mhurhangee/ep-ind-claims huggingface dataset:
An optical assembly, comprising: a lens having a lens body comprising a proximal section having at least one input surface for receiving light from a light source and a distal section having at least one output surface through which light exits the lens body, a light guide optically coupled to the output surface of the lens body for receiving at least a portion of the light exiting the lens, wherein the proximal section further comprises: a substantially elliptical peripheral surface receiving at least a portion of the light entering the lens body via the at least one input surface and directing at least some of the received light via total internal reflection to the distal section such that at least a portion of the light directed to the distal section exits the lens body through the at least one output surface, and wherein the at least one input surface comprises a central convex portion and a peripheral portion surrounding the central convex portion, characterized in that the peripheral portion of the input surface comprises a proximal concave segment and distal convex segment. a lens having a lens body comprising a proximal section having at least one input surface for receiving light from a light source and a distal section having at least one output surface through which light exits the lens body, a light guide optically coupled to the output surface of the lens body for receiving at least a portion of the light exiting the lens, wherein the proximal section further comprises: a substantially elliptical peripheral surface receiving at least a portion of the light entering the lens body via the at least one input surface and directing at least some of the received light via total internal reflection to the distal section such that at least a portion of the light directed to the distal section exits the lens body through the at least one output surface, and wherein the at least one input surface comprises a central convex portion and a peripheral portion surrounding the central convex portion, characterized in that the peripheral portion of the input surface comprises a proximal concave segment and distal convex segment. a substantially elliptical peripheral surface receiving at least a portion of the light entering the lens body via the at least one input surface and directing at least some of the received light via total internal reflection to the distal section such that at least a portion of the light directed to the distal section exits the lens body through the at least one output surface, and wherein the at least one input surface comprises a central convex portion and a peripheral portion surrounding the central convex portion, characterized in that the peripheral portion of the input surface comprises a proximal concave segment and distal convex segment.
A fatty amine having the formula: R 2 (R 3)NR 1 wherein R 1 is -(CH 2) 8 -CH=CHR 4 or -(CH 2) 8 -CH=CH-(CH 2) 8 -NR 2 R 3; each of R 2 and R 3 is independently substituted or unsubstituted alkyl, aryl, alkenyl, oxyalkylene, or polyoxyalkylene; and R 4 is hydrogen or C 1 -C 7 alkyl, wherein if R 1 is -(CH 2) 8 -CH=CHR 4, wherein R 4 is C 1 -C 7 alkyl, or R 1 is -(CH 2) 8 -CH=CH-(CH 2) 8 -NR 2 R 3 the fatty amine has at least 1 mole % of trans- Δ 9 unsaturation.
A rock drilling rig comprising: a movable carrier; at least one boom; at least one rock drilling unit arranged at a distal portion of the boom; at least one detection device; and at least one control unit; characterized in that the detection device is aligned in the direction of gravity for detecting a position of at least one reference line at a work site of the rock drilling rig. a movable carrier; at least one boom; at least one rock drilling unit arranged at a distal portion of the boom; at least one detection device; and at least one control unit;
An adhesive tape cartridge comprising: an adhesive tape roll that winds an adhesive tape (150; 150N) around a predetermined axis in a housing, said adhesive tape (150; 150N) comprising: a base layer (151; 151A); a particle-containing adhesive layer (162; 162U); and a particle-free adhesive layer (160; 160U), wherein the particle-containing adhesive layer (162; 162U) and the particle-free adhesive layer (160; 160U) are disposed on one side of said base layer (151; 151A) in a thickness direction and in contact with each other, wherein said particle-containing adhesive layer (162; 162U) comprises an adhesive to which particles are added, wherein said particles added to said particle-containing adhesive layer (162; 162U) are pigment, wherein said pigment is added to said particle-containing adhesive layer (162; 162U) in a volume proportion of 5 % or more and 50 % or less, and wherein said particle-free adhesive layer (160; 160U) comprises an adhesive to which no glittering pigment is added. an adhesive tape roll that winds an adhesive tape (150; 150N) around a predetermined axis in a housing, said adhesive tape (150; 150N) comprising: a base layer (151; 151A); a particle-containing adhesive layer (162; 162U); and a particle-free adhesive layer (160; 160U), wherein the particle-containing adhesive layer (162; 162U) and the particle-free adhesive layer (160; 160U) are disposed on one side of said base layer (151; 151A) in a thickness direction and in contact with each other, wherein said particle-containing adhesive layer (162; 162U) comprises an adhesive to which particles are added, wherein said particles added to said particle-containing adhesive layer (162; 162U) are pigment, wherein said pigment is added to said particle-containing adhesive layer (162; 162U) in a volume proportion of 5 % or more and 50 % or less, and wherein said particle-free adhesive layer (160; 160U) comprises an adhesive to which no glittering pigment is added. a base layer (151; 151A); a particle-containing adhesive layer (162; 162U); and a particle-free adhesive layer (160; 160U), wherein the particle-containing adhesive layer (162; 162U) and the particle-free adhesive layer (160; 160U) are disposed on one side of said base layer (151; 151A) in a thickness direction and in contact with each other, wherein said particle-containing adhesive layer (162; 162U) comprises an adhesive to which particles are added, wherein said particles added to said particle-containing adhesive layer (162; 162U) are pigment, wherein said pigment is added to said particle-containing adhesive layer (162; 162U) in a volume proportion of 5 % or more and 50 % or less, and wherein said particle-free adhesive layer (160; 160U) comprises an adhesive to which no glittering pigment is added.
