mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining if a user is using an oral hygiene device correctly, the method comprising: receiving motion information of an oral hygiene device from at least one accelerometer located within the oral hygiene device; comparing the received motion information to a targeted motion of the oral hygiene device; providing a user operating the oral hygiene device with feedback in response to determining that the received motion information is within a predefined threshold range of the targeted motion; and providing the user operating the oral hygiene device with instructions to modify a motion of the oral hygiene device such that additional motion information received from the at least one accelerometer will be within the predefined threshold range of the targeted motion of the oral hygiene device. receiving motion information of an oral hygiene device from at least one accelerometer located within the oral hygiene device; comparing the received motion information to a targeted motion of the oral hygiene device; providing a user operating the oral hygiene device with feedback in response to determining that the received motion information is within a predefined threshold range of the targeted motion; and providing the user operating the oral hygiene device with instructions to modify a motion of the oral hygiene device such that additional motion information received from the at least one accelerometer will be within the predefined threshold range of the targeted motion of the oral hygiene device.
A method for monitoring battery safety of a terminal device , comprising: acquiring (S1) in real time a voltage of a battery of the terminal device , and acquiring in real time temperature of each area of a battery surface of the battery, wherein the battery surface is divided into a plurality of areas; determining (S2) whether a sudden change in voltage has occurred to the battery according to the voltage of the battery acquired in real time, and determining whether the battery surface has an abnormal temperature area according to the temperature of each area; and determining (S3) that the battery is currently abnormal, upon determining that the sudden change in voltage has occurred to the battery and the battery surface has an abnormal temperature area, characterised in that the battery is determined to be currently abnormal upon determining that the sudden change in voltage has occurred to the battery and the battery surface has an abnormal temperature area, when the battery is in a no-load state or a light-load state. acquiring (S1) in real time a voltage of a battery of the terminal device , and acquiring in real time temperature of each area of a battery surface of the battery, wherein the battery surface is divided into a plurality of areas; determining (S2) whether a sudden change in voltage has occurred to the battery according to the voltage of the battery acquired in real time, and determining whether the battery surface has an abnormal temperature area according to the temperature of each area; and determining (S3) that the battery is currently abnormal, upon determining that the sudden change in voltage has occurred to the battery and the battery surface has an abnormal temperature area, characterised in that the battery is determined to be currently abnormal upon determining that the sudden change in voltage has occurred to the battery and the battery surface has an abnormal temperature area, when the battery is in a no-load state or a light-load state.
Device for regulating the pressure and/or flow of pressurized gas, comprising: - a body with a gas inlet , a gas outlet and a gas passage connecting the outlet with the inlet; - a gas shut-off device comprising a seat in the passage and a movable closure element cooperating with said seat; - a piston carrying the closure element and delimiting with the body a low pressure chamber downstream of the shut-off device , the pressure in said chamber influencing the position of the piston and of the closure element relative to the seat so as to control the flow and/or pressure of the gas; wherein the body comprises: - a first portion (4 1 ) with the seat and the inlet ; and - a second portion (4 2 ) housing the piston and delimiting the low pressure chamber; and characterized in that the second portion (4 2 ) is movable relative to the first portion (4 1 ) between a shut-off position where said second portion (4 2 ) urges the piston and the closure element against the seat in a shut-off state in which the piston is unable to move and an open position where the piston can move to control the flow and/or pressure of the gas. - a body with a gas inlet , a gas outlet and a gas passage connecting the outlet with the inlet; - a gas shut-off device comprising a seat in the passage and a movable closure element cooperating with said seat; - a piston carrying the closure element and delimiting with the body a low pressure chamber downstream of the shut-off device , the pressure in said chamber influencing the position of the piston and of the closure element relative to the seat so as to control the flow and/or pressure of the gas; - a first portion (4 1 ) with the seat and the inlet ; and - a second portion (4 2 ) housing the piston and delimiting the low pressure chamber; and
An industrial process vessel insulation monitoring system for monitoring an insulated section of a process vessel containing a process material , the system comprising: one or more condition sensors configured to sense at least one environmental condition at or within the insulated section consisting of temperature, humidity, moisture level and chemical composition, wherein each of the one or more condition sensors is configured to generate a condition output that is indicative of the corresponding sensed condition, wherein the one or more conditions sensors comprise at least two temperature sensors that are displaced from each other along an axis extending from an interface between the process vessel and an insulation of the insulated section to an external surface of the insulation; and a controller configured to detect at least one section condition relating to the insulated section including a thermal resistance of the insulation of the insulated section, based on the condition output , and generate condition information relating to the at least one detected section condition. one or more condition sensors configured to sense at least one environmental condition at or within the insulated section consisting of temperature, humidity, moisture level and chemical composition, wherein each of the one or more condition sensors is configured to generate a condition output that is indicative of the corresponding sensed condition, wherein the one or more conditions sensors comprise at least two temperature sensors that are displaced from each other along an axis extending from an interface between the process vessel and an insulation of the insulated section to an external surface of the insulation; and a controller configured to detect at least one section condition relating to the insulated section including a thermal resistance of the insulation of the insulated section, based on the condition output , and generate condition information relating to the at least one detected section condition.
