mhurhangee/patent-ind-claim-en huggingface dataset:
An impeller comprising: a hub ; an extension disc connected to the hub ; a plurality of blades disposed annularly around the hub , wherein each of the plurality of blades has a bottom edge connected to the extension disc ; and an air guiding cover connected to top edges of the plurality of blades , wherein the air guiding cover includes an air inlet edge which encircles and delimits an air inlet (T1), wherein the air guiding cover further includes an air outlet edge , wherein a plurality of air outlets (T2) is formed between the air outlet edge of the air guiding cover and an outer edge of the extension disc and is separated from each other by the plurality of blades , wherein the air guiding cover further includes an inner face having a plurality of grooves , wherein each two adjacent blades have at least one of the plurality of grooves therebetween, wherein each groove extends from a respective air outlet (T2) towards the air inlet (T1), and wherein a width (W1) of each groove decreases from the respective air outlet (T2) towards the air inlet (T1); wherein each groove includes an inner end and an outer end , wherein the inner end of each groove is located between the air inlet edge and the air outlet edge of the air guiding cover , wherein the outer end of each groove is located on the air outlet edge of the air guiding cover ; characterized in that each groove includes two sides connected to the inner end and the outer end , and wherein each of the two sides extends rectilinearly from the inner end to the outer end . a hub ; an extension disc connected to the hub ; a plurality of blades disposed annularly around the hub , wherein each of the plurality of blades has a bottom edge connected to the extension disc ; and an air guiding cover connected to top edges of the plurality of blades , wherein the air guiding cover includes an air inlet edge which encircles and delimits an air inlet (T1), wherein the air guiding cover further includes an air outlet edge , wherein a plurality of air outlets (T2) is formed between the air outlet edge of the air guiding cover and an outer edge of the extension disc and is separated from each other by the plurality of blades , wherein the air guiding cover further includes an inner face having a plurality of grooves , wherein each two adjacent blades have at least one of the plurality of grooves therebetween, wherein each groove extends from a respective air outlet (T2) towards the air inlet (T1), and wherein a width (W1) of each groove decreases from the respective air outlet (T2) towards the air inlet (T1); wherein each groove includes an inner end and an outer end , wherein the inner end of each groove is located between the air inlet edge and the air outlet edge of the air guiding cover , wherein the outer end of each groove is located on the air outlet edge of the air guiding cover ; characterized in that each groove includes two sides connected to the inner end and the outer end , and wherein each of the two sides extends rectilinearly from the inner end to the outer end .
A fluid conduit element , said fluid conduit element comprising a first fluid conduit member and a second fluid conduit member , the fluid conduit members joined to each other, each fluid conduit member comprising a liner and a joint face at which joint face the fluid conduit members are joined to each other, wherein the first fluid conduit member joint face is convexly shaped whereby a first fluid conduit member inner wall extends axially further on the joint face than a first fluid conduit member outer wall , the second fluid conduit member joint face is concavely shaped whereby a second fluid conduit member outer wall extends axially further on the joint face than a second fluid conduit member inner wall , characterized in that at least one of the first and second fluid conduit members comprises a buttering layer bonded to the respective fluid conduit member liner, wherein the buttering layer extends over at least on one of the respective joint face of the respective fluid conduit member liner and the outer wall of the respective fluid conduit member liner in an axial section abutting the respective joint face and further in that in that the joint face of the first fluid conduit member and the joint face of the second fluid conduit member are shaped at least approximately complementary, such that when joining the two fluid conduit members a residual gap at least approximately vanishes. the second fluid conduit member joint face is concavely shaped whereby a second fluid conduit member outer wall extends axially further on the joint face than a second fluid conduit member inner wall , characterized in that at least one of the first and second fluid conduit members comprises a buttering layer bonded to the respective fluid conduit member liner, wherein the buttering layer extends over at least on one of the respective joint face of the respective fluid conduit member liner and the outer wall of the respective fluid conduit member liner in an axial section abutting the respective joint face and further in that in that the joint face of the first fluid conduit member and the joint face of the second fluid conduit member are shaped at least approximately complementary, such that when joining the two fluid conduit members a residual gap at least approximately vanishes.
