mhurhangee/ep-ind-claims huggingface dataset:
Angled-head rotary cleaning device for dental purposes comprising a housing which is made from plastic and forms an elongated neck portion and a head portion located at a first end of and being angled relative to the neck portion, wherein a second end of the neck portion is adapted to removably couple with a driving component (50, 60) providing a rotary movement and wherein the neck portion forms a sleeve with a wall, the housing accommodating transmission elements (4, 5) for transferring a rotary movement from the driving component (50, 60) to a cleaning tool being provided at the head portion, wherein the cleaning device further comprises an elongated light guiding element, said light guiding element comprising a light entry portion being positioned at the second end of the neck portion for receiving light provided by the driving component (50, 60) and a light exit portion being positioned close to the head portion, wherein at least a portion of the light guiding element is accommodated within the wall of the neck portion, and wherein the light guiding element is held by the neck portion via a form-locking connection, the light guiding element being formed by a separate element which is snap-fittingly attached to the neck portion. wherein at least a portion of the light guiding element is accommodated within the wall of the neck portion, and wherein the light guiding element is held by the neck portion via a form-locking connection, the light guiding element being formed by a separate element which is snap-fittingly attached to the neck portion.
A fluid filter, comprising: an upper housing shell comprising a fluid outlet; a lower housing shell comprising a fluid inlet; a pleat pack element between the upper housing shell and the lower housing shell, the pleat pack element comprising: a peripheral frame wherein the peripheral frame comprises an outwardly projecting flange, the pleat pack element further comprising filtration media, whereby the filtration media comprises a first pleated filtration media having a first filtration density, and a second pleated filtration media having a second filtration density that differs from the first filtration density; the pleat pack element further comprising a plurality of internal ribs, the plurality of ribs dividing the first pleated filtration media into a number of first media rows, and the second pleated filtration media into a number of second media rows, wherein the number of the first media rows differs from the number of second media rows, wherein the overall assembly including the peripheral frame and the plurality of ribs is overmolded on the edges of the filtration media.. an upper housing shell comprising a fluid outlet; a lower housing shell comprising a fluid inlet; a pleat pack element between the upper housing shell and the lower housing shell, the pleat pack element comprising: a peripheral frame wherein the peripheral frame comprises an outwardly projecting flange, the pleat pack element further comprising filtration media, whereby the filtration media comprises a first pleated filtration media having a first filtration density, and a second pleated filtration media having a second filtration density that differs from the first filtration density; the pleat pack element further comprising a plurality of internal ribs, the plurality of ribs dividing the first pleated filtration media into a number of first media rows, and the second pleated filtration media into a number of second media rows, wherein the number of the first media rows differs from the number of second media rows, wherein the overall assembly including the peripheral frame and the plurality of ribs is overmolded on the edges of the filtration media.. a peripheral frame wherein the peripheral frame comprises an outwardly projecting flange, the pleat pack element further comprising filtration media, whereby the filtration media comprises a first pleated filtration media having a first filtration density, and a second pleated filtration media having a second filtration density that differs from the first filtration density; the pleat pack element further comprising a plurality of internal ribs, the plurality of ribs dividing the first pleated filtration media into a number of first media rows, and the second pleated filtration media into a number of second media rows, wherein the number of the first media rows differs from the number of second media rows, wherein the overall assembly including the peripheral frame and the plurality of ribs is overmolded on the edges of the filtration media..
