mhurhangee/ep-ind-claims huggingface dataset:
Method for obtaining a suspension arm for automotive vehicles which comprises obtaining two identical parts to form a body, where each part is obtained by means of the following sequential steps: a) cutting a sheet metal or composite sheet forming a base plane, such that a central segment and two ends are defined, and b) drawing at least one hole in an area corresponding to each end, where each hole has a geometric center, characterized in that the method then comprises the following sequential steps: c) stamping or shaping each part forming in its central segment two flanges (5, 6) consisting of a first flange and a second flange located on opposite sides of the central segment and oriented perpendicular to the base plane, where said flanges (5, 6) have an asymmetrical arrangement with respect to a midplane passing through the geometric centers of the holes of the two ends and is perpendicular to the base plane, the second flange being separated from the midplane a distance equal to the separation of the first flange from the midplane plus a distance at least equal to the value of the thickness of the sheet, and d) starting from two parts in the same position, rotating a first part 180° with respect to a longitudinal axis defined between the geometric centers of the holes of both ends until both parts are facing and with their corresponding base planes parallel to one another, moving both parts closer with the corresponding geometric centers of the holes aligned with one another, the flanges (5, 6) of both parts being fitted to and overlapping one another such that a overlap is defined in the flanges (5, 6). a) cutting a sheet metal or composite sheet forming a base plane, such that a central segment and two ends are defined, and b) drawing at least one hole in an area corresponding to each end, where each hole has a geometric center, c) stamping or shaping each part forming in its central segment two flanges (5, 6) consisting of a first flange and a second flange located on opposite sides of the central segment and oriented perpendicular to the base plane, where said flanges (5, 6) have an asymmetrical arrangement with respect to a midplane passing through the geometric centers of the holes of the two ends and is perpendicular to the base plane, the second flange being separated from the midplane a distance equal to the separation of the first flange from the midplane plus a distance at least equal to the value of the thickness of the sheet, and d) starting from two parts in the same position, rotating a first part 180° with respect to a longitudinal axis defined between the geometric centers of the holes of both ends until both parts are facing and with their corresponding base planes parallel to one another, moving both parts closer with the corresponding geometric centers of the holes aligned with one another, the flanges (5, 6) of both parts being fitted to and overlapping one another such that a overlap is defined in the flanges (5, 6).
Round baler with a frame, a pressing chamber formed on the frame to form a round bale, a discharge region formed between the pressing chamber and a base surface, and at least one handling element which is arranged in the discharge region and which extends parallel to the rotation axis of the round bale and serves to support the round bale during a discharge process, wherein on the handling element is formed an elastic layer (80, 80', 80'') which is elastically deformable under the effect of the round bale during the discharge process, characterized in that the elastic layer (80, 80', 80 ") is covered at least partially by a cover (82, 82', 82'').
High-voltage machine including a terminal box arranged thereon or therein and having increased short-circuit withstand capacity for installation in or on the machine housing surface, wherein one or more open or automatically opening terminal box shafts are disposed on the terminal box, characterized in that a top-mounted terminal box bellows is disposed at the exit of the terminal box shaft.
A voice synthesizing method characterised by comprising: a determining step of determining a manipulation position which is moved according to a manipulation by a user along a manipulation path; and a generating step of generating, in response to a vocalization code (S B) to generate a voice syllable in which a second phoneme (Q 2) follows a first phoneme (Q 1), a voice signal so that vocalization of the first phoneme (Q 1) starts before the manipulation position reaches a reference position (P B) and that vocalization from the first phoneme (Q 1) to the second phoneme (Q 2) is made when the manipulation position reaches the reference position (P B). a determining step of determining a manipulation position which is moved according to a manipulation by a user along a manipulation path; and a generating step of generating, in response to a vocalization code (S B) to generate a voice syllable in which a second phoneme (Q 2) follows a first phoneme (Q 1), a voice signal so that vocalization of the first phoneme (Q 1) starts before the manipulation position reaches a reference position (P B) and that vocalization from the first phoneme (Q 1) to the second phoneme (Q 2) is made when the manipulation position reaches the reference position (P B).
A formulation for use in a method of pain management by a subject in need thereof, said formulation consisting of tetrahydrocannabinol, cannabichromene, and cannabidiol, and one or more excipient; wherein the primary cannabinoids comprise or consist of, on a weight % basis: 30% - 45% THC; 9% - 35% CBC; and 30% - 45% CBD, and the ratio of THC:CBC:CBD is 1:1:1 on a weight basis. 30% - 45% THC; 9% - 35% CBC; and 30% - 45% CBD, and
A control device of a machine, wherein the control device comprises a microprocessor which comprises at least a main processor core and at least one secondary processor core, wherein the control device is configured with a safety control program having a first program part and a second program part for monitoring a machine component of the machine which machine component can be driven by means of the control device, whose first program part is assigned only to the at least one main processor core and whose second program part is assigned only to the at least one secondary processor core, wherein the at least one secondary processor core is constructed as a graphics processor core, a vector processor core or a stream processor core and wherein both program parts of the safety control program, independently of one another, monitor the machine or the machine component.