Coating material, suitable for a self-cleaning coating on a part on or in a cooking, frying, baking or grilling appliance for removing residual foodstuffs without mechanical intervention, wherein the coating material has porous particles consisting of Al 2 O 3 and a binder, wherein the binder consists of precipitated, inorganic particles, which are selected from the group comprising Al 2 O 3 , SiO 2 , TiO 2 , ZrO 2 or mixtures of these, wherein the precipitated, inorganic particles are porous particles which possess a specific BET surface area of 200-500 m 2 /g.
A method for producing a medical preparation, in particular parenteral nutrition, wherein liquids are transferred using a peristaltic pump from a plurality of source containers into a target container , wherein the target container is weighed during the individual metering steps and the quantity of liquid transferred into the target container is thus checked during the individual metering steps, characterised in that the sequence of different liquids in an inflow of the target container is taken into account in order to factor in the specific mass of the liquid when checking during weighing.
A subsea pig launcher comprising a tubular magazine for holding a plurality of pipeline pigs in longitudinal succession ready for launching successively into a subsea pipeline, wherein the magazine is shaped to define at least one turn around an upright axis , the or each turn of the magazine completing a full or partial loop , characterised in that the magazine comprises a succession of full, intercommunicating loops stacked or layered along the upright axis .
A method of preparing an electrode assembly, comprising the steps of: 1) pre-drying a separator under vacuum at a pressure of less than 25 kPa and a temperature from 50 °C to 150 °C in a drying chamber to obtain a pre-dried separator; 2) stacking at least one anode, at least one cathode, and at least one pre-dried separator interposed between the at least one anode and at least one cathode to obtain the electrode assembly; 3) drying the electrode assembly under vacuum at a temperature from about 70 °C to about 150 °C; 4) filling the drying chamber with dry air or inert gas; and 5) repeating steps 3) and 4) at least 5 times; wherein each iteration of step 3) lasts a time period from 5 minutes to 12 hours; wherein the water content of the pre-dried separator is less than 80 ppm by weight, based on the total weight of the pre-dried separator, as measured by Karl-Fischer coulometric titration. 1) pre-drying a separator under vacuum at a pressure of less than 25 kPa and a temperature from 50 °C to 150 °C in a drying chamber to obtain a pre-dried separator; 2) stacking at least one anode, at least one cathode, and at least one pre-dried separator interposed between the at least one anode and at least one cathode to obtain the electrode assembly; 3) drying the electrode assembly under vacuum at a temperature from about 70 °C to about 150 °C; 4) filling the drying chamber with dry air or inert gas; and 5) repeating steps 3) and 4) at least 5 times; wherein each iteration of step 3) lasts a time period from 5 minutes to 12 hours; wherein the water content of the pre-dried separator is less than 80 ppm by weight, based on the total weight of the pre-dried separator, as measured by Karl-Fischer coulometric titration.
A pharmaceutical composition for use in prevention or treatment of a human rhinovirus (HRV) infection, the composition comprising an aldohexose, wherein the hydroxyl group at carbon 2 of the aldohexose is replaced by any one of F, Cl, Br, I, SH, Me, OMe and SMe, preferably wherein the aldohexose is a D-aldohexose.
