mhurhangee/ep-ind-claims huggingface dataset:
Communication system node comprising: a host controller, a general memory unit on host-controller level, a communication controller, wherein a time-triggered protocol launches network activity in predefined time slots, and at least one storage unit for configuration and buffering related data that is provided outside the communication controller on host controller level wherein the storage unit further comprises: a slot control list to associate communication controller time slots to their respective frame buffers; a buffer control list to associate a frame buffer to its buffer entries; a buffer descriptor list to associate a buffer -entry to its frame or message data; a first address calculation unit for creating an address by adding an offset to a base address, provided between the slot control list and the buffer control list, and a second address calculation unit for creating an address by adding an offset to a base address, provided between the buffer control list and the buffer descriptor list. a host controller, a general memory unit on host-controller level, a communication controller, wherein a time-triggered protocol launches network activity in predefined time slots, and at least one storage unit for configuration and buffering related data that is provided outside the communication controller on host controller level wherein the storage unit further comprises: a slot control list to associate communication controller time slots to their respective frame buffers; a buffer control list to associate a frame buffer to its buffer entries; a buffer descriptor list to associate a buffer -entry to its frame or message data; a first address calculation unit for creating an address by adding an offset to a base address, provided between the slot control list and the buffer control list, and a second address calculation unit for creating an address by adding an offset to a base address, provided between the buffer control list and the buffer descriptor list. a slot control list to associate communication controller time slots to their respective frame buffers; a buffer control list to associate a frame buffer to its buffer entries; a buffer descriptor list to associate a buffer -entry to its frame or message data; a first address calculation unit for creating an address by adding an offset to a base address, provided between the slot control list and the buffer control list, and a second address calculation unit for creating an address by adding an offset to a base address, provided between the buffer control list and the buffer descriptor list.
A process for improving the yield strength of a wrought copper-nickel-tin alloy, comprising: performing a first mechanical cold working step on the alloy at a percentage of cold working (%CW) of 50% to 75%; and heat treating the alloy at a temperature of 393°C (740°F) to 454°C (850°F) for a period of 3 minutes to 14 minutes after the first mechanical cold working step; wherein the resulting copper-nickel-tin alloy achieves a 0.2% offset yield strength of at least 1207 MPa (175 ksi) and, wherein the alloy consists of 9-15.5 wt% nickel, 6-9 wt% tin, and the remaining balance being copper. performing a first mechanical cold working step on the alloy at a percentage of cold working (%CW) of 50% to 75%; and heat treating the alloy at a temperature of 393°C (740°F) to 454°C (850°F) for a period of 3 minutes to 14 minutes after the first mechanical cold working step; wherein the resulting copper-nickel-tin alloy achieves a 0.2% offset yield strength of at least 1207 MPa (175 ksi) and, wherein the alloy consists of 9-15.5 wt% nickel, 6-9 wt% tin, and the remaining balance being copper.
A portable information processing terminal comprising: a radio unit; and a signal processing unit connected with said radio unit, wherein said radio unit generates a reception baseband signal based on a digitally modulated reception radio signal, wherein said signal processing unit includes: a processing circuit configured to perform a receiving process which generates reception data based on said reception baseband signal, and to perform an information process in which a function of the radio unit is not used; and a first heat-radiating mechanism configured to radiate heat generated on said receiving process and said information process by the signal processing unit, and wherein said receiving process includes at least one of an error correction process, a decoding process, an identifier removing process, a Fourier transform process and a digital waveform process, and said information process includes a process executed based on an application program. a radio unit; and a signal processing unit connected with said radio unit, wherein said radio unit generates a reception baseband signal based on a digitally modulated reception radio signal, wherein said signal processing unit includes: a processing circuit configured to perform a receiving process which generates reception data based on said reception baseband signal, and to perform an information process in which a function of the radio unit is not used; and a first heat-radiating mechanism configured to radiate heat generated on said receiving process and said information process by the signal processing unit, and wherein said receiving process includes at least one of an error correction process, a decoding process, an identifier removing process, a Fourier transform process and a digital waveform process, and said information process includes a process executed based on an application program. a processing circuit configured to perform a receiving process which generates reception data based on said reception baseband signal, and to perform an information process in which a function of the radio unit is not used; and a first heat-radiating mechanism configured to radiate heat generated on said receiving process and said information process by the signal processing unit, and wherein said receiving process includes at least one of an error correction process, a decoding process, an identifier removing process, a Fourier transform process and a digital waveform process, and said information process includes a process executed based on an application program.