A machinery for testing one or more electronic components at a predetermined controlled temperature, the machinery comprising: - A surface; - At least one test recess obtained in a part of said surface and into which the component under test can be arranged; - Means (27, 28a, 28b, 200) for generating a predetermined thermal condition within said test recess; - Said test recess being thermally insulated from the surrounding environment; - And wherein said test recess has an upper opening for enabling the insertion of the component to be tested and a barrier element is further comprised suitable for preventing and/or reducing the thermal dispersion through said upper opening; - Characterized in that the barrier element is in the form of a laminar gaseous flow forming a closure for the said upper opening, preferably said gas flow being air. - A surface; - At least one test recess obtained in a part of said surface and into which the component under test can be arranged; - Means (27, 28a, 28b, 200) for generating a predetermined thermal condition within said test recess; - Said test recess being thermally insulated from the surrounding environment; - And wherein said test recess has an upper opening for enabling the insertion of the component to be tested and a barrier element is further comprised suitable for preventing and/or reducing the thermal dispersion through said upper opening; - Characterized in that the barrier element is in the form of a laminar gaseous flow forming a closure for the said upper opening, preferably said gas flow being air.
A method for preparing a peptide assembly of n fragments and of n-1 amino acids carrying a thiol function, represented by the formula: A 1 -C 1 -A 2 -C 2 -A 3 -... -C i-1 -A i.... -C n-1 -A n wherein A 1, A 2, A 3,... A i..., A n are peptide fragments, C 1, C 2, C 3... C i-1... C n-1 are amino acid residues carrying a thiol function, n is comprised between 3 and 50, preferably between 3 and 20, or between 3 and 10 and i is any integer comprised between 2 and n, characterized in that the preparation is conducted of a peptide-thioester of formula: A 1 -SR wherein A 1 is a peptide fragment and SR is an alkyl thioester residue, R possibly being an optionally substituted alkyl radical, from a bis(2-sulfanylethyl)amino peptide: A 1 -SEAoff wherein SEAoff is a bis(2-sulfanylethyl)amino cyclic group via the action of a thiol R-SH in the presence of a reducing agent of cyclic disulfides, followed by condensation on a peptide fragment of structure: H-C 1 (SR')-A 2 -SEAoff wherein C 1, A 2 and SEAoff are defined as above and (SR') is a disulfide residue on the thiol of the amino acid C 1, in the presence of an aromatic thiol ArSH, followed by conversion of the new peptide fragment obtained, of structure: A 1 -C 1 -A 2 -SEAoff wherein A 1, C 1, A 2 and SEAoff are as defined previously, to a peptide-thioester of formula: A 1 -C 1 -A 2 -SR (II') wherein A 1, C 1, A 2 and R are as defined previously, via action of a thiol R-SH in the presence of a reducing agent of cyclic difsulfides, and is condensed on a peptide fragment of structure: H-C 2 (SR')-A 3 -SEAoff (III') wherein SEAoff and R' and C 2 and A 3 are defined as above, in the presence of an aromatic thiol ArSH to give a peptide fragment of structure: A 1 -C 1 -A 2 -C 2 -A 3 -SEAoff (IV') wherein A 1, C 1, A 2, C 2, A 3 and SEAoff are as defined previously, and these 2 operations are reiterated up to n-2 times to obtain a peptide fragment of structure: A 1 -C 1 -A 2 -C 2 -A 3 -... -C i-1 - A i -...-C n-2 -A n-1 -SEAoff (IV m) wherein Ai, A 2, A 3,..., A i..., A n-1, C 1, C 2, C 3... C i-1... C n-2 and SEAoff are as defined previously, then, a native ligation reaction of this obtained peptide fragment (IV m) is conducted with a peptide of formula: H-C n-1 -A n (V n) wherein C n-1 and An are as defined previously, by reduction in the presence of a reducing agent of cyclic disulfides, to give the multiple peptide assembly of general formula.
