mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a polystyrene granulate intended as a material for a thermal insulation bulk good, comprising the steps of: - Providing shredded polystyrene waste which comprises expanded polystyrene as well as extruded polystyrene, - producing an extrudate using the shredded polystyrene waste by means of an extruder , - producing an extrudate provided with a blowing agent from the extrudate by means of an extruder , - pressing the extrudate provided with the blowing agent though at least one aperture of a tool of the extruder , - cutting off parts having varying lengths of the extrudate provided with the blowing agent and pressed through the at least one aperture by means of a cutting device of the tool , such that at least two of the several foamed extruded polystyrene-particles vary significantly in size, and - allowing to foam and by means of a cooling device cooling the cut off parts of the extrudats provided with the blowing agent due to the blowing agent, in order to obtain a polystyrene granulate intended as a material for a thermal insulation bulk good which comprises the several foamed extruded polystyrene-particles. - Providing shredded polystyrene waste which comprises expanded polystyrene as well as extruded polystyrene, - producing an extrudate using the shredded polystyrene waste by means of an extruder , - producing an extrudate provided with a blowing agent from the extrudate by means of an extruder , - pressing the extrudate provided with the blowing agent though at least one aperture of a tool of the extruder , - cutting off parts having varying lengths of the extrudate provided with the blowing agent and pressed through the at least one aperture by means of a cutting device of the tool , such that at least two of the several foamed extruded polystyrene-particles vary significantly in size, and - allowing to foam and by means of a cooling device cooling the cut off parts of the extrudats provided with the blowing agent due to the blowing agent, in order to obtain a polystyrene granulate intended as a material for a thermal insulation bulk good which comprises the several foamed extruded polystyrene-particles.
A composition comprising trans-1,1,1,4,4,4-hexafluoro-2-butene and HFC-227ea, wherein the composition comprises from 5 weight percent to 60 weight percent trans-1,1,1,4,4,4-hexafluoro-2-butene.
A Ceramic Matrix Composite (CMC) platform assembly for an airfoil of a gas turbine engine comprising a CMC platform segment which defines a first edge surface contoured to abut a pressure side of a first airfoil and a second edge surface contoured to abut a suction side of a second airfoil , characterised in that : said CMC platform segment defines a first partial aperture for receipt of a first airfoil pin for said first airfoil and a second partial aperture for receipt of a second airfoil pin for said second airfoil .
An anti-CD25 antibody or antigen-binding fragment thereof, comprising: a) a variable heavy chain region comprising an amino acid sequence of SEQ ID NO:1, SEQ ID NO:2 or SEQ IDNO:3; and b) a variable light chain region comprising an amino acid sequence of SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6 or SEQ ID NO:7. a) a variable heavy chain region comprising an amino acid sequence of SEQ ID NO:1, SEQ ID NO:2 or SEQ IDNO:3; and b) a variable light chain region comprising an amino acid sequence of SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6 or SEQ ID NO:7.
Cooking vessel made from a light metal or alloy sheet , comprising a side wall and a bottom intended to be arranged horizontally on a heating apparatus, in particular, an induction heating apparatus, said bottom receiving a plate made of a metal or a ferromagnetic alloy having a higher elastic limit than that of the metal or alloy of said sheet , said plate comprising attaching perforations and being embedded in said bottom in such a way that the attaching perforations are filled with material of the sheet , said plate comprising a continuously full peripheral bearing area , in the form of a crown which extends radially over a width L and ends in a raised peripheral rim which extends towards the sheet , characterized in that the bottom is connected to the side wall by a curved part which extends upwards directly from the peripheral rim and in that the plate has a radius R1, the ratio L/R1 being greater than 0.08, preferably greater than 0.1.
Aqueous dispersion of microcapsules, wherein the shell of the microcapsules comprises at least one polyurea and the core comprises one or more lipophilic components with the proviso that the core does not contain a fragrance, and having a percentage of the shell weight with reference to the total weight of the capsules of 5 to 40 % and wherein the microcapsules have a volume average diameter of 15 to 90 μm as measured by the method set forth in the description and wherein the ratio of the shell weight to the volume average diameter of the capsules is at most 0.7 μm -1 and the dispersion comprises hydroxyalkylcellulose as a stabilizing agent.
