mhurhangee/ep-ind-claims huggingface dataset:
A lift truck equipped with stabilizer means for resting on the ground including a chassis, movable on wheels, on which a rotating platform is mounted and accommodates an operating arm; said chassis being provided, at the front as well as at the back, with stabilizer means including two pairs of two telescopically extensible arms, which have respective ends, opposite to those intended to rest on the ground, by means of stabilizer plates or feet, the arms being respectively hinged to the chassis in diametrically opposed positions with respect to the vertical median plane which contains the longitudinal axis of the truck; the two arms of each pair being arranged side by side at short distance from each other and acting in planes parallel to each other; said arms being also individually bound to the chassis by means of hydraulic cylinders which have the closed sides of their first sections hinged to the chassis and have the distal ends of their stems hinged to the first segments of the corresponding arms; control means being designed to control at least the return movements of each pair of said telescopically extensible arms to a folded, contracted configuration according to a predetermined sequence which provides that, for each single arm, full retraction of a respective second segment, telescopically coupled to the first segment, is carried out, at least for a predetermined portion of the final part of its return stroke, only after that the first segment of the other arm 5, belonging to the same said pair of arms, has reached a final folding position; characterized in that said predetermined portion of the final part of the return stroke of the single second segment is determined so that the distance between said plate or foot of the second segment of the single arm and the end of the first segment of the other arm of the same pair of arms is not negative, that is, such as to not generate interference between said plate or foot and said first segment, in each intermediate configuration taken by the first segment between the one of maximum extension and the one of minimum extension of the hydraulic cylinders.
A wireless communication apparatus for conducting wireless communications according to a time division duplex, TDD, system while taking into account deviations in a transmission circuit and a reception circuit of the wireless communication apparatus, the apparatus comprising: the transmission circuit (103-1,..., 103-N) for transferring a transmission signal to a plurality of antennas (101-1,..., 101-N); the plurality of antennas (101-1,..., 101-N) for transmitting the transmission signal, being an already known signal processed by the transmission circuit (103-1,..., 103-N), to another wireless communication apparatus, and for receiving a correction signal, which is generated at said another wireless communication apparatus using a channel estimation value estimated based on the already known signal, from said another wireless communication apparatus; the reception circuit (104-1,..., 104-N) for receiving the correction signal from the plurality of antennas and for transferring the correction signal to a channel estimation means; the channel estimation means for detecting channel information using the correction signal transferred through the reception circuit; and correction value detection means for detecting a correction value for correcting a deviation occurring between the transmission circuit and the reception circuit using the channel information from the channel estimation means. the transmission circuit (103-1,..., 103-N) for transferring a transmission signal to a plurality of antennas (101-1,..., 101-N); the plurality of antennas (101-1,..., 101-N) for transmitting the transmission signal, being an already known signal processed by the transmission circuit (103-1,..., 103-N), to another wireless communication apparatus, and for receiving a correction signal, which is generated at said another wireless communication apparatus using a channel estimation value estimated based on the already known signal, from said another wireless communication apparatus; the reception circuit (104-1,..., 104-N) for receiving the correction signal from the plurality of antennas and for transferring the correction signal to a channel estimation means; the channel estimation means for detecting channel information using the correction signal transferred through the reception circuit; and correction value detection means for detecting a correction value for correcting a deviation occurring between the transmission circuit and the reception circuit using the channel information from the channel estimation means.
A laser treatment system to be used in a laser treatment procedure with laser radiation as a treatment radiation, wherein the laser treatment system is configured for supplying the treatment radiation to a target area of a treatment site and comprises at least one system part of the group consisting of an optical laser delivery fiber, a cladding or buffer of the laser delivery fiber, and an introducer, characterized in that the system part is provided with a phosphorescent material not intended to be sacrificed and configured to provide an indication of a condition at non-target areas while the laser treatment procedure is being performed, said indication being a light emission by the phosphorescent material that is distinguishable from said treatment radiation and is caused by excess capture of treatment radiation.
An apparatus for bending a composite tube, the apparatus comprising: a bending device an induction coil that includes multiple turns and the turn-to-turn spacing changes at least once along the length of the induction coil; a heating element (22, 26) positioned near the induction coil; and wherein the induction coil is configured to cause the heating element (22, 26) to increase in temperature. a bending device an induction coil that includes multiple turns and the turn-to-turn spacing changes at least once along the length of the induction coil; a heating element (22, 26) positioned near the induction coil; and wherein the induction coil is configured to cause the heating element (22, 26) to increase in temperature.
