mhurhangee/patent-ind-claim-en huggingface dataset:
An air-bag , integrally formed by hollow weaving, the air-bag comprising: a main chamber ; a sub-chamber ; and a communication portion configured for connecting the main chamber and the sub-chamber , the sub-chamber being configured to be expanded by gas supplied from the main chamber through the communication portion; wherein one of the communication portion or a region adjacent to the communication portion is made up of a multilayer woven structure portion including three or more layers; and wherein the multilayer woven structure portion is made up of a combination of three-layer weave comprising intermediate layer (b) and four-layer weave, the four-layer weave comprising intermediate layers (a1, a2) disposed on the main chamber side and the sub-chamber side of the three-layer weave, and, when the main chamber inflates, intermediate layer (b) of the three-layer weave gives rise to yarn slippage resulting in movement of intermediate layer (b) of the three-layer weave in the direction of intermediate layer (a1) of four-layer weave on the sub-chamber side causing the opening of the communication portion to become smaller thereby hindering gas flow into the sub-chamber . a main chamber ; a sub-chamber ; and a communication portion configured for connecting the main chamber and the sub-chamber , the sub-chamber being configured to be expanded by gas supplied from the main chamber through the communication portion; wherein one of the communication portion or a region adjacent to the communication portion is made up of a multilayer woven structure portion including three or more layers; and wherein the multilayer woven structure portion is made up of a combination of three-layer weave comprising intermediate layer (b) and four-layer weave, the four-layer weave comprising intermediate layers (a1, a2) disposed on the main chamber side and the sub-chamber side of the three-layer weave, and, when the main chamber inflates, intermediate layer (b) of the three-layer weave gives rise to yarn slippage resulting in movement of intermediate layer (b) of the three-layer weave in the direction of intermediate layer (a1) of four-layer weave on the sub-chamber side causing the opening of the communication portion to become smaller thereby hindering gas flow into the sub-chamber .
A cleaning roller for a cleaning appliance for processing a surface to be cleaned, in particular a wiping roller for a wet cleaning appliance, wherein the cleaning roller has a roller core that can rotate around a longitudinal axis , with a bearing for a drive shaft and a roller cover surrounding the roller core in the circumferential direction, characterized in that the roller core has several spring elements arranged one next to the other in the circumferential direction of the cleaning roller relative to a cross section perpendicular to the longitudinal axis , which each extend from the bearing to the roller cover .
A light-emitting module (1, 1a-g), comprising: a semiconductor light-emitting element which emits deep ultraviolet light; a liquid sealing the semiconductor light-emitting element , the liquid being transparent to the deep ultraviolet light emitted from the semiconductor light-emitting element ; and a package for accommodating the semiconductor light-emitting element and the liquid, the package having a transparent member transparent to the deep ultraviolet light emitted from the semiconductor light-emitting element , characterized in that the semiconductor light-emitting element includes a recess and projection structure for extracting the deep ultraviolet light emitted from an active layer of the semiconductor light-emitting element out of the semiconductor light-emitting element and the liquid fills the recesses of the recess and projection structure . a semiconductor light-emitting element which emits deep ultraviolet light; a liquid sealing the semiconductor light-emitting element , the liquid being transparent to the deep ultraviolet light emitted from the semiconductor light-emitting element ; and a package for accommodating the semiconductor light-emitting element and the liquid, the package having a transparent member transparent to the deep ultraviolet light emitted from the semiconductor light-emitting element , characterized in that the semiconductor light-emitting element includes a recess and projection structure for extracting the deep ultraviolet light emitted from an active layer of the semiconductor light-emitting element out of the semiconductor light-emitting element and the liquid fills the recesses of the recess and projection structure .
