mhurhangee/ep-ind-claims huggingface dataset:
Set of fitting members for pushable leaves of windows and doors, having a carriage pair which comprises a first carriage (1, 1') having a control web (3, 3') and a second carriage (2, 2') having a stop face (4, 4') for a pushable leaf, the first carriage (1, 1') trailing the second carriage (2, 2') of the carriage pair in the installed position on the relevant pushable leaf in the opening direction thereof, characterised in that • the carriage pair is provided as a first carriage pair and the set of fitting members further has a second carriage pair, one carriage pair being provided for a pushable leaf which opens to the right and the other carriage pair being provided for a pushable leaf which opens to the left, • in that the second carriage pair also comprises a first carriage (1, 1') having a control web (3, 3') and a second carriage (2, 2') having a stop face (4, 4'), the first carriage (1, 1') trailing the second carriage (2, 2') of the second carriage pair in the installed position on the relevant pushable leaf in the opening direction thereof, • in that the carriages of the first and second carriage pair were produced in a casting method, and • in that the control web (3, 3') is formed on the first carriage (1, 1') of one carriage pair at that region which forms the stop face (4, 4') at the second carriage (2, 2') of the other carriage pair, and in that the first carriage (1, 1') of one carriage pair and the second carriage (2, 2') of the other carriage pair are otherwise constructed in an identical manner. • the carriage pair is provided as a first carriage pair and the set of fitting members further has a second carriage pair, one carriage pair being provided for a pushable leaf which opens to the right and the other carriage pair being provided for a pushable leaf which opens to the left, • in that the second carriage pair also comprises a first carriage (1, 1') having a control web (3, 3') and a second carriage (2, 2') having a stop face (4, 4'), the first carriage (1, 1') trailing the second carriage (2, 2') of the second carriage pair in the installed position on the relevant pushable leaf in the opening direction thereof, • in that the carriages of the first and second carriage pair were produced in a casting method, and • in that the control web (3, 3') is formed on the first carriage (1, 1') of one carriage pair at that region which forms the stop face (4, 4') at the second carriage (2, 2') of the other carriage pair, and in that the first carriage (1, 1') of one carriage pair and the second carriage (2, 2') of the other carriage pair are otherwise constructed in an identical manner.
A method of producing a movable contactor for a circuit breaker comprising the following steps: providing a cage; providing a plurality of fingers disposed in the cage; providing a shaft-integrated side plate including a base portion having a certain thickness and area; forming a shaft portion of the shaft-integrated side plate; coupling the shaft-integrated side plate respectively to both sides of the cage by bolts, thereby covering the fingers; and inserting the shaft portion of the shaft-integrated side plate rotatably into a shaft inserting groove of a bracket, to which a load side connection terminal connected to a fixed contactor is coupled, characterised in that the step of forming the shaft portion of the shaft-integrated side plate comprises: - pressing a part of the base portion to be protruded as a semi-sphere shape; - then, a central portion of the protruded portion is punched thereby to form a through hole; - then, the protruded portion is pushed thus to form the shaft portion protruding with a predetermined outer diameter and length, hereby the shaft portion is formed as one body with the shaft-integrated side plate. providing a cage; providing a plurality of fingers disposed in the cage; providing a shaft-integrated side plate including a base portion having a certain thickness and area; forming a shaft portion of the shaft-integrated side plate; coupling the shaft-integrated side plate respectively to both sides of the cage by bolts, thereby covering the fingers; and inserting the shaft portion of the shaft-integrated side plate rotatably into a shaft inserting groove of a bracket, to which a load side connection terminal connected to a fixed contactor is coupled, characterised in that the step of forming the shaft portion of the shaft-integrated side plate comprises: - pressing a part of the base portion to be protruded as a semi-sphere shape; - then, a central portion of the protruded portion is punched thereby to form a through hole; - then, the protruded portion is pushed thus to form the shaft portion protruding with a predetermined outer diameter and length, hereby the shaft portion is formed as one body with the shaft-integrated side plate. - pressing a part of the base portion to be protruded as a semi-sphere shape; - then, a central portion of the protruded portion is punched thereby to form a through hole; - then, the protruded portion is pushed thus to form the shaft portion protruding with a predetermined outer diameter and length, hereby the shaft portion is formed as one body with the shaft-integrated side plate.
