mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising a housing and a user-operatable input element , wherein said input element comprises a sensing circuit comprising at least one first photodiode (D1) and at least one second photodiode (D2a, D2b), wherein said first photodiode (D1) is arranged in series to said second photodiode (D2a, D2b), a voltage source generating a voltage, wherein said voltage is applied over said sensing circuit , an amplifier (A1) having an output indicative that the user has operated the input element and an input connected to an intermediate voltage potential at a location between said first photodiode (D1) and said second photodiode (D2a, D2b), wherein said first photodiode (D1) and said second photodiode (D2a, D2b) are connected in blocking mode, wherein said first photodiode (D1) and said second photodiode (D2a, D2b) are spaced apart and are arranged to receive ambient light at least in part through first and second separate areas of said housing , characterized in that said device further comprises a non-transparent cover arranged to prevent light from reaching said at least one second photodiode (D2a, D2b), wherein the non-transparent cover is arranged to prevent light from reaching said at least one second photodiode (D2a, D2b) by default, and the input element is adapted to be activated by removing the cover.
A process for fractionating biomass-based material, wherein the process comprises evaporating an evaporable part of biomass-based material in a short path evaporator, SPE, to produce a depitched lights fraction in liquid form, and a heavier pitch fraction, wherein the process comprises evaporating biomass-based material in a thin film evaporator, TFE , to produce a TFE overhead vapour fraction containing at least organic acids and neutral organic components, and a TFE residue fraction ; wherein said depitched lights fraction in liquid form, and said heavier pitch fraction are obtained by evaporating said TFE residue fraction in said SPE ; distilling, in a distillation column , the TFE overhead vapour fraction , and the depitched lights fraction in liquid form, to produce a lighter organic acid and neutral organic components fraction , a first heavier organic acid and neutral organic components fraction in liquid form, and a second heavier organic acid and neutral organic components fraction in gaseous form.
An electrode assembly , for use in an electrophysiology apparatus comprising a high voltage pulsed DC supply, wherein, in use, the electrode assembly is connectable with the high voltage pulsed DC supply of the electrophysiology apparatus, and the assembly is configured to effect electroporation at tissue contributing to initiation and maintenance of atrial fibrillation and deliver nerve blocking stimulation, and wherein the electrode assembly comprises (i) at least one electroporation electrode configured to carry a current density sufficient to effect electroporation of tissue, and (ii) at least one other electrode configured to carry a current density that is insufficient to effect electroporation of tissue, wherein the at least one electroporation electrode and the at least one other electrode are configured to operate concomitantly and the at least one other electrode is configured to deliver nerve blocking stimulation by way of electrical pulses in the range 4000 Hz to 10,000 Hz; characterized in that the electrode assembly is configured as a tubular tip attachable to a catheter and bearing a plurality of electroporation electrodes configured to carry a current density sufficient to effect electroporation of tissue, and further electrodes configured to deliver nerve blocking stimulation by way of electrical pulses in the range 4000 Hz to 10,000 Hz. wherein, in use, the electrode assembly is connectable with the high voltage pulsed DC supply of the electrophysiology apparatus, and the assembly is configured to effect electroporation at tissue contributing to initiation and maintenance of atrial fibrillation and deliver nerve blocking stimulation, and wherein the electrode assembly comprises (i) at least one electroporation electrode configured to carry a current density sufficient to effect electroporation of tissue, and (ii) at least one other electrode configured to carry a current density that is insufficient to effect electroporation of tissue, wherein the at least one electroporation electrode and the at least one other electrode are configured to operate concomitantly and the at least one other electrode is configured to deliver nerve blocking stimulation by way of electrical pulses in the range 4000 Hz to 10,000 Hz; characterized in that the electrode assembly is configured as a tubular tip attachable to a catheter and bearing a plurality of electroporation electrodes configured to carry a current density sufficient to effect electroporation of tissue, and further electrodes configured to deliver nerve blocking stimulation by way of electrical pulses in the range 4000 Hz to 10,000 Hz.
