mhurhangee/patent-ind-claim-en huggingface dataset:
A dry pharmaceutical composition comprising PVP-PLA block copolymers as defined in Formula I: wherein: x is an initiator alcohol having a boiling point greater than 145°C, n is, on average, from 20 and 40, and m is, on average, from 10 and 40, wherein the block copolymers have a number average molecular weight (M n ) of at least 3000 Da; wherein the number average molecular weight is as measured by proton nuclear magnetic resonance (NMR), in molecular association with at least one active pharmaceutical ingredient (API). x is an initiator alcohol having a boiling point greater than 145°C, n is, on average, from 20 and 40, and m is, on average, from 10 and 40, wherein the block copolymers have a number average molecular weight (M n ) of at least 3000 Da; wherein the number average molecular weight is as measured by proton nuclear magnetic resonance (NMR), in molecular association with at least one active pharmaceutical ingredient (API).
Bale wrapping device for a roundbaler , comprising a wrapping material roller having the wrapping material , wherein the wrapping material roller is able to be brought into engagement with a brake roller , and a cutting apparatus for cutting off the wrapping material from the wrapping material roller , characterized in that a brake apparatus which cooperates with the brake roller is provided, wherein the brake apparatus is actuatable by means of the cutting apparatus such that a rotational movement of the brake roller is able to be braked by the brake apparatus .
A laminated white film having a functional layer comprising an antistatic agent, a compound having a linear or branched alkyl group having 6 or more carbon atoms as a release agent, and a crosslinking agent selected from oxazoline compounds and/or isocyanate-based compounds on at least one surface of a polyester film having an apparent density of 0.7 to 1.3 g/cm 3 , measured as indicated in the description, and a thickness of 10 to 1000 μm, wherein the polyester film is an at least uniaxially stretched polyester film and comprises a polyester resin layer containing a polyester as a main component resin and a polyester-incompatible polymer, the polyester being obtained by polycondensing an aromatic dicarboxylic acid and an aliphatic glycol, and the polyester-incompatible polymer being polypropylene.
Autonomous vehicle for performing an animal-related operation, in particular cleaning a floor in an animal shed containing animals, such as cows, which vehicle comprises: - a drive system for driving the vehicle , which drive system is provided with at least one electrical drive motor , - an electronic control system which is connected to the drive system in order to control it, - a battery system for storing electrical energy, which battery system is connected to the drive system and the control system , - a housing having an interior space , in which the control system and/or the battery system are at least partly arranged, which housing is provided with an access opening for making the interior space accessible, and a cover , which is displaceable between a closed position, in which the access opening is closed by the cover , and an open position, in which the interior space of the housing is accessible via the access opening , - a retaining device for releasably retaining the cover in the closed position, characterized in that the vehicle comprises a locking device , which locks the cover in a partly open position close to the closed position if the cover is released by the retaining device and is moved from the closed position in the direction of the open position, and said locking device is operable so as to reach an unlocked position, while the cover is partly open, in order to make it possible for the cover to be movable from the partly open position to the open position. - a drive system for driving the vehicle , which drive system is provided with at least one electrical drive motor , - an electronic control system which is connected to the drive system in order to control it, - a battery system for storing electrical energy, which battery system is connected to the drive system and the control system , - a housing having an interior space , in which the control system and/or the battery system are at least partly arranged, which housing is provided with an access opening for making the interior space accessible, and a cover , which is displaceable between a closed position, in which the access opening is closed by the cover , and an open position, in which the interior space of the housing is accessible via the access opening , - a retaining device for releasably retaining the cover in the closed position,
A combustor wall for a turbine engine , the combustor wall comprising: a combustor shell ; and a combustor heat shield attached to the shell with a plurality of respective first and second cavities extending between the shell and the heat shield; wherein each first cavity fluidly couples apertures defined in the shell with a respective second cavity , and each second cavity fluidly couples a respective first cavity with apertures defined in the heat shield ; wherein the shell and the heat shield converge toward one another about the second cavity ; wherein each second cavity extends away from a respective first cavity to a distal end defined by a rail ; wherein the apertures in the heat shield are defined at the distal end ; and wherein the heat shield includes a plurality of first panels ; characterised in that each first cavity extends radially between the shell and a base of each first panel , and each second cavity extends radially between the shell and the base of each first panel . a combustor shell ; and a combustor heat shield attached to the shell with a plurality of respective first and second cavities extending between the shell and the heat shield; wherein each first cavity fluidly couples apertures defined in the shell with a respective second cavity , and each second cavity fluidly couples a respective first cavity with apertures defined in the heat shield ; wherein the shell and the heat shield converge toward one another about the second cavity ; wherein each second cavity extends away from a respective first cavity to a distal end defined by a rail ; wherein the apertures in the heat shield are defined at the distal end ; and wherein the heat shield includes a plurality of first panels ; characterised in that each first cavity extends radially between the shell and a base of each first panel , and each second cavity extends radially between the shell and the base of each first panel .
