mhurhangee/ep-ind-claims huggingface dataset:
A process for producing coated urea-containing fertilizer particles, comprising the following steps: A) forming at least one polyurea layer on the uncoated urea-containing fertilizer, and then B) forming at least one polyurethane layer on the at least one polyurea layer on the urea-containing fertilizer, wherein the weight ratio of the polyurea layer to the polyurethane layer is from 4:1 to 1:4 and, if the coated urea-containing fertilizer particle has multiple polyurethane layers or polyurea layers, the weight ratio is based on the sum total of the respective polyurea layers and polyurethane layers. A) forming at least one polyurea layer on the uncoated urea-containing fertilizer, and then B) forming at least one polyurethane layer on the at least one polyurea layer on the urea-containing fertilizer,
A sliding plug door bearing mechanism, comprising a bearing rail, bearing rollers, a guiding slide, a bearing carriage, a door carrying frame, an upper connecting shaft, a lower connecting shaft, an upper hinge holder, a lower hinge holder, and a guiding wheel, wherein the bearing carriage, the upper connecting shaft, the upper hinge holder, and the door carrying frame are connected sequentially to form a first turning pair; wherein the door carrying frame, the lower connecting shaft, the lower hinge holder, and a door leaf are connected sequentially to form a second turning pair; wherein the respective bearing roller is connected to the bearing rail to form a first prismatic pair; wherein the guiding slide is connected to the guiding wheel to form a second prismatic pair with a predefined trace; wherein the bearing carriage translates along the bearing rail in an X-axis direction, while the door carrying frame drives the door leaf to turn around the X-axis of the bearing carriage; wherein the door carrying frame turns around the X-axis of the bearing carriage while it moves straightly along the bearing rail, and it drives the door leaf to accomplish displacement of the door leaf in a Y-axis direction along the trace of the guiding slide as guided by the guiding wheel, characterized in that the guiding slide is formed on a member at a side facing the door leaf, said member defining the bearing rail; that the guiding wheel is attached to the door leaf at a side facing the bearing rail.
A semiconductor device comprising: a substrate; a drift region of a first conductivity type provided on a first main surface of the substrate and having a higher impurity concentration than the substrate; a source electrode groove formed from a second main surface of the drift region in a direction perpendicular to the second mains surface, the second main surface being opposite from the first main surface; a well region of a second conductivity type in contact with a side surface of the source electrode groove and formed inside the drift region at least partially; a source region of the first conductivity type in contact with a side surface of the source electrode groove and formed inside the well region; a source electrode electrically connected to the source region; a gate electrode groove formed from the second main surface in the perpendicular direction so as to be in contact with the drift region, the well region, and the source region; a gate insulating film formed on a surface of the gate electrode groove; a gate electrode formed on a surface of the gate insulating film; a drain region of the first conductivity type formed inside the drift region away from the well region; and a drain electrode electrically connected to the drain region, wherein the gate electrode groove is formed in contact with the source electrode groove, and the semiconductor device further comprises a gate wiring electrically insulated from the source electrode and formed inside the source electrode groove in contact with the gate electrode. a substrate; a drift region of a first conductivity type provided on a first main surface of the substrate and having a higher impurity concentration than the substrate; a source electrode groove formed from a second main surface of the drift region in a direction perpendicular to the second mains surface, the second main surface being opposite from the first main surface; a well region of a second conductivity type in contact with a side surface of the source electrode groove and formed inside the drift region at least partially; a source region of the first conductivity type in contact with a side surface of the source electrode groove and formed inside the well region; a source electrode electrically connected to the source region; a gate electrode groove formed from the second main surface in the perpendicular direction so as to be in contact with the drift region, the well region, and the source region; a gate insulating film formed on a surface of the gate electrode groove; a gate electrode formed on a surface of the gate insulating film; a drain region of the first conductivity type formed inside the drift region away from the well region; and a drain electrode electrically connected to the drain region, wherein the gate electrode groove is formed in contact with the source electrode groove, and the semiconductor device further comprises a gate wiring electrically insulated from the source electrode and formed inside the source electrode groove in contact with the gate electrode.
