mhurhangee/ep-ind-claims huggingface dataset:
Cleaning device for cleaning of an adjacent surface, comprising a first and a second arm (31, 31'), each with a respective central axis, wherein each arm being connected to a middle portion with a central axis by connecting link members (30, 30') respectively to form an angle (α) in relation to each other, wherein each arm (31, 31') comprises at least one cleaning member, wherein said connecting link members (30, 30') are arranged to allow for a bending movement but not for a twisting movement so that said arms (31, 31') are torsionally stiff in relation to each other in such a way that a rotation of one of said arms around its central axis results in a similar rotation of the middle portion and the other arm around their respective central axes.
Edge shuttering device for moulding a concrete construction panel comprising basic shuttering brackets to be fastened on a casting bed, said brackets having a shuttering wall, an opposite rear wall and a series of additional shuttering elements extending parallel to the basic shuttering brackets onto which they are detached, characterized in that from the rear wall rails are extending on which said additional shuttering elements are slidably mounted in a direction rectangular with respect to the basic shuttering brackets.
Process for producing a surface structure of a component, comprising the steps of: - providing a component; - applying a powder layer having a predetermined layer thickness on the component; - fusing a region of the powder layer using a continuous laser such that a fused region of the powder layer is generated; - ablating an ablation region of the fused region using a pulsed laser such that a target surface of the fused region is generated, wherein the steps of applying the powder layer, fusing a region of the powder layer and ablating the ablation region are performed using a single apparatus, characterized in that the steps of applying the powder layer, fusing a region of the powder layer and ablating the ablation region are performed repeatedly in succession until a final surface structure of the component has been produced, wherein the powder layers are applied on top of one another. - providing a component; - applying a powder layer having a predetermined layer thickness on the component; - fusing a region of the powder layer using a continuous laser such that a fused region of the powder layer is generated; - ablating an ablation region of the fused region using a pulsed laser such that a target surface of the fused region is generated, wherein the steps of applying the powder layer, fusing a region of the powder layer and ablating the ablation region are performed using a single apparatus, characterized in that the steps of applying the powder layer, fusing a region of the powder layer and ablating the ablation region are performed repeatedly in succession until a final surface structure of the component has been produced, wherein the powder layers are applied on top of one another.
A device for barnacle larvae fixation and development of barnacle juveniles, comprising: - a main element having a substantially cylindrical shape, with a rough outer surface, approximately the dimensions of a medium-sized barnacle peduncle, thus promoting the attachment of larvae and juvenile development; and - fastening means to the element, which is partially inserted into the element, wherein: - the main element has a diameter of approximately 6 to 15 mm and a length of approximately 20 to 60 mm, preferably a diameter of approximately 8 mm and an approximate length of 38 mm; - the main element is made of plastic preferably nylon; - the main element is a plug having longitudinal grooves along the whole length, of the main element such that the main element has a star shaped transversal section; - the main element has the upper end diameter larger than the lower end diameter; - the fastening means is a stainless-steel screw with a diameter of 4 mm and a length of 40 mm, and with a countersunk flat head. - a main element having a substantially cylindrical shape, with a rough outer surface, approximately the dimensions of a medium-sized barnacle peduncle, thus promoting the attachment of larvae and juvenile development; and - fastening means to the element, which is partially inserted into the element, - the main element has a diameter of approximately 6 to 15 mm and a length of approximately 20 to 60 mm, preferably a diameter of approximately 8 mm and an approximate length of 38 mm; - the main element is made of plastic preferably nylon; - the main element is a plug having longitudinal grooves along the whole length, of the main element such that the main element has a star shaped transversal section; - the main element has the upper end diameter larger than the lower end diameter; - the fastening means is a stainless-steel screw with a diameter of 4 mm and a length of 40 mm, and with a countersunk flat head.
A lid assembly 1 for a drinking container, the lid assembly 1 comprising: - a lid housing 10 having a drinking opening 12, - a sealing assembly 20 comprising a sealing assembly body 22 and a sealing element 21 which is moveable between a first position, in which the sealing element 21 is positioned such that the drinking opening 12 is closed, and a second position, in which the sealing element 21 is positioned such that the drinking opening 12 is open, and - an operating assembly 40 for operating the sealing assembly 20 to move the sealing element 21 between the first and second positions, whereby the lid assembly 1 further comprises a mounting member 30 onto which the sealing assembly body 22 is pivotally mounted, about a pivot axis 34, and wherein the mounting member 30 is releasably connectable to the lid housing 10, whereby the sealing assembly 20 comprises a sealing arm 24 that is moveably mounted onto the sealing assembly body 22, and that is provided with the sealing element 21, characterized in that the sealing arm 24 is slidably mounted onto the sealing assembly body 22, along a sealing axis 243. - a lid housing 10 having a drinking opening 12, - a sealing assembly 20 comprising a sealing assembly body 22 and a sealing element 21 which is moveable between a first position, in which the sealing element 21 is positioned such that the drinking opening 12 is closed, and a second position, in which the sealing element 21 is positioned such that the drinking opening 12 is open, and - an operating assembly 40 for operating the sealing assembly 20 to move the sealing element 21 between the first and second positions, whereby the lid assembly 1 further comprises a mounting member 30 onto which the sealing assembly body 22 is pivotally mounted, about a pivot axis 34, and wherein the mounting member 30 is releasably connectable to the lid housing 10, whereby the sealing assembly 20 comprises a sealing arm 24 that is moveably mounted onto the sealing assembly body 22, and that is provided with the sealing element 21, characterized in that the sealing arm 24 is slidably mounted onto the sealing assembly body 22, along a sealing axis 243.