A method for mobile network testing by using at least one testing device configured to be connected to a mobile network as well as a processing unit , comprising the following steps: - Running a predefined set of test procedures on the at least one testing device in order to obtain binary test results assigned to at least one test parameter corresponding to at least one network key performance indicator, wherein the test procedures running on the at least one testing device simulate the behavior of participants of the mobile network with regard to at least one service, - Evaluating by the processing unit the binary test results of the test procedures received from the at least one testing device wherein a machine learning model is used for evaluating purposes, and - Training by the processing unit the machine learning model to predict the probability of at least one binary test result assigned to the quality of a respective service, wherein the training is based on the binary test results obtained by recognizing relationships and/or correlations between different data and/or information of the test parameter, wherein the training of the machine learning model is performed by using a series of test parameters together with the resulting binary test results assigned to the quality of the respective service as input parameters for the machine learning model. - Running a predefined set of test procedures on the at least one testing device in order to obtain binary test results assigned to at least one test parameter corresponding to at least one network key performance indicator, wherein the test procedures running on the at least one testing device simulate the behavior of participants of the mobile network with regard to at least one service, - Evaluating by the processing unit the binary test results of the test procedures received from the at least one testing device wherein a machine learning model is used for evaluating purposes, and - Training by the processing unit the machine learning model to predict the probability of at least one binary test result assigned to the quality of a respective service, wherein the training is based on the binary test results obtained by recognizing relationships and/or correlations between different data and/or information of the test parameter, wherein the training of the machine learning model is performed by using a series of test parameters together with the resulting binary test results assigned to the quality of the respective service as input parameters for the machine learning model.
A rotor blade for a wind turbine , comprising - a rotor blade root area ; - a base plate fixedly connected to an inner wall of the rotor blade within the rotor blade root area ; - a switch cabinet having a plurality of first attachment points ; and - a holder which has one or more second attachment points at which the holder is fixed to the base plate and to which the switch cabinet is attached by means of the first attachment points , wherein the one or more second attachment points of the holder - projected in a plane defined by the first attachment points - lie within a first polygon formed by the first attachment points . - a rotor blade root area ; - a base plate fixedly connected to an inner wall of the rotor blade within the rotor blade root area ; - a switch cabinet having a plurality of first attachment points ; and - a holder which has one or more second attachment points at which the holder is fixed to the base plate and to which the switch cabinet is attached by means of the first attachment points , wherein the one or more second attachment points of the holder - projected in a plane defined by the first attachment points - lie within a first polygon formed by the first attachment points .
Hand tool with an electromotive actuation, wherein the hand tool has a handle region and a working head and an actuating switch is provided in the handle region , which is arranged for manual actuation, wherein furthermore the handle region including the actuating switch is covered by a flexible envelope part which, starting from an end of the handle region remote from the working head , is designed to be free of openings as far as beyond the handle region , characterized in that , on the envelope part facing the working head , and seen from an end of the handle region facing away from the working head beyond the actuating switch , a rib projecting outwards transversely to a longitudinal extension (L) of the hand tool is formed on the casing part .