An electric tool comprising: a brushless motor having a plurality of phases, the brushless motor including: a plurality of stator coils connected in parallel with each of the plurality of phases, and a plurality of crossover wires, each of the crossover wires being configured to electrically connect the plurality of stator coils for each of the plurality of phases to each other, wherein the plurality of crossover wires for the plurality of phases are electrically connected to each other, characterised in that an opposite end portion of each stator coil to the crossover wire is drawn out towards one axial side of the brushless motor by a lead wire part and the crossover wire exists at the other axial side. a brushless motor having a plurality of phases, the brushless motor including: a plurality of stator coils connected in parallel with each of the plurality of phases, and a plurality of crossover wires, each of the crossover wires being configured to electrically connect the plurality of stator coils for each of the plurality of phases to each other, wherein the plurality of crossover wires for the plurality of phases are electrically connected to each other, characterised in that an opposite end portion of each stator coil to the crossover wire is drawn out towards one axial side of the brushless motor by a lead wire part and the crossover wire exists at the other axial side. a plurality of stator coils connected in parallel with each of the plurality of phases, and a plurality of crossover wires, each of the crossover wires being configured to electrically connect the plurality of stator coils for each of the plurality of phases to each other, wherein the plurality of crossover wires for the plurality of phases are electrically connected to each other, characterised in that an opposite end portion of each stator coil to the crossover wire is drawn out towards one axial side of the brushless motor by a lead wire part and the crossover wire exists at the other axial side.
A method for producing a set of N masks for producing a structure by means of at least N photolithography operations, which method comprises the following steps: - producing a set of N, with N being an integer higher than 1, mask blanks that may have defects; - generating an individual map of the positions of the defects of each mask blank using an inspection machine; - generating a concatenated map of the defects of a plurality of masks by transferring, to the same useful zone common to all of the masks, the positions of the defects detected by mapping the various mask blanks; - defining individual defect zones each associated with a respective defect and surrounding said defect; - producing, as a function of the structure to be produced and of design rules, an electronic version of the layouts of the N masks, whilst locally taking into account, in the design rules, the existence of each defect of said concatenated map in order to prevent the placement of critical elements in defect zones; and - producing each of the masks on the basis of any mask blank and of a respective layout thus produced. - producing a set of N, with N being an integer higher than 1, mask blanks that may have defects; - generating an individual map of the positions of the defects of each mask blank using an inspection machine; - generating a concatenated map of the defects of a plurality of masks by transferring, to the same useful zone common to all of the masks, the positions of the defects detected by mapping the various mask blanks; - defining individual defect zones each associated with a respective defect and surrounding said defect; - producing, as a function of the structure to be produced and of design rules, an electronic version of the layouts of the N masks, whilst locally taking into account, in the design rules, the existence of each defect of said concatenated map in order to prevent the placement of critical elements in defect zones; and - producing each of the masks on the basis of any mask blank and of a respective layout thus produced.