A DC/DC circuit for an uninterruptible power supply, wherein the DC/DC circuit for an uninterruptible power supply is a bidirectional DC/DC circuit connected between a bus and a battery; and in a mains mode, the bidirectional DC/DC circuit draws power from the bus and charges the battery; and when the mains becomes abnormal, the bidirectional DC/DC circuit draws from the battery and powers the bus, wherein the bidirectional DC/DC circuit comprises an isolated transformer, and a primary side of the isolated transformer is connected with a push-pull circuit or a half-bridge circuit or a full-bridge circuit; and a secondary side of the isolated transformer is connected with a push-pull circuit or a half-bridge circuit or a full-bridge circuit; characterized in that: the isolated transformer is provided with multiple controllable taps; and the bidirectional DC/DC circuit has the ratio of turns switched by selecting a controllable tap of the primary side and/or the secondary side of the isolated transformer; and an anode of the battery is connected with a second tap, that is a central tap, of the primary side of the isolated transformer, a cathode of the battery is connected through a filter inductor to a first rectifier unit (D1, D2), and is connected respectively with a second terminal of a first transistor and a second terminal of a second transistor through a first relay, a first terminal of the first transistor and a first terminal of the second transistor are connected respectively with a first tap, that is a dotted terminal, and a third tap, that is an undotted terminal, of the primary side of the isolated transformer, so that only the isolated transformer is used for both charging and discharging modes of the battery, and that a first chopper unit, comprising the first transistor and the second transistor, used in the discharging mode is completely independent from the first rectifier unit used in the charging mode. the isolated transformer is provided with multiple controllable taps; and the bidirectional DC/DC circuit has the ratio of turns switched by selecting a controllable tap of the primary side and/or the secondary side of the isolated transformer; and an anode of the battery is connected with a second tap, that is a central tap, of the primary side of the isolated transformer, a cathode of the battery is connected through a filter inductor to a first rectifier unit (D1, D2), and is connected respectively with a second terminal of a first transistor and a second terminal of a second transistor through a first relay, a first terminal of the first transistor and a first terminal of the second transistor are connected respectively with a first tap, that is a dotted terminal, and a third tap, that is an undotted terminal, of the primary side of the isolated transformer, so that only the isolated transformer is used for both charging and discharging modes of the battery, and that a first chopper unit, comprising the first transistor and the second transistor, used in the discharging mode is completely independent from the first rectifier unit used in the charging mode.
Method for activating a cleaning mode of a touch-operable control panel of a motor vehicle, wherein the control panel is at least partially switched inactive in the cleaning mode to avoid an unintended operation, characterised in that - the control panel is monitored by a camera and - an operation activating the cleaning mode is detected by means of the camera, the activating operation comprising a cleaning agent guided on the control panel by a hand of a user. - the control panel is monitored by a camera and - an operation activating the cleaning mode is detected by means of the camera, the activating operation comprising a cleaning agent guided on the control panel by a hand of a user.
A method of obtaining a cooking vessel, the method comprising the following steps: - making a bowl having an aluminum outer face and an inner face; and - anodizing at least the outer face of the bowl; - at least one coloring step being performed on the anodized outer face after the anodizing, said coloring step using at least one pigment; said method being characterized in that the anodizing is hard-anodizing so as to obtain a hard-anodized layer, in that the pigment is a water-soluble inorganic pigment, the coloring step using a coloring bath containing water-soluble metal compounds that precipitate and are trapped inside the pores of the hard-anodized layer, the at least one inorganic pigment is of the ferric oxalate type, so that it is no longer necessary to add a protective coating in order to preserve the coloring of the anodized outer surface of the cooking vessel. - making a bowl having an aluminum outer face and an inner face; and - anodizing at least the outer face of the bowl; - at least one coloring step being performed on the anodized outer face after the anodizing, said coloring step using at least one pigment;
Method for determining the cetane number of fuels with a test engine, where the cetane number of the fuel to be tested is determined via a comparison with a series of test substances with a known cetane number, characterized in that the injection start is determined for the fuel to be tested where the test engine reaches the highest level of performance, wherein the test engine is operated with an uninterrupted continuous injection.
