mhurhangee/patent-ind-claim-en huggingface dataset:
A door assembly for a motorized vehicle, comprising: a door configured to move between an open position and a closed position; a first member defining a first axis ; a first support member pivotally coupled to the door and defining a second axis ; a linkage assembly including a first arm and a second arm , the first arm and the second arm being pivotally coupled to one another at second ends of the first arm and second arm , where a first end of the first arm is coupled in use to the vehicle body at a location offset from the first axis , a first end of the second arm is pivotally coupled to the door , and the second arm defines a first slot ; and a cross member having a first end and a second end, the first end coupled to the first support member and having a first pin for slidably engaging the first slot and the second end being coupled to the first member at the first axis ; wherein, the door is movable between the open and closed positions as the first member pivots about the first axis . a door configured to move between an open position and a closed position; a first member defining a first axis ; a first support member pivotally coupled to the door and defining a second axis ; a linkage assembly including a first arm and a second arm , the first arm and the second arm being pivotally coupled to one another at second ends of the first arm and second arm , where a first end of the first arm is coupled in use to the vehicle body at a location offset from the first axis , a first end of the second arm is pivotally coupled to the door , and the second arm defines a first slot ; and a cross member having a first end and a second end, the first end coupled to the first support member and having a first pin for slidably engaging the first slot and the second end being coupled to the first member at the first axis ; wherein, the door is movable between the open and closed positions as the first member pivots about the first axis .
A method, characterized in : receiving , at a mobility management entity, an indication of a repetition level for a user equipment; determining , by the mobility management entity, based on the received repetition level, whether a paging is for user equipment in coverage enhancement mode; indicating , by the mobility management entity in a paging message, that the paging is for user equipment in coverage enhancement mode, based on the determining; and sending , by the mobility management entity, the received repetition level to an evolved Node B, wherein the repetition level is indicative of a number of repetitions of a physical downlink control channel for paging message transmission to the user equipment, wherein the repetition level of the user equipment is conveyed to the mobility management entity when the user equipment moves to idle mode. receiving , at a mobility management entity, an indication of a repetition level for a user equipment; determining , by the mobility management entity, based on the received repetition level, whether a paging is for user equipment in coverage enhancement mode; indicating , by the mobility management entity in a paging message, that the paging is for user equipment in coverage enhancement mode, based on the determining; and sending , by the mobility management entity, the received repetition level to an evolved Node B, wherein the repetition level is indicative of a number of repetitions of a physical downlink control channel for paging message transmission to the user equipment, wherein the repetition level of the user equipment is conveyed to the mobility management entity when the user equipment moves to idle mode.
A screen with a transparent base body which has a front side and a rear side , and an image sensor , wherein the base body comprises an input coupling region and an output coupling region spaced apart therefrom in a first direction (R1), wherein the input coupling region comprises a diffractive structure which deflects only a portion of radiation coming from an object to be detected and impinging on the front side , such that the deflected portion propagates as coupled-in radiation in the base body as far as the output coupling region by means of reflections and impinges on the output coupling region , wherein the output coupling region deflects at least one portion of the coupled-in radiation impinging on it, such that the deflected portion emerges from the base body via the front side or the rear side in order to impinge on the image sensor , wherein the screen comprises a light-emitting layer arranged on the rear side of the base body , said light-emitting layer generating a real image. wherein the base body comprises an input coupling region and an output coupling region spaced apart therefrom in a first direction (R1), wherein the input coupling region comprises a diffractive structure which deflects only a portion of radiation coming from an object to be detected and impinging on the front side , such that the deflected portion propagates as coupled-in radiation in the base body as far as the output coupling region by means of reflections and impinges on the output coupling region , wherein the output coupling region deflects at least one portion of the coupled-in radiation impinging on it, such that the deflected portion emerges from the base body via the front side or the rear side in order to impinge on the image sensor , wherein the screen comprises a light-emitting layer arranged on the rear side of the base body , said light-emitting layer generating a real image.
