mhurhangee/ep-ind-claims huggingface dataset:
A device for the processing of work pieces with a transport device for the transport of the work pieces, with a first processing device for the shape processing of the circumferential sides of the work piece, with at least one first orientation device for the orientation of the work piece for the further processing of a first side of the work piece in the movement direction of the work piece, with a second processing device for the processing of the one first side of the work piece in the movement direction of the work piece, characterised by a third processing device for the processing of one of the further sides of the work piece in the movement direction of the work piece, wherein at least one rotation means for rotating the work piece is provided and wherein the device in particular has a fourth processing device for the processing of one of the further sides of the work piece (151, 301) and in particular a fifth processing device for the processing of one of the further sides of the work piece (151, 301).
An RNA targeting compound capable of binding to an RNA repeat motif, said compound comprising a peptoid polymer backbone having a repeating -C -N-CH 2 - structure represented by the formula: ⁅C- -N-CH 2 ⁆ z where z is an integer greater than or equal to 2 and two or more pendant RNA binding ligands, wherein said two or more pendant RNA binding ligands are bound to some or all of said peptoid polymer backbone's nitrogen atom and those nitrogen atoms in the peptoid polymer backbone that are not bound to pendant RNA binding ligands are substituted with alkyl or aryl groups which may be substituted or not, and wherein said two or more pendant RNA binding ligands are the same or different and are selected from aminoglycoside sugars and bisbenzimidazoles, wherein each of said two or more pendant RNA binding ligands bind to an RNA triplet repeat motif or RNA tetra repeat motif.
An electrical installation box assembly for installation of electrical wiring devices, said electrical installation box assembly comprising: - an electrical installation box provided with a beam fixing element for mounting inside a wall; - a screw ring; and - a lid, to be assembled with said screw ring and thereafter mounted within said electrical installation box; wherein, - said electrical installation box is provided with at least one threaded area at its insert entry portion, - said screw ring is provided with at least one threaded area on its outer periphery to removably engage with said threaded area of said electrical installation box, and - said lid is provided with torsional support ribs to removably engage with locking projections provided in said screw ring and adjust the position of said screw ring in said electrical installation box, wherein said screw ring and said electrical installation box are provided with threaded and non-threaded areas, characterized in that the threaded areas of the screw ring alternate with the non-threaded areas of the screw ring along said outer periphery, and the threaded areas of the electrical installation box alternate with the non-threaded areas of the electrical installation box around said insert entry portion, such that when the ring lid assembly is rotated, the threaded area of the screw ring can travel to the non-threaded area of the electrical installation box whereby a telescopic activation condition is attained, and in that said lid is made out of transparent material for identifying said telescopic activation condition and a deactivation condition. - an electrical installation box provided with a beam fixing element for mounting inside a wall; - a screw ring; and - a lid, to be assembled with said screw ring and thereafter mounted within said electrical installation box; - said electrical installation box is provided with at least one threaded area at its insert entry portion, - said screw ring is provided with at least one threaded area on its outer periphery to removably engage with said threaded area of said electrical installation box, and - said lid is provided with torsional support ribs to removably engage with locking projections provided in said screw ring and adjust the position of said screw ring in said electrical installation box, wherein said screw ring and said electrical installation box are provided with threaded and non-threaded areas, characterized in that the threaded areas of the screw ring alternate with the non-threaded areas of the screw ring along said outer periphery, and the threaded areas of the electrical installation box alternate with the non-threaded areas of the electrical installation box around said insert entry portion, such that when the ring lid assembly is rotated, the threaded area of the screw ring can travel to the non-threaded area of the electrical installation box whereby a telescopic activation condition is attained, and in that said lid is made out of transparent material for identifying said telescopic activation condition and a deactivation condition.
A liquid laundry detergent composition comprising: Less than 1 weight percent of a Diallyldialkylammonium Chloride (DADMAC) Acrylic Acid co-polymer; a surfactant system consisting of at least one alcohol ethoxysulfate, at least one linear alkyl benzene sulfonic acid and at least one non-ionic surfactant, the AES being at least about 40 percent by weight of the surfactant system; and an aqueous carrier, wherein the composition has a turbidity of about 50 NTUs or less and wherein the NI is an alcohol ethoxylate. Less than 1 weight percent of a Diallyldialkylammonium Chloride (DADMAC) Acrylic Acid co-polymer; a surfactant system consisting of at least one alcohol ethoxysulfate, at least one linear alkyl benzene sulfonic acid and at least one non-ionic surfactant, the AES being at least about 40 percent by weight of the surfactant system; and an aqueous carrier, wherein the composition has a turbidity of about 50 NTUs or less and wherein the NI is an alcohol ethoxylate.