Moulding system comprising a structure , a fixed mould fixed to the structure , a first mobile mould mounted with translational mobility on the structure between an open position in which the first mobile mould is away from the fixed mould and a closed position in which the first mobile mould is against the fixed mould , and a monitoring system which comprises : - a first reference surface solidly fixed to the fixed mould and parallel to the direction of translational movement of the first mobile mould , - a first sensor solidly fixed to the first mobile mould which comes to bear against the first reference surface and is configured to measure a first distance perpendicular to the first reference surface , and - a control unit which is connected to the first sensor and which is configured to detect a deviation in the first distance measured by the first sensor with respect to a first tolerance band, the moulding system being characterized in that the monitoring system comprises a first proximity system connected to the control unit and intended to detect a measurement position which is an intermediate position of the first mobile mould between the open position and the closed position, and in that the control unit is configured to detect when the first proximity system detects the measurement position, and in that the control unit is configured to detect the deviation in the first distance between the measurement position and the closed position. - a first reference surface solidly fixed to the fixed mould and parallel to the direction of translational movement of the first mobile mould , - a first sensor solidly fixed to the first mobile mould which comes to bear against the first reference surface and is configured to measure a first distance perpendicular to the first reference surface , and - a control unit which is connected to the first sensor and which is configured to detect a deviation in the first distance measured by the first sensor with respect to a first tolerance band,
A light emitting diode, LED, filament arrangement , comprising: an elongated, flexible LED filament having a plurality of LEDs arranged along the elongation of the LED filament; and a bending unit having a body in which a channel is formed, said channel being at least partially curved; wherein a portion of said LED filament is arranged within said channel of said bending unit, said bending unit being adapted to induce a bend in said LED filament, and to hold the LED filament in its bent form, characterised in that the length of the bending unit is 0.05 to 0.3 times the length of the LED filament. an elongated, flexible LED filament having a plurality of LEDs arranged along the elongation of the LED filament; and a bending unit having a body in which a channel is formed, said channel being at least partially curved; wherein a portion of said LED filament is arranged within said channel of said bending unit, said bending unit being adapted to induce a bend in said LED filament, and to hold the LED filament in its bent form, characterised in that the length of the bending unit is 0.05 to 0.3 times the length of the LED filament.
A procedure to record an entry in a user interface of a driver, wherein the driver is designed according to the Device Type Manager, DTM, standard and is integrated in a Field Device Tool, FDT, framework application with which it is possible to access components of a fieldbus system , wherein the Field Device Tool framework application comprises a keyboard application to display a virtual keyboard and is installed on a host, said host comprising a touch display, wherein the keyboard application displays the virtual keyboard on the touch display of the host, wherein the entries in the user interface of the driver are made by means of the touch display, and wherein the procedure comprises the following steps: - when the user selects an entry field of the user interface of the driver, the keyboard application receives a regular expression provided by the driver, wherein the regular expression comprises information on the type of expected entry, the format of the expected entry, the permitted value range of the expected entry and on the expected separators; - adaptation of the virtual keyboard displayed by the keyboard application according to the regular expression received from the driver in that the virtual keyboard displayed by the keyboard application comprises a selection of touchable entry keys that are selected depending on the type of entry required; - recording of the entry of the user , and - continuous adaptation of the virtual keyboard, during the course of the entries, to the entry values required at the specific entry position by hiding or displaying the entry keys that can be touched, wherein only the entry keys that are required for the particular entry are displayed, wherein all other entry keys are hidden and wherein the format of the anticipated entry is known from the regular expression. - when the user selects an entry field of the user interface of the driver, the keyboard application receives a regular expression provided by the driver, wherein the regular expression comprises information on the type of expected entry, the format of the expected entry, the permitted value range of the expected entry and on the expected separators; - adaptation of the virtual keyboard displayed by the keyboard application according to the regular expression received from the driver in that the virtual keyboard displayed by the keyboard application comprises a selection of touchable entry keys that are selected depending on the type of entry required; - recording of the entry of the user , and - continuous adaptation of the virtual keyboard, during the course of the entries, to the entry values required at the specific entry position by hiding or displaying the entry keys that can be touched, wherein only the entry keys that are required for the particular entry are displayed, wherein all other entry keys are hidden and wherein the format of the anticipated entry is known from the regular expression.
