mhurhangee/ep-ind-claims huggingface dataset:
An electric tool including a transmission for switching a reduction ratio, the transmission being disposed between a motor as a rotational power source and an output unit rotatably driven by the motor, the electric tool comprising: a driving state detecting means detecting at least two driving states of driving states which vary in response to a magnitude of a load when the output unit is driven; and a controlling means making the transmission switch the reduction ratio when the at least two driving states detected by the driving state detecting means satisfy predetermined conditions preset for the at least two driving states, respectively; characterized in that: the controlling means switches the reduction ratio from a low reduction ratio side to a high reduction ratio side when a motor driving current value and an increase rate of the number of rotations of the motor satisfy the respective predetermined conditions, and switches the reduction ratio from a high reduction ratio side to a low reduction ratio side when a motor driving current value and the number of rotations of the motor satisfy the respective predetermined conditions. a driving state detecting means detecting at least two driving states of driving states which vary in response to a magnitude of a load when the output unit is driven; and a controlling means making the transmission switch the reduction ratio when the at least two driving states detected by the driving state detecting means satisfy predetermined conditions preset for the at least two driving states, respectively; characterized in that: the controlling means switches the reduction ratio from a low reduction ratio side to a high reduction ratio side when a motor driving current value and an increase rate of the number of rotations of the motor satisfy the respective predetermined conditions, and switches the reduction ratio from a high reduction ratio side to a low reduction ratio side when a motor driving current value and the number of rotations of the motor satisfy the respective predetermined conditions.
A method of removing iron from a catalytic converter having an accumulation of one or more iron compounds, comprising: (i) treating the catalytic converter with a aqueous alkaline solution, said aqueous alkaline solution comprises an antioxidant, wherein the antioxidant comprises substituted phenols, hydroquinones, catechols, aliphatic mercapto compounds, araliphatic mercapto compounds, aromatic mercapto compounds, dithiocarbonates, hydroxycarboxylic acids, enediols, phosphites, phosphonates, or combinations thereof, and is preferably selected from the group consisting of ascorbic acid, mineral ascorbate salts, ammonium ascorbate, and combinations thereof, and wherein the aqueous alkaline solution comprises from 0.05 to 5.00 wt. % of said antioxidant, and is preferably from 0.1 to 2.0 wt.% of said antioxidant, and more preferably from 0.1 to 2.0 wt.% of said antioxidant, and even more preferably from 0.1 to 1.0 wt.% of said antioxidant, and wherein the chemical species employed to confer alkalinity to the aqueous alkaline solution include inorganic bases selected from alkali metal hydroxides and hydroxides of alkaline earth metals; and (ii) removing at least a portion of the one or more iron compounds accumulated on the catalytic converter. (i) treating the catalytic converter with a aqueous alkaline solution, said aqueous alkaline solution comprises an antioxidant, wherein the antioxidant comprises substituted phenols, hydroquinones, catechols, aliphatic mercapto compounds, araliphatic mercapto compounds, aromatic mercapto compounds, dithiocarbonates, hydroxycarboxylic acids, enediols, phosphites, phosphonates, or combinations thereof, and is preferably selected from the group consisting of ascorbic acid, mineral ascorbate salts, ammonium ascorbate, and combinations thereof, and wherein the aqueous alkaline solution comprises from 0.05 to 5.00 wt. % of said antioxidant, and is preferably from 0.1 to 2.0 wt.% of said antioxidant, and more preferably from 0.1 to 2.0 wt.% of said antioxidant, and even more preferably from 0.1 to 1.0 wt.% of said antioxidant, and wherein the chemical species employed to confer alkalinity to the aqueous alkaline solution include inorganic bases selected from alkali metal hydroxides and hydroxides of alkaline earth metals; and (ii) removing at least a portion of the one or more iron compounds accumulated on the catalytic converter.