A method for a multicasting multimedia content distribution system, the method comprising: receiving a transmission schedule from a content server at a digital video recorder; wherein the transmission schedule indicates transmission times for data streams; creating a link between the content server and the DVR wherein the DVR registers (2903, 2904) with the content server for a specific data stream; and receiving (2905, 3005) the specific data stream at the DVR from the content server at a scheduled time; wherein the DVR is elected as a multicast tunnel DVR by other DVRs (2704, 2705, 2706) connected to a common local network; and wherein the multicast tunnel DVR rebroadcasts the received specific data stream to other DVRs (2704, 2705, 2706) connected to the common local network. receiving a transmission schedule from a content server at a digital video recorder; wherein the transmission schedule indicates transmission times for data streams; creating a link between the content server and the DVR wherein the DVR registers (2903, 2904) with the content server for a specific data stream; and receiving (2905, 3005) the specific data stream at the DVR from the content server at a scheduled time;
An insertion device for use during surgical procedure to enlarge an opening in a patient's tissue to facilitate access to an internal treatment site with a surgical instrument, the insertion device comprising: an anoscope, and an elongate body having proximal and distal ends extending distally along a longitudinal axis, and wherein the anoscope further includes at least one wing extending outwardly from the flange relative to the longitudinal axis and wherein the at least one wing includes a protrusion extending in a proximal direction, the protrusion positioned adjacent a peripheral edge of the at least one wing, characterized in that: the anoscope includes a flange, the elongate body extends distally from the flange, the at least one wing includes a first wing and a second wing and the first wing extends outwardly from the flange a first distance, and the second wing extends outwardly from the flange a second greater distance, the first and second wings each having a protrusion extending in a proximal direction, the protusions positioned adjacent a peripheral edge of the first and second wings, and wherein the anoscope includes a configuration of the first and second wings and the flange that is asymmetrical about a plane extending along the longitudinal axis that bisects the flange. an anoscope, and an elongate body having proximal and distal ends extending distally along a longitudinal axis, and wherein the anoscope further includes at least one wing extending outwardly from the flange relative to the longitudinal axis and wherein the at least one wing includes a protrusion extending in a proximal direction, the protrusion positioned adjacent a peripheral edge of the at least one wing, characterized in that: the anoscope includes a flange, the elongate body extends distally from the flange, the at least one wing includes a first wing and a second wing and the first wing extends outwardly from the flange a first distance, and the second wing extends outwardly from the flange a second greater distance, the first and second wings each having a protrusion extending in a proximal direction, the protusions positioned adjacent a peripheral edge of the first and second wings, and wherein the anoscope includes a configuration of the first and second wings and the flange that is asymmetrical about a plane extending along the longitudinal axis that bisects the flange. the anoscope includes a flange, the elongate body extends distally from the flange, the at least one wing includes a first wing and a second wing and the first wing extends outwardly from the flange a first distance, and the second wing extends outwardly from the flange a second greater distance, the first and second wings each having a protrusion extending in a proximal direction, the protusions positioned adjacent a peripheral edge of the first and second wings, and wherein the anoscope includes a configuration of the first and second wings and the flange that is asymmetrical about a plane extending along the longitudinal axis that bisects the flange.
A mud gas analyzer for use at a well site, wherein the well site includes a flow path (50; 202, 206) for drilling mud formed at least partially by a drill string positioned within a well and an annulus positioned between an exterior surface of the drill string and a formation surrounding the well, comprising: at least one degasser adapted to extract gas from the drilling mud, wherein the at least one degasser includes a first degasser and a second degasser, the first degasser positioned to extract gas from the drilling mud being injected into the drill string, and the second degasser positioned to extract gas from the drilling mud coming out of the annulus and downstream of to the first degasser at least one gas analyzer, adapted to analyze the gas and generate a sequence of signals indicative of ratios of isotopes of gas species of gas extracted from the drilling mud, wherein the at least one gas analyzer is a first gas analyzer adapted to analyze gas extracted by the first degasser, and a second gas analyzer adapted to analyze gas extracted from the second degasser, and wherein signals to be generated by the first gas analyzer are indicative of a first level of retention of gas species of the gas in the drilling mud prior to reinjection of the drilling mud into the drill string, and signals to be generated by the second gas analyzer are indicative of a second level of retention of the gas species of the gas in the drilling mud upon exiting from the annulus; and a computer system including a processor adapted to execute logic to cause the processor to, receive the sequence of signals, and to calculate and log isotopic characteristics of gas entering the drilling mud at particular locations of the well. at least one degasser adapted to extract gas from the drilling mud, wherein the at least one degasser includes a first degasser and a second degasser, the first degasser positioned to extract gas from the drilling mud being injected into the drill string, and the second degasser positioned to extract gas from the drilling mud coming out of the annulus and downstream of to the first degasser at least one gas analyzer, adapted to analyze the gas and generate a sequence of signals indicative of ratios of isotopes of gas species of gas extracted from the drilling mud, wherein the at least one gas analyzer is a first gas analyzer adapted to analyze gas extracted by the first degasser, and a second gas analyzer adapted to analyze gas extracted from the second degasser, and wherein signals to be generated by the first gas analyzer are indicative of a first level of retention of gas species of the gas in the drilling mud prior to reinjection of the drilling mud into the drill string, and signals to be generated by the second gas analyzer are indicative of a second level of retention of the gas species of the gas in the drilling mud upon exiting from the annulus; and a computer system including a processor adapted to execute logic to cause the processor to, receive the sequence of signals, and to calculate and log isotopic characteristics of gas entering the drilling mud at particular locations of the well.
