mhurhangee/ep-ind-claims huggingface dataset:
A conformable reinforced article adapted to be used in combination in a reinforced tape, the reinforced article comprising: an elastomeric polymeric backing layer having opposing first and second major surfaces; and, an elastomeric polymeric reinforcing material layer carried along at least one of the first and second major surfaces, wherein the backing layer and the reinforcing material layer of the reinforced article exhibit an elongation extension at break of at least 25 to 60%, and tensile strength greater than 17 N/cm (10 lb/in) at break, wherein the reinforcing material layer is made of a reinforcing scrim material that is highly extensible, wherein the method for measuring elongation extension at break and tensile strength is described in the description.
A power generation system, comprising: a fuel supply having a heat exchanger; an internal combustion engine having a heat exchanger and being configured to provide rotational mechanical energy; a gearbox having a heat exchanger; a generator having a heat exchanger and being configured to receive the rotational mechanical energy and generate electrical power in response to the rotational mechanical energy; a power electronics device having a heat exchanger and being coupled to the generator to transform the electrical power, generated by the generator, the power electronics device having the capability to modify and convert the electrical power to one or more of selective forms; the selective forms comprising frequency selectable, voltage selectable and polarity selectable electrical power; a liquid medium provided to the fuel supply, to the internal combustion engine, to the gearbox, to the generator, and to the power electronics device for removing thermal energy from the fuel supply, from the internal combustion engine, from the gearbox, from the generator, and from the power electronics device; and wherein the heat exchangers (68,72,80,82,86) of the fuel supply, the internal combustion engine, the gearbox, the generator, and the power electronics device are combined within an array or network. a fuel supply having a heat exchanger; an internal combustion engine having a heat exchanger and being configured to provide rotational mechanical energy; a gearbox having a heat exchanger; a generator having a heat exchanger and being configured to receive the rotational mechanical energy and generate electrical power in response to the rotational mechanical energy; a power electronics device having a heat exchanger and being coupled to the generator to transform the electrical power, generated by the generator, the power electronics device having the capability to modify and convert the electrical power to one or more of selective forms; the selective forms comprising frequency selectable, voltage selectable and polarity selectable electrical power; a liquid medium provided to the fuel supply, to the internal combustion engine, to the gearbox, to the generator, and to the power electronics device for removing thermal energy from the fuel supply, from the internal combustion engine, from the gearbox, from the generator, and from the power electronics device; and wherein the heat exchangers (68,72,80,82,86) of the fuel supply, the internal combustion engine, the gearbox, the generator, and the power electronics device are combined within an array or network.
Method for determining the NO X concentration in the exhaust gas of an internal combustion engine by means of an NO X sensor which is arranged in the exhaust system of the internal combustion system, wherein non-steady-state fluctuations in a sensor control state are detected, characterized in that - fluctuations in the oxygen concentration in the exhaust gas over time are detected for a predefined detection interval; - a status signal which characterizes the size of the fluctuations is formed; the status signal is selected as a function of the value of the rate of change of a lambda value signal over time; - filtering of the NO X signal is carried out as a function of the status signal in order to form a signal with reduced fluctuations, which signal is used to correct the NO X signal or is employed directly as a corrected signal. - fluctuations in the oxygen concentration in the exhaust gas over time are detected for a predefined detection interval; - a status signal which characterizes the size of the fluctuations is formed; the status signal is selected as a function of the value of the rate of change of a lambda value signal over time; - filtering of the NO X signal is carried out as a function of the status signal in order to form a signal with reduced fluctuations, which signal is used to correct the NO X signal or is employed directly as a corrected signal.
Method for detecting a first operating state of a handheld power tool, the handheld power tool including an electric motor, the method comprising the following step: S1 ascertaining a signal of an operating quantity of the electric motor; wherein the method is characterized by the following steps: S2 comparing the signal of the operating quantity with at least one state-typical model signal form, the state-typical model signal form having been assigned to the first operating state; and S3 deciding whether the first operating state is present, the decision depending at least partially on whether the state-typical model signal form is identified in the signal of the operating quantity in step S2. S1 ascertaining a signal of an operating quantity of the electric motor; wherein the method is characterized by the following steps: S2 comparing the signal of the operating quantity with at least one state-typical model signal form, the state-typical model signal form having been assigned to the first operating state; and S3 deciding whether the first operating state is present, the decision depending at least partially on whether the state-typical model signal form is identified in the signal of the operating quantity in step S2. S2 comparing the signal of the operating quantity with at least one state-typical model signal form, the state-typical model signal form having been assigned to the first operating state; and S3 deciding whether the first operating state is present, the decision depending at least partially on whether the state-typical model signal form is identified in the signal of the operating quantity in step S2.
