mhurhangee/ep-ind-claims huggingface dataset:
A bicycle trainer, comprising: a frame that can support a bicycle in a generally stationary position while a user exerts a pedaling effort to rotate a driven wheel of the bicycle during a training session; a resistance unit that is supported by the frame and that cooperates with the driven wheel of the bicycle so as to resist the pedaling effort of the user, the resistance unit (48, 500) being movable toward the driven wheel for tightening the resistance unit (48, 500) so as to apply a pressure from the resistance unit (48, 500) to the driven wheel and away from the driven wheel for loosening the resistance unit (48, 500) so as to release the pressure from the driven wheel; and a clutched adjuster defining a driving engagement with the resistance unit (48, 500) for moving the resistance unit (48, 500) with respect to the driven wheel, the clutched adjuster being manipulatable by a user in a tightening direction to move the resistance unit (48, 500) to a maximum tightened position corresponding to a maximum pressure between the resistance unit (48, 500) and the driven wheel, characterized in that beyond the maximum tightened position, further manipulation of the clutched adjuster in the tightening direction releases the driving engagement of the clutched adjuster with the resistance unit (48, 500). a frame that can support a bicycle in a generally stationary position while a user exerts a pedaling effort to rotate a driven wheel of the bicycle during a training session; a resistance unit that is supported by the frame and that cooperates with the driven wheel of the bicycle so as to resist the pedaling effort of the user, the resistance unit (48, 500) being movable toward the driven wheel for tightening the resistance unit (48, 500) so as to apply a pressure from the resistance unit (48, 500) to the driven wheel and away from the driven wheel for loosening the resistance unit (48, 500) so as to release the pressure from the driven wheel; and a clutched adjuster defining a driving engagement with the resistance unit (48, 500) for moving the resistance unit (48, 500) with respect to the driven wheel, the clutched adjuster being manipulatable by a user in a tightening direction to move the resistance unit (48, 500) to a maximum tightened position corresponding to a maximum pressure between the resistance unit (48, 500) and the driven wheel, characterized in that beyond the maximum tightened position, further manipulation of the clutched adjuster in the tightening direction releases the driving engagement of the clutched adjuster with the resistance unit (48, 500).
Antenna for wireless radio communication (20, 24), comprising a coil core, said coil core extending along a longitudinal direction and comprising and carrying a number of turns, and a planar first shield made of a ferrimagnetic and/or ferromagnetic material and arranged on the end face of the coil core, which is angled relative to the longitudinal direction of the coil core, wherein the antenna furthermore comprises a first layer of a material having a magnetic permeability of μ r smaller than 100, which is arranged on the bottom side of the first shield facing the coil core, and wherein the material of the first shield has a magnetic permeability of μ r greater than 200.
A gas turbine engine, comprising: a compressor section having at least one compressor rotor stage; a turbine section having at least one turbine rotor stage, wherein the compressor rotor stage and the turbine rotor stage are in rotational communication with each other; and a unitary structure formed as single structure that includes an outer case portion, a combustor section, a turbine nozzle, and an exhaust duct, the unitary structure configured for attachment with the turbine section and the compressor section, characterised in that: the unitary structure further comprises an augmentor disposed within the exhaust duct; and the engine further comprises a fuel conduit system configured to collect fuel used as either a lubricant, or a coolant, or both within the gas turbine engine, and supply the aforesaid fuel to the augmentor. a compressor section having at least one compressor rotor stage; a turbine section having at least one turbine rotor stage, wherein the compressor rotor stage and the turbine rotor stage are in rotational communication with each other; and a unitary structure formed as single structure that includes an outer case portion, a combustor section, a turbine nozzle, and an exhaust duct, the unitary structure configured for attachment with the turbine section and the compressor section, characterised in that: the unitary structure further comprises an augmentor disposed within the exhaust duct; and the engine further comprises a fuel conduit system configured to collect fuel used as either a lubricant, or a coolant, or both within the gas turbine engine, and supply the aforesaid fuel to the augmentor. the unitary structure further comprises an augmentor disposed within the exhaust duct; and the engine further comprises a fuel conduit system configured to collect fuel used as either a lubricant, or a coolant, or both within the gas turbine engine, and supply the aforesaid fuel to the augmentor.
