the set of selected locations using data generated by the ultrasonic device in response to the ultrasonic device receiving reflections of the ultrasonic energy; identifying the geometry for the shim based on the plurality of echoes detected at each selected location of the set of selected locations; and applying a number of assembly loads to the assembly prior to sending the pulse of ultrasonic energy into the assembly for simulating a number of factors related to the mating process that cause the initial shape of the second part to change.
An apparatus comprising: a tire mold having a surface of a sidewall ring plate with a negative irregular rough surface texture pattern extending circumferentially along the surface of the sidewall ring plate so as to mold at least one annular exterior surface of a tire sidewall with an irregular rough surface texture, the negative irregular rough surface texture pattern defining recessed portions (400, 500, 600) disposed non-uniformly between raised portions (402, 502, 602), each of the recessed portions (400, 500, 600) having a depth (404, 504, 604) of 0.1 - 0.5 millimeters and the negative irregular rough surface texture pattern is a negative of an irregular rough surface texture finish, the negative of the irregular rough surface texture finish extending circumferentially and continuously along substantially an entire surface of the sidewall ring plate.
A process for the preparation of polyolefins by polymerizing olefins at temperatures of from 20 to 200 °C and pressures of from 0.1 to 20 MPa in the presence of a polymerization catalyst in a polymerization reactor, wherein the polymerization is carried out in the presence of an antistatic agent comprising an alkylene oxide derived polymer comprising in average from 10 to 200 repeating units -(CH 2 -CHR-O)- with R being hydrogen or an alkyl group having from 1 to 6 carbon atoms, wherein the alkylene oxide derived polymer is a random copolymer of ethylene oxide and other alkylene oxides and a ratio n: m of repeating units -(CH 2 -CH 2 -O)- derived from ethylene oxide to repeating units -(CH 2 -CHR'-O)- derived from the other alkylene oxides with R' being an alkyl group having from 1 to 6 carbon atoms is in the range of from 6: 1 to 1: 1, and all end groups of the alkylene oxide derived polymer are -OH groups.
An air duct comprising a reinforcing assembly which comprises: - a helical reinforcement with an outer circumference for defining internal cylindrical circumference of the air duct, characterized in that the reinforcing assembly further comprises - at least one connecting element for fixing the pitch of the helix formed by the helical reinforcement, the connecting element being fixed to the helical reinforcement by a plurality of joints arranged with mutual spacing, and in that the reinforcing assembly is removably inserted inside the air duct. - a helical reinforcement with an outer circumference for defining internal cylindrical circumference of the air duct, - at least one connecting element for fixing the pitch of the helix formed by the helical reinforcement, the connecting element being fixed to the helical reinforcement by a plurality of joints arranged with mutual spacing, and in that the reinforcing assembly is removably inserted inside the air duct.
A Stirling cycle cooling device comprising a compressor with a reciprocating piston driven by an electric motor (10; 50) rotating about an axis via a crankshaft, characterized in that the electric motor (10; 50) comprises an internal stator (12; 52) and an external rotor and in that the internal stator (12; 52) is connected to the crankshaft via a link with at least one degree of freedom (22; 24; 26, 28; 30, 32; 34, 36; 38, 40; 42, 44; 46) in rotation about the axis of the electric motor (10; 50).
A recording defect inspection method for an image recording apparatus, comprising a recording step (S105, S405, S603) of sequentially recording test patterns of respective recording heads onto a recording medium, an image capturing step of capturing an image of a test pattern recorded on the recording medium by means of a scanner, and an analysis step of analyzing the captured test pattern and detecting a recording defect of the recording head which has recorded the test pattern, the recording defect inspection method further comprising: an evaluation frequency setting step (S102, S103, S202, S203, S402, S403, S502, S602, S702) of setting an evaluation frequency for each of the recording heads on the basis of a recording defect occurrence frequency for each recording head, the evaluation frequency setting step setting a higher evaluation frequency as the recording defect occurrence frequency increases; and a control step (S102, S103, S202, S203, S402, S403, S502, S602, S702) of setting a frequency of each of the recording heads in the test patterns to the set evaluation frequency; the recording defect method characterized by further comprising: the control step has an evaluation order setting step of setting an evaluation order by assigning m test patterns which is more than a number of the recording head for each recording head on the basis of the set evaluation frequency; and the recording step records the test pattern by at least one recording head for one recording medium in recording an output image, and records them test patterns on the basis of the set evaluation order. an evaluation frequency setting step (S102, S103, S202, S203, S402, S403, S502, S602, S702) of setting an evaluation frequency for each of the recording heads on the basis of a recording defect occurrence frequency for each recording head, the evaluation frequency setting step setting a higher evaluation frequency as the recording defect occurrence frequency increases; and a control step (S102, S103, S202, S203, S402, S403, S502, S602, S702) of setting a frequency of each of the recording heads in the test patterns to the set evaluation frequency; the recording defect method characterized by further comprising: the control step has an evaluation order setting step of setting an evaluation order by assigning m test patterns which is more than a number of the recording head for each recording head on the basis of the set evaluation frequency; and the recording step records the test pattern by at least one recording head for one recording medium in recording an output image, and records them test patterns on the basis of the set evaluation order. the control step has an evaluation order setting step of setting an evaluation order by assigning m test patterns which is more than a number of the recording head for each recording head on the basis of the set evaluation frequency; and the recording step records the test pattern by at least one recording head for one recording medium in recording an output image, and records them test patterns on the basis of the set evaluation order.