A composition for use in preventing or treating mild or moderate (an IGA score of 2 to 3) atopic dermatitis, comprising a compound represented by the following Formula 1. wherein the composition has one or more effects selected from the following parameters (a) to (d): (a) improving an IGA grade of 2 for a patient (with mild symptoms) to grade 1 (almost clear symptoms) or 0 (clear symptoms); (b) improving an IGA grade of 3 for a patient (with moderate symptoms) to grade 1 (almost clear symptoms) or 0 (clear symptoms); (c) improving an EASI score and reducing the EASI score by at least 75% or more; and (d) reducing a visual analogue scale (VAS) or a pruritus index represented by pruritus severity, and wherein the composition is applied onto the skin. (a) improving an IGA grade of 2 for a patient (with mild symptoms) to grade 1 (almost clear symptoms) or 0 (clear symptoms); (b) improving an IGA grade of 3 for a patient (with moderate symptoms) to grade 1 (almost clear symptoms) or 0 (clear symptoms); (c) improving an EASI score and reducing the EASI score by at least 75% or more; and (d) reducing a visual analogue scale (VAS) or a pruritus index represented by pruritus severity,
A lighting device , notably for a motor vehicle, comprising at least two lighting modules and at least one support member supporting said lighting modules, each lighting module comprising at least one light source able to emit rays of light and an optical system positioned, on an optical axis specific to the lighting module, across the rays of light and configured to project a beam of light, the support member supporting the various lighting modules being, on the one hand, secured to a closure element incorporating at least two optical systems and, on the other hand, connected to at least a first adjusting system allowing one of the lighting modules to be moved independently with respect to at least the other lighting module , characterized in that the support member takes the form of an open housing equipped with opaque side walls and covered by a protective window , the protective window being the closure element and made of a transparent and optically neutral first material, and the protective window comprising at least the optical systems of at least two distinct lighting modules , the optical systems consisting of thin projection lenses made from a second material distinct from the first material of the protective window .
A user terminal configured to apply carrier aggregation between a first cell and a second cell, the user terminal comprising: a receiving section configured to receive transmission configuration information indicating a transmission cycle of a discovery signal in the second cell and discontinuous reception information indicating a discontinuous reception cycle in the user terminal ; and a configuration section configured to configure a detection duration used for cell detection and/or measurement of the second cell, based on the transmission cycle and the discontinuous reception cycle, irrespective of an ON duration that repeats in the discontinuous reception cycle. a receiving section configured to receive transmission configuration information indicating a transmission cycle of a discovery signal in the second cell and discontinuous reception information indicating a discontinuous reception cycle in the user terminal ; and a configuration section configured to configure a detection duration used for cell detection and/or measurement of the second cell, based on the transmission cycle and the discontinuous reception cycle, irrespective of an ON duration that repeats in the discontinuous reception cycle.
A storage shelf including a body frame and a plate-like shelf plate , the body frame including a plate-like base member , the shelf plate being attached to the base member with an elastic body interposed therebetween, the storage shelf configured to store therein a container containing a contained object, the storage shelf being characterized by afeednozzle provided on the shelf plate and configured to feed gas to the container; and a feed tube having one end communicating with the feed nozzle and the other end communicating with a main tube connected to a feed source of the gas to be fed to the container, the main tube being supported by a support separate from the shelf plate , wherein the feed tube has a flexible part having flexibility at least partially between the one end and the other end , and is arranged in a space formed between the plate-like base member and the plate-like shelf plate . a feed tube having one end communicating with the feed nozzle and the other end communicating with a main tube connected to a feed source of the gas to be fed to the container, the main tube being supported by a support separate from the shelf plate , wherein the feed tube has a flexible part having flexibility at least partially between the one end and the other end , and is arranged in a space formed between the plate-like base member and the plate-like shelf plate .
A method, comprising: (a) interrogating, by a radio-frequency identification (RFID) reader of a baler, an RFID tag of a bale before a discharge of the bale by transmitting, by an antenna of the RFID reader, an electromagnetic interrogation pulse to the RFID tag and receiving, at the antenna of the RFID reader, a response signal transmitted from the RFID tag in response to the electromagnetic interrogation pulse powering the RFID tag; (b)determining, by a computing device of or connected to the RFID reader, a physical attribute of the received response signal and (c) identifying a relative location of the RFID tag with respect to the RFID reader based on the determined physical attribute of the received response signal; and (d) determining, by the computing device, a position of the bale on the baler or an accumulator of or attached to the baler based on the identified relative location of the RFID tag and spatial attributes of at least one of the baler, the accumulator, the bale, or any combination thereof. (a) interrogating, by a radio-frequency identification (RFID) reader of a baler, an RFID tag of a bale before a discharge of the bale by transmitting, by an antenna of the RFID reader, an electromagnetic interrogation pulse to the RFID tag and receiving, at the antenna of the RFID reader, a response signal transmitted from the RFID tag in response to the electromagnetic interrogation pulse powering the RFID tag; (b)determining, by a computing device of or connected to the RFID reader, a physical attribute of the received response signal and (c) identifying a relative location of the RFID tag with respect to the RFID reader based on the determined physical attribute of the received response signal; and (d) determining, by the computing device, a position of the bale on the baler or an accumulator of or attached to the baler based on the identified relative location of the RFID tag and spatial attributes of at least one of the baler, the accumulator, the bale, or any combination thereof.
