mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetic interference ("EMI") sheet attenuator comprising: a planar conductive layer ; a first flexible substrate including a top surface and an opposed bottom surface, the first flexible substrate overlying the planar conductive layer and including a conductive pattern thereon, the conductive pattern being disposed at the top surface of the first flexible substrate; and a second flexible substrate including a top surface and an opposed bottom surface, the second flexible substrate overlying the first flexible substrate and including a further conductive pattern thereon, the further conductive pattern being disposed at the top surface of the second flexible substrate, wherein the conductive pattern on the second flexible substrate is identical with the conductive pattern on the first flexible substrate and vertically aligned therewith thereby forming a stacked and three-dimensional structure. a planar conductive layer ; a first flexible substrate including a top surface and an opposed bottom surface, the first flexible substrate overlying the planar conductive layer and including a conductive pattern thereon, the conductive pattern being disposed at the top surface of the first flexible substrate; and a second flexible substrate including a top surface and an opposed bottom surface, the second flexible substrate overlying the first flexible substrate and including a further conductive pattern thereon, the further conductive pattern being disposed at the top surface of the second flexible substrate, wherein the conductive pattern on the second flexible substrate is identical with the conductive pattern on the first flexible substrate and vertically aligned therewith thereby forming a stacked and three-dimensional structure.
A method for presenting a watch face of a smartwatch, comprising: detecting and/or receiving one or more of location information of a user, current time information, action information, agenda information, voice information, social media information, or operation instruction information of the user as first context information; setting a priority level of more than one of upper clothes information, outer wear information, trousers information, shoes and hat information, scarf information, or accessory information; determining dressing information of the user according to a photo including the user's dressing status; determining a usage occasion of the user according to the first context information; and determining a watch face style of the smartwatch according to the usage occasion; then determining, for each of the more than one of upper clothes information, outer wear information, trousers information, shoes and hat information, scarf information, or accessory information, a watch face pattern of the smartwatch according to the watch face style and the dressing information; then presenting, in a sequence of priority levels, the determined watch face patterns; then receiving a selection from the user; then presenting the selected watch face pattern. detecting and/or receiving one or more of location information of a user, current time information, action information, agenda information, voice information, social media information, or operation instruction information of the user as first context information; setting a priority level of more than one of upper clothes information, outer wear information, trousers information, shoes and hat information, scarf information, or accessory information; determining dressing information of the user according to a photo including the user's dressing status; determining a usage occasion of the user according to the first context information; and determining a watch face style of the smartwatch according to the usage occasion; then determining, for each of the more than one of upper clothes information, outer wear information, trousers information, shoes and hat information, scarf information, or accessory information, a watch face pattern of the smartwatch according to the watch face style and the dressing information; then presenting, in a sequence of priority levels, the determined watch face patterns; then receiving a selection from the user; then presenting the selected watch face pattern.
Apparatus for manufacturing a three-dimensional object by selective additive manufacturing, comprising: - a substrate suitable for supporting at least one layer of additive manufacturing powder, - a laser source suitable for emitting a laser beam , - a scanning device suitable for directing the laser beam onto the powder layer so as to scan at least part of the powder layer, - a scanning path modulation device arranged upstream of the scanning device, the modulation device comprising a modulation mirror suitable for reflecting the laser beam from the laser source and directing it towards the scanning device, characterized in that the angle of incidence of the laser beam from the laser source on the modulation mirror is between 20 and 45°, and in that the modulation device is suitable for changing the orientation of the modulation mirror along a first modulation rotational axis and along a second modulation rotational axis . - a substrate suitable for supporting at least one layer of additive manufacturing powder, - a laser source suitable for emitting a laser beam , - a scanning device suitable for directing the laser beam onto the powder layer so as to scan at least part of the powder layer, - a scanning path modulation device arranged upstream of the scanning device, the modulation device comprising a modulation mirror suitable for reflecting the laser beam from the laser source and directing it towards the scanning device, characterized in that the angle of incidence of the laser beam from the laser source on the modulation mirror is between 20 and 45°, and in that the modulation device is suitable for changing the orientation of the modulation mirror along a first modulation rotational axis and along a second modulation rotational axis .