A device for protecting an umbilical stump-catheter interface, comprising: a shield having a wall that defines a cavity for accommodating an umbilical stump, wherein the shield further includes a base for attachment to a patient; and an opening at the shield for allowing an umbilical catheter to extend therethrough wherein the shield comprises a first clip for frictionally grasping a first umbilical catheter. a shield having a wall that defines a cavity for accommodating an umbilical stump, wherein the shield further includes a base for attachment to a patient; and an opening at the shield for allowing an umbilical catheter to extend therethrough wherein the shield comprises a first clip for frictionally grasping a first umbilical catheter.
A method of functionalizing graphitic material, comprising the steps of: providing a graphitic material, wherein said graphitic material is a carbon nanotube or graphene; cutting said graphitic material; providing a catalyst comprising at least one catalyst of a Friedel-Crafts catalyst, a Heck catalyst, and a Suzuki type catalyst; providing a reagent; binding said catalyst to said reagent; binding said reagent to said graphitic material through the use of the catalyst; and recovering said catalyst; wherein cutting comprises ultrasonic vibration to induce the reaction of the graphitic material with the reagent in the presence of the catalyst. providing a graphitic material, wherein said graphitic material is a carbon nanotube or graphene; cutting said graphitic material; providing a catalyst comprising at least one catalyst of a Friedel-Crafts catalyst, a Heck catalyst, and a Suzuki type catalyst; providing a reagent; binding said catalyst to said reagent; binding said reagent to said graphitic material through the use of the catalyst; and recovering said catalyst;
A method for allocating aggregation port Identifiers, ID, characterized by comprising: a portal master system at one end of an link aggregation group allocating an aggregation port ID to an aggregation port of the portal master system, and allocating an aggregation port ID to a corresponding aggregation port of a portal slave system at the end of the link aggregation group according to an aggregation port ID allocation request from the portal slave system; allocating, by a portal system at one end of an link aggregation group, an aggregation port ID to an aggregation port of the portal system according to a portal system ID and an aggregation port number. a portal master system at one end of an link aggregation group allocating an aggregation port ID to an aggregation port of the portal master system, and allocating an aggregation port ID to a corresponding aggregation port of a portal slave system at the end of the link aggregation group according to an aggregation port ID allocation request from the portal slave system; allocating, by a portal system at one end of an link aggregation group, an aggregation port ID to an aggregation port of the portal system according to a portal system ID and an aggregation port number.
