mhurhangee/ep-ind-claims huggingface dataset:
A sole structure, comprising: an upper member; a bottom member having a top surface, a bottom surface, a forefoot region, a midfoot region and a heel region, wherein the top surface of the forefoot region of the bottom member has a first protruding portion associated with a cleat member; an intermediate member having a first projection, second projection, and third projection, the intermediate member further having a top surface, a bottom surface, a forefoot region, a midfoot region and a heel region; the first projection and second projection being located in the forefoot region of the intermediate member and the third projection extending through the midfoot region into the heel region of the intermediate member; the bottom surface of the first projection having a second protruding portion associated with the cleat member; wherein the second protruding portion in the bottom surface of the first projection associates with the first protruding portion in the top surface of the bottom member, and wherein the sole structure further comprises a porous or chambered member that is located in indentations or cavities in one or more of the other members (110, 130, 140) in the sole structure. an upper member; a bottom member having a top surface, a bottom surface, a forefoot region, a midfoot region and a heel region, wherein the top surface of the forefoot region of the bottom member has a first protruding portion associated with a cleat member; an intermediate member having a first projection, second projection, and third projection, the intermediate member further having a top surface, a bottom surface, a forefoot region, a midfoot region and a heel region; the first projection and second projection being located in the forefoot region of the intermediate member and the third projection extending through the midfoot region into the heel region of the intermediate member; the bottom surface of the first projection having a second protruding portion associated with the cleat member; wherein the second protruding portion in the bottom surface of the first projection associates with the first protruding portion in the top surface of the bottom member, and wherein the sole structure further comprises a porous or chambered member that is located in indentations or cavities in one or more of the other members (110, 130, 140) in the sole structure.
A process for clarifying sugar juice in a sugar mill comprising adding to the sugar juice prior to reaching the juice clarifier tank a composition comprising a mixture of at least one particulate sulfur reagent containing at least one sulfur atom and at least three oxygen atoms, selected from sodium metabisulfite, sodium hydro sulfite or a mixture thereof; at least one particulate phosphorous reagent containing at least one phosphorous atom and at least three oxygen atoms in the chemical formula, selected from monosodium phosphate or monoammonium phosphate; at least one particulate silica reagent; and optionally one or more particulate solids selected from the group consisting of a particulate carbonaceous reagent, a particulate aluminum reagent, a particulate filter aid, a polymer decolorant, a particulate ammonium reagent having at least one ammonium group in the chemical formula, and a bleaching earth, wherein the sugar juice is acidic.
Peristaltic pump for pumping a liquid, comprising: - a flexible tube for guiding the liquid to be pumped, - a compression means being actuatable for compressing the flexible tube, - an upstream valve means arranged in an upstream direction with respect to the compression means and being actuatable to selectively open or close the flexible tube upstream of the compression means, - a downstream valve means arranged in a downstream direction with respect to the compression means and being actuatable to selectively open or close the flexible tube downstream of the compression means, - a drive shaft being rotatable for periodically actuating the compression means, the upstream valve means and the downstream valve means, - a position detection means for detecting the rotational position of the drive shaft during actuation of the compression means, the upstream valve means and the downstream valve means, - a pressure sensor being arranged between the upstream valve means and the downstream valve means for measuring a pressure signal in the flexible tube at a location between the upstream valve means and the downstream valve means, and - a control means to control the operation of the peristaltic pump, the control means being operative to detect a fault condition during the operation of the peristaltic pump from a measured pressure signal, characterized in that the control means, for detecting the fault condition, is operative to detect a peak (P1, P1') of the pressure signal in a predefined interval during rotation of the drive shaft and to determine whether the fault condition is present or not by taking the signal value at the peak (P1, P1') and the location (T1, T1') of the peak (P1, P1') in the predefined interval into account. - a flexible tube for guiding the liquid to be pumped, - a compression means being actuatable for compressing the flexible tube, - an upstream valve means arranged in an upstream direction with respect to the compression means and being actuatable to selectively open or close the flexible tube upstream of the compression means, - a downstream valve means arranged in a downstream direction with respect to the compression means and being actuatable to selectively open or close the flexible tube downstream of the compression means, - a drive shaft being rotatable for periodically actuating the compression means, the upstream valve means and the downstream valve means, - a position detection means for detecting the rotational position of the drive shaft during actuation of the compression means, the upstream valve means and the downstream valve means, - a pressure sensor being arranged between the upstream valve means and the downstream valve means for measuring a pressure signal in the flexible tube at a location between the upstream valve means and the downstream valve means, and - a control means to control the operation of the peristaltic pump, the control means being operative to detect a fault condition during the operation of the peristaltic pump from a measured pressure signal,
