mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a medical balloon provided with first and second layers , the second layer overlying the first layer, the second layer including a textured or roughened outer surface; wherein the first layer is integral with the second layer so as to support the second layer, wherein the second layer retains a roughened outer surface on inflation of the balloon; the first balloon layer being made of a material having a first softening or melting temperature and a first compliance, and the second balloon layer being made of a material having a second softening or melting temperature and a second compliance, the method including the steps of: providing a raw tubing having first and second layers of said first and second materials respectively; locating said raw tubing in a mold , which mold includes a textured or roughened inner surface; inflating and heating the raw tubing so as to cause it to inflate, wherein said heating causes said second material to soften or melt; pressing said second layer against the mold surface by means of pressure within the raw tubing, said pressing causing said second layer to acquire a textured or roughened outer surface; said inflating, heating and pressing forming said balloon; and cooling and deflating said balloon, wherein the second surface of the balloon retains said roughened outer surface, said first balloon layer and said second balloon layer characterized in that the second softening or melting temperature is lower than he first softening or melting temperature and in that the first compliance is less than the second compliance. providing a raw tubing having first and second layers of said first and second materials respectively; locating said raw tubing in a mold , which mold includes a textured or roughened inner surface; inflating and heating the raw tubing so as to cause it to inflate, wherein said heating causes said second material to soften or melt; pressing said second layer against the mold surface by means of pressure within the raw tubing, said pressing causing said second layer to acquire a textured or roughened outer surface; said inflating, heating and pressing forming said balloon; and cooling and deflating said balloon, wherein the second surface of the balloon retains said roughened outer surface, said first balloon layer and said second balloon layer characterized in that the second softening or melting temperature is lower than he first softening or melting temperature and in that the first compliance is less than the second compliance.
A load sensing assembly for a circular stapler, the load sensing assembly comprising: a sensor body defining a pocket therein; and a load sensor circuit disposed within the pocket and coupled to the sensor body; characterized by a hermetic seal assembly enclosing the load sensor circuit therein, wherein the hermetic seal assembly includes: a base portion having an opening defined therethrough and configured to be received in the pocket; and a cover overmolded to the base portion. a sensor body defining a pocket therein; and a load sensor circuit disposed within the pocket and coupled to the sensor body; characterized by a hermetic seal assembly enclosing the load sensor circuit therein, wherein the hermetic seal assembly includes: a base portion having an opening defined therethrough and configured to be received in the pocket; and a cover overmolded to the base portion. a base portion having an opening defined therethrough and configured to be received in the pocket; and a cover overmolded to the base portion.
A display apparatus, comprising: a display panel configured to display an image; and a sound generation device including a vibration generation module on a rear surface of the display panel , wherein the vibration generation module comprises: a vibration element configured to vibrate the display panel ; and a vibration reflecting member acting as a mass for vibration of the display panel and spaced apart from the vibration element , a rear mechanical structure on the rear surface of the display panel , wherein the vibration reflecting member contacts the rear mechanical structure , or is spaced apart from the rear mechanical structure , and characterized in that the vibration reflecting member comprises a pair of first metal bars , and the display apparatus further comprises a partition member between the rear surface of the display panel and the rear mechanical structure , the partition member surrounding the vibration generation module . a display panel configured to display an image; and a sound generation device including a vibration generation module on a rear surface of the display panel , wherein the vibration generation module comprises: a vibration element configured to vibrate the display panel ; and a vibration reflecting member acting as a mass for vibration of the display panel and spaced apart from the vibration element , a vibration element configured to vibrate the display panel ; and a vibration reflecting member acting as a mass for vibration of the display panel and spaced apart from the vibration element , a rear mechanical structure on the rear surface of the display panel , wherein the vibration reflecting member contacts the rear mechanical structure , or is spaced apart from the rear mechanical structure , and characterized in that the vibration reflecting member comprises a pair of first metal bars , and the display apparatus further comprises a partition member between the rear surface of the display panel and the rear mechanical structure , the partition member surrounding the vibration generation module .