A system, comprising: a body diode conduction sensor configured for coupling to a switching element (Q 1), the sensor comprising: first (RDN 1) and second (RDN 2) resistive voltage divider networks coupled to a voltage source; a diode (D is) coupled to the switching element (Q 1) and to the first resistive voltage divider network (RDN 1), wherein the diode (D is) is conductive at times corresponding to body diode conduction of the switching element (Q 1) decreasing the DC average voltage at the output node of the first resistive voltage divider network (RDN 1); and an output for a differential output voltage coupled to the first (RDN 1) and second (RDN 2) resistive voltage divider networks having an output signal corresponding to a time of the body diode conduction of the switching element (Q 1). first (RDN 1) and second (RDN 2) resistive voltage divider networks coupled to a voltage source; a diode (D is) coupled to the switching element (Q 1) and to the first resistive voltage divider network (RDN 1), wherein the diode (D is) is conductive at times corresponding to body diode conduction of the switching element (Q 1) decreasing the DC average voltage at the output node of the first resistive voltage divider network (RDN 1); and an output for a differential output voltage coupled to the first (RDN 1) and second (RDN 2) resistive voltage divider networks having an output signal corresponding to a time of the body diode conduction of the switching element (Q 1).
A cigarette inspection apparatus comprising: a camera for acquiring, as an inspection image, an image of a filter-side end face of a bundle of filter-tipped cigarettes, the bundle including multiple tiers of filter-tipped cigarettes arranged side by side with axes of the filter-tipped cigarettes within the bundle being parallel relative to each other, an optical axis of said camera being directed in an axial direction of the cigarettes, and an image processing device for receiving and analyzing the inspection image to inspect the cigarettes within the bundle for axial displacement, the image processing device including a determination section (34, 35, 36, 37, 38) configured to obtain, in the inspection image, apparent diameters of the individual cigarettes arranged side by side within the bundle and compare the obtained apparent diameters of the cigarettes with normal diameters associated with the respective cigarettes in the inspection image, the normal diameters being determined beforehand in accordance with respective locations of the cigarettes in the bundle, to determine whether or not any one of the cigarettes arranged side by side within the bundle is protruding from the filter-side end face of the bundle. a camera for acquiring, as an inspection image, an image of a filter-side end face of a bundle of filter-tipped cigarettes, the bundle including multiple tiers of filter-tipped cigarettes arranged side by side with axes of the filter-tipped cigarettes within the bundle being parallel relative to each other, an optical axis of said camera being directed in an axial direction of the cigarettes, and an image processing device for receiving and analyzing the inspection image to inspect the cigarettes within the bundle for axial displacement, the image processing device including a determination section (34, 35, 36, 37, 38) configured to obtain, in the inspection image, apparent diameters of the individual cigarettes arranged side by side within the bundle and compare the obtained apparent diameters of the cigarettes with normal diameters associated with the respective cigarettes in the inspection image, the normal diameters being determined beforehand in accordance with respective locations of the cigarettes in the bundle, to determine whether or not any one of the cigarettes arranged side by side within the bundle is protruding from the filter-side end face of the bundle.
Motor vehicle bodywork panel, comprising: - a main body, - a wall made of plastic material that is transparent to visible light, comprising a face intended to be visible from the outside of the vehicle, and - a coating that is transparent to visible light covering at least the face of the wall that is transparent to visible light intended to be visible from the outside of the vehicle, the wall being encapsulated in a sealed manner between the main body and the coating that is transparent to visible light, characterized in that the main body covers all the faces (14, 16) of the wall transparent to visible light with the exception of the face covered by the coating transparent to visible light. - a main body, - a wall made of plastic material that is transparent to visible light, comprising a face intended to be visible from the outside of the vehicle, and - a coating that is transparent to visible light covering at least the face of the wall that is transparent to visible light intended to be visible from the outside of the vehicle, the wall being encapsulated in a sealed manner between the main body and the coating that is transparent to visible light, characterized in that the main body covers all the faces (14, 16) of the wall transparent to visible light with the exception of the face covered by the coating transparent to visible light. the wall being encapsulated in a sealed manner between the main body and the coating that is transparent to visible light, characterized in that the main body covers all the faces (14, 16) of the wall transparent to visible light with the exception of the face covered by the coating transparent to visible light.
