mhurhangee/patent-ind-claim-en huggingface dataset:
A parenteral liquid formulation comprising as an active ingredient a carbamate compound of the following Formula 1 or an isomer thereof, or a pharmaceutically acceptable salt, solvate or hydrate thereof; and a cyclodextrin derivative which is 2-hydroxypropyl-β-cyclodextrin or sulfobutyl ether-β-cyclodextrin: wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N, wherein a weight ratio of the active ingredient to the cyclodextrin derivative is 1:5 to 1:40. R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N, wherein a weight ratio of the active ingredient to the cyclodextrin derivative is 1:5 to 1:40.
A method of making an integrated handle on at least one side gusset , of a flexible package , the method comprising : sealing a handle patch to a side gusset laminate at middle of one half width of the side gusset laminate ; providing parallel openings (L1, L2) on the handle patch such that a centre line of the two parallel openings (L1, L2) coincide with centre lines of each half of the side gusset laminate ; sealing a cover patch over the handle patch overlapping the edges of the handle patch and simultaneously sealing with the side gusset laminate all around, such that a predefined area is left unsealed between the two parallel openings (L1, L2); and folding longitudinal edges of the side gusset laminate such that the handle patch comes on the outer surface of a continuous open tube being formed for manufacturing the flexible package with handle on the at least one side gusset . sealing a handle patch to a side gusset laminate at middle of one half width of the side gusset laminate ; providing parallel openings (L1, L2) on the handle patch such that a centre line of the two parallel openings (L1, L2) coincide with centre lines of each half of the side gusset laminate ; sealing a cover patch over the handle patch overlapping the edges of the handle patch and simultaneously sealing with the side gusset laminate all around, such that a predefined area is left unsealed between the two parallel openings (L1, L2); and folding longitudinal edges of the side gusset laminate such that the handle patch comes on the outer surface of a continuous open tube being formed for manufacturing the flexible package with handle on the at least one side gusset .
A descender device for enabling a suspended body to be lowered, the descender device comprising: a descent line ; a release element to be actuated by a person, the release element arranged in a restraint configuration to inhibit the descent line from being deployed and in a release configuration to permit the descent line to be deployed; wherein, the release element is connected to a pull tether , which pull tether has a finger pull portion to be gripped by a user, and also, spaced from the finger pull portion , a second pull formation , characterised in that the second pull formation comprises a loop or ring secured with respect to the pull tether and arranged to stand proud of the user when the device is mounted to the user. a descent line ; a release element to be actuated by a person, the release element arranged in a restraint configuration to inhibit the descent line from being deployed and in a release configuration to permit the descent line to be deployed; wherein, the release element is connected to a pull tether , which pull tether has a finger pull portion to be gripped by a user, and also, spaced from the finger pull portion , a second pull formation , characterised in that the second pull formation comprises a loop or ring secured with respect to the pull tether and arranged to stand proud of the user when the device is mounted to the user.
Tray filling apparatus for leaflets comprising: a tray transport platform the tray transport platform supporting at least one tray sleeve and a corresponding tray , wherein the tray is adapted to slide into the tray sleeve as the tray is filled with a predetermined number of leaflets , the tray being sufficiently secured inside of its corresponding tray sleeve so that the tray can be removed from the tray transport platform for further processing when the tray has been filled with the predetermined number of leaflets, a robotic arm having a robotic gripper , wherein the robot gripper is adapted to be selectively placed inside of a stacking tray capture a batch of leaflets, the batch of leaflets having fewer leaflets than the predetermined number of leaflets, the robotic arm is adapted to place the batch of leaflets into the tray, and return the robot gripper to the stacking tray to capture another batch of leaflets, a sleeve holder that is adapted to be selectively placed in and removed from the tray to control entry of the leaflets into the tray sleeve, and a leaflet stuffer that is adapted to be selectively placed in the tray to push the batch of leaflets inside of the sleeve. a tray transport platform the tray transport platform supporting at least one tray sleeve and a corresponding tray , wherein the tray is adapted to slide into the tray sleeve as the tray is filled with a predetermined number of leaflets , the tray being sufficiently secured inside of its corresponding tray sleeve so that the tray can be removed from the tray transport platform for further processing when the tray has been filled with the predetermined number of leaflets, a robotic arm having a robotic gripper , wherein the robot gripper is adapted to be selectively placed inside of a stacking tray capture a batch of leaflets, the batch of leaflets having fewer leaflets than the predetermined number of leaflets, the robotic arm is adapted to place the batch of leaflets into the tray, and return the robot gripper to the stacking tray to capture another batch of leaflets, a sleeve holder that is adapted to be selectively placed in and removed from the tray to control entry of the leaflets into the tray sleeve, and a leaflet stuffer that is adapted to be selectively placed in the tray to push the batch of leaflets inside of the sleeve.
