mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical aerosol formulation to be administered by a pressurized metered dose inhaler comprising as active ingredients formoterol fumarate in a concentration comprised between 0.003 and 0.192% w/v and beclometasone dipropionate, in a solution of a liquefied hydrofluoroalkane (HFA) propellant, ethanol in anhydrous form as co-solvent, in a concentration comprised between 10% and 20% w/w, and hydrochloric acid, in a concentration such that the apparent pH range of the formulation is between 2.5 and 5.0, wherein the amount of residual water is less than 1500 ppm on the total weight of the formulation, for use in the treatment of a respiratory disorder.
A liquid discharging device comprising: a liquid discharging head including a nozzle surface and one or more nozzles , the liquid discharging head being configured to discharge liquid through the one or more nozzles ; a laminar wiping member configured to wipe the nozzle surface of the liquid discharging head ; and a pressing member configured to press the wiping member against the nozzle surface when the wiping member wipes the nozzle surface , characterized in that the wiping member satisfies the following conditions 1 and 2 when the wiping member is pressed against the nozzle surface by the pressing member during wiping: a contact ratio of the wiping member with the nozzle surface is from 60 to 95 percent, the contact ratio being defined based on an area of the wiping member which is pressed against the nozzle surface , the contact ratio being the percentage of the area which is in contact with the nozzle surface ; Condition 1 a porous volume per unit area represented by V × T/100 is from 0.1 to 0.7 (mm 3 /mm 2 ), where V (percent) represents a porosity and T (mm) represents a thickness of the wiping member Condition 2. a liquid discharging head including a nozzle surface and one or more nozzles , the liquid discharging head being configured to discharge liquid through the one or more nozzles ; a laminar wiping member configured to wipe the nozzle surface of the liquid discharging head ; and a pressing member configured to press the wiping member against the nozzle surface when the wiping member wipes the nozzle surface , characterized in that the wiping member satisfies the following conditions 1 and 2 when the wiping member is pressed against the nozzle surface by the pressing member during wiping: a contact ratio of the wiping member with the nozzle surface is from 60 to 95 percent, the contact ratio being defined based on an area of the wiping member which is pressed against the nozzle surface , the contact ratio being the percentage of the area which is in contact with the nozzle surface ; Condition 1 a porous volume per unit area represented by V × T/100 is from 0.1 to 0.7 (mm 3 /mm 2 ), where V (percent) represents a porosity and T (mm) represents a thickness of the wiping member Condition 2. a contact ratio of the wiping member with the nozzle surface is from 60 to 95 percent, the contact ratio being defined based on an area of the wiping member which is pressed against the nozzle surface , the contact ratio being the percentage of the area which is in contact with the nozzle surface ; Condition 1 a porous volume per unit area represented by V × T/100 is from 0.1 to 0.7 (mm 3 /mm 2 ), where V (percent) represents a porosity and T (mm) represents a thickness of the wiping member Condition 2.
Method for producing a green compact , said green compact comprising at least two partial green compacts , wherein the partial green compacts are each compacted and joined from at least one powdery material in one working cycle and are compacted and joined in the same tool , wherein the powdery material is fed into at least one filling space of the tool in a first step and said powdery material is separated into at least two partial quantities in a second step or a first partial quantity of the powdery material is fed into a first working space and a second partial quantity is fed into a second working space ; wherein the partial quantities of the powdery material are compacted into a first partial green compact in the first working space and into a second partial green compact in the second working space ; wherein the joining of the partial green compacts is conducted with a press fit.