A combination of an antagonist of IL-11 mediated signalling and an antagonist of an angiogenic factor for use in a method of treating or preventing fibrosis; wherein the antagonist of IL-11 mediated signalling is an anti-IL-11 antibody or an antigen-binding fragment thereof, or an anti-IL-Rα antibody or an antigen-binding fragment thereof; and wherein the antagonist of an angiogenic factor is a decoy VEGF receptor. wherein the antagonist of IL-11 mediated signalling is an anti-IL-11 antibody or an antigen-binding fragment thereof, or an anti-IL-Rα antibody or an antigen-binding fragment thereof; and wherein the antagonist of an angiogenic factor is a decoy VEGF receptor.
A computerized method for annotating an element of an image of a view of a video sequence, comprising the steps of: (a) obtaining an identification of the element; (b) relating the identification to annotating data associated with the element; and (c) causing the annotating data to be displayed wherein said image of the view is taken with a portable mobile phone including a camera and a touch screen; wherein annotation information is based on the portable mobile phone position and orientation, and wherein correspondence matching takes advantage of a correspondence for a previous view in said sequence by establishing the new correspondence by iterative refinement based on the correspondence for the previous view serving as an initial guess. (a) obtaining an identification of the element; (b) relating the identification to annotating data associated with the element; and (c) causing the annotating data to be displayed wherein said image of the view is taken with a portable mobile phone including a camera and a touch screen; wherein annotation information is based on the portable mobile phone position and orientation, and wherein correspondence matching takes advantage of a correspondence for a previous view in said sequence by establishing the new correspondence by iterative refinement based on the correspondence for the previous view serving as an initial guess.
An electronic device, comprising: a housing defining an interior and an exterior of the electronic device; a plurality of electronic components exposed to the interior of the electronic device; and a coating for imparting electronic components with moisture resistance covering at least portions of at least some electronic components of the plurality of electronic components, said coating comprising: a base portion comprising a moisture-impermeable barrier providing a first type of moisture resistance, the base portion comprising parylene C, all the precursors for the base portion comprising precursors to parylene C; and an outer portion providing another type of protection, the outer portion comprising a fluorinated parylene, all the precursors for the outer portion comprising precursors to the fluorinated parylene; and a transition between the base portion and the outer portion, the transition comprising parylene C and the fluorinated parylene, the transition being a gradient between parylene C and the fluorinated parylene. a housing defining an interior and an exterior of the electronic device; a plurality of electronic components exposed to the interior of the electronic device; and a coating for imparting electronic components with moisture resistance covering at least portions of at least some electronic components of the plurality of electronic components, said coating comprising: a base portion comprising a moisture-impermeable barrier providing a first type of moisture resistance, the base portion comprising parylene C, all the precursors for the base portion comprising precursors to parylene C; and an outer portion providing another type of protection, the outer portion comprising a fluorinated parylene, all the precursors for the outer portion comprising precursors to the fluorinated parylene; and a transition between the base portion and the outer portion, the transition comprising parylene C and the fluorinated parylene, the transition being a gradient between parylene C and the fluorinated parylene. a base portion comprising a moisture-impermeable barrier providing a first type of moisture resistance, the base portion comprising parylene C, all the precursors for the base portion comprising precursors to parylene C; and an outer portion providing another type of protection, the outer portion comprising a fluorinated parylene, all the precursors for the outer portion comprising precursors to the fluorinated parylene; and a transition between the base portion and the outer portion, the transition comprising parylene C and the fluorinated parylene, the transition being a gradient between parylene C and the fluorinated parylene.
A method for preparation of iron oxide nanoparticles, comprising: reacting an iron complex having iron as a central atom and a carboxylate group having 10 to 25 carbon atoms ('C10 to C25') that is bonded to the central atom in a ligand form; a C4 to C25 fatty acid; and a C4 to C25 aliphatic alcohol or C4 to C25 aliphatic amine at 150 to 350°C to prepare iron oxide nanoparticles. reacting an iron complex having iron as a central atom and a carboxylate group having 10 to 25 carbon atoms ('C10 to C25') that is bonded to the central atom in a ligand form; a C4 to C25 fatty acid; and a C4 to C25 aliphatic alcohol or C4 to C25 aliphatic amine at 150 to 350°C to prepare iron oxide nanoparticles.