Method for consolidating first and second versions of a large scale dynamic Knowledge Organization System; KOS, wherein said KOS organizes data describing concepts and their relative attributes in a hierarchical data structure, and wherein first and second dates are associated with said first and second versions respectively, wherein the method comprises: a) using data processing means, identifying at least one amended concept (C01'), in the second version of the KOS, as compared to the first version of said KOS; b) using data processing means, identifying an evolutionary relationship between said amended concept (C01') in the second version of the KOS with respect to the first version of the KOS; c) using data processing means, recording the amended concept (C01') from the second version of the KOS into the first version, recording data indicating said evolutionary relationship into the first version of the KOS, thereby generating a consolidated hierarchical data structure comprising the concepts (C01, C01') of said KOS at both first and second dates, and storing said consolidated hierarchical data structure in a memory element, and wherein the method further comprises computing a value indicating the similarity between any pair of concepts in the consolidated hierarchical data structure, said pair (C01, C01') being linked by an evolutionary and/or hierarchical relationship, wherein said value is computed by said data processing means based on the semantic and/or lexical similarity of said concepts' title or attributes, and associating the resulting similarity value with said evolutionary and/or hierarchical relationship. a) using data processing means, identifying at least one amended concept (C01'), in the second version of the KOS, as compared to the first version of said KOS; b) using data processing means, identifying an evolutionary relationship between said amended concept (C01') in the second version of the KOS with respect to the first version of the KOS; c) using data processing means, recording the amended concept (C01') from the second version of the KOS into the first version, recording data indicating said evolutionary relationship into the first version of the KOS, thereby generating a consolidated hierarchical data structure comprising the concepts (C01, C01') of said KOS at both first and second dates, and storing said consolidated hierarchical data structure in a memory element,
A method for uplink transmission, characterized by comprising: receiving, by a terminal device, indication information sent by a network device, the indication information being used for indicating at least one beam corresponding to at least one uplink transmission channel of the terminal device, wherein each of the at least one beam is used for transmitting each of its corresponding uplink transmission channel; and performing, by the terminal device, uplink transmission according to the indication information; wherein the at least one uplink transmission channel comprises a Physical Uplink Shared Channel, PUSCH, and a Physical Uplink Control Channel, PUCCH, and wherein the PUSCH and the PUCCH correspond to a same beam. receiving, by a terminal device, indication information sent by a network device, the indication information being used for indicating at least one beam corresponding to at least one uplink transmission channel of the terminal device, wherein each of the at least one beam is used for transmitting each of its corresponding uplink transmission channel; and performing, by the terminal device, uplink transmission according to the indication information; wherein the at least one uplink transmission channel comprises a Physical Uplink Shared Channel, PUSCH, and a Physical Uplink Control Channel, PUCCH, and wherein the PUSCH and the PUCCH correspond to a same beam.
A method for manufacturing a formed article of a composite material in which a formed article of fiber-reinforced composite material is manufactured by heating and pressurizing a material to be formed including a thermoplastic resin material and a fabric material, the method comprising: a preforming process in which said material to be formed is accommodated in a preheated preforming mold with a release sheet being arranged between said material to be formed and said preforming mold, heated and pressurized to impregnate said thermoplastic resin material into said fabric material, and thereby preformed into an impregnated intermediate material; characterized by a transport process in which said impregnated intermediate material in a heated state is taken out from said preforming mold with said release sheet left attached thereto, and transported; and a forming process in which said impregnated intermediate material transported is accommodated in a forming mold in the heated state and formed into the formed article of the composite material by at least pressurizing; wherein, said release sheet is a flexible release sheet, and wherein in said transport process, after said impregnated intermediate material is taken out with said flexible release sheet left attached thereto, said flexible release sheet is peeled off from the impregnated intermediate material. a preforming process in which said material to be formed is accommodated in a preheated preforming mold with a release sheet being arranged between said material to be formed and said preforming mold, heated and pressurized to impregnate said thermoplastic resin material into said fabric material, and thereby preformed into an impregnated intermediate material; characterized by a transport process in which said impregnated intermediate material in a heated state is taken out from said preforming mold with said release sheet left attached thereto, and transported; and a forming process in which said impregnated intermediate material transported is accommodated in a forming mold in the heated state and formed into the formed article of the composite material by at least pressurizing; wherein, said release sheet is a flexible release sheet, and wherein in said transport process, after said impregnated intermediate material is taken out with said flexible release sheet left attached thereto, said flexible release sheet is peeled off from the impregnated intermediate material.
A track inspection device comprising: a rail vehicle; one or more passive magnetometers in an array (1010, 1620)) mounted to the rail vehicle and a computer system on the rail vehicle, the computer system receiving data from the one or more passive magnetometers characterized in further comprising a guide shoe (1020; 1800, 1820) housing the one or more passive magnetometers and suitable for positioning the one or more passive magnetometers to measure a magnetic field within a rail while the rail vehicle operates at speeds greater than 8.94 m/s (twenty miles an hour); wherein the guide shoe (1020, 1800): fits around the rail to position magnetometer measurement of a head of the rail, a web of the rail, and a base of the rail; or includes guide wheels (1000, 1040) controlling a set off distance between the rail and the one or more passive magnetometers. a rail vehicle; one or more passive magnetometers in an array (1010, 1620)) mounted to the rail vehicle and a computer system on the rail vehicle, the computer system receiving data from the one or more passive magnetometers characterized in further comprising a guide shoe (1020; 1800, 1820) housing the one or more passive magnetometers and suitable for positioning the one or more passive magnetometers to measure a magnetic field within a rail while the rail vehicle operates at speeds greater than 8.94 m/s (twenty miles an hour); wherein the guide shoe (1020, 1800): fits around the rail to position magnetometer measurement of a head of the rail, a web of the rail, and a base of the rail; or includes guide wheels (1000, 1040) controlling a set off distance between the rail and the one or more passive magnetometers. fits around the rail to position magnetometer measurement of a head of the rail, a web of the rail, and a base of the rail; or includes guide wheels (1000, 1040) controlling a set off distance between the rail and the one or more passive magnetometers.
