mhurhangee/ep-ind-claims huggingface dataset:
Device for forming a dough sheet from supplied dough portions, - comprising a dough portions-supplying device, - comprising a dough rolling mill, - comprising a dough sheet removal device, - wherein the dough rolling mill comprises at least two superposed main rollers (12, 13) which rotate around horizontal axes of rotation (14, 14a), - wherein the main rollers (12, 13) predefine a dough processing path in such a manner -- that the dough sheet is initially guided into a pressing portion between a first main roller and at least one counter-pressure roller (10, 15 to 17) and then in a further pressing portion between a second main roller and at least one further counter-pressure roller (18 to 21), -- that the dough processing path has a turning point between the main rollers (12, 13), and -- that a dough wrap-around angle (α, β) around each of the two main rollers (12, 13) is greater than 90°, - characterized in that the device for forming a dough sheet is configured so that, when rolling out the dough sheet, both sides of the sheet come to lie in the same manner on one of the main rollers (12, 13) once on the outside and once on the inside, wherein a multiplicity of counter-pressure rollers (10, 15 to 17; 18 to 21) arranged consecutively in the dough processing path is assigned to at least one of the main rollers (12, 13). - comprising a dough portions-supplying device, - comprising a dough rolling mill, - comprising a dough sheet removal device, - wherein the dough rolling mill comprises at least two superposed main rollers (12, 13) which rotate around horizontal axes of rotation (14, 14a), - wherein the main rollers (12, 13) predefine a dough processing path in such a manner -- that the dough sheet is initially guided into a pressing portion between a first main roller and at least one counter-pressure roller (10, 15 to 17) and then in a further pressing portion between a second main roller and at least one further counter-pressure roller (18 to 21), -- that the dough processing path has a turning point between the main rollers (12, 13), and -- that a dough wrap-around angle (α, β) around each of the two main rollers (12, 13) is greater than 90°, -- that the dough sheet is initially guided into a pressing portion between a first main roller and at least one counter-pressure roller (10, 15 to 17) and then in a further pressing portion between a second main roller and at least one further counter-pressure roller (18 to 21), -- that the dough processing path has a turning point between the main rollers (12, 13), and -- that a dough wrap-around angle (α, β) around each of the two main rollers (12, 13) is greater than 90°, - characterized in that the device for forming a dough sheet is configured so that, when rolling out the dough sheet, both sides of the sheet come to lie in the same manner on one of the main rollers (12, 13) once on the outside and once on the inside, wherein a multiplicity of counter-pressure rollers (10, 15 to 17; 18 to 21) arranged consecutively in the dough processing path is assigned to at least one of the main rollers (12, 13).
A transition metal complex represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, R 1 to R 7 are each independently hydrogen, a C1-20 hydrocarbyl group, or a C1-20 heterohydrocarbyl group; M is a Group 4 transition metal; Q 1 and Q 2 are each independently hydrogen, a halogen, a C1-20 alkyl group, a C2-20 alkenyl group, a C6-20 aryl group, a C7-20 alkylaryl group, a C7-20 arylalkyl group, a C1-20 alkylamino group, a C6-20 arylamino group, or a C1-20 alkylidene group; Z is phosphorous, arsenic (As), or antimony (Sb); and X 1 to X 3 are each independently hydrogen, a halogen, a C1-20 hydrocarbyl group, or a C1-20 heterohydrocarbyl group. R 1 to R 7 are each independently hydrogen, a C1-20 hydrocarbyl group, or a C1-20 heterohydrocarbyl group; M is a Group 4 transition metal; Q 1 and Q 2 are each independently hydrogen, a halogen, a C1-20 alkyl group, a C2-20 alkenyl group, a C6-20 aryl group, a C7-20 alkylaryl group, a C7-20 arylalkyl group, a C1-20 alkylamino group, a C6-20 arylamino group, or a C1-20 alkylidene group; Z is phosphorous, arsenic (As), or antimony (Sb); and X 1 to X 3 are each independently hydrogen, a halogen, a C1-20 hydrocarbyl group, or a C1-20 heterohydrocarbyl group.