A method of manufacturing a shunt resistor, the shunt resistor comprising: a resistor formed in a rectangular shape, the resistor having one side surface and another side surface which is opposite to the one side surface; a first base formed in a rectangular shape; a second base formed in a rectangular shape; the first base and the second base formed integrally with the resistor therebetween; a recessed hole (11a, 11a1, 11a2) formed in the first base and the second base respectively; and a measurement terminal inserted into the recessed hole (11a, 11a1, 11a2) to be fixed on the first base and the second base respectively, wherein the first base is bonded to the one side surface of the resistor and the second base is bonded to the other side surface of the resistor ; the measurement terminal comprises: a shaft part ; the method being characterised in that the measurement terminal further comprises a flange part protruding circumferentially outward from the shaft part , and the method further comprises the step of: forming the recessed hole (11a, 11a1, 11a2) in the upper surface of the first base and the second base respectively by punch pressing so as not to penetrate through the whole thickness of the first base and the second base in the thickness direction of the first base and the second base . a resistor formed in a rectangular shape, the resistor having one side surface and another side surface which is opposite to the one side surface; a first base formed in a rectangular shape; a second base formed in a rectangular shape; the first base and the second base formed integrally with the resistor therebetween; a recessed hole (11a, 11a1, 11a2) formed in the first base and the second base respectively; and a measurement terminal inserted into the recessed hole (11a, 11a1, 11a2) to be fixed on the first base and the second base respectively, wherein the first base is bonded to the one side surface of the resistor and the second base is bonded to the other side surface of the resistor ; the measurement terminal comprises: a shaft part ; the method being characterised in that the measurement terminal further comprises a flange part protruding circumferentially outward from the shaft part , and the method further comprises the step of: forming the recessed hole (11a, 11a1, 11a2) in the upper surface of the first base and the second base respectively by punch pressing so as not to penetrate through the whole thickness of the first base and the second base in the thickness direction of the first base and the second base . a shaft part ; the method being characterised in that the measurement terminal further comprises a flange part protruding circumferentially outward from the shaft part , and the method further comprises the step of: forming the recessed hole (11a, 11a1, 11a2) in the upper surface of the first base and the second base respectively by punch pressing so as not to penetrate through the whole thickness of the first base and the second base in the thickness direction of the first base and the second base .
A powder for additive manufacturing, having a composition consisting of, in mass%: 0.25<C<0.40, 0.001≤Si≤0.15, 0.30≤Mn≤0.45, 5.0≤Cr≤5.5, 1.0≤Mo≤1.5, 0.35≤V≤0.45, 0.01≤N≤0.05, 0.01≤O≤0.04, and optionally, P<0.10, Cu<0.20, Ni<0.20, Al<0.05, Zr<0.05, S<0.20, Pb<0.20, Bi<0.20, Nb<0.20, Ti<0.20, B<0.10, and Co<0.20, with the balance being Fe and unavoidable impurities, wherein a surface of the powder for additive manufacturing is coated with an oxide film, and the oxide film has a thickness of 3 nm or more and 30 nm or less. 0.25<C<0.40, 0.001≤Si≤0.15, 0.30≤Mn≤0.45, 5.0≤Cr≤5.5, 1.0≤Mo≤1.5, 0.35≤V≤0.45, 0.01≤N≤0.05, 0.01≤O≤0.04, and optionally, P<0.10, Cu<0.20, Ni<0.20, Al<0.05, Zr<0.05, S<0.20, Pb<0.20, Bi<0.20, Nb<0.20, Ti<0.20, B<0.10, and Co<0.20, with the balance being Fe and unavoidable impurities, wherein a surface of the powder for additive manufacturing is coated with an oxide film, and the oxide film has a thickness of 3 nm or more and 30 nm or less.
A method for dispensing a fragrance composition into a main cavity of a household appliance during a cleaning cycle of the household appliance , the cleaning cycle comprising a wash cycle during which a detergent is dispensed into the main cavity and at least one rinse cycle, the detergent being comprised in a first compartment of a mobile dispensing device configured to be movably arranged inside the main cavity of the household appliance , the method comprising: - storing the fragrance composition in a second compartment of the mobile dispensing device , the second compartment being separated from the first compartment of the dispensing device; - determining a change in a position of the mobile dispensing device in the main cavity; and characterized in that it further comprises: - dispensing at least one portion of the fragrance composition from the second compartment into the main cavity at least twice during the at least one rinse cycle so that the position of the mobile dispensing device in the main cavity at a first dispensing time differs from the position of the mobile dispensing device in the main cavity at a second dispensing time. - storing the fragrance composition in a second compartment of the mobile dispensing device , the second compartment being separated from the first compartment of the dispensing device; - determining a change in a position of the mobile dispensing device in the main cavity; and - dispensing at least one portion of the fragrance composition from the second compartment into the main cavity at least twice during the at least one rinse cycle so that the position of the mobile dispensing device in the main cavity at a first dispensing time differs from the position of the mobile dispensing device in the main cavity at a second dispensing time.
