mhurhangee/patent-ind-claim-en huggingface dataset:
Method for regulating a temperature in a room in which a plurality of heaters is arranged, wherein each of the heaters has an actuator for controlling a heating power of the respective heater of the plurality of heaters and a temperature sensor for determining a temperature in an environment of the respective heater of the plurality of heaters , comprising the steps: - specifying a room setpoint temperature , - detecting a respective temperature in the environment of each heater of the plurality of heaters by means of the temperature sensors as an ambient temperature of the respective heater , - determining a heating power reference value of at least one heater of the plurality of heaters , and - actuating the actuator of a heater of the plurality of heaters for controlling the heating power as a function of the specified room setpoint temperature , the detected ambient temperatures of the plurality of heaters and the determined heating power reference value of the at least one heater of the plurality of heaters . - specifying a room setpoint temperature , - detecting a respective temperature in the environment of each heater of the plurality of heaters by means of the temperature sensors as an ambient temperature of the respective heater , - determining a heating power reference value of at least one heater of the plurality of heaters , and - actuating the actuator of a heater of the plurality of heaters for controlling the heating power as a function of the specified room setpoint temperature , the detected ambient temperatures of the plurality of heaters and the determined heating power reference value of the at least one heater of the plurality of heaters .
A stabiliser for an organic polymer mixture, comprising a compound (a), a compound (b) and a compound (c) wherein: (a) is Antioxidant L (CAS 68610-51-5); (b) is Antioxidant 1076 (CAS 2082-79-3); and (c) is Antioxidant 1520 (CAS 110553-27-0); wherein the ratio by weight of (a):(b):(c) is in the range 5 to 30: 5 to 30: 5 to 30. (a) is Antioxidant L (CAS 68610-51-5); (b) is Antioxidant 1076 (CAS 2082-79-3); and (c) is Antioxidant 1520 (CAS 110553-27-0);
Opening control for an opening leaf of a motor vehicle , intended to activate a lock of the opening leaf , the opening control comprising at least one support intended to connect the opening control to the opening leaf , a latch or a cover and a ring for blocking the latch or the cover with respect to the support , the support comprising an opening centred on a main axis and housing the latch or the cover , the blocking ring being disposed around the latch or the cover , being able to move in rotation about the main axis between an unblocked position and a blocked position of the latch or the cover , the opening control comprising a locking member intended to hold the blocking ring in its blocked position, characterized in that the opening control comprises a means for centring the locking member with respect to the latch or the cover .
A method for producing a grating image having several grating fields which are recognizable separately with the naked eye, with the following steps of: - defining a contour line of a grating field , - filling the contour line with a uniform grating pattern from uninterrupted grating lines, wherein the grating pattern within the contour line is described by grating coordinates, - supplying the grating coordinates to a lithography instrument and - producing the grating pattern in a substrate by continuous writing of the grating lines with the lithography instrument and on the basis of the grating coordinates. - defining a contour line of a grating field , - filling the contour line with a uniform grating pattern from uninterrupted grating lines, wherein the grating pattern within the contour line is described by grating coordinates, - supplying the grating coordinates to a lithography instrument and - producing the grating pattern in a substrate by continuous writing of the grating lines with the lithography instrument and on the basis of the grating coordinates.
A method of determining humidity using a field asymmetric ion mobility system, the method comprising: generating ions within a gas sample flowing through the field asymmetric ion mobility system, applying a compensation field and a dispersion field to the generated ions; measuring an output ion current; extracting a spectrum of peak intensity of the measured output as a function of the compensation field and the dispersion field by plotting the measured output ion current as a function of dispersion field against compensation field; determining points of peak intensity within the plot; generating the spectrum of the peak intensity using the determined points; and generating a line graph of peak intensity as a function of the compensation field and the dispersion field; calculating a turning point for the extracted spectrum, wherein the turning point is a stationary point at which a value for the dispersion field stops increasing or decreasing relative to a value of the compensation field; determining operating parameters of the field asymmetric ion mobility system; obtaining, from a database, a plurality of known turning points each of which have an associated humidity value and each of which were obtained using a field asymmetric ion mobility system having operating parameters aligned with the determined operating parameters; and determining a value for the humidity by comparing the calculated turning point with known turning points. generating ions within a gas sample flowing through the field asymmetric ion mobility system, applying a compensation field and a dispersion field to the generated ions; measuring an output ion current; extracting a spectrum of peak intensity of the measured output as a function of the compensation field and the dispersion field by plotting the measured output ion current as a function of dispersion field against compensation field; determining points of peak intensity within the plot; generating the spectrum of the peak intensity using the determined points; and generating a line graph of peak intensity as a function of the compensation field and the dispersion field; plotting the measured output ion current as a function of dispersion field against compensation field; determining points of peak intensity within the plot; generating the spectrum of the peak intensity using the determined points; and generating a line graph of peak intensity as a function of the compensation field and the dispersion field; calculating a turning point for the extracted spectrum, wherein the turning point is a stationary point at which a value for the dispersion field stops increasing or decreasing relative to a value of the compensation field; determining operating parameters of the field asymmetric ion mobility system; obtaining, from a database, a plurality of known turning points each of which have an associated humidity value and each of which were obtained using a field asymmetric ion mobility system having operating parameters aligned with the determined operating parameters; and determining a value for the humidity by comparing the calculated turning point with known turning points.
