mhurhangee/patent-ind-claim-en huggingface dataset:
A pipe handler for assembling and deploying a string of threaded tubulars into a wellbore, comprising: at least one compensating bail comprising: a first bail segment ; a second bail segment ; and a compensator connecting the first and second bail segments ; wherein: the compensator comprises: a load cylinder connected to the first bail segment ; and a piston and cylinder assembly disposed in a chamber of the load cylinder and operable to retract the second bail segment from a hoisting position to a ready position, the second bail segment is engaged with the load cylinder in the hoisting position. at least one compensating bail comprising: a first bail segment ; a second bail segment ; and a compensator connecting the first and second bail segments ; wherein: the compensator comprises: a load cylinder connected to the first bail segment ; and a piston and cylinder assembly disposed in a chamber of the load cylinder and operable to retract the second bail segment from a hoisting position to a ready position, the second bail segment is engaged with the load cylinder in the hoisting position. the compensator comprises: a load cylinder connected to the first bail segment ; and a piston and cylinder assembly disposed in a chamber of the load cylinder and operable to retract the second bail segment from a hoisting position to a ready position, a load cylinder connected to the first bail segment ; and a piston and cylinder assembly disposed in a chamber of the load cylinder and operable to retract the second bail segment from a hoisting position to a ready position, the second bail segment is engaged with the load cylinder in the hoisting position.
A method of storing metadata, the method comprising: at a computing device of a storage system including non-volatile memory and a tiered data structure , wherein the tiered data structure includes a plurality of leaves (308-320): receiving an indication of data to be stored by the storage system; selecting, from the plurality of leaves , a leaf to store location information for the data to be stored, wherein the selected leaf has a first leaf type, wherein leaves of the first leaf type include entries indicating locations of variable-length data stored in the non-volatile memory; determining, using at least one first-type to second-type criterion, whether to convert the selected leaf to a converted leaf , wherein the converted leaf has a second leaf type, wherein leaves of the second type include entries (352-358) indicating locations of fixed-length data stored in the non-volatile memory; in response to a determination to convert the selected leaf, storing, in the converted leaf, first location information of the data to be stored; and in response to a determination to not convert the selected leaf, storing, in the selected leaf, second location information of the data to be stored. receiving an indication of data to be stored by the storage system; selecting, from the plurality of leaves , a leaf to store location information for the data to be stored, wherein the selected leaf has a first leaf type, wherein leaves of the first leaf type include entries indicating locations of variable-length data stored in the non-volatile memory; determining, using at least one first-type to second-type criterion, whether to convert the selected leaf to a converted leaf , wherein the converted leaf has a second leaf type, wherein leaves of the second type include entries (352-358) indicating locations of fixed-length data stored in the non-volatile memory; in response to a determination to convert the selected leaf, storing, in the converted leaf, first location information of the data to be stored; and in response to a determination to not convert the selected leaf, storing, in the selected leaf, second location information of the data to be stored.
A method for preparing a compound of formula (A): or a salt or solvate thereof, comprising the steps of: (a) contacting a compound of formula (K) or a salt thereof: with a compound of formula (L): under reaction conditions sufficient to form a compound of formula (D) or a hydrate, solvate or salt thereof: (b) chlorinating a compound of formula (D) or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula (B) or a salt thereof: and (c) contacting a compound of formula (B) or a salt thereof with a compound of formula (C) or a salt thereof: under reaction conditions sufficient to yield a compound of formula (A). wherein Z is a leaving group. or a salt or solvate thereof, comprising the steps of: (a) contacting a compound of formula (K) or a salt thereof: with a compound of formula (L): under reaction conditions sufficient to form a compound of formula (D) or a hydrate, solvate or salt thereof: (b) chlorinating a compound of formula (D) or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula (B) or a salt thereof: and (c) contacting a compound of formula (B) or a salt thereof with a compound of formula (C) or a salt thereof: under reaction conditions sufficient to yield a compound of formula (A). (a) contacting a compound of formula (K) or a salt thereof: with a compound of formula (L): under reaction conditions sufficient to form a compound of formula (D) or a hydrate, solvate or salt thereof: with a compound of formula (L): under reaction conditions sufficient to form a compound of formula (D) or a hydrate, solvate or salt thereof: (b) chlorinating a compound of formula (D) or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula (B) or a salt thereof: and (c) contacting a compound of formula (B) or a salt thereof with a compound of formula (C) or a salt thereof: under reaction conditions sufficient to yield a compound of formula (A).
