mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the production of polyurethanes where (a) polyisocyanate, (b) polymeric compounds having groups reactive toward isocyanates, (c) catalysts, comprising incorporable amine catalysts, (d)a CH-acidic compound of the general formula R 1 -CH 2 -R 2 , where R 1 and R 2 independently of one another are an electron-withdrawing moiety of the general formula -C(O)-R 3 or -CN, where the moiety R 3 is selected from the group consisting of -NH 2 , -NH-R 4 -NR 5 R 6 , OR 7 or R 8 , where R 4 , R 5 , R 6 , R 7 , and R 8 independently are selected from the group consisting of aliphatic, araliphatic or aromatic hydrocarbons, which may have substitution, and optionally (e) blowing agent, (f) chain extender and/or crosslinking agent, and (g) auxiliaries and/or additives are mixed to give a reaction mixture, and the reaction mixture is allowed to complete a reaction to give the polyurethane, where the compound R 1 -CH 2 -R 2 comprises one or more isocyanate-reactive groups selected from -OH, -NH- or NH 2 groups, wherein carboxylic acid groups or carboxamide groups are not counted as isocyanate-reactive groups, and/or the molecular weight of the CH-acidic compound (d) is greater than 300 g/mol.. (a) polyisocyanate, (b) polymeric compounds having groups reactive toward isocyanates, (c) catalysts, comprising incorporable amine catalysts, (d)a CH-acidic compound of the general formula R 1 -CH 2 -R 2 , where R 1 and R 2 independently of one another are an electron-withdrawing moiety of the general formula -C(O)-R 3 or -CN, where the moiety R 3 is selected from the group consisting of -NH 2 , -NH-R 4 -NR 5 R 6 , OR 7 or R 8 , where R 4 , R 5 , R 6 , R 7 , and R 8 independently are selected from the group consisting of aliphatic, araliphatic or aromatic hydrocarbons, which may have substitution, and optionally (e) blowing agent, (f) chain extender and/or crosslinking agent, and (g) auxiliaries and/or additives are mixed to give a reaction mixture, and the reaction mixture is allowed to complete a reaction to give the polyurethane, where the compound R 1 -CH 2 -R 2 comprises one or more isocyanate-reactive groups selected from -OH, -NH- or NH 2 groups, wherein carboxylic acid groups or carboxamide groups are not counted as isocyanate-reactive groups, and/or the molecular weight of the CH-acidic compound (d) is greater than 300 g/mol..
Chronograph mechanism, for a timepiece movement , having a driving mobile able to be driven in rotation by a drive mobile for driving, on request, a driven mobile by way of a transmission mobile , said drive mobile itself being intended to be driven from a power source of the timepiece movement, said driven mobile being intended to control the movements of a display member, each of said drive mobile, driving mobile, transmission mobile and driven mobile having a shaft secured to a wheel , the wheel of said driving mobile being a chronograph driving wheel, said transmission mobile being a clutch mobile carried by a clutch lever intended to be arranged on the timepiece movement , so as to be able to move between a first position, associated with an engaged state in which a kinematic connection intended to connect the drive mobile to the display member is created, and a second position, associated with a disengaged state in which said kinematic connection is interrupted, wherein one mobile from said driving mobile, transmission mobile and driven mobile has a friction wheel , frictionally mounted on the corresponding shaft and designed to cooperate with the wheel of another mobile from said drive mobile, driving mobile, transmission mobile and driven mobile , said kinematic connection integrating said friction wheel in such a way that the drive mobile and the display member are able to be connected together by way of friction.
A method of detecting coincident sample events, comprising: receiving a first set of time dependent signal data representing detected signals from a flow cytometer system ; detecting, with a peak detection module , one or more peaks within the signal data; characterised in that the method comprises cancelling, with a successive cancellation module , one or more individual sample events from the signal data at corresponding time indexes, wherein the cancellation of more than one individual sample event is successive, and wherein the cancellation comprises: detecting a first peak event and a corresponding first time index for the first peak event; generating a model sample event based on a stored beam profile and height of the first peak event; and subtracting out energy for the model sample event from energy of the signal data at the corresponding first time index, wherein presence of energy after the subtracting indicates presence of coincident sample events. receiving a first set of time dependent signal data representing detected signals from a flow cytometer system ; detecting, with a peak detection module , one or more peaks within the signal data; characterised in that the method comprises cancelling, with a successive cancellation module , one or more individual sample events from the signal data at corresponding time indexes, wherein the cancellation of more than one individual sample event is successive, detecting a first peak event and a corresponding first time index for the first peak event; generating a model sample event based on a stored beam profile and height of the first peak event; and subtracting out energy for the model sample event from energy of the signal data at the corresponding first time index, wherein presence of energy after the subtracting indicates presence of coincident sample events.