An electromechanical rear derailleur for a bicycle, comprising: a base member attachable to the bicycle along a mounting axis (A'); a movable member having a cage assembly attached thereto, wherein the cage assembly is pivotably connected to the movable member such that it is pivotable about an axis of rotation relative to the movable member ; a linkage including pivot axes (PA) oriented substantially perpendicular to the mounting axis (A'), the linkage coupling the movable member to the base member and operative to enable movement of the movable member relative to the base member ; a power source ; a motor electrically connected to the power source ; and a transmission coupled to and actuated by the motor to move the movable member ; and characterized by an offset jockey wheel having a rotational axis that is offset from said axis of rotation of the cage assembly about the movable member . a base member attachable to the bicycle along a mounting axis (A'); a movable member having a cage assembly attached thereto, wherein the cage assembly is pivotably connected to the movable member such that it is pivotable about an axis of rotation relative to the movable member ; a linkage including pivot axes (PA) oriented substantially perpendicular to the mounting axis (A'), the linkage coupling the movable member to the base member and operative to enable movement of the movable member relative to the base member ; a power source ; a motor electrically connected to the power source ; and a transmission coupled to and actuated by the motor to move the movable member ; and characterized by an offset jockey wheel having a rotational axis that is offset from said axis of rotation of the cage assembly about the movable member .
A device for winding a screen including: - a tubular winder defining a reference axis ; - a first wall attachment for fastening a first axial end portion of the tubular winder to a first wall , in a use position of the screen winding device ; and - a second wall attachment for fastening a second axial end portion of the tubular winder to a second wall , in the use position of the screen winding device ; the first wall attachment comprising at least a first hinge between at least one fastening tab for fastening to the first wall and at least one intermediate tab on which the tubular winder is mounted, the first hinge being able to guide pivoting of the tubular winder around a first axis of articulation , characterized in that the first wall attachment comprise a second hinge , the second hinge being able to guide pivoting of the tubular winder around a second axis of articulation . - a tubular winder defining a reference axis ; - a first wall attachment for fastening a first axial end portion of the tubular winder to a first wall , in a use position of the screen winding device ; and - a second wall attachment for fastening a second axial end portion of the tubular winder to a second wall , in the use position of the screen winding device ;
A method for wireless communication of a source node , the method comprising: determining, by the source node, a change of a relay operation type based on at least one of a link quality between the source node and a relay node , a link quality between the relay node and a destination node , or a link quality between the source node and the destination node; transmitting, by the source node, a relay operation change (ROC) request message in response to a determination of the change of the relay operation type; and receiving, by the source node, an ROC response message corresponding to the ROC request message, wherein the change of the relay operation type is either a change from a link cooperating type to a link switching type , or a change from the link switching type to the link cooperating type, the link cooperating type is a type in which the source node transmits data to the destination node via a direct link and transmits the same data to the destination node via a relay link, and the link switching type is a type in which the source node switches one of the direct link and the relay link to the other link when the one link has a problem and communicates with the destination node via the other link. determining, by the source node, a change of a relay operation type based on at least one of a link quality between the source node and a relay node , a link quality between the relay node and a destination node , or a link quality between the source node and the destination node; transmitting, by the source node, a relay operation change (ROC) request message in response to a determination of the change of the relay operation type; and receiving, by the source node, an ROC response message corresponding to the ROC request message, wherein the change of the relay operation type is either a change from a link cooperating type to a link switching type , or a change from the link switching type to the link cooperating type, the link cooperating type is a type in which the source node transmits data to the destination node via a direct link and transmits the same data to the destination node via a relay link, and the link switching type is a type in which the source node switches one of the direct link and the relay link to the other link when the one link has a problem and communicates with the destination node via the other link.
Fuel system for an internal combustion engine , which fuel system comprises a first fuel tank , a fuel filter device , arranged between a low pressure pump operated by an electric motor (M1) and a high pressure pump , a first fuel conduit , through which the low pressure pump is arranged to supply fuel from the first fuel tank to the fuel filter device , and a control device arranged in connection with the electric motor (M1), operating the low pressure pump , wherein an overflow conduit is arranged in connection with a deaeration outlet , arranged in the fuel filter device , and the first fuel tank , and wherein the control device is arranged to control the electric motor (M1), in such a way that the low pressure pump is active when the internal combustion engine is turned off for a limited period, characterised in that the control device is arranged to reduce the rotational speed of the low pressure pump when the internal combustion engine is turned off for said limited period, thereby ensuring that fuel flows from the fuel filter device back to the first fuel tank via the deaeration outlet arranged in the fuel filter device , and the overflow conduit arranged in connection with the deaeration outlet and the first fuel tank .
