mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a first cover member configured to define an exterior surface of an electronic device , the first cover member including a first conductive portion defining at least a first edge and a second edge of the electronic device , the first edge being shorter than the second edge and defining a gap therein; a first feed point coupled to the first conductive portion along the first edge at a first side of the gap ; tuner circuitry coupled to the first feed point , wherein the tuner circuitry is configured to provide dynamic control of an impedance of a first part (30 1 ) of the first conductive portion that is provided on the first side of the gap ; and acterized in further comprising: a second feed point coupled to the first conductive portion along the first edge at a second side of the gap , opposite to the first side of the gap . a first cover member configured to define an exterior surface of an electronic device , the first cover member including a first conductive portion defining at least a first edge and a second edge of the electronic device , the first edge being shorter than the second edge and defining a gap therein; a first feed point coupled to the first conductive portion along the first edge at a first side of the gap ; tuner circuitry coupled to the first feed point , wherein the tuner circuitry is configured to provide dynamic control of an impedance of a first part (30 1 ) of the first conductive portion that is provided on the first side of the gap ; and acterized in further comprising: a second feed point coupled to the first conductive portion along the first edge at a second side of the gap , opposite to the first side of the gap .
A system for levelling and gripping a jacket leg into a hollow foundation pile, the system comprising: - a levelling assembly for adjusting the longitudinal axis (A) of a jacket leg partially inserted in a hollow foundation pile and comprising at least one actuation group configured to be arranged about the jacket leg ; each actuation group being configured to exert a force parallel to the longitudinal axis (A) between the upper edge of the hollow foundation pile and the jacket leg and selectively attachable to the jacket leg and recoverable for further use in another levelling assembly ; and - a gripping assembly configured to be arranged about the jacket leg for locking the jacket leg in a given position with respect to the hollow foundation pile once leveled by the levelling assembly , the system being characterized by comprising a plurality of wedges distributed about the jacket leg and configured to run along the outer surface of the jacket leg in a direction substantially parallel to the longitudinal axis (A); and a plurality of further actuators , each of which is mounted to the jacket leg and to the wedge , and is configured to insert the respective wedge in a clearance between the hollow foundation pile and the jacket leg . - a levelling assembly for adjusting the longitudinal axis (A) of a jacket leg partially inserted in a hollow foundation pile and comprising at least one actuation group configured to be arranged about the jacket leg ; each actuation group being configured to exert a force parallel to the longitudinal axis (A) between the upper edge of the hollow foundation pile and the jacket leg and selectively attachable to the jacket leg and recoverable for further use in another levelling assembly ; and - a gripping assembly configured to be arranged about the jacket leg for locking the jacket leg in a given position with respect to the hollow foundation pile once leveled by the levelling assembly , the system being characterized by comprising a plurality of wedges distributed about the jacket leg and configured to run along the outer surface of the jacket leg in a direction substantially parallel to the longitudinal axis (A); and a plurality of further actuators , each of which is mounted to the jacket leg and to the wedge , and is configured to insert the respective wedge in a clearance between the hollow foundation pile and the jacket leg .
A flood prevention device comprising: a gate device constituting a passage between a flood prevention area and an outside area , and a portable flood prevention material that separates the flood prevention area and the outside area with the gate device , wherein the gate device has a side wall corresponding to one end of the portable flood prevention material , and wherein the gate device has a watertight surface on the side wall , the watertight surface is configured to stop water between the side wall and the portable flood prevention material , characterized in that the portable flood prevention material is a tubular water bag. wherein the gate device has a side wall corresponding to one end of the portable flood prevention material , and wherein the gate device has a watertight surface on the side wall , the watertight surface is configured to stop water between the side wall and the portable flood prevention material , characterized in that the portable flood prevention material is a tubular water bag.