Housing part for a housing of a member for a robot arm of a robotic system, in which the housing part comprises a plurality of connecting elements (14a,14b;16;18;20;22;28,30;32) for the connection with at least a further housing part in a detachable manner thereby forming said housing of said member, wherein said housing part is configured with respect to the other housing part in a shape-complementary manner and wherein at least one of the connecting elements is configured to allow a torque- and force-transmitting connection between said housing parts (12a,12b); characterized in that the said at least one of the connecting elements is configured to directly cooperate with a fixation element for the fixation of a driving unit, by means of which driving unit the member can be connected to a member of the robot arm being adjacent thereto or to a further component of the robotic system in a relatively moveable manner, in such a way that the fixation element can be fixed and mounted in the housing in a torque- and force-transmitting manner by means of the said at least one of the connecting elements itself.
A sanitary set with a braked folding system, consisting of a toilet bowl and pivoting elements in the form of a toilet seat and a toilet bowl cover, wherein the toilet bowl cover, the toilet bowl and the toilet seat each comprise a plurality of cylindrical magnets (1, 2) arranged in rear parts thereof, wherein the toilet seat and the toilet bowl cover are attached to the rear part of the toilet bowl by magnetic joints consisting of the cylindrical magnets (1, 2), wherein each magnet of the pivoting elements is pivotable around a horizontal pivoting axis, wherein contact faces of the pivoting elements and the toilet bowl produce friction in the magnetic joint during the pivoting movement of the toilet seat and/or the toilet bowl cover, characterized in that the pivoting axes of the cylindrical magnets in the toilet seat and toilet bowl cover are situated eccentrically with respect to their folding axes in such a manner that, with the toilet seat and the toilet bowl cover in a vertical position, the distance between the cylindrical magnets of the pivoting elements and the cylindrical magnets of the toilet bowl, which hold the toilet seat and the toilet bowl cover in contact with the toilet bowl, is larger than in a horizontal position of the toilet seat and the toilet bowl cover.
A nozzle adapted to be coupled to and inserted into an outlet opening of a reactor vessel of a steam explosion system for the hydrothermal pre-treatment of biomass, the nozzle comprising: a tubular body with a first open end and a second open end, the first open end being adapted to be coupled to and inserted into an outlet opening of the reactor vessel, the second open end being adapted to be coupled to a conduit, wherein the inner wall surface of the tubular body of the nozzle comprises an engraved helical structure, wherein the pitch of the engraved helical structure is in the range of between 1 and 300 mm, wherein the depth of the engraved helical structure is in the range of from 0.1 to 15 mm, wherein the width of the engraved helical structure is in the range of from 0.1 to 3 mm and wherein the nozzle is made from a ceramic material, preferably from aluminium oxide having a purity of above 92% and more preferably having a purity of 99.7 %. a tubular body with a first open end and a second open end, the first open end being adapted to be coupled to and inserted into an outlet opening of the reactor vessel, the second open end being adapted to be coupled to a conduit, wherein the inner wall surface of the tubular body of the nozzle comprises an engraved helical structure, wherein the pitch of the engraved helical structure is in the range of between 1 and 300 mm, wherein the depth of the engraved helical structure is in the range of from 0.1 to 15 mm, wherein the width of the engraved helical structure is in the range of from 0.1 to 3 mm and wherein the nozzle is made from a ceramic material, preferably from aluminium oxide having a purity of above 92% and more preferably having a purity of 99.7 %.