A method for moving wrap material for agricultural crop packages within a baler with a wrap roller and a motor configured to rotate the wrap roller, the method comprising: causing the motor to rotate the wrap roller in a first direction, such that the wrap roller moves the wrap material towards a crop package contained by the baler; and during application of the wrap material to the crop package, causing the motor to one or more of brake the wrap roller relative to the first roller direction and rotate the wrap roller in a second direction that is opposite the first direction, in order to stretch the wrap material, characterized in further comprising: causing the motor to one or more of brake the wrap roller relative to the first roller direction and rotate the wrap roller in the second direction, in order to sever the wrap material without using a knife.
A composite material, comprising: a metal foam and a polymer component, wherein the metal foam is in the form of a film and has a thickness of 10 μm or more and 500 μm or less, wherein the polymer component is present on the surface of the metal foam or in the interior of the metal foam, wherein the polymer component forms a surface layer on the surface of the metal foam, wherein the ratio (T/MT) of the total thickness to the thickness of the metal foam is 2 or less, and wherein the thermal conductivity with respect to the thickness direction of the composite material according to the below Equation 1 is 2 W/mk or more: TC = A × B × C A is the thermal diffusivity of the composite material, B is specific heat of the composite material and C is a density of the composite material, wherein the thermal diffusivity is measured by laser flash method, specific heat is measured by differential scanning calorimeter DSC, and density is measured by Archimedes method. a metal foam and a polymer component, wherein the metal foam is in the form of a film and has a thickness of 10 μm or more and 500 μm or less, wherein the polymer component is present on the surface of the metal foam or in the interior of the metal foam, wherein the polymer component forms a surface layer on the surface of the metal foam, wherein the ratio (T/MT) of the total thickness to the thickness of the metal foam is 2 or less, and wherein the thermal conductivity with respect to the thickness direction of the composite material according to the below Equation 1 is 2 W/mk or more: TC = A × B × C
Reciprocating piston engine having a steplessy adjustable delivery volume, comprising a piston, a divided connecting rod arrangement which engages thereon and which has a lower and an upper connecting rod (2, 3) and a link, wherein the upper connecting rod engages on a crosshead of the piston and on the link, the lower connecting rod connects the link to a crank pin of a crankshaft and the link has at the end thereof opposite the connecting rods (2, 3) a bearing which cooperates with an adjustment mechanism, characterised in that the reciprocating piston engine is a compressor which has first and second compression chambers (6, 7) which are separated by the piston and the bearing can be adjusted by means of the adjustment mechanism between a position of maximum nominal stroke (H max) and a reduced stroke (H min) on at least one portion of a predetermined isoline of the constant crosshead central position.
A device comprising: at least two spring element areas, wherein each spring element area includes: a first body portion; a second body portion, wherein the first body portion and the second body portion, at least in part, define a base orientation of the device and wherein an open space is defined between the first body portion and the second body portion; and a first spring member removably secured to and engaged with respect to at least one of the first body portion or the second body portion, wherein when a force is applied to at least one of the first body portion or the second body portion so as to change the device out of the base orientation, the at least one of the first body portion or the second body portion pivots with respect to the first spring member, and the first spring member exerts a force that urges the device toward the base orientation, wherein the first spring member includes a polymeric element that stretches under a tensile force, wherein the first body portion and the second body portion are formed as a unitary one-piece construction. at least two spring element areas, wherein each spring element area includes: a first body portion; a second body portion, wherein the first body portion and the second body portion, at least in part, define a base orientation of the device and wherein an open space is defined between the first body portion and the second body portion; and a first spring member removably secured to and engaged with respect to at least one of the first body portion or the second body portion, wherein when a force is applied to at least one of the first body portion or the second body portion so as to change the device out of the base orientation, the at least one of the first body portion or the second body portion pivots with respect to the first spring member, and the first spring member exerts a force that urges the device toward the base orientation, wherein the first spring member includes a polymeric element that stretches under a tensile force, wherein the first body portion and the second body portion are formed as a unitary one-piece construction. a first body portion; a second body portion, wherein the first body portion and the second body portion, at least in part, define a base orientation of the device and wherein an open space is defined between the first body portion and the second body portion; and a first spring member removably secured to and engaged with respect to at least one of the first body portion or the second body portion, wherein when a force is applied to at least one of the first body portion or the second body portion so as to change the device out of the base orientation, the at least one of the first body portion or the second body portion pivots with respect to the first spring member, and the first spring member exerts a force that urges the device toward the base orientation, wherein the first spring member includes a polymeric element that stretches under a tensile force, wherein the first body portion and the second body portion are formed as a unitary one-piece construction.