A method for determining the presence of a malignant tumor or the severity thereof, a method for selecting a therapeutic method therefor or evaluating the effect of the therapeutic method, or a method for estimating the risk of recurrence of the malignant tumor or the presence or absence of the recurrence, characterized in that the method comprises 1) a step of measuring the concentration and/or quantity of soluble LR11 in a sample originating from a subject and 2) a step of comparing the value measured above with a soluble LR11 measurement value in a healthy subject group, wherein the malignant tumor is acute lymphocytic leukemia, acute myeloid leukemia, chronic lymphocytic leukemia, chronic myeloid leukemia, non-Hodgkin's lymphoma, multiple myeloma, liver cancer, pancreatic cancer, colon cancer, colorectal cancer or gallbladder cancer. 1) a step of measuring the concentration and/or quantity of soluble LR11 in a sample originating from a subject and 2) a step of comparing the value measured above with a soluble LR11 measurement value in a healthy subject group,
A trimmer, comprising: a handle assembly, a power mechanism locating at one end of the handle assembly and having a housing assembly, a motor (22; 70) and a power transmission assembly both received in the housing assembly, the motor (22; 70) having an output shaft (221; 73) and the power transmission assembly having a pinion (232; 90) mounted on the output shaft (221; 73) of the motor (22; 70) and a big gear (233; 80) engaging with the pinion, and a blade assembly connected to the power mechanism, wherein the motor (22; 70) is an external rotor motor (22; 70) which has a diameter greater or equal to 50 mm, characterized in that, the transmission ratio between the pinion and the big gear is less than 6, and the power transmission assembly has a bottom cover connected to a bottom of the housing assembly and a fan sandwiched between the bottom cover and the housing assembly, wherein the bottom cover defines a blower chamber for receiving the fan and a heat dissipation channel extending there through for air passing from the blower chamber to outside. a handle assembly, a power mechanism locating at one end of the handle assembly and having a housing assembly, a motor (22; 70) and a power transmission assembly both received in the housing assembly, the motor (22; 70) having an output shaft (221; 73) and the power transmission assembly having a pinion (232; 90) mounted on the output shaft (221; 73) of the motor (22; 70) and a big gear (233; 80) engaging with the pinion, and a blade assembly connected to the power mechanism, the motor (22; 70) is an external rotor motor (22; 70) which has a diameter greater or equal to 50 mm, characterized in that, the transmission ratio between the pinion and the big gear is less than 6, and the power transmission assembly has a bottom cover connected to a bottom of the housing assembly and a fan sandwiched between the bottom cover and the housing assembly, wherein the bottom cover defines a blower chamber for receiving the fan and a heat dissipation channel extending there through for air passing from the blower chamber to outside.
A wireless power transfer system comprising a wireless power transfer device, the wireless power transfer device comprising: a first transmitting coil oriented along a first axis; a second transmitting coil on the first transmitting coil and oriented along a second axis different from the first axis; a nonmagnetic material magnetically decoupling the first transmitting coil from the second transmitting coil in an area of overlap between the first and second transmitting coils; characterised in that the wireless power transfer device further comprises a driver configured to provide a first current to the first transmitting coil and a second current to the second transmitting coil to generate a magnetic field, wherein the driver is configured to differentially drive the first and second transmitting coils with the first and second currents, respectively, to control a direction of the magnetic field. a first transmitting coil oriented along a first axis; a second transmitting coil on the first transmitting coil and oriented along a second axis different from the first axis; a nonmagnetic material magnetically decoupling the first transmitting coil from the second transmitting coil in an area of overlap between the first and second transmitting coils; characterised in that the wireless power transfer device further comprises a driver configured to provide a first current to the first transmitting coil and a second current to the second transmitting coil to generate a magnetic field, wherein the driver is configured to differentially drive the first and second transmitting coils with the first and second currents, respectively, to control a direction of the magnetic field.
An insulating element (10;200;200) for insulating building facades comprising a substantially planar base member (12;112;212) and first and second opposing side walls (14,16;114;116;214,216) extending outwardly from the base member (12;112;212), such that the base member and side walls define a recess therebetween for receiving at least a portion of an external wall fitting, such as a down pipe, at least said base member (12;112;212) being provided with an insulating layer (20;120;220), wherein said insulating element (10;100;200) can be inserted into a recess or cut-out in an insulating panel or between adjacent insulating panels (2a,2b) in order to provide clearance for said external wall fitting, and wherein an outer lip (22; 122; 222) is provided on a distal edge of each of said first and second side walls adapted to overlie the outer face of an adjacent insulating panel, characterised in that the insulating layer (20; 120; 220) has been applied to the rear face of the base member (12; 112; 212) and in that said insulating layer (20;120;220) comprises one of Aerogel, PIR (polyisocyanurate) or phenolic resin.
An applicator 100 for applying a substance to a surface, the applicator comprising: a hollow body 110, wherein the hollow body includes a distal portion112, a proximal portion114, an outer surface 118, an inner surface 116, and an activation region 120 between the distal portion and proximal portion, characterized in that the hollow body includes two longitudinal grooves 122 on at least one of the outer surface 118 and the inner surface 116 in the activation region 120; and wherein the hollow body has a first radial groove 124 in the activation region 120 that is on at least one of the outer surface 118 and the inner surface 116 and wherein the two longitudinal grooves 122 and the radial groove 124 have a width and depth sufficient to impart the desired flexibility to the activation region 120 while not reducing the thickness of the material forming the hollow body 110 to the point where it is vulnerable to puncture. a hollow body 110, wherein the hollow body includes a distal portion112, a proximal portion114, an outer surface 118, an inner surface 116, and an activation region 120 between the distal portion and proximal portion, characterized in that the hollow body includes two longitudinal grooves 122 on at least one of the outer surface 118 and the inner surface 116 in the activation region 120; and wherein the hollow body has a first radial groove 124 in the activation region 120 that is on at least one of the outer surface 118 and the inner surface 116 and wherein the two longitudinal grooves 122 and the radial groove 124 have a width and depth sufficient to impart the desired flexibility to the activation region 120 while not reducing the thickness of the material forming the hollow body 110 to the point where it is vulnerable to puncture.