An ablation device, comprising: an elongate member having a longitudinal axis; an ablation structure; a support structure coupled to a distal portion of the elongate member and adapted to support the ablation structure within an alimentary tract of a patient, the support structure comprising a longitudinal support with a longitudinal axis, a rotational support comprising a base and a pin, the ablation structure being positioned on the longitudinal support and the rotational support being adapted to couple with an outside surface of the elongate member utilizing the base of the rotational support to permit the longitudinal support and the ablation structure that it carries to pivot about the pin with respect to the longitudinal axis of the elongate member; and a movement resistor constructed and arranged to: (i) maintain the longitudinal support in a neutral position in which the longitudinal axis of the longitudinal support is substantially parallel to the longitudinal axis of the elongate member; (ii) permit force-induced rotational deflection of the longitudinal support away from the neutral position; and (iii) return the longitudinal support to the neutral position in the absence of such deflection-inducing force. an elongate member having a longitudinal axis; an ablation structure; a support structure coupled to a distal portion of the elongate member and adapted to support the ablation structure within an alimentary tract of a patient, the support structure comprising a longitudinal support with a longitudinal axis, a rotational support comprising a base and a pin, the ablation structure being positioned on the longitudinal support and the rotational support being adapted to couple with an outside surface of the elongate member utilizing the base of the rotational support to permit the longitudinal support and the ablation structure that it carries to pivot about the pin with respect to the longitudinal axis of the elongate member; and a movement resistor constructed and arranged to: (i) maintain the longitudinal support in a neutral position in which the longitudinal axis of the longitudinal support is substantially parallel to the longitudinal axis of the elongate member; (ii) permit force-induced rotational deflection of the longitudinal support away from the neutral position; and (iii) return the longitudinal support to the neutral position in the absence of such deflection-inducing force.
Adjustment system for adjusting the guide play of a sliding guide for movable parts of a press, with at least one adjustable guide element, comprising at least one slide block adjustable transversely to the direction of movement of the part of the press to be guided, at least one setting wedge and at least one guide wedge co-operating with the setting wedge, the adjustment of which relative to one another causes displacement of the slide block transversely to the direction of movement of the movable part, wherein the setting wedge is steplessly adjustable, characterised in that the setting wedge is adjusted by means of at least one spindle drive, the spindle drive comprises at least one spindle, which is driven by a setting motor and which cooperates with a movement thread of the setting wedge, and at least one measured value transmitter is provided, which detects the guide play of the sliding guide and delivers this to a control device and/or regulating device for automatic readjustment of the guide play.
Process for hydrolysis of acetone cyanohydrin by means of sulphuric acid as a precursor for preparation of methyl methacrylate in a loop reactor, characterized in that a. at least one of the heat exchangers present in the loop reactor is equipped with turbulators and b. at least one of the reaction components is fed into the loop reactor by means of a metering ring for feeding in at least one of the reaction components, wherein the metering ring for feeding in at least one of the reaction components is installed immediately upstream of a pump in the loop reactor or is part of the pump and integrated into the pump housing and the heat exchanger(s) equipped with turbulators is/are positioned downstream of the metered addition of sulphuric acid and of ACH in flow direction. a. at least one of the heat exchangers present in the loop reactor is equipped with turbulators and b. at least one of the reaction components is fed into the loop reactor by means of a metering ring for feeding in at least one of the reaction components,
A printer configured to communicate with a terminal and an information processor, comprising: a printer communicator that is configured to receive print data from the terminal; a controller configured to generate print text data based on the received print data; a storage that stores first format information indicating a first format used for discrimination to transmit the print text data relating to the printing of a specific type of a printed matter to the information processor;and second format information indicating a second format for specifying information to be converted or deleted among a plurality of information included in the print text data; a printing executor that performs printing based on the print data received from the terminal; and the controller is further configured to discriminate whether or not a format of the print text data is adapted to the first format indicated by the first format information stored in the storage, when it is discriminated that the format of the print text data is not adapted to the first format the controller is configured not to transmit to the information processor; and when it is discriminated that the format of the print text data is adapted to the first format the controller is configured to transmit, to the information processor the print text data in which information suitable for the second format indicated by the second format information stored in the storage among the plurality of information included in the print text data is converted or deleted. a printer communicator that is configured to receive print data from the terminal; a controller configured to generate print text data based on the received print data; a storage that stores first format information indicating a first format used for discrimination to transmit the print text data relating to the printing of a specific type of a printed matter to the information processor;and second format information indicating a second format for specifying information to be converted or deleted among a plurality of information included in the print text data; a printing executor that performs printing based on the print data received from the terminal; and the controller is further configured to discriminate whether or not a format of the print text data is adapted to the first format indicated by the first format information stored in the storage, when it is discriminated that the format of the print text data is not adapted to the first format the controller is configured not to transmit to the information processor; and when it is discriminated that the format of the print text data is adapted to the first format the controller is configured to transmit, to the information processor the print text data in which information suitable for the second format indicated by the second format information stored in the storage among the plurality of information included in the print text data is converted or deleted.