A composition for three-dimensional printing, the composition comprising: a precursor to a soft polymer block, wherein the soft polymer block has a glass transition temperature (T g) less than 50°C, the precursor to the soft polymer block being a curable, cross-linkable monomer having an acrylic group, a vinyl group, or combinations thereof; and a precursor to a rigid polymer block, wherein the rigid polymer block has a T g of at least 50°C, the precursor to the rigid polymer block being a second curable, cross-linkable monomer selected from the group consisting of an acrylate monomer; wherein the precursor to the rigid polymer block is selected from the group consisting of triethylene glycol dimethacrylate (TEG DMA), triethylene glycol diacrylate, di(ethylene glycol) dimethacrylate, tetraethylene glycol diacrylate, ethylene glycol dimethacrylate, propylene glycol dimethacrylate, butane glycol dimethacrylate, glycerol dimethacrylate, pentaerythritol tri(meth)acrylate, pentaerythritol tetra(meth)acrylate, bisphenol A dimethacrylate, and 1,4-phenylene dimethacryalate. a precursor to a soft polymer block, wherein the soft polymer block has a glass transition temperature (T g) less than 50°C, the precursor to the soft polymer block being a curable, cross-linkable monomer having an acrylic group, a vinyl group, or combinations thereof; and a precursor to a rigid polymer block, wherein the rigid polymer block has a T g of at least 50°C, the precursor to the rigid polymer block being a second curable, cross-linkable monomer selected from the group consisting of an acrylate monomer;
A solid, textile-care composition comprising a soap matrix, a textile-care compound distributed in said matrix and a perfume, wherein the soap matrix contains additional additives selected from the group consisting of polypropylene glycol, dipropylene glycol, ethylene glycol, diethylene glycol, 1,3-butylene glycol, 2,3-butylene glycol, sorbitol, glycerol, mannitol, glucose, sucrose, galactose, fructose, lactose, dextrose and mixtures thereof.
An oil supply guide (6, 106, 206, 306, 406, 506) configured to apply oil to a running yarn, the oil supply guide (6, 106, 206, 306, 406, 506) comprising: an opposed portion which includes a contact surface and which opposes a yarn path, the yarn making contact with the contact surface; an adjacent portion which is adjacent to the opposed portion in a direction orthogonal to a running direction of the yarn; a discharge port which is formed in the adjacent portion and which allows the oil to be discharged; a stepped portion (65, 165, 265, 365, 465, 565) which is provided immediately below the discharge port in the adjacent portion and which is formed of a protrusion or a concave portion; and an oil guiding surface which allows the oil discharged through the discharge port to be guided from the adjacent portion to the contact surface of the opposed portion, the stepped portion (65, 165, 265, 365, 465, 565) being able to temporarily hold a part of the oil which is discharged through the discharge port and which flows toward the oil guiding surface. an opposed portion which includes a contact surface and which opposes a yarn path, the yarn making contact with the contact surface; an adjacent portion which is adjacent to the opposed portion in a direction orthogonal to a running direction of the yarn; a discharge port which is formed in the adjacent portion and which allows the oil to be discharged; a stepped portion (65, 165, 265, 365, 465, 565) which is provided immediately below the discharge port in the adjacent portion and which is formed of a protrusion or a concave portion; and an oil guiding surface which allows the oil discharged through the discharge port to be guided from the adjacent portion to the contact surface of the opposed portion, the stepped portion (65, 165, 265, 365, 465, 565) being able to temporarily hold a part of the oil which is discharged through the discharge port and which flows toward the oil guiding surface.
Windscreen wiper for a system for wiping a glazed motor vehicle surface, intended to be driven pivot-wise by an actuation arm of a wiping system, the windscreen wiper comprising at least one dedicated sprinkling orifice configured to spray washing fluid onto a predetermined zone of the glazed surface behind which there is a sensor, said dedicated sprinkling orifice being arranged in a portion of the windscreen wiper sweeping said predetermined zone of the glazed surface, and forming a greater density of sprinkling orifices (5, 8) in said portion of the windscreen wiper than over the rest of the windscreen wiper (4; 41) and/or having a greater opening section than the sprinkling orifices situated outside of the predetermined zone, characterized in that the at least one dedicated sprinkling orifice arranged in said portion of the windscreen wiper sweeping said predetermined zone is situated on the side opposite the side of the windscreen wiper on which is formed at least one sprinkling orifice intended to spray washing fluid onto the glazed surface.