A web turn-up cutting apparatus for severing a continuous web that is traveling in a travel direction, the apparatus comprising: a first nozzle connectable to a first water supply hose and adapted to produce a first water cutting jet and a second nozzle connectable to a second water supply hose and adapted to produce a second water cutting jet, the first nozzle and the second nozzle each being mountable on respective nozzle carriages (214A, 214B) and being transversely movable with respect to the travel direction of the continuous web; a jet controller adapted to activate a water supply of the first water supply hose for the first nozzle to produce the first water cutting jet and to activate a water supply of the second water supply hose for the second nozzle to produce the second water cutting jet; and a carriage controller adapted to actuate the nozzle carriages (214A, 214B) to provide a transversal movement of the first nozzle and of the second nozzle; characterised in that the first nozzle and the second nozzle define together a substantially X-shaped cut on the traveling continuous web, the substantially X-shaped cut defining at least a substantially V-shaped tail for ending a forming roll, an opposite substantially V-shaped start for starting a new spool, a detachable first wing and a detachable second wing. a first nozzle connectable to a first water supply hose and adapted to produce a first water cutting jet and a second nozzle connectable to a second water supply hose and adapted to produce a second water cutting jet, the first nozzle and the second nozzle each being mountable on respective nozzle carriages (214A, 214B) and being transversely movable with respect to the travel direction of the continuous web; a jet controller adapted to activate a water supply of the first water supply hose for the first nozzle to produce the first water cutting jet and to activate a water supply of the second water supply hose for the second nozzle to produce the second water cutting jet; and a carriage controller adapted to actuate the nozzle carriages (214A, 214B) to provide a transversal movement of the first nozzle and of the second nozzle; characterised in that the first nozzle and the second nozzle define together a substantially X-shaped cut on the traveling continuous web, the substantially X-shaped cut defining at least a substantially V-shaped tail for ending a forming roll, an opposite substantially V-shaped start for starting a new spool, a detachable first wing and a detachable second wing.
A method for handling redundancy of a Policy and Charging Rules Function, PCRF, in a wireless communication network having an active PCRF, a standby PCRF and a Policy and Charging Enforcement Function, PCEF, the method comprising the steps of: receiving at the active PCRF from the PCEF an initial request to establish an IP Connectivity Access Network, IP-CAN, session for a user; receiving at the active PCRF from the PCEF an update request for the IP-CAN session already established for the user; the method characterized by: replicating accumulated quota usage from the active PCRF towards the standby PCRF; upon failure of the active PCRF, receiving at the standby PCRF from the PCEF an update request for the IP-CAN session previously established for the user at the active PCRF; creating at the standby PCRF a corresponding IP-CAN session for the user with information received in the update request and taking into account the accumulated quota usage previously replicated for the user; performing a switchover from the active PCRF to the standby PCRF, so that the standby PCRF becomes a new active PCRF; and answering the update request from the new active PCRF towards the PCEF as an implicit confirmation of the switchover. receiving at the active PCRF from the PCEF an initial request to establish an IP Connectivity Access Network, IP-CAN, session for a user; receiving at the active PCRF from the PCEF an update request for the IP-CAN session already established for the user; the method characterized by: replicating accumulated quota usage from the active PCRF towards the standby PCRF; upon failure of the active PCRF, receiving at the standby PCRF from the PCEF an update request for the IP-CAN session previously established for the user at the active PCRF; creating at the standby PCRF a corresponding IP-CAN session for the user with information received in the update request and taking into account the accumulated quota usage previously replicated for the user; performing a switchover from the active PCRF to the standby PCRF, so that the standby PCRF becomes a new active PCRF; and answering the update request from the new active PCRF towards the PCEF as an implicit confirmation of the switchover. replicating accumulated quota usage from the active PCRF towards the standby PCRF; upon failure of the active PCRF, receiving at the standby PCRF from the PCEF an update request for the IP-CAN session previously established for the user at the active PCRF; creating at the standby PCRF a corresponding IP-CAN session for the user with information received in the update request and taking into account the accumulated quota usage previously replicated for the user; performing a switchover from the active PCRF to the standby PCRF, so that the standby PCRF becomes a new active PCRF; and answering the update request from the new active PCRF towards the PCEF as an implicit confirmation of the switchover.