Cable connector assembly comprising two electric power cables with multiple insulated electric conductors (11, 12) and a connector assembly that forms a releasable joint between the ends of the electric power cables, wherein the cable connector assembly comprises two end connectors on the meeting ends of the power cables, and an intermediate connector between the end connectors, wherein the end connectors each comprise a first coupling and a grommet, wherein the first coupling comprises metal contacts (21, 22) that are attached to the electric conductors (11, 12) of the cable and the grommet extends around the attached end of the cable, and wherein the intermediate connector comprises two second couplings with electrically conducting contacts (70, 71), wherein a first coupling and a second coupling together form an interlocking pair in which the contacts (21, 22; 70, 71) are electrically connected and sealed off, wherein the first coupling and the second coupling each comprise an insulating sleeve (42; 63) along and around each of their contacts (21, 22; 70, 71), wherein the sleeves (42; 63) of the interconnecting couplings tightly slide into each other and enclose the contacts (21, 22; 70, 71), while the first couplings prevent mutual interlocking, wherein the end connectors are aligned with the first couplings towards the second couplings of the intermediate connector, characterized in that the cable connector assembly comprises a housing that receives the connectors, and that the housing surrounds at least the interlocking couplings, wherein the housing comprises multiple shells (81, 82) that together surround the interlocking couplings, wherein each of the shells (81, 82) comprises an outer groove formed by a rim above the end connectors to receive a metal or plastic tightening strip that keep the shells (81, 82) firmly against each other.
A method for manufacturing a bicycle front fork having a wheel clamping base, comprising the steps of: A. preparing an aluminum alloy substrate; B. extruding the aluminum alloy substrate to have three rectangular bars integrally connected in a radial orientation, wherein two of the three rectangular bars has a first side and a second side on the front end thereof, and the first side or both of the first side and the second side connect to assembling segments; C. cutting the substrate for a blank; D. placing the blank into a first mold for forging the three rectangular bars into three round bars and stamping a raw edge and a scrap of the blank; E. abrading the raw edge and the scrap of the blank; F. placing the blank into a second mold for extruding and punching front ends of the three round bars of the blank to have guide holes; G. drilling the three round bars along the guide holes to form three round tubes communicated with one another; H. flattening and shrinking openings of two of the three round tubes, and molding the assembling segments to connectedly extend from the front ends of the two round tubes in parallel; I. downwardly bending the two round tubes having the assembling segments to space apart from each other in parallel for two fork tubes of a bicycle front fork and allowing the other round tube to form a vertical tube of the bicycle front fork; and J. punching the assembling segments at the front ends of the two fork tubes into locking connection portions for a clamping base of the bicycle front fork. A. preparing an aluminum alloy substrate; B. extruding the aluminum alloy substrate to have three rectangular bars integrally connected in a radial orientation, wherein two of the three rectangular bars has a first side and a second side on the front end thereof, and the first side or both of the first side and the second side connect to assembling segments; C. cutting the substrate for a blank; D. placing the blank into a first mold for forging the three rectangular bars into three round bars and stamping a raw edge and a scrap of the blank; E. abrading the raw edge and the scrap of the blank; F. placing the blank into a second mold for extruding and punching front ends of the three round bars of the blank to have guide holes; G. drilling the three round bars along the guide holes to form three round tubes communicated with one another; H. flattening and shrinking openings of two of the three round tubes, and molding the assembling segments to connectedly extend from the front ends of the two round tubes in parallel; I. downwardly bending the two round tubes having the assembling segments to space apart from each other in parallel for two fork tubes of a bicycle front fork and allowing the other round tube to form a vertical tube of the bicycle front fork; and J. punching the assembling segments at the front ends of the two fork tubes into locking connection portions for a clamping base of the bicycle front fork.
An isomerization method of cyclohexane dicarboxylic acid, comprising the step of isomerizing a cis isomer to a trans isomer by heat-treating a mixed solution which is prepared by mixing cyclohexane dicarboxylic acid comprising the cis isomer, water, and an isomerization catalyst, wherein the mixed solution comprises the cyclohexane dicarboxylic acid in an amount of 0.5% by weight to 30% by weight with respect to the total weight of the mixed solution, and the isomerization catalyst comprises one or more of oxide of a transition metal of Group 4, and is added in an amount such that a weight ratio of the isomerization catalyst to the cyclohexane dicarboxylic acid (a weight ratio of isomerization catalyst/cyclohexane dicarboxylic acid) is of 0.1 to 2.0, wherein the oxide of the transition metal of Group 4 is monoclinic zirconia or anatase titania. wherein the mixed solution comprises the cyclohexane dicarboxylic acid in an amount of 0.5% by weight to 30% by weight with respect to the total weight of the mixed solution, and the isomerization catalyst comprises one or more of oxide of a transition metal of Group 4, and is added in an amount such that a weight ratio of the isomerization catalyst to the cyclohexane dicarboxylic acid (a weight ratio of isomerization catalyst/cyclohexane dicarboxylic acid) is of 0.1 to 2.0, wherein the oxide of the transition metal of Group 4 is monoclinic zirconia or anatase titania.
