mhurhangee/ep-ind-claims huggingface dataset:
Catalyst comprising a platinum group metal M, at least one promoter X1 selected from the group consisting of tin, germanium and lead, a halogenated compound and a porous support, in which the X1/M atomic ratio is between 0.3 and 8, the H ir /M ratio measured by irreversible hydrogen chemisorption is greater than 0.40 and the bimetallicity index BMI measured by hydrogen/oxygen titration is greater than 108, said catalyst containing 0.1% to 15% by weight of halogenated compound and being prepared according to the following steps: a) introduction of the promoter X1 into the support or onto the support, c) calcination of the product obtained in step a at a temperature preferably between 350°C and 650°C, d) deposition of at least one platinum group metal M, e) optional drying under an atmosphere that is neutral or contains oxygen, at a moderate temperature that preferably does not exceed 150°C, f) deposition of a complementary fraction of the promoter X1 on the product obtained in step d or e, said complementary fraction of said promoter X1 being deposited by contacting of a tin tetrachloride or germanium tetrachloride solution, h) calcination of the product obtained in step f), this calcination is preferably carried out in the presence of air and this air may also be enriched in oxygen or in nitrogen, and in the case where the precursors of the promoter X1 or of the metal M that are used in the preparation of the catalyst do not contain halogen or contain an insufficient amount of halogen, addition of a halogenated compound during the preparation or, when the halogen is chlorine, an oxychlorination treatment or impregnation with an aqueous hydrochloric acid solution. a) introduction of the promoter X1 into the support or onto the support, c) calcination of the product obtained in step a at a temperature preferably between 350°C and 650°C, d) deposition of at least one platinum group metal M, e) optional drying under an atmosphere that is neutral or contains oxygen, at a moderate temperature that preferably does not exceed 150°C, f) deposition of a complementary fraction of the promoter X1 on the product obtained in step d or e, said complementary fraction of said promoter X1 being deposited by contacting of a tin tetrachloride or germanium tetrachloride solution, h) calcination of the product obtained in step f), this calcination is preferably carried out in the presence of air and this air may also be enriched in oxygen or in nitrogen, and in the case where the precursors of the promoter X1 or of the metal M that are used in the preparation of the catalyst do not contain halogen or contain an insufficient amount of halogen, addition of a halogenated compound during the preparation or, when the halogen is chlorine, an oxychlorination treatment or impregnation with an aqueous hydrochloric acid solution.
A leadless cardiac pacemaker, LCP, for delivering pacing pulses to a heart of a patient, the LCP comprising: a power supply for providing a power supply voltage; a pair of electrodes for delivering pacing pulses to the heart of the patient; a controller operably connected to the pair of electrodes and the power supply, the controller configured to: identify a capture threshold by: setting a pace amplitude to the power supply voltage; delivering via the pair of electrodes a plurality of pacing pulses having the pace amplitude with different pulse widths to identity a capture pulse width that corresponds to the capture threshold of the heart; deliver via the pair of electrodes a plurality of pacing pulses having the pace amplitude and a pacing pulse width that is greater than the capture pulse width by a pulse width margin. a power supply for providing a power supply voltage; a pair of electrodes for delivering pacing pulses to the heart of the patient; a controller operably connected to the pair of electrodes and the power supply, the controller configured to: identify a capture threshold by: setting a pace amplitude to the power supply voltage; delivering via the pair of electrodes a plurality of pacing pulses having the pace amplitude with different pulse widths to identity a capture pulse width that corresponds to the capture threshold of the heart; deliver via the pair of electrodes a plurality of pacing pulses having the pace amplitude and a pacing pulse width that is greater than the capture pulse width by a pulse width margin. identify a capture threshold by: setting a pace amplitude to the power supply voltage; delivering via the pair of electrodes a plurality of pacing pulses having the pace amplitude with different pulse widths to identity a capture pulse width that corresponds to the capture threshold of the heart; setting a pace amplitude to the power supply voltage; delivering via the pair of electrodes a plurality of pacing pulses having the pace amplitude with different pulse widths to identity a capture pulse width that corresponds to the capture threshold of the heart; deliver via the pair of electrodes a plurality of pacing pulses having the pace amplitude and a pacing pulse width that is greater than the capture pulse width by a pulse width margin.
