mhurhangee/patent-ind-claim-en huggingface dataset:
Extracoronal dental device comprising a one-piece body made from a polymer or copolymer, obtained by polymerizing a composition comprising a polymerizable monomer based on acrylate, said dental device comprising a surface porosity, over a thickness between 0.1 and 0.8 mm, said porosity comprising pores, the size of which is between 10 μm and 800 μm, over said thickness.
A diode laser assembly comprising: a plurality of diode laser emitters arranged in a plurality of linear arrays, and wherein all of the linear arrays are disposed on the same plane for emitting a plurality of laser beams in a first direction; a plurality of reflectors with each reflector including a first reflecting surface for re-directing at least one of said laser beams into a second direction and a second reflecting surface for re-directing the same laser beam into a third direction; said reflectors being spaced from one another in said first direction for producing a spatially combined laser beam ; and each of said reflectors being independently movable relative to one another and relative to said diode laser emitters in said first direction for adjusting the pitch between any two laser beams. a plurality of diode laser emitters arranged in a plurality of linear arrays, and wherein all of the linear arrays are disposed on the same plane for emitting a plurality of laser beams in a first direction; a plurality of reflectors with each reflector including a first reflecting surface for re-directing at least one of said laser beams into a second direction and a second reflecting surface for re-directing the same laser beam into a third direction; said reflectors being spaced from one another in said first direction for producing a spatially combined laser beam ; and each of said reflectors being independently movable relative to one another and relative to said diode laser emitters in said first direction for adjusting the pitch between any two laser beams.
An air distribution pipe for a HVAC circuit of a vehicle, this pipe comprising a single tubular one-layered wall which is produced from a resiliently deformable cellular material, characterised in that said wall comprises sound attenuation microperforations , these microperforations extending from at least one of the internal and external surfaces of the wall in the direction of the other of these surfaces , or as far as the other of these surfaces .
A blender comprising: a container body for receiving food; a main body supporting the container body and accommodating a motor assembly ; and a blade assembly configured to be rotated by the motor assembly for processing food in the container body , the blade assembly including a main blade unit comprising a plurality of main blades having different bending angles from each other defined between radial center lines of the main blades and a plane perpendicular to a rotation axis of the main blade unit ; characterized in that the main blades have an inclined surface at a leading edge portion and at a trailing edge portion thereof. a container body for receiving food; a main body supporting the container body and accommodating a motor assembly ; and a blade assembly configured to be rotated by the motor assembly for processing food in the container body , the blade assembly including a main blade unit comprising a plurality of main blades having different bending angles from each other defined between radial center lines of the main blades and a plane perpendicular to a rotation axis of the main blade unit ; characterized in that the main blades have an inclined surface at a leading edge portion and at a trailing edge portion thereof.
A method of controlling an image display device, the method comprising: displaying (S310) an image entirely via a display unit of the image display device; receiving (S330) an input via a user input unit to change a state of displaying the image; changing, via a controller of the image display device, the state of the displayed image, wherein the changing of the display state of the image includes enlarging the image to display only a portion of the image; activating (S320), via the controller of the image display device, a tracing mode if the changed display state of the image is maintained for a prescribed duration; additionally changing, via the controller of the image display device, the state of the displayed image, wherein the additional changing of the display state of the image includes scrolling of the image; deactivating (S340), via the controller, the tracing mode and saving (S350), via the controller, history information including the changed state of the displayed image in a memory associated with the image display device, in response to an input via the user input unit to re-display the image entirely after the state of the image is changed; receiving, via the controller, a revival command for displaying the image in accordance with the saved history information; and displaying the image in accordance with the saved history information on the display unit. displaying (S310) an image entirely via a display unit of the image display device; receiving (S330) an input via a user input unit to change a state of displaying the image; changing, via a controller of the image display device, the state of the displayed image, wherein the changing of the display state of the image includes enlarging the image to display only a portion of the image; activating (S320), via the controller of the image display device, a tracing mode if the changed display state of the image is maintained for a prescribed duration; additionally changing, via the controller of the image display device, the state of the displayed image, wherein the additional changing of the display state of the image includes scrolling of the image; deactivating (S340), via the controller, the tracing mode and saving (S350), via the controller, history information including the changed state of the displayed image in a memory associated with the image display device, in response to an input via the user input unit to re-display the image entirely after the state of the image is changed; receiving, via the controller, a revival command for displaying the image in accordance with the saved history information; and displaying the image in accordance with the saved history information on the display unit.
