mhurhangee/ep-ind-claims huggingface dataset:
A damper bearing comprising - a damper bearing housing, - a damping element based on at least one elastomer, the damping element being fitted into the damper bearing housing, the damping element comprising a basic body which has substantially the form of a hollow cylinder with an axis, an outer circumferential surface, an inner circumferential surface and, in the axial direction, two opposite end faces, and - an insert being form-fitted connected with the damping element by fitting the insert into a recess in the inner circumferential surface, wherein at least one of the end faces of the damping element has a profile, corresponding to the outer contour of a longitudinal section through the shortest distance between the outer and the inner circumferential surface of the damping element parallel to the axis, characterized in that the thickness at the circumference decreases in the axial direction away from the basic body, and in that the axial profile height of the end face increases from the inner circumferential surface towards the outer circumferential surface, and in that all peaks of the profile of the end face are located within an inward extent perpendicular to the outer circumferential surface of the basic body of the damping element of from 0% to 50%, relating to the thickness at the circumference at the profile base. - a damper bearing housing, - a damping element based on at least one elastomer, the damping element being fitted into the damper bearing housing, the damping element comprising a basic body which has substantially the form of a hollow cylinder with an axis, an outer circumferential surface, an inner circumferential surface and, in the axial direction, two opposite end faces, and - an insert being form-fitted connected with the damping element by fitting the insert into a recess in the inner circumferential surface, wherein at least one of the end faces of the damping element has a profile, corresponding to the outer contour of a longitudinal section through the shortest distance between the outer and the inner circumferential surface of the damping element parallel to the axis,
Thermoplastic composition comprising a) a linear thermoplastic polymer which is polyalkylene terephthalate, b) a mould-release agent, and also c) optionally further additives, wherein the mould-release agent comprises an ester of - a diglycerol, a triglycerol or a tetraglycerol or at least two thereof as alcohol components; and - at least one carboxylic acid or at least one derivative of a carboxylic acid or both, wherein the carboxylic acid or the derivative of a carboxylic acid has a number of carbon atoms in the range from 6 to 26. a) a linear thermoplastic polymer which is polyalkylene terephthalate, b) a mould-release agent, and also c) optionally further additives, - a diglycerol, a triglycerol or a tetraglycerol or at least two thereof as alcohol components; and - at least one carboxylic acid or at least one derivative of a carboxylic acid or both, wherein the carboxylic acid or the derivative of a carboxylic acid has a number of carbon atoms in the range from 6 to 26.
Machine for preparing coffee-based beverages starting from coffee beans (C1, C2, C3) comprising a hopper configured to contain said coffee beans (C1, C2, C3), a grinding member associated with said hopper to grind said coffee beans (C1, C2, C3) and obtain a coffee powder, brewing means configured to subject said coffee powder to brewing, hydraulic means configured to supply water to said brewing means, it also comprises identification means configured to automatically identify one or more actual characteristics of said coffee beans (C1, C2, C3) and to automatically associate with said one or more actual characteristics one or more functioning parameters for at least one of either said grinding member, said brewing means or said hydraulic means, characterized in that said identification means comprise at least one lighting device which is configured to illuminate the inside of said hopper and has at least two lighting elements (36, 37, 38, 39) which are configured to emit respective light beams that have a different wavelength with respect to each other, and an image acquisition device (32, 35) configured to acquire at least two images of said beans (C1, C2, C3) illuminated on each occasion by one of said at least two lighting elements (36, 37, 38, 39).