A modified release oral dosage form comprising ketamine or a pharmaceutically acceptable salt or solvate thereof, wherein the ratio of the amount of ketamine released after 1 hour of in-vitro dissolution of the dosage form at 37°C in a aqueous solution containing 20% by volume of ethanol to the amount of ketamine released after 1 hour of in-vitro dissolution of the dosage form at 37°C in an ethanol-free aqueous solution is less than about 2:1, when measured according to the USP 1 Basket Method in 0.1M HCl at 100 rpm, wherein the dosage form is matrix controlled release dosage form, or a multi particulate controlled release dosage form, wherein in said matrix controlled release dosage form ketamine is dissolved or dispersed in an inert matrix and is released primarily by diffusion through the inert matrix once administered, and wherein said multi particulate controlled release dosage form comprises pellets containing a core comprising ketamine and a release control layer coated upon the core. wherein in said matrix controlled release dosage form ketamine is dissolved or dispersed in an inert matrix and is released primarily by diffusion through the inert matrix once administered, and wherein said multi particulate controlled release dosage form comprises pellets containing a core comprising ketamine and a release control layer coated upon the core.
A method for determining a beam quality factor (VQF) of a beam of light having a transverse electric field that may be scalar, vector, or a combination thereof, wherein the VQF is a measure of the degree of vectorness of the beam of light varying between pure scalar and pure vector, wherein the method comprises: receiving a beam of light ; splitting the received beam of light into two orthogonal components (14.1, 14.2) travelling in two optical paths; detecting a predetermined number of modes or states per orthogonal component by means of a match filter arrangement intersecting the two optical paths, wherein the predetermined number of modes or states detected are the same or substantially similar for each orthogonal component (14.1, 14.2); measuring an on-axis intensity of each mode or state detected; and calculating the VQF in terms of the measured on-axis intensities using at least one quantum mechanical entanglement measure. receiving a beam of light ; splitting the received beam of light into two orthogonal components (14.1, 14.2) travelling in two optical paths; detecting a predetermined number of modes or states per orthogonal component by means of a match filter arrangement intersecting the two optical paths, wherein the predetermined number of modes or states detected are the same or substantially similar for each orthogonal component (14.1, 14.2); measuring an on-axis intensity of each mode or state detected; and calculating the VQF in terms of the measured on-axis intensities using at least one quantum mechanical entanglement measure.
A cot fastener track for fastening a cot comprising at least a middle fixture and a rearward fixture , the cot fastener track comprising: a back end and a front end ; the front end having a first width and the back end having a second width that is smaller than the first width, and the back end and front end defining a loading direction towards the front end from the back end; a roof plate ; a rearward central channel defined in the roof plate , provided adjacent and above the back end , comprising a defined rearward channel opening that is provided adjacent the back end ; a forward central channel provided closer to the front end and above the rearward central channel on the roof plate , comprising a defined forward channel opening ; and configured such that when the cot is loaded in the loading direction, the middle fixture passes over the back end and the rearward central channel and enters into the forward central channel through the defined forward channel opening , and the rearward fixture passes over the back end and enters into the rearward central channel through the defined rearward channel opening . a back end and a front end ; the front end having a first width and the back end having a second width that is smaller than the first width, and the back end and front end defining a loading direction towards the front end from the back end; a roof plate ; a rearward central channel defined in the roof plate , provided adjacent and above the back end , comprising a defined rearward channel opening that is provided adjacent the back end ; a forward central channel provided closer to the front end and above the rearward central channel on the roof plate , comprising a defined forward channel opening ; and configured such that when the cot is loaded in the loading direction, the middle fixture passes over the back end and the rearward central channel and enters into the forward central channel through the defined forward channel opening , and the rearward fixture passes over the back end and enters into the rearward central channel through the defined rearward channel opening .
