mhurhangee/patent-ind-claim-en huggingface dataset:
Stirring mechanism for stirring food to be stirred in a vessel of an electric motor-driven food processor, having a base body which extends along an axis of rotation (z) of the stirring mechanism and which has a coupling section for releasably coupling to a motor shaft of an electric motor of the food processor, wherein - a lower stirring element is arranged on the base body and said lower stirring element is configured so as to influence the food to be stirred using a first movement component that is directed away from the axis of rotation (z), - a thread-like stirring element extends along the base body and said thread-like stirring element is configured so as to influence the food to be stirred using a first movement component which is orthogonal to the lower movement component, and - an outer stirring element is arranged on an extension arm which extends from the base body away from the axis of rotation (z) and said outer stirring element is configured so as to influence the food to be stirred using a second movement component which is orthogonal to the lower movement component and/or using a lower counter-movement component, wherein the lower stirring element and the outer stirring element are arranged in such a manner that during the operation of the food processor they are located close to a vessel bottom at the same or almost same height, whereas the thread-like stirring element extends substantially in the vertical direction. - a lower stirring element is arranged on the base body and said lower stirring element is configured so as to influence the food to be stirred using a first movement component that is directed away from the axis of rotation (z), - a thread-like stirring element extends along the base body and said thread-like stirring element is configured so as to influence the food to be stirred using a first movement component which is orthogonal to the lower movement component, and - an outer stirring element is arranged on an extension arm which extends from the base body away from the axis of rotation (z) and said outer stirring element is configured so as to influence the food to be stirred using a second movement component which is orthogonal to the lower movement component and/or using a lower counter-movement component,
An apparatus for testing a circuit , comprising: an interrupter configured for interrupting based on a circuit model a connection between two components of the circuit , wherein the circuit model is free of descriptions of faulty components and of descriptions of faulty signals and describes the entire circuit and the two components connected by the connection , an inserter configured for inserting based on the circuit model a test element model into the interrupted connection , and an evaluator configured for evaluating based on the circuit model and the test element model a response of the circuit model to the inserted test element model . an interrupter configured for interrupting based on a circuit model a connection between two components of the circuit , wherein the circuit model is free of descriptions of faulty components and of descriptions of faulty signals and describes the entire circuit and the two components connected by the connection , an inserter configured for inserting based on the circuit model a test element model into the interrupted connection , and an evaluator configured for evaluating based on the circuit model and the test element model a response of the circuit model to the inserted test element model .
An apparatus for measuring a dimension of a secondary battery , which comprises an electrode assembly and a pouch accommodating the electrode assembly, the apparatus comprising: an ultraviolet irradiation unit configured for irradiating ultraviolet rays to fluoresce the fluorescent reference marker , which is applied to a portion of an outer surface of the pouch and comprises a fluorescent material; and a laser measurement unit configured for irradiating/receiving laser light to/from the pouch to measure the dimension of the secondary battery on the basis of the fluorescent reference marker that fluoresces to be detected, wherein the laser measurement unit comprises: a laser irradiation part configured for irradiating the laser light to the pouch; a light receiving part configured for receiving reflected light of the laser light irradiated to the pouch and receiving the fluorescence of the fluorescent reference marker that fluoresces by the ultraviolet rays irradiated by the ultraviolet irradiation unit ; and a calculation part configured for analyzing the reflected light of the laser light received through the light receiving part and a fluorescence detection value of the fluorescent reference marker for calculating the dimension of the secondary battery on the basis of the fluorescent reference marker . an ultraviolet irradiation unit configured for irradiating ultraviolet rays to fluoresce the fluorescent reference marker , which is applied to a portion of an outer surface of the pouch and comprises a fluorescent material; and a laser measurement unit configured for irradiating/receiving laser light to/from the pouch to measure the dimension of the secondary battery on the basis of the fluorescent reference marker that fluoresces to be detected, wherein the laser measurement unit comprises: a laser irradiation part configured for irradiating the laser light to the pouch; a light receiving part configured for receiving reflected light of the laser light irradiated to the pouch and receiving the fluorescence of the fluorescent reference marker that fluoresces by the ultraviolet rays irradiated by the ultraviolet irradiation unit ; and a calculation part configured for analyzing the reflected light of the laser light received through the light receiving part and a fluorescence detection value of the fluorescent reference marker for calculating the dimension of the secondary battery on the basis of the fluorescent reference marker . a laser irradiation part configured for irradiating the laser light to the pouch; a light receiving part configured for receiving reflected light of the laser light irradiated to the pouch and receiving the fluorescence of the fluorescent reference marker that fluoresces by the ultraviolet rays irradiated by the ultraviolet irradiation unit ; and a calculation part configured for analyzing the reflected light of the laser light received through the light receiving part and a fluorescence detection value of the fluorescent reference marker for calculating the dimension of the secondary battery on the basis of the fluorescent reference marker .