A method for analyzing a presence of objects within a first space, said first space being provided with a capturing system comprising a first plurality of camera devices and a first playback system for reproducing audio and/or visual signals in the first space, the method comprising obtaining a first three-dimensional volumetric representation of a scene within the first space, generated by a processing unit associated with the capturing system, from input streams of at least a first and a second camera device, said first 3D volumetric representation comprising at least one object shown at a location within the scene; establishing a video conference between the first place and a second place; generating one or more probe signals comprising voice signals of one or more persons participating the video conference in the second space; controlling the processing unit to reproduce, using one or more loudspeakers of the first playback system, one or more audio signals on the basis of the probe signals into the first space; controlling the processing unit to capture a second 3D volumetric representation of the scene including reproductions of the one or more audio signals within the first space; and analyzing the reproductions of the one or more audio signals of the second 3D volumetric representation captured within the first space to determine whether said reproductions correspond to the location of the at least one object shown in the first 3D volumetric representation. obtaining a first three-dimensional volumetric representation of a scene within the first space, generated by a processing unit associated with the capturing system, from input streams of at least a first and a second camera device, said first 3D volumetric representation comprising at least one object shown at a location within the scene; establishing a video conference between the first place and a second place; generating one or more probe signals comprising voice signals of one or more persons participating the video conference in the second space; controlling the processing unit to reproduce, using one or more loudspeakers of the first playback system, one or more audio signals on the basis of the probe signals into the first space; controlling the processing unit to capture a second 3D volumetric representation of the scene including reproductions of the one or more audio signals within the first space; and analyzing the reproductions of the one or more audio signals of the second 3D volumetric representation captured within the first space to determine whether said reproductions correspond to the location of the at least one object shown in the first 3D volumetric representation.
A composition for protecting wheat and barley from the harmful effects of a 6-(trisubstituted phenyl)-4-amino-2-pyridinecarboxylate herbicide, wherein the 6-(trisubstituted phenyl)-4-amino-2-pyridinecarboxylate herbicide is 4-amino-3-chloro-6-(4-chloro-2-fluoro-3-methoxyphenyl)pyridine-2-carboxylic acid methyl ester or 4-amino-3-chloro-6-(4-chloro-2-fluoro-3-methoxyphenyl)pyridine-2-carboxylic acid triethylammonium salt, and wherein the composition comprises, in addition to the 6-(trisubstituted phenyl)-4-amino-2-pyridine-carboxylate herbicide, the safener mefenpyr-diethyl.
A sliding bearing with a lubricating oil containing foreign substances mixed into said lubricating oil, wherein the sliding bearing is formed in the shape of a cylinder as a whole by causing abutment surfaces (11A, 12A, 11B, 12B) of a pair of halved bearings (11, 12) to abut against each other and in which inner circumferential surfaces (11C, 12C) of the halved bearings are formed as sliding surfaces, crush reliefs (11E, 12E) are formed on inner circumferential surfaces of the halved bearings which provide positions adjoining the abutment surfaces, configured so that lubricating oil is supplied to the sliding surface, and the depth and length of the crush reliefs (11E, 12E) are set so that a relative angle formed by the crush reliefs and the sliding surfaces which provide positions adjoining the crush reliefs becomes 0.69° or more, characterized in that a dust pocket, which can store foreign substances, is formed circumferentially from an interior of the crush reliefs (11E, 12E) to the abutment surfaces, so that small foreign substances mixed into the lubricating oil are discharged to the outside of the sliding bearing through the crush relief, and large foreign substances mixed into the lubricating oil are stored in the dust pocket, and in that the dust pocket is formed of a notch portion (11F, 12F) formed from the interior of the crush reliefs to an axial middle part of the abutment surfaces, and the depth of the notch portion is set to be equal to or larger than the size of foreign substances mixed into the lubricating oil.
Method for producing a sliding element which has at least one sliding layer (64, 126) based on a fibre-reinforced plastics material having a plastics material matrix and a reinforcement element which contains at least one thread, wherein the reinforcement element with the addition of a synthetic resin which forms the plastics material matrix is deposited on a polygonal winding core (12, 40, 50, 81, 110) and the segments (66, 132, 134) formed between the edges (70, 120, 122) are separated from the tubular polygonal winding member formed in this manner after hardening, characterised in that the thread is a plastics material thread of polyester filaments in which non-coherent PTFE particles are spun.