Oral nozzle for endoscopic procedures to deliver a high gas flow into the patient's mouth through a wide and low resistance outlet, preventing said flow from affecting the patient and/or being blocked, the nozzle comprising: a tubular central body with a passage; an anterior flange and a posterior flange; a flow intake duct; wherein said flow intake duct is communicated by means of a perforation located inside the nozzle with a flow distributor channel, said flow intake duct being perpendicular to the flow distributor channel, wherein the flow distributor channel consists of a chamber located inside the central body and concentric to this, wherein the opening of said chamber is distributed over the front face of the nozzle and allows the administration within the patient's mouth of a flow, said opening being located completely around the passage. a tubular central body with a passage; an anterior flange and a posterior flange; a flow intake duct; wherein said flow intake duct is communicated by means of a perforation located inside the nozzle with a flow distributor channel, said flow intake duct being perpendicular to the flow distributor channel, wherein the flow distributor channel consists of a chamber located inside the central body and concentric to this, wherein the opening of said chamber is distributed over the front face of the nozzle and allows the administration within the patient's mouth of a flow, said opening being located completely around the passage.
A plinabulin monohydrate in crystalline form, exhibiting an X-ray powder diffraction pattern comprising at least three characteristic peaks selected from the group consisting of peaks at 8.1°, 13.1°, 16.3°, 23.9°, 24.2°, 24.5°, and 26.6° 20, and preferably at least peaks at 8.1°, 13.1°, 16.1°, 16.3°, 19.8°, 22.9°, 23.9°, 24.2°, 24.5°, 26.6°, and 29.3°2θ based on a copper-K-alpha source.
A system for communicating with an offshore subsea system connected to a shore facility by a first communication cable, the system characterized by comprising: a buoyant device adapted for wireless communication with an offshore control facility, a second communication cable adapted for connecting the buoyant device to a subsea connector on the first communication cable, such that the buoyant device is in communication with the shore facility; and the offshore control facility is in communication with the offshore subsea system via the shore facility. a buoyant device adapted for wireless communication with an offshore control facility, a second communication cable adapted for connecting the buoyant device to a subsea connector on the first communication cable, such that the buoyant device is in communication with the shore facility; and the offshore control facility is in communication with the offshore subsea system via the shore facility.
A method to modify a view used by an application to generate a user interface element on a display screen of an electronic device, the method comprising: receiving view selector information, in a non-transitory storage device associated with the electronic device, that identifies a hierarchy of selector visual property constraints and associated selector structural property constraints, wherein the view selector information represents a selector subview hierarchy that defines a plurality of views in a traversal path and indicates different subview relationships having particular ones of the selector visual property constraints and the selector structural property constraints corresponding to each of the views; receiving view modification information in the non-transitory storage device associated with the electronic device that indicates one or more modifications to be made to one or more of the views; in the course of running the application on the electronic device, using the traversal path defined by the selector subview hierarchy to determine whether an application view hierarchy, in the non-transitory storage device, that is used by the application includes an application subview hierarchy that includes views that define a hierarchy of visual properties and associated structural properties that match the hierarchy of selector visual property constraints and associated selector structural property constraints in the view selector information; and in response to determining a match, imparting a modification indicated by the view modification information to one or more views of the matching application subview hierarchy. receiving view selector information, in a non-transitory storage device associated with the electronic device, that identifies a hierarchy of selector visual property constraints and associated selector structural property constraints, wherein the view selector information represents a selector subview hierarchy that defines a plurality of views in a traversal path and indicates different subview relationships having particular ones of the selector visual property constraints and the selector structural property constraints corresponding to each of the views; receiving view modification information in the non-transitory storage device associated with the electronic device that indicates one or more modifications to be made to one or more of the views; in the course of running the application on the electronic device, using the traversal path defined by the selector subview hierarchy to determine whether an application view hierarchy, in the non-transitory storage device, that is used by the application includes an application subview hierarchy that includes views that define a hierarchy of visual properties and associated structural properties that match the hierarchy of selector visual property constraints and associated selector structural property constraints in the view selector information; and in response to determining a match, imparting a modification indicated by the view modification information to one or more views of the matching application subview hierarchy.
Preparation containing a plant extract having a THC content of less than 0.5 weight % made from the flowers and/or leaves and/or stems and/or roots and/or seeds of a low-tetrahydrocannabinol variety of Cannabis sativa subsp. sativa, for use in the treatment of itching.