A boot clamping structure for a constant velocity joint for fastening both ends of a boot respectively using a clamp comprising a main pressing portion that is provided to be protruded in a first direction toward the boot on an inner circumferential surface of the clamp , characterized in that the boot clamping structure further comprises an auxiliary pressing portion that is provided to be protruded in a second direction toward the clamp on an outer circumferential surface of the boot , wherein the auxiliary pressing portion comprises a plurality of auxiliary pressing protrusions that are disposed at intervals along an outer circumferential surface of the boot . the boot clamping structure further comprises an auxiliary pressing portion that is provided to be protruded in a second direction toward the clamp on an outer circumferential surface of the boot , wherein the auxiliary pressing portion comprises a plurality of auxiliary pressing protrusions that are disposed at intervals along an outer circumferential surface of the boot .
A method of manufacturing a pneumatic tire comprising: providing an adhesive at an adhesion region of an inner circumferential surface of a tire frame member that is made from a resin; adhering a sound-absorbing material capable of absorbing sound to the adhesive ; and roughening a surface of the adhesion region to raise wettability of the adhesion region to the adhesive in comparison to wettability of a region of an inner circumferential surface of the tire frame member other than the adhesion region to the adhesive , by transferring a rough surface profile formed at a resin-molding mold for the tire frame member , to the adhesion region . providing an adhesive at an adhesion region of an inner circumferential surface of a tire frame member that is made from a resin; adhering a sound-absorbing material capable of absorbing sound to the adhesive ; and roughening a surface of the adhesion region to raise wettability of the adhesion region to the adhesive in comparison to wettability of a region of an inner circumferential surface of the tire frame member other than the adhesion region to the adhesive , by transferring a rough surface profile formed at a resin-molding mold for the tire frame member , to the adhesion region .
A downlight fixing structure , comprising: a housing for accommodating light components; a spring cover located on a side of the housing , the spring cover having a conduit with a top opening and a bottom opening, the spring cover comprising a snap-fit component below the bottom opening; and a spring comprising a coil portion , a head portion , and a tail portion , the head portion being inserted into the conduit , the snap-fit component locking the head portion , characterized in that the snap-fit component is resilient and flexible. a housing for accommodating light components; a spring cover located on a side of the housing , the spring cover having a conduit with a top opening and a bottom opening, the spring cover comprising a snap-fit component below the bottom opening; and a spring comprising a coil portion , a head portion , and a tail portion , the head portion being inserted into the conduit , the snap-fit component locking the head portion , characterized in that the snap-fit component is resilient and flexible.
A thermosetting resin composition comprising: (A) an epoxy resin (component A); (B) a cyclic carbodiimide compound (component B) including a cyclic structure having one carbodiimide group and represented by the following formula (B-i) in which first nitrogen and second nitrogen are bonded together by a bond group and having 8 to 50 atoms forming the cyclic structure: (wherein Q is bivalent to tetravalent bond group which is an aliphatic group, alicyclic group, aromatic group or a combination of these groups, and may contain a hetero atom or substituent); and (b) a polyvalent amine-based curing agent (component b) represented by the following formula (b-i): (wherein Ar 1 to Ar 4 are each independently a phenylene group or naphthalene-diyl group which may be substituted by a substituent). (A) an epoxy resin (component A); (B) a cyclic carbodiimide compound (component B) including a cyclic structure having one carbodiimide group and represented by the following formula (B-i) in which first nitrogen and second nitrogen are bonded together by a bond group and having 8 to 50 atoms forming the cyclic structure: (wherein Q is bivalent to tetravalent bond group which is an aliphatic group, alicyclic group, aromatic group or a combination of these groups, and may contain a hetero atom or substituent); and (b) a polyvalent amine-based curing agent (component b) represented by the following formula (b-i): (wherein Ar 1 to Ar 4 are each independently a phenylene group or naphthalene-diyl group which may be substituted by a substituent). (wherein Q is bivalent to tetravalent bond group which is an aliphatic group, alicyclic group, aromatic group or a combination of these groups, and may contain a hetero atom or substituent); and (b) a polyvalent amine-based curing agent (component b) represented by the following formula (b-i): (wherein Ar 1 to Ar 4 are each independently a phenylene group or naphthalene-diyl group which may be substituted by a substituent).