A portable stain removal device for locally removing a stain on a fabric, comprising: - a chemical container (11, 171) for containing a chemical reagent, - a dispensing mechanism for dispensing the chemical reagent out of the chemical container onto the fabric, and characterized in that the portable stain removal device further comprises: - a heating plate arranged at the front head of the device, - a heater for heating the fabric and/or the chemical reagent, the heater being arranged adjacent to the heating plate. - a chemical container (11, 171) for containing a chemical reagent, - a dispensing mechanism for dispensing the chemical reagent out of the chemical container onto the fabric, and - a heating plate arranged at the front head of the device, - a heater for heating the fabric and/or the chemical reagent, the heater being arranged adjacent to the heating plate.
Composition for use in treatment of wounds or trauma of a surface of tissue of a patient, the composition being applied to the surface of tissue so that both a) a gel-forming composition comprising a solution, suspension, dispersion or emulsion and b) dry porous dextran or starch microparticles having pore sizes for molecular weight cutoff of between 5,000 Daltons and 200,000 Daltons are applied to the surface.
A method for removing coherent deposits of various nature, both organic and inorganic, also superimposed, from art works and/or wall paintings, characterized in that it comprises the following steps: a) using one or more original non-spore-forming bacterial strains, aerobic, selected among: Stenotrophomonas maltophilia UI3E DSM 27225, Cellulomonas sp. THF11E DSM 27224, Pseudomonas koreensis UT30E DSM 27226, immobilized into an inert support of gelling synthetic clay having formula Na 0.7 [(Si 8 Mg 5.5 Li 0.3)O 20 4], known with the commercial name of laponite (Laponite®RD Rockwood Additives, CAS No. 53320-86-8); b) applying an uniform layer of such laponite gel containing one or more of said bacterial strains on the surface to be treated and allowing to react for at least 24 hours at room temperature; c) removing the gel from the treated surface; d) removing the coherent deposits, reduced and softened by the gel, with a water moistened sponge and a brush. a) using one or more original non-spore-forming bacterial strains, aerobic, selected among: Stenotrophomonas maltophilia UI3E DSM 27225, Cellulomonas sp. THF11E DSM 27224, Pseudomonas koreensis UT30E DSM 27226, immobilized into an inert support of gelling synthetic clay having formula Na 0.7 [(Si 8 Mg 5.5 Li 0.3)O 20 4], known with the commercial name of laponite (Laponite®RD Rockwood Additives, CAS No. 53320-86-8); b) applying an uniform layer of such laponite gel containing one or more of said bacterial strains on the surface to be treated and allowing to react for at least 24 hours at room temperature; c) removing the gel from the treated surface; d) removing the coherent deposits, reduced and softened by the gel, with a water moistened sponge and a brush.
Use of a composition comprising 2, 6-dihydroxybenzoic acid as a curing agent for making foundry molds, wherein the content by percentage of the compound 2,6-dihydroxybenzoic acid in the curing agent composition is from 10 to 80% by weight.
A method for evaluating cement in a wellbore behind a casing, comprising: conveying a logging tool to a first position in the wellbore, the logging tool being operable to emit source evaluation gamma rays at a plurality of evaluation angles while in the first position; emitting from the first position a first source evaluation gamma ray at a first elevation angle with respect to a housing of said logging tool; detecting a first backscattered evaluation gamma ray from said first source evaluation gamma ray; measuring said first backscattered evaluation gamma ray; and comparing said measured first backscattered evaluation gamma ray to a first reference value to evaluate said cement at said first position in the wellbore, the first reference value relating to a region of the wellbore that is known to have an acceptable cement layer. conveying a logging tool to a first position in the wellbore, the logging tool being operable to emit source evaluation gamma rays at a plurality of evaluation angles while in the first position; emitting from the first position a first source evaluation gamma ray at a first elevation angle with respect to a housing of said logging tool; detecting a first backscattered evaluation gamma ray from said first source evaluation gamma ray; measuring said first backscattered evaluation gamma ray; and comparing said measured first backscattered evaluation gamma ray to a first reference value to evaluate said cement at said first position in the wellbore, the first reference value relating to a region of the wellbore that is known to have an acceptable cement layer.