An electronic device comprising: a housing ; a display disposed on the housing ; an illuminance sensor mounted under the display inside the electronic device to detect light received by the illuminance sensor comprising external light received through the display and light emitted from the display; and a processor electrically connected with the display and the illuminance sensor , wherein the processor is configured to: obtain illuminance detection data from the illuminance sensor while an image is displayed on the display , identify a first brightness setting value of the display , identify an image brightness ratio for the image displayed on the display when the illuminance sensor detects light, identify an illuminance of outside of the electronic device based on the obtained illuminance detection data from the illuminance sensor and compensation value, wherein the compensation value is identified based on the identified first brightness setting value of the display and the identified image brightness ratio of the image, and set a brightness setting of the display to a second brightness setting value identified based at least on the identified illuminance of outside of the electronic device. a housing ; a display disposed on the housing ; an illuminance sensor mounted under the display inside the electronic device to detect light received by the illuminance sensor comprising external light received through the display and light emitted from the display; and a processor electrically connected with the display and the illuminance sensor , wherein the processor is configured to: obtain illuminance detection data from the illuminance sensor while an image is displayed on the display , identify a first brightness setting value of the display , identify an image brightness ratio for the image displayed on the display when the illuminance sensor detects light, identify an illuminance of outside of the electronic device based on the obtained illuminance detection data from the illuminance sensor and compensation value, wherein the compensation value is identified based on the identified first brightness setting value of the display and the identified image brightness ratio of the image, and set a brightness setting of the display to a second brightness setting value identified based at least on the identified illuminance of outside of the electronic device. obtain illuminance detection data from the illuminance sensor while an image is displayed on the display , identify a first brightness setting value of the display , identify an image brightness ratio for the image displayed on the display when the illuminance sensor detects light, identify an illuminance of outside of the electronic device based on the obtained illuminance detection data from the illuminance sensor and compensation value, wherein the compensation value is identified based on the identified first brightness setting value of the display and the identified image brightness ratio of the image, and set a brightness setting of the display to a second brightness setting value identified based at least on the identified illuminance of outside of the electronic device.
An offset number setting device comprising: a display that displays a turret surface selection screen for selecting a turret surface formed in a turret , a tool holder selection screen for selecting a tool holder mountable to the selected turret surface , and an offset number setting screen for setting an offset number for a tool to be mounted on the selected tool holder ; and a data processor that processes information input by each of the screens, wherein the data processor includes a turret surface selection screen display unit , a tool holder selection screen display unit , an offset number setting screen display unit and a display linkage unit , wherein the display linkage unit operates in a step (S1) the turret surface selection screen display unit to display the turret surface selection screen , operates in a step (S3) the tool holder selection screen display unit to display the tool holder selection screen by selecting the turret surface , and operates in a step (S5) the offset number setting screen display unit to display the offset number setting screen by selecting the tool holder , and an offset number is set for the tool to be mounted on the tool holder along with the selection of the turret surface and the tool holder . a display that displays a turret surface selection screen for selecting a turret surface formed in a turret , a tool holder selection screen for selecting a tool holder mountable to the selected turret surface , and an offset number setting screen for setting an offset number for a tool to be mounted on the selected tool holder ; and a data processor that processes information input by each of the screens, wherein the data processor includes a turret surface selection screen display unit , a tool holder selection screen display unit , an offset number setting screen display unit and a display linkage unit , wherein the display linkage unit operates in a step (S1) the turret surface selection screen display unit to display the turret surface selection screen , operates in a step (S3) the tool holder selection screen display unit to display the tool holder selection screen by selecting the turret surface , and operates in a step (S5) the offset number setting screen display unit to display the offset number setting screen by selecting the tool holder , and an offset number is set for the tool to be mounted on the tool holder along with the selection of the turret surface and the tool holder .