Redundant vacuum pumping system , comprising a primary roots pump having a gas suction inlet connectable to a process chamber and a gas discharge outlet connected to a first pumping sub-system and a second pumping sub-system , wherein the first pumping sub-system and the second pumping sub-system are arranged to pump in parallel the gas evacuated by the primary roots pump , the first pumping sub-system comprising a first secondary roots pump , a first positive displacement pump and a first valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the first secondary roots pump , and the second pumping sub-system comprising a second secondary roots pump , a second positive displacement pump and a second valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the second secondary roots pump , characterized in that the first pumping sub-system and the second pumping sub-system are configured to pump at a same flow rate, and that the primary roots pump is configured to be able to pump at a flow rate F equal to the pumping flow rate of the primary pumping sub-system plus the pumping flow rate of the secondary pumping sub-system . wherein the first pumping sub-system and the second pumping sub-system are arranged to pump in parallel the gas evacuated by the primary roots pump , the first pumping sub-system comprising a first secondary roots pump , a first positive displacement pump and a first valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the first secondary roots pump , and the second pumping sub-system comprising a second secondary roots pump , a second positive displacement pump and a second valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the second secondary roots pump , characterized in that the first pumping sub-system and the second pumping sub-system are configured to pump at a same flow rate, and that the primary roots pump is configured to be able to pump at a flow rate F equal to the pumping flow rate of the primary pumping sub-system plus the pumping flow rate of the secondary pumping sub-system .
Medical waste treatment device for health-care facility including a frame, a waste disposal device and a control system; wherein the waste disposal device comprises three or more waste disposal boxes which are arranged in a row; a feeding conveyor belt which is disposed from one side of the waste disposal boxes and extend above each of the waste disposal boxes; the feeding conveyor belt being driven by a motor; each of the waste disposal boxes being provided with a waste label identification component , a pushing component which is configured to push waste container falling down into the waste disposal box, and a sealing component ; a feeding access which is opened on the top of each of the waste disposal boxes and a discharge access which is opened on the bottom of each of the waste disposal boxes ; a feeding access control system which is provided at each of the feeding access and a discharge access control system which is provided at each of the discharge access; a branch conveyor belt which is disposed below the discharge access of the waste disposal boxes and a major conveyor belt which is disposed adjacent to the branch conveyor belts ; the control terminal of the motor, the waste label identification component , the pushing component , the sealing component , the feeding access control system and the discharge access control system being coupled with the central controller of the control system; wherein the waste disposal boxes are high-temperature high-pressure shredding and resolving waste disposal boxes, wherein a high-temperature high-pressure steam treatment component and a shredder are arranged within the waste disposal boxes, a vent pipe is arranged on each of the waste disposal boxes and all the vent pipes of the waste boxes are communicated with the major discharge pipe ; wherein a pressure sensor is arranged on each of the branch conveyor belts , the outputs of the pressure sensors are coupled with the central controller of the control system; the waste disposal boxes including a first waste disposal box configured to contain waste made of textile, paper or plastic material, a second waste disposal box configured to contain waste made of glass, a third waste disposal box configured to contain waste made of metal and a forth waste disposal box configured to contain pathological waste, pharmaceutical waste and chemical waste.