A joining device for joining two facing and aligned pipeline sections, the joining device comprising two coupling members (37, 38) configured to be selectively coupled to respective pipeline sections (4, 5) in proximity of respective facing flanges (27, 28) located at the ends of respective pipeline sections (4, 5); a pulling mechanism configured to move the coupling members (37, 38) towards each other so as to temporarily tighten the flanges (27, 28) to each other; and a tightening mechanism configured to definitively tighten the coupling members (37, 38), while the pulling mechanism maintains the flanges (27, 28) tight, wherein each coupling member (37; 38) is annular and comprises two half-rings hinged and pivotable around a hinge axis between an open position and such as to arrange the coupling members (37, 38) about the pipeline sections (4, 5) in proximity of the respective flanges (27, 28), and a closed position, in which each coupling member (37; 38) can slide along the respective pipeline section (4; 5).
Clamping device for electrically coupling a sensor cable to an electrical contact, having an encircling, elastically deformable frame, wherein the frame has a frame interior region, a frame exterior face that faces away from the frame interior region, a frame interior face that faces the frame interior region, a first frame end face and a second frame end face that is opposite the first frame end face, a bearing device that is held on the frame and extends into the frame interior region, as well as a counter holding device that is disposed on the frame and has a counter holding element, wherein the bearing device and the counter holding device in a holding position of the clamping device are configured to form a receptacle space for receiving and holding the electrical contact, characterized in that the clamping device is configured in such a manner that a relative movement of the counter holding device in relation to the bearing device to a first releasing position for releasing the electrical contact from the receptacle space is able to be effected by pressing on both sides of the frame exterior face on a first frame axis that penetrates the frame interior region, and in that a relative movement of the counter holding device in relation to the bearing device to a second releasing position, different from the first releasing position, for releasing the electrical contact from the receptacle space is able to be effected by pressing from the outside on both sides of the frame exterior face on a second frame axis, different from the first frame axis, that penetrates the frame interior region.
A method of forming a polyamide composition, the method comprising: melt blending components comprising, based on the weight of the polyamide composition, 5 to 30 weight percent of a poly(phenylene ether) masterbatch, 35 to 70 weight percent of a first polyamide, 15 to 40 weight percent glass fibers, and 10 to 20 weight percent of a flame retardant comprising a metal dialkylphosphinate to form the polyamide composition; wherein the poly(phenylene ether) masterbatch is the product of melt blending components comprising, based on the weight of the poly(phenylene ether) masterbatch, 35 to 97 weight percent poly(phenylene ether) consisting of a homopolymer or copolymer of monomers selected from the group consisting of 2,6-dimethylphenol, 2,3,6-trimethylphenol, and combinations thereof, and 3 to 65 weight percent of a second polyamide; and wherein the first polyamide and the second polyamide can be the same or different. melt blending components comprising, based on the weight of the polyamide composition, 5 to 30 weight percent of a poly(phenylene ether) masterbatch, 35 to 70 weight percent of a first polyamide, 15 to 40 weight percent glass fibers, and 10 to 20 weight percent of a flame retardant comprising a metal dialkylphosphinate to form the polyamide composition; 5 to 30 weight percent of a poly(phenylene ether) masterbatch, 35 to 70 weight percent of a first polyamide, 15 to 40 weight percent glass fibers, and 10 to 20 weight percent of a flame retardant comprising a metal dialkylphosphinate to form the polyamide composition; wherein the poly(phenylene ether) masterbatch is the product of melt blending components comprising, based on the weight of the poly(phenylene ether) masterbatch, 35 to 97 weight percent poly(phenylene ether) consisting of a homopolymer or copolymer of monomers selected from the group consisting of 2,6-dimethylphenol, 2,3,6-trimethylphenol, and combinations thereof, and 3 to 65 weight percent of a second polyamide; and wherein the first polyamide and the second polyamide can be the same or different.