A battery cell comprising: two or more electrode groups having a structure in which electrodes including a positive electrode , a negative electrode, and a separator interposed between the positive electrode and the negative electrode are stacked, wherein each of the electrode groups includes an electrode tab junction on one side, and includes a first welding junction in which an end of the electrode tab junction is directly coupled to an electrode lead drawn to an outside of the battery case , and wherein a conductive connecting member is coupled to the electrode lead and the electrode tab junction at the opposite surface of the first welding junction by a second welding junction , the first welding junction having a structure in which a part of the electrode tab junction is coupled to the electrode lead in a bent state, the conductive connecting member having a structure in which the second welding junction is formed to be in a bent state corresponding to the electrode tab junction and a shape of the outer surface of the electrode lead , the electrode groups being composed of a first electrode group and a second electrode group , the first electrode group and the second electrode group being arranged symmetrically with respect to the electrode lead , and in the electrodes forming each of the electrode groups, bent angles of an electrode non-coated part extending from an end of an active material coated part to the electrode tab junction being symmetrical with respect to a horizontal axis passing through the center of the electrode group . two or more electrode groups having a structure in which electrodes including a positive electrode , a negative electrode, and a separator interposed between the positive electrode and the negative electrode are stacked, wherein each of the electrode groups includes an electrode tab junction on one side, and includes a first welding junction in which an end of the electrode tab junction is directly coupled to an electrode lead drawn to an outside of the battery case , and wherein a conductive connecting member is coupled to the electrode lead and the electrode tab junction at the opposite surface of the first welding junction by a second welding junction , the first welding junction having a structure in which a part of the electrode tab junction is coupled to the electrode lead in a bent state, the conductive connecting member having a structure in which the second welding junction is formed to be in a bent state corresponding to the electrode tab junction and a shape of the outer surface of the electrode lead , the electrode groups being composed of a first electrode group and a second electrode group , the first electrode group and the second electrode group being arranged symmetrically with respect to the electrode lead , and in the electrodes forming each of the electrode groups, bent angles of an electrode non-coated part extending from an end of an active material coated part to the electrode tab junction being symmetrical with respect to a horizontal axis passing through the center of the electrode group .
An apparatus for treating a tooth, the apparatus comprising: a chamber having an access port which places the chamber in fluid communication with a treatment region of the tooth when the chamber is coupled to tooth, the access port comprising a central axis; a fluid motion generator coupled to the chamber, the fluid motion generator configured to generate a swirling influent fluid path around the central axis; characterized by the chamber having a suction port which is disposed on a top wall of the chamber that is opposite the access port , wherein the suction port is configured to remove fluid from the treatment region and the chamber , wherein the apparatus is configured to draw outgoing fluid from the treatment region to the suction port in a path that flows inside the swirling influent fluid path with a suction force applied to the suction port . a chamber having an access port which places the chamber in fluid communication with a treatment region of the tooth when the chamber is coupled to tooth, the access port comprising a central axis; a fluid motion generator coupled to the chamber, the fluid motion generator configured to generate a swirling influent fluid path around the central axis; characterized by the chamber having a suction port which is disposed on a top wall of the chamber that is opposite the access port , wherein the suction port is configured to remove fluid from the treatment region and the chamber , wherein the apparatus is configured to draw outgoing fluid from the treatment region to the suction port in a path that flows inside the swirling influent fluid path with a suction force applied to the suction port .
A laser arrangement comprising an array of Vertical Surface Emitting Lasers arranged on the same semiconductor substrate being arranged to emit laser light , the Vertical Cavity Surface Emitting Lasers comprise a first electrode , a first distributed Bragg reflector , an active layer , a second distributed Bragg reflector and a second electrode , wherein the active layer is sandwiched between the first distributed Bragg reflector and the second distributed Bragg reflector , wherein the first electrode and the second electrode are arranged to provide an electrical current across the active layer to generate laser light , wherein the Vertical Cavity Surface Emitting Lasers are bottom emitters which are arranged to emit the laser light through the semiconductor substrate , wherein the laser arrangement comprises an optical structure arranged to increase a laser emission angle of the laser light for increasing eye safety of the laser arrangement, wherein the optical structure is an integrated part of a semiconductor layer structure of the laser arrangement, wherein the optical structure comprises a surface structure of the semiconductor substrate , wherein a thickness of the semiconductor substrate is arranged such that laser light emitted by neighboring Vertical Surface Emitting Lasers intersect with each other in a plane of the surface structure, and wherein the surface structure is arranged such that a homogeneous emission of an emission surface of the semiconductor substrate is enabled.