A kit of parts for use in the prophylaxis of periodontal disease by removal of calculus from a tooth, the kit comprising: a component A comprising from 0.03 M to 12 M hydrogen peroxide or comprising a hydrogen peroxide precursor or hydrogen peroxide adduct capable of producing from 0.03 M to 12 M hydrogen peroxide; and a component B comprising greater than 17 units/mL of a catalase; wherein the removal of calculus comprises the steps of: applying the component A to the tooth; applying the component B to the tooth, wherein the applying of the component B generates oxygen; and removing at least a part of the calculus from the tooth by mechanical means other than toothbrushing; wherein the component A is applied before or after the component B is applied. a component A comprising from 0.03 M to 12 M hydrogen peroxide or comprising a hydrogen peroxide precursor or hydrogen peroxide adduct capable of producing from 0.03 M to 12 M hydrogen peroxide; and a component B comprising greater than 17 units/mL of a catalase; applying the component A to the tooth; applying the component B to the tooth, wherein the applying of the component B generates oxygen; and removing at least a part of the calculus from the tooth by mechanical means other than toothbrushing;
A conductive line stitching method, the method comprising the steps: forming a conductive line: by arranging a metal line inside a protection layer; positioning the conductive line on edging parts of two cloth sheets that are stacked; stitching: the edging parts of the two stacked cloth sheets with the conductive line positioned on the edging parts together and located inside the stitching line; combining a device with the stitching line; and connecting the device with the conductive line contained in the stitching line to allow the device to conduct transmission by way of the conductive line. forming a conductive line: by arranging a metal line inside a protection layer; positioning the conductive line on edging parts of two cloth sheets that are stacked; stitching: the edging parts of the two stacked cloth sheets with the conductive line positioned on the edging parts together and located inside the stitching line; combining a device with the stitching line; and connecting the device with the conductive line contained in the stitching line to allow the device to conduct transmission by way of the conductive line.
A cationic curable composition comprising components to in the following proportion: 100 parts by weight of a phenol derivative having 3 or more aromatic rings per molecule represented by the following formula: wherein the aromatic ring has a structure in which some or all of hydrogen atoms of phenolic hydroxyl groups of the aromatic ring are substituted by polymerizable functional groups, wherein R m represents a t-butyl group and is located at the para-position to the phenolic hydroxyl group, and n represents an integer of 1 or more; 0.01 to 50,000 parts by weight of a cationic polymerizable compound; and 0.05 to 2,000 parts by weight of a photo- and/or thermo-cationic initiator. 100 parts by weight of a phenol derivative having 3 or more aromatic rings per molecule represented by the following formula: wherein the aromatic ring has a structure in which some or all of hydrogen atoms of phenolic hydroxyl groups of the aromatic ring are substituted by polymerizable functional groups, wherein R m represents a t-butyl group and is located at the para-position to the phenolic hydroxyl group, and n represents an integer of 1 or more; 0.01 to 50,000 parts by weight of a cationic polymerizable compound; and 0.05 to 2,000 parts by weight of a photo- and/or thermo-cationic initiator.
A reclosable enclosure comprising: a front panel and a back panel coupled to each other and forming an interior cavity therebetween, the front panel configured to form an access slot that extends widthwise along the front panel; and a reclosable mechanism coupled to an interior side of the front panel along the access slot, the reclosable mechanism having a first profile and a second profile forming a zipper, wherein the first profile includes a user tab that is accessible through the access slot, the user tab configured to assist in separating the first and second profiles (134, 136) to provide an opening to the interior cavity of the reclosable enclosure, characterised in that the first profile has a first lower interlocking element extending continuously along the first profile and the user tab includes a tab-locking element, the second profile having a second lower interlocking element and a second upper interlocking element that both extend continuously along the second profile, wherein the first and second lower interlocking elements are separably connectable to provide the zipper and the tab-locking element is separably connectable to the second upper interlocking element of the second profile. a front panel and a back panel coupled to each other and forming an interior cavity therebetween, the front panel configured to form an access slot that extends widthwise along the front panel; and a reclosable mechanism coupled to an interior side of the front panel along the access slot, the reclosable mechanism having a first profile and a second profile forming a zipper, wherein the first profile includes a user tab that is accessible through the access slot, the user tab configured to assist in separating the first and second profiles (134, 136) to provide an opening to the interior cavity of the reclosable enclosure, characterised in that the first profile has a first lower interlocking element extending continuously along the first profile and the user tab includes a tab-locking element, the second profile having a second lower interlocking element and a second upper interlocking element that both extend continuously along the second profile, wherein the first and second lower interlocking elements are separably connectable to provide the zipper and the tab-locking element is separably connectable to the second upper interlocking element of the second profile.