Multilayer fuel pipe, wherein the pipe has at least five layers, specifically with the following layer construction from the inside out: - an innermost layer comprised of at least one polymer from the group "polyamide 9T, fluoropolymer, polyphenylene sulfide, polybutylene naphthalate", - a first carrier layer comprised of polyamide, - a barrier layer, - a second carrier layer comprised of polyamide, - an outer layer comprised of at least one polymer from the group "polyamide, polyphenylene sulfide, polyphthalamide", wherein the layer thickness of the barrier layer is less than the layer thickness of the second carrier layer, and wherein an adhesive layer is arranged between the innermost layer and the first carrier layer and/or between the second carrier layer and the outer layer. - an innermost layer comprised of at least one polymer from the group "polyamide 9T, fluoropolymer, polyphenylene sulfide, polybutylene naphthalate", - a first carrier layer comprised of polyamide, - a barrier layer, - a second carrier layer comprised of polyamide, - an outer layer comprised of at least one polymer from the group "polyamide, polyphenylene sulfide, polyphthalamide",
Method for producing cluster packs made up of containers, in particular from a container stream in which the containers have a random orientation with respect to their container features and/or fitting features, the containers are then subjected to a channel formation arrangement in order to form single-track container streams in channels, and then, by separating off a predetermined number of containers in the channels, in each case temporary container groups are formed, not yet in their final arrangement, and, by bringing the containers together, from these there are then formed in each case arranged and compacted container groups, which are then in turn assembled to form the respective cluster pack, and wherein the containers forming the respective container group (2.1) of a cluster pack are aligned in respect of a significant container feature and/or fitting feature, such that the containers in the finished cluster pack exhibit a predetermined desired orientation, wherein an individual separation of the containers in each channel takes place in such a way that, in the transport direction, the containers in each channel exhibit a predetermined distance interval from one another, and wherein the alignment of the respective container then takes place by controlled rotation about its container axis, and specifically in relation to an alignment feature, namely in respect of the desired location of the at least one application of adherence or adhesive means onto the respective container after the distribution into channels, and wherein, after the alignment of the containers, the compacted and formed container groups (2.1), formed in each case by these containers, are connected together to form the cluster pack by means of adherence means or adhesive means or by the application of adherence means or adhesive means, wherein the containers can then be separated, by hand and without destruction, from the container group (2.1) or from one another, characterised in that at least with a part number, the adherence means or adhesive means applications take place in such a way that the adherence means or adhesive means applications always take place on both opposed surface regions, for the application of these adherence means or adhesive means, of the containers which are to be adhesively bonded, and in that, at least with a part number of the adherence means or adhesive means applications, their application takes place in such a way that adherence means or adhesive means applications are always applied on both the opposed surface regions which are intended to be in connection by way of an adherence means or adhesive means application.
An active underbody panel assembly for a vehicle, comprising: a support frame mounted to an underside of the vehicle; at least one deployment/retraction mechanism operably coupled to the support frame; at least one deployable panel (14, 16) operably connected to the support frame; and at least one actuator operably coupled to the deployment/retraction mechanism, said actuator automatically moves the support frame under predetermined conditions to move the at least one deployable panel (14, 16) between a stowed position and a deployed position. a support frame mounted to an underside of the vehicle; at least one deployment/retraction mechanism operably coupled to the support frame; at least one deployable panel (14, 16) operably connected to the support frame; and at least one actuator operably coupled to the deployment/retraction mechanism, said actuator automatically moves the support frame under predetermined conditions to move the at least one deployable panel (14, 16) between a stowed position and a deployed position.
Valve operator assembly for valve comprising a valve body and a valve translating member axially moveable, the assembly comprising: - a housing adapted to be mounted on the valve, - an operable wheel rotatably mounted with respect to said housing, and comprising a mounting hub and an operable rim connected to said hub, - a transmission mechanism comprising a translating element adapted to be connected to the valve translating member of the valve and provided with a thread, and a rotating element connected to the wheel and provided with a thread, said transmission mechanism being adapted to convert applied rotation of the wheel into axial translation of said translating element, the mounting hub of the wheel being directly mounted on an outer surface of the rotating element of the transmission mechanism, and - locking means disposed on the rotating element and the wheel to secure said wheel to the rotating element, said locking means comprising at least one screw extending axially into the wheel and the rotating element, characterized in that the locking means further comprise at least one key (60, 62) engaged in an inner keyway (64, 66) of the rotating element and in a corresponding outer keyway (68, 70) of the wheel, said outer keyway (68, 70) of the wheel radially facing the corresponding inner keyway (64, 66) of the rotating element, said inner keyway (64, 66) being formed radially inwards from the outer surface of the rotating element, extending axially into the thickness of the rotating element, and being formed on a limited length of the outer surface of the rotating element, and said outer keyway (68, 70) being formed radially outwards from a bore of the hub of wheel, extending axially into the thickness of the hub of wheel, and being formed on a limited length of bore of the hub. - a housing adapted to be mounted on the valve, - an operable wheel rotatably mounted with respect to said housing, and comprising a mounting hub and an operable rim connected to said hub, - a transmission mechanism comprising a translating element adapted to be connected to the valve translating member of the valve and provided with a thread, and a rotating element connected to the wheel and provided with a thread, said transmission mechanism being adapted to convert applied rotation of the wheel into axial translation of said translating element, the mounting hub of the wheel being directly mounted on an outer surface of the rotating element of the transmission mechanism, and - locking means disposed on the rotating element and the wheel to secure said wheel to the rotating element, said locking means comprising at least one screw extending axially into the wheel and the rotating element,
An oral care mouth rinse composition comprising (i) at least one source of ionic tin; (ii) at least one aliphatic di- or tri-carboxylic acid in free or salt form wherein the at least one aliphatic di- or tri-carboxylic acid in free or salt form is present in an amount of from 0.05 to 0.30 weight % based on the total weight of the oral care composition, wherein the at least one aliphatic di- or tri-carboxylic acid comprises malic acid in an amount of 0.12 to 0.25 weight % based on the total weight of the oral care composition; and (iii) amine fluoride. (i) at least one source of ionic tin; (ii) at least one aliphatic di- or tri-carboxylic acid in free or salt form wherein the at least one aliphatic di- or tri-carboxylic acid in free or salt form is present in an amount of from 0.05 to 0.30 weight % based on the total weight of the oral care composition, wherein the at least one aliphatic di- or tri-carboxylic acid comprises malic acid in an amount of 0.12 to 0.25 weight % based on the total weight of the oral care composition; and (iii) amine fluoride.