An optical stack for reflecting and transmitting light in a predetermined wavelength range extending at least from about 400 nm to about 600 nm, the predetermined wavelength range defining a first wavelength range in the predetermined wavelength range, and a remaining wavelength range in the predetermined wavelength range, the optical stack comprising stacked first and second optical films , wherein: for substantially normally incident light and for each wavelength in at least the first wavelength range, the first optical film is configured to reflect at least 80% of light having a first polarization state and is configured to transmit at least 80% of light having an orthogonal second polarization state; and for each of the first and second polarization states: for each wavelength in the first wavelength range, the second optical film has a maximum optical transmittance Tmax for light incident at a first incident angle (θ1), and an optical transmittance Tmax/2 for light incident at a second incident angle (θ2) greater than the first incident angle (θ1) by less than about 50 degrees; and for each wavelength in the remaining wavelength range, the second optical film is configured to reflect at least 80% of light. for substantially normally incident light and for each wavelength in at least the first wavelength range, the first optical film is configured to reflect at least 80% of light having a first polarization state and is configured to transmit at least 80% of light having an orthogonal second polarization state; and for each of the first and second polarization states: for each wavelength in the first wavelength range, the second optical film has a maximum optical transmittance Tmax for light incident at a first incident angle (θ1), and an optical transmittance Tmax/2 for light incident at a second incident angle (θ2) greater than the first incident angle (θ1) by less than about 50 degrees; and for each wavelength in the remaining wavelength range, the second optical film is configured to reflect at least 80% of light. for each wavelength in the first wavelength range, the second optical film has a maximum optical transmittance Tmax for light incident at a first incident angle (θ1), and an optical transmittance Tmax/2 for light incident at a second incident angle (θ2) greater than the first incident angle (θ1) by less than about 50 degrees; and for each wavelength in the remaining wavelength range, the second optical film is configured to reflect at least 80% of light.
A method for preventing the formation of agglomerates of hydrates in a mixture of fluids comprising water, liquid hydrocarbon and gas, the method comprising the steps of: providing a hydrate inhibitor composition comprising a sulfolane derivative having the following structure: wherein R is a group selected from the group consisting of an alkyl chain, an alkenyl chain, an aryl chain, an arylalkyl chain, an arylalkenyl chain, an alkylaryl chain, an alkenylaryl chain, an amine, an amide, a sulfonamide, a phosphor amide, an acyl, an imide, an ethoxylated chain, a propoxylated chain, an alkylamino group, and a glycol group; and injecting the hydrate inhibitor composition into a well or pipeline having the mixture of fluids in an amount sufficient to form a flowable mixture comprising the mixture of fluids and the sulfolane derivative with a concentration in a range from 0.1 wt.% to 5 wt.% based on the water content in the flowable mixture so as to prevent the formation of agglomerates of hydrates in the mixture of fluids. providing a hydrate inhibitor composition comprising a sulfolane derivative having the following structure: wherein R is a group selected from the group consisting of an alkyl chain, an alkenyl chain, an aryl chain, an arylalkyl chain, an arylalkenyl chain, an alkylaryl chain, an alkenylaryl chain, an amine, an amide, a sulfonamide, a phosphor amide, an acyl, an imide, an ethoxylated chain, a propoxylated chain, an alkylamino group, and a glycol group; and injecting the hydrate inhibitor composition into a well or pipeline having the mixture of fluids in an amount sufficient to form a flowable mixture comprising the mixture of fluids and the sulfolane derivative with a concentration in a range from 0.1 wt.% to 5 wt.% based on the water content in the flowable mixture so as to prevent the formation of agglomerates of hydrates in the mixture of fluids.