A two-stage separator system comprising: a housing extending between a first end and a second end , the housing defining a housing inlet , a separator outlet towards the second end , and a filtration outlet on the first end ; and a filter assembly having a first sheet of filter media coupled to a second sheet of filter media mutually defining a plurality of flutes extending in an axial direction, the filter assembly defining an inlet flow face an outlet flow face , and an outer radial barrier surface , wherein the filter assembly is disposed in the housing and coupled to the housing about the filtration outlet such that the outlet flow face is in fluid communication with the filtration outlet , and wherein the inlet flow face has an axial flow face length L along an axis (Z) of said filter assembly ; characterized in that the housing inlet defines an airflow pathway that is tangential to said outer radial barrier surface of the filter assembly . a housing extending between a first end and a second end , the housing defining a housing inlet , a separator outlet towards the second end , and a filtration outlet on the first end ; and a filter assembly having a first sheet of filter media coupled to a second sheet of filter media mutually defining a plurality of flutes extending in an axial direction, the filter assembly defining an inlet flow face an outlet flow face , and an outer radial barrier surface , wherein the filter assembly is disposed in the housing and coupled to the housing about the filtration outlet such that the outlet flow face is in fluid communication with the filtration outlet , and wherein the inlet flow face has an axial flow face length L along an axis (Z) of said filter assembly ; characterized in that the housing inlet defines an airflow pathway that is tangential to said outer radial barrier surface of the filter assembly .
Glass substrate provided with an anti-condensation and anti-fog coating, which is easy to clean, comprising a transparent conducting oxide layer and a hydrophilic layer chosen from oxides of Ti, Sn, W, Zn, Si, Al, Ag and Co or the mixture of one or more of these oxides, characterized in that the roughness R q of the stack is less than 9 nm.
A self-warming peritoneal dialysis solution bag containing a peritoneal dialysis solution, the bag having an outer surface , a non-electric, warming patch affixed to the outer surface, and a drainage port , wherein the non-electric, warming patch comprises a breathable membrane , the warming patch containing an activatable agent that undergoes an exothermic reaction when activated with air, and the warming patch retains a sufficient amount of activatable agent to generate enough heat, upon activation, to warm the contents of the bag from 23.9°C (75°F) to a temperature of from 35°C (95°F) to not higher than 39.4°C (103°F) such that the peritoneal dialysis solution is within an acceptable temperature range for transfer into a peritoneal cavity, wherein at least one of the non-electric, warming patch comprises a removable, resealable protective cover that prevents activation of the activatable agent until the removable, resealable protective cover is removed from contact with the breathable membrane and terminates activation when reapplied to the breathable membrane, and wherein the warming peritoneal dialysis solution bag further contains a temperature indicator affixed to the bag, the temperature indicator comprising a color indicator, the color indicator comprising a first color indicator configured to indicate when the solution in the bag is at a suitable temperature, and one or more other color indicators configured to indicate when the solution in the bag is not hot enough or is too hot.
A method comprising: providing a two component system, the two component system including an A side and a B side, the A side including an epoxy material and the B side including phosphate ester and phosphoric acid; mixing the A side and the B side to form a resulting reaction product; wherein the resulting reaction product of the A side and the B side cures at a temperature of less than 50°C. providing a two component system, the two component system including an A side and a B side, the A side including an epoxy material and the B side including phosphate ester and phosphoric acid; mixing the A side and the B side to form a resulting reaction product; wherein the resulting reaction product of the A side and the B side cures at a temperature of less than 50°C.
A wind power plant system comprising: a plurality of wind turbine generators each having a corresponding generator controller , and a power plant controller for controlling the power generated by the wind power plant system; characterized in that at least some of the plurality of generator controllers are each configured to: generate a model that indicates the thermal capacity of one or more components of the wind turbine generator, determine power capacity data from the model, said data relating to: at least one reactive power supply level and a corresponding time limit for which that reactive power supply level may be maintained, and transmit to the power plant controller the determined power capacity data, wherein the power plant controller is operable to receive the power capacity data from the plurality of generator controllers and to transmit respective power references to the plurality of generator controllers to control the power generated by the wind power plant system. a plurality of wind turbine generators each having a corresponding generator controller , and a power plant controller for controlling the power generated by the wind power plant system; characterized in that at least some of the plurality of generator controllers are each configured to: generate a model that indicates the thermal capacity of one or more components of the wind turbine generator, determine power capacity data from the model, said data relating to: at least one reactive power supply level and a corresponding time limit for which that reactive power supply level may be maintained, and transmit to the power plant controller the determined power capacity data, generate a model that indicates the thermal capacity of one or more components of the wind turbine generator, determine power capacity data from the model, said data relating to: at least one reactive power supply level and a corresponding time limit for which that reactive power supply level may be maintained, and transmit to the power plant controller the determined power capacity data, wherein the power plant controller is operable to receive the power capacity data from the plurality of generator controllers and to transmit respective power references to the plurality of generator controllers to control the power generated by the wind power plant system.
