mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for making homemade beer per serving which comprises an industrial stage of an industrial arrangement performing pre-fabrication and a domestic stage for home use performing fermentation-free brewing of beer along with preparation for consumption, the arrangement of the domestic stage comprising a brewer apparatus , a liquid transfer unit , an end product container, a gas transfer unit , and at least one beer component container filled during the industrial stage, the beer component container is placed into a receiver unit , or under a filling member and is connected to the liquid transfer unit , and a gas cartridge connects to the gas transfer unit , characterized in that the end product container is a beer bottle , the brewing apparatus having a filling member for preventing the overflowing of the beer foam from the beer bottle , and the gas transfer unit connects to the filling member , which empties into the beer bottle or to a siphon .
A method of determining a position of a downhole tool with respect to a wellbore , comprising: logging well data via the tool over a period of time; measuring a lateral acceleration of the tool over the period of time with one or more accelerometers embedded in the tool; and characterized by : double integrating the measured acceleration of the tool over the period of time; obtaining a displacement of the tool over the period of time from the double integration; fitting the displacement of the tool over the period of time to a best fit curve , the best fit curve (504a,b) indicative of a lateral deviation of the wellbore; subtracting the best fit curve (504a,b) from the displacement (502a,b) of the tool over the period of time, the difference between the best fit curve and the displacement of the tool indicative of the position of the tool relative to the wellbore; and associating the logged well data with the position of the tool relative to the wellbore, generating calibrated logging data and forming a wellbore image therefrom. logging well data via the tool over a period of time; measuring a lateral acceleration of the tool over the period of time with one or more accelerometers embedded in the tool; double integrating the measured acceleration of the tool over the period of time; obtaining a displacement of the tool over the period of time from the double integration; fitting the displacement of the tool over the period of time to a best fit curve , the best fit curve (504a,b) indicative of a lateral deviation of the wellbore; subtracting the best fit curve (504a,b) from the displacement (502a,b) of the tool over the period of time, the difference between the best fit curve and the displacement of the tool indicative of the position of the tool relative to the wellbore; and
A steerable endoscope comprising: a shaft having a distal end , a proximal end , and an articulating region therebetween,; and a pair of electronic image sensor assemblies optically aligned and fixedly bonded at the distal end of the shaft for acquiring an image of a remote site; wherein the shaft comprises a main tube , wherein the proximal end of the main tube is secured to a handle of the steerable endoscope , characterised in that the distal end of the shaft comprises a solid wire spine having a distal end and a proximal end , a first deck mounted to the distal end of the wire spine and a second deck mounted to the proximal end of the wire spine , and a plurality of stacked spacer elements , each of which is coaxially mounted on the wire spine between the first deck and the second deck , wherein the steerable endoscope further comprising a third deck disposed intermediate the first deck and the second deck , and further wherein the third deck is slidably mounted on the wire spine , wherein the plurality of stacked spacer elements are coaxially mounted on the wire spine between the first deck and the third deck , and between the third deck and the second deck , wherein each of the first deck , the second deck and the third deck comprise a first hole , which allows electronic leads to slide freely within the decks , and a second hole , which allows optical fibers to slide freely within the decks (35, 40 45), wherein the main tube extends proximally from the third deck . a shaft having a distal end , a proximal end , and an articulating region therebetween,; and a pair of electronic image sensor assemblies optically aligned and fixedly bonded at the distal end of the shaft for acquiring an image of a remote site; wherein the shaft comprises a main tube , wherein the proximal end of the main tube is secured to a handle of the steerable endoscope , characterised in that the distal end of the shaft comprises a solid wire spine having a distal end and a proximal end , a first deck mounted to the distal end of the wire spine and a second deck mounted to the proximal end of the wire spine , and a plurality of stacked spacer elements , each of which is coaxially mounted on the wire spine between the first deck and the second deck , wherein the steerable endoscope further comprising a third deck disposed intermediate the first deck and the second deck , and further wherein the third deck is slidably mounted on the wire spine , wherein the plurality of stacked spacer elements are coaxially mounted on the wire spine between the first deck and the third deck , and between the third deck and the second deck , wherein each of the first deck , the second deck and the third deck comprise a first hole , which allows electronic leads to slide freely within the decks , and a second hole , which allows optical fibers to slide freely within the decks (35, 40 45), wherein the main tube extends proximally from the third deck .