Use, as additive which improves the resistance to cold and the filterability of fuels, of at least one copolymer comprising - from 81 mol% to 87 mol% of at least one α-olefin, - from 10.5 mol% to less than 12 mol% of at least vinyl ester, - from 1 mol% to 8.5 mol% of at least one α,β-unsaturated monocarboxylic acid ester, the said copolymer being included in a quadrilateral ABCD in which A, B, C and D represent the apexes of the said quadrilateral and correspond to the molar percentages of at least the vinyl ester and at least the α,β-unsaturated monocarboxylic acid ester: A: 12; 1 B: 12; 6 C: 10.5; 4 D: 10.5; 8.5. - from 81 mol% to 87 mol% of at least one α-olefin, - from 10.5 mol% to less than 12 mol% of at least vinyl ester, - from 1 mol% to 8.5 mol% of at least one α,β-unsaturated monocarboxylic acid ester, the said copolymer being included in a quadrilateral ABCD in which A, B, C and D represent the apexes of the said quadrilateral and correspond to the molar percentages of at least the vinyl ester and at least the α,β-unsaturated monocarboxylic acid ester: A: 12; 1 B: 12; 6 C: 10.5; 4 D: 10.5; 8.5. A: 12; 1 B: 12; 6 C: 10.5; 4 D: 10.5; 8.5.
A sports field comprising: (i) a lower base layer; (ii) an upper grass and/or artificial grass layer; (iii) a shock pad layer, positioned between the base layer and the grass and/or artificial grass layer; wherein the shock pad layer comprises at least one shock pad comprising a coherent plate having upper and lower major surfaces, wherein the coherent plate comprises at least one coherent layer comprising man-made vitreous fibres (MMVF) bonded with a cured aqueous binder composition; wherein the aqueous binder composition prior to curing comprises: - a component (i) in form of one or more oxidized lignins; - a component (ii) in form of one or more cross-linkers; - a component (iii) in form of one or more plasticizers. (i) a lower base layer; (ii) an upper grass and/or artificial grass layer; (iii) a shock pad layer, positioned between the base layer and the grass and/or artificial grass layer; - a component (i) in form of one or more oxidized lignins; - a component (ii) in form of one or more cross-linkers; - a component (iii) in form of one or more plasticizers.
Control system for a centrifugal spreader for discharging agricultural spreading material, preferably fertilizer, wherein the centrifugal spreader has a container for storing the material, wherein the material is discharged with a broad distribution by means of at least one centrifugal disc (1, 2), wherein the rotational speed (DZ1, DZ2) of the centrifugal disc (1, 2) can be adapted in a controllable fashion, wherein the quantity of the material which is to be discharged can be fed to the at least one centrifugal disc (1, 2) in a controllable fashion by means of a dosing element, preferably of a metering disc, wherein in addition the application point (PE1, PE2) of the fertilizer to the at least one centrifugal disc (1, 2) can preferably be adapted in a controllable fashion, wherein the centrifugal spreader also has at least one first sensor, preferably radar sensor, for the contactless characterization of at least one first parameter of the distribution characteristic, such as preferably central ejection angles (AWW1, AWW2) of the centrifugal spreader, wherein the centrifugal spreader also has at least one second sensor for the contactless detection of the throwing distance (WW1, WW2), wherein a setpoint working width of the centrifugal spreader is transferred as a setpoint value into the control system and/or is input therein, wherein the control system is configured to adapt control parameters relating to the distribution in reaction to the measurement signals of the at least two sensors (6, 7) and of the desired working width, wherein all the setting parameters which are specific for setting the setpoint working width of the respective type of spreading material, such as the centrifugal disc rotational speed (DZ1, DZ2) and/or application point of the fertilizer to the centrifugal disc (PE1, PE2) and/or centrifugal blade position and/or configuration of a limiting spreading setting, by means of a short calibration journey of preferably no longer than 30s, particularly preferably no longer than 15 s, are determined and/or set by the control system on the basis of the measurement values of the sensors (6, 7) and of the input setpoint working width, characterized in that the at least one first sensor is arranged in the vicinity of the centrifugal disc (1, 2) and detects the ejected grains of fertilizer directly after the ejection of the grains of fertilizer by the centrifugal disc, preferably at a distance of not more than 0.7 m from the centrifugal disc, and the at least one second sensor is attached to the external wall of the container in the upper half and detects the grains of fertilizer at a further distance from the centrifugal disc (1, 2) of preferably more than 2 m.