A method for receiving channel state information, comprising the following steps of: configuring a codebook space at a data transmitting end; the data transmitting end extracting, according to a sequence number received from a data receiving end, a corresponding codeword from the same codebook space selected by the data receiving end, to obtain channel state information , wherein the same codebook space is configured at the data receiving end and wherein the codeword is matched with a channel, characterized in that , the step of configuring the codebook space at the data transmitting end comprises: selecting κ matrices M 1 ··· M κ and κ matrices V 1 ··· V κ , wherein a dimensionality of M 1 ··· M κ is 4 × I , a dimensionality of V 1 ··· V κ is 4 × j , I + J = r, r is a rank of the channel, I and J are non-zero integers, I = J when r is an even number and I = J + 1 or I = J - 1 when r is an odd number; and constructing the codeword in the codebook space using models M 1 V 1 M 1 − V 1 , M 2 V 2 M 2 − V 2 ⋯ ⋯ M κ V κ M κ − V κ . configuring a codebook space at a data transmitting end; the data transmitting end extracting, according to a sequence number received from a data receiving end, a corresponding codeword from the same codebook space selected by the data receiving end, to obtain channel state information , wherein the same codebook space is configured at the data receiving end and wherein the codeword is matched with a channel, characterized in that , the step of configuring the codebook space at the data transmitting end comprises: selecting κ matrices M 1 ··· M κ and κ matrices V 1 ··· V κ , wherein a dimensionality of M 1 ··· M κ is 4 × I , a dimensionality of V 1 ··· V κ is 4 × j , I + J = r, r is a rank of the channel, I and J are non-zero integers, I = J when r is an even number and I = J + 1 or I = J - 1 when r is an odd number; and constructing the codeword in the codebook space using models M 1 V 1 M 1 − V 1 , M 2 V 2 M 2 − V 2 ⋯ ⋯ M κ V κ M κ − V κ . selecting κ matrices M 1 ··· M κ and κ matrices V 1 ··· V κ , wherein a dimensionality of M 1 ··· M κ is 4 × I , a dimensionality of V 1 ··· V κ is 4 × j , I + J = r, r is a rank of the channel, I and J are non-zero integers, I = J when r is an even number and I = J + 1 or I = J - 1 when r is an odd number; and constructing the codeword in the codebook space using models M 1 V 1 M 1 − V 1 , M 2 V 2 M 2 − V 2 ⋯ ⋯ M κ V κ M κ − V κ .
Plant for producing at least partially desulfurized biogas, comprising a biomass digester and/or post-digester, the digester and/or post-digester comprising: - a chamber in which an anaerobic digestion of the biomass takes place, leading to the production of biogas and of digestate , - a means for introducing an oxidizing gas, - a desulfurization net placed horizontally and fastened in the upper part of the chamber, and - ropes attached to said desulfurization net and which hang down to the biogas-digestate interface. - a chamber in which an anaerobic digestion of the biomass takes place, leading to the production of biogas and of digestate , - a means for introducing an oxidizing gas, - a desulfurization net placed horizontally and fastened in the upper part of the chamber, and - ropes attached to said desulfurization net and which hang down to the biogas-digestate interface.
Method for actuating an electromechanical brake device in a vehicle, by way of which electromechanical brake device, with the aid of an electric brake motor which impinges a brake piston against a brake disc , a braking force can be generated, characterized in that the position of the brake piston in a vehicle in motion is adjusted as a function of the brake temperature in such a manner that a brake pad , which is held on the brake piston , for generating a braking force bears on the brake disc , wherein the position of the brake piston as a function of the temperature is adjusted in such a manner that the braking force remains at least approximately constant.
Transportation arrangement for transportation of a car on a surface, the transportation arrangement comprising - a transportation unit comprising - a housing comprising a vertical front surface, - two arms movably connected to the housing at each side of the vertical front surface, - at least one rolling element arranged at a lower portion of the housing, and - a power source connected to the rolling elements and the movable arms, where the rolling elements are configured to roll in any horizontal direction on the surface and the arms are configured to lift and hold the wheels of a car, characterized in that the transportation arrangement comprises four transportation units, each transportation unit being configured to lift and move each wheel of a car and wherein the arms in a resting position are arranged vertical along each side of the housing, parallel to the sides. - a transportation unit comprising - a housing comprising a vertical front surface, - two arms movably connected to the housing at each side of the vertical front surface, - at least one rolling element arranged at a lower portion of the housing, and - a power source connected to the rolling elements and the movable arms, where the rolling elements are configured to roll in any horizontal direction on the surface and the arms are configured to lift and hold the wheels of a car, characterized in that the transportation arrangement comprises four transportation units, each transportation unit being configured to lift and move each wheel of a car and wherein the arms in a resting position are arranged vertical along each side of the housing, parallel to the sides.