A modular, environmentally friendly mobile fuel distribution station, comprising: a fuel tank (28, 34); a control system for selectively permitting and monitoring a discharge of fuel from said mobile fuel distribution station; a natural gas apparatus for supplying natural gas; a support structure for supporting an operation platform in an elevated position a predetermined distance above ground sufficient to allow for passage of vehicle beneath said fuel tank (28, 34), said operation platform housing said fuel tank (28, 34) and said natural gas apparatus; and a wheel assembly affixed to said support structure and being capable of selectively supporting said mobile fuel distribution station to facilitate movement of said mobile fuel distribution station via said wheel assembly. a fuel tank (28, 34); a control system for selectively permitting and monitoring a discharge of fuel from said mobile fuel distribution station; a natural gas apparatus for supplying natural gas; a support structure for supporting an operation platform in an elevated position a predetermined distance above ground sufficient to allow for passage of vehicle beneath said fuel tank (28, 34), said operation platform housing said fuel tank (28, 34) and said natural gas apparatus; and a wheel assembly affixed to said support structure and being capable of selectively supporting said mobile fuel distribution station to facilitate movement of said mobile fuel distribution station via said wheel assembly.
A drawer with lateral frames and a front panel that can be adjusted with respect to its lateral and/or height position and that is connected to at least one lateral frame via at least one support element, with which it is connected by at least one panel support and which is displaceably guided in the lateral frames in the longitudinal direction of the lateral frames, wherein the support element interacts with a clamping device arranged in the lateral frame, by means of which the front panel can be drawn for its fixing against a head-end of the lateral frame, and wherein in an adjusting position of the clamping device the front panel is displaceable laterally and/or in its height position in relation to the lateral frame, wherein the front panel is spaced from the lateral frame in the adjusting position, and the front panel is adjustable by pressure on the front panel in the direction of the lateral frame, and wherein the drawer comprises a releasable retaining device, which in the adjusting position fixes the front panel laterally and/or with respect to its height position and which releases the front panel for adjustment by pressure on the front panel in the direction of the lateral frame, characterized in that an energy storage unit is provided in the releasable retaining device, by means of which the front panel, in the adjusting position, is fixed in its position relative to the lateral frame by static friction and/or latching.
Closing device for a beverage container, having a closing body and a closing lid, wherein the closing lid is mounted so as to be rotatable in relation to the closing body between a flow state and a sealing state, wherein a liquid passage of the closing body is free in the flow state and is closed in the sealing state, having a guide device (17, 18, 19, 20, 21, 35) between the closing lid and the closing body, wherein the guide device comprises two preferred positions (21, 35) with which the sealing state and the flow state are defined, wherein the rotatable mounting between the closing lid and the closing body is in the form of a threaded mounting (30, 31), characterized in that the thread pitch is dimensioned in such a manner that the guide device (17, 18, 19, 20, 21, 35) is disengaged axially by an angle of rotation of not more than 360°.
Method for managing a motor vehicle steering system controlled by an angle setpoint value, wherein a limited steering speed is imposed upon the occurrence of a particular situation in order to reduce the dangerousness of a jump in the angle setpoint value, characterized in that a limited steering speed is imposed for as long as the difference between the nominal angle setpoint value in the absence of a steering speed limit and the angle setpoint value in the event of a steering speed limit is greater than a predetermined threshold.
