mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator having an insulated body and an insulated door which is mounted so it is pivotable in relation to the insulated body by door hinges and which has at least one insulated region having a peripheral seal , wherein fastening units are provided on a front end face of the insulated body for the alternate fastening of the door hinges on a left or right side of the insulated body , with an opening device for the insulated door which is installed on at least one of the unused fastening units for the door hinges on a side of the insulated body opposite to the door hinges in an installation space provided for the door hinges , wherein the opening device has a housing , out of which an ejection element is extendable in an electrically actuated manner which acts on a region of the door assembly located outside the seal , wherein the door hinge has a self-retraction function and the ejection element has a maximum stroke upon extension out of the housing , which pivots the insulated door by a door opening angle which is less than 35° and less than an angle range of a self-retraction device of the door hinge , so that the door assembly closes automatically after the ejection element retracts, if it is not manually opened.
Gravimetric dosing device for bulk goods, where a main component is fed to a mixing tube installed in a neck part the output of which leads to a processing machine, e.g. an extruder, characterised in that the mixing tube is adjustable in its length and/or its diameter.
A composition for coloring keratin fibers, preferably human keratin fibers, more preferably human hair, which is liquid at 20°C characterized in that it comprises one or more hair direct dyes selected from cationic, anionic, non-ionic and/or nitro dyes, preferably at a total concentration in the range of 0.001 to 10% by weight, one or more diols which is (are) liquid at 20°C at a total concentration more than or equal to 50% by weight, and 2% by weight or less, preferably 1% by weight or less water, wherein all concentrations are calculated to the total composition.
An application association processing method performed by an apparatus, comprising: detecting (S201) a second operation gesture performed on an application icon displayed on a display interface of the apparatus, the application icon corresponding to an application program; and in response to detecting the second operation gesture, switching (S202) the application icon to an editable state, wherein the editable state is a premode for searching for an associated control icon or the editable state is a state where the application icon can be deleted or moved; detecting (S203) a first operation gesture after the application icon is switched to the editable state; in response to detecting the first operation gesture, displaying (S204) the associated control icon in a floating window, wherein the associated control icon corresponds to a visual control associated with the application program and the visual control displays a function of the application program; and detecting (S205) a third operation gesture performed on the associated control icon; and in response to detecting the third operation gesture, displaying (S206) the visual control corresponding to the associated control icon on the display interface. detecting (S201) a second operation gesture performed on an application icon displayed on a display interface of the apparatus, the application icon corresponding to an application program; and in response to detecting the second operation gesture, switching (S202) the application icon to an editable state, wherein the editable state is a premode for searching for an associated control icon or the editable state is a state where the application icon can be deleted or moved; detecting (S203) a first operation gesture after the application icon is switched to the editable state; in response to detecting the first operation gesture, displaying (S204) the associated control icon in a floating window, wherein the associated control icon corresponds to a visual control associated with the application program and the visual control displays a function of the application program; and detecting (S205) a third operation gesture performed on the associated control icon; and in response to detecting the third operation gesture, displaying (S206) the visual control corresponding to the associated control icon on the display interface.
An inertial measurement system for aircraft, the system comprising at least one processor unit connected to at least two inertial units, characterized in that the two inertial units comprise at least one inertial unit of a first type having at least three angular sensors and three linear sensors aligned on three substantially distinct sensing axes, and an inertial unit of a second type comprising at least four angular sensors and four linear sensors aligned on four substantially distinct sensing axes, the system being arranged to calculate one piece of inertial data from the six sensors of the inertial unit of the first type and four pieces of inertial data from four distinct combinations of three angular sensors and three linear sensors selected from the sensors of the inertial unit of the second type, and the processor unit being arranged to : - compare the four pieces of inertial data from the measurements of the inertial unit of the second type with one another so as to determine whether the inertial unit of the second type has failed; - compare one of the inertial data from the measurements of the inertial unit of the second type with the inertial data from the measurements of the inertial unit of the first type. - compare the four pieces of inertial data from the measurements of the inertial unit of the second type with one another so as to determine whether the inertial unit of the second type has failed; - compare one of the inertial data from the measurements of the inertial unit of the second type with the inertial data from the measurements of the inertial unit of the first type.
A powertrain comprising: a reservoir , configured to store coolant; a first drive motor , wherein the first drive motor comprises a first stator and a first rotor ; a second drive motor , wherein the second drive motor comprises a second stator and a second rotor ; a first pump and a second pump , wherein an inlet of the first pump is connected to the reservoir , and an inlet of the second pump is connected to the reservoir ; a heat exchanger , wherein the heat exchanger is connected to the first pump ; and a first flow path , wherein the first flow path is connected to an outlet of the first pump , and the first flow path is used to supply the coolant to the first stator and the second stator through the heat exchanger ; and characterised by a second flow path , wherein the second flow path is connected to an outlet of the second pump , and the second flow path is used to supply the coolant to the first rotor and the second rotor . a reservoir , configured to store coolant; a first drive motor , wherein the first drive motor comprises a first stator and a first rotor ; a second drive motor , wherein the second drive motor comprises a second stator and a second rotor ; a first pump and a second pump , wherein an inlet of the first pump is connected to the reservoir , and an inlet of the second pump is connected to the reservoir ; a heat exchanger , wherein the heat exchanger is connected to the first pump ; and a first flow path , wherein the first flow path is connected to an outlet of the first pump , and the first flow path is used to supply the coolant to the first stator and the second stator through the heat exchanger ; and characterised by a second flow path , wherein the second flow path is connected to an outlet of the second pump , and the second flow path is used to supply the coolant to the first rotor and the second rotor .
An electrical switch system, in particular assigned to the power control of loads such as for example a motor, comprising two power multipole electrical apparatuses , each power multipole electrical apparatus such as an electrical contactor, a circuit breaker or a disconnector, comprising a case made of an electrically-insulating material provided with a front face and a rear face equipped with fastening elements allowing fastening the case to a support, the apparatus comprising pole power connections including, on the one hand, inner power conductors housed within the case , and on the other hand, at least one connection terminal using a spring operating by direct plug-in housed within the case and having at least one opening delimited by the case and which opens towards the front face in order to enable outer conductors to be inserted and connected to the inner conductors , said at least one opening being such that the direction of insertion of the outer conductors is substantially perpendicular to the general plane of the rear face of the case , a system wherein at least one of these two electrical apparatuses has electrical cut-off properties, the system comprising coupling elements inserted into the opening of at least one of the connection terminals of each of the two electrical apparatuses so as to ensure an electrical connection between these two connection terminals thus connected via the coupling elements , the coupling elements comprise a multipole interconnection block comprising pins plugged in by direct plug-in into the connection terminals of the electrical apparatuses facing the corresponding poles in order to ensure the respective pole connections between the electrical apparatuses , characterized in that : each pin has, in at least one area of