mhurhangee/patent-ind-claim-en huggingface dataset:
An adapter (10; 40; 50; 60; 70; 100; 101; 102; 103; 104; 105; 106) for a medical device, the medical device being a catheter , said adapter (10; 50; 100; 101; 105) comprising: a proximal portion and a distal portion ; and an attachment mechanism positioned at the proximal portion of the adapter (10; 50; 100; 101; 105), said attachment mechanism adapted to couple said adapter (10; 50; 100; 101; 105) to a distal end of an inner lumen of the medical device, wherein the distal portion of the adapter (10; 50; 100; 101; 105) extends beyond the distal end of the inner lumen of the medical device, characterised in that the attachment mechanism comprises a coil (12; 130; 257; 264) and a tube co-axial with the coil (12; 130; 257; 264), wherein the coil (12; 130; 257; 264) comprises a wire, a portion of the coil (12; 130; 257; 264) is attached to a portion of the tube and a portion of the coil (12; 130; 257; 264) interfaces with a portion of the inner lumen of the medical device, and the tube is coupled to the distal portion of the adapter (10; 50; 100; 101; 105), and wherein said attachment mechanism is adapted to be coupled to said medical device by an interference fit of said coil (12; 130; 257; 264) with said inner lumen . a proximal portion and a distal portion ; and an attachment mechanism positioned at the proximal portion of the adapter (10; 50; 100; 101; 105), said attachment mechanism adapted to couple said adapter (10; 50; 100; 101; 105) to a distal end of an inner lumen of the medical device, wherein the distal portion of the adapter (10; 50; 100; 101; 105) extends beyond the distal end of the inner lumen of the medical device, characterised in that the attachment mechanism comprises a coil (12; 130; 257; 264) and a tube co-axial with the coil (12; 130; 257; 264), wherein the coil (12; 130; 257; 264) comprises a wire, a portion of the coil (12; 130; 257; 264) is attached to a portion of the tube and a portion of the coil (12; 130; 257; 264) interfaces with a portion of the inner lumen of the medical device, and the tube is coupled to the distal portion of the adapter (10; 50; 100; 101; 105), and wherein said attachment mechanism is adapted to be coupled to said medical device by an interference fit of said coil (12; 130; 257; 264) with said inner lumen .
A multilayer cation exchange membrane for use in a chloralkali process comprising a carboxylate layer comprising a fluorinated ionomer containing carboxylate groups on one side of the membrane, an exterior sulfonate layer comprising a fluorinated ionomer containing sulfonate groups on the side of the membrane opposite the carboxylate layer, and an interior sulfonate layer comprising a fluorinated ionomer containing sulfonate groups between the carboxylate layer and the exterior sulfonate layer , the exterior sulfonate layer having an ion exchange ratio greater than 11.3, and the interior sulfonate layer having an ion exchange ratio less than 11.
A method for wireless communication between a mobile router in a moving vehicle , such as a train, and one or several remote server(s) via at least two types of wireless networks, a first wireless network type comprising a plurality of trackside base stations , such as access points, for communication in compliance with a Wireless Local Area Network (WLAN) standard, said trackside base stations being arranged in the vicinity of a vehicle path of travel, such as a train route, and a second wireless network type communicating via cellular network standard(s), such as in accordance with 3G, 4G or 5G standards, wherein the mobile router communicates, at least periodically, simultaneously with the two types of wireless networks thereby providing at least two concurrently useable wireless networks, wherein the following method steps are executed by a controller being a part of or connected to the mobile router; the method steps Z comprising identifying for data streams from said mobile router a data communication type (S1), said data communication type being selected from a set of at least two different data communication types, each data communication type being associated with a specific prioritization; determining, preferably in real-time, the availability of wireless network(s) of the first of said wireless network types (S2a, S2b), and, when availability of such wireless network(s) has been determined, allowing communication through this wireless network(s) for all different data communication types with no restrictions (S3), and when it has been determined that such an wireless network(s) of the first wireless network type is not available, allowing communication through wireless network(s) of said second network type based on prioritization (S4), wherein data communication types of highest priority is allowed with no restrictions, whereas data communication types of lower priority is restricted or prohibited. identifying for data streams from said mobile router a data communication type (S1), said data communication type being selected from a set of at least two different data communication types, each data communication type being associated with a specific prioritization; determining, preferably in real-time, the availability of wireless network(s) of the first of said wireless network types (S2a, S2b), and, when availability of such wireless network(s) has been determined, allowing communication through this wireless network(s) for all different data communication types with no restrictions (S3), and when it has been determined that such an wireless network(s) of the first wireless network type is not available, allowing communication through wireless network(s) of said second network type based on prioritization (S4), wherein data communication types of highest priority is allowed with no restrictions, whereas data communication types of lower priority is restricted or prohibited.