A combination including: a knotting element comprising first and second knotting element portions of complementary shapes and engageable with one another to retain a suture; a knotting element and suture anchor applicator comprising: a cannulated needle a knotting element deployment actuator and an anchor deployment actuator in communication with the interior of said needle; wherein: said first knotting element portion is releaseably engaged with said needle; said second knotting element portion is releaseably engaged with said needle; said knotting element deployment actuator abuts said second knotting element portion; and said knotting element deployment actuator and said anchor deployment actuator are slidably manipulable from a proximal handle of said applicator, and said knotting element deployment actuator and said anchor deployment actuator are held in a coaxial relationship with each other; and a suture anchor system comprising a suture and a plurality of suture anchors carried within a distal end of said cannulated needle. a knotting element comprising first and second knotting element portions of complementary shapes and engageable with one another to retain a suture; a knotting element and suture anchor applicator comprising: a cannulated needle a knotting element deployment actuator and an anchor deployment actuator in communication with the interior of said needle; a cannulated needle a knotting element deployment actuator and an anchor deployment actuator in communication with the interior of said needle; said first knotting element portion is releaseably engaged with said needle; said second knotting element portion is releaseably engaged with said needle; said knotting element deployment actuator abuts said second knotting element portion; and said knotting element deployment actuator and said anchor deployment actuator are slidably manipulable from a proximal handle of said applicator, and said knotting element deployment actuator and said anchor deployment actuator are held in a coaxial relationship with each other; and a suture anchor system comprising a suture and a plurality of suture anchors carried within a distal end of said cannulated needle.
Safety belt device for a vehicle, comprising a belt force limiting unit and a buckle which cooperate therewith and through which a wire cable loop is guided that transitions into wire cable segments (23, 25) that are guided out of the buckle and extend to a cable deflection, at which they are deflected around at least one deflection axis in the direction toward the belt force limiting unit, wherein the buckle is rotated about a buckle axis so that the wire cable loop guided through the buckle is oriented with its loop opening open in the axial direction with respect to the deflection axis, wherein the wire cable segment facing the belt force limiting unit is deflected at a first deflection contour of the cable deflection and the wire cable segment facing away from the belt force limiting unit is deflected at a second deflection contour of the cable deflection, wherein the first and second deflection contours (35, 37) are offset from one another in the axial direction of the deflection axis, and wherein in the event of a belt force limitation, the wire cable segments (23, 25) exert a torsional moment (M T) on the buckle that acts counter to the buckle rotation about the buckle axis, characterized in that in order to reduce the torsional moment (M T), the first deflection contour for deflecting the wire cable segment facing the belt force limiting unit is offset with respect to the second deflection contour in the direction toward the belt force limiting unit by an offset dimension (Δx).
A laminated stator core formed with multiple continuous segment core pieces (13, 31) wound in a spiral form by bending connecting portions mutually connecting the adjacent segment core pieces (13, 31), the connecting portions being formed in an outer peripheral area of the laminated stator core, while the connecting portions of vertically adjacent layers being displaced in a circumferential direction with inner circumferential portions or outer circumferential portions of the segment core pieces (13, 31) fitted to each other, the laminated stator core comprising: a) a concave cutout provided in a radial exterior of each connecting portion to dispose a radially expanded portion within an outer circle of the laminated stator core, the radially expanded portion being formed with each connecting portion expanded radially outward at the time of bending each connecting portion; b) an interior cutout provided in a radial interior of each connecting portion, the interior cutout defining a bending position of each connecting portion; characterized by c) a receptacle (16, 32-34, 40-49) provided in a radial exterior of each segment core piece (13, 31) not in the proximity of the connecting portion, the receptacle receiving an expanded part of the connecting portion formed in the thickness direction at the time of bending each connecting portion. a) a concave cutout provided in a radial exterior of each connecting portion to dispose a radially expanded portion within an outer circle of the laminated stator core, the radially expanded portion being formed with each connecting portion expanded radially outward at the time of bending each connecting portion; b) an interior cutout provided in a radial interior of each connecting portion, the interior cutout defining a bending position of each connecting portion; characterized by c) a receptacle (16, 32-34, 40-49) provided in a radial exterior of each segment core piece (13, 31) not in the proximity of the connecting portion, the receptacle receiving an expanded part of the connecting portion formed in the thickness direction at the time of bending each connecting portion.