An apparatus for exposing structures within a cavity of the human body for diagnostic and/or therapeutic endoscopic procedure, comprising: - an insufflator , comprising a gas output and an insufflator input mechanism adapted to input the gas from the gas output into the cavity of the human body, further comprising an insufflator controller for enlarging the cavity part by insufflation of said gas from the gas output into the cavity; and - a breathing controller adapted to measure a lung ventilaton characteristic and having control logic to instruct the insufflator to change the insufflation rate; - wherein the insufflator controller is arranged to real time adapt an insufflation rate of said gas in accordance with an inflated lung pressure and/or volume derived from the lung ventilation characteristic detected by a sensor of the breathing controller or the insufflator , coupled to the breathing controller. - an insufflator , comprising a gas output and an insufflator input mechanism adapted to input the gas from the gas output into the cavity of the human body, further comprising an insufflator controller for enlarging the cavity part by insufflation of said gas from the gas output into the cavity; and - a breathing controller adapted to measure a lung ventilaton characteristic and having control logic to instruct the insufflator to change the insufflation rate; - wherein the insufflator controller is arranged to real time adapt an insufflation rate of said gas in accordance with an inflated lung pressure and/or volume derived from the lung ventilation characteristic detected by a sensor of the breathing controller or the insufflator , coupled to the breathing controller.
A hearing device comprising a) a folded substrate (F-SUB) carrying electronic components (COMP), of the hearing device, and b) another, separate component (BAT) configured as a battery and having a fixed outer contour, and c) a housing for enclosing said folded substrate and said separate component, said housing having an inner contour, and wherein said folded substrate (F-SUB) is folded from a planar substrate (P-SUB) along a folding line (FL) to provide a structure wherein two parts of a surface of the planar substrate form opposing surfaces, wherein said folded substrate exhibits a first outer edge comprising a folded edge following said folding line (FL), and wherein the folded substrate has a shape to provide that at least a second outer edge follows the fixed outer contour of the separate component (BAT), and wherein the second outer edge intersects the first outer edge, said folded substrate (F-SUB) furthermore comprising one or more extensions (E-SUB) having an electrical conductor (CON-B+) adapted for electrically connecting said battery to said electronic components (COMP) on the folded substrate, characterized in that one of said extensions extends from a third linear edge of said folded substrate opposite to said first outer edge. a) a folded substrate (F-SUB) carrying electronic components (COMP), of the hearing device, and b) another, separate component (BAT) configured as a battery and having a fixed outer contour, and c) a housing for enclosing said folded substrate and said separate component,
A roof paver locking system comprising: - at least three pavers of a symmetrical polygonal shape with at least one side adjacent to a side of another paver to create a paver seam ; - a paver lock comprising an upper frame having a center connector , wherein the center connector is located at the center of the upper frame and has a connector hole ; - a connector bolt having a length and width sufficient for fitting inside and through the connector hole of the center connector and the connector bolt configured for fastening to a stationary object; wherein at least one vertex of each of said pavers contains a paver groove diagonally spanning between either side of the vertex and comprises a center connector cutaway in place of the tip of the vertex; wherein - the upper frame shape corresponds to the paver grooves on a multiple of pavers ; - the upper frame fits into the paver grooves on a multiple of roof pavers ; and - the top of the upper frame is flush with or below a paver surface; characterized in that the upper frame comprises an empty interior surface area, at least two spacer arms extending from a point on the upper frame to the center connector , wherein the spacer arms have a width being sufficient to fit in the paver seam formed between two adjacent ones of said pavers and a top of the spacer arms is below the paver surface; and wherein the center connector has a size sufficient to fit into the center connector cutaway of the pavers and the top of the connector bolt is disposed below the paver surface. - at least three pavers of a symmetrical polygonal shape with at least one side adjacent to a side of another paver to create a paver seam ; - a paver lock comprising an upper frame having a center connector , wherein the center connector is located at the center of the upper frame and has a connector hole ; - a connector bolt having a length and width sufficient for fitting inside and through the connector hole of the center connector and the connector bolt configured for fastening to a stationary object; - the upper frame shape corresponds to the paver grooves on a multiple of pavers ; - the upper frame fits into the paver grooves on a multiple of roof pavers ; and - the top of the upper frame is flush with or below a paver surface; wherein the spacer arms have a width being sufficient to fit in the paver seam formed between two adjacent ones of said pavers and a top of the spacer arms is below the paver surface; and wherein the center connector has a size sufficient to fit into the center connector cutaway of the pavers and the top of the connector bolt is disposed below the paver surface.
