mhurhangee/ep-ind-claims huggingface dataset:
Loading box body, of the bin type, comprising a front wall, a rear wall and two opposite lateral walls (13, 14) which delimit a top opening for loading it, the rear wall of the box body comprising or forming a rear door allowing the box body to be unloaded from the rear, the box body being equipped with a tarping/detarping device which comprises a tarpaulin attached to one of the two lateral walls, and a rolling/unrolling bar which is attached to the tarpaulin, the said rolling/unrolling bar being able to roll across the box body in one direction or the other between the two lateral walls (13, 14) of the box body between a first position in which the tarpaulin is rolled around the rolling/unrolling bar and a second position in which the tarpaulin is unrolled and covers the top opening of the box body, the tarping/detarping device comprising a drive means mechanically coupled to one end of the rolling/unrolling bar and allowing the rolling/unrolling bar to be made to rotate on itself in one direction of rotation or the other in order to roll up or unroll the tarpaulin, characterized in that the rolling/unrolling bar comprises a drive member at each of its two ends (21a, 21b) that are not covered by the tarpaulin, in that the tarping/detarping device comprises two drive rails (23, 24) which extend between the two lateral walls (13, 14) of the box body, in that the two drive rails (23, 24) are able to engage respectively with the two drive members of the rolling/unrolling bar so as to allow, during movement of the rolling/unrolling bar in one direction or the other between the first position and the second position, the rotation of the rolling/unrolling bar at each of the two ends (21a, 21b) of the rolling/unrolling bar to be converted into a combination of a rotational movement and of a translational movement of the rolling/unrolling bar, and in that at least one of the drive rails, positioned in the rear part of the box body, is retractable and can be moved between the tarping/detarping position in which it extends between the two lateral walls (13, 14) of the box body and a retracted position in which it does not extend between the two lateral walls (13, 14) of the box body.
A container comprising a lid arrangement comprising a first lid member and a second lid member, wherein said first lid member comprises a first lid part and a first guiding member connected to said first lid part and said second lid member comprises a second lid part and a second guiding member connected to said second lid part, said first and second lid parts (5, 6) are adapted to cover an opening of said container, said first and second guiding members (7, 8) are arranged to guide a waste into said container, said first lid member and said second lid member pivotally arranged in such a manner that said first lid part and said first guiding member of said first lid member and said second lid part and said second guiding member of said second lid member form a receiving receptacle for receiving said waste when said lid arrangement is in an opened position, wherein said first guiding member of said first lid member and said second guiding member of said second lid member are adapted to cover the opening of said container when said lid arrangement is in an opened position, wherein said first lid member further comprising a first panel member and a second panel member, and said second lid member further comprising a third panel member and a fourth panel member, characterized in that said first panel member and said third panel member are adapted to form a left sidewall of said receiving receptacle when said lid arrangement is in an opened position, and said second panel member and said fourth panel member are adapted to form a right sidewall of said receiving receptacle when said lid arrangement is in an opened position, said receiving receptacle has a top opening, a bottom formed by said first guiding member and said second guiding member, a front wall formed by said second lid part and an opposing back wall formed by said first lid part, whereby these four walls form a well-defined dropping area for waste.
A test method (200; 300) for the contactless testing of a capacitively operating measuring apparatus, wherein the measuring apparatus is a single-channel measuring apparatus and comprises: - a single channel (K.n) having a probe (3.n) which can be fed into a liquid container (5.n) of the respective channel (K.n), and - a measuring circuit, wherein during an infeed movement of the probe a signal (s(t), sd) is generated and is processed by the measuring circuit in order to enable the detection of a phase boundary between two media in the liquid container (5.n) of the respective channel (K.n), characterized in that it concerns a dry test method and the following steps are carried out for testing in the measuring apparatus: (a.) executing (201; 301) an infeed movement (Bn) of the probe (3.n) of a channel (K.n) without touching a liquid, thereby generating a signal (s(t), sd) on the probe (3.n); (b.) processing of the signal (s(t), sd) of the probe from this one channel (K.n) by the measuring circuit; (c.) providing a connection statement about the electrical connection between the moved probe (3.n) and the measuring circuit, based on the processing of the signal of the probe in step (b.). - a single channel (K.n) having a probe (3.n) which can be fed into a liquid container (5.n) of the respective channel (K.n), and - a measuring circuit, wherein during an infeed movement of the probe a signal (s(t), sd) is generated and is processed by the measuring circuit in order to enable the detection of a phase boundary between two media in the liquid container (5.n) of the respective channel (K.n), characterized in that it concerns a dry test method and the following steps are carried out for testing in the measuring apparatus: (a.) executing (201; 301) an infeed movement (Bn) of the probe (3.n) of a channel (K.n) without touching a liquid, thereby generating a signal (s(t), sd) on the probe (3.n); (b.) processing of the signal (s(t), sd) of the probe from this one channel (K.n) by the measuring circuit; (c.) providing a connection statement about the electrical connection between the moved probe (3.n) and the measuring circuit, based on the processing of the signal of the probe in step (b.). (a.) executing (201; 301) an infeed movement (Bn) of the probe (3.n) of a channel (K.n) without touching a liquid, thereby generating a signal (s(t), sd) on the probe (3.n); (b.) processing of the signal (s(t), sd) of the probe from this one channel (K.n) by the measuring circuit; (c.) providing a connection statement about the electrical connection between the moved probe (3.n) and the measuring circuit, based on the processing of the signal of the probe in step (b.).