A computer-implemented method of playing video, applied to a client, the method comprising: obtaining a video loading instruction and sending a loading request to a cache server, wherein the loading request is configured to request loading data, and the loading data comprises at least one segment of the video corresponding to the video loading instruction and related data of a playing interface for playing the video; receiving the loading data from the cache server; and playing the at least one segment on the playing interface, and displaying the related data on the playing interface obtaining a video loading instruction and sending a loading request to a cache server, wherein the loading request is configured to request loading data, and the loading data comprises at least one segment of the video corresponding to the video loading instruction and related data of a playing interface for playing the video; receiving the loading data from the cache server; and playing the at least one segment on the playing interface, and displaying the related data on the playing interface
A chair comprising: a seat; a backrest, the backrest comprising a frame having a lower portion and a first leg that extends forwardly from the lower portion to a position below the seat and within a housing of a tilt mechanism; a base, the seat supported by the base, the tilt mechanism attached to the base, the tilt mechanism comprising: a spring that is positioned to extend vertically within a column, the spring being compressible and extendable; a first tilt member having a first end and a second end; a second tilt member having a first end and a second end; a first spring connecting member that has a lower end connected to the spring and an upper end pivotally connected to the first end of the first tilt member; the second end of the first tilt member pivotally connected to the second end of the second tilt member, and; the first end of the second tilt member pivotally connected to a portion of a forward distal end 8 of the first leg extending from the lower portion of the frame of the backrest. a seat; a backrest, the backrest comprising a frame having a lower portion and a first leg that extends forwardly from the lower portion to a position below the seat and within a housing of a tilt mechanism; a base, the seat supported by the base, the tilt mechanism attached to the base, the tilt mechanism comprising: a spring that is positioned to extend vertically within a column, the spring being compressible and extendable; a first tilt member having a first end and a second end; a second tilt member having a first end and a second end; a first spring connecting member that has a lower end connected to the spring and an upper end pivotally connected to the first end of the first tilt member; the second end of the first tilt member pivotally connected to the second end of the second tilt member, and; the first end of the second tilt member pivotally connected to a portion of a forward distal end 8 of the first leg extending from the lower portion of the frame of the backrest. a spring that is positioned to extend vertically within a column, the spring being compressible and extendable; a first tilt member having a first end and a second end; a second tilt member having a first end and a second end; a first spring connecting member that has a lower end connected to the spring and an upper end pivotally connected to the first end of the first tilt member; the second end of the first tilt member pivotally connected to the second end of the second tilt member, and; the first end of the second tilt member pivotally connected to a portion of a forward distal end 8 of the first leg extending from the lower portion of the frame of the backrest.
Method for separate installation and removal of a hydraulic piston-cylinder unit, which is used as an oscillation drive, in the oscillation exchange unit of an oscillation device, which is constructed as frame oscillation, of a continuous casting mould capable of oscillatory movement, characterised in that the installation and removal is carried out directly through a mounting opening provided in the oscillation exchange unit for the installation and removal, wherein the piston-cylinder unit for installation thereof is brought up to the oscillation exchange unit with the help of a movable mounting device (10, 20) with a supporting function and is pushed horizontally into the mounting opening, wherein the piston-cylinder unit comprises a cylinder plate and the piston-cylinder unit is secured by means of the cylinder plate to an inwardly projecting web of the receiving opening and for removal thereof is extracted from the mounting opening in a reverse procedure and removed from the oscillation exchange unit and wherein the cylinder plate for the mounting is lowered or raised on the inwardly projecting web.
A method for the production of a flexible membrane body provided of cables housed within sheaths and suitable to assume a given shape under load, starting from a substantially polygonal semi-finished product comprising a portion of given extension, provided with at least one pair of flexible sheets coupled to each other by means of an adhesive layer and at least one rowing of free fibres arranged between the respective said sheets along a given line of force; said method comprising a first step of supplying heat to said portion of given extension to actuate said adhesive layer and form one said sheath with an external portion of each said rowing; characterised in that said step of applying heat is performed in a static manner by laying said portion of given extension on open heating means and is preceded by a second step of covering said portion of given extension with an insulating and flexible coating body configured to provide a temperature difference, set by said heating means between external faces of said portion of given extension, between 5°C ÷ 10°C.
Interrupter unit comprising a vacuum switch tube and an insulating housing, wherein the insulating housing has an inner surface and the vacuum switch tube is bordered at least partially by an electrically insulating structure material, which has an outer surface, and the insulating housing at least partially surrounds the vacuum switch tube, wherein, in an operational state of the interrupter unit, the inner surface of the insulating housing and the outer surface of the vacuum switch tube are separated by an adhesion layer, characterized in that both the inner surface of the insulating housing and the outer surface of the vacuum switch tube are provided at least partially with an electrically conductive layer (14, 16) so that, in a boundary region between the vacuum switch tube and the insulating housing, the following layer sequence is produced in the radially outward direction from a switch axis: structure material of the vacuum switch tube, outer surface of the structure material, conductive layer at the outer surface of the structure material, adhesion layer, conductive layer at the insulating housing, inner surface of the insulating housing, volume material of the insulating housing.