An agricultural machine with three implements for soil cultivation, a frame and said implement carrying suspending devices between implement and frame, characterised in that it comprises firstly a forward mounted implement in the form of a rotary cutter assembly , which consists of a plurality of rotary cutter sections (3a - d) with elongated knife blades arranged mainly in the transverse direction of the machine and along a centre axle , said suspending devices for the rotary cutter assembly comprising elastic suspension apparatuses , which are arranged between the frame of the machine and the link arm arranged at each centre axle of a rotary cutter section (3a - d), secondly after the rotary cutter assembly in the driving direction a following implement in the form of a soil-cultivating disc assembly , which has two parallel rows of discs and the edges or cutting surfaces of which inclined discs , which are adapted to create furrows in the ground, are mainly perpendicular to the radial outer edges or cutting surfaces of the knife blades , and thirdly after the disc assembly in the driving direction a following implement in the form of a roller assembly .
A composition comprising nanoparticles, wherein the nanoparticles are of polymeric material and include an antimicrobial agent comprising calcium hydroxide, characterized in that : the polymeric material is selected from the group consisting of poly(L(+)-lactic-co-glycolic acid), PLGA; polylactic acid, PLA; polyglycolic acid, PGA; polycaprolactone, PCL; and/or combinations thereof; the antimicrobial agent is encapsulated in the nanoparticles and the concentration of the antimicrobial agent is in the range of 0.1 to 5 mg/ml; and the composition has a pH in the range of 8 - 13. the polymeric material is selected from the group consisting of poly(L(+)-lactic-co-glycolic acid), PLGA; polylactic acid, PLA; polyglycolic acid, PGA; polycaprolactone, PCL; and/or combinations thereof; the antimicrobial agent is encapsulated in the nanoparticles and the concentration of the antimicrobial agent is in the range of 0.1 to 5 mg/ml; and the composition has a pH in the range of 8 - 13.
A user plane gateway updating method, comprising: sending (601, A3), by a control plane gateway to a mobility management entity, in a process in which a first packet data network, PDN, connection is being established, a first message, wherein the first PDN connection is a PDN connection between a user equipment, UE, and a first user plane gateway, and the first message carries a tracking area, TA, identifier list corresponding to the first user plane gateway; receiving , by the control plane gateway, a notification message from the mobility management entity, wherein the notification message is used to notify the control plane gateway that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending , by the control plane gateway to the mobility management entity, a request message in response to the control plane gateway receives the notification message, wherein the request message is used to request the mobility management entity to trigger the UE to initiate a second PDN connection, and the second PDN connection is a PDN connection between the UE and a second user plane gateway; and establishing, by the control plane gateway, the second PDN connection by using the second user plane gateway. sending (601, A3), by a control plane gateway to a mobility management entity, in a process in which a first packet data network, PDN, connection is being established, a first message, wherein the first PDN connection is a PDN connection between a user equipment, UE, and a first user plane gateway, and the first message carries a tracking area, TA, identifier list corresponding to the first user plane gateway; receiving , by the control plane gateway, a notification message from the mobility management entity, wherein the notification message is used to notify the control plane gateway that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending , by the control plane gateway to the mobility management entity, a request message in response to the control plane gateway receives the notification message, wherein the request message is used to request the mobility management entity to trigger the UE to initiate a second PDN connection, and the second PDN connection is a PDN connection between the UE and a second user plane gateway; and establishing, by the control plane gateway, the second PDN connection by using the second user plane gateway.
An outdoor unit for an air conditioner, the outdoor unit comprising: a heat exchanger disposed inside a substantially rectangular parallelepiped housing along a lateral face of the housing ; and a bottom plate forming a bottom portion of the housing , the bottom plate including, a bottom plate portion , a flange formed by upwardly folding back an edge of the bottom plate portion , a drainage hole penetrating the bottom plate portion and configured to discharge water inside the housing to an outside of the housing , a plurality of mounting bases provided on the bottom plate portion , protruding upwardly from the bottom plate portion at positions spaced apart from the flange by a predetermined distance, and supporting a lower end of the heat exchanger by upper surfaces thereof, and a drainage conduit provided in contact with the mounting bases and inclining downward toward the drainage hole , characterized in that portions of the bottom plate portion positioned between each of the plurality of the mounting bases and the flange respectively include an inclined portion which is inclined toward the drainage conduit in a longitudinal direction (L) of the flange , and lateral faces forming the mounting bases of a highland shape are inclined to be widened toward the bottom plate portion . a heat exchanger disposed inside a substantially rectangular parallelepiped housing along a lateral face of the housing ; and a bottom plate forming a bottom portion of the housing , the bottom plate including, a bottom plate portion , a flange formed by upwardly folding back an edge of the bottom plate portion , a drainage hole penetrating the bottom plate portion and configured to discharge water inside the housing to an outside of the housing , a plurality of mounting bases provided on the bottom plate portion , protruding upwardly from the bottom plate portion at positions spaced apart from the flange by a predetermined distance, and supporting a lower end of the heat exchanger by upper surfaces thereof, and a drainage conduit provided in contact with the mounting bases and inclining downward toward the drainage hole , characterized in that portions of the bottom plate portion positioned between each of the plurality of the mounting bases and the flange respectively include an inclined portion which is inclined toward the drainage conduit in a longitudinal direction (L) of the flange , and lateral faces forming the mounting bases of a highland shape are inclined to be widened toward the bottom plate portion .