A coating composition comprising a) a polyester blend comprising a first polyester material having a Tg of from 55 to 100°C, the first polyester material being present in the polyester blend in an amount of 60 to 90wt% (based on solids); a second polyester material having a Tg of from -10 to 25°C, the second polyester material being present in the polyester blend in an amount of 10 to 40wt% (based on solids); wherein the Tg has been measured by the relevant method in accordance with the description and b) a crosslinking system comprising i) an amine crosslinking material; ii) a phenolic crosslinking material; and iii) an isocyanate crosslinking material. a) a polyester blend comprising a first polyester material having a Tg of from 55 to 100°C, the first polyester material being present in the polyester blend in an amount of 60 to 90wt% (based on solids); a second polyester material having a Tg of from -10 to 25°C, the second polyester material being present in the polyester blend in an amount of 10 to 40wt% (based on solids); wherein the Tg has been measured by the relevant method in accordance with the description and a first polyester material having a Tg of from 55 to 100°C, the first polyester material being present in the polyester blend in an amount of 60 to 90wt% (based on solids); a second polyester material having a Tg of from -10 to 25°C, the second polyester material being present in the polyester blend in an amount of 10 to 40wt% (based on solids); wherein the Tg has been measured by the relevant method in accordance with the description and b) a crosslinking system comprising i) an amine crosslinking material; ii) a phenolic crosslinking material; and iii) an isocyanate crosslinking material. i) an amine crosslinking material; ii) a phenolic crosslinking material; and iii) an isocyanate crosslinking material.
A wireless communication system for an elevator system , the system comprising: a user interface module placed in an elevator car of the elevator system , the user interface module providing a user interface for a passenger in the elevator car ; a first wireless communication module configured to make a first wireless connection with a remote communication device through a first wireless communication network ; a second wireless communication module (209; 609) configured to make a second wireless connection with the remote communication device through a second wireless communication network ; and a control module configured to control the first and second wireless communication modules (207, 209; 207, 609) to set up the first wireless connection and/or the second wireless connection, upon receiving the passenger's input through the user interface module , characterized in that the user interface module comprises an emergency button for the passenger to initiate setting up the first or second wireless connection, the control module is configured to try to set up the first wireless connection using the first wireless connection module , and to set up the second wireless connection using the second wireless connection module (209; 609) in case setting up the first wireless connection turns out to be unsuccessful, and the control module is further configured to send a predefined SMS message to the remote communication device using the first wireless communication module and/or the second wireless communication module (209; 609), upon sensing the passenger's input through the emergency button. a user interface module placed in an elevator car of the elevator system , the user interface module providing a user interface for a passenger in the elevator car ; a first wireless communication module configured to make a first wireless connection with a remote communication device through a first wireless communication network ; a second wireless communication module (209; 609) configured to make a second wireless connection with the remote communication device through a second wireless communication network ; and a control module configured to control the first and second wireless communication modules (207, 209; 207, 609) to set up the first wireless connection and/or the second wireless connection, upon receiving the passenger's input through the user interface module , characterized in that the user interface module comprises an emergency button for the passenger to initiate setting up the first or second wireless connection, the control module is configured to try to set up the first wireless connection using the first wireless connection module , and to set up the second wireless connection using the second wireless connection module (209; 609) in case setting up the first wireless connection turns out to be unsuccessful, and the control module is further configured to send a predefined SMS message to the remote communication device using the first wireless communication module and/or the second wireless communication module (209; 609), upon sensing the passenger's input through the emergency button.