A touch sensing system, comprising: a display device including a touch sensor having a plurality of electrodes; and drive logic coupled to the plurality of electrodes and configured to drive the plurality of electrodes during a plurality of touch-sensing frames , each of which includes a stylus sync sub-frame during which the drive logic drives at least some of the plurality of electrodes , referred to for that stylus sync sub-frame as sync-driven electrodes, with synchronization waveforms that are communicated electrostatically to cause synchronization of the display device with an active stylus ; where for each of the stylus sync sub-frames, the drive logic is configured to differentially drive the sync-driven electrodes of such stylus sync sub-frame, such that a first synchronization waveform used to drive one of the sync-driven electrodes is different than a second synchronization waveform used to drive another of the sync-driven electrodes; where the drive logic is configured to, for each stylus sync sub-frame, differentially drive sync-driven electrodes during that sub-frame such that, for a plurality of spatial groupings of sync-driven electrodes, two or more different synchronization waveforms are used to drive the sync-driven electrodes in the spatial grouping, and where the spatial groupings are distributed over a plurality of electrode sets that alternate in a row direction and in a column direction with respect to the two or more different synchronization waveforms. a display device including a touch sensor having a plurality of electrodes; and drive logic coupled to the plurality of electrodes and configured to drive the plurality of electrodes during a plurality of touch-sensing frames , each of which includes a stylus sync sub-frame during which the drive logic drives at least some of the plurality of electrodes , referred to for that stylus sync sub-frame as sync-driven electrodes, with synchronization waveforms that are communicated electrostatically to cause synchronization of the display device with an active stylus ; where for each of the stylus sync sub-frames, the drive logic is configured to differentially drive the sync-driven electrodes of such stylus sync sub-frame, such that a first synchronization waveform used to drive one of the sync-driven electrodes is different than a second synchronization waveform used to drive another of the sync-driven electrodes; where the drive logic is configured to, for each stylus sync sub-frame, differentially drive sync-driven electrodes during that sub-frame such that, for a plurality of spatial groupings of sync-driven electrodes, two or more different synchronization waveforms are used to drive the sync-driven electrodes in the spatial grouping, and where the spatial groupings are distributed over a plurality of electrode sets that alternate in a row direction and in a column direction with respect to the two or more different synchronization waveforms.
Rim for an at least partially muscle-powered mountain bike comprising a rim body having a rim well , a rim base and two lateral rim flanks and a hollow space device with a hollow space , wherein the hollow space device of the rim body is radially outwardly limited by the rim well and laterally and radially inwardly, by an inner enclosing wall comprising the rim base and/or the rim flanks , wherein a width of the rim body is larger than 30 mm, characterized in that the radially inwardly enclosing wall forms an internal wall that is substantially closed, apart from the nipple accommodations , and that the rim well comprises a plurality of recesses having a surface proportion of at least 10% of a surface of the rim well .
A system comprising: a device configured for placement over at least a portion of a patient's eye socket to deliver light into the patient's eye, wherein the device comprises an eyepatch device configured to attach to the patient's head to cover at least a portion of the patient's eye, the device comprising: a printed circuit board comprising an array of light delivery devices to provide the light; a controller to power the printed circuit board; the system being characterised in that the device further comprises: a lens comprising a plurality of ridges that provide a heat sink for the light delivery devices; a flexible metallic ring to conform the printed circuit board and the lens to the patient's eye and to direct the light through the patient's eye and into the patient's pupil; and at least one Mylar sheet to facilitate a homogeneous uniform density of light the printed circuit board. a printed circuit board comprising an array of light delivery devices to provide the light; a controller to power the printed circuit board; the system being characterised in that the device further comprises: a lens comprising a plurality of ridges that provide a heat sink for the light delivery devices; a flexible metallic ring to conform the printed circuit board and the lens to the patient's eye and to direct the light through the patient's eye and into the patient's pupil; and at least one Mylar sheet to facilitate a homogeneous uniform density of light the printed circuit board. a lens comprising a plurality of ridges that provide a heat sink for the light delivery devices; a flexible metallic ring to conform the printed circuit board and the lens to the patient's eye and to direct the light through the patient's eye and into the patient's pupil; and at least one Mylar sheet to facilitate a homogeneous uniform density of light the printed circuit board.