Apparatus for the transmission of signals from at least one housing opening of a housing which is at least partially metal with the aid of electromagnetic waves of at least a specific wave length, said apparatus comprising: - a cable gland arranged in the housing opening by means of which a cable to be guided can be fixed via a securing nut, - a transmission/reception unit arranged in the housing, designed to generate and receive the electromagnetic waves, - at least a primary antenna arranged in the housing for decoupling the electromagnetic waves generated by the transmission/reception unit and for coupling and transmitting the received electromagnetic waves to the transmission/reception unit, - a first secondary antenna designed to receive the electromagnetic waves decoupled by the primary antenna, wherein the first secondary antenna is arranged inside the housing, in the cable gland, in such a way that the first secondary antenna is oriented towards the interior of the housing, - a second secondary antenna designed to receive the electromagnetic waves emitted from the outside of the housing, wherein the second secondary antenna is arranged outside the housing, in the cable gland, in such a way that the second secondary antenna is oriented towards the outside of the housing, wherein a reflection point is arranged between the first and the second secondary antenna (7, 8) in such a way that a jump in impedance is produced between the first and the second secondary antenna (7, 8), wherein the reflection point is designed either as an abrupt change in the diameter of the first antenna to the diameter of the second secondary antenna (7, 8), or as a common, plate-shaped antenna base of the first and the second secondary antenna (7, 8), and wherein the cable gland is at least partially filled with a dielectric filling material in such a way that the first and the second secondary antenna (7, 8) are maintained inside the cable gland by the filling material. - a cable gland arranged in the housing opening by means of which a cable to be guided can be fixed via a securing nut, - a transmission/reception unit arranged in the housing, designed to generate and receive the electromagnetic waves, - at least a primary antenna arranged in the housing for decoupling the electromagnetic waves generated by the transmission/reception unit and for coupling and transmitting the received electromagnetic waves to the transmission/reception unit, - a first secondary antenna designed to receive the electromagnetic waves decoupled by the primary antenna, wherein the first secondary antenna is arranged inside the housing, in the cable gland, in such a way that the first secondary antenna is oriented towards the interior of the housing, - a second secondary antenna designed to receive the electromagnetic waves emitted from the outside of the housing, wherein the second secondary antenna is arranged outside the housing, in the cable gland, in such a way that the second secondary antenna is oriented towards the outside of the housing,
Clutch disc for connecting an engine and a transmission, containing a peripheral torque transmission element and a central torque transmission element, the peripheral torque transmission element comprising two annular friction linings (5, 6) and a plurality of paddles elastically deformable along substantially radial fold lines (12, 14, 16, 18), the paddles exerting on the friction linings (5, 6) an axial force which seeks to move the friction linings (5, 6) away from each other, characterized in that each paddle contains in addition at least one internal pressed stiffener (24, 25, 27, 31, 36) in an area facing the radially internal annular half portion (F3, F4) of the friction linings (5, 6), the form of the internal pressed stiffener being distinct from the form imparted by the radial fold lines of the paddle.
A device for varying the apparent value of a capacitance, said device being characterised in that it comprises: - a dipole of a known type, comprising an electronic hopping transport semiconductor material placed between a first electrode and a second electrode, said dipole being arranged in parallel with said capacitance, the dipole being made up of a glass substrate, a layer of a hydrogenated amorphous carbon nitride alloy constituting the semiconductor, and a layer of aluminium for each of the co-planar electrodes (17, 18); - a direct voltage generator connected electrically to the second electrode and to the first electrode of said dipole; - means for varying the voltage generated by the generator. - a dipole of a known type, comprising an electronic hopping transport semiconductor material placed between a first electrode and a second electrode, said dipole being arranged in parallel with said capacitance, the dipole being made up of a glass substrate, a layer of a hydrogenated amorphous carbon nitride alloy constituting the semiconductor, and a layer of aluminium for each of the co-planar electrodes (17, 18); - a direct voltage generator connected electrically to the second electrode and to the first electrode of said dipole; - means for varying the voltage generated by the generator.
A surgical system comprising: a first implant support and a second implant support, the implant supports (14, 14a) being engageable with bone fasteners fixable with vertebral tissue; a surgical distractor engageable with the implant supports (14, 14a); and a surgical retractor having a first member including a first blade, and further including a mating surface connectable with the first blade and a height controller, the height controller being connectable with the surgical distractor and configured to translate the first member relative to the surgical distractor, the surgical retractor further having a second member including a second blade and being movable relative to the first member such that the blades (1492, 1592) are movable to space tissue adjacent a spine. a first implant support and a second implant support, the implant supports (14, 14a) being engageable with bone fasteners fixable with vertebral tissue; a surgical distractor engageable with the implant supports (14, 14a); and a surgical retractor having a first member including a first blade, and further including a mating surface connectable with the first blade and a height controller, the height controller being connectable with the surgical distractor and configured to translate the first member relative to the surgical distractor, the surgical retractor further having a second member including a second blade and being movable relative to the first member such that the blades (1492, 1592) are movable to space tissue adjacent a spine.