A method, executed by an inline proxy, of applying data loss prevention, DLP, to cloud-based content services, including: determining that a known cloud-based service is being accessed via an application programming interface, API; determining that no service-specific parser is available for the API being accessed; determining a category of service for the API being accessed; selecting a category-directed parser based upon the determined category; wherein the category-directed parser includes a plurality of category-directed match rules derived from a plurality of syntaxes used by providers of cloud-based content services to implement the category of service; parsing content being conveyed via the API using the category-directed parser to collect metadata and assigning the collected metadata to variables, using the category-directed match rules; and transmitting the collected metadata assigned to the variables to a DLP processor for applying data loss prevention to the content being conveyed via the API. determining that a known cloud-based service is being accessed via an application programming interface, API; determining that no service-specific parser is available for the API being accessed; determining a category of service for the API being accessed; selecting a category-directed parser based upon the determined category; wherein the category-directed parser includes a plurality of category-directed match rules derived from a plurality of syntaxes used by providers of cloud-based content services to implement the category of service; parsing content being conveyed via the API using the category-directed parser to collect metadata and assigning the collected metadata to variables, using the category-directed match rules; and transmitting the collected metadata assigned to the variables to a DLP processor for applying data loss prevention to the content being conveyed via the API.
A telescopic type collision energy absorption device for a rail vehicle, wherein the energy absorption device comprises a first tube and a second tube that can telescope within the first tube, the first tube being mounted with a cutting mechanism for cutting an outer wall of the second tube, wherein the energy absorption device comprises a telescopic mechanism connected with the second tube by passing through the first tube, characterized in that the telescopic mechanism is driven by a double-acting type air cylinder ; the telescopic mechanism comprises the double-acting type air cylinder , a double-acting type solenoid valve , an air storage tank and a controller ; wherein the controller of the telescopic mechanism is configured to: when the energy absorption device is in a non-operating state, activate a second position of the double-acting type solenoid valve in such a way that a second position of the double-acting type air cylinder is inflated by high-pressure air in the air storage tank via a gas circuit; wherein the double-acting type air cylinder is configured to be in a state of tension, responsive to the second position of the double-acting type air cylinder being inflated; and wherein the controller of the telescopic mechanism is further configured to pull the second tube in such a way that the second tube is retracted into the interior of the first tube, responsive to the double-acting type air cylinder being in the state of tension; and wherein the controller of the telescopic mechanism is further configured to: when in a state prior to the collision of the vehicle, activate a first position of the double-acting type solenoid valve in such a way that a first position of the double-acting type air cylinder is inflated by the high-pressure air in the air storage tank via the gas circuit; wherein the double-acting type air cylinder is configured to push the second tube in such a way that the second tube is ejected outwards, responsive to the first position of the double-acting type air cylinder being inflated; the cutting mechanism is configured to be pressed against locating slots of the second tube under the effect of a spring force, responsive to the second tube being ejected outwards; the double-acting type air cylinder is further configured to: when the second tube is not subjected to the collision after it projects, pull the second tube to the interior of the first tube; and the cutting mechanism is further configured to: when the second tube is subjected to an external force after it projects and retracts towards the interior of the first tube, cut the second tube and absorb energy.
Superinsulation layer which is at least partially permeable to gas and which is intended to thermally insulate an internal pipe in a pipe consisting of the internal pipe and an external pipe, wherein the superinsulation layer is composed of a multi-layered composite material having at least one ply of a thermally insulating material , in particular composed of nonwoven, and having at least one ply of a reflective material , in particular a metal foil and/or a metallized plastics film, characterized in that the plies of the insulating material and of the reflective material are connected by punctiform and/or linear contact surfaces , which are arranged adjacent to passage openings in such a way that they simultaneously set a defined distance between the ply of the thermally insulating material and the ply of the reflective material in the region of the passage openings , and, on account of the defined contact surfaces of the various plies, the desired predetermined relative position remains unchanged even in the position when wound on the internal pipe.