A blower comprising: a housing at least partially defining a chamber ; a motor including a drive shaft defining a rotational axis ; an impeller driven by the motor to generate an air flow in the chamber; and a coupler operably connected between the drive shaft and the impeller to transmit torque therebetween, the coupler being connected to one of the drive shaft and the impeller and including a plurality of ribs configured to engage the other of the drive shaft and the impeller, each rib defining a rib axis transverse to the rotational axis, each rib axis being arranged tangent to a circle centered on the rotational axis; the other of the drive shaft and the impeller defining a plurality of slots, each slot being configured to receive an associated rib, characterized in that the coupler further includes a central hub and a semi-spherical hood extending from the hub, each rib extending between the hub and the hood. a housing at least partially defining a chamber ; a motor including a drive shaft defining a rotational axis ; an impeller driven by the motor to generate an air flow in the chamber; and a coupler operably connected between the drive shaft and the impeller to transmit torque therebetween, the coupler being connected to one of the drive shaft and the impeller and including a plurality of ribs configured to engage the other of the drive shaft and the impeller, each rib defining a rib axis transverse to the rotational axis, each rib axis being arranged tangent to a circle centered on the rotational axis; the other of the drive shaft and the impeller defining a plurality of slots, each slot being configured to receive an associated rib, characterized in that the coupler further includes a central hub and a semi-spherical hood extending from the hub, each rib extending between the hub and the hood.
Headwear including a crown of planar fabric panels sewn together in-plane, and a brim , the headwear comprising: a size adjuster of a strip of fabric, the size adjuster being provided on a lower portion of the crown , around an entire circumference or part of the circumference of the crown , each of the fabric panels , the strip of fabric, or each of the fabric panels and the strip of fabric has a contour and a mesh formed by cutting fabric on a bias, and at least one of the following are sewn together using elastic thread: 1- the fabric panels ; 2- the crown and the brim ; and 3- the crown and the size adjuster , characterized in that the size adjuster includes, in a space defined by a casing formed by the strip of fabric, a shape-changing component that extends in a circumferential direction of the crown by a predetermined length by heat of a predetermined temperature or higher. a size adjuster of a strip of fabric, the size adjuster being provided on a lower portion of the crown , around an entire circumference or part of the circumference of the crown , each of the fabric panels , the strip of fabric, or each of the fabric panels and the strip of fabric has a contour and a mesh formed by cutting fabric on a bias, and at least one of the following are sewn together using elastic thread: 1- the fabric panels ; 2- the crown and the brim ; and 3- the crown and the size adjuster , characterized in that the size adjuster includes, in a space defined by a casing formed by the strip of fabric, a shape-changing component that extends in a circumferential direction of the crown by a predetermined length by heat of a predetermined temperature or higher.
A method for measuring activity of hydroxylamine oxidoreductase (HAO) which comprises bringing HAO from ammonia oxidizing bacteria into contact with hydroxylamine in the presence of a resazurin salt, wherein measurement is carried out at pH 4.6 to 7.6.
A method for selectively providing audio alerts via a speaker device , comprising: playing first audio content through a speaker ; capturing, via a microphone, second audio content comprising an alert ; suppressing output of the second audio content through the speaker by using noise cancellation ; identifying the alert within the second audio content ; determining a priority level of the alert ; determining a time shift for the alert; and in response to determining, based on the priority level, that the alert should be reproduced, audibly reproducing the alert via the speaker at a time based on the time shift, with the first audio content or instead of the first audio content . playing first audio content through a speaker ; capturing, via a microphone, second audio content comprising an alert ; suppressing output of the second audio content through the speaker by using noise cancellation ; identifying the alert within the second audio content ; determining a priority level of the alert ; determining a time shift for the alert; and in response to determining, based on the priority level, that the alert should be reproduced, audibly reproducing the alert via the speaker at a time based on the time shift, with the first audio content or instead of the first audio content .
A vertical conveyor for continuously conveying goods, in particular bulk goods, in a vertical direction, with at least one continuous conveying line that circulates in a closed manner between a conveying foot and a conveying head arranged vertically thereover, and comprises at least one driving means and a plurality of conveying elements , in particular buckets, secured to the driving means for receiving the goods, and with at least one drive for driving the at least one driving means into a circulating movement in a plane of circulation, wherein the driving means is a push chain , characterized in that chain links of the push chain are designed in such a way as to prevent an outward kinking relative to an adjacent chain link in the plane of circulation over a pivot angle of 180°, and that at least one support is formed, on which the self-closed push chain rests with an outwardly directed exterior side in the plane of circulation of the push chain , wherein the support turns given a circulating moving push chain .
Commercial vehicle axle comprising a disc brake , which commercial vehicle axle comprises a wheel carrier for arranging the disc brake on the commercial vehicle axle , and the disc brake comprising a brake caliper , which has a first bolt guide arranged in the direction of a brake disc and a second bolt guide arranged in the direction of the brake disc , the brake caliper being arranged on the wheel carrier via the first bolt guide and via the second bolt guide , characterized in that the wheel carrier has a first guide bolt for receiving the first bolt guide , and in that the wheel carrier has a second guide bolt for receiving the second bolt guide .