A cutting deck for outdoor power equipment, the outdoor power equipment comprising at least a first cutting blade and a second cutting blade rotatable inside a cutting chamber, the cutting deck comprising a weldment comprising: a top plate and one or more side plates defining the cutting chamber, the top plate comprising at least a first shaft reception orifice through which a shaft of the first cutting blade is extendable and a second shaft reception orifice through which a shaft of the second cutting blade is extendable; and a flow control assembly disposed within the cutting chamber and extending away from the top plate to define an airflow channel between the flow control assembly and the one or more side plates, wherein the flow control assembly comprises a first directional changing portion disposed proximate to the first shaft reception orifice and a second directional changing portion disposed proximate to the second shaft reception orifice, the first and second directional changing portions being separated from each other by substantially straight portions of the flow control assembly, and wherein the first directional changing portion is passed over only by the first cutting blade and the second directional changing portion is passed over by only the second cutting blade, and both the first and second cutting blades pass over the substantially straight portions between the first and second directional changing portions responsive to rotation of the first and second cutting blades. a top plate and one or more side plates defining the cutting chamber, the top plate comprising at least a first shaft reception orifice through which a shaft of the first cutting blade is extendable and a second shaft reception orifice through which a shaft of the second cutting blade is extendable; and a flow control assembly disposed within the cutting chamber and extending away from the top plate to define an airflow channel between the flow control assembly and the one or more side plates, wherein the flow control assembly comprises a first directional changing portion disposed proximate to the first shaft reception orifice and a second directional changing portion disposed proximate to the second shaft reception orifice, the first and second directional changing portions being separated from each other by substantially straight portions of the flow control assembly, and wherein the first directional changing portion is passed over only by the first cutting blade and the second directional changing portion is passed over by only the second cutting blade, and both the first and second cutting blades pass over the substantially straight portions between the first and second directional changing portions responsive to rotation of the first and second cutting blades.
A spectroscope for measuring a spectrum of input light, the spectroscope comprising: a fringe former including a first cylindrical lens array that forms first fringes having a first pitch by splitting the input light; a dispersive device that disperses each of the first fringes; a moire pattern former including a second cylindrical lens array that forms a moire pattern by overlaying the first fringes, that have been dispersed, on second cylindrical lens array having a second pitch different from the first pitch; and a measuring device that measures the spectrum of the input light by detecting the moire pattern at a focal position of the second cylindrical array. a fringe former including a first cylindrical lens array that forms first fringes having a first pitch by splitting the input light; a dispersive device that disperses each of the first fringes; a moire pattern former including a second cylindrical lens array that forms a moire pattern by overlaying the first fringes, that have been dispersed, on second cylindrical lens array having a second pitch different from the first pitch; and a measuring device that measures the spectrum of the input light by detecting the moire pattern at a focal position of the second cylindrical array.
Vacuum dry-calibration tool for the extrusion of a plastic hollow profile, having at least two dry-calibration units which are arranged behind one another in the extrusion direction (E) on a common calibration support platform (11, 11"), wherein each dry-calibration unit has an inner profile feed-through channel which opens towards the end sides, wherein a separating joint formed between the end sides of adjacent dry-calibration units is sealed by at least one sealing element , characterized - in that at least one cutout (12, 12") is incorporated into the calibration support platform (11, 11") below the separating joint and continues into at least one ventilation channel (13, 13") which leads, below at least one of the applied dry-calibration units , to an outer mouth opening (14, 14"), and - in that an air-quantity control valve is arranged on the mouth opening (14, 14"). - in that at least one cutout (12, 12") is incorporated into the calibration support platform (11, 11") below the separating joint and continues into at least one ventilation channel (13, 13") which leads, below at least one of the applied dry-calibration units , to an outer mouth opening (14, 14"), and - in that an air-quantity control valve is arranged on the mouth opening (14, 14").
A method for controlling temperature of a fluid in a vessel in order to reclaim one or more amine agents, the method comprising: controlling input of one or more fluid input streams into the vessel based on output of a first selector that receives input, directly or indirectly, from a level controller and a temperature controller, wherein the level controller monitors the level of fluid in the vessel; and controlling variable input of steam to the vessel based on output of a second selector that receives input, directly or indirectly, from the level controller and the temperature controller. controlling input of one or more fluid input streams into the vessel based on output of a first selector that receives input, directly or indirectly, from a level controller and a temperature controller, wherein the level controller monitors the level of fluid in the vessel; and controlling variable input of steam to the vessel based on output of a second selector that receives input, directly or indirectly, from the level controller and the temperature controller.