A method for controlling a hazard warning device, which comprises a control apparatus and a plurality of trigger apparatuses connected to the control apparatus , the trigger apparatuses each being connected to at least one alarm apparatus , characterized by the steps of: - identification data are assigned to the trigger apparatuses in an initialization step, - a control signal for activating or deactivating the alarm apparatuses are periodically sent by the control apparatus to all trigger apparatuses , identification data of one or more trigger apparatuses being transmitted with the control signal, - the trigger apparatuses compare the identification data transmitted by the control apparatus with the identification data assigned to each of said trigger apparatuses, - if the trigger apparatuses detect matching of the compared identification data, they send a control signal for activating or deactivating the alarm apparatuses connected to said trigger apparatuses, such that the alarm apparatuses to be activated or deactivated are activated or deactivated synchronously. - identification data are assigned to the trigger apparatuses in an initialization step, - a control signal for activating or deactivating the alarm apparatuses are periodically sent by the control apparatus to all trigger apparatuses , identification data of one or more trigger apparatuses being transmitted with the control signal, - the trigger apparatuses compare the identification data transmitted by the control apparatus with the identification data assigned to each of said trigger apparatuses, - if the trigger apparatuses detect matching of the compared identification data, they send a control signal for activating or deactivating the alarm apparatuses connected to said trigger apparatuses, such that the alarm apparatuses to be activated or deactivated are activated or deactivated synchronously.
A method of attaching a casing to an outer surface jacket of a pipeline at a pipe joint , comprising: a. wrapping or fitting a casing around the pipe joint so that a side portion of the casing overlaps an end portion of the outer surface jacket on either side of the pipe joint , to form an interface region on each side of the pipe joint, said interface region defined as being between the end portion of the outer surface jacket and the side portion of the casing ; said interface region, end portion, and/or side portion having both an electric heating element and an adhesive strip around its circumference, wherein the electric heating element is disposed separately from the adhesive strip , and wherein the adhesive strip is disposed distal to the pipe joint relative to the electric heating element; b. applying an electric current to said electric heating element of a sufficient energy to heat said electric heating element to a temperature sufficient to fuse said side portions to said end portions. a. wrapping or fitting a casing around the pipe joint so that a side portion of the casing overlaps an end portion of the outer surface jacket on either side of the pipe joint , to form an interface region on each side of the pipe joint, said interface region defined as being between the end portion of the outer surface jacket and the side portion of the casing ; said interface region, end portion, and/or side portion having both an electric heating element and an adhesive strip around its circumference, wherein the electric heating element is disposed separately from the adhesive strip , and wherein the adhesive strip is disposed distal to the pipe joint relative to the electric heating element; b. applying an electric current to said electric heating element of a sufficient energy to heat said electric heating element to a temperature sufficient to fuse said side portions to said end portions.
A method for determining a forwarding port in a Named Data Networking, comprising: determining (S11) an interest table item corresponding to a first request content in a pending interest table, wherein the interest table item is configured to store each port information of each of at least one received interest packet respectively corresponding to the first request content, wherein the port information at least comprising a port number of a port from which an interest packet is forwarded; creating (S12) a request queue corresponding to the first request content according to the port information stored in the interest table item; characterized in that , the method further comprising, determining (S13) a maximum round-trip time, RTT, corresponding to the first request content, the maximum RTT depending on an importance of the first request content, and constructing a reward function according to the maximum RTT; constructing (S14) an optimization problem with a target of maximizing a value of the reward function according to the reward function, the request queue and the maximum RTT; and performing a calculation (S15) on the optimization problem according to a Lyapunov function to obtain a Lyapunov drift, and determining a forwarding port corresponding to the first request content according to the Lyapunov drift. determining (S11) an interest table item corresponding to a first request content in a pending interest table, wherein the interest table item is configured to store each port information of each of at least one received interest packet respectively corresponding to the first request content, wherein the port information at least comprising a port number of a port from which an interest packet is forwarded; creating (S12) a request queue corresponding to the first request content according to the port information stored in the interest table item; characterized in that , the method further comprising, determining (S13) a maximum round-trip time, RTT, corresponding to the first request content, the maximum RTT depending on an importance of the first request content, and constructing a reward function according to the maximum RTT; constructing (S14) an optimization problem with a target of maximizing a value of the reward function according to the reward function, the request queue and the maximum RTT; and performing a calculation (S15) on the optimization problem according to a Lyapunov function to obtain a Lyapunov drift, and determining a forwarding port corresponding to the first request content according to the Lyapunov drift.