An inhibitor of ClpP for use in a method of treating an individual with obesity and/or diabetes, the method comprising administering the inhibitor of ClpP to the individual in an amount effective for decreasing an amount of fat tissue in the individual, preventing or reducing weight gain of the individual, increasing insulin sensitivity of the individual, and/or increasing glucose tolerance of the individual.
Electric braking device with braking torque control, which is intended for an electric traction vehicle, in particular a rail vehicle, comprising a rotating electromechanical machine which has at least one coil with electric terminals (13, 14, 15), a rheostatic electric braking torque production device which has no active power switches, commutation means (20, 180) capable of selectively connecting the electric terminals (13, 14, 15) of the electromechanical machine to the braking torque production device, at least one inductor for controlling braking torque (116, 118, 120, 160, 162, 164, 190, 192, 194) being connected in series between the commutation means (20, 180) and the braking torque production device, characterised in that a current switch (170, 172, 174, 196, 198, 200) for assisting the commutation of the commutation means (20, 180) is connected to the terminals of each inductor (160, 162, 164, 190, 192).
A system, comprising: a cylinder barrel configured to rotate within a pump housing, the cylinder barrel including: a main cylindrical body; a center recess defined within the main cylindrical body configured to seat a drive shaft therein; and a plurality of bores defined in the main cylindrical body, extending in an axial direction, wherein the plurality of bores are spaced apart circumferentially relative to one another about the main cylindrical body radially outward of the center recess, and wherein the plurality of bores are each configured to seat a respective piston therein and allow fluid flow therethrough, characterized in that the main cylindrical body is of silicon nitride. a cylinder barrel configured to rotate within a pump housing, the cylinder barrel including: a main cylindrical body; a center recess defined within the main cylindrical body configured to seat a drive shaft therein; and a plurality of bores defined in the main cylindrical body, extending in an axial direction, wherein the plurality of bores are spaced apart circumferentially relative to one another about the main cylindrical body radially outward of the center recess, and wherein the plurality of bores are each configured to seat a respective piston therein and allow fluid flow therethrough, a main cylindrical body; a center recess defined within the main cylindrical body configured to seat a drive shaft therein; and a plurality of bores defined in the main cylindrical body, extending in an axial direction, wherein the plurality of bores are spaced apart circumferentially relative to one another about the main cylindrical body radially outward of the center recess, and wherein the plurality of bores are each configured to seat a respective piston therein and allow fluid flow therethrough, characterized in that the main cylindrical body is of silicon nitride.
A decoder for generating an un-mixed audio signal comprising a plurality of un-mixed audio channels, wherein the decoder comprises: an un-mixing-infonnation determiner for determining un-mixing information by receiving first parametric side information on the at least one audio object signal and second parametric side information on the at least one audio object signal, wherein the frequency resolution of the second parametric side information is higher than the frequency resolution of the first parametric side information, and an un-mix module for applying the un-mixing information on a downmix signal, indicating a downmix of at least one audio object signal, to obtain an un-mixed audio signal comprising the plurality of un-mixed audio channels, wherein the un-mixing-information determiner is configured to determine the un-mixing information by modifying the first parametric information and the second parametric information to obtain modified parametric information, such that the modified parametric information has a frequency resolution which is higher than the first frequency resolution. an un-mixing-infonnation determiner for determining un-mixing information by receiving first parametric side information on the at least one audio object signal and second parametric side information on the at least one audio object signal, wherein the frequency resolution of the second parametric side information is higher than the frequency resolution of the first parametric side information, and an un-mix module for applying the un-mixing information on a downmix signal, indicating a downmix of at least one audio object signal, to obtain an un-mixed audio signal comprising the plurality of un-mixed audio channels, wherein the un-mixing-information determiner is configured to determine the un-mixing information by modifying the first parametric information and the second parametric information to obtain modified parametric information, such that the modified parametric information has a frequency resolution which is higher than the first frequency resolution.