A suture device , comprising: a longitudinal member extended along a longitudinal axis (C1); a first grasping member and a second grasping member provided at a distal portion of the longitudinal member and configured to enable opening-closing movement; an opening-closing mechanism configured to open and close the first grasping member and the second grasping member ; a delivery mechanism configured to deliver a distal member to which a suture thread is fixed between the first grasping member and the second grasping member ; an engage portion supported by the second grasping member so as to protrude from a distal end of the second grasping member and having an engaging-surface capable of engaging the suture thread , wherein the engaging-surface is provided at a proximal side of the engage portion directed to a proximal side of the second grasping member , a receiving portion is formed in the second grasping member , wherein the receiving portion is configured to detachably mount the distal member , characterized in that the engage portion is provided to be movable between a distal side position and a proximal side position with respect to the receiving portion . a longitudinal member extended along a longitudinal axis (C1); a first grasping member and a second grasping member provided at a distal portion of the longitudinal member and configured to enable opening-closing movement; an opening-closing mechanism configured to open and close the first grasping member and the second grasping member ; a delivery mechanism configured to deliver a distal member to which a suture thread is fixed between the first grasping member and the second grasping member ; an engage portion supported by the second grasping member so as to protrude from a distal end of the second grasping member and having an engaging-surface capable of engaging the suture thread , wherein the engaging-surface is provided at a proximal side of the engage portion directed to a proximal side of the second grasping member , a receiving portion is formed in the second grasping member , wherein the receiving portion is configured to detachably mount the distal member , characterized in that the engage portion is provided to be movable between a distal side position and a proximal side position with respect to the receiving portion .
Fixing arrangement for fixing a bone or a bone replacement or bone-stabilizing part wherein the fixing arrangement comprises at least two stabilizing plates and at least one force transfer element which is configured to transfer forces from one stabilizing plate to the at least one further stabilizing plate , wherein the stabilizing plates are or can be connected to one another via the at least one force transfer element in such a way that the force transfer element is or can be fixed with a first section on the one stabilizing plate and is or can be fixed, or is formed integral, with a second section on the further stabilizing plate characterised in that the fixing arrangement comprises connecting means with which the stabilizing plates and the at least one force transfer element are or can be fastened to one another and which are designed for the force-transferring connection of the stabilizing plates by way of the force transfer element , wherein the first section , preferably a first end, of the force transfer element is or can be fastened via a first connecting means on the one stabilizing plate , and the second section , preferably a second end, of the force transfer element is or can be fastened on the further stabilizing plate via a second connecting means which is different from the first connecting means and is non-mechanically coupled to the latter.
A body for a stringed instrument that includes a neck connected to the body and a bridge that supports a plurality of strings extending between a distal end of the neck and the body, the body comprising: a solid body with a front surface and a back surface , and a distal end on a side where the neck extends from the solid body, the solid body being shaped to provide a first protrusion that extends outwardly on the side of the distal end; and a first rigidity adjusting member that extends from a central portion of the solid body , wherein the first rigidity adjusting member is affixed to the front surface of the solid body , where the bridge is disposed, and extends to the first protrusion in an extension direction of the first rigidity adjusting member , the first rigidity adjusting member being made of a fiber-reinforced member, characterized in that the fiber-reinforced member includes fibers harder than the solid body, with the direction of the fibers being oriented in the extension direction of the first rigidity adjusting member . a solid body with a front surface and a back surface , and a distal end on a side where the neck extends from the solid body, the solid body being shaped to provide a first protrusion that extends outwardly on the side of the distal end; and a first rigidity adjusting member that extends from a central portion of the solid body , wherein the first rigidity adjusting member is affixed to the front surface of the solid body , where the bridge is disposed, and extends to the first protrusion in an extension direction of the first rigidity adjusting member , the first rigidity adjusting member being made of a fiber-reinforced member, characterized in that the fiber-reinforced member includes fibers harder than the solid body, with the direction of the fibers being oriented in the extension direction of the first rigidity adjusting member .