Quick changer for changing attachments on a construction machine which has a support , first receivers arranged on one side of the support for receiving a first coupling element, second receivers arranged on the other side of the support and having at least one locking element movable between a release position and a locking position for receiving a second coupling element and a catch device arranged on the support and having at least one catch hook for catching the attachment, wherein the catch hook designed for independent catching of an attachment by the operator for additional safety is connected firmly and non-pivotably to the support via a non-destructive releasable connection (16, 17, 18; 22).
A phosphatidylserine powder composition comprising a phosphatidylserine, wherein at least 80% (w/w) of the phosphatidylserine powder composition has a particle size of 250 microns or less.
A method comprising: placing a tracker in a retro-follow mode, the tracker configured to emit and receive a beam of light: determining whether the beam of light emitted along an optical axis of the tracker is detected by a position detector of the tracker , wherein the beam of light is emitted by a light source of the tracker ; when the beam of light is detected by the position detector , tracking on a retroreflector by causing the beam of light to move with the tracker to a retrace point of the position detector ; and when the beam of light is not detected by the position detector after turning on the light source, turning off the beam of light, attempting to identify a retroreflector in first images captured by one or more cameras of the tracker , and steering the optical axis toward the identified retroreflector , continuing until a retroreflector acquisition criterion has been met by the first images, thereafter turning on the beam of light. determining whether the beam of light emitted along an optical axis of the tracker is detected by a position detector of the tracker , wherein the beam of light is emitted by a light source of the tracker ; when the beam of light is detected by the position detector , tracking on a retroreflector by causing the beam of light to move with the tracker to a retrace point of the position detector ; and when the beam of light is not detected by the position detector after turning on the light source, turning off the beam of light, attempting to identify a retroreflector in first images captured by one or more cameras of the tracker , and steering the optical axis toward the identified retroreflector , continuing until a retroreflector acquisition criterion has been met by the first images, thereafter turning on the beam of light.
A printing device for dispending material on a heated substrate, the device comprising: a printing head having one or more nozzles; and a heat shield that partially masks a side of the printing head that faces the heated substrate when printing so as to reduce heat transfer from the substrate to the printing head, the shield including a slot aligned with the one or more nozzles to enable passage of material from the one or more nozzles to the heated substrate; and characterised in that the printing device further comprises an air suction unit coupled to an air opening in a side of the shield that faces the heated substrate when printing. a printing head having one or more nozzles; and a heat shield that partially masks a side of the printing head that faces the heated substrate when printing so as to reduce heat transfer from the substrate to the printing head, the shield including a slot aligned with the one or more nozzles to enable passage of material from the one or more nozzles to the heated substrate; and characterised in that the printing device further comprises an air suction unit coupled to an air opening in a side of the shield that faces the heated substrate when printing.
An optical scanning device comprising: a light source which emits light (La); a light deflector having a mirror unit which includes: on a front surface side, a flat reflection part that emits incident light entering from the light source as scanning reflection light (Lb), and a first actuator (32a-32d, 145a,145b) that rotates the mirror unit in a reciprocating manner about a first rotation axis ; wherein the mirror unit further includes, on the front surface side, a groove-shaped reflection part having a longitudinal groove that extends in parallel to the first axis and that has a pair of inclined surfaces facing each other such that a groove width decreases from the front surface side to a back surface side, and which reflects the incident light a total of twice, once on each inclined surface and emits the reflected incident light as index light (Lc), and the optical scanning device further comprises: a light detection unit which is disposed on a scanning trajectory of a scanning light spot of the scanning reflection light (Lb) and at a light reception position of an index light spot of the index light (Lc), and is divided into a first light detector and a second light detector by a division line that divides the index light spot in a scanning direction of the scanning reflection light (Lb); and a deflection angle detection unit which detects a first deflection angle as a deflection angle of the mirror unit about the first rotation axis based on comparison between an output of the first light detector and an output of the second light detector . a light deflector having a mirror unit which includes: on a front surface side, a flat reflection part that emits incident light entering from the light source as scanning reflection light (Lb), and a first actuator (32a-32d, 145a,145b) that rotates the mirror unit in a reciprocating manner about a first rotation axis ; wherein the mirror unit further includes, on the front surface side, a groove-shaped reflection part having a longitudinal groove that extends in parallel to the first axis and that has a pair of inclined surfaces facing each other such that a groove width decreases from the front surface side to a back surface side, and which reflects the incident light a total of twice, once on each inclined surface and emits the reflected incident light as index light (Lc), and a light detection unit which is disposed on a scanning trajectory of a scanning light spot of the scanning reflection light (Lb) and at a light reception position of an index light spot of the index light (Lc), and is divided into a first light detector and a second light detector by a division line that divides the index light spot in a scanning direction of the scanning reflection light (Lb); and a deflection angle detection unit which detects a first deflection angle as a deflection angle of the mirror unit about the first rotation axis based on comparison between an output of the first light detector and an output of the second light detector .