Solventborne pigment paste comprising effect pigments, characterized in that it comprises, based in each case on the overall composition of the pigment paste, 10% to 30% by weight of at least one lamellar effect pigment, 0.1% to 2.0% by weight of a waxlike compound, 0.1% to 3.0% by weight of cellulose acetobutyrate, 2.0% to 20% by weight of a polyester resin, 2.0% to 10% by weight of a melamine resin, 0.05% to 0.5% by weight of a urea-based thickener, 30% to 80% by weight of organic solvents. 10% to 30% by weight of at least one lamellar effect pigment, 0.1% to 2.0% by weight of a waxlike compound, 0.1% to 3.0% by weight of cellulose acetobutyrate, 2.0% to 20% by weight of a polyester resin, 2.0% to 10% by weight of a melamine resin, 0.05% to 0.5% by weight of a urea-based thickener, 30% to 80% by weight of organic solvents.
A composition comprising a conjugate of quinic acid with at least one molecule of caffeic acid, or an isomer or salt thereof, for use in the prevention, amelioration and/ or treatment of conditions, disorders and/ or diseases associated with senescence and/ or inflammation of teeth and/ or associated structures and tissues in the mouth of a mammal, wherein the composition is not used as a gel, spray, toothpaste or mouthwash for the treatment of periodontitis and/ or gum retraction.
A method for managing the state of charge of a lithium-ion cell module ( CELL MODULE) comprising at least two different cells, characterized in that the method comprises - determining ( M, MU) states of charge of said at least two different cells ( CELL MODULE), wherein for each cell of said at least two different cells, the state of charge, between substantially full and empty states, being monitored by observing changes in a differential capacity curve of the concerned cell exceeding or falling short of a preset limit value during a discharging or charging process of the cell, wherein each of said changes involves a spike which is specific for the concerned cell and always consistent with a specific state of charge of the cell, and wherein ordinal number of a change involving such spike in the differential capacity curve determines the cell's state of charge consistent with said change, and - in case the states of charge of said cells deviate with respect to each other based on the determined state of charge of each cell, balancing ( M, MU, CGM, HOST) the charge difference between the at least two different cells so that the states of the charge of the at least two different cells are at a desired level, which is less than substantially a full capacity of the cells but more than substantially empty state. - determining ( M, MU) states of charge of said at least two different cells ( CELL MODULE), wherein for each cell of said at least two different cells, the state of charge, between substantially full and empty states, being monitored by observing changes in a differential capacity curve of the concerned cell exceeding or falling short of a preset limit value during a discharging or charging process of the cell, wherein each of said changes involves a spike which is specific for the concerned cell and always consistent with a specific state of charge of the cell, and wherein ordinal number of a change involving such spike in the differential capacity curve determines the cell's state of charge consistent with said change, and for each cell of said at least two different cells, the state of charge, between substantially full and empty states, being monitored by observing changes in a differential capacity curve of the concerned cell exceeding or falling short of a preset limit value during a discharging or charging process of the cell, wherein each of said changes involves a spike which is specific for the concerned cell and always consistent with a specific state of charge of the cell, and wherein ordinal number of a change involving such spike in the differential capacity curve determines the cell's state of charge consistent with said change, and - in case the states of charge of said cells deviate with respect to each other based on the determined state of charge of each cell, balancing ( M, MU, CGM, HOST) the charge difference between the at least two different cells so that the states of the charge of the at least two different cells are at a desired level, which is less than substantially a full capacity of the cells but more than substantially empty state.
A method of pressure treating fresh meat, comprising: applying hemoglobin to the fresh meat; placing the fresh meat in a sealed, flexible container prior to pressure treating the fresh meat; and pressure treating the fresh meat by application of isostatic pressure to the fresh meat at a sufficiently high pressure from about 68 MPa ( ee-10,000 psi) up to about 690 MPa ( 100,000 psi), and temperatures from about 0 °C to about 10 °C ( from about 32 degrees to about 50 degree Fahrenheit), and for a duration of time of 60 seconds to less than an hour sufficient to rupture the cell walls of at least some microorganisms present in the fresh meat. applying hemoglobin to the fresh meat; placing the fresh meat in a sealed, flexible container prior to pressure treating the fresh meat; and pressure treating the fresh meat by application of isostatic pressure to the fresh meat at a sufficiently high pressure from about 68 MPa ( ee-10,000 psi) up to about 690 MPa ( 100,000 psi), and temperatures from about 0 °C to about 10 °C ( from about 32 degrees to about 50 degree Fahrenheit), and for a duration of time of 60 seconds to less than an hour sufficient to rupture the cell walls of at least some microorganisms present in the fresh meat.