A catalyst for a lean-burn engine to purify exhaust gas, the catalyst comprising: an integrally structured support; and a catalyst layer containing a precious metal element including rhodium, palladium and platinum, provided on the integrally structured support and having at least two layers that include an upper layer and a lower layer; wherein the upper layer of the catalyst layer contains at least a proton-substituted β-type zeolite and a ceria-based oxide supporting rhodium, and the lower layer of the catalyst layer contains at least a NO x storage component and platinum supported on an inorganic oxide, a total content of ceria-based oxides in the catalyst layer is a total of 70 g/L or more per unit volume of the integrally structured support, the NO x storage component in the lower layer contains an alkaline-earth metal compound and a ceria-based oxide, wherein a ceria of the ceria-based oxide has a BET specific surface area of 50 to 250 m 2 /g, as measured by a BET method, the content of the proton-substituted β-type zeolite is 20 to 70 g/L, per unit volume of the integrally structured support, a content of the rhodium, in terms of metallic rhodium, is 0.1 to 2.0 g/L per unit volume of the integrally structured support, a content of the platinum, in terms of metallic platinum, is 1.0 to 8.0 g/L per unit volume of the integrally structured support, and a ratio between the rhodium and the palladium in the catalyst layer, expressed by a weight ratio between the rhodium and the palladium calculated as metals, is 1:3 to 1:20. the upper layer of the catalyst layer contains at least a proton-substituted β-type zeolite and a ceria-based oxide supporting rhodium, and the lower layer of the catalyst layer contains at least a NO x storage component and platinum supported on an inorganic oxide, a total content of ceria-based oxides in the catalyst layer is a total of 70 g/L or more per unit volume of the integrally structured support, the NO x storage component in the lower layer contains an alkaline-earth metal compound and a ceria-based oxide, wherein a ceria of the ceria-based oxide has a BET specific surface area of 50 to 250 m 2 /g, as measured by a BET method, the content of the proton-substituted β-type zeolite is 20 to 70 g/L, per unit volume of the integrally structured support, a content of the rhodium, in terms of metallic rhodium, is 0.1 to 2.0 g/L per unit volume of the integrally structured support, a content of the platinum, in terms of metallic platinum, is 1.0 to 8.0 g/L per unit volume of the integrally structured support, and a ratio between the rhodium and the palladium in the catalyst layer, expressed by a weight ratio between the rhodium and the palladium calculated as metals, is 1:3 to 1:20.
Method for mounting a plate on a soft substrate with a top plaster layer, wherein the method comprises: providing of an one-piece prefabricated attachment element comprising: a dowel body having an first external thread for screwing into the soft substrate; a head having a drive system on a first end of the dowel body for rotary driving the attachment element by a turning tool; and a heading tip having a first hardness being greater than a second hardness of the top plaster layer on a second end of the dowel body opposed to the first end of the dowel body, wherein the heading tip is provided for screwing into the top plaster layer; punching at least one hole in the plate by a hole punch; applying of a turning tool on the head and rotary driving the drive system for bringing in the attachment element being already one-piece prefabricated before the bringing in through the hole in the plate into the soft substrate such that firstly the heading tip is screwed into the top plaster layer and subsequently the dowel body is screwed into the soft substrate. providing of an one-piece prefabricated attachment element comprising: a dowel body having an first external thread for screwing into the soft substrate; a head having a drive system on a first end of the dowel body for rotary driving the attachment element by a turning tool; and a heading tip having a first hardness being greater than a second hardness of the top plaster layer on a second end of the dowel body opposed to the first end of the dowel body, wherein the heading tip is provided for screwing into the top plaster layer; a dowel body having an first external thread for screwing into the soft substrate; a head having a drive system on a first end of the dowel body for rotary driving the attachment element by a turning tool; and a heading tip having a first hardness being greater than a second hardness of the top plaster layer on a second end of the dowel body opposed to the first end of the dowel body, wherein the heading tip is provided for screwing into the top plaster layer; punching at least one hole in the plate by a hole punch; applying of a turning tool on the head and rotary driving the drive system for bringing in the attachment element being already one-piece prefabricated before the bringing in through the hole in the plate into the soft substrate such that firstly the heading tip is screwed into the top plaster layer and subsequently the dowel body is screwed into the soft substrate.
A process for manufacturing the compound of formula I wherein R is n -propyl, or a salt thereof, said process comprising the reaction of the compound of formula I-1 wherein X is bromine or chlorine, with the compound of formula 1-2 wherein R is n -propyl, or a salt of said compound of formula 1-2, said reaction being performed in the presence of a base in a polar aprotic organic solvent or a polar mixture of aprotic organic solvents, whereby said polar aprotic organic solvent or polar mixture of aprotic organic solvents comprises dimethylsulfoxide, and in the presence of tetra- n -butyl ammonium fluoride hydrate or cesium fluoride.