A system for diaphragmatic pacing comprising: an ultrasonic transducer having an emitting surface , the emitting surface configured to couple with a tissue of a patient , the transducer configured to induce movement in a thoracic diaphragm of the patient in response thereto; and a control module coupled to the transducer and having a processor, the processor configured to execute an algorithm to control operation of the transducer, characterized in that the transducer is further configured to transdermally emit ultrasonic energy and stimulate a phrenic nerve of the patient, wherein the transducer is configured to provide a feedback signal to the control module and wherein the algorithm is configured to select an operational parameter for the transducer using the feedback signal, the emitted ultrasonic energy having an intensity in a range of 0.01 mW/cm2 to 1,000 W/cm 2 corresponding to the operational parameter, and wherein the operational parameter corresponds to a measure of assist based on movement of the diaphragm when induced by emitted energy or based on movement of the diaphragm in the absence of ultrasonic energy. an ultrasonic transducer having an emitting surface , the emitting surface configured to couple with a tissue of a patient , the transducer configured to induce movement in a thoracic diaphragm of the patient in response thereto; and a control module coupled to the transducer and having a processor, the processor configured to execute an algorithm to control operation of the transducer, characterized in that the transducer is further configured to transdermally emit ultrasonic energy and stimulate a phrenic nerve of the patient, wherein the transducer is configured to provide a feedback signal to the control module and wherein the algorithm is configured to select an operational parameter for the transducer using the feedback signal, the emitted ultrasonic energy having an intensity in a range of 0.01 mW/cm2 to 1,000 W/cm 2 corresponding to the operational parameter, and wherein the operational parameter corresponds to a measure of assist based on movement of the diaphragm when induced by emitted energy or based on movement of the diaphragm in the absence of ultrasonic energy.
A compound of formula A R 1 represents methyl, ethyl, propyl, iso-propyl, cyclopropyl, H 3 C-CH 2 -CH 2 -CH 2 -, cyclobutyl; R 2 represents phenyl which is optionally substituted with 1, 2 or 3 substituents selected from the group consisting of fluoro, chloro, methyl, ethyl, cyclopropyl. R 1 represents methyl, ethyl, propyl, iso-propyl, cyclopropyl, H 3 C-CH 2 -CH 2 -CH 2 -, cyclobutyl; R 2 represents phenyl which is optionally substituted with 1, 2 or 3 substituents selected from the group consisting of fluoro, chloro, methyl, ethyl, cyclopropyl.
Pneumatic distribution machine for distributing granular material, in particular seed and/or fertilizer, over an agricultural surface, comprising at least one distributor head which is designed to be at least partially circular, to which the material to be distributed can be supplied in adjustable amounts via at least one feed line , and which comprises a plurality of radially arranged outlet openings and discharge lines which adjoin thereto, at least some outlet openings and/or discharge lines being assigned in each case at least one switching element which can be pivotally adjusted around a substantially horizontal pivot axis between at least one open and one closed position by means of a pivot shaft, the pivot axes of the pivot shafts of at least two switching elements being aligned offset from at least two adjacent outlet openings and/or discharge lines at an angle to one another, and the pivot shafts of the switching elements being operable by motorized actuators , at least two switching elements of in each case at least two of the plurality of outlet openings being jointly pivotable via at least one coupling element which allows a torque-transmitting coupling, with an angular offset, of the pivot shafts, so that at least two switching elements are operable via at least one common actuator , characterized by a direct coupling of the respective pivot shafts of adjacent switching elements by means of the coupling element.
A wheel bearing apparatus for rotatably supporting a wheel, comprising: an inner member having two rows of raceway grooves on an outer circumference thereof; an outer member having two rows of raceway grooves on an inner circumference thereof; and a plurality of rolling elements interposed between the raceway grooves of the inner member and the raceway grooves of the outer member , wherein the raceway grooves of the inner member and the raceway grooves of the outer member are formed by hardened steel cutting after a heat treatment, characterized in that in relation to at least a raceway groove on an outboard side out of the raceway grooves of the inner member , h/d exceeds 0.50 where h is a depth of the raceway groove and d is a diameter of the rolling elements , the depth being a value obtained by subtracting from a shoulder height any chamfer, bevel or auxiliary raceway surface provided at the surface of the raceway groove , and the shoulder height being the distance from the bottom of the raceway groove to the upper surface of the shoulder of the raceway groove . an inner member having two rows of raceway grooves on an outer circumference thereof; an outer member having two rows of raceway grooves on an inner circumference thereof; and a plurality of rolling elements interposed between the raceway grooves of the inner member and the raceway grooves of the outer member , wherein the raceway grooves of the inner member and the raceway grooves of the outer member are formed by hardened steel cutting after a heat treatment, characterized in that in relation to at least a raceway groove on an outboard side out of the raceway grooves of the inner member , h/d exceeds 0.50 where h is a depth of the raceway groove and d is a diameter of the rolling elements , the depth being a value obtained by subtracting from a shoulder height any chamfer, bevel or auxiliary raceway surface provided at the surface of the raceway groove , and the shoulder height being the distance from the bottom of the raceway groove to the upper surface of the shoulder of the raceway groove .