A two-component system of a (i) first component comprising a (meth)acrylic acid, a C 1-6 -alkyl (meth)acrylate, a hydroxy-C 1-6 -alkyl (meth)acrylate, and additionally - a cycloalkyl (meth)acrylate, and/or - a glycolether (meth)acrylate according to general formula (I), CH 2 =CR-C(=O)-O-[CH 2 CH 2 -O] n -C m H 2m+1 , (I), wherein R is -H or -CH 3 ; index n is an integer within the range of from 1 to 12; and index m is an integer within the range of from 1 to 8; and (ii) a second component comprising a peroxide polymerization initiator; wherein the first component and/or the second component additionally comprise - a liquid first toughening agent; - a solid second toughening agent differing from the first toughening agent; - a first core shell impact modifier; and - optionally, a second core shell impact modifier differing from the first impact modifier; wherein the first component and the second component are spatially separated from one another; and wherein the reaction of the first component and the second component after mixing results in a structural adhesive. (i) first component comprising a (meth)acrylic acid, a C 1-6 -alkyl (meth)acrylate, a hydroxy-C 1-6 -alkyl (meth)acrylate, and additionally - a cycloalkyl (meth)acrylate, and/or - a glycolether (meth)acrylate according to general formula (I), CH 2 =CR-C(=O)-O-[CH 2 CH 2 -O] n -C m H 2m+1 , (I), wherein R is -H or -CH 3 ; index n is an integer within the range of from 1 to 12; and index m is an integer within the range of from 1 to 8; and - a cycloalkyl (meth)acrylate, and/or - a glycolether (meth)acrylate according to general formula (I), CH 2 =CR-C(=O)-O-[CH 2 CH 2 -O] n -C m H 2m+1 , (I), wherein R is -H or -CH 3 ; index n is an integer within the range of from 1 to 12; and index m is an integer within the range of from 1 to 8; and (ii) a second component comprising a peroxide polymerization initiator; wherein the first component and/or the second component additionally comprise - a liquid first toughening agent; - a solid second toughening agent differing from the first toughening agent; - a first core shell impact modifier; and - optionally, a second core shell impact modifier differing from the first impact modifier; - a liquid first toughening agent; - a solid second toughening agent differing from the first toughening agent; - a first core shell impact modifier; and - optionally, a second core shell impact modifier differing from the first impact modifier; wherein the first component and the second component are spatially separated from one another; and wherein the reaction of the first component and the second component after mixing results in a structural adhesive.
Sensor unit comprising: at least one transducer element for monitoring at least one measurand and generating an electrical output signal correlated with the at least one measurand; a sensor substrate with a first surface and an opposing second surface , said sensor substrate comprising said transducer element and at least one first electrically conductive contact pad arranged on the first surface of the sensor substrate , wherein said first electrically conductive contact pad is electrically connected to the transducer element; wherein a recess is provided in the sensor substrate , the recess extending from the second surface to the first surface , the recess being arranged to allow an electrically conductive material to be filled in wherein said sensor substrate is mounted on a circuit carrier in a way that the first surface faces a surface of the circuit carrier ; wherein the circuit carrier comprises at least one second electrically conductive pad arranged on the surface of the circuit carrier, wherein the first electrically conductive contact pad and the second electrically conductive contact pad are interconnected by the electrically conductive material (124, 224 126; 226); wherein the at least one transducer element is at least partly encompassed by a protective material , the protective material being arranged to form a gap between the first electrically conductive contact pad and the second electrically conductive contact pad . at least one transducer element for monitoring at least one measurand and generating an electrical output signal correlated with the at least one measurand; a sensor substrate with a first surface and an opposing second surface , said sensor substrate comprising said transducer element and at least one first electrically conductive contact pad arranged on the first surface of the sensor substrate , wherein said first electrically conductive contact pad is electrically connected to the transducer element; wherein a recess is provided in the sensor substrate , the recess extending from the second surface to the first surface , the recess being arranged to allow an electrically conductive material to be filled in wherein said sensor substrate is mounted on a circuit carrier in a way that the first surface faces a surface of the circuit carrier ; wherein the circuit carrier comprises at least one second electrically conductive pad arranged on the surface of the circuit carrier, wherein the first electrically conductive contact pad and the second electrically conductive contact pad are interconnected by the electrically conductive material (124, 224 126; 226); wherein the at least one transducer element is at least partly encompassed by a protective material , the protective material being arranged to form a gap between the first electrically conductive contact pad and the second electrically conductive contact pad .