A terminal display assembly , comprising: a display screen , defining a through hole penetrating the display screen in a thickness direction of the display screen ; alight-transmission cover plate disposed on the display screen and covering the through hole ; and an optical means , at least part of the optical means being disposed in the through hole ; and a seal ring disposed on the optical means , sandwiched between the optical means and the light-transmission cover plate , and contacting with the light-transmission cover plate ; wherein the light-transmission cover plate is fixed on the display screen via an optical adhesive, a thickness of the seal ring is greater than a thickness of the optical adhesive , the seal ring further contacts with the display screen ; wherein the seal ring further comprises an outer wall , an inner wall away from a sidewall of the display screen in the through hole and disposed opposite to the outer wall , a top connected to the outer wall and the inner wall , and a bottom opposite to the top and connected to the outer wall and the inner wall ; the top is disposed on the optical means ; wherein a placement stand is formed on the top , the placement stand is recessed from the top towards the bottom and from the inner wall towards the outer wall . a display screen , defining a through hole penetrating the display screen in a thickness direction of the display screen ; alight-transmission cover plate disposed on the display screen and covering the through hole ; and an optical means , at least part of the optical means being disposed in the through hole ; and a seal ring disposed on the optical means , sandwiched between the optical means and the light-transmission cover plate , and contacting with the light-transmission cover plate ; wherein the light-transmission cover plate is fixed on the display screen via an optical adhesive, a thickness of the seal ring is greater than a thickness of the optical adhesive , the seal ring further contacts with the display screen ; wherein the seal ring further comprises an outer wall , an inner wall away from a sidewall of the display screen in the through hole and disposed opposite to the outer wall , a top connected to the outer wall and the inner wall , and a bottom opposite to the top and connected to the outer wall and the inner wall ; the top is disposed on the optical means ; wherein a placement stand is formed on the top , the placement stand is recessed from the top towards the bottom and from the inner wall towards the outer wall .
A method of transmitting an information from an active pair of glasses , the method comprises transmitting from said active pair of glasses said information at a determined time, characterized in that said information is representative of a disparity setting of a stereoscopic image from said active pair of glasses , said disparity setting being representative of an amplitude of a 3-dimensional effect, said stereoscopic image comprising a first image and at least a second image representative of a same scene according to two different viewpoints; and said determined time belongs to a time slot during which a lens of said active pair of glasses is in an established open or closed state .
An illumination system, comprising an excitation light source , a first variable focus lens , a second variable focus lens , and a control unit , wherein: the excitation light source is adapted to provide an excitation light beam (L); the first variable focus lens is disposed on a transmission path of the excitation light beam (L); the second variable focus lens is disposed on the transmission path of the excitation light beam (L), the first variable focus lens is located between the excitation light source and the second variable focus lens , and the second variable focus lens is adapted to receive the excitation light beam (L) exited from the first variable focus lens ; and the control unit is electrically connected to the first variable focus lens and the second variable focus lens , characterized in that the control unit is adapted to synchronously adjust focal lengths of the first variable focus lens and the second variable focus lens such that the focal length of the first variable focus lens and the focal length of the second variable lens are continuously changed such that a parallel light excitation beam remains a parallel light beam after passing through the first and second variable focus lenses, so as to continuously change a size of a light spot of the excitation light beam (L) passing through the second variable focus lens . the excitation light source is adapted to provide an excitation light beam (L); the first variable focus lens is disposed on a transmission path of the excitation light beam (L); the second variable focus lens is disposed on the transmission path of the excitation light beam (L), the first variable focus lens is located between the excitation light source and the second variable focus lens , and the second variable focus lens is adapted to receive the excitation light beam (L) exited from the first variable focus lens ; and the control unit is electrically connected to the first variable focus lens and the second variable focus lens , characterized in that the control unit is adapted to synchronously adjust focal lengths of the first variable focus lens and the second variable focus lens such that the focal length of the first variable focus lens and the focal length of the second variable lens are continuously changed such that a parallel light excitation beam remains a parallel light beam after passing through the first and second variable focus lenses, so as to continuously change a size of a light spot of the excitation light beam (L) passing through the second variable focus lens .