A coating composition comprising: (a) an isocyanate-reactive component comprising: at least one polyaspartic ester, and optionally a polyetheraspartic ester; (b) an isocyanate component comprising: at least one isocyanate prepolymer having an isocyanate group equivalent of 300 to 1100, and at least one isocyanate oligomer containing not less than two isocyanate groups, the weight ratio of the isocyanate prepolymer to the isocyanate oligomer being from 1:4 to 4:1; (c) a catalyst; and (d) optionally an additive; wherein the coating composition has a molar ratio of isocyanate groups to isocyanate-reactive groups of 1.5:1 to 8:1. (a) an isocyanate-reactive component comprising: at least one polyaspartic ester, and optionally a polyetheraspartic ester; at least one polyaspartic ester, and optionally a polyetheraspartic ester; (b) an isocyanate component comprising: at least one isocyanate prepolymer having an isocyanate group equivalent of 300 to 1100, and at least one isocyanate oligomer containing not less than two isocyanate groups, the weight ratio of the isocyanate prepolymer to the isocyanate oligomer being from 1:4 to 4:1; at least one isocyanate prepolymer having an isocyanate group equivalent of 300 to 1100, and at least one isocyanate oligomer containing not less than two isocyanate groups, the weight ratio of the isocyanate prepolymer to the isocyanate oligomer being from 1:4 to 4:1; (c) a catalyst; and (d) optionally an additive;
Tap connector comprising a first coupling portion adapted to couple the tap connector with a tap and a second coupling portion forming a fluid outlet, said second coupling portion being adapted to receive a hose connector, wherein a sealing element is provided within the first coupling portion in order to obtain a liquid-tight connection between the tap connector and a tap, whereby the sealing element comprises a sealing area (7.1) and a fluid passage area (7.2) including one or more bars (7.3), said bars (7.3) segmenting said fluid passage area (7.2) in order to provide a focussed liquid stream at the fluid outlet, characterized in that said sealing element is an integrally-formed sealing element being an injection-moulded or a punched element.
Gear comprising an input shaft and an output shaft, the gear further comprising the following elements: - an outer wheel (2', 2"), an inner wheel (6', 6") which is positioned concentrically in relation to the outer wheel (2', 2") and a traction means (308', 308") extending between the outer wheel (2', 2") and the inner wheel (6', 6"), and - at least one revolving transmitter (283', 284', 285', 287', 285", 287", 288', 291') which lifts the traction means (308', 308")from the outer periphery of the inner wheel (6', 6") and pushes it onto the inner periphery of the outer wheel (2', 2"), wherein the traction means (308', 308")is a multilayer pin ring (308', 308"), the multilayer pin ring (308', 308")comprising an outer ring and a reception ring which is fixed to the outer ring, the reception ring being arranged radially inwards to the outer ring, wherein the reception ring comprises round openings which are adapted to take up pins, wherein the round openings of the reception ring form an insertion slit on an inner side of the reception ring. - an outer wheel (2', 2"), an inner wheel (6', 6") which is positioned concentrically in relation to the outer wheel (2', 2") and a traction means (308', 308") extending between the outer wheel (2', 2") and the inner wheel (6', 6"), and - at least one revolving transmitter (283', 284', 285', 287', 285", 287", 288', 291') which lifts the traction means (308', 308")from the outer periphery of the inner wheel (6', 6") and pushes it onto the inner periphery of the outer wheel (2', 2"), wherein the traction means (308', 308")is a multilayer pin ring (308', 308"), the multilayer pin ring (308', 308")comprising an outer ring and a reception ring which is fixed to the outer ring, the reception ring being arranged radially inwards to the outer ring, wherein the reception ring comprises round openings which are adapted to take up pins, wherein the round openings of the reception ring form an insertion slit on an inner side of the reception ring.
A method for automatically tuning an agricultural combine, comprising steps of: a. receiving a signal from an operator of the agricultural combine indicating that current operation of the agricultural combine operation is acceptable; b. determining current performance parameters of the agricultural combine after the step of receiving; c. calculating a performance parameter error limit for each of the current performance parameters determined in the immediately previous step; d. again determining current performance parameters; e. comparing the again determined current performance parameters with the performance parameter error limits to thereby determine whether one or more of the again determined current performance parameters falls outside its associated performance parameter error limit; and f. if at least one of the again determined current performance parameters falls outside its associated performance parameter error limit as determined in the previous step, then calculating changes to machine settings of the agricultural combine that will bring the at least one of the again determined current performance parameters back within its associated performance parameter error limit. a. receiving a signal from an operator of the agricultural combine indicating that current operation of the agricultural combine operation is acceptable; b. determining current performance parameters of the agricultural combine after the step of receiving; c. calculating a performance parameter error limit for each of the current performance parameters determined in the immediately previous step; d. again determining current performance parameters; e. comparing the again determined current performance parameters with the performance parameter error limits to thereby determine whether one or more of the again determined current performance parameters falls outside its associated performance parameter error limit; and f. if at least one of the again determined current performance parameters falls outside its associated performance parameter error limit as determined in the previous step, then calculating changes to machine settings of the agricultural combine that will bring the at least one of the again determined current performance parameters back within its associated performance parameter error limit.