A boarding system for a vehicle, which boarding system has a vehicle floor for an interior of the vehicle and a boarding aid, which boarding aid has a stepping surface for passengers of the vehicle to step on during boarding and deboarding, wherein the boarding system has a pivotably mounted tilting strip for bridging a height difference between the stepping surface and the vehicle floor, characterized in that the tilting strip has a first strip part and a second strip part pivotably coupled to the first strip part.
A device for continuously discharging pretreated biomass from higher to lower pressure, comprising: - a substantially cylindrical or conical vessel; - an orifice or valve at the bottom of the vessel through which pretreated biomass may be ejected, optionally into a pipeline; characterized in, that said vessel comprises - an opening to a high pressure region at the top connecting with a pressurized biomass pretreatment device; - a plurality of nozzles or jets situated along the sides of the vessel at a distance from the bottom corresponding to between 0 and 2 times the diameter of the vessel, through which water or liquid may be added, with two or more nozzles or jets projected into the center of the vessel at an angle downward of between 20 and 60 degrees. - a substantially cylindrical or conical vessel; - an orifice or valve at the bottom of the vessel through which pretreated biomass may be ejected, optionally into a pipeline; - an opening to a high pressure region at the top connecting with a pressurized biomass pretreatment device; - a plurality of nozzles or jets situated along the sides of the vessel at a distance from the bottom corresponding to between 0 and 2 times the diameter of the vessel, through which water or liquid may be added, with two or more nozzles or jets projected into the center of the vessel at an angle downward of between 20 and 60 degrees.
A motion sensor for transmitting a signal when movement of a windable element of the home automation closure device is detected, the motion sensor comprising a housing capable of fastening it outwardly to a loading bar positioned at a free end of the windable element; said housing comprising a length with a larger dimension in direction XX' forming the main axis of the motion sensor, a width in direction ZZ' parallel to the direction of motion A1 and a thickness YY'; and this housing comprising at least: - measuring and processing means positioned on the first printed circuit, - energy storage means, and - inertial conditional supply means, characterized in that the printed circuit extends along a main plane defined parallel to a plane containing axes with directions XX' and YY', and in that the energy storage means and/or the inertial conditional supply means are inserted, or is inserted, in an extension of the first printed circuit, and in that the energy storage means and/or the inertial conditional supply means are passed through, or is passed through, by said main plane of the printed circuit. - measuring and processing means positioned on the first printed circuit, - energy storage means, and - inertial conditional supply means,
Device, comprising a DIN rail, an intermediate member and at least one fixation bracket to be mounted within a cabinet or on a wall and to bear the DIN rail, which is connected with the fixation bracket by the intermediate member, wherein the intermediate member is a compensation bracket, which is connected at one section with the fixation bracket and at another section is connectable with the DIN rail, wherein the compensation bracket is movable and may be shifted relative to the fixation bracket without unlocking of a screw and/ or without disassembling of the device, characterized in that the compensation bracket has at least one flexible tongue, which is configured to be bent or moved to unlock the compensation bracket and the DIN rail and to shift the compensation bracket and/ or the DIN rail within and/ or relative to the fixation bracket, wherein the compensation bracket comprises at least one punch, which removably and/ or like a spring extends into a recess of the fixation bracket to lock the compensation bracket, wherein the tongue has two flaps, wherein the two flaps are arranged above each other, and are configured to be gripped by a tool to bend the tongue and to unlock the compensation bracket, and wherein the compensation bracket is configured to be unlocked to be shifted within the fixation bracket by the use of a flat screw driver or another means being able to engage the flaps without screwing. the compensation bracket has at least one flexible tongue, which is configured to be bent or moved to unlock the compensation bracket and the DIN rail and to shift the compensation bracket and/ or the DIN rail within and/ or relative to the fixation bracket, wherein the compensation bracket comprises at least one punch, which removably and/ or like a spring extends into a recess of the fixation bracket to lock the compensation bracket, wherein the tongue has two flaps, wherein the two flaps are arranged above each other, and are configured to be gripped by a tool to bend the tongue and to unlock the compensation bracket, and wherein the compensation bracket is configured to be unlocked to be shifted within the fixation bracket by the use of a flat screw driver or another means being able to engage the flaps without screwing.