Connection device for electrical conductors , having an actuator, - for enabling an electrical conductor to be inserted into an insulating body in the non-actuated state, and - for fixing and electrically contacting the electrical conductor to an electrical connection contact in an actuated state, wherein the actuator comprises the following: - an actuation recess having an inclined tensioning portion and, adjoining the latter, a tensioning shoulder for actuating a cage clamp - means for bringing the actuator from the non-actuated state into the actuated state, and - means for bringing the actuator from the actuated state into the non-actuated state, characterized in that - the means for bringing the actuator from the actuated state into the non-actuated state comprise an inclined application portion and an application step that begins at a common application edge and that is oriented away at an obtuse angle from the inclined application portion for the purpose of enabling release by means of a tool from the cable-connection-side direction. - for enabling an electrical conductor to be inserted into an insulating body in the non-actuated state, and - for fixing and electrically contacting the electrical conductor to an electrical connection contact in an actuated state, wherein the actuator comprises the following: - an actuation recess having an inclined tensioning portion and, adjoining the latter, a tensioning shoulder for actuating a cage clamp - means for bringing the actuator from the non-actuated state into the actuated state, and - means for bringing the actuator from the actuated state into the non-actuated state, characterized in that - the means for bringing the actuator from the actuated state into the non-actuated state comprise an inclined application portion and an application step that begins at a common application edge and that is oriented away at an obtuse angle from the inclined application portion for the purpose of enabling release by means of a tool from the cable-connection-side direction.
A downhole tool for measuring accelerations at a location within a subterranean borehole , the tool being rotatable around a longitudinal direction of the borehole , the downhole tool comprising: three or four accelerometers , each accelerometer configured to measure acceleration in a respective direction and arranged such that at least a component of the measured acceleration is normal to the longitudinal direction of the borehole , wherein the accelerometers are arranged such that respective components of the three accelerometers that are each normal to the longitudinal direction are not parallel or no more than any two of the four accelerometers have components that are parallel; a first device which measures the rotational speed of the tool ; and a processor unit which receives measurements from the accelerometers and from the first device ; characterized in that the processor unit is configured to relate the acceleration measured by each accelerometer to the true acceleration at that accelerometer by a respective scaling term and a respective offset, and also to combine the measured accelerations and the tool rotational speed to re-calibrate the scaling terms as the tool rotates. three or four accelerometers , each accelerometer configured to measure acceleration in a respective direction and arranged such that at least a component of the measured acceleration is normal to the longitudinal direction of the borehole , wherein the accelerometers are arranged such that respective components of the three accelerometers that are each normal to the longitudinal direction are not parallel or no more than any two of the four accelerometers have components that are parallel; a first device which measures the rotational speed of the tool ; and a processor unit which receives measurements from the accelerometers and from the first device ; characterized in that the processor unit is configured to relate the acceleration measured by each accelerometer to the true acceleration at that accelerometer by a respective scaling term and a respective offset, and also to combine the measured accelerations and the tool rotational speed to re-calibrate the scaling terms as the tool rotates.
A method for receiving downlink control information, DCI, by a user equipment , UE, in a wireless communication system, the method comprising: receiving information on a mapping relation between blind decoding candidate indices and redundancy versions, RVs, for the DCI; detecting a DCI repeatedly transmitted on a plurality of blind decoding candidates; obtaining an RV value of the DCI based on the information and an index of a blind decoding candidate in which the DCI is detected; and obtaining data scheduling information included in the DCI based on the RV value. receiving information on a mapping relation between blind decoding candidate indices and redundancy versions, RVs, for the DCI; detecting a DCI repeatedly transmitted on a plurality of blind decoding candidates; obtaining an RV value of the DCI based on the information and an index of a blind decoding candidate in which the DCI is detected; and obtaining data scheduling information included in the DCI based on the RV value.
A wheeled logistical module comprising: - a base having an upper face capable of supporting goods to be transported, - a caster assembly (102-105) disposed on a lower face of the base, and - a towing device disposed on the lower face of the base, the towing device comprising a slot oriented longitudinally relative to the base, the slot being capable of slidably accommodating a towing member , characterised in that the towing member protrudes from a drawbar of another wheeled logistical module in order to establish a sliding tow connection between the two wheeled logistical modules by which the wheeled logistical module is able to tow the other wheeled logistical module. - a base having an upper face capable of supporting goods to be transported, - a caster assembly (102-105) disposed on a lower face of the base, and - a towing device disposed on the lower face of the base, the towing device comprising a slot oriented longitudinally relative to the base, the slot being capable of slidably accommodating a towing member , characterised in that the towing member protrudes from a drawbar of another wheeled logistical module in order to establish a sliding tow connection between the two wheeled logistical modules by which the wheeled logistical module is able to tow the other wheeled logistical module.