A refrigerator, comprising a first storage chamber and a second storage chamber , wherein a set temperature of the first storage chamber is higher than that of the second storage chamber , the first storage chamber has a first drain hole and a first drain pipe connected to the first drain hole for condensate water from the first storage chamber to be collected to the first drain hole and discharged via the first drain pipe , and the second storage chamber has a second drain hole and a second drain pipe connected to the second drain hole , the refrigerator further comprising an exhaust pipe , wherein the first storage chamber has an exhaust hole , characterized in that the exhaust pipe is connected with the exhaust hole and is connected with the second drain pipe through a three-way joint , and the exhaust hole is in communication with the second drain hole , wherein the second drain pipe comprises a U-shaped pipe.
A double-seat valve comprising a housing , which has a first connection , a second connection and a passage that is arranged between the first connection and second connection and has a passage wall , comprising a first valve disk and a second valve disk , which are arranged in a valve interior space of the housing , comprising a hollow rod , which is connected to the first valve disk , comprising a valve rod , which is connected to the second valve disk and is arranged to pass through the hollow rod , comprising a first valve seat and a second valve seat , comprising a drive which is configured to actuate at least one valve disk , comprising a housing opening facing the drive , comprising a leakage space which is formed in the passage in a closed position of the double-seat valve and which is sealed off by the second valve disk , and the hollow rod has a leakage channel , which creates a fluid connection between the leakage space and a housing part , and a cleaning gap having a cross-section can be formed between the second valve disk and the passage wall , and the leakage channel has a channel cross-section which is greater than the cross-section, wherein in the passage an opening contour is formed, in which a section of the first valve disk is at least partly received when the double-seat valve is in the closed position, and the section delimits a cut-out in the first valve disk , in which the second valve disk is at least partly received in an open position of the double-seat valve, characterized in that the housing opening is sealed with a diaphragm which separates the housing part from the valve interior space .
Motorized shutting device for a bay comprising: - an apron , - driving means intended to drive the raising and the lowering of said apron, the driving means comprising a winding tube for winding the apron and a coaxial motor tube , the motor tube being mounted to be movable in rotation about its axis, the rotation being possible between a first position and a second position, - detection means allowing a rotation of the motor tube to be detected, - control means intended to generate a message representative of an attempt to open the apron when the detection means detect a rotation of the motor tube, - communication means intended to transmit the generated message to a central security unit , the motorized shutting device being characterized in that it is adapted to implement the steps of a method for detecting an attempt to open the apron according to one of Claims 4 to 7. - an apron , - driving means intended to drive the raising and the lowering of said apron, the driving means comprising a winding tube for winding the apron and a coaxial motor tube , the motor tube being mounted to be movable in rotation about its axis, the rotation being possible between a first position and a second position, - detection means allowing a rotation of the motor tube to be detected, - control means intended to generate a message representative of an attempt to open the apron when the detection means detect a rotation of the motor tube, - communication means intended to transmit the generated message to a central security unit ,
Reactor for carbon dioxide mineralization in the solid carbonate forms of alkali metals, alkaline earth metals and transition metals comprising: a. a loading hopper of a precursor material and water; b. a reaction chamber equipped with - a first opening for injection of CO 2 and water, - a second opening for introducing air coming from a pump , and - a third opening towards open air for recovering solid carbonates; c. a system of passive cavitators placed under the reaction chamber; and d. a system of turbine injectors placed under the system of passive cavitators , wherein the first opening of the reaction chamber is configured for injecting CO 2 and water coming from the system of turbine injectors and passing through the system of passive cavitators . a. a loading hopper of a precursor material and water; b. a reaction chamber equipped with - a first opening for injection of CO 2 and water, - a second opening for introducing air coming from a pump , and - a third opening towards open air for recovering solid carbonates; - a first opening for injection of CO 2 and water, - a second opening for introducing air coming from a pump , and - a third opening towards open air for recovering solid carbonates; c. a system of passive cavitators placed under the reaction chamber; and d. a system of turbine injectors placed under the system of passive cavitators , wherein the first opening of the reaction chamber is configured for injecting CO 2 and water coming from the system of turbine injectors and passing through the system of passive cavitators .