Drive machine for driving a vehicle in a fluid, in particular air or water, having • a radial impeller with an axis of rotation, • a motor to drive the impeller, and • a housing , wherein the impeller is mounted in the housing, and wherein the housing has an opening on a first side surface which is arranged concentrically to the axis of rotation, wherein in its interior the housing has channels extending from the circumference of the impeller to a second side surface of the housing on which the channels open into the environment, characterized in that at least one channel has a flow island as a fluid-dynamic dividing element for dividing the respective channel into two branches at least in sections, and in that the two branches are brought together again at a distance from the second side surface. • a radial impeller with an axis of rotation, • a motor to drive the impeller, and • a housing ,
An aqueous cleaning composition for removing dry etch residues from an electronic device while preventing corrosion of metal line materials, the composition comprising: (A) a fluoride ion supply source in an amount that gives a fluoride ion concentration of 0.05-30 mmol/L in the composition; (B) a cation supply source in an amount that gives a mole ratio of cations of 0.3-20 to the fluoride ions in the composition; and (C) 0.0001-10 mass% of one or more kinds of compounds selected from a C 4-13 alkylphosphonic acid, a C 4-13 alkylphosphonate ester, a C 4-13 alkyl phosphate and a salt thereof, with respect to the total amount of the composition, wherein pH is in a range of 2-6, wherein the cation supply source is selected from the group consisting of ammonium nitrate, sodium sulfate, potassium nitrate, potassium sulfate, potassium hexafluorophosphate, tetramethylammonium nitrate, lithium sulfate, rubidium sulfate, and potassium hydroxide, and wherein, in the calculation of the mole ratio of cations to the fluoride ions (molar concentration of cation/molar concentration of fluoride ion), protons derived from Component (A) are not included in the molar concentration of cation and, when a compound other than hydrogen fluoride (HF) is used as Component (A), calculation is carried out by using the sum of the molar concentration of cation derived from Component (A) and the molar concentration of cation derived from Component (B) as the molar concentration of cation above. (A) a fluoride ion supply source in an amount that gives a fluoride ion concentration of 0.05-30 mmol/L in the composition; (B) a cation supply source in an amount that gives a mole ratio of cations of 0.3-20 to the fluoride ions in the composition; and (C) 0.0001-10 mass% of one or more kinds of compounds selected from a C 4-13 alkylphosphonic acid, a C 4-13 alkylphosphonate ester, a C 4-13 alkyl phosphate and a salt thereof, with respect to the total amount of the composition, wherein pH is in a range of 2-6, wherein the cation supply source is selected from the group consisting of ammonium nitrate, sodium sulfate, potassium nitrate, potassium sulfate, potassium hexafluorophosphate, tetramethylammonium nitrate, lithium sulfate, rubidium sulfate, and potassium hydroxide, and wherein, in the calculation of the mole ratio of cations to the fluoride ions (molar concentration of cation/molar concentration of fluoride ion), protons derived from Component (A) are not included in the molar concentration of cation and, when a compound other than hydrogen fluoride (HF) is used as Component (A), calculation is carried out by using the sum of the molar concentration of cation derived from Component (A) and the molar concentration of cation derived from Component (B) as the molar concentration of cation above.
A safety needle device , comprising: a needle cannula comprising a proximal end and a distal end with a puncture tip ; a housing defining a passageway extending therethrough, the puncture tip of the needle cannula extending from a distal end of the housing ; and a packaging cover disposed about the distal end of the housing and enclosing the puncture tip of the needle cannula prior to using the safety needle device , the packaging cover releasably associated with the distal end of the housing , characterized in that the housing comprises at least one release member disposed at least partially within the packaging cover which engages the packaging cover to prevent removal of the packaging cover from the housing , and in that a distal end of the release member is adapted to flex radially inward toward a central portion of the housing upon applying pressure to the release member to disengage the release member from the packaging cover so that the packaging cover is removable from the distal end of the housing . a needle cannula comprising a proximal end and a distal end with a puncture tip ; a housing defining a passageway extending therethrough, the puncture tip of the needle cannula extending from a distal end of the housing ; and a packaging cover disposed about the distal end of the housing and enclosing the puncture tip of the needle cannula prior to using the safety needle device , the packaging cover releasably associated with the distal end of the housing , characterized in that the housing comprises at least one release member disposed at least partially within the packaging cover which engages the packaging cover to prevent removal of the packaging cover from the housing , and in that a distal end of the release member is adapted to flex radially inward toward a central portion of the housing upon applying pressure to the release member to disengage the release member from the packaging cover so that the packaging cover is removable from the distal end of the housing .