An adjustable positioning element enabling a component to be positioned and fastened in three dimensions, the element comprising a bolt with which said component can be positioned in an axial direction ( z) of said bolt, and a hollow body presenting an annular end wall through which said bolt passes, the element being characterized in that it further comprises a fastener element with a washer that surrounds said bolt and that is arranged to be movable sideways in said end wall of the hollow body relative to said axial direction, said washer being designed to be pressed into said end wall of said hollow body when said fastener element is attached to said bolt in such a manner as to fix the lateral position of said bolt in said hollow body, and in that said fastener element and said bolt are arranged to attach to each other by reversible snap-fastening.
A password reset method, applied to a system comprising a requester(3800,4000) and a verifier(3700,3900), wherein the requester needs to request, by using an account and a password, the verifier(3700,3900) to verify an identity, and the method comprises: receiving, by the verifier(3700,3900), an account sent by the requester(3800,4000) for requesting password reset; and when determining that the account is a valid account, sending, by the verifier(3700,3900), first confirmation information to the requester(3800,4000), wherein the first confirmation information is used to enable the requester(3800,4000) to display, to a user, first binding information associated with the account, and request the user to determine whether to send verification information to a first communication address associated with the account, and the first binding information is information that corresponds to the account and that is known by the user; the method characterized in that: when determining that the account is an invalid account, generating, by the verifier(3700,3900) based on the account, second binding information corresponding to the account, and sending, to the requester(3800,4000), second confirmation information having a same form as the first confirmation information, wherein the second confirmation information is used to enable the requester(3800,4000) to display the second binding information to the user, and request the user to determine whether to send verification information to a second communication address corresponding to the account, and the second binding information and the first binding information have a same form. receiving, by the verifier(3700,3900), an account sent by the requester(3800,4000) for requesting password reset; and when determining that the account is a valid account, sending, by the verifier(3700,3900), first confirmation information to the requester(3800,4000), wherein the first confirmation information is used to enable the requester(3800,4000) to display, to a user, first binding information associated with the account, and request the user to determine whether to send verification information to a first communication address associated with the account, and the first binding information is information that corresponds to the account and that is known by the user; the method characterized in that: when determining that the account is an invalid account, generating, by the verifier(3700,3900) based on the account, second binding information corresponding to the account, and sending, to the requester(3800,4000), second confirmation information having a same form as the first confirmation information, wherein the second confirmation information is used to enable the requester(3800,4000) to display the second binding information to the user, and request the user to determine whether to send verification information to a second communication address corresponding to the account, and the second binding information and the first binding information have a same form.
Stand mixer comprising: at least a bowl and at least one ice cream maker fitting; the ice cream maker fitting comprising: a double wall vessel comprising an outer wall and an inner wall, which are coupled so as to define between the outer wall and the inner wall a sealed space, wherein a refrigerant fluid is arranged; the double wall vessel being sized so as to be arranged, in use, inside the bowl of the stand mixer; a fixing system configured to fix the double wall vessel to the bowl of the stand mixer; wherein the fixing system comprises an annular element extending about an axis and provided with an inner edge and an outer edge; the inner edge being coupled to the double wall vessel and the outer edge being coupled to the bowl of the stand mixer. a double wall vessel comprising an outer wall and an inner wall, which are coupled so as to define between the outer wall and the inner wall a sealed space, wherein a refrigerant fluid is arranged; the double wall vessel being sized so as to be arranged, in use, inside the bowl of the stand mixer; a fixing system configured to fix the double wall vessel to the bowl of the stand mixer; wherein the fixing system comprises an annular element extending about an axis and provided with an inner edge and an outer edge; the inner edge being coupled to the double wall vessel and the outer edge being coupled to the bowl of the stand mixer.
Banknote processing equipment comprising a chamber having an open end for insertion of a bag into the chamber and an extractor adapted to establish a lower ambient pressure between the chamber and the bag to that within the bag to cause the bag to expand during a banknote filling operation into an open configuration with a rectangular cross-section and a flat base, whereby the banknote processing equipment can deposit banknotes in the bag.