Method for driver information in a motor vehicle, comprising the following steps: - determination of an expected projected future route section to be driven by the motor vehicle, - determination of a reference speed depending on at least one maximum speed predetermined by a speed requirement in the projected route section or in a partial section of the projected route section, - detection of an instantaneous actual driving speed of the motor vehicle, and - offering of a target acceleration suggestion as a suggestion to the driver of the motor vehicle on a possible acceleration of the motor vehicle, in the event that the reference speed is greater than the instantaneous actual speed by at least a predetermined differential value; wherein at least one reference position is determined, at which the predetermined maximum speed in the projected route section and/or in a route section driven beforehand by the motor vehicle changes, wherein the reference speed is determined additionally depending on a spatial and/or temporal distance of the motor vehicle from the reference position in relation to a course of the projected and/or previously driven route section. - determination of an expected projected future route section to be driven by the motor vehicle, - determination of a reference speed depending on at least one maximum speed predetermined by a speed requirement in the projected route section or in a partial section of the projected route section, - detection of an instantaneous actual driving speed of the motor vehicle, and - offering of a target acceleration suggestion as a suggestion to the driver of the motor vehicle on a possible acceleration of the motor vehicle, in the event that the reference speed is greater than the instantaneous actual speed by at least a predetermined differential value;
A shaving blade assembly comprising: a blade, a first resilient element supporting the blade and arranged to urge the blade in a first direction substantially orthogonal to a cutting edge of the blade; and a first movable member characterized in that the first movable member is configured to selectively engage the first resilient element in the first direction, in at least one position, to impede deformation of the first resilient element. a blade, a first resilient element supporting the blade and arranged to urge the blade in a first direction substantially orthogonal to a cutting edge of the blade; and a first movable member characterized in that the first movable member is configured to selectively engage the first resilient element in the first direction, in at least one position, to impede deformation of the first resilient element.
A wound dressing for pressure gradient wound therapy, the wound dressing comprising: an adhesive layer comprising an adhesive region for providing a seal between the wound dressing and the periphery of a wound site; wherein the adhesive layer comprises one or more sensors, configured to monitor one or more conditions indicative of a hermeticity of the seal between the wound dressing and the periphery of the wound site; wherein the one or more sensors are embedded within the adhesive region. an adhesive layer comprising an adhesive region for providing a seal between the wound dressing and the periphery of a wound site; wherein the adhesive layer comprises one or more sensors, configured to monitor one or more conditions indicative of a hermeticity of the seal between the wound dressing and the periphery of the wound site; wherein the one or more sensors are embedded within the adhesive region.
A diaphragm for an electroacoustic transducer, wherein, at a surface layer of a base material made of a fiber material which is mainly composed of cellulose, a mixed layer in which the fiber material, mica and a cellulose nanofiber are mixed is formed, wherein in the mixed layer, an outer surface of the mixed layer is covered with the cellulose nanofibers, and wherein the mica is covered with the cellulose nanofibers and is fixed to the surface layer of the base material by a hydrogen bond between the cellulose nanofiber covering the surface of the mica and the fiber material of the base material.
A hydraulic failure isolation valve, comprising: a first spring (S-1) at a first end (206 of the hydraulic failure isolation valve; a second spring (S-2) at a second end of the hydraulic failure isolation valve, the second end being spaced apparat from the first end; a check valve operable between a first position by the first spring (S-1) to maintain hydraulic pressure between a hydraulic power source and a dual valve assembly along a main hydraulic line and a second position to maintain hydraulic pressure between an accumulator power source and the dual valve assembly along an accumulator hydraulic line; characterised by a sensing line in communication between the main hydraulic line and the hydraulic failure isolation valve; and a piston operable between the first position by the second spring (S-2), against which a hydraulic pressure acts from the sensing line to remain clear of the check valve and the second position by a reduction in hydraulic pressure from the sensing line acting on the second spring (S-2) causing the second spring (S-2) to move the piston toward the check valve. a first spring (S-1) at a first end (206 of the hydraulic failure isolation valve; a second spring (S-2) at a second end of the hydraulic failure isolation valve, the second end being spaced apparat from the first end; a check valve operable between a first position by the first spring (S-1) to maintain hydraulic pressure between a hydraulic power source and a dual valve assembly along a main hydraulic line and a second position to maintain hydraulic pressure between an accumulator power source and the dual valve assembly along an accumulator hydraulic line; characterised by a sensing line in communication between the main hydraulic line and the hydraulic failure isolation valve; and a piston operable between the first position by the second spring (S-2), against which a hydraulic pressure acts from the sensing line to remain clear of the check valve and the second position by a reduction in hydraulic pressure from the sensing line acting on the second spring (S-2) causing the second spring (S-2) to move the piston toward the check valve.