Right crank arm assembly for a bicycle, comprising a right crank arm (5,5') having an elongated body and at least one front sprocket (10, 10', 10'', 15, 15') coupled with said crank arm (5,5') at at least one coupling portion of said at least one front sprocket (10, 10', 10'', 15, 15'), wherein said at least one coupling portion is provided with a respective hole for a respective coupling screw, said at least one front sprocket (10,10',10",15,15') comprising at least one front sprocket portion (55,65) which acts in contact with said crank arm (5,5') and which is structurally distinct from said at least one coupling portion, wherein said at least one front sprocket portion is defined in at least one front sprocket element (55,65) that extends radially canti-levered from a radially inner surface of said at least one front sprocket (10, 10', 10'', 15, 15'), characterised in that said at least one coupling portion is defined in at least one first coupling element that extends radially canti-levered from said radially inner surface in a different angular position to that of said at least one front sprocket element (55,65), wherein said at least one front sprocket (10,10',10'',15,15') comprises an additional arm provided with a hole for the passage of a screw intended to insert into an additional coupling hole, formed in an additional coupling portion provided on said elongated body.
A swing arm structure for a saddle riding vehicle comprising: a pivot section swingably supported by a vehicle body frame of the saddle riding vehicle; an arm section extending from the pivot section toward a rear side of a vehicle body of the saddle riding vehicle and configured to support an axle of a rear wheel (Wr) of the saddle riding vehicle at a rear section; characterised in that the swing arm structure further comprises a first reinforcement section formed of a carbon fiber reinforced resin in which carbon fibers are oriented uniformly in a vehicle body forward/rearward direction, wherein the first reinforcement section is installed on a lower surface of the arm section. a pivot section swingably supported by a vehicle body frame of the saddle riding vehicle; an arm section extending from the pivot section toward a rear side of a vehicle body of the saddle riding vehicle and configured to support an axle of a rear wheel (Wr) of the saddle riding vehicle at a rear section; characterised in that the swing arm structure further comprises a first reinforcement section formed of a carbon fiber reinforced resin in which carbon fibers are oriented uniformly in a vehicle body forward/rearward direction, wherein the first reinforcement section is installed on a lower surface of the arm section.
Method for operating a filter production machine in the tobacco processing industry comprising the following steps: - conveying a first wrapping material strip in a longitudinal axial conveying direction, - embossing the first wrapping material strip, the first wrapping material strip being conveyed at least intermittently and continuously during the embossing process so that an embossed structure is formed in at least certain portions in the conveying direction, and the embossed structure formed has grooves disposed in the longitudinal direction of the produced filter rods, - forming a strand of the tobacco processing industry and conveying the strand in a longitudinal axial direction, - wrapping the strand with the first wrapping material strip, and in particular the strand wrapped with the first wrapping material strip is wrapped with a second wrapping material strip, - cutting at least one filter rod from the strand, - detecting image data of the strand or the filter rod, in particular digitized data, and a quality and/or position of the embossed structure is determined on the basis of the image data and operation of the filter rod production machine is controlled or regulated on the basis of the quality and/or position of the embossed structure, and the image data comprises images along the circumferential direction of the strand or filter rod, and recording of the images along the circumferential direction is timed at a pre-definable first frequency. - conveying a first wrapping material strip in a longitudinal axial conveying direction, - embossing the first wrapping material strip, the first wrapping material strip being conveyed at least intermittently and continuously during the embossing process so that an embossed structure is formed in at least certain portions in the conveying direction, and the embossed structure formed has grooves disposed in the longitudinal direction of the produced filter rods, - forming a strand of the tobacco processing industry and conveying the strand in a longitudinal axial direction, - wrapping the strand with the first wrapping material strip, and in particular the strand wrapped with the first wrapping material strip is wrapped with a second wrapping material strip, - cutting at least one filter rod from the strand, - detecting image data of the strand or the filter rod, in particular digitized data, and a quality and/or position of the embossed structure is determined on the basis of the image data and operation of the filter rod production machine is controlled or regulated on the basis of the quality and/or position of the embossed structure, and the image data comprises images along the circumferential direction of the strand or filter rod, and recording of the images along the circumferential direction is timed at a pre-definable first frequency.