Diffuser for air conditioning installations, comprising a pair of outer profiles and an inner strip located between both outer profiles by means of at least one fixing bridge , where said inner strip can be located in a first position and a second position with respect to the fixing bridge , wherein in said second position, the inner strip is vertically and horizontally moved with respect to said first position, characterized in that said inner strip or the fixing bridge comprises projections which are housed in the first position inside complementary housings of the fixing bridge or the inner strip and located in the second position outside said housings .
A user equipment, UE, apparatus for participating in wireless communications, comprising: means for obtaining a multi-carrier assignment on one layer of a wireless signaling protocol, and a command to instruct the UE to activate or deactivate at least one carrier on a different layer of the wireless signaling protocol, wherein the different layer is a physical layer or layer two signaling protocol; means for processing the command and executing a set of modules for implementing the command; and means for activating or deactivating a non-anchor carrier specified by the multi-carrier assignment, wherein the means for activating or deactivating are configured to ignore signaling on the non-anchor carrier to deactivate such carrier, and/or to ignore non-pilot or non-shared control channel signaling on the non-anchor carrier to deactivate such carrier. means for obtaining a multi-carrier assignment on one layer of a wireless signaling protocol, and a command to instruct the UE to activate or deactivate at least one carrier on a different layer of the wireless signaling protocol, wherein the different layer is a physical layer or layer two signaling protocol; means for processing the command and executing a set of modules for implementing the command; and means for activating or deactivating a non-anchor carrier specified by the multi-carrier assignment, wherein the means for activating or deactivating are configured to ignore signaling on the non-anchor carrier to deactivate such carrier, and/or
A thrust reverser (200; 300; 400; 500) having a central axis (A), comprising: a frame (230; 350); and a first reverser door (204; 304; 404; 504) pivotally mounted to the frame (230; 350) at a first pivot point (334; 434; 534); characterised in that : a second reverser door (202; 302; 402; 502) is pivotally mounted to the first reverser door (204; 304; 404; 504) at a second pivot point (212; 312; 412; 512), 504), and is positioned opposite the first reverser door (204; 304; 404; 504) with respect to the central axis (A). a frame (230; 350); and a first reverser door (204; 304; 404; 504) pivotally mounted to the frame (230; 350) at a first pivot point (334; 434; 534); characterised in that : a second reverser door (202; 302; 402; 502) is pivotally mounted to the first reverser door (204; 304; 404; 504) at a second pivot point (212; 312; 412; 512), 504), and is positioned opposite the first reverser door (204; 304; 404; 504) with respect to the central axis (A).
A vehicular system comprising: a lateral shift amount measurement part that measures a lateral shift amount, that is a positional deviation of a vehicle in a vehicle width direction with respect to a magnetic marker ; a course estimation part that uses a difference between the lateral shift amounts with respect to two magnetic markers disposed with a space provided therebetween in a road surface where the vehicle travels and estimates a deviation of the vehicle in a traveling direction (Dir) with respect to a line segment direction (Mx) connecting the positions of the two magnetic markers ; a vehicle velocity sensor which measures velocity of the vehicle ; and a unit which sets, when the lateral shift amount measurement part detects a first magnetic marker , a temporal duration including a time point of when the lateral shift amount measurement part is predicted to detect a second magnetic marker as a detection duration for the lateral shift amount measurement part to detect the second magnetic marker , wherein the temporal duration is set based on the space between the magnetic markers and the velocity of the vehicle , and wherein the lateral shift amount measurement part repeatedly performs a marker detection process in the detection duration to detect the second magnetic marker . a lateral shift amount measurement part that measures a lateral shift amount, that is a positional deviation of a vehicle in a vehicle width direction with respect to a magnetic marker ; a course estimation part that uses a difference between the lateral shift amounts with respect to two magnetic markers disposed with a space provided therebetween in a road surface where the vehicle travels and estimates a deviation of the vehicle in a traveling direction (Dir) with respect to a line segment direction (Mx) connecting the positions of the two magnetic markers ; a vehicle velocity sensor which measures velocity of the vehicle ; and a unit which sets, when the lateral shift amount measurement part detects a first magnetic marker , a temporal duration including a time point of when the lateral shift amount measurement part is predicted to detect a second magnetic marker as a detection duration for the lateral shift amount measurement part to detect the second magnetic marker , wherein the temporal duration is set based on the space between the magnetic markers and the velocity of the vehicle , and wherein the lateral shift amount measurement part repeatedly performs a marker detection process in the detection duration to detect the second magnetic marker .