A method for incorporating micronutrients in an outer shell of urea-based particles, characterized in that it comprises the steps of: a) applying less than 2 weight% of a liquid concentrated mineral acid, relative to the weight of urea-based particles, to urea-based particles having a water content of at the most 2 weight%, wherein the liquid concentrated mineral acid has a water content of at most 25 weight%, relative to the weight of the urea-based particles wherein the concentrated mineral acid reacts with the urea in order to at least form a double salt layer on at least a part of the outer surface of the urea-based particles such that an acidified particle grasping layer is obtained, and subsequently b) applying between 2 and 6 weight % of a solid mineral base in powder form, based on the weight of the urea-based particles, to the urea-based particles of step a) in order to attach them to the grasping layer of the urea-based particles; wherein the mineral acid or the solid mineral base are the source of any one of the micronutrients and wherein the liquid concentrated mineral acid and the solid mineral base in powder form are applied in a non-equimolar ratio between 0.1 and 1 mol/mol mineral acid / mineral base. a) applying less than 2 weight% of a liquid concentrated mineral acid, relative to the weight of urea-based particles, to urea-based particles having a water content of at the most 2 weight%, wherein the liquid concentrated mineral acid has a water content of at most 25 weight%, relative to the weight of the urea-based particles wherein the concentrated mineral acid reacts with the urea in order to at least form a double salt layer on at least a part of the outer surface of the urea-based particles such that an acidified particle grasping layer is obtained, and subsequently b) applying between 2 and 6 weight % of a solid mineral base in powder form, based on the weight of the urea-based particles, to the urea-based particles of step a) in order to attach them to the grasping layer of the urea-based particles;
A dehumidifier comprising: a main body; an evaporator and a condenser arranged within the main body; and a fan arranged to suction air into the main body and discharge the air from the main body, wherein the fan includes a first blowing part arranged to blow air having passed through both the evaporator and the condenser, characterized in that the fan further includes a second blowing part arranged to selectively blow either air having passed through both the condenser and the evaporator or air having passed through only the evaporator. a main body; an evaporator and a condenser arranged within the main body; and a fan arranged to suction air into the main body and discharge the air from the main body, wherein the fan includes a first blowing part arranged to blow air having passed through both the evaporator and the condenser, characterized in that the fan further includes a second blowing part arranged to selectively blow either air having passed through both the condenser and the evaporator or air having passed through only the evaporator.
Composition comprising reduced coenzyme Q represented by the following formula as an active ingredient (wherein n represents an integer from 1 to 12) for use in reducing fatigue caused by aging.
A fan disk for a turbojet engine wherein a gas flow circulates in a circulation direction, said fan disk having a radial section in the shape of a pin comprising: - a first branch, designed to be fixed to a drive shaft of the turbojet engine, - a second branch, extending facing the first branch and designed to support a plurality of fan blades, and - a curved junction wall extending between the first branch and the second branch, the fan disk carrying a plurality of fan blades and being characterised in that the second branch comprises a recess extending in one inner face at its junction with the junction wall and in that the fan blades are made of a composite material. - a first branch, designed to be fixed to a drive shaft of the turbojet engine, - a second branch, extending facing the first branch and designed to support a plurality of fan blades, and - a curved junction wall extending between the first branch and the second branch,
Refrigerator with a housing (1, 2) and a dispensing device arranged in a front-side recess of the housing (1, 2) for flowable and/or pourable chilled items, wherein the front side of the housing (1, 2) is at least partially covered by an adjustable decorative panel and the recess is accessible through an opening in the decorative panel and that a case which is open towards the dispensing device and the opening of the decorative panel is fastened adjustably in the recess, characterised in that the case is fastened in the recess by means of screws which are each inserted in a slot formed in a wall of the case and engage in a thread in a wall (15, 17) of the recess which lies opposite said wall of the case.
A method of controlling a mobile terminal, the method comprising: displaying (S31, S32) a restricted use icon and a non-restricted use icon together on a lock screen on a display of the mobile terminal to indicate that the mobile terminal is in a locked state; receiving a user input for selecting one of the restricted use icon and the non-restricted use icon on the lock screen; if the restricted use icon is selected, performing (S34, S36) a user authentication procedure; in response to completion of the user authentication procedure, releasing the locked state of the mobile terminal and executing a first function associated with the restricted use icon, such that the lock screen is switched to a first execution image of the first function; and if the non-restricted use icon is selected, executing a second function associated with the non-restricted use icon, such that the lock screen is switched (S34, S35) directly to a second execution image of the second function without performing the user authentication procedure. displaying (S31, S32) a restricted use icon and a non-restricted use icon together on a lock screen on a display of the mobile terminal to indicate that the mobile terminal is in a locked state; receiving a user input for selecting one of the restricted use icon and the non-restricted use icon on the lock screen; if the restricted use icon is selected, performing (S34, S36) a user authentication procedure; in response to completion of the user authentication procedure, releasing the locked state of the mobile terminal and executing a first function associated with the restricted use icon, such that the lock screen is switched to a first execution image of the first function; and if the non-restricted use icon is selected, executing a second function associated with the non-restricted use icon, such that the lock screen is switched (S34, S35) directly to a second execution image of the second function without performing the user authentication procedure.