Hub of a rolling bearing having a shank, the outer periphery of which is provided with at least one raceway (4 i, 4 e) allowing the rotation of said hub about an axis, the shank having at least one recess (22, 23), said bearing being characterised in that the recess (22, 23) has an annular geometry of revolution about the axis of rotation, the minimum distance between the wall of said recess and the outer periphery of the shank being greater than 10% of the diameter D of the bottom of the raceway (4 i, 4 e).
A method of driving an electronic device via an apparatus including an input means into which information is input by a touch, said input means comprising direction detection means for detecting a direction of an external force applied in a lateral direction, and a screen display means on which a pointer is displayed in response to the touch, the method comprising: when a drag starts from a point at which the touch is applied to the input means first, in an arbitrary drag direction, a first step of moving the pointer in the dragged direction; and a second step of stopping the movement of the pointer when the drag is stopped; characterized in that the method further comprises: a third step of additionally moving the pointer in a direction, which is directed from the point at which the touch is applied first to a point to which pressing pressure is applied, in response to pressing pressure detected by a pressure sensor, a tactile sensor or a rubber type switch for detecting the magnitude of an external force applied in a vertical direction, when the drag is stopped. when a drag starts from a point at which the touch is applied to the input means first, in an arbitrary drag direction, a first step of moving the pointer in the dragged direction; and a second step of stopping the movement of the pointer when the drag is stopped; characterized in that the method further comprises: a third step of additionally moving the pointer in a direction, which is directed from the point at which the touch is applied first to a point to which pressing pressure is applied, in response to pressing pressure detected by a pressure sensor, a tactile sensor or a rubber type switch for detecting the magnitude of an external force applied in a vertical direction, when the drag is stopped.
Connector assembly to be mounted through an opening in a panel, in particular for providing a connection between different harnesses of a vehicle, the assembly comprising: a connector housing; and a fixing element, wherein the fixing element is adapted to lock the connector housing to the panel when the connector housing is inserted into the opening in the panel and the fixing element is attached to the connector housing, and wherein the fixing element is adapted to be releasable attached to the connector housing characterized by that the connector housing comprises at least one overstress pad and wherein the fixing element comprises at least one guiding channel (17a, 17b), wherein the at least one overstress pad interacts with the guiding channel (17a, 17b) to limit movement of the fixing element during attachment and detachment of the fixing element to the connector housing. a connector housing; and a fixing element, wherein the fixing element is adapted to lock the connector housing to the panel when the connector housing is inserted into the opening in the panel and the fixing element is attached to the connector housing, and wherein the fixing element is adapted to be releasable attached to the connector housing characterized by that the connector housing comprises at least one overstress pad and wherein the fixing element comprises at least one guiding channel (17a, 17b), wherein the at least one overstress pad interacts with the guiding channel (17a, 17b) to limit movement of the fixing element during attachment and detachment of the fixing element to the connector housing.