A guide element for a buffer spring in a chassis shock absorber, which buffer spring is slidably mounted on a piston rod of the chassis shock absorber, with a guide that has a cylindrical receiving space for the piston rod, and a receptacle for an end of the buffer spring, wherein a spring element is provided on the guide, which spring element protrudes into the receiving space and can bear resiliently against the piston rod, characterised in that the spring element is formed by a leaf spring which protrudes into the receiving space by means of a spring portion.
A system for remotely controlling a digital television using a remote controller, the system comprising: the remote controller for receiving video and audio data inputted from the external storage medium, modulating the received data into a wireless signal and transmitting the video data included in the modulated wireless signal to a TV body directly while transmitting the audio data included in the modulated wireless signal to an audio device directly, wherein the modulated wireless signal is used to control the TV body or the audio device selectively; a TV body for receiving the wireless signal transmitted from the remote controller, demodulating the received wireless signal into the video data and reproducing the demodulated video data; and an audio device for receiving the wireless signal transmitted from the remote controller, demodulating the received wireless signal into the audio data and reproducing the demodulated audio data. the remote controller for receiving video and audio data inputted from the external storage medium, modulating the received data into a wireless signal and transmitting the video data included in the modulated wireless signal to a TV body directly while transmitting the audio data included in the modulated wireless signal to an audio device directly, wherein the modulated wireless signal is used to control the TV body or the audio device selectively; a TV body for receiving the wireless signal transmitted from the remote controller, demodulating the received wireless signal into the video data and reproducing the demodulated video data; and an audio device for receiving the wireless signal transmitted from the remote controller, demodulating the received wireless signal into the audio data and reproducing the demodulated audio data.
A method for monitoring a radio link between a base station (B1-B4, BN) and a terminal in a wireless communication system, comprising adapting at least one parameter used in monitoring said radio link, based on a duration of an inactive phase, in which the terminal is not transmitting to and/or receiving data from the base station (B1-B4, BN) via the radio link, characterized in that said at least one parameter corresponds to a start time of a first timer for radio link failure recovery.
A flexible display apparatus, comprising: a flexible base layer defined with a display area and a non-display area; a plurality of organic light-emitting diode (OLED) elements disposed on a first side of the flexible base layer in the display area; and a support layer attached to a second side of the flexible base layer and arranged to extend from the display area to the non-display area, the support layer comprising a single rigid body structure having a planar portion and a rigid rounded edge portion, wherein the flexible base layer extends coextensively with the planar portion of the support layer in the display area and the flexible base layer wraps around the rigid rounded edge portion of the support layer in the non-display area, wherein the rigid rounded edge portion substantially conforms to the curvature of the flexible base layer in the non-display area, and wherein the rigid rounded edge portion of the support layer is thicker than the planar portion of the support layer, wherein the flexible base layer and the rigid rounded edge portion of the support layer are arranged such that a part of the flexible base layer comes under another part of the flexible base layer, wherein a curved surface of the support layer at the rigid rounded edge portion has a curvature of at least 180 degrees relative to a surface of the support layer in the planar portion, and wherein a printed circuit film is attached to the part of the flexible base layer that comes under another part of the flexible base layer. a flexible base layer defined with a display area and a non-display area; a plurality of organic light-emitting diode (OLED) elements disposed on a first side of the flexible base layer in the display area; and a support layer attached to a second side of the flexible base layer and arranged to extend from the display area to the non-display area, the support layer comprising a single rigid body structure having a planar portion and a rigid rounded edge portion, wherein the flexible base layer extends coextensively with the planar portion of the support layer in the display area and the flexible base layer wraps around the rigid rounded edge portion of the support layer in the non-display area, wherein the rigid rounded edge portion substantially conforms to the curvature of the flexible base layer in the non-display area, and wherein the rigid rounded edge portion of the support layer is thicker than the planar portion of the support layer, wherein the flexible base layer and the rigid rounded edge portion of the support layer are arranged such that a part of the flexible base layer comes under another part of the flexible base layer, wherein a curved surface of the support layer at the rigid rounded edge portion has a curvature of at least 180 degrees relative to a surface of the support layer in the planar portion, and wherein a printed circuit film is attached to the part of the flexible base layer that comes under another part of the flexible base layer.