A solar cell module comprising: a solar cell panel which comprises a plurality of solar cells (122, 124, 126, 128), a bus bar being disposed at a side of the solar cell panel; an external interconnection cable connected to the bus bar; and a case wherein the external interconnection cable further comprises a bypass diode, wherein the case comprises a first space for accommodating the solar cell panel, and a second space for accommodating the external interconnection cable, a partition wall being disposed in the case to divide the first space from the second space, wherein said second space comprises a receiving part which is accommodating a bypass diode, wherein the receiving part is disposed at the inner side of the second space section of the case, characterised in that said second space further comprises a connection passage communicating with a space out of the case, wherein the connection passage is disposed at both sides of the receiving part, so that the external interconnection cable passes through the connection passage and the receiving part, wherein a hole corresponding to a through hole formed at the partition wall is further formed at a lower portion of the connection passage, wherein the through hole is formed at the partition wall so that the bus bar passes through. wherein the positions of the through hole and the hole are overlapped, wherein the bus bar is linearly extended through the through hole and the hole to the external interconnection cable, wherein the receiving part comprises a temperature detection sensor for measuring a the temperature of the bypass diode, a solar cell panel which comprises a plurality of solar cells (122, 124, 126, 128), a bus bar being disposed at a side of the solar cell panel; an external interconnection cable connected to the bus bar; and a case wherein the external interconnection cable further comprises a bypass diode, wherein the case comprises a first space for accommodating the solar cell panel, and a second space for accommodating the external interconnection cable, a partition wall being disposed in the case to divide the first space from the second space, wherein said second space comprises a receiving part which is accommodating a bypass diode, wherein the receiving part is disposed at the inner side of the second space section of the case, characterised in that said second space further comprises a connection passage communicating with a space out of the case, wherein the connection passage is disposed at both sides of the receiving part, so that the external interconnection cable passes through the connection passage and the receiving part, wherein a hole corresponding to a through hole formed at the partition wall is further formed at a lower portion of the connection passage, wherein the through hole is formed at the partition wall so that the bus bar passes through. wherein the positions of the through hole and the hole are overlapped, wherein the bus bar is linearly extended through the through hole and the hole to the external interconnection cable, wherein the receiving part comprises a temperature detection sensor for measuring a the temperature of the bypass diode,
A multi-pane element, in particular multi-pane insulating element, comprising the following: - at least two preferably parallelly arranged surface elements (1, 2), particularly glass surface elements; - a surrounding spacer frame to which the at least two surface elements (1, 2) are connected in preferably air-tight and vapor-tight manner; and - a pressure equalization system for the interspace of the multi-pane element, wherein the at least two surface elements (1, 2) are connected to the surrounding spacer frame such that a distance between the surface elements (1, 2) is at least 50 mm, wherein a sunshade and/or anti-glare device able to be activated as needed is accommodated in the interspace enclosed by the surface elements (1, 2) and the spacer frame, wherein the spacer frame has an air-tight and vapor-tight closable opening enabling access from a spatially interior side to the sunshade and/or anti-glare device provided in the interspace enclosed by the surface elements (1, 2) and the spacer frame, wherein the inner surface element of the at least two surface elements (1, 2) is made shorter so as to form the air-tight and vapor-tight closable opening, wherein the remaining area is realized as a frame having a cover for the air-tight and vapor-tight closing of the opening. - at least two preferably parallelly arranged surface elements (1, 2), particularly glass surface elements; - a surrounding spacer frame to which the at least two surface elements (1, 2) are connected in preferably air-tight and vapor-tight manner; and - a pressure equalization system for the interspace of the multi-pane element, wherein the at least two surface elements (1, 2) are connected to the surrounding spacer frame such that a distance between the surface elements (1, 2) is at least 50 mm, wherein a sunshade and/or anti-glare device able to be activated as needed is accommodated in the interspace enclosed by the surface elements (1, 2) and the spacer frame, wherein the spacer frame has an air-tight and vapor-tight closable opening enabling access from a spatially interior side to the sunshade and/or anti-glare device provided in the interspace enclosed by the surface elements (1, 2) and the spacer frame, wherein the inner surface element of the at least two surface elements (1, 2) is made shorter so as to form the air-tight and vapor-tight closable opening, wherein the remaining area is realized as a frame having a cover for the air-tight and vapor-tight closing of the opening.