A method on a server comprising: receiving from a mobile device through a first network , paired device identity information associated with an in-vehicle infotainment system that has been previously paired to the mobile device through a second, personal area network, "PAN", connection; determining content available from the server based upon the paired device identity information , the content comprising one or more applications complementary to the in-vehicle infotainment system or providing one or more functions that are not present on the vehicle infotainment system ; and sending the determined content to the mobile device through the first network for execution or display on the mobile device , wherein the paired device identity information identifies an automobile manufacturer, and wherein the content comprises one or more applications that are associated with the automobile manufacturer or application configurations. receiving from a mobile device through a first network , paired device identity information associated with an in-vehicle infotainment system that has been previously paired to the mobile device through a second, personal area network, "PAN", connection; determining content available from the server based upon the paired device identity information , the content comprising one or more applications complementary to the in-vehicle infotainment system or providing one or more functions that are not present on the vehicle infotainment system ; and sending the determined content to the mobile device through the first network for execution or display on the mobile device , wherein the paired device identity information identifies an automobile manufacturer, and wherein the content comprises one or more applications that are associated with the automobile manufacturer or application configurations.
Corner cupboard , with an inlet opening arranged at the front, with side walls , with rear walls and with a shelf , having at least two shelves which can be rotated about a vertical axis and can be displaced transversely to the axis , can be actuated independently of one another, can be arranged one above the other and are positioned on shelf supports , wherein the lower shelf is supported on a pivot bearing , which in turn is arranged on the base of the corner cupboard and wherein an arranged support is located in each case between two shelf supports , which support can be fastened to the vertical walls of the corner cupboard and carries a corresponding pivot bearing for the upper shelf support , characterized in that the support can be operatively connected to at least one rear wall or a stationary vertical auxiliary support arranged opposite the inlet opening , wherein, in the case of a two-legged design of the support , the latter can be fastened in a height-adjustable manner to auxiliary supports , which are either designed in one piece with rear walls of the corner cupboard or can be arranged on the latter, and a bracket is arranged on the lower shelf support of the shelf , which bracket supports the support arranged above it in a movable manner via a separable bearing, or wherein in the case of a straight-line design of the support , the latter is fastened in a height-adjustable manner to the vertical auxiliary support , which can be fastened at least partially either to a rear wall of the cupboard and/or to a rear wall of the building the support can be operatively connected to at least one rear wall or a stationary vertical auxiliary support arranged opposite the inlet opening , wherein, in the case of a two-legged design of the support , the latter can be fastened in a height-adjustable manner to auxiliary supports , which are either designed in one piece with rear walls of the corner cupboard or can be arranged on the latter, and a bracket is arranged on the lower shelf support of the shelf , which bracket supports the support arranged above it in a movable manner via a separable bearing, or wherein in the case of a straight-line design of the support , the latter is fastened in a height-adjustable manner to the vertical auxiliary support , which can be fastened at least partially either to a rear wall of the cupboard and/or to a rear wall of the building
An exhaust purification system of an internal combustion engine, comprising: an exhaust purification catalyst arranged in an exhaust passage of the internal combustion engine and able to store oxygen; and a control device for calculating an EGR rate of intake gas supplied to a combustion chamber of the internal combustion engine and for controlling an air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst , wherein the control device is configured to: alternately switch the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst between a rich air-fuel ratio richer than the stoichiometric air-fuel ratio and a lean air-fuel ratio leaner than the stoichiometric air-fuel ratio; and control the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst so that, in a predetermined EGR rate region where the concentration of HC discharged from the engine body becomes higher along with an increase of the EGR rate, the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is switched from the lean air-fuel ratio to the rich air-fuel ratio when the oxygen storage amount of the exhaust purification catalyst is greater, when the calculated EGR rate is relatively high, compared to when it is relatively low. alternately switch the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst between a rich air-fuel ratio richer than the stoichiometric air-fuel ratio and a lean air-fuel ratio leaner than the stoichiometric air-fuel ratio; and control the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst so that, in a predetermined EGR rate region where the concentration of HC discharged from the engine body becomes higher along with an increase of the EGR rate, the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is switched from the lean air-fuel ratio to the rich air-fuel ratio when the oxygen storage amount of the exhaust purification catalyst is greater, when the calculated EGR rate is relatively high, compared to when it is relatively low.