A downhole tool for connection in a tubing string for use in cleaning wellbores, comprising: a mandrel assembly comprising an elongated tubular mandrel with a passageway extending axially through the mandrel and a retainer mounted on the mandrel such that relative axial and rotational movement with respect to the mandrel is limited, the retainer having a cylindrical outer surface, at least one axially extending groove and one annular groove formed in the outer surface; and a wellbore cleaning element mounted to extend from the exterior of the mandrel into contact with the wellbore when the tubing string and tool are moved within the wellbore; and a sleeve mounted on the exterior of the mandrel for contacting the wellbore, axially extending ribs on the interior of the sleeve of a size and shape to mate with the ribs on the exterior of the retainer to restrict relative rotation of the sleeve with respect to the mandrel, and an annular groove on the interior of the sleeve located adjacent to the axially extending groove in the retainer, spheres located in the groove on the retainer, the spheres extending into the groove in the sleeve whereby relative axial movement between the sleeve and the mandrel is limited. a mandrel assembly comprising an elongated tubular mandrel with a passageway extending axially through the mandrel and a retainer mounted on the mandrel such that relative axial and rotational movement with respect to the mandrel is limited, the retainer having a cylindrical outer surface, at least one axially extending groove and one annular groove formed in the outer surface; and a wellbore cleaning element mounted to extend from the exterior of the mandrel into contact with the wellbore when the tubing string and tool are moved within the wellbore; and a sleeve mounted on the exterior of the mandrel for contacting the wellbore, axially extending ribs on the interior of the sleeve of a size and shape to mate with the ribs on the exterior of the retainer to restrict relative rotation of the sleeve with respect to the mandrel, and an annular groove on the interior of the sleeve located adjacent to the axially extending groove in the retainer, spheres located in the groove on the retainer, the spheres extending into the groove in the sleeve whereby relative axial movement between the sleeve and the mandrel is limited.
Electrochemical system comprising: - at least one electrically-insulating polymer film ; - at least one electrically-conductive strip deposited directly on the electrically-insulating polymer film; - at least one tab forming a current collector heat-sealed to the electrically-conductive strip by a hot-melt electrically-conductive polymer . - at least one electrically-insulating polymer film ; - at least one electrically-conductive strip deposited directly on the electrically-insulating polymer film; - at least one tab forming a current collector heat-sealed to the electrically-conductive strip by a hot-melt electrically-conductive polymer .
Method for simultaneous injection of a combustion gas and an oxygen-rich gas into a unit, preferably into a metallurgical smelting unit, by means of a burner comprising a primary nozzle , which is configured as an ultrasonic nozzle, for injection of the oxygen-rich gas and a coaxial nozzle , which is configured as an ultrasonic nozzle and arranged coaxially with respect to the primary nozzle , with an annular outlet opening for injection of the combustion gas, wherein the primary nozzle has a convergent section and a divergent section which adjoin one another at a radius of the narrowest cross-section and wherein the annular outlet opening is arranged at an end face of the burner , wherein the combustion gas is injected in the form of hydrogen or in the form of a combustion gas mixture of hydrogen and a gas containing hydrocarbon, particularly natural gas, at a fixed entry pressure and fixed entry volume flow rate referred to a designed thermal performance of the burner , whereagainst the entry pressure and entry volume flow rate of the oxygen-rich gas are varied according to the respective application.
Micro-organism, deposited at the Westerdijk Fungal Biodiversity Institute under accession number CBS143205.