A compressor comprising: a rotary shaft rotatably driven; a compressor main body configured to periodically compress and discharge a fluid using rotation of the rotary shaft; and a cover provided with a cover main body having a discharge space into which the fluid discharged from the compressor main body is introduced, and a plurality of reinforcing parts provided on at least one of an outer surface and an inner surface of the cover main body and extending along at least one of the outer surface and the inner surface thereof; an electric motor configured to rotatably drive the rotary shaft about an axis; and a housing having a cylindrical shape along the axis and accommodating the electric motor, the rotary shaft, and the compressor main body, wherein the cover is an upper cover configured to close one end of the housing, the compressor being characterized in that the cover main body has a polygonal pyramid shape having a top part protruding in the axial direction, and the plurality of reinforcing parts are oblique ridges of the cover main body. a rotary shaft rotatably driven; a compressor main body configured to periodically compress and discharge a fluid using rotation of the rotary shaft; and a cover provided with a cover main body having a discharge space into which the fluid discharged from the compressor main body is introduced, and a plurality of reinforcing parts provided on at least one of an outer surface and an inner surface of the cover main body and extending along at least one of the outer surface and the inner surface thereof; an electric motor configured to rotatably drive the rotary shaft about an axis; and a housing having a cylindrical shape along the axis and accommodating the electric motor, the rotary shaft, and the compressor main body, wherein the cover is an upper cover configured to close one end of the housing, the compressor being characterized in that the cover main body has a polygonal pyramid shape having a top part protruding in the axial direction, and the plurality of reinforcing parts are oblique ridges of the cover main body.
Power module for a system for converting a direct electric power into a three-pase electric power, said power module comprising a first and a second input (E1, E2), different one from the other, adapted to be directly connected to the direct inputs of said converting system, two switches arranged in series between said inputs (E1, E2), and a first output arranged between said two switches, said first output being adapted to be connected to an alternate output phase of said converting system, characterized in that said power module further comprises two diodes and two capacitors (Cs, Cov), and in that said two diodes are directly assembled in series, and are directly connected to the first input of said module and directly to a second output (Vrec) of said module, different from the first output of said module, said second output (Vrec) being adapted to be directly connected to an energy recovering module of said converting system.
A degreasing mixture for removing grease, oils, or similar hydrophobic components from surfaces of a substrate, wherein - the degreasing mixture contains more than 50 % by weight of a solvent-free silicate mixture as the main component, - the silicate mixture contains a granular phyllosilicate and a granular tectosilicate, wherein the silicate mixture comprises 40 % to 80 % by weight of the phyllosilicate and 20 % to 60 % by weight of the tectosilicate, - up to 90 % by weight of the granules contained in the silicate mixture has a particle size of less than 60 μm, wherein furthermore - the maximum grain size of the granular phyllosilicate is smaller than the maximum grain size of the tectosilicate, and wherein - the phyllosilicate has a maximum grain size of 25 μm to 65 μm and the tectosilicate has a maximum grain size of 55 μm to 85 μm. - the degreasing mixture contains more than 50 % by weight of a solvent-free silicate mixture as the main component, - the silicate mixture contains a granular phyllosilicate and a granular tectosilicate, wherein the silicate mixture comprises 40 % to 80 % by weight of the phyllosilicate and 20 % to 60 % by weight of the tectosilicate, - up to 90 % by weight of the granules contained in the silicate mixture has a particle size of less than 60 μm, wherein furthermore - the maximum grain size of the granular phyllosilicate is smaller than the maximum grain size of the tectosilicate, and wherein - the phyllosilicate has a maximum grain size of 25 μm to 65 μm and the tectosilicate has a maximum grain size of 55 μm to 85 μm.
A polyamide resin comprising a unit derived from ε-caprolactam and/or ε-aminocaproic acid (to also be referred to as "Unit 1"), a unit derived from adipic acid (to also be referred to as "Unit 2") and a unit derived from hexamethylenediamine (to also be referred to as "Unit 3"), wherein the concentration of terminal amino groups in the polyamide resin is greater than the concentration of terminal carboxyl groups in the polyamide resin, and the amount of Unit 1 is greater than 60% by weight to less than 80% by weight of the total amount of Unit 1, Unit 2 and Unit 3, and characterized in that the polyamide resin satisfies one or more of the following features and: the relative viscosity (ηr) of the polyamide resin measured in 96% by weight of sulfuric acid under conditions of a polyamide concentration of 1% by weight and temperature of 25°C is 3.4 or more; and the concentration of terminal carboxyl groups in the polyamide resin is 2.00 × 10 -5 eq/g to 3.00 × 10 -5 eq/g. the relative viscosity (ηr) of the polyamide resin measured in 96% by weight of sulfuric acid under conditions of a polyamide concentration of 1% by weight and temperature of 25°C is 3.4 or more; and the concentration of terminal carboxyl groups in the polyamide resin is 2.00 × 10 -5 eq/g to 3.00 × 10 -5 eq/g.