A fuel system (1B; 1J) for an aircraft, comprising: a centrifugal pump which pressurizes and delivers fuel that is suppliable to an engine of the aircraft; a transmission which connects the engine and the centrifugal pump to each other, is able to regulate a gear ratio and which modifies and transmits a rotational speed of a rotational power that is output from the engine to the centrifugal pump; a rotational speed sensor which measures the rotational speed of the centrifugal pump; an arithmetic control member which compares the rotational speed of the centrifugal pump which generates a necessary discharge pressure in order to supply the fuel to the engine to a measurement value of the rotational speed sensor; and a transmission controller that controls the gear ratio in the transmission based on the comparison result of the arithmetic control member. a centrifugal pump which pressurizes and delivers fuel that is suppliable to an engine of the aircraft; a transmission which connects the engine and the centrifugal pump to each other, is able to regulate a gear ratio and which modifies and transmits a rotational speed of a rotational power that is output from the engine to the centrifugal pump; a rotational speed sensor which measures the rotational speed of the centrifugal pump; an arithmetic control member which compares the rotational speed of the centrifugal pump which generates a necessary discharge pressure in order to supply the fuel to the engine to a measurement value of the rotational speed sensor; and a transmission controller that controls the gear ratio in the transmission based on the comparison result of the arithmetic control member.
Temperature controlled cabinet comprising cooling equipment (33, 34, 36) with support structures (22, 23, 21) and a frame structure, which comprises side walls and a back wall, which frame structure is open or openable on its front side and inside the frame structure is a product space and above the product space an equipment space for the cooling equipment is located, wherein the cooling equipment (33, 34, 36) and its support structures (22, 23, 21) are constructed as a releasably to the frame structure connected cooling equipment module that is mountable and demountable from the front through the open or openable front side, characterized in, that the cooling equipment module is connected to the frame structure by a connecting structure formed of guides attached to the support structures of the cooling equipment and of rollers attached to the side walls of the frame structure, wherein a roller is attached at top part of each side wall in the product space and connected to the corresponding guide via openings in the guide.
An electrical connector (100, 2200) for an electric vehicle, the electrical connector comprising: a connector body (118, 146) having a latch area, the latch area having a bottom surface; a plurality of connector pins (104, 106, 110, 112) and a ground pin in the connector body (118, 146); and a latch mounted in the latch area on the connector body (118, 146) for holding the electrical connector (100, 2200) to the electric vehicle, characterized in that: the connector body (118, 146) has a plurality of holes that are open to the latch area at the bottom surface and extend horizontally from the latch area, or optionally extend downwardly from the latch area, for allowing water entering the latch area to exit the latch area, wherein the connector body (118, 146) comprises: a two-part potting compound; a premold formed over the potting compound; and an outer connector body formed in a single piece over the premold. a connector body (118, 146) having a latch area, the latch area having a bottom surface; a plurality of connector pins (104, 106, 110, 112) and a ground pin in the connector body (118, 146); and a latch mounted in the latch area on the connector body (118, 146) for holding the electrical connector (100, 2200) to the electric vehicle, characterized in that: the connector body (118, 146) has a plurality of holes that are open to the latch area at the bottom surface and extend horizontally from the latch area, or optionally extend downwardly from the latch area, for allowing water entering the latch area to exit the latch area, wherein the connector body (118, 146) comprises: a two-part potting compound; a premold formed over the potting compound; and an outer connector body formed in a single piece over the premold. the connector body (118, 146) has a plurality of holes that are open to the latch area at the bottom surface and extend horizontally from the latch area, or optionally extend downwardly from the latch area, for allowing water entering the latch area to exit the latch area, wherein the connector body (118, 146) comprises: a two-part potting compound; a premold formed over the potting compound; and an outer connector body formed in a single piece over the premold. a two-part potting compound; a premold formed over the potting compound; and an outer connector body formed in a single piece over the premold.