Hand-guided floor treatment device, having a bottom part with at least one tool for floor treatment and a motor for driving the at least one tool and having a guide part with a handle part , wherein the guide part is connected to the bottom part via a first articulation adjustable in a treatment direction with an articulation axis (G1) transversely to the treatment direction , wherein the bottom part has a liquid feed and a liquid receptacle , and wherein a structurally separate suction unit with a suction turbine for taking up liquid is provided, characterized in that the guide part comprises at the lower end below the centre, but above the bottom part , a further articulation with a further articulation axis (G2) extending transversely to the first articulation axis (G1), around which axis the guide part is adjustable transversely to the treatment direction such that the bottom part can be turned by a user (P) parallel to the treatment surface (B) about a vertical axis (A1) of the bottom part in at least ± 270°, and in that the floor treatment device has at least one energy storage device to supply the at least one tool for the floor treatment.
Upper garment (1A; 1B) consisting of several parts comprising a front part (3; 3L, 3R), a left and a right side part , a left and a right upper arm part and a one-piece back part , wherein the back part has a vertically extending central section (Z) and laterally extending left and right arm parts , each arm part having a top side for connection to the left and right upper arm part , respectively, and a bottom side for connection to the left and right side part , respectively, and wherein the left and right top sides each comprise a lateral inner starting point (60L 1 , 60R 1 ) and a lateral outer end point (60L 2 , 60R 2 ) and the left and right bottom sides each have a laterally inner starting point (61L 1 , 61R 1 ) and a laterally outer end point (61L 2 , 61R 2 ), characterized in that the lateral outer end points (60L 2 , 60R 2 ) of the left and right top side respectively coincide with the end points (61L 2 , 61R 2 ) of the left and right bottom side , respectively, and in that the arm sections extend in lateral direction so far that they cover at least 1/3 of the length of an upper arm of a person wearing the upper garment .
Method for producing a security feature , by virtue of a first information item being provided as an open, machine-readable, first graphical code , the first graphical code being provided as a first image, at least one further information item being provided in at least one machine-readable further graphical code , the at least one further graphical code being embedded in a two-dimensional, discrete, complex function G(fx,fy) with an fx-frequency coordinate and an fy-frequency coordinate, the two-dimensional, discrete, complex function G(fx,fy) being Fourier transformed into a two-dimensional, discrete, complex function g(x,y), and the function g(x,y) being binarized into a second image and the first image and the second image being linked to one another, characterized in that a maximum used frequency fx_max, fy_max and a maximum achievable frequency fx_limit, fy_limit are respectively determined along both frequency coordinates fx, fy, a ratio Pfx = fx _ max fx _ limit , Pfy = fy _ max fy _ limit of maximum used frequency and maximum achievable frequency is determined along each coordinate and the linked image is printed with a pixel resolution of at least the smaller value of the two values 300 DPI Pfx , 300 DPI Pfy .
An intermediate transfer medium which comprises a substrate sheet, a protective layer and a receiving layer which are layered on a surface of the substrate sheet; wherein the protective layer comprises a blend of two or more kinds of binder resins which have mutually different number average molecular weights (Mn), and wherein a sum total (∑) of products, each product being calculated by multiplying the number average molecular weight (Mn) of individual binder resin and its content ratio in the blend together, is in the range of not less than 3000 and not more than 17000.