A method for presenting an image to a plurality of senses, wherein the senses comprise sight and at least one of touch, taste and smell, comprising the steps of: acquiring a digital image; assigning (403, 405, 407, 409) various sensing tags to various sections of the digital image, wherein the sensing tags relate to at least one of: touch, taste and smell; displaying the tagged digital image on a touch screen; detecting when and where a user touches a cover over the touch screen which corresponds to a section of the tagged digital image; determining if a sensing tag has been assigned to the touched section of the tagged digital image to obtain a tagged sense; providing the tagged sense to the user, wherein the sensing tag indicates whether the cover on the touch screen should be hard or soft, hot or cold and/or smooth or rough, and wherein providing the tagged sense to the user further comprises providing an appropriate response to the section of the cover where the user's touch is detected. acquiring a digital image; assigning (403, 405, 407, 409) various sensing tags to various sections of the digital image, wherein the sensing tags relate to at least one of: touch, taste and smell; displaying the tagged digital image on a touch screen; detecting when and where a user touches a cover over the touch screen which corresponds to a section of the tagged digital image; determining if a sensing tag has been assigned to the touched section of the tagged digital image to obtain a tagged sense; providing the tagged sense to the user, wherein the sensing tag indicates whether the cover on the touch screen should be hard or soft, hot or cold and/or smooth or rough, and wherein providing the tagged sense to the user further comprises providing an appropriate response to the section of the cover where the user's touch is detected.
A method for monitoring a control channel, characterized by comprising: receiving configuration information of a first common control resource set before successful initial access of a terminal device, wherein the configuration information indicates where a physical resource block occupied by the first common control resource set is located in a first downlink bandwidth part, and wherein the first downlink bandwidth part is configured by system information block 1, SIB1, and takes effect after the successful initial access of the terminal device; and monitoring a physical downlink control channel based on a first common resource block set occupied by the first common control resource set before the successful initial access of the terminal device, to obtain uplink scheduling control information or downlink scheduling control information, wherein a start common resource block of the first common control resource set is determined based on a start common resource block of the first downlink bandwidth part and the configuration information of the first common control resource set. receiving configuration information of a first common control resource set before successful initial access of a terminal device, wherein the configuration information indicates where a physical resource block occupied by the first common control resource set is located in a first downlink bandwidth part, and wherein the first downlink bandwidth part is configured by system information block 1, SIB1, and takes effect after the successful initial access of the terminal device; and monitoring a physical downlink control channel based on a first common resource block set occupied by the first common control resource set before the successful initial access of the terminal device, to obtain uplink scheduling control information or downlink scheduling control information, wherein a start common resource block of the first common control resource set is determined based on a start common resource block of the first downlink bandwidth part and the configuration information of the first common control resource set.
A process fluid pressure transmitter for providing an indication of a change in liquid volume fraction in a multiphasic process fluid flow, the pressure transmitter comprising: a differential pressure sensor operably coupleable to a differential pressure generator within a process fluid flow conduit; measurement circuitry coupled to the differential pressure sensor to provide successive differential pressure signals measured with said differential pressure sensor; and a controller operably coupled to the measurement circuitry, the controller being configured to calculate a ratio of the standard deviation of the measured differential pressure signals to the mean of the measured differential pressure signals based upon the successive measurements, and to selectively provide an indication of a change in liquid volume fraction within the multiphasic process fluid flow based upon said ratio. a differential pressure sensor operably coupleable to a differential pressure generator within a process fluid flow conduit; measurement circuitry coupled to the differential pressure sensor to provide successive differential pressure signals measured with said differential pressure sensor; and a controller operably coupled to the measurement circuitry, the controller being configured to calculate a ratio of the standard deviation of the measured differential pressure signals to the mean of the measured differential pressure signals based upon the successive measurements, and to selectively provide an indication of a change in liquid volume fraction within the multiphasic process fluid flow based upon said ratio.
Manufacturing method for passenger door corner components configured to be used for passenger door surroundings of aircraft or spacecraft, the method characterized by comprising: using additive layer manufacturing, ALM, to form an integral passenger door corner component, the integral passenger door corner component comprising a substantially cruciform shape having a frame coupling member with two frame couplings (2a, 2b) as end pieces, the frame coupling member intersecting with a beam coupling member with two beam couplings (3a, 3b) as end pieces, wherein one of the frame couplings (2a, 2b) and one of the beam couplings (3a, 3b) form a part of a door surrounding edge which is rounded with a reinforcement rim formed around the inner edge, said reinforcement rim being integrally formed with the passenger door corner component and extending between the outer edges of one of the frame couplings (2a, 2b) and one of the beam couplings (3a, 3b)of the passenger door corner component.