A system, configured for communication over a fiber link with a predefined length, comprising: a transmitter configured for transmitting an information signal, wherein the information signal comprises an information spectrum, and wherein the transmitter is further configured for transmitting two spectrally inverted copies of the information spectrum over the predefined length of the fiber link, the two spectrally inverted copies corresponding to a first spectrum with a first center wavelength and to a second spectrum with a second center wavelength, the second spectrum being inverted relative to the first spectrum and the second center wavelength being different from the first center wavelength, and a receiver configured for receiving the first spectrum and the second spectrum, the receiver comprising a signal processing unit configured for estimating a phase rotation of the second spectrum relative to the first spectrum by comparing a first phase measured from the first spectrum received with a second phase measured from the second spectrum received such that the estimated phase rotation of the second spectrum relative to the first spectrum is at least partly removed. a transmitter configured for transmitting an information signal, wherein the information signal comprises an information spectrum, and wherein the transmitter is further configured for transmitting two spectrally inverted copies of the information spectrum over the predefined length of the fiber link, the two spectrally inverted copies corresponding to a first spectrum with a first center wavelength and to a second spectrum with a second center wavelength, the second spectrum being inverted relative to the first spectrum and the second center wavelength being different from the first center wavelength, and a receiver configured for receiving the first spectrum and the second spectrum, the receiver comprising a signal processing unit configured for estimating a phase rotation of the second spectrum relative to the first spectrum by comparing a first phase measured from the first spectrum received with a second phase measured from the second spectrum received such that the estimated phase rotation of the second spectrum relative to the first spectrum is at least partly removed.
A particulate filter ash loading prediction method, characterized by the steps of: determining a service age (ρ) of the particulate filter; comparing said service age (ρ) to a predetermined minimum service age (τ); determining, after said service age (ρ) has reached said predetermined minimum service age (τ), a running average of time (Ψ AVG) between regenerations of the particulate filter; calculating an end-of-service-life ratio (Λ) of the particulate filter dependent, at least in part, upon said running average (Ψ AVG); and comparing the end-of-service-life ratio (Λ) to a predetermined end-of-service-life ratio maximum (Λ L), if the end-of-service-life ratio (Λ) is less than or equal to the end-of-service-life ratio maximum (Λ L) then indicating that at least one of service and replacement of the particulate filter is needed due to ash loading. determining a service age (ρ) of the particulate filter; comparing said service age (ρ) to a predetermined minimum service age (τ); determining, after said service age (ρ) has reached said predetermined minimum service age (τ), a running average of time (Ψ AVG) between regenerations of the particulate filter; calculating an end-of-service-life ratio (Λ) of the particulate filter dependent, at least in part, upon said running average (Ψ AVG); and comparing the end-of-service-life ratio (Λ) to a predetermined end-of-service-life ratio maximum (Λ L), if the end-of-service-life ratio (Λ) is less than or equal to the end-of-service-life ratio maximum (Λ L) then indicating that at least one of service and replacement of the particulate filter is needed due to ash loading.
A pencil sharpener, comprising: a waste case having a mounting hole defined in the waste case and having an inner wall; and multiple positioning segments formed on the inner wall of the mounting hole; a blade base mounted in the waste case and having a bottom; a blade mounted securely on the blade base; a blocking chunk moveably mounted on the bottom of the blade base and having a bottom; a rotating knob mounted rotatably in the mounting hole of the waste case; and an adjusting shaft connected securely with the rotating knob and disposed on the bottom of the blocking chunk, characterized in that the blocking chunk is moveable along an axial direction of the blade base; the rotating knob has a front side; a rear side; an operating rib formed on the front side of the rotating knob and exposed from an outer surface of the waste case; and at least one connecting tab formed on and protruding from the rear side of the rotating knob and mounted rotatably through the mounting hole in the waste case, and each one of the at least one connecting tab having an outer surface and a holding block formed on one end of the at least one connecting tab and engaging an edge of the mounting hole; and at least one engaging segment formed respectively on the outer surface of the at least one connecting tab and selectively engaging at least one of the positioning segments of the waste case; and the adjusting shaft is capable of pushing the blocking chunk to move along the axial direction of the blade base if the rotating knob is rotated: a waste case having a mounting hole defined in the waste case and having an inner wall; and multiple positioning segments formed on the inner wall of the mounting hole; a mounting hole defined in the waste case and having an inner wall; and multiple positioning segments formed on the inner wall of the mounting hole; a blade base mounted in the waste case and having a bottom; a blade mounted securely on the blade base; a blocking chunk moveably mounted on the bottom of the blade base and having a bottom; a rotating knob mounted rotatably in the mounting hole of the waste case; and an adjusting shaft connected securely with the rotating knob and disposed on the bottom of the blocking chunk, characterized in that
Machine interface between a grinding pan of a vertical grinding mill and a drive of the grinding pan, characterised in that the machine interface is embodied in such a way that the grinding pan and the drive are thermally decoupled.