A light emitting device comprising: a substrate ; a first conductivity type semiconductor layer on the substrate ; an active layer on the first conductivity type semiconductor layer ; a second conductivity type semiconductor layer on the active layer ; a contact layer on the second conductivity type semiconductor layer ; an insulating layer on the contact layer ; a first branch electrode electrically connected to the first conductivity type semiconductor layer ; a plurality of first via electrodes connected to the first branch electrode and electrically connected to the first conductivity type semiconductor layer by passing through the insulating layer ; a first pad electrode electrically connected to the first branch electrode ; a second pad electrode contacts the contact layer by passing through the insulating layer ; a second branch electrode connected to the second pad electrode and disposed on the insulating layer ; and a plurality of second via electrodes provided through the insulating layer to electrically connect the second branch electrode to the contact layer , characterised in that one of the first via electrodes has a first horizontal width (W1) longer than a first distance (D1) between the first via electrodes. a substrate ; a first conductivity type semiconductor layer on the substrate ; an active layer on the first conductivity type semiconductor layer ; a second conductivity type semiconductor layer on the active layer ; a contact layer on the second conductivity type semiconductor layer ; an insulating layer on the contact layer ; a first branch electrode electrically connected to the first conductivity type semiconductor layer ; a plurality of first via electrodes connected to the first branch electrode and electrically connected to the first conductivity type semiconductor layer by passing through the insulating layer ; a first pad electrode electrically connected to the first branch electrode ; a second pad electrode contacts the contact layer by passing through the insulating layer ; a second branch electrode connected to the second pad electrode and disposed on the insulating layer ; and a plurality of second via electrodes provided through the insulating layer to electrically connect the second branch electrode to the contact layer , characterised in that one of the first via electrodes has a first horizontal width (W1) longer than a first distance (D1) between the first via electrodes.
A disposable air and water valve for an endoscope, comprising: a shaft having a passage extending along a longitudinal axis from a first opening to a vent , wherein the shaft has at least one groove (109-115), at least one ridge (116-123), and at least one protrusion formed at the vent ; at least one seal set within the at least one groove (109-115); an outer cap ; an inner ring having a diaphragm that extends from an outer circumference of the inner ring to an internal circumference of the outer cap , wherein at least one hook extends substantially parallel to the longitudinal axis from said diaphragm , wherein the at least one hook is configured to enable attachment of the disposable air and water valve to a corresponding mount of the endoscope and wherein at least one rib is positioned along the internal circumference of the outer cap ; a button cap having an internal ring that is configured to securely attach to the shaft by fitting into a notch near the vent of the shaft ; and a resilient member securely disposed between the button cap and the diaphragm , wherein the outer cap , inner ring , and internal ring of the button cap define a central bore to accommodate said shaft . a shaft having a passage extending along a longitudinal axis from a first opening to a vent , wherein the shaft has at least one groove (109-115), at least one ridge (116-123), and at least one protrusion formed at the vent ; at least one seal set within the at least one groove (109-115); an outer cap ; an inner ring having a diaphragm that extends from an outer circumference of the inner ring to an internal circumference of the outer cap , wherein at least one hook extends substantially parallel to the longitudinal axis from said diaphragm , wherein the at least one hook is configured to enable attachment of the disposable air and water valve to a corresponding mount of the endoscope and wherein at least one rib is positioned along the internal circumference of the outer cap ; a button cap having an internal ring that is configured to securely attach to the shaft by fitting into a notch near the vent of the shaft ; and a resilient member securely disposed between the button cap and the diaphragm , wherein the outer cap , inner ring , and internal ring of the button cap define a central bore to accommodate said shaft .
A synergistic antimicrobial composition comprising (i) A polyvalent metal salt of pyrithione; and (ii) A benzophenone compound selected from benzophenone-1 or benzophenone-2. (i) A polyvalent metal salt of pyrithione; and (ii) A benzophenone compound selected from benzophenone-1 or benzophenone-2.