A threshing system for a combine harvester , said threshing system comprising: - a threshing rotor cylinder , - a rotor cage , wherein the threshing rotor cylinder is mounted in the rotor cage, - a support bracket that is configured to be attached to said threshing rotor cylinder ; - a rasp bar that is configured to be mounted to the support bracket , - a fastener for releasably mounting the rasp bar to the support bracket , a channel formed in the support bracket for receiving a surface of the rasp bar , wherein engagement between the channel and the surface limits movement of the rasp bar on the support bracket . wherein the support bracket is a unitized and elongated member that is configured to accommodate a plurality of rasp bars , characterized in that the channel is formed at least partially on a surface of the support bracket that is also positionable against a surface of the threshing rotor cylinder , and a lower end of the rasp bar is positionable within the channel . - a threshing rotor cylinder , - a rotor cage , wherein the threshing rotor cylinder is mounted in the rotor cage, - a support bracket that is configured to be attached to said threshing rotor cylinder ; - a rasp bar that is configured to be mounted to the support bracket , - a fastener for releasably mounting the rasp bar to the support bracket , a channel formed in the support bracket for receiving a surface of the rasp bar , wherein engagement between the channel and the surface limits movement of the rasp bar on the support bracket . wherein the support bracket is a unitized and elongated member that is configured to accommodate a plurality of rasp bars , characterized in that the channel is formed at least partially on a surface of the support bracket that is also positionable against a surface of the threshing rotor cylinder , and a lower end of the rasp bar is positionable within the channel .
Screen made of a radioprotective material for protecting an operator from the ionising radiations, which screen comprises: (i) a lower part that has a base , and at least one front wall made of a radioprotective material, which front wall extends in a vertical or substantially vertical plane and has an upper edge , a front face and a rear face , (ii) an upper part having at least one front part made of a radioprotective material, at least one part of which is transparent to allow a visual access through it, which front wall has a front face , a rear face and a lower edge , and (iii) at least one passage for the operator's arms, said front wall of the lower part and said front wall of the upper part being arranged in the continuation of each other, by juxtaposition of their respective upper and lower edges, then occupying an active position ensuring the desired protection, said front walls of the upper part and of the lower part being separable from each other, characterised in that said upper part is carried by said lower part , through linking means allowing the reversible operations thereof between said active position and a retracted position in which the lower edge of said front wall of said upper part is spaced apart from the upper edge of said front wall of said lower part , to clear a space above said lower part , said linking means including means for the pivoting operation of said upper part with respect to said lower part , about at least one horizontal axis . (i) a lower part that has a base , and at least one front wall made of a radioprotective material, which front wall extends in a vertical or substantially vertical plane and has an upper edge , a front face and a rear face , (ii) an upper part having at least one front part made of a radioprotective material, at least one part of which is transparent to allow a visual access through it, which front wall has a front face , a rear face and a lower edge , and (iii) at least one passage for the operator's arms,
An article, such as a filter media, comprising a fiber web, the fiber web comprising: i) a plurality of glass fibers having an average diameter between about 0.01 and about 10 microns, wherein the glass fibers comprise at least 90% of the total dry weight of the filter media, and ii) a water repellent comprising a fluorinated species comprising the formula -C n F m R y , where n is an integer less than or equal to 6, m is an integer greater than 1, R is zero, an atom or a group of atoms, and y is an integer greater than or equal to 0, wherein the fiber web has a basis weight between about 30 and about 400 gsm, an overall thickness between about 100 microns and about 5000 microns, an overall pressure drop between about 5 Pa and about 700 Pa, a water repellency between about 1 kPa and about 20 kPa, and a (-log(DOP penetration %/100)/pressure drop, Pa)×100×9.8 value of at least 8, as measured using DOP aerosol particles approximately 0.3 microns in diameter at a media face velocity of approximately 5.3 cm/sec. i) a plurality of glass fibers having an average diameter between about 0.01 and about 10 microns, wherein the glass fibers comprise at least 90% of the total dry weight of the filter media, and ii) a water repellent comprising a fluorinated species comprising the formula -C n F m R y , where n is an integer less than or equal to 6, m is an integer greater than 1, R is zero, an atom or a group of atoms, and y is an integer greater than or equal to 0, wherein the fiber web has a basis weight between about 30 and about 400 gsm, an overall thickness between about 100 microns and about 5000 microns, an overall pressure drop between about 5 Pa and about 700 Pa, a water repellency between about 1 kPa and about 20 kPa, and a (-log(DOP penetration %/100)/pressure drop, Pa)×100×9.8 value of at least 8, as measured using DOP aerosol particles approximately 0.3 microns in diameter at a media face velocity of approximately 5.3 cm/sec.