Bearing for a wind turbine, comprising a first and a second ring arranged radially to each other with one ring rotating relative to the other ring around an axis of rotation, whereby the first ring has a cylindrical ring section and a collar extending radially from the ring section , whereby the collar has an axial support area supporting axial bearing elements , characterised in that several pretension elements creating compressive stress are fixed to the first ring in the section where the collar extends from the ring section , wherein each pretension element is a at least partially threaded bolt inserted in a at least partially threaded bore extending into the ring section , which bolt is directly or indirectly supported on a support surface against the first ring .
A method for recovering water from an off gas from a chemical plant, the off gas comprising carbon dioxide, water, and organic compounds, the method comprising: separating the off gas into a gas phase and a liquid phase; removing at least a portion of the organic compounds of the liquid phase of the off gas by one or more ion-exchange resin bed(s) and one or more granular activated carbon bed(s); and recovering a liquid that comprises primarily water and less than 10 wt. % of the unwanted organic compounds in the liquid phase of the off gas, wherein the off gas comprises saturated hydrocarbons, unsaturated hydrocarbons, chlorinated hydrocarbons, organic acids, glycol, aldehydes, and iron, wherein the recovered liquid has a conductivity of less than 30 μS/cm. separating the off gas into a gas phase and a liquid phase; removing at least a portion of the organic compounds of the liquid phase of the off gas by one or more ion-exchange resin bed(s) and one or more granular activated carbon bed(s); and recovering a liquid that comprises primarily water and less than 10 wt. % of the unwanted organic compounds in the liquid phase of the off gas, wherein the off gas comprises saturated hydrocarbons, unsaturated hydrocarbons, chlorinated hydrocarbons, organic acids, glycol, aldehydes, and iron, wherein the recovered liquid has a conductivity of less than 30 μS/cm.
A filter bag support system arranged to support a filter bag for separating food powder and air when the filter bag is placed in an opening of a cell plate of a bag house equipment , said filter bag support system comprising a support cage arranged to be placed inside the filter bag , and a lock ring arranged to be placed inside a top section of the support cage , wherein the top section of the support cage is expandable in a radial direction (R), and the lock ring is provided with a first section with a first radius (R1) and a second section with a second radius (R2), wherein the second radius (R2) is greater than the first radius (R1), wherein the second section is arranged to expand the top section of the support cage in the radial direction (R) towards an edge of the opening of the cell plate when the lock ring is rotated within the top section , such that the filter bag is clamped between the cell plate and the support cage . a support cage arranged to be placed inside the filter bag , and a lock ring arranged to be placed inside a top section of the support cage , wherein the top section of the support cage is expandable in a radial direction (R), and the lock ring is provided with a first section with a first radius (R1) and a second section with a second radius (R2), wherein the second radius (R2) is greater than the first radius (R1), wherein the second section is arranged to expand the top section of the support cage in the radial direction (R) towards an edge of the opening of the cell plate when the lock ring is rotated within the top section , such that the filter bag is clamped between the cell plate and the support cage .