Hygiene kit presenting: - a casing comprising a first and a second casing parts configured with a general handle-like, handle grip, or similar format, elongated along a longitudinal direction, and adapted so that can be retained with each other and thereby provide an interior space of the casing , - a first and a second utensil of personal hygiene, such as for example a tooth brush or similar, comprising a support part and an operative part , or similar, whereby said first and second utensils are provided so that can be operated in respective swivelling axis (X1, X2) between open positions where they can be used, and closed positions where they can be collected through opposite sides inside the interior space of the casing , without requiring opening the casing characterized in that the first and second casing parts are provided as a single piece, including all the casing connections (13; 131, 132, 133), so that the hygiene kit does not include any part besides the casing parts and hygiene utensils , and in that the first and second casing parts present a plurality of casing connections adapted so that can be reciprocally retained in mechanical manner, and manually removed without requiring the use of a tool. - a casing comprising a first and a second casing parts configured with a general handle-like, handle grip, or similar format, elongated along a longitudinal direction, and adapted so that can be retained with each other and thereby provide an interior space of the casing , - a first and a second utensil of personal hygiene, such as for example a tooth brush or similar, comprising a support part and an operative part , or similar, whereby said first and second utensils are provided so that can be operated in respective swivelling axis (X1, X2) between open positions where they can be used, and closed positions where they can be collected through opposite sides inside the interior space of the casing , without requiring opening the casing characterized in that the first and second casing parts are provided as a single piece, including all the casing connections (13; 131, 132, 133), so that the hygiene kit does not include any part besides the casing parts and hygiene utensils , and in that the first and second casing parts present a plurality of casing connections adapted so that can be reciprocally retained in mechanical manner, and manually removed without requiring the use of a tool.
A wireless device comprising: a device information reading unit which receives and reads information regarding available capabilities of devices included in a wireless network, the information regarding available capabilities of devices including information indicating whether the devices can process a video stream or an audio stream; a control unit which selects a first device and a second device from the devices based on the information; a stream generation unit which generates a video stream and an audio stream based on multimedia data; a time information recording unit which inserts time information for synchronizing into at least one of the video stream and the audio stream; and a wireless transmission and reception unit which transmits the video stream to the first device, and transmits the audio stream to the second device. a device information reading unit which receives and reads information regarding available capabilities of devices included in a wireless network, the information regarding available capabilities of devices including information indicating whether the devices can process a video stream or an audio stream; a control unit which selects a first device and a second device from the devices based on the information; a stream generation unit which generates a video stream and an audio stream based on multimedia data; a time information recording unit which inserts time information for synchronizing into at least one of the video stream and the audio stream; and a wireless transmission and reception unit which transmits the video stream to the first device, and transmits the audio stream to the second device.
A method for treating a surface of a floor, comprising steps of applying a wear-resistant primer and a leveling primer in sequence onto a blank floor, to obtain a precursor plate; and subjecting the precursor plate to an embossing, and applying a topcoat thereon, to obtain an embossed floor; wherein the blank floor comprises at least one selected from the group consisting of a stone plastic composites floor and a polyvinyl chloride foamed floor; and the topcoat comprises, in percentages by mass, 25-30% of polyurethane acrylate, 45-50% of 1,6-hexamethylene diacrylate, 5-10% of aluminum oxide, 1-5% of a photoinitiator, and 5-15% of silica. applying a wear-resistant primer and a leveling primer in sequence onto a blank floor, to obtain a precursor plate; and subjecting the precursor plate to an embossing, and applying a topcoat thereon, to obtain an embossed floor; wherein the blank floor comprises at least one selected from the group consisting of a stone plastic composites floor and a polyvinyl chloride foamed floor; and the topcoat comprises, in percentages by mass, 25-30% of polyurethane acrylate, 45-50% of 1,6-hexamethylene diacrylate, 5-10% of aluminum oxide, 1-5% of a photoinitiator, and 5-15% of silica.
A nozzle assembly for a welding torch comprising: a nozzle body surrounding an insulator , the insulator having an interior surface defining an internal bore with a plurality of detents disposed along the interior surface within a portion of the internal bore ; and an insert assembly having a proximal exterior surface with a plurality of sealing members ; wherein the insert assembly is adapted to be secured within the internal bore of the insulator of the nozzle body by the plurality of sealing members progressively engaging the plurality of detents . a nozzle body surrounding an insulator , the insulator having an interior surface defining an internal bore with a plurality of detents disposed along the interior surface within a portion of the internal bore ; and an insert assembly having a proximal exterior surface with a plurality of sealing members ; wherein the insert assembly is adapted to be secured within the internal bore of the insulator of the nozzle body by the plurality of sealing members progressively engaging the plurality of detents .