A hybrid powertrain comprising an internal combustion engine, a transmission, a first electric motor and a second electric motor, wherein - the transmission comprises an input shaft to which the internal combustion engine is connected via a main clutch, an output shaft and a gear assembly providing at least two different gear ratios that may be selected for transfer of mechanical power from the input shaft to the output shaft, - the first electric motor is connected to the input shaft via a first gear (i x), such that torque and rotation may be transferred between the first electric motor and the input shaft, and - the second electric motor is connected to the input shaft via a first clutch and the first gear (i x), such that torque and rotation may be transferred between the second electric motor and the input shaft, and connected to the output shaft via a second clutch and a second gear (i y), such that torque and rotation may be transferred between the second electric motor and the output shaft, wherein the first electric motor is connected to the second electric motor via the first clutch, and the first electric motor, the second electric motor, the first clutch and the second clutch form parts of a torque transfer path bypassing the at least two different gear ratios, the torque transfer path arranged to transfer torque from the input shaft to the output shaft during a gearshift. - the transmission comprises an input shaft to which the internal combustion engine is connected via a main clutch, an output shaft and a gear assembly providing at least two different gear ratios that may be selected for transfer of mechanical power from the input shaft to the output shaft, - the first electric motor is connected to the input shaft via a first gear (i x), such that torque and rotation may be transferred between the first electric motor and the input shaft, and - the second electric motor is connected to the input shaft via a first clutch and the first gear (i x), such that torque and rotation may be transferred between the second electric motor and the input shaft, and connected to the output shaft via a second clutch and a second gear (i y), such that torque and rotation may be transferred between the second electric motor and the output shaft, wherein the first electric motor is connected to the second electric motor via the first clutch, and the first electric motor, the second electric motor, the first clutch and the second clutch form parts of a torque transfer path bypassing the at least two different gear ratios, the torque transfer path arranged to transfer torque from the input shaft to the output shaft during a gearshift.
A container device for solid cosmetic said cosmetic being made from powdered or similar materials compacted into a capsule, said container device comprising a containing portion including a cavity suitable to contain a capsule constituting said cosmetic material, a cover portion suitable to cover said containing portion, a hinge connecting said cover portion to said containing portion, said containing portion, said cover portion and said hinge being made of silicone and being made as a single piece, said hinge consisting of a thin connecting portion of said containing portion and said cover portion, characterised in that said containing portion includes a perimetrical recess provided in the base of said cavity and suitable to house connecting means for said capsule, and by comprising connecting means, housed in said perimetrical recess, consisting of a rigid element supporting said capsule.
A focus detection device, comprising: a plurality of first pixels, via which first signals and second signals corresponding to a first colour, to be used for split-pupil phase detection, are output; a plurality of second pixels, via which third signals and fourth signals corresponding to a second colour, to be used for the split-pupil phase detection, are output; a detection unit that detects an extent of offset corresponding to a focusing condition manifested by the first signals and the second signals or an extent of offset corresponding to the focusing condition manifested by the third signals and the fourth signals; and characterised by a defocus amount calculation unit that calculates: a defocus amount by using the extent of offset manifested by the first signals and the second signals, which has been detected by the detection unit, and a first conversion coefficient corresponding to the first colour; or a defocus amount by using the extent of offset manifested by the third signals and the fourth signals, which has been detected by the detection unit, and a second conversion coefficient corresponding to the second colour. a plurality of first pixels, via which first signals and second signals corresponding to a first colour, to be used for split-pupil phase detection, are output; a plurality of second pixels, via which third signals and fourth signals corresponding to a second colour, to be used for the split-pupil phase detection, are output; a detection unit that detects an extent of offset corresponding to a focusing condition manifested by the first signals and the second signals or an extent of offset corresponding to the focusing condition manifested by the third signals and the fourth signals; and characterised by a defocus amount calculation unit that calculates: a defocus amount by using the extent of offset manifested by the first signals and the second signals, which has been detected by the detection unit, and a first conversion coefficient corresponding to the first colour; or a defocus amount by using the extent of offset manifested by the third signals and the fourth signals, which has been detected by the detection unit, and a second conversion coefficient corresponding to the second colour. a defocus amount by using the extent of offset manifested by the first signals and the second signals, which has been detected by the detection unit, and a first conversion coefficient corresponding to the first colour; or a defocus amount by using the extent of offset manifested by the third signals and the fourth signals, which has been detected by the detection unit, and a second conversion coefficient corresponding to the second colour.