A composition comprising: a) an alkoxylated fatty alcohol compound of formula (A) R 1 (OC 2 H 4 ) n (OC 3 H 6 ) m (A) wherein R 1 is a C 16 -C 26 alkyl or alkenyl group, n is the mean number of moles of -(OC 2 H 4 )- per molecule of formula (A) present in the compound and is between 15 and 60, m is the mean number of moles of -(OC 3 H 6 )- per molecule of formula (A) present in the compound and is between 0 and 20, and n+m > 15 ; and b) an alkoxylated fatty alcohol compound of formula (B) R 2 (OC 2 H 4 ) r (OC 3 H 6 ) s (B) wherein R 2 is a C 16 -C 26 alkyl or alkenyl group, r is the mean number of moles of -(OC 2 H 4 )- per molecule of formula (B) present in the compound and is between 0.01 and 14.99, s is the mean number of moles of -(OC 3 H 6 )- per molecule of formula (B) present in the compound and is between 0.01 and 14.99, and r + s ≤ 15 . a) an alkoxylated fatty alcohol compound of formula (A) R 1 (OC 2 H 4 ) n (OC 3 H 6 ) m (A) wherein R 1 is a C 16 -C 26 alkyl or alkenyl group, n is the mean number of moles of -(OC 2 H 4 )- per molecule of formula (A) present in the compound and is between 15 and 60, m is the mean number of moles of -(OC 3 H 6 )- per molecule of formula (A) present in the compound and is between 0 and 20, and n+m > 15 ; and wherein R 1 is a C 16 -C 26 alkyl or alkenyl group, n is the mean number of moles of -(OC 2 H 4 )- per molecule of formula (A) present in the compound and is between 15 and 60, m is the mean number of moles of -(OC 3 H 6 )- per molecule of formula (A) present in the compound and is between 0 and 20, and n+m > 15 ; and b) an alkoxylated fatty alcohol compound of formula (B) R 2 (OC 2 H 4 ) r (OC 3 H 6 ) s (B) wherein R 2 is a C 16 -C 26 alkyl or alkenyl group, r is the mean number of moles of -(OC 2 H 4 )- per molecule of formula (B) present in the compound and is between 0.01 and 14.99, s is the mean number of moles of -(OC 3 H 6 )- per molecule of formula (B) present in the compound and is between 0.01 and 14.99, and r + s ≤ 15 . wherein R 2 is a C 16 -C 26 alkyl or alkenyl group, r is the mean number of moles of -(OC 2 H 4 )- per molecule of formula (B) present in the compound and is between 0.01 and 14.99, s is the mean number of moles of -(OC 3 H 6 )- per molecule of formula (B) present in the compound and is between 0.01 and 14.99, and r + s ≤ 15 .
A method, comprising: filtering rays of a plenoptic camera using a pattern having at least four blocks, wherein a second block is located vertical to a first block, a third block is located horizontal to said first block, and a fourth block is located vertical to said third block and horizontal to said second block, wherein said pattern covers 2p × 2p pixels of a pixels sensor , where p is an even number of pixels corresponding to a diameter of a micro-lens image produced by a micro-lens of a micro-lens array embedded in said plenoptic camera and wherein the pattern is given by one of the following matrices: FA 1 = a c d b b d c a c a b d d b a c or FA 2 = a b c d c d a b d c b a b a d c ; where a, b, c and d are the filter elements; and generating a new image from images captured using said filtered rays.
A capacitor block comprising: - a plurality of electrolytic capacitors arranged in at least one row, each capacitor comprising a support protruding from a casing of the capacitor in a direction radially outwards relative to a center axis of the capacitor , - a capacitor holder , - wherein each capacitor is mechanically connected to the capacitor holder via the support , and - wherein between at least two capacitors a fluid channel is arranged in each row wherein the capacitor holder comprises wall elements and spacers which are attached to the wall elements , characterized in that said wall elements and spacers are arranged such as to form a part of the fluid channel . - a plurality of electrolytic capacitors arranged in at least one row, each capacitor comprising a support protruding from a casing of the capacitor in a direction radially outwards relative to a center axis of the capacitor , - a capacitor holder , - wherein each capacitor is mechanically connected to the capacitor holder via the support , and - wherein between at least two capacitors a fluid channel is arranged in each row wherein the capacitor holder comprises wall elements and spacers which are attached to the wall elements , characterized in that said wall elements and spacers are arranged such as to form a part of the fluid channel .
Method for coating tubular food casings , especially intestines, with flavourings in particulate form, especially seasonings, by wetting the tubular casing on the inside with adhesive and applying the desired flavourings to the resulting adhesive layer, characterised in that the casing that has been wetted on the inside with adhesive is formed into a non-flat, open cross-sectional shape by a supply of particulate flavourings introduced into the interior of the tube and a gas cushion , especially an air cushion; the casing, on its inner side that has been wetted with adhesive, picks up flavourings from the flavourings supply when it is drawn through the flavourings supply; and the casing , at least on the inside, consists predominantly of a water-absorbing plastics material.