An ink composition, comprising: a colorant; a co-solvent; a surfactant system, consisting of: an acid selected from the group consisting of oleic acid, linoleic acid, undecanoic acid, dodecanoic acid, tridecanoic acid, and combinations thereof; lithium; and a non-ionic surfactant including a hydrophilic head group to interact with the lithium and a hydrophobic tail to not sterically hinder formation of an anti-evaporative layer to be formed by the surfactant system, the non-ionic surfactant excluding any ethyleneoxy groups; and water; wherein the non-ionic surfactant is present in an amount ranging from 0.01 wt.% to 0.3 wt.% of the total weight of the ink composition. a colorant; a co-solvent; a surfactant system, consisting of: an acid selected from the group consisting of oleic acid, linoleic acid, undecanoic acid, dodecanoic acid, tridecanoic acid, and combinations thereof; lithium; and a non-ionic surfactant including a hydrophilic head group to interact with the lithium and a hydrophobic tail to not sterically hinder formation of an anti-evaporative layer to be formed by the surfactant system, the non-ionic surfactant excluding any ethyleneoxy groups; and an acid selected from the group consisting of oleic acid, linoleic acid, undecanoic acid, dodecanoic acid, tridecanoic acid, and combinations thereof; lithium; and a non-ionic surfactant including a hydrophilic head group to interact with the lithium and a hydrophobic tail to not sterically hinder formation of an anti-evaporative layer to be formed by the surfactant system, the non-ionic surfactant excluding any ethyleneoxy groups; and water; wherein the non-ionic surfactant is present in an amount ranging from 0.01 wt.% to 0.3 wt.% of the total weight of the ink composition.
Method for manufacturing a clinch nut , comprising the following steps: - cold forging a steel body to form a workpiece comprising a pliable section designed to deform into a crimping bead , and a connection section , the steel body comprising a weight percentage of carbon comprised between 0.15% and 0.25% inclusive, - applying a heat treatment to the workpiece , and - tapping the connection section to form an internal thread , characterized in that the heat treatment step is performed by means of a furnace which has been previously heated to an annealing temperature, and the method comprises a heating of the workpiece at the annealing temperature comprised between 630°C and 720°C inclusive. - cold forging a steel body to form a workpiece comprising a pliable section designed to deform into a crimping bead , and a connection section , the steel body comprising a weight percentage of carbon comprised between 0.15% and 0.25% inclusive, - applying a heat treatment to the workpiece , and - tapping the connection section to form an internal thread , characterized in that the heat treatment step is performed by means of a furnace which has been previously heated to an annealing temperature, and the method comprises a heating of the workpiece at the annealing temperature comprised between 630°C and 720°C inclusive.
A composition-of-matter comprising a multi-layer matrix, said matrix comprising at least two layers of an elastic biocompatible polymeric material and at least one layer of a viscoelastic biocompatible polymeric material, wherein (i) said at least two layers of said elastic polymeric material are each independently in a form of a porous layer of polymeric fibers, (ii) said layer of said viscoelastic polymeric material is interposed between two of said layers of said elastic polymeric material; (iii) said viscoelastic polymeric material comprises a polymer characterized by a glass transition temperature and/or melting point at a temperature below 40 °C (iv) said elastic polymeric material comprises a polymer characterized by a glass transition temperature and/or melting point at a temperature above 40 °C, and wherein (v) said layer of said viscoelastic polymeric material is characterized by a loss tangent (G"/G') at a temperature of 10 °C and frequency of 0.1 Hz which is in a range of from 0.01 to 4.