A method for identifying at least one place of interest on a physical object within a physical environment , using augmented reality and a 3D model of the physical object , the method comprising the steps: - aligning (S1), in an augmented reality view, the 3D model with the physical object within the physical environment 1, - determining (S2) motion data by tracking at least one gesture of a user related to the physical object , - identifying (S3) said at least one place of interest by determining at least one intersection point of said at least one gesture and the physical object the method being characterised in that it is using a 3D engine supporting colliders, whereby colliders are defining the shape of a 3D object in the 3D scene and include virtual sensors that detect proximity of intersection among 3D objects, wherein: - a first collider related to the 3D model of the physical object and - a second collider related to the motion data of the at least one gesture of a user exists, wherein said at least one intersection point is determined by using at least one virtual proximity sensor applied to the first collider of the 3D model in relation to the second collider of the motion data of the at least one gesture. the method comprising the steps: - aligning (S1), in an augmented reality view, the 3D model with the physical object within the physical environment 1, - determining (S2) motion data by tracking at least one gesture of a user related to the physical object , - identifying (S3) said at least one place of interest by determining at least one intersection point of said at least one gesture and the physical object - aligning (S1), in an augmented reality view, the 3D model with the physical object within the physical environment 1, - determining (S2) motion data by tracking at least one gesture of a user related to the physical object , - identifying (S3) said at least one place of interest by determining at least one intersection point of said at least one gesture and the physical object the method being characterised in that it is using a 3D engine supporting colliders, whereby colliders are defining the shape of a 3D object in the 3D scene and include virtual sensors that detect proximity of intersection among 3D objects, wherein: - a first collider related to the 3D model of the physical object and - a second collider related to the motion data of the at least one gesture of a user exists, - a first collider related to the 3D model of the physical object and - a second collider related to the motion data of the at least one gesture of a user exists, wherein said at least one intersection point is determined by using at least one virtual proximity sensor applied to the first collider of the 3D model in relation to the second collider of the motion data of the at least one gesture.
Urban transportation and logistics system, comprising • a first ground level comprising railway tracks for freight railway transport, • a second engineering and technical level comprising pipelines and technical communications, such as water mains, heat and sewer pipes, gas, electric networks, • a third level comprising passenger transport equipment, namely metro trains, • a fourth pedestrian level, located under open sky and including residential and non-residential buildings, whereby each level is located one above the other, characterized in that the first ground level comprises motor roads for freight road transport, the second engineering and technical level comprises garbage chute constructions, the third level comprises passenger transport equipment, namely travelators or electric buses and in that the levels are connected with each other and with the residential and non-residential buildings by vertical staircase-elevator systems. • a first ground level comprising railway tracks for freight railway transport, • a second engineering and technical level comprising pipelines and technical communications, such as water mains, heat and sewer pipes, gas, electric networks, • a third level comprising passenger transport equipment, namely metro trains, • a fourth pedestrian level, located under open sky and including residential and non-residential buildings,
A method for forming a composite component, the method comprising: providing a first mould tool and a second mould tool , the first and second mould tools being configured so as to be capable of defining at least part of a mould cavity between them, and the second mould tool having a moulding surface defined by at least two demountable mould bodies ; attaching the first mould tool to a press at a first workstation; subsequently, at a second workstation spaced from the first workstation, loading at least part of the second mould tool with reinforcement material whilst the first mould tool remains attached to the press at the first workstation, wherein during the said loading step the demountable mould bodies of the second tool are demounted from each other by being brought out of mutual sealing engagement; moving the second mould tool to the press at the first workstation in such a position as to confront the first mould tool , wherein the demountable bodies of the second mould tool are fixed in relative position to be in mutual sealing engagement during the moving of the second mould tool; causing the press to effect relative movement of the first and second tools to bring the first and second tools into mating arrangement so as to define a mould cavity therebetween; and setting in shape the reinforcement material located in the mould cavity. providing a first mould tool and a second mould tool , the first and second mould tools being configured so as to be capable of defining at least part of a mould cavity between them, and the second mould tool having a moulding surface defined by at least two demountable mould bodies ; attaching the first mould tool to a press at a first workstation; subsequently, at a second workstation spaced from the first workstation, loading at least part of the second mould tool with reinforcement material whilst the first mould tool remains attached to the press at the first workstation, wherein during the said loading step the demountable mould bodies of the second tool are demounted from each other by being brought out of mutual sealing engagement; moving the second mould tool to the press at the first workstation in such a position as to confront the first mould tool , wherein the demountable bodies of the second mould tool are fixed in relative position to be in mutual sealing engagement during the moving of the second mould tool; causing the press to effect relative movement of the first and second tools to bring the first and second tools into mating arrangement so as to define a mould cavity therebetween; and setting in shape the reinforcement material located in the mould cavity.