A dry powder inhaler comprising: at least two air inlets , at least one air outlet , and at least two air channels between said at least two air inlets and said at least one air outlet ; at least one medicament reservoir ; a dosage mechanism for arranging at least one dose of a medicament from said at least one medicament reservoir between the air channels and the at least one air outlet such that said at least one dose may be delivered upon inhalation at said at least one air outlet , wherein the dosage mechanism comprises a dose disc with at least two cavities and wherein the dose disc may be rotated between a dose collecting position wherein the cavities are positioned in the at least one medicament reservoir , and a dose administering position wherein the cavities lie underneath the air channels ; and characterized in that the dry powder inhaler further comprises a floor disc abutting the dose disc underneath the cavities to form a bottom of the cavities for radial emptying of the medicament from the cavities during inhalation; and wherein the dosage mechanism further comprises: a mixing and deaggregation chamber between the at least two air channels , whereby each air inlet is in communication with the mixing and deaggregation chamber via the air channels ; and a conduit extending distally from the mixing and deaggregation chamber towards the at least one air outlet . at least two air inlets , at least one air outlet , and at least two air channels between said at least two air inlets and said at least one air outlet ; at least one medicament reservoir ; a dosage mechanism for arranging at least one dose of a medicament from said at least one medicament reservoir between the air channels and the at least one air outlet such that said at least one dose may be delivered upon inhalation at said at least one air outlet , wherein the dosage mechanism comprises a dose disc with at least two cavities and wherein the dose disc may be rotated between a dose collecting position wherein the cavities are positioned in the at least one medicament reservoir , and a dose administering position wherein the cavities lie underneath the air channels ; and characterized in that the dry powder inhaler further comprises a floor disc abutting the dose disc underneath the cavities to form a bottom of the cavities for radial emptying of the medicament from the cavities during inhalation; and wherein the dosage mechanism further comprises: a mixing and deaggregation chamber between the at least two air channels , whereby each air inlet is in communication with the mixing and deaggregation chamber via the air channels ; and a conduit extending distally from the mixing and deaggregation chamber towards the at least one air outlet . a mixing and deaggregation chamber between the at least two air channels , whereby each air inlet is in communication with the mixing and deaggregation chamber via the air channels ; and a conduit extending distally from the mixing and deaggregation chamber towards the at least one air outlet .
A method performed on a head-mounted display system comprising a see-through near-eye display , a logic machine and a storage machine, the method comprising: the logic machine receiving image data from one or more image sensors, the one or more image sensors forming part of the head-mounted display system; the logic machine detecting via the image data a context-setting input gesture performed by a first hand of a user for defining a user interface , the user interface being an augmented reality user interface; in response to detecting the context-setting input gesture, the logic machine sending to the see-through near-eye display data representing the user interface positioned based on a virtual interaction coordinate system, the virtual interaction coordinate system being positioned based upon a position of the first hand of the user ; the logic machine detecting via the image data an action input gesture performed by a second hand of the user , the action input gesture performed while the first hand of the user is performing the context-setting input gesture; and the logic machine sending to the see-through near-eye display a response based on the context-setting input gesture and the action input gesture including the position of the action input gesture in the virtual interaction coordinate system. the logic machine receiving image data from one or more image sensors, the one or more image sensors forming part of the head-mounted display system; the logic machine detecting via the image data a context-setting input gesture performed by a first hand of a user for defining a user interface , the user interface being an augmented reality user interface; in response to detecting the context-setting input gesture, the logic machine sending to the see-through near-eye display data representing the user interface positioned based on a virtual interaction coordinate system, the virtual interaction coordinate system being positioned based upon a position of the first hand of the user ; the logic machine detecting via the image data an action input gesture performed by a second hand of the user , the action input gesture performed while the first hand of the user is performing the context-setting input gesture; and the logic machine sending to the see-through near-eye display a response based on the context-setting input gesture and the action input gesture including the position of the action input gesture in the virtual interaction coordinate system.