A method for detecting tetrakis(hydroxymethyl)phosphonium sulfate, THPS, in a water sample, characterised by that the method is comprising: mixing a water sample with a KMnO 4 solution (S110) to form a mixture; measuring an intensity of KMnO 4 absorption in the mixture at a wavelength of 525 nm (S115); normalizing the measured intensity by subtracting a background intensity at a wavelength of 650 nm; (S120); and determining a presence of THPS in the water sample (S125) by comparing the normalized intensity with intensity values of KMnO 4 absorption of calibration samples comprising KMnO 4 and known THPS concentrations. mixing a water sample with a KMnO 4 solution (S110) to form a mixture; measuring an intensity of KMnO 4 absorption in the mixture at a wavelength of 525 nm (S115); normalizing the measured intensity by subtracting a background intensity at a wavelength of 650 nm; (S120); and determining a presence of THPS in the water sample (S125) by comparing the normalized intensity with intensity values of KMnO 4 absorption of calibration samples comprising KMnO 4 and known THPS concentrations.
Aircraft seat fastening device (10a; 10b) for fastening at least a portion of an aircraft seat to at least one fastening rail that is fastened to an aircraft structure, with a seat base structure (18a; 18b), with at least one fitting element (46a; 46b) which is configured to be coupled with the fastening rail , and with at least one seat foot unit (28a, 40a; 28b) which is configured, at least in the event of an overload, to allow at least one compensation movement of the seat base structure (18a; 18b), in particular relative to the fastening rail , characterized in that the at least one seat foot unit (28a, 40a; 28b) comprises a connecting base body (30a; 30b), which is connected to the fitting element (46a; 46b), and a compensating base body (32a; 32b), which is rigidly connected to the seat base structure (18a; 18b) in any operation state, wherein the connecting base body (30a; 30b) and the compensating base body (32a; 32b) are coupled with each other via at least one rail connection and are supported movably relative to each other along a guide path (62a; 62b). with a seat base structure (18a; 18b), with at least one fitting element (46a; 46b) which is configured to be coupled with the fastening rail , and with at least one seat foot unit (28a, 40a; 28b) which is configured, at least in the event of an overload, to allow at least one compensation movement of the seat base structure (18a; 18b), in particular relative to the fastening rail , characterized in that the at least one seat foot unit (28a, 40a; 28b) comprises a connecting base body (30a; 30b), which is connected to the fitting element (46a; 46b), and a compensating base body (32a; 32b), which is rigidly connected to the seat base structure (18a; 18b) in any operation state, wherein the connecting base body (30a; 30b) and the compensating base body (32a; 32b) are coupled with each other via at least one rail connection and are supported movably relative to each other along a guide path (62a; 62b).
Discharge head for a liquid dispenser , with the following features: a. the discharge head has a housing , and b. the discharge head has a coupling device for attachment to a liquid store , and c. the discharge head has a discharge opening through which liquid is able to be dispensed into a surrounding atmosphere, and d. the discharge head has an outlet channel which extends from an inlet region , pointing in the direction of the liquid store , up to the discharge opening and by means of which the discharge opening is able to be supplied with liquid, and e. the discharge head has, in the outlet channel , a throttle device with a throttle channel (50; 60; 70) for the reduction in the liquid pressure and/or the liquid flow of the liquid flowing through the throttle device , characterized by the following feature: f. the throttle device is designed in the form of a switchable throttle device in which, between a throttling state and a release state, a minimum free cross section of the throttle channel (50; 60; 70) is able to be varied such that liquid flowing out in the direction of the discharge opening is subjected to a relatively high throttling effect by way of the throttling state of the throttle channel (50; 60; 70) and that the liquid flowing back in in the direction of the inlet region is subjected to a relatively low throttling effect by way of the release state. a. the discharge head has a housing , and b. the discharge head has a coupling device for attachment to a liquid store , and c. the discharge head has a discharge opening through which liquid is able to be dispensed into a surrounding atmosphere, and d. the discharge head has an outlet channel which extends from an inlet region , pointing in the direction of the liquid store , up to the discharge opening and by means of which the discharge opening is able to be supplied with liquid, and e. the discharge head has, in the outlet channel , a throttle device with a throttle channel (50; 60; 70) for the reduction in the liquid pressure and/or the liquid flow of the liquid flowing through the throttle device , characterized by the following feature: f. the throttle device is designed in the form of a switchable throttle device in which, between a throttling state and a release state, a minimum free cross section of the throttle channel (50; 60; 70) is able to be varied such that liquid flowing out in the direction of the discharge opening is subjected to a relatively high throttling effect by way of the throttling state of the throttle channel (50; 60; 70) and that the liquid flowing back in in the direction of the inlet region is subjected to a relatively low throttling effect by way of the release state.