Method for controlling the operation of a centrifuge with a rotatable drum , in particular a separator or a decanter, for noise reduction in the centrifugal processing of a product, in particular in a clarifying of a product and/or in a separating of a product into different liquid phases with the drum , characterized in that in the controlling of the operation of the centrifuge the noise development of the centrifuge is controlled, by a. at least one noise level limit (I, II) being defined, b. during operation, i.e. during a rotating of the drum of the centrifuge, the noise development of the centrifuge being measured by a sensor device, c. the data measured by the sensor device being passed on to a control device , by which the measured data are compared to target data and by which, by means of this comparison, at least one correcting variable is determined, and d. with the control device , by means of the at least one correcting variable or with a plurality of correcting variables, the operation of the centrifuge being influenced so that the noise development does not exceed the at least one noise level limit (I, II), e. wherein as the at least one correcting variable the rotation speed of the drive spindle is used and/or wherein as the at least one correcting variable the outlet pressure or pressures in an inlet or in one or more outlets of the drum is used and/or wherein as the at least one correcting variable the processed volume flow is used. a. at least one noise level limit (I, II) being defined, b. during operation, i.e. during a rotating of the drum of the centrifuge, the noise development of the centrifuge being measured by a sensor device, c. the data measured by the sensor device being passed on to a control device , by which the measured data are compared to target data and by which, by means of this comparison, at least one correcting variable is determined, and d. with the control device , by means of the at least one correcting variable or with a plurality of correcting variables, the operation of the centrifuge being influenced so that the noise development does not exceed the at least one noise level limit (I, II), e. wherein as the at least one correcting variable the rotation speed of the drive spindle is used and/or wherein as the at least one correcting variable the outlet pressure or pressures in an inlet or in one or more outlets of the drum is used and/or wherein as the at least one correcting variable the processed volume flow is used.
An absorbing apparatus comprising: a shock-absorbing unit , which comprises a front plate , a rear plate and a shock-absorbing core arranged between the front plate and the rear plate ; a base connected to the rear plate of the shock-absorbing unit and having a rear plate ; and a side shield surrounding at least partially the shock-absorbing core , one end of the side shield being connected to one of the front plate and the rear plate of the shock-absorbing unit , the other end of the side shield being spaced-apart from the other of the front plate and the rear plate of the shock-absorbing unit , whereby the base further comprises an energy absorbing element , which is connected to the rear plate of the shock-absorbing unit and which is mounted in the rear plate of the base , characterized in that the rear plate of the base comprises a cutting unit for cutting a surface of the energy absorbing element . a shock-absorbing unit , which comprises a front plate , a rear plate and a shock-absorbing core arranged between the front plate and the rear plate ; a base connected to the rear plate of the shock-absorbing unit and having a rear plate ; and a side shield surrounding at least partially the shock-absorbing core , one end of the side shield being connected to one of the front plate and the rear plate of the shock-absorbing unit , the other end of the side shield being spaced-apart from the other of the front plate and the rear plate of the shock-absorbing unit , whereby the base further comprises an energy absorbing element , which is connected to the rear plate of the shock-absorbing unit and which is mounted in the rear plate of the base , characterized in that the rear plate of the base comprises a cutting unit for cutting a surface of the energy absorbing element .
A transport anchor for double walls, comprising - a stirrup-shaped basic body, comprising - an arc-shaped central portion for fitting sling gear, - two anchor legs that extend from the central portion and run substantially parallel to each other, - a pressure member disposed between the anchor legs , characterized in that the pressure member consists entirely of reinforcing material-free concrete. - a stirrup-shaped basic body, comprising - an arc-shaped central portion for fitting sling gear, - two anchor legs that extend from the central portion and run substantially parallel to each other, - an arc-shaped central portion for fitting sling gear, - two anchor legs that extend from the central portion and run substantially parallel to each other, - a pressure member disposed between the anchor legs ,
A method of processing a user input signal by a mobile communications device , the method comprising: receiving a user input signal through a special purpose button from a game pad device ; executing a first application based on the user input signal, the first application displaying a list of second applications; and receiving a user input signal selecting a second application from the list through a second button from the game pad device and executing the selected second application, wherein, when a call is received by the mobile communications device while the second application is executed, receiving a further user input signal through the special purpose button and blocking the received call, and wherein, while the second application is executed and when a call is not being received, playing, stopping, pausing, or resuming the second application in response to receiving a further user input signal through the special purpose button. receiving a user input signal through a special purpose button from a game pad device ; executing a first application based on the user input signal, the first application displaying a list of second applications; and receiving a user input signal selecting a second application from the list through a second button from the game pad device and executing the selected second application, wherein, when a call is received by the mobile communications device while the second application is executed, receiving a further user input signal through the special purpose button and blocking the received call, and wherein, while the second application is executed and when a call is not being received, playing, stopping, pausing, or resuming the second application in response to receiving a further user input signal through the special purpose button.