A process for preparation of tocols and squalene with the following steps: (a) providing a fatty acid distillate comprising tocols and squalene, (b) subjecting said distillate to esterification with methanol in the presence of an acid catalyst of 0.5% to about 4% at a temperature of 60°C to 130°C, under nitrogen pressure of about 10 kg/cm 2 for 4 h, forming an esterified stream; (c) subjecting said esterified stream to a first molecular distillation at a temperature between 140°C to 190 °C in vacuum between 0.010 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of about 280 RPM; forming a first distillate stream and a first residue stream; (d) subjecting said first residue stream to a second molecular distillation at a temperature between 200°C to 250 °C in vacuum between 0.01 mmHg to 0.20 mmHg at a feed flow rate between 10 kg/h to 20 kg/h and agitation rate of 280 RPM, forming a second distillate stream and a second residue stream; (e) subjecting said second distillate stream to a final molecular distillation at a temperature between 140°C to 180 °C in vacuum between 0.020 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of 280 RPM, forming a final distillate stream and a final residue stream; and (f) subjecting said final residue stream to chromatographic separation to get a highly enriched composition of tocols and squalene. (a) providing a fatty acid distillate comprising tocols and squalene, (b) subjecting said distillate to esterification with methanol in the presence of an acid catalyst of 0.5% to about 4% at a temperature of 60°C to 130°C, under nitrogen pressure of about 10 kg/cm 2 for 4 h, forming an esterified stream; (c) subjecting said esterified stream to a first molecular distillation at a temperature between 140°C to 190 °C in vacuum between 0.010 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of about 280 RPM; forming a first distillate stream and a first residue stream; (d) subjecting said first residue stream to a second molecular distillation at a temperature between 200°C to 250 °C in vacuum between 0.01 mmHg to 0.20 mmHg at a feed flow rate between 10 kg/h to 20 kg/h and agitation rate of 280 RPM, forming a second distillate stream and a second residue stream; (e) subjecting said second distillate stream to a final molecular distillation at a temperature between 140°C to 180 °C in vacuum between 0.020 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of 280 RPM, forming a final distillate stream and a final residue stream; and (f) subjecting said final residue stream to chromatographic separation to get a highly enriched composition of tocols and squalene.
A method comprising: receiving a set of source pixels corresponding to an image (800, 900A-C) to be printed and a dot pattern of pixels comprising information to be encoded across the image (800, 900A-C); mapping the dot pattern of pixels to a corresponding subset of the source pixels; modifying a value of a selected single channel color in the subset of the source pixels based on an original value of the selected channel color for each pixel in the subset, wherein the selected channel color is used to detect the dot pattern of pixels ; and printing the image (800, 900A-C) comprising the subset of pixels with modified selected channel colors, characterised in that modifying the value of the selected channel color comprises setting the value of the selected channel color to a maximum value in response to detecting that the original value of the selected channel color of a pixel in the subset of source pixels is less than a threshold or setting the value of the selected channel color to zero in response to detecting that the value of the selected channel color of a pixel in the subset of source pixels is greater than the threshold. receiving a set of source pixels corresponding to an image (800, 900A-C) to be printed and a dot pattern of pixels comprising information to be encoded across the image (800, 900A-C); mapping the dot pattern of pixels to a corresponding subset of the source pixels; modifying a value of a selected single channel color in the subset of the source pixels based on an original value of the selected channel color for each pixel in the subset, wherein the selected channel color is used to detect the dot pattern of pixels ; and printing the image (800, 900A-C) comprising the subset of pixels with modified selected channel colors, characterised in that modifying the value of the selected channel color comprises setting the value of the selected channel color to a maximum value in response to detecting that the original value of the selected channel color of a pixel in the subset of source pixels is less than a threshold or setting the value of the selected channel color to zero in response to detecting that the value of the selected channel color of a pixel in the subset of source pixels is greater than the threshold.
A display device, comprising: a display panel including a first display area (PXL1) and a second display area (PXL2), the first display area (PXL1) having a first gate line (S 1 1) to which a first number of pixels are connected and the second display area having a second gate line (S21) to which a second number of pixels are connected, wherein the first display area (AA1) has a width greater than the second display area (AA2) and the first number of pixels is greater than the second number of pixels; a data driver configured to supply data signals having a first voltage to the first display area (PXL1) and a second voltage to the second display area (PXL2) in response to a same grayscale ; and a scan driver adapted to sequentially supply scan signals to the first gate line and the second gate line; the display device being characterized in that the data driver is configured to supply a data signal having a lower voltage to the pixel area having a smaller width than the pixel area having a greater width in response to the same grayscale. a display panel including a first display area (PXL1) and a second display area (PXL2), the first display area (PXL1) having a first gate line (S 1 1) to which a first number of pixels are connected and the second display area having a second gate line (S21) to which a second number of pixels are connected, wherein the first display area (AA1) has a width greater than the second display area (AA2) and the first number of pixels is greater than the second number of pixels; a data driver configured to supply data signals having a first voltage to the first display area (PXL1) and a second voltage to the second display area (PXL2) in response to a same grayscale ; and a scan driver adapted to sequentially supply scan signals to the first gate line and the second gate line; the display device being characterized in that the data driver is configured to supply a data signal having a lower voltage to the pixel area having a smaller width than the pixel area having a greater width in response to the same grayscale.