A device for the temporary interconnection of accessories to a truck or an articulated rig composed of tractor and trailer or semi trailer, comprising a box-like body or support provided in an upward region with first means for anchoring and locking to a bracket which constitutes the chassis of said truck or articulated rig composed of tractor and trailer or semi trailer, characterized in that said box-like body or support is provided laterally and frontally with first means for temporary interconnection to complementarily shaped second engagement means which are provided in said accessories and frontally with third means for temporary or stable interconnection to said accessories .
A composition selected from the group consisting of homosalate, octyl salicylate and combinations of homosalate and octyl salicylate for use in a method of treating a multiple sclerosis (MS) patient, the method comprising the steps of (a) Identifying an MS patient exhibiting at least one symptom of MS, (b) Treating the patient with an effective amount of a composition selected from the group consisting of homosalate, octyl salicylate and combinations of homosalate and octyl salicylate, wherein occurrence of the symptom is lessened or progression of the symptom is slowed or stalled. (a) Identifying an MS patient exhibiting at least one symptom of MS, (b) Treating the patient with an effective amount of a composition selected from the group consisting of homosalate, octyl salicylate and combinations of homosalate and octyl salicylate, wherein occurrence of the symptom is lessened or progression of the symptom is slowed or stalled.
A controller of a surgical robot , the controller controlling the surgical robot having an operation part , an action part actuated according to an operation of the operation part (5 1a, 51b) by a user, and a drive part supplying a driving force to the action part , the controller comprising: a reaction force setter setting a magnitude of an operation reaction force that is a force in a direction opposite to an operation direction of the operation part operated by the user; and a reaction force controller controlling a reaction force applicator applying the operation reaction force to the operation part to apply the operation reaction force having the magnitude set by the reaction force setter to the operation part , wherein when the action part performs the action according to the operation, the reaction force setter sets the operation reaction force based on change information about a change in the driving force supplied to the action part by the drive part and a conversion coefficient set in advance, characterized in that the surgical robot further includes an external force detector detecting an external force applied to a specified portion of the surgical robot , and that the reaction force setter sets a magnitude of the operation reaction force based on the change information, the conversion coefficient, and a detection signal from the external force detector . a reaction force setter setting a magnitude of an operation reaction force that is a force in a direction opposite to an operation direction of the operation part operated by the user; and a reaction force controller controlling a reaction force applicator applying the operation reaction force to the operation part to apply the operation reaction force having the magnitude set by the reaction force setter to the operation part , wherein when the action part performs the action according to the operation, the reaction force setter sets the operation reaction force based on change information about a change in the driving force supplied to the action part by the drive part and a conversion coefficient set in advance, characterized in that the surgical robot further includes an external force detector detecting an external force applied to a specified portion of the surgical robot , and that the reaction force setter sets a magnitude of the operation reaction force based on the change information, the conversion coefficient, and a detection signal from the external force detector .
Hotplate apparatus, particularly for a hotplate having a cover plate which comprises at least two heating zones (10a-10d), having a cooking utensil sensor unit and having a control and/or regulating unit , wherein the cooking utensil sensor unit has at least one bridging detection unit which is provided in order to detect at least one bridging of the at least two heating zones (10a-10d) by means of at least one cooking utensil element , and wherein the bridging detection unit has at least one cooking utensil sensor which is provided to detect a cooking utensil element in an inactive region of the cover plate between the two heating zones (10a-10d), wherein the control and/or regulating unit is configured for operating the two heating zones (10a-10d) in a manner matched to one another, dependent at least on the cooking utensil sensor unit .
A method for suppressing interference in a radar transceiver , the method comprising transmitting (S1) a radar signal at a frequency f(t) with an ego ramp polarity, receiving (S2) the radar signal, monitoring (S3) the received radar signal for interference, and, if interference is detected (S4), switching (S7) the ego ramp polarity or the interference ramp polarity to opposite polarity if a switch criterion is met, characterized in that at least part of the switch criterion comprises detecting interference associated with a significant interference impact compared to other detected interferences. transmitting (S1) a radar signal at a frequency f(t) with an ego ramp polarity, receiving (S2) the radar signal, monitoring (S3) the received radar signal for interference, and, if interference is detected (S4), switching (S7) the ego ramp polarity or the interference ramp polarity to opposite polarity if a switch criterion is met, characterized in that at least part of the switch criterion comprises detecting interference associated with a significant interference impact compared to other detected interferences.