Device for examining a farm animal for gestation, comprising: - a containment device defining a holding area for the farm animal to be examined, - a holder having an ultrasonic measuring head fitted in it which is connected to a frame that can be moved relative to the containment device, and - a data evaluation unit which is connected or can be connected to the ultrasonic measuring head in a signal transmitting arrangement, the data evaluation unit being configured to evaluate measurement data detected by means of the ultrasonic measuring head by detecting features in images as a means of discerning a gestation of the farm animal, characterised by - a two- or three-dimensional image detection device for detecting a contour or a portion of the contour of the farm animal, - an image evaluation unit connected to the image detection device in a signal transmitting arrangement, which is configured to determine a measuring point or measuring area on the basis of a comparison of the detected contour or detected contour portion with stored anatomical data, and - a measuring head holder control unit connected to the image evaluation unit in a signal transmitting arrangement which is connected in a signal transmitting arrangement to one or more actuators for moving the holder and configured to move the holder so that the ultrasonic measuring head fitted in it is guided to the measuring point or into the measuring area. - a containment device defining a holding area for the farm animal to be examined, - a holder having an ultrasonic measuring head fitted in it which is connected to a frame that can be moved relative to the containment device, and - a data evaluation unit which is connected or can be connected to the ultrasonic measuring head in a signal transmitting arrangement, - a two- or three-dimensional image detection device for detecting a contour or a portion of the contour of the farm animal, - an image evaluation unit connected to the image detection device in a signal transmitting arrangement, which is configured to determine a measuring point or measuring area on the basis of a comparison of the detected contour or detected contour portion with stored anatomical data, and - a measuring head holder control unit connected to the image evaluation unit in a signal transmitting arrangement which is connected in a signal transmitting arrangement to one or more actuators for moving the holder and configured to move the holder so that the ultrasonic measuring head fitted in it is guided to the measuring point or into the measuring area.
A bimodal polymer comprising polyethylene, having a melt index of from about 0.5 g/10 min to about 4.0 g/10 min and a density of equal to or greater than 0.96 g/cc which when formed into a 1-mil film displays a moisture vapor transmission rate ranging from greater than 0 to equal to about 20% greater than X where X = k 1 {-61.95377 + 39.52785(M z /M w) - 8.16974(M z /M w) 2 + 0.55114(M z /M w) 3} + k 2 {-114.01555(τ) + 37.68575(M z /M w)(τ) - 2.89177(M z /M w) 2 (τ)} + k 3 {120.37572(τ) 2 - 25.91177(M z /M w)(τ) 2} + k 4 {18.03254(τ) 3} when M w is from about 100 kg/mol to about 180 kg/moL; M z is from about 300 kg/mol to about 1000 kg/mol; τ is from about 0.01s to about 0.35s; k 1 is 1 g/100in 2 •day; k 2 is 1 g/100in 2 •day•s; k 3 is 1 g/100in 2 •day•s 2; and k 4 is 1 g/100in 2 •day•s 3 and wherein the polymer has a ratio of z-average molecular weight to weight average molecular weight of from about 3 to about 7.