Swirl generating apparatus for a turbocharger, for generating a pre-swirl, the swirl generating apparatus having: a housing consisting of a first and second housing element (14, 16), guide blades being arranged along the circumference between the housing elements (14, 16), the housing being configured in such a way that a gaseous medium flows laterally along the circumference into the housing, the housing having a guiding element which deflects the gaseous medium into a substantially axial direction before it flows out of the housing, and an adjusting device (30, 58) for adjusting the guide blades, in order to generate a pre-swirl, the respective guide blades being arranged with their leading edge directed outwards and with their trailing edge being directed into the housing interior, and having an elastic material, characterized in that the leading edge of the respective guide blade is fixed on the first and second housing element (14, 16), and the trailing edge of the respective guide blade is fastened movably to the first and/or second housing element (14, 16). a housing consisting of a first and second housing element (14, 16), guide blades being arranged along the circumference between the housing elements (14, 16), the housing being configured in such a way that a gaseous medium flows laterally along the circumference into the housing, the housing having a guiding element which deflects the gaseous medium into a substantially axial direction before it flows out of the housing, and an adjusting device (30, 58) for adjusting the guide blades, in order to generate a pre-swirl, the respective guide blades being arranged with their leading edge directed outwards and with their trailing edge being directed into the housing interior, and having an elastic material, characterized in that the leading edge of the respective guide blade is fixed on the first and second housing element (14, 16), and the trailing edge of the respective guide blade is fastened movably to the first and/or second housing element (14, 16).
A failure diagnosis apparatus comprising: a simulation module configured to simulate a target device to output a plurality of types of virtual measured data based on at least any one of one or more failure modes that are expected to occur in the target device; a measured data obtaining module configured to obtain measured data that is measured from the target device; and a failure mode identifying module configured to identify a failure mode of the target device based on the virtual measured data and the measured data, characterized in that the simulation module is configured to perform the simulation by using a model that receives, as inputs, the one or more failure modes and operation data obtained from the target device and representing an output operation state of the target device, and to provide, as outputs, values of the plurality of types of the virtual measured data. a simulation module configured to simulate a target device to output a plurality of types of virtual measured data based on at least any one of one or more failure modes that are expected to occur in the target device; a measured data obtaining module configured to obtain measured data that is measured from the target device; and a failure mode identifying module configured to identify a failure mode of the target device based on the virtual measured data and the measured data, characterized in that the simulation module is configured to perform the simulation by using a model that receives, as inputs, the one or more failure modes and operation data obtained from the target device and representing an output operation state of the target device, and to provide, as outputs, values of the plurality of types of the virtual measured data.
Process for the production of solvents and/or lubricants from renewable sources, comprising the steps of fat hydrolysis and an esterification reaction of fatty acids with alcohols in the presence of zinc oxide, characterised in that to the product of the fatty acid esterification reaction, a liquid substance in which zinc oxide is not capable to dissolve, generally called non-solvent, is added, obtaining a precipitate that is separated from the product and used as a catalyst in the previous hydrolysis step of the fats used as a raw material.
A furnace for performing an endothermic process comprising tubes containing a catalyst for converting a gaseous feed, wherein said tubes are positioned in inside the furnace, inner burners mounted to a furnace roof (1 b) between the tubes, and outer burners mounted to the furnace roof between the tubes and a furnace wall, characterized in that the outer burners are positioned such that the distance of the central axis of the outer burners to the furnace wall is less than 25 % of the distance between the outermost tubes and the furnace wall (1 a), and that the outer burners are configured to operate with 45 - 60% of the power of the inner burners and with an inlet velocity between 90 to 110 % of the inlet velocity of the inner burners.