Process for the preparation of 1-(6-methylpyridin-3-yl)-2-[4-(methylsulfonyl)phenyl]ethanone of formula or of a salt thereof: comprising the reaction of (4-methylsolfonyl)phenylacetic acid of formula: or of alkaline salt of (4-methylsolfonyl) phenylacetic acid of formula: wherein M + is an ion of an alkaline metal, with the ester of 6-methylpyridine-3-carboxylic acid of formula: wherein R is a C1-C5 straight o branched alkyl or an aryl or a substituted aryl or a benzyl or a substituted benzyl, in the presence of a Grignard reagent, characterized in that the addition of the two reagents such as the ester of 6-methylpyridine-3-carboxylic acid of formula and the Grignard reagent to the (4-methylsolfonyl) phenylacetic acid of formula or to the alkaline salt of (4-methylsolfonyl) phenylacetic acid of formula is carried out simultaneously.
A method for determining a visualization of content to be displayed to a surgeon on a display of a portable display device, the method comprising: obtaining first pose data indicative a first pose (P 1) of an anatomical feature of a patient in an operating room; obtaining second pose data indicative of a second pose (P 5) of a portable display device in the operating room; estimating, based on the first pose data and the second pose data, a third pose (P 10) of a surgeon relative to the patient; and determining, based on the estimated third pose (P 10), a visualization of content to be displayed to the surgeon on a display of the portable display device, the method further comprising: obtaining a fourth pose (P 8) of the surgeon relative to the portable display device, wherein the third pose (P 10) is estimated further based on the fourth pose (P 8), wherein the fourth pose (P 8) is determined based on a predefined spatial criterion associated with the portable display device. obtaining first pose data indicative a first pose (P 1) of an anatomical feature of a patient in an operating room; obtaining second pose data indicative of a second pose (P 5) of a portable display device in the operating room; estimating, based on the first pose data and the second pose data, a third pose (P 10) of a surgeon relative to the patient; and determining, based on the estimated third pose (P 10), a visualization of content to be displayed to the surgeon on a display of the portable display device, the method further comprising: obtaining a fourth pose (P 8) of the surgeon relative to the portable display device, wherein the third pose (P 10) is estimated further based on the fourth pose (P 8), wherein the fourth pose (P 8) is determined based on a predefined spatial criterion associated with the portable display device. obtaining a fourth pose (P 8) of the surgeon relative to the portable display device, wherein the third pose (P 10) is estimated further based on the fourth pose (P 8), wherein the fourth pose (P 8) is determined based on a predefined spatial criterion associated with the portable display device.
A charging roller for an image forming apparatus, comprising: a shaft; an elastic layer formed around the shaft; and a coating layer formed on the elastic layer, characterised by the coating layer includes a urethane resin formed by crosslinking of a polyol mixture with polyisocyanate, and the polyol mixture includes polyester polyol, and the polyether polyol having 60% by weight or more and 90% by weight or less of an ethylene oxide content. a shaft; an elastic layer formed around the shaft; and a coating layer formed on the elastic layer, characterised by the coating layer includes a urethane resin formed by crosslinking of a polyol mixture with polyisocyanate, and the polyol mixture includes polyester polyol, and the polyether polyol having 60% by weight or more and 90% by weight or less of an ethylene oxide content.