A method comprising: (a) taking electroencephalography measurements of an endogenous electrical signal that originates in a brain of a user; (b) calculating a set of one or more estimates of (i) instantaneous phase of the endogenous signal and (ii) instantaneous amplitude of the endogenous signal, wherein for each specific estimate of the set of one or more estimates, the calculating further includes: reconstructing, by an inverse discrete Fourier transform, a single sample of the measurements; and computing the specific estimate based on the single sample and not based on any other sample; (c) producing a stimulation signal such that, upon application to the user, the stimulation signal causes the user to undergo, more quickly than the user would in the absence of the stimulation signal, a transition from wakefulness of the user to sleep onset of the user, which transition (i) starts when the user closes his or her eyes while awake, and (ii) ends with the sleep onset; and (d) controlling , based on the set of one or more estimates of instantaneous phase and instantaneous amplitude, timing of one or more changes in the stimulation signal. (a) taking electroencephalography measurements of an endogenous electrical signal that originates in a brain of a user; (b) calculating a set of one or more estimates of (i) instantaneous phase of the endogenous signal and (ii) instantaneous amplitude of the endogenous signal, wherein for each specific estimate of the set of one or more estimates, the calculating further includes: reconstructing, by an inverse discrete Fourier transform, a single sample of the measurements; and computing the specific estimate based on the single sample and not based on any other sample; reconstructing, by an inverse discrete Fourier transform, a single sample of the measurements; and computing the specific estimate based on the single sample and not based on any other sample; (c) producing a stimulation signal such that, upon application to the user, the stimulation signal causes the user to undergo, more quickly than the user would in the absence of the stimulation signal, a transition from wakefulness of the user to sleep onset of the user, which transition (i) starts when the user closes his or her eyes while awake, and (ii) ends with the sleep onset; and (i) starts when the user closes his or her eyes while awake, and (ii) ends with the sleep onset; and (d) controlling , based on the set of one or more estimates of instantaneous phase and instantaneous amplitude, timing of one or more changes in the stimulation signal.
A method for producing a container comprising a nucleic acid sample, the method comprising: forming a plurality of dispersed phases, each of which comprises zero or one first nucleic acid that comprises: an intended base sequence and a base sequence for detection different from the intended base sequence; amplifying the base sequence for detection in the dispersed phases, to produce a second nucleic acid which is free of the intended base sequence but comprises the base sequence for detection, wherein the base sequence for detection of the second nucleic acid molecule is complementary to the base sequence for detection of the first nucleic acid molecule; discriminating between positive dispersed phases in which the base sequence for detection has been amplified and negative dispersed phases in which the base sequence for detection has not been amplified among the dispersed phases; sorting from each other, the positive dispersed phases and the negative dispersed phases discriminated between in the discriminating step; and dispensing the first nucleic acid into a container in a specific copy number which is less than 1000 by dispensing the sorted positive dispersed phases into the container in the specific copy number. forming a plurality of dispersed phases, each of which comprises zero or one first nucleic acid that comprises: an intended base sequence and a base sequence for detection different from the intended base sequence; amplifying the base sequence for detection in the dispersed phases, to produce a second nucleic acid which is free of the intended base sequence but comprises the base sequence for detection, wherein the base sequence for detection of the second nucleic acid molecule is complementary to the base sequence for detection of the first nucleic acid molecule; discriminating between positive dispersed phases in which the base sequence for detection has been amplified and negative dispersed phases in which the base sequence for detection has not been amplified among the dispersed phases; sorting from each other, the positive dispersed phases and the negative dispersed phases discriminated between in the discriminating step; and dispensing the first nucleic acid into a container in a specific copy number which is less than 1000 by dispensing the sorted positive dispersed phases into the container in the specific copy number.