An apparatus, comprising: a first control unit configured to acquire scheduling information for multimedia broadcast multicast services MBMS over single frequency network MBSFN transmission in a frequency band and provide the scheduling information to two or more base stations belonging to an MBSFN area for the MBSFN transmission characterized in that the frequency band is a frequency band shared by a plurality of radio communication systems, and in that the first control unit is further configured to acquire frame synchronization information for synchronizing a radio frame for the frequency band and provide the frame synchronization information to the base stations belonging to the MBSFN area. a first control unit configured to acquire scheduling information for multimedia broadcast multicast services MBMS over single frequency network MBSFN transmission in a frequency band and provide the scheduling information to two or more base stations belonging to an MBSFN area for the MBSFN transmission characterized in that the frequency band is a frequency band shared by a plurality of radio communication systems, and in that the first control unit is further configured to acquire frame synchronization information for synchronizing a radio frame for the frequency band and provide the frame synchronization information to the base stations belonging to the MBSFN area.
Plinth (2, 42) for covering a gap between a first apparatus and a second apparatus with a base body (8, 45) for covering the gap and an opening in the base body (8, 45) for receiving a retention element, which fixes the base body to the first apparatus, comprising a retention element which is arranged in the opening, wherein the retention element is a screw and the base body (8, 45) has a base plate (14, 46) and wherein the opening is embodied to retain the retention element in a position which is not fixed to the first apparatus, characterised in that the base plate (14, 46) supports a retention dome embodied in a cylindrical and round manner, which is likewise hollowed in a cylindrical manner on the inside, wherein the cross-section of the cylinder shape has the same circumference as the screw head of the screw.
A positioning device for locating a planar light beam emitted by an optical triangulation sensor across the radial gap between a distal edge of a turbine blade and the inner surface of an annular casing in which the turbine blade is rotatably mounted, the positioning device comprising: an attachment device for mounting on the turbine blade, the attachment device having a frame for supporting an optical triangulation sensor in a fixed position relative to the attachment device; and an orientation sensing device mounted on the attachment device, the orientation sensing device being arranged to detect its orientation with respect to the direction in which gravity acts, thereby to sense an orientation of the turbine blade when the attachment device is mounted thereon, wherein the attachment device includes a shaped retention profile adapted to mate with the turbine blade at a fixed radial position thereon. an attachment device for mounting on the turbine blade, the attachment device having a frame for supporting an optical triangulation sensor in a fixed position relative to the attachment device; and an orientation sensing device mounted on the attachment device, the orientation sensing device being arranged to detect its orientation with respect to the direction in which gravity acts, thereby to sense an orientation of the turbine blade when the attachment device is mounted thereon, wherein the attachment device includes a shaped retention profile adapted to mate with the turbine blade at a fixed radial position thereon.
A method of transmitting data in an active frequency modulated continuous wave (FMCW) radar system, including: - at a transceiver location, generating and transmitting a periodic FMCW transmit signal (y(t)) comprised of a repetition of a first pulse; - at a transponder location, ∘ receiving said transmit signal; ∘ generating and transmitting a modulated replica ( y'(t)) of the received transmit signal comprising a train of modulated pulses, wherein each of said modulated pulses is composed of a plurality of portions of said first pulse, each portion being time and/or frequency shifted relative to their respective time and/or frequency position in the first pulse, so as to modulate message data to be sent from the transponder location to the transceiver location onto the replica; - at said transceiver location, receiving the modulated replica of the transmit signal and demodulating it by determining, for each modulated pulse, a beat signal ( y beat (t)) and at least two beat frequencies modulated therein, so as to retrieve the message data sent from the transponder location. - at a transceiver location, generating and transmitting a periodic FMCW transmit signal (y(t)) comprised of a repetition of a first pulse; - at a transponder location, ∘ receiving said transmit signal; ∘ generating and transmitting a modulated replica ( y'(t)) of the received transmit signal comprising a train of modulated pulses, wherein each of said modulated pulses is composed of a plurality of portions of said first pulse, each portion being time and/or frequency shifted relative to their respective time and/or frequency position in the first pulse, so as to modulate message data to be sent from the transponder location to the transceiver location onto the replica; ∘ receiving said transmit signal; ∘ generating and transmitting a modulated replica ( y'(t)) of the received transmit signal comprising a train of modulated pulses, wherein each of said modulated pulses is composed of a plurality of portions of said first pulse, each portion being time and/or frequency shifted relative to their respective time and/or frequency position in the first pulse, so as to modulate message data to be sent from the transponder location to the transceiver location onto the replica; - at said transceiver location, receiving the modulated replica of the transmit signal and demodulating it by determining, for each modulated pulse, a beat signal ( y beat (t)) and at least two beat frequencies modulated therein, so as to retrieve the message data sent from the transponder location.