An implantable graft for closing a fistula (4,5) in a human patient, the graft comprising a body having a first end comprising a head having a first diameter and a second end comprising a first tail with a second diameter that is smaller than the first diameter, wherein the body comprises a taper between the first end and the second end and wherein the graft comprises an acellular bioremodelable material that promotes cellular invasion and ingrowth within the material and reconstruction of host tissue within the material, and where the body is configured to wedge within so as to fill a primary opening of the fistula (4,5), characterised in that the bioremodelable material comprises an intact, acellular sheet and is selected from the group consisting of a cadaveric material from a human donor and a heterograft material from a non-human donor, wherein the bioremodelable material is selected from the group consisting of renal capsule membrane, amnion, dura mater, pericardium, serosa, peritoneum and basement membrane materials, liver basement membrane, epithelial basement membrane, submucosa, small intestinal submucosa, stomach submucosa, urinary bladder submucosa and uterine submucosa.
Apparatus, comprising detecting means adapted to detect a request for establishing a session between a peer and a network, wherein the request is received from the peer and comprises an identifier of a user of the network; checking means adapted to check, if the request is detected, whether a first session is established, wherein the first session is a session of the user which is established between the peer and the network; determining means adapted to determine, if it is checked that the first session is established, whether the first session is dead or alive; flushing means adapted to flush the first session if it is determined that the first session is dead; triggering means adapted to trigger an establishment of the requested session if it is determined that the first session is dead.
Method for producing gas diffusion electrodes, in particular for use in electrolysis cells, in which first a sheet-like structure is produced by means of a pair of rolls by rolling a powder mixture containing at least one catalyst or a catalyst mixture and a binder and then the sheet-like structure is connected to an electrically conductive catalyst support by rolling by means of a pair of rolls, characterized in that the clamping force of the rolls during rolling of the powder mixture is kept constant in the range from 0.2 kN/cm to 15 kN/cm, and in that the sheet-like structure produced by rolling is likewise connected by rolling to the electrically conductive support, wherein the rolling is effected under a nip force of from 0.1 kN/cm to 2 kN/cm.
A method for synchronizing parallel applications in an asymmetric multi-processing system having multiple independent levels of security, the method comprising: providing synchronized access to a shared data memory region for a first application through a first instance of a para-virtualized user library linked against the first application in a first virtualized environment in a first domain having a first level of security, wherein the synchronized access is provided through a para-virtualized standard synchronization application programming interface implemented as a user library accessing a synchronization structure through a first separation kernel; providing synchronized access to the shared data memory region for a second application in parallel with the first application through a second instance of the para-virtualized user library linked against the second application in a second virtualized environment in the first domain having the first level of security, the second instance of the para-virtualized user library accessing the synchronization structure through a second separation kernel; and preventing access to the shared data memory region and the synchronization structure by other applications in one or more other domains (104, 106) having other levels of security per domain based on a memory management unit configuration having access controlled by the first and second separation kernels. providing synchronized access to a shared data memory region for a first application through a first instance of a para-virtualized user library linked against the first application in a first virtualized environment in a first domain having a first level of security, wherein the synchronized access is provided through a para-virtualized standard synchronization application programming interface implemented as a user library accessing a synchronization structure through a first separation kernel; providing synchronized access to the shared data memory region for a second application in parallel with the first application through a second instance of the para-virtualized user library linked against the second application in a second virtualized environment in the first domain having the first level of security, the second instance of the para-virtualized user library accessing the synchronization structure through a second separation kernel; and preventing access to the shared data memory region and the synchronization structure by other applications in one or more other domains (104, 106) having other levels of security per domain based on a memory management unit configuration having access controlled by the first and second separation kernels.
A soundproof panel comprising a first nonwoven structural member comprising a moistenable-thermal adhesive fiber which is melt-bonded to a fiber of the first nonwoven structural member to fix the fibers and a honeycomb member having a honeycomb structure, wherein the first nonwoven structural member has a bonded fiber ratio as defined in the present specification of 3 to 85% and an apparent density of 0.03 to 0.7 g/cm 3 and the thickness ratio of the nonwoven structural member relative to the honeycomb member [the first nonwoven structural member/the honeycomb member] is 1/2 to 1/9.
An engine oil comprising a major amount of a base oil and a minor amount of an additive package, wherein the additive package comprises one or more friction modifiers selected from compounds of the formula II, and carboxylate salts thereof: wherein R is a linear or branched, saturated, unsaturated, or partially saturated hydrocarbyl having 8 to 28 carbon atoms; and the carboxylate salts have a cation that is an alkali metal, alkaline earth metal, group IIB metal, or ammonium cation, wherein the engine oil further comprises at least one dispersant.