A joint driving apparatus comprising: a housing unit provided to a first link ; a driving unit housed in the housing unit and adapted to rotationally drive a second link , an output end of the driving unit being connected to the second link ; a bearing provided in the housing unit , the bearing being adapted to rotatably support the second link and configured to couple the second link to the housing unit ; and a supporting unit comprising a holding member , being configured to couple the driving unit to the housing unit and configured to support the driving unit on the housing unit , the supporting unit comprising a torque detection apparatus comprising an elastic body configured to deform to a rotating direction of the second link and a sensor configured to detect torque generated on the supporting unit, wherein the driving unit further comprises a driving source and a reduction mechanism , characterized in that the holding member is provided between the driving source and the reduction mechanism , and the supporting unit is provided within the housing unit and between the driving unit and the housing unit , and the supporting unit couples the driving unit to the housing unit via the torque detection apparatus being joined at one end to the holding member and at the other end to the housing unit . a housing unit provided to a first link ; a driving unit housed in the housing unit and adapted to rotationally drive a second link , an output end of the driving unit being connected to the second link ; a bearing provided in the housing unit , the bearing being adapted to rotatably support the second link and configured to couple the second link to the housing unit ; and a supporting unit comprising a holding member , being configured to couple the driving unit to the housing unit and configured to support the driving unit on the housing unit , the supporting unit comprising a torque detection apparatus comprising an elastic body configured to deform to a rotating direction of the second link and a sensor configured to detect torque generated on the supporting unit, wherein the driving unit further comprises a driving source and a reduction mechanism , characterized in that the holding member is provided between the driving source and the reduction mechanism , and the supporting unit is provided within the housing unit and between the driving unit and the housing unit , and the supporting unit couples the driving unit to the housing unit via the torque detection apparatus being joined at one end to the holding member and at the other end to the housing unit .
A communication mode selection method, wherein the method comprises: transmitting , in a first communication mode, an vehicle to everything, V2X, service between a leading vehicle and a following vehicle that are in a vehicle platoon, wherein the first communication mode is a direct communication mode; obtaining , by the leading vehicle , signal quality of the first communication mode; and when the signal quality of the first communication mode meets a first preset condition, obtaining, by the leading vehicle , a service type of the V2X service; and if the service type of the V2X service is a first service type, sending , by the leading vehicle , a configuration instruction to the following vehicle , wherein the configuration instruction is used to instruct the following vehicle to enable a second communication mode to communicate with the leading vehicle , and the second communication mode is a communication mode in which a network device performs forwarding. transmitting , in a first communication mode, an vehicle to everything, V2X, service between a leading vehicle and a following vehicle that are in a vehicle platoon, wherein the first communication mode is a direct communication mode; obtaining , by the leading vehicle , signal quality of the first communication mode; and when the signal quality of the first communication mode meets a first preset condition, obtaining, by the leading vehicle , a service type of the V2X service; and if the service type of the V2X service is a first service type, sending , by the leading vehicle , a configuration instruction to the following vehicle , wherein the configuration instruction is used to instruct the following vehicle to enable a second communication mode to communicate with the leading vehicle , and the second communication mode is a communication mode in which a network device performs forwarding.
A dental apparatus comprising: a pressure wave generator adapted to be disposed in use at a treatment region on an exterior and/or interior of a tooth , the pressure wave generator comprising an opening , wherein the opening is configured to deliver a filling material to the treatment region, the filling material having a flowable state and a hardened or cured state, and a reservoir for supplying the filling material to the pressure wave generator , wherein the pressure wave generator comprises a liquid jet device to assist in filling the treatment region, wherein the liquid jet device comprises a jet forming nozzle orifice and is configured to form a coherent, collimated liquid jet of the filling material, and wherein the pressure wave generator is configured to generate pressure waves through the treatment region to cause the filling material to substantially fill the treatment region; wherein said reservoir contains the flowable filling material therein, wherein the flowable material is curable from a flowable state to a hardened state. a pressure wave generator adapted to be disposed in use at a treatment region on an exterior and/or interior of a tooth , the pressure wave generator comprising an opening , wherein the opening is configured to deliver a filling material to the treatment region, the filling material having a flowable state and a hardened or cured state, and a reservoir for supplying the filling material to the pressure wave generator , wherein the pressure wave generator comprises a liquid jet device to assist in filling the treatment region, wherein the liquid jet device comprises a jet forming nozzle orifice and is configured to form a coherent, collimated liquid jet of the filling material, and wherein the pressure wave generator is configured to generate pressure waves through the treatment region to cause the filling material to substantially fill the treatment region; wherein said reservoir contains the flowable filling material therein, wherein the flowable material is curable from a flowable state to a hardened state.