Agricultural seed drill , in particular precision seed drill , for depositing seed and/or fertilizer, comprising a frame extending transversely to the direction of travel (F) and a plurality of rotatingly driven metering and/or spreading elements arranged on the frame at a distance from one another, each metering and/or spreading element having its own drive unit for depositing metered, in particular isolated, seed within a seed row, and the seed drill comprising at least one acquisition device for acquiring measured values and a controller which controls the drive unit of each metering and/or spreading element in such a way that the rate of the metered, in particular isolated, deposited seed within a seed row corresponds at least approximately to a constant, adjustable value, the at least one acquisition device for acquiring measured values being designed as a yaw rate sensor and the control of the drive of each metering and/or spreading element being carried out on the basis of the measured yaw rates, the controller being provided for individually controlling the speed of each metering and/or spreading element on the basis of data supplied to the controller, characterized in that distances of the metering and/or spreading elements from a longitudinal axis of the seed drill running centrally in the direction of travel are variable and means are provided which supply the controller of the seed drill with the actual distance of the metering and/or spreading elements from the longitudinal axis of the seed drill running centrally in the direction of travel and the controller is configured to determine the path speed of each metering and/or spreading element on the basis of the determined yaw rate and to generate control signals for the metering and/or spreading elements on the basis of their path speeds and a target rate of the seed to be deposited.
A bioresorbable polylactic acid (PLA) vascular implant having a tubular framework and being for implantation in a bodily lumen, said vascular implant comprising: - two or more annular support members , each of said annular support members including a plurality of struts interconnected by a hinge region , each hinge region having a width and each strut including a mid-section having a width; wherein the width of said hinge region is greater than the width of said mid-section, characterized in that a plurality of cells is defined by the struts and the hinge regions; and wherein the vascular implant further comprises - at least one cross-strut intersecting two annular support members; wherein the width of each strut tapers substantially continuously from each said hinge region to each said mid-section; wherein said PLA vascular implant enables transition of said vascular implant between a collapsed configuration and an expanded configuration, each of said plurality of struts and said hinge region defining a cross-section; and wherein the moment of inertia increases from each said mid-section towards each said hinge region to accommodate said transition and resist a radial load applied to said vascular implant in the expanded configuration. - two or more annular support members , each of said annular support members including a plurality of struts interconnected by a hinge region , each hinge region having a width and each strut including a mid-section having a width; wherein the width of said hinge region is greater than the width of said mid-section, characterized in that a plurality of cells is defined by the struts and the hinge regions; and wherein the vascular implant further comprises - at least one cross-strut intersecting two annular support members;
Medical upper garment having a longitudinal direction or direction of wear and a transverse or circumferential direction , and having a main part , and having sleeves adjoining the main part on both sides, and having a gathering element on the sleeves, characterized in that the sleeves are short sleeves , wherein each short sleeve has an outer sleeve element with a first inner side and a first distal end , and wherein an inner sleeve element with a second proximal end and with a second distal end is arranged on the first inner side of the outer sleeve element , wherein the gathering element is provided on the inner sleeve element , and wherein the inner sleeve element does not extend beyond the first distal end of the outer sleeve element .
A biosignal detecting garment comprising: a crop top type or brassiere type garment body ; an under belt that have a fastening tool capable of adjusting a chest circumference size and that is disposed in a lower portion of the garment body ; at least two electrodes formed of an electroconductive fiber; a connector for installing a measurement device configured to detect a biosignal; and a wiring portion configured to electrically connect the electrodes and the connector , wherein the electrodes , the connector , and the wiring portion are installed in the under belt , the garment body has a length from an apex of a shoulder portion of the garment body to an upper portion of the under belt of 20.0 cm or more and 35.0 cm or less, the under belt is formed in a bag shape with two pieces stacked, and an opening portion with a range of 1.0 cm or more and 10.0 cm or less is provided at a center of a front body piece. a crop top type or brassiere type garment body ; an under belt that have a fastening tool capable of adjusting a chest circumference size and that is disposed in a lower portion of the garment body ; at least two electrodes formed of an electroconductive fiber; a connector for installing a measurement device configured to detect a biosignal; and a wiring portion configured to electrically connect the electrodes and the connector , wherein the electrodes , the connector , and the wiring portion are installed in the under belt , the garment body has a length from an apex of a shoulder portion of the garment body to an upper portion of the under belt of 20.0 cm or more and 35.0 cm or less, the under belt is formed in a bag shape with two pieces stacked, and an opening portion with a range of 1.0 cm or more and 10.0 cm or less is provided at a center of a front body piece.