Use of from 20-50ppm of cellobiose as an off-taste masking agent for high-intensity sweetener in a comestible composition comprising high-intensity sweetener.
An orthodontic aligner , comprising: a support structure for placing in the mouth of a user, wherein the support structure has a shape which fits to the teeth of the user and has a deformable region; and at least one passive RFID tag mounted to the support structure, characterised in that the passive RFID tag comprises first and second portions coupled to the deformable region, wherein the first and second portions each comprise a respective antenna portion, which together define the antenna for the RFID tag, wherein a relative position between the first and second portions is adjustable by deformation of the deformable region between at least a first relative position when the orthodontic aligner is worn by the user and a second relative position when the orthodontic aligner is not being worn, wherein a response of the RFID tag to an external interrogation signal is dependent on the relative position between the first and second portions. a support structure for placing in the mouth of a user, wherein the support structure has a shape which fits to the teeth of the user and has a deformable region; and at least one passive RFID tag mounted to the support structure, characterised in that the passive RFID tag comprises first and second portions coupled to the deformable region, wherein the first and second portions each comprise a respective antenna portion, which together define the antenna for the RFID tag, wherein a relative position between the first and second portions is adjustable by deformation of the deformable region between at least a first relative position when the orthodontic aligner is worn by the user and a second relative position when the orthodontic aligner is not being worn, wherein a response of the RFID tag to an external interrogation signal is dependent on the relative position between the first and second portions.
A fiber coupling device comprising: a wedge plate configured to receive collimated light and to refract the light in a predetermined direction; a condenser lens configured to collect the light refracted by the wedge plate ; and an optical fiber having an incident surface configured to receive the light collected by the condenser lens and comprising a core including a center of the incident surface; a first clad outside the core ; and a second clad outside the first clad ; the wedge plate being held rotatable around an optical axis of the light incident on the wedge plate and having an emission surface that is inclined with respect to an incident surface of the wedge plate, the light refracted by the wedge plate and collected by the condenser lens is incident on an incident point on the incident surface of the optical fiber, wherein the incident point continuously changes depending on a rotation angle of the wedge plate ; the rotation angle of the wedge plate being adjustable such that the light is incident on at least one of the core and the first clad , light refracted by the wedge plate passes through the centre of the condenser lens and the center of the incident surface of the optical fiber when the wedge plate is at a first rotation angle and is incident on only the core of the optical fiber , and passes through the upper part of the condenser lens and is incident on only the first clad when the wedge plate is at a second rotation angle. a wedge plate configured to receive collimated light and to refract the light in a predetermined direction; a condenser lens configured to collect the light refracted by the wedge plate ; and an optical fiber having an incident surface configured to receive the light collected by the condenser lens and comprising a core including a center of the incident surface; a first clad outside the core ; and a second clad outside the first clad ; the wedge plate being held rotatable around an optical axis of the light incident on the wedge plate and having an emission surface that is inclined with respect to an incident surface of the wedge plate, the light refracted by the wedge plate and collected by the condenser lens is incident on an incident point on the incident surface of the optical fiber, wherein the incident point continuously changes depending on a rotation angle of the wedge plate ; the rotation angle of the wedge plate being adjustable such that the light is incident on at least one of the core and the first clad , light refracted by the wedge plate passes through the centre of the condenser lens and the center of the incident surface of the optical fiber when the wedge plate is at a first rotation angle and is incident on only the core of the optical fiber , and passes through the upper part of the condenser lens and is incident on only the first clad when the wedge plate is at a second rotation angle.