Fuel cell stack plate, notably for a proton exchange membrane ("PEM") fuel cell, comprising a face intended to convey an oxidant gas or fuel gas toward the active surface of a Membrane Electrode Assembly , said face of the plate comprising projecting ribs delimiting a determined number of channels intended for the circulation of gas, the channels having a determined length (LCA) and a determined width (E), the ribs having a determined width (LA), the plate being characterized in that the product P of the total length (LN) of the ribs on the plate per unit active surface area in cm 2 times the degree of openness (TO) of the plate is comprised between 4.7 and 10, that is to say: 4.7 < P in cm -1 = (LN x TO) < 10, the degree of openness TO being defined by TO=100.(E/ E+LA), the active surface area of the plate being the surface of the plate intended to face the active surface of the Membrane Electrode Assembly , the total length of the ribs being equal to the number of channels on the plate plus one and multiplied by the channel length LCA: total length of ribs = (number of channels + 1) x LCA; the total length LN of the ribs on the plate per active surface area is this total length referenced to the active surface area.
Glass window for LiDAR systems, wherein the glass window has a curved shape, characterized in that at least 50% of the surface area of the glass window has a geometric slope error SE G for length scales between 0.1 mm and 15 mm for which: SE G < − 2.3 ⋅ 10 − 6 ⋅ 2 ⋅ R 0 1 / mm + 7.3 ⋅ 10 − 4 wherein R 0 is the nominal radius of curvature in mm of the glass window.
A permission setting method, comprising: displaying a first control on a desktop; receiving a first input to the first control and a first icon by a user; and setting a first function permission for a first application program in response to the first input, wherein the first application program is an application program indicated by the first icon, and the first function permission is a function permission in a plurality of function permissions associated with the first control, characterized in that the first input is an input of dragging the first icon to an area in which the first control is located; and before the receiving a first input to the first control and a first icon by a user, the method further comprises: receiving a second input to the first control by the user; displaying M options on the desktop in response to the second input, wherein each option is used for indicating at least one function permission respectively, and M is a positive integer; receiving a third input to a first option in the M options by the user; and canceling display of the M options in response to the third input, and displaying a first identifier in the area in which the first control is located, wherein the first identifier and the first option are both used for indicating the first function permission. displaying a first control on a desktop; receiving a first input to the first control and a first icon by a user; and setting a first function permission for a first application program in response to the first input, wherein the first application program is an application program indicated by the first icon, and the first function permission is a function permission in a plurality of function permissions associated with the first control, characterized in that the first input is an input of dragging the first icon to an area in which the first control is located; and before the receiving a first input to the first control and a first icon by a user, the method further comprises: receiving a second input to the first control by the user; displaying M options on the desktop in response to the second input, wherein each option is used for indicating at least one function permission respectively, and M is a positive integer; receiving a third input to a first option in the M options by the user; and canceling display of the M options in response to the third input, and displaying a first identifier in the area in which the first control is located, wherein the first identifier and the first option are both used for indicating the first function permission. receiving a second input to the first control by the user; displaying M options on the desktop in response to the second input, wherein each option is used for indicating at least one function permission respectively, and M is a positive integer; receiving a third input to a first option in the M options by the user; and canceling display of the M options in response to the third input, and displaying a first identifier in the area in which the first control is located, wherein the first identifier and the first option are both used for indicating the first function permission.
An air-bag formed from a fabric which is formed from interwoven warp and weft yarns (1, 4; 5) which are arranged to be substantially perpendicular to one another, wherein the warp yarns are formed from multiple filaments which are twisted together to form the warp yarns , with a degree of twist of about 40 turns per metre, characterised in that the weft yarns are substantially untwisted, and wherein the degree of twist of the weft yarns is less than about 5 turns per metre.
A pharmaceutical composition for use in the treatment of tuberculosis in a treatment regimen, comprising a therapeutically effective amount of each of linezolid, bedaquiline and pretomanid, and optionally pyrazinamide, or a pharmaceutically acceptable salt of each thereof, and a pharmaceutically acceptable carrier, wherein linezolid is removed from the treatment regimen after one to two months.
A shut-off valve with a housing , the inner wall of which forms a flow channel with a round cross-section, and a cylindrical butterfly valve arranged in the flow channel , wherein said butterfly valve can be pivoted by means of an adjusting device out of a closed position, in which the butterfly valve is in circumferentially sealed contact with at least one circumferentially closed sealing edge provided in the inner wall , into an open position, characterised in that the housing and the butterfly valve are made of plastic and the butterfly valve is designed in two pieces and comprises a core , which is surrounded by an elastic sealing material .