Mixing capsule comprising a housing in the form of a cylinder, wherein the mixing capsule has an applicator at the top surface of the cylinder and an auxiliary capsule to receive a composition B in the region of the base surface of the cylinder being mounted displaceably in the direction of the longitudinal axis, the auxiliary capsule being mounted displaceably in the direction of the longitudinal axis in a cylindrical inside pipe and/or a mounting of the mixing capsule , the housing of the mixing capsule comprising an outer housing sleeve and an inner housing sleeve being mounted rotatably against each other and displaceably in a telescope-like manner into each other, the auxiliary capsule and the cylindrical inside pipe and/or the mounting taking a first partial volume of the internal volume of the mixing capsule in a first position of the inner housing sleeve , the mixing capsule having a second partial volume of the internal volume to receive a composition A being independent from the auxiliary capsule and the cylindrical inside pipe and/or the mounting, the internal volume of the cylinder being increased compared to the first position in a second position of the inner housing sleeve after the outer housing sleeve and the inner housing sleeve being pushed apart in a telescope-like manner along the longitudinal axis, the increased internal volume being adapted to receive composition B of the auxiliary capsule besides composition A, composition A and composition B being mixable to composition C by moving the mixing capsule, composition C being ejectable via the applicator when the outer housing sleeve and the inner housing sleeve being telescoped, the auxiliary capsule having an ejection piston , the ejection piston being adapted to convey composition B from the auxiliary capsule into the second partial volume or the increased internal volume when being pushed or turned, the cylindrical inside pipe or the mounting being adapted to receive, preferably completely receive, the auxiliary capsule , the inner housing sleeve being mounted displaceably within the outer housing sleeve along the longitudinal axis of the mixing capsule and rotatably about the longitudinal axis of the mixing capsule , the cylindrical inside pipe or the mounting being mounted displaceably within the inner housing sleeve along the longitudinal axis of the mixing capsule , and a part of the outer housing sleeve and a part of the inner housing sleeve being lockable in a first position of the inner housing sleeve after the outer housing sleeve and the inner housing sleeve being telescoped along the longitudinal axis and after being rotated about the longitudinal axis.
Computer-implemented method for validating a test plan for an object measurement using a coordinate measuring machine for preparing an implementation or execution of the test plan that is only carried out thereafter, wherein the test plan contains at least one test feature to be quantified within the scope of the object measurement, wherein the quantification of the test feature is intended to be implemented on the basis of a measurement result of at least one reference element of the object; wherein the method comprises: - obtaining at least one accuracy variable which specifies an accuracy of the measurement result of the reference element ; - ascertaining an error effect of the reference element on the quantification of the test feature on the basis of the accuracy variable; - ascertaining whether the error effect meets an error-free criterion, and should this be the case: - classifying the reference element as a noncritical reference element , wherein at least one measurement parameter on the basis of which a measurement result of the reference element assessed as noncritical is ascertainable is altered for the purposes of obtaining a faster measurement speed if the error-free criterion is satisfied. - obtaining at least one accuracy variable which specifies an accuracy of the measurement result of the reference element ; - ascertaining an error effect of the reference element on the quantification of the test feature on the basis of the accuracy variable; - ascertaining whether the error effect meets an error-free criterion, and should this be the case: - classifying the reference element as a noncritical reference element , wherein at least one measurement parameter on the basis of which a measurement result of the reference element assessed as noncritical is ascertainable is altered for the purposes of obtaining a faster measurement speed if the error-free criterion is satisfied. - classifying the reference element as a noncritical reference element , wherein at least one measurement parameter on the basis of which a measurement result of the reference element assessed as noncritical is ascertainable is altered for the purposes of obtaining a faster measurement speed if the error-free criterion is satisfied.
A liquid hard surface cleaning composition comprising: a. a surface modification polymer, wherein the surface modification polymer is selected from the group consisting of: homopolymers of polyvinyl pyrrolidine; copolymers of polyvinyl pyrrolidine; copolymers of corn starch, acrylic acid (or salts thereof) and acrylamido-propyl-methyl-ammonium chloride (polyquaternium 95); polysulphobetaine polymers; copolymers of diallyldimethylammonium chloride and acrylic acid (or salts thereof); and mixtures thereof; and b. a crystal growth inhibiting polymer, wherein the crystal growth inhibiting polymer is selected from the group consisting of: homopolymers or copolymers of (meth)acrylic acid (or salts thereof); sulfonated poly(meth)acrylates; carboxylic acid esters of inulin; homopolymers and copolymers of itaconic acid (and salts thereof); and mixtures thereof; wherein the composition has a pH, measured on the neat composition, at 25°C, of from 1.5 to less than 7.0. a. a surface modification polymer, wherein the surface modification polymer is selected from the group consisting of: homopolymers of polyvinyl pyrrolidine; copolymers of polyvinyl pyrrolidine; copolymers of corn starch, acrylic acid (or salts thereof) and acrylamido-propyl-methyl-ammonium chloride (polyquaternium 95); polysulphobetaine polymers; copolymers of diallyldimethylammonium chloride and acrylic acid (or salts thereof); and mixtures thereof; and b. a crystal growth inhibiting polymer, wherein the crystal growth inhibiting polymer is selected from the group consisting of: homopolymers or copolymers of (meth)acrylic acid (or salts thereof); sulfonated poly(meth)acrylates; carboxylic acid esters of inulin; homopolymers and copolymers of itaconic acid (and salts thereof); and mixtures thereof;