A pair of dental gutters intended to be laid out on the dental arches of the lower and upper jaws of a subject, defining a median plane, comprising: - two side pivots on each gutter, and - two substantially rigid linkages (20, 20') provided in vestibular position and laterally connecting a pivot of a gutter to a pivot of the other gutter, respectively, characterized in that - the pivots are perpendicular to the median plane on each gutter - each linkage (20, 20') is made of a central part defining an axis and two end legs defining each one a plane (P1, P2), the two planes (P1, P2) defined by the end legs are separate and parallel to the plane, the axis of the central part intersecting these two planes (P1, P2) under a non zero angle. - two side pivots on each gutter, and - two substantially rigid linkages (20, 20') provided in vestibular position and laterally connecting a pivot of a gutter to a pivot of the other gutter, respectively, - the pivots are perpendicular to the median plane on each gutter - each linkage (20, 20') is made of a central part defining an axis and two end legs defining each one a plane (P1, P2), the two planes (P1, P2) defined by the end legs are separate and parallel to the plane, the axis of the central part intersecting these two planes (P1, P2) under a non zero angle.
A device to promote rapid strut coverage and vascular endothelial coverage, the device comprising: a) an eluting medical device; and b) at least one gene silencer (siRNA) - wherein the eluting medical device is coated or filled in with at least one gene silencer; - wherein the gene silencer is selected from myosin heavy chain 11 -siRNA, calponin 1 -siRNA, leiomodin 1 (LMOD)-siRNA, smoothelin (SMTN)-siRNA, tropomyosin -siRNA, caldesmon 1 (CALD)-siRNA, actinin (ACTN)-siRNA, actin alpha (ACTA)-siRNA, and actin beta (ACTB)-siRNA; - wherein the gene silencer is delivered locally in the blood vessel to enter the vessel wall and vascular smooth muscle cells (VSMC) for the selective inhibition of the VSMC hyperproliferation without inhibiting endothelial cells proliferation. a) an eluting medical device; and b) at least one gene silencer (siRNA) - wherein the eluting medical device is coated or filled in with at least one gene silencer; - wherein the gene silencer is selected from myosin heavy chain 11 -siRNA, calponin 1 -siRNA, leiomodin 1 (LMOD)-siRNA, smoothelin (SMTN)-siRNA, tropomyosin -siRNA, caldesmon 1 (CALD)-siRNA, actinin (ACTN)-siRNA, actin alpha (ACTA)-siRNA, and actin beta (ACTB)-siRNA; - wherein the gene silencer is delivered locally in the blood vessel to enter the vessel wall and vascular smooth muscle cells (VSMC) for the selective inhibition of the VSMC hyperproliferation without inhibiting endothelial cells proliferation. - wherein the eluting medical device is coated or filled in with at least one gene silencer; - wherein the gene silencer is selected from myosin heavy chain 11 -siRNA, calponin 1 -siRNA, leiomodin 1 (LMOD)-siRNA, smoothelin (SMTN)-siRNA, tropomyosin -siRNA, caldesmon 1 (CALD)-siRNA, actinin (ACTN)-siRNA, actin alpha (ACTA)-siRNA, and actin beta (ACTB)-siRNA; - wherein the gene silencer is delivered locally in the blood vessel to enter the vessel wall and vascular smooth muscle cells (VSMC) for the selective inhibition of the VSMC hyperproliferation without inhibiting endothelial cells proliferation.
A divider (100, 200, 300, 400) for packaging glass bottles comprising: opposing side edges; opposing top and bottom edges; a partitioning line dividing the divider into a first section and a second section, wherein at least one of the first section and the second section is capable of displaying an advertisement, wherein said divider is folded along the partitioning line to position said first section at an angle to said second section and fit said divider within a container, and wherein said divider is adapted for separating said glass bottles on opposite sides of said first section within the container, characterised in that the divider comprises at least one pair of elongated openings, wherein each of the at least one pair of elongated openings has an end in proximity to one of the opposing top and bottom edges, at least one pair of triangular cuts formed along the one edge of the opposing top and bottom edges, wherein the corner of the pair of elongated openings is in proximity to the at least one pair of triangular cuts, wherein said at least one pair of elongated openings is capable of being opened to the one of the opposing top and bottom edges and slidably coupled onto a vertical wall for displaying the advertisement. opposing side edges; opposing top and bottom edges; a partitioning line dividing the divider into a first section and a second section, wherein at least one of the first section and the second section is capable of displaying an advertisement, wherein said divider is folded along the partitioning line to position said first section at an angle to said second section and fit said divider within a container, and wherein said divider is adapted for separating said glass bottles on opposite sides of said first section within the container, characterised in that the divider comprises at least one pair of elongated openings, wherein each of the at least one pair of elongated openings has an end in proximity to one of the opposing top and bottom edges, at least one pair of triangular cuts formed along the one edge of the opposing top and bottom edges, wherein the corner of the pair of elongated openings is in proximity to the at least one pair of triangular cuts, wherein said at least one pair of elongated openings is capable of being opened to the one of the opposing top and bottom edges and slidably coupled onto a vertical wall for displaying the advertisement.