An electric telehandler equipped with at least one electric motor, at least one containment compartment for receiving at least one electric battery for powering said motor and at least one replaceable electric battery which can be inserted into and removed from said compartment , wherein the compartment is equipped with an access opening to allow replacement of the battery and guide means for the sliding of the battery during the insertion and the extraction; wherein the battery is equipped, at a lower side, with insertion seats for receiving the prongs of a loading fork, to allow the movement by means of a forklift truck; characterized in that said guide means include a lower shaped surface of the compartment , which is equipped with recesses for slidably receiving the seats for inserting the prongs which are located at the lower surface of the battery . wherein the battery is equipped, at a lower side, with insertion seats for receiving the prongs of a loading fork, to allow the movement by means of a forklift truck; characterized in that said guide means include a lower shaped surface of the compartment , which is equipped with recesses for slidably receiving the seats for inserting the prongs which are located at the lower surface of the battery .
A porous metal body including a skeleton having a three-dimensional mesh-like structure, the porous metal body having a plate-like overall shape, the skeleton having a hollow structure, the skeleton comprising a primary metal layer, a first microporous layer and a second microporous layer, the first microporous layer and the second microporous layer being porous layers having pores formed therein which are formed by sintering metal microparticles, the primary metal layer consisting of nickel or a nickel alloy, the first microporous layer containing nickel and chromium, the first microporous layer consisting of an alloy of nickel with chromium, the first microporous layer being disposed on an outer peripheral surface of the primary metal layer, the second microporous layer containing nickel and chromium, the second microporous layer consisting of an alloy of nickel with chromium, the second microporous layer being disposed on an inner peripheral surface of the primary metal layer, the inner peripheral surface facing a hollow space of the skeleton.
A process for the preparation of 3-heptanol or of a mixture comprising 3-heptanol, comprising the following step: (i) addition of an aqueous solution (A) comprising one or more alkali metal hydroxide (s) to a mixture (B) at least comprising 2-ethylhexanal and 3-heptyl formate, wherein the concentration of the alkali metal hydroxide/alkali metal hydroxides in the aqueous solution (A) is at least 40% by weight. (i) addition of an aqueous solution (A) comprising one or more alkali metal hydroxide (s) to a mixture (B) at least comprising 2-ethylhexanal and 3-heptyl formate,
Panel, comprising a top side , a bottom side and a first edge extending between the top and bottom side and having a first coupling part , and a second edge extending between the top and bottom side and having a second coupling part , which coupling parts (10-11) make it possible to produce a horizontal and vertical lock between two such panels by means of a vertical movement (M) of the one panel with respect to the other panel , wherein the first coupling part comprises a lip which is preferably situated on the bottom side of the panel and has a first, upwardly directed locking element which forms a first locking surface , which first locking surface , in the coupled position, cooperates with a second locking surface which is formed in a first, downwardly directed locking groove of the second coupling part , in order to partly or completely produce the horizontal lock, wherein the coupling parts (10-11) comprise a second, separate locking element which, in the coupled position, cooperates with a second locking groove of the coupling parts (10-11) in order to partly or completely produce the vertical lock and wherein the first coupling part comprises a first closure surface which, in the coupled position, cooperates with a second closure surface of the second coupling part , in this case defining a vertical closure face (V1), wherein the separate locking element is part of the first coupling part , in that the lip is elastically bent in the coupled position, in such a way that a reactive force is generated which pushes the coupled panels against each other at the location of the cooperating closure surfaces (23-24), characterized in that the upwardly directed locking element , viewed in the disengaged position, has an uppermost point (P1) which is situated at a vertical distance (H1) from the bottom side of the panel of at least 0.35 times, preferably at least 0.4 times and more preferably at least 0.45 times the thickness (T) of the panel , wherein the downwardly directed locking groove has a bottom which runs substantially obliquely downwards in a direction away from the second locking surface and wherein the upwardly directed locking element , viewed in the coupled position, has an uppermost point (P2) which defines a horizontal level (N1), which horizontal level (N1) is situated above at least a portion of the separate locking element and above at least a portion of the second locking groove .
A hair conditioning composition comprising a) A cationic surfactant; b) An antidandruff agent selected from climbazole, ketoconazole, or octopirox; and c) from 0.01 to 5.0% by weight of octyldodecanol; wherein the composition comprises less than 1% silicone compound, preferably less than 0.1% silicone compound by weight of the composition. a) A cationic surfactant; b) An antidandruff agent selected from climbazole, ketoconazole, or octopirox; and c) from 0.01 to 5.0% by weight of octyldodecanol;