A system for dynamically determining maximum electric current carrying capacities relative to a portion of a high-voltage electric current transmission network, comprising: - means for storing a model of the network portion, this model comprising singular points and at least one high-voltage electric current-carrying line (L1, L2, L3, L4, L5, L6, L7) between these singular points, a predetermined thermal equilibrium relationship , an operating limit temperature of each current-carrying line and conduction parameters of each current-carrying line, - a computer , having access to the storing means , programmed to calculate at least one maximum capacity value at each singular point of the model of the network portion on the basis of the predetermined thermal equilibrium relationship , of each operating limit temperature, of each conduction parameter and of weather parameters , characterized in that it further comprises means for receiving, by the computer , wind speed values measured by a set of wind measurement stations deployed around the network portion, and in that the computer is programmed to: - select at least one wind measurement station in the set of wind measurement stations, - apply a model of wind propagation from said at least one selected station towards the singular points of the model of the network portion, in order to estimate a wind speed value at each singular point on the basis of the wind speed values received, and - calculate said at least one maximum capacity at each singular point taking into account said wind speed value estimated at each singular point in the predetermined thermal equilibrium relationship . - means for storing a model of the network portion, this model comprising singular points and at least one high-voltage electric current-carrying line (L1, L2, L3, L4, L5, L6, L7) between these singular points, a predetermined thermal equilibrium relationship , an operating limit temperature of each current-carrying line and conduction parameters of each current-carrying line, - a computer , having access to the storing means , programmed to calculate at least one maximum capacity value at each singular point of the model of the network portion on the basis of the predetermined thermal equilibrium relationship , of each operating limit temperature, of each conduction parameter and of weather parameters , - select at least one wind measurement station in the set of wind measurement stations, - apply a model of wind propagation from said at least one selected station towards the singular points of the model of the network portion, in order to estimate a wind speed value at each singular point on the basis of the wind speed values received, and - calculate said at least one maximum capacity at each singular point taking into account said wind speed value estimated at each singular point in the predetermined thermal equilibrium relationship .
A hub for a wind turbine, comprising a continuous shell forming a hollow body with a main shaft flange adapted to connect the hub to a main shaft, the hollow body being assembled from at least two hub parts connected to each other via one or more connection portions, each hub part being casted from a castable material; one or more blade flanges , each blade flange being adapted to connect the hub to a wind turbine blade, at least one blade flange and/or the main shaft flange comprising a section forming part of one of the hub parts and a section forming part of another hub part; and at least one blade flange reinforcement element arranged at the one or more blade flange, wherein the blade flange reinforcement element comprises a circular plate element. a continuous shell forming a hollow body with a main shaft flange adapted to connect the hub to a main shaft, the hollow body being assembled from at least two hub parts connected to each other via one or more connection portions, each hub part being casted from a castable material; one or more blade flanges , each blade flange being adapted to connect the hub to a wind turbine blade, at least one blade flange and/or the main shaft flange comprising a section forming part of one of the hub parts and a section forming part of another hub part; and at least one blade flange reinforcement element arranged at the one or more blade flange, wherein the blade flange reinforcement element comprises a circular plate element.
A device for improving breathing, comprising: a mouth cover comprising a base membrane including first and second surfaces opposite one another, a central open region therethrough, and an adhesive on at least a portion of the first surface for detachably attaching the mouth cover to skin of a user surrounding the user's mouth; and a valve membrane attached to one of the first and second surfaces of the base member such that the valve membrane extends across the central open region, the valve membrane including one or more valve elements adjacent the central open region, the one or more valve elements including beveled edges adjacent corresponding beveled edges of the valve membrane such that the one or more valve elements are movable away from the valve membrane in a first direction to create one or more openings through the valve membrane to allow airflow in the first direction through the central open region, the beveled edges seating the one or more valve elements in the one or more openings to prevent the one or more valve elements from moving in a second direction opposite the first direction and preventing airflow in the second direction. a mouth cover comprising a base membrane including first and second surfaces opposite one another, a central open region therethrough, and an adhesive on at least a portion of the first surface for detachably attaching the mouth cover to skin of a user surrounding the user's mouth; and a valve membrane attached to one of the first and second surfaces of the base member such that the valve membrane extends across the central open region, the valve membrane including one or more valve elements adjacent the central open region, the one or more valve elements including beveled edges adjacent corresponding beveled edges of the valve membrane such that the one or more valve elements are movable away from the valve membrane in a first direction to create one or more openings through the valve membrane to allow airflow in the first direction through the central open region, the beveled edges seating the one or more valve elements in the one or more openings to prevent the one or more valve elements from moving in a second direction opposite the first direction and preventing airflow in the second direction.
An oil comprising a triacylglyceride (TAG) component and at least 100 mg of ergosterol per 100 g of the oil, wherein the TAG component has a fatty acid content comprising 80% or more C18:1 fatty acids and 5% or more C18:2 fatty acids, wherein the TAG component further comprises at least 60% triolein (OOO) and wherein the oil is produced from classical strain improvement of a cell.