An inserter for an implant comprising: an elongated, substantially rigid shaft having a proximal surface which is capable of receiving a driving force; a substantially rigid tip portion having a distal end and a proximal end, and at least the distal end being capable of being placed within an implant; and a compliant region disposed between the tip portion and the shaft which requires less lateral force to bend than the tip portion; characterised in that: the compliant region includes a bellows-type structure. an elongated, substantially rigid shaft having a proximal surface which is capable of receiving a driving force; a substantially rigid tip portion having a distal end and a proximal end, and at least the distal end being capable of being placed within an implant; and a compliant region disposed between the tip portion and the shaft which requires less lateral force to bend than the tip portion; characterised in that: the compliant region includes a bellows-type structure.
A drying method for drying a coated film containing a first solvent while the coated film is conveyed, wherein the drying method comprises: a first drying step of drying the coated film up to a drying point; and a second drying step characterized in that said second drying step is a drying step of forming, in a drying chamber at a post stage of the first drying step, a vapor atmosphere of a second solvent having a lower boiling point than the first solvent and drying the coated film such that a temperature of the coated film in an inlet port of the drying chamber is made to be lower by a predetermined temperature difference than a temperature of the vapor atmosphere, wherein the drying point is a critical point at which the constant drying rate period transits to a falling drying rate period and the solid content ratio becomes 70% to 90%, the solid content ratio being determined by weight measurements according to the relationship solid content ratio % = solid content / volatile content + solid content × 100. a first drying step of drying the coated film up to a drying point; and a second drying step characterized in that said second drying step is a drying step of forming, in a drying chamber at a post stage of the first drying step, a vapor atmosphere of a second solvent having a lower boiling point than the first solvent and drying the coated film such that a temperature of the coated film in an inlet port of the drying chamber is made to be lower by a predetermined temperature difference than a temperature of the vapor atmosphere, wherein the drying point is a critical point at which the constant drying rate period transits to a falling drying rate period and the solid content ratio becomes 70% to 90%, the solid content ratio being determined by weight measurements according to the relationship solid content ratio % = solid content / volatile content + solid content × 100.
A method (100, 200) for providing a code pattern which is readable by a sensor, comprising: defining a plurality of coding positions as a subset of positions in a two-dimensional matrix; including in said subset a plurality of positions which are diagonally adjacent to each other; selectively creating coding marks, such as coding dots, at the coding positions; logically grouping a predefined number of coding positions in one or more coding fields; characterized in that the predefined number of coding positions in each coding field is p -1, wherein p is a prime number or an irreducible polynomial that represents the base of a Galois field GF(p n), and wherein n is an integer that represents the number of coding fields in the matrix. defining a plurality of coding positions as a subset of positions in a two-dimensional matrix; including in said subset a plurality of positions which are diagonally adjacent to each other; selectively creating coding marks, such as coding dots, at the coding positions; logically grouping a predefined number of coding positions in one or more coding fields; characterized in that the predefined number of coding positions in each coding field is p -1, wherein p is a prime number or an irreducible polynomial that represents the base of a Galois field GF(p n), and wherein n is an integer that represents the number of coding fields in the matrix.