A thermally insulating package comprising: an outer shell having a first coefficient of thermal conductivity; and a plurality of insert panels having a second coefficient of thermal conductivity which is lower than the first coefficient of thermal conductivity received in pockets (26,28) formed in the walls (22,24) of the outer shell; and characterised by further comprising a plurality of phase change material panels received within said pockets inwardly of the insert panels to define a payload space. an outer shell having a first coefficient of thermal conductivity; and a plurality of insert panels having a second coefficient of thermal conductivity which is lower than the first coefficient of thermal conductivity received in pockets (26,28) formed in the walls (22,24) of the outer shell; and characterised by further comprising a plurality of phase change material panels received within said pockets inwardly of the insert panels to define a payload space.
A method comprising: accessing, by a computer, an address map of a memory device, the address map referencing first memory locations and second memory locations of the memory device, wherein the first memory locations store data that are to be encrypted by a full disk encryption operation on the memory device and the second memory locations correspond to empty memory locations that are available for write operation; characterized by designating (310; 404), by the computer, the second memory locations as being encrypted without performing a full disk encryption operation on the second memory locations; and encrypting (314; 406), by the computer, only the data stored in the first memory locations of the memory device so that the first memory locations and the second memory locations are designated as being disk encrypted. accessing, by a computer, an address map of a memory device, the address map referencing first memory locations and second memory locations of the memory device, wherein the first memory locations store data that are to be encrypted by a full disk encryption operation on the memory device and the second memory locations correspond to empty memory locations that are available for write operation; characterized by designating (310; 404), by the computer, the second memory locations as being encrypted without performing a full disk encryption operation on the second memory locations; and encrypting (314; 406), by the computer, only the data stored in the first memory locations of the memory device so that the first memory locations and the second memory locations are designated as being disk encrypted.
A method of inter-board communication in a router cluster, whereby the router cluster comprises a plurality of routers, boards of each of the routers are classified into main control boards and interface boards, an interconnection interface for interconnecting with other routers of the router cluster being provided for each of the routers, the interconnection interface being provided on a board, a communication agent module being provided on the board on which the interconnection interface is provided, and one router of the router cluster being deployed as a main router in advance; the method comprising: configuring and enabling, by the main router, an IP address of an interconnection interface of the main router, and acquiring IP addresses of interconnection interfaces of other routers in the router cluster; configuring and enabling, by other routers except the main router, IP addresses of interconnection interfaces of other routers except the main router respectively, and acquiring the IP address of the interconnection interface of the main router; establishing, by the main router, communication connections with other routers in the router cluster and transmitting, by the main router and other routers in the router cluster, control messages in the router cluster through communication agent modules of the main router and other routers. configuring and enabling, by the main router, an IP address of an interconnection interface of the main router, and acquiring IP addresses of interconnection interfaces of other routers in the router cluster; configuring and enabling, by other routers except the main router, IP addresses of interconnection interfaces of other routers except the main router respectively, and acquiring the IP address of the interconnection interface of the main router; establishing, by the main router, communication connections with other routers in the router cluster and transmitting, by the main router and other routers in the router cluster, control messages in the router cluster through communication agent modules of the main router and other routers.
Process for the manufacture of etonogestrel from the 20-yn-11-methylene-3-dithioacetal steroid derivative of general formula IX wherein R 1 and R 2 are the same and are selected from H and alkyl; or R 1 and R 2, together with the sulphur atoms to which they are attached, form a 1,3-dithiolane or 1,3-dithiane, said dithiolane or dithiane being optionally substituted with one or more alkyl group and wherein etonogestrel is obtained by deprotection of the 3-dithioacetal using periodic acid, thallium nitrate or stabilized 2-iodoxybenzoic acid (SIBX) and β-cyclodextrin (β-CD).