Epoxy resin composition comprising - a resin component which has at least one epoxy resin A of formula wherein the substituents R' and R" independently of one another represent either H or CH 3, and the index s represents a value of 0 to 1, preferably less than 0.2, and - a hardener component which has: - at least one amine hardener AH1 comprising a dehydrated reaction product of: - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula, wherein R 1 represents H or CH 3. - a resin component which has at least one epoxy resin A of formula wherein the substituents R' and R" independently of one another represent either H or CH 3, and the index s represents a value of 0 to 1, preferably less than 0.2, and - a hardener component which has: - at least one amine hardener AH1 comprising a dehydrated reaction product of: - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula, wherein R 1 represents H or CH 3. - at least one amine hardener AH1 comprising a dehydrated reaction product of: - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula, wherein R 1 represents H or CH 3. - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula, wherein R 1 represents H or CH 3.
A lamination apparatus for laminating at least one laminating film to a subject, comprising: an upper press comprising a gel plate, an upper vacuum chamber, and tooling suitable to apply the laminating film; a lower press suitable to maintain the subject to receive the laminating film, and comprising a lower vacuum chamber, an air bearing stage, and servo-positioned tooling; and an aligner that applies the servo-positioned tooling to maintain positional balance and alignment of the subject by the air bearing stage during the laminating while enabling vertical flexure of the lower press, wherein the positional balance and alignment are substantially and continuously monitored by a controller. an upper press comprising a gel plate, an upper vacuum chamber, and tooling suitable to apply the laminating film; a lower press suitable to maintain the subject to receive the laminating film, and comprising a lower vacuum chamber, an air bearing stage, and servo-positioned tooling; and an aligner that applies the servo-positioned tooling to maintain positional balance and alignment of the subject by the air bearing stage during the laminating while enabling vertical flexure of the lower press, wherein the positional balance and alignment are substantially and continuously monitored by a controller.
Method for producing a piezoelectric transformer, comprising the steps of: a) manufacturing a main body having an input region, in which electrodes and a first piezoelectric material are alternately stacked one on top of the other, and an output region which has a second piezoelectric material, b) polarizing the first piezoelectric material, c) fitting a removable contact to an output-side end side of the main body, which end side faces away from the input region, and applying a first electrical potential to the removable contact for polarizing the second piezoelectric material, wherein the removable contact has a flexible metal structure, wherein steps b) and c) are carried out in any desired order. a) manufacturing a main body having an input region, in which electrodes and a first piezoelectric material are alternately stacked one on top of the other, and an output region which has a second piezoelectric material, b) polarizing the first piezoelectric material, c) fitting a removable contact to an output-side end side of the main body, which end side faces away from the input region, and applying a first electrical potential to the removable contact for polarizing the second piezoelectric material, wherein the removable contact has a flexible metal structure,
A polyaxial bone anchoring device including an anchoring element having a shank for anchoring in the bone and a head, the head having a spherically-shaped outer surface portion (3 a); a receiving part configured to be pivotably connected to the head, the receiving part having a top end and a bottom end, a central axis extending through the top end and the bottom end, a transverse channel for receiving a rod and an accommodation space for accommodating the head, the accommodation space having a lower opening at the bottom end, a sleeve-like insert piece having a sleeve axis and configured to be positioned around a portion of the head in the accommodation space, the insert piece comprising a spherically-shaped outer surface portion; wherein the sleeve-like insert piece (5, 5') comprises at least a first part (510, 510') and a second part (520, 520') that are connected together through a guiding structure (51, 51') that permits the first part (510, 510') to move relative to the second part (520, 520') only in a direction transverse to the sleeve axis, characterized in that the accommodation space and its lower opening are sized such as to permit the head of the anchoring element to enter through the lower opening into the accommodation space between the first part (510, 510') and the second part (520, 520') of the sleeve-like insert piece (5, 5') arranged in the accommodation space, and in that the sleeve-like insert piece (5, 5') is configured to pivot in the receiving part, wherein when the head and the insert piece (5, 5') are arranged in the receiving part, the insert piece (5, 5') is tiltable with respect to the central axis of the receiving part.