A rotary oscillator for a timepiece comprising: - a support element intended to allow the assembly of the oscillator on a timepiece, - a balance, - a plurality of flexible blades connecting the support element to the balance and able to exert a return torque on the balance, - a felloe mounted secured to the balance, the plurality of flexible blades including at least two flexible blades whose first blade disposed in a first plane perpendicular to the plane of the oscillator, and a second blade disposed in a second plane perpendicular to the plane of the oscillator and intersecting with the plane, the first and second blades being of identical geometry, and characterized in that the geometrical axis of oscillation of the oscillator is defined by the intersection of the first plane and second plane, said geometrical axis of oscillation crossing the first and second blades at the 7/8 th of their respective length. - a support element intended to allow the assembly of the oscillator on a timepiece, - a balance, - a plurality of flexible blades connecting the support element to the balance and able to exert a return torque on the balance, - a felloe mounted secured to the balance,
An assembly for purification of exhaust gases, the assembly comprising: - an upstream conduit in which is housed a first unit for purification of exhaust gases; - a downstream conduit in which is housed a second unit for purification of exhaust gases, the upstream conduit and the downstream conduit being positioned parallel to each other; - a space having an exhaust gas inlet communicating with the downstream conduit and an exhaust gas outlet communicating with the downstream conduit, a middle line dividing said inlet into first and second areas (37, 39) providing a same passage section to the exhaust gases; characterized in that the assembly comprises a baffle arranged in the space facing the inlet, the baffle in an orthogonal projection on the inlet, covering at least 75% of the first area and covering less than 25% of the second area, the baffle and the space being laid out so that a portion of the exhaust gases penetrating through the first area of the inlet flows into the space following flow lines forming a cusp around the baffle, the exhaust gases penetrating through the first area of the inlet first flowing along a first face of the baffle turned towards the inlet, as far as a free end of the baffle consisting in a cusp, and then flow in the opposite direction along a second face of the baffle located opposite to the inlet. - an upstream conduit in which is housed a first unit for purification of exhaust gases; - a downstream conduit in which is housed a second unit for purification of exhaust gases, the upstream conduit and the downstream conduit being positioned parallel to each other; - a space having an exhaust gas inlet communicating with the downstream conduit and an exhaust gas outlet communicating with the downstream conduit, a middle line dividing said inlet into first and second areas (37, 39) providing a same passage section to the exhaust gases;
Method for preparing saturated C n - and C 2n -alcohols where n = 5 comprising the method steps of a) providing a mixture of isomeric C n -aldehydes where n = 5, wherein the proportion of unbranched aldehydes is at least 20% by weight, based on the C n -aldehydes provided where n = 5, b) carrying out a distillation for the at least partial separation of the isomeric C n -aldehydes where n = 5 into a first stream having a higher proportion of linear aldehydes than the mixture provided in a) and into a second stream having a higher proportion of branched aldehydes than the mixture provided in a), c) carrying out an aldol condensation of the aldehydes present in the first stream having a higher proportion of linear aldehydes than the mixture provided in a) to obtain a mixture of C n and α,β-unsaturated C 2n -aldehydes, d) mixing the mixture of C n and α,β-unsaturated C 2n -aldehydes obtained in c) with the second stream provided in b) having a higher proportion of branched C n aldehydes where n = 5 than the mixture provided in a) e) hydrogenating the mixture of C n and α,β-unsaturated C 2n -aldehydes and C n aldehydes where n = 5 obtained in d) with hydrogen to obtain a mixture of saturated C n and C 2n -alcohols and f) separating the mixture of C n and C 2n -alcohols. a) providing a mixture of isomeric C n -aldehydes where n = 5, wherein the proportion of unbranched aldehydes is at least 20% by weight, based on the C n -aldehydes provided where n = 5, b) carrying out a distillation for the at least partial separation of the isomeric C n -aldehydes where n = 5 into a first stream having a higher proportion of linear aldehydes than the mixture provided in a) and into a second stream having a higher proportion of branched aldehydes than the mixture provided in a), c) carrying out an aldol condensation of the aldehydes present in the first stream having a higher proportion of linear aldehydes than the mixture provided in a) to obtain a mixture of C n and α,β-unsaturated C 2n -aldehydes, d) mixing the mixture of C n and α,β-unsaturated C 2n -aldehydes obtained in c) with the second stream provided in b) having a higher proportion of branched C n aldehydes where n = 5 than the mixture provided in a) e) hydrogenating the mixture of C n and α,β-unsaturated C 2n -aldehydes and C n aldehydes where n = 5 obtained in d) with hydrogen to obtain a mixture of saturated C n and C 2n -alcohols and f) separating the mixture of C n and C 2n -alcohols.