An electrical cable connector comprising: electrical contacts not defined as PCB pads or PCB contacts, wherein the electrical contacts include electrical signal contacts and electrical ground contacts and wherein the signal contacts are arranged along respective linear arrays that extend in a transverse direction (T) perpendicular to the mating direction; a connector housing that supports the electrical contacts , wherein the connector housing does not contain or receive an edge card; a twin axial cable electrically connected to respective ones of the electrical contacts; and a ground plate that includes a plate body and a plurality of ground mating ends and ground mounting ends that extend out from the plate body , wherein the plate body , the ground mating ends , and the ground mounting ends are all monolithic with each other, characterized in that the ground plate body defines a plurality of embossed regions that are recessed into the plate body along a lateral direction that is perpendicular to the transverse direction and to the mating direction, and mating ends of respective differential signal pairs of the signal contacts are aligned with respective different ones of the embossed regions along the lateral direction, and the electrical cable connector is capable of transmitting 56 gigabits/sec NRZ or 112 gigabits/sec PAM-4 signaling. electrical contacts not defined as PCB pads or PCB contacts, wherein the electrical contacts include electrical signal contacts and electrical ground contacts and wherein the signal contacts are arranged along respective linear arrays that extend in a transverse direction (T) perpendicular to the mating direction; a connector housing that supports the electrical contacts , wherein the connector housing does not contain or receive an edge card; a twin axial cable electrically connected to respective ones of the electrical contacts; and a ground plate that includes a plate body and a plurality of ground mating ends and ground mounting ends that extend out from the plate body , wherein the plate body , the ground mating ends , and the ground mounting ends are all monolithic with each other, characterized in that the ground plate body defines a plurality of embossed regions that are recessed into the plate body along a lateral direction that is perpendicular to the transverse direction and to the mating direction, and mating ends of respective differential signal pairs of the signal contacts are aligned with respective different ones of the embossed regions along the lateral direction, and the electrical cable connector is capable of transmitting 56 gigabits/sec NRZ or 112 gigabits/sec PAM-4 signaling.
A hydraulic control device for a clutch and/or for a transmission of a motor vehicle, preferably for a twin-clutch transmission, having at least one actuator , with a pressure accumulator and with a pressure reduction valve , wherein the pressure stored in the pressure accumulator can be reduced via the pressure reduction valve , wherein at least two hydraulic sub-systems are provided, wherein each sub-system has at least one actuator (2, 3, 4; 5, 6, 7) and wherein the pressure reduction valve is fluidically connected to each of the sub-systems , characterized in that if the sub-systems fall below a minimum pressure, the pressure stored in the pressure accumulator can be reduced via the pressure reduction valve , wherein the pressure reduction valve has a step piston or is designed as a step piston valve, wherein the step piston is guided in a corresponding cylinder , wherein the step piston has a plurality of operative chambers (32, 33; 49, 52) associated with the sub-systems and wherein the operative chambers (32, 33; 49, 52) can be pressurized via the sub-system pressure channels associated with the sub-systems .
A vapor delivery system , comprising: a handle portion ; an elongate flexible shaft connected to the handle portion , the elongate flexible shaft including a distal anchor tip configured to anchor the elongate flexible shaft into a bladder of a patient without puncturing through the bladder; a vapor source ; at least one vapor delivery port disposed on the elongate flexible shaft and fluidly coupled to the vapor source ; and an electronic controller operatively coupled to the vapor source and configured to deliver vapor through the at least one vapor delivery port to ablate the bladder; wherein the distal anchor tip comprises a needle tip configured to be retracted into the flexible elongate shaft during insertion into a patient and is configured to be advanced out of the flexible elongate shaft prior to vapor delivery, wherein the needle tip is designed to advance a limited distance from a distal catheter tip of the system so as to not fully penetrate through or puncture bladder tissue. a handle portion ; an elongate flexible shaft connected to the handle portion , the elongate flexible shaft including a distal anchor tip configured to anchor the elongate flexible shaft into a bladder of a patient without puncturing through the bladder; a vapor source ; at least one vapor delivery port disposed on the elongate flexible shaft and fluidly coupled to the vapor source ; and an electronic controller operatively coupled to the vapor source and configured to deliver vapor through the at least one vapor delivery port to ablate the bladder; wherein the distal anchor tip comprises a needle tip configured to be retracted into the flexible elongate shaft during insertion into a patient and is configured to be advanced out of the flexible elongate shaft prior to vapor delivery, wherein the needle tip is designed to advance a limited distance from a distal catheter tip of the system so as to not fully penetrate through or puncture bladder tissue.