A medical device delivery system , comprising: an inner shaft having a proximal end and a distal end ; a support shaft having a proximal end and a distal end, the support shaft being sized for insertion into the circulatory system of a patient, and configured such that a medical device can be positioned about the support shaft between a retainer and a distal tip ; an articulating assembly disposed between the inner shaft and the support shaft; and a distal outer sheath configured to cover the inner shaft and the support shaft in a first condition, and movable to a second condition exposing the support shaft, characterised in that the articulating assembly includes a first portion at the distal end of the inner shaft and a second portion at the proximal end of the support shaft, the first portion being pivotable relative to the second portion to change the orientation of the support shaft relative to the inner shaft. an inner shaft having a proximal end and a distal end ; a support shaft having a proximal end and a distal end, the support shaft being sized for insertion into the circulatory system of a patient, and configured such that a medical device can be positioned about the support shaft between a retainer and a distal tip ; an articulating assembly disposed between the inner shaft and the support shaft; and a distal outer sheath configured to cover the inner shaft and the support shaft in a first condition, and movable to a second condition exposing the support shaft, characterised in that the articulating assembly includes a first portion at the distal end of the inner shaft and a second portion at the proximal end of the support shaft, the first portion being pivotable relative to the second portion to change the orientation of the support shaft relative to the inner shaft.
A method performed by a system including i) a secure processing sub-system having an internal non-volatile memory , ii) a non-volatile memory that is external to the secure processing sub-system ; wherein during each power cycle where data stored in the external non-volatile memory is updated, the secure processing sub-system executes a transaction by performing the following steps : . writing a first transaction data marking the start of the transaction in the internal non-volatile memory upon a first update of the data within the power cycle, and . at the end of the power cycle, writing a second transaction data marking the end of said transaction to the internal non-volatile memory, and, at the beginning of any power cycle, the secure processing sub-system performs the steps of . checking if a transaction is still pending in the internal non-volatile memory based on the transaction data written in the internal non-volatile memory ; and . if a transaction is still pending, preventing to use the data stored in the external non-volatile memory . i) a secure processing sub-system having an internal non-volatile memory , ii) a non-volatile memory that is external to the secure processing sub-system ; wherein during each power cycle where data stored in the external non-volatile memory is updated, the secure processing sub-system executes a transaction by performing the following steps : . writing a first transaction data marking the start of the transaction in the internal non-volatile memory upon a first update of the data within the power cycle, and . at the end of the power cycle, writing a second transaction data marking the end of said transaction to the internal non-volatile memory, . writing a first transaction data marking the start of the transaction in the internal non-volatile memory upon a first update of the data within the power cycle, and . at the end of the power cycle, writing a second transaction data marking the end of said transaction to the internal non-volatile memory, and, at the beginning of any power cycle, the secure processing sub-system performs the steps of . checking if a transaction is still pending in the internal non-volatile memory based on the transaction data written in the internal non-volatile memory ; and . if a transaction is still pending, preventing to use the data stored in the external non-volatile memory . . checking if a transaction is still pending in the internal non-volatile memory based on the transaction data written in the internal non-volatile memory ; and . if a transaction is still pending, preventing to use the data stored in the external non-volatile memory .
A seal-forming structure for a patient interface, the seal-forming structure constructed and arranged to form a seal with a region of the patient's face surrounding an entrance to the patient's airways, the seal-forming structure constructed and arranged to maintain a therapeutic pressure of at least 6 cmH2O above ambient air pressure in a plenum chamber throughout the patient's respiratory cycle in use, the seal-forming structure comprising: a patient-contacting surface configured to engage the patient's facial skin to form a seal; a posterior opening formed in the patient-contacting surface, the posterior opening configured to provide the flow of air at said therapeutic pressure to the patient's nares; and a support structure extending from a first location on the patient contacting surface to a second location on an interior surface of the seal-forming structure, the support structure and the interior surface forming a continuous loop, wherein the patient interface is configured to allow the patient to breath from ambient through their mouth in the absence of a flow of pressurised air through the plenum chamber inlet port, or the patient interface is configured to leave the patient's mouth uncovered, and wherein a superior portion of the seal-forming structure is structured to engage the patient's nose inferior to the patient's nasal bone. a patient-contacting surface configured to engage the patient's facial skin to form a seal; a posterior opening formed in the patient-contacting surface, the posterior opening configured to provide the flow of air at said therapeutic pressure to the patient's nares; and a support structure extending from a first location on the patient contacting surface to a second location on an interior surface of the seal-forming structure, the support structure and the interior surface forming a continuous loop, wherein the patient interface is configured to allow the patient to breath from ambient through their mouth in the absence of a flow of pressurised air through the plenum chamber inlet port, or the patient interface is configured to leave the patient's mouth uncovered, and wherein a superior portion of the seal-forming structure is structured to engage the patient's nose inferior to the patient's nasal bone.