A heating device, comprising: a cylindrical body extending in an axial direction and having a hollow interior region; a heater inside the hollow interior region of the cylindrical body , the heater having a longitudinal direction parallel to the axial direction of the cylindrical body , a first surface of the heater facing an inner surface of the cylindrical body ; a heat transfer member on a second surface of the heater , the second surface opposite the first surface; a grease ; a support member including a first portion that is fixed to the second surface of the heater and a second portion contacting a surface of the heat transfer member , the heat transfer member being between the second portion and the heater , the support member including a third portion between the first and second portions along the longitudinal direction, the third portion not contacting the second surface of the heater between the first portion and the second portion; characterized in that the grease is between the heater and the heat transfer member ; and the third portion provides a space for grease from between the heater and the heat transfer member to accumulate, characterised in that the second portion of the support member includes a recess in which the heat transfer member is accommodated, and the third portion includes a chamfered portion positioned at an edge of the recess . a cylindrical body extending in an axial direction and having a hollow interior region; a heater inside the hollow interior region of the cylindrical body , the heater having a longitudinal direction parallel to the axial direction of the cylindrical body , a first surface of the heater facing an inner surface of the cylindrical body ; a heat transfer member on a second surface of the heater , the second surface opposite the first surface; a grease ; a support member including a first portion that is fixed to the second surface of the heater and a second portion contacting a surface of the heat transfer member , the heat transfer member being between the second portion and the heater , the support member including a third portion between the first and second portions along the longitudinal direction, the third portion not contacting the second surface of the heater between the first portion and the second portion; characterized in that the grease is between the heater and the heat transfer member ; and the third portion provides a space for grease from between the heater and the heat transfer member to accumulate, characterised in that the second portion of the support member includes a recess in which the heat transfer member is accommodated, and the third portion includes a chamfered portion positioned at an edge of the recess .
Bag clamping device for clamping a bag, in particular a waste bag, comprising - a base clamping element enclosing an inner region , - a separating bar which projects beyond the inner region and extends from a first wall of the base clamping element to a second wall of the base clamping element , adapted in such a way that the bag can be clamped together by the base clamping element and the separating bar and can be arranged in the inner region , wherein the base clamping element comprises a base cover which covers the base clamping element , characterised in that the base clamping element does not cover the inner region . - a base clamping element enclosing an inner region , - a separating bar which projects beyond the inner region and extends from a first wall of the base clamping element to a second wall of the base clamping element , adapted in such a way that the bag can be clamped together by the base clamping element and the separating bar and can be arranged in the inner region , wherein the base clamping element comprises a base cover which covers the base clamping element , characterised in that the base clamping element does not cover the inner region .
Use of 2,3-dihydroxypropyl dodecanoate as a single active ingredient for treating seborrhoea in a cosmetic composition.
A system for supporting an arm of a user, comprising: a harness configured to be worn on a body of a user; an arm support coupled to the harness configured to support an arm of the user, the arm support configured to accommodate movement of the arm while following the movement without substantially interfering with the movement of the user's arm; and one or more compensation elements coupled to the arm support to apply an offset force to at least partially offset a gravitational force acting on the arm as the user moves and the arm support follows the movement of the user's arm, wherein the arm support comprises an arm bracket including an arm rest on a first end thereof, and a second end pivotally coupled to the harness such that the arm bracket is pivotable about multiple axes relative to the harness, wherein the one or more compensation elements comprise a resilient element mounted on the arm bracket or a spring pack mounted remote from the arm bracket providing a force profile that varies the offset force based on an orientation of the arm bracket. a harness configured to be worn on a body of a user; an arm support coupled to the harness configured to support an arm of the user, the arm support configured to accommodate movement of the arm while following the movement without substantially interfering with the movement of the user's arm; and one or more compensation elements coupled to the arm support to apply an offset force to at least partially offset a gravitational force acting on the arm as the user moves and the arm support follows the movement of the user's arm, wherein the arm support comprises an arm bracket including an arm rest on a first end thereof, and a second end pivotally coupled to the harness such that the arm bracket is pivotable about multiple axes relative to the harness, wherein the one or more compensation elements comprise a resilient element mounted on the arm bracket or a spring pack mounted remote from the arm bracket providing a force profile that varies the offset force based on an orientation of the arm bracket.