Cosmetic use of an emulsified composition in skin-care, the composition comprising: 0.1 to 10% by mass of a plate-like powder; 0.1 to 30% by mass of an oil having an IOB of 0.1 to 0.5; 0.01 to 5% by mass of a pulverized agar gel; and 1 to 20% by mass of a moisturizing agent. 0.1 to 10% by mass of a plate-like powder; 0.1 to 30% by mass of an oil having an IOB of 0.1 to 0.5; 0.01 to 5% by mass of a pulverized agar gel; and 1 to 20% by mass of a moisturizing agent.
A method of forming a component having a variation in saturation magnetization, comprising: forming a masked metallic component comprising a metallic component having a patterned oxide layer on its surface (121, 122), comprising forming an oxide layer on the surface (121, 122), wherein the oxide layer comprises an oxide of a metal present in the metallic component; selectively diffusing nitrogen into the metallic component of the masked metallic component by exposing the masked metallic component to a nitrogen-rich atmosphere; characterized in that forming the oxide layer comprises chemically oxidizing the metallic component. forming a masked metallic component comprising a metallic component having a patterned oxide layer on its surface (121, 122), comprising forming an oxide layer on the surface (121, 122), wherein the oxide layer comprises an oxide of a metal present in the metallic component; selectively diffusing nitrogen into the metallic component of the masked metallic component by exposing the masked metallic component to a nitrogen-rich atmosphere; characterized in that forming the oxide layer comprises chemically oxidizing the metallic component.
A method for the unambiguous identification of Wi-Fi devices, the method comprising: receiving probe request frames sent by Wi-Fi devices; extracting a set of features from a plurality of fields of each probe request frame; assigning a footprint to each probe request frame based on the extracted set of features; for each footprint, performing a cluster analysis on a time series of the sequence numbers included in the header of the probe request frames associated with the corresponding footprint, obtaining at least one cluster per footprint; and identifying a Wi-Fi device for each different cluster; characterized in that the cluster analysis comprises: performing a principal component analysis on the time series of sequence numbers to obtain a first principal component and a second principal component; projecting the time series of sequence numbers over the second principal component; and classifying the projected time series into clusters. receiving probe request frames sent by Wi-Fi devices; extracting a set of features from a plurality of fields of each probe request frame; assigning a footprint to each probe request frame based on the extracted set of features; for each footprint, performing a cluster analysis on a time series of the sequence numbers included in the header of the probe request frames associated with the corresponding footprint, obtaining at least one cluster per footprint; and identifying a Wi-Fi device for each different cluster; performing a principal component analysis on the time series of sequence numbers to obtain a first principal component and a second principal component; projecting the time series of sequence numbers over the second principal component; and classifying the projected time series into clusters.
A method for communications, comprising: transmitting a first control message requesting channel state information to be computed at each of one or more apparatuses; receiving a first CSI report message with the computed CSI transmitted in response to the first control message; characterised by: transmitting one or more second control messages, wherein each of the one or more second control messages requests a CSI report message with the computed CSI from a different one of the apparatuses; and receiving one or more CSI report messages transmitted in response to the one or more second control messages; and wherein each of the first control message and the one or more second control messages comprises a sequence number used to match each of the one or more second control messages with the first control message. transmitting a first control message requesting channel state information to be computed at each of one or more apparatuses; receiving a first CSI report message with the computed CSI transmitted in response to the first control message; transmitting one or more second control messages, wherein each of the one or more second control messages requests a CSI report message with the computed CSI from a different one of the apparatuses; and receiving one or more CSI report messages transmitted in response to the one or more second control messages; and wherein each of the first control message and the one or more second control messages comprises a sequence number used to match each of the one or more second control messages with the first control message.
A header 10 for a heat exchanger, in particular for a charge air cooler, comprising an opening plane 12 with plurality of openings 14 for attachment of tubes, a collar 13 encircling the perimeter of the opening plane 12 and protruding at least partially above the opening plane 12, characterized in that the header 10 further comprises guiding protrusions 11a, 11b located along inner perimeter of the collar 13 adjacent to said openings 14 and configured to guide the tubes into the openings 14 upon insertion, wherein the openings 14 have substantially rectangular shape with longer sides 14a and shorter sides 14b and are arranged in series along their longer sides 14a, wherein a first group of guiding protrusions 11a is located adjacent the longer sides 14a of the openings 14, while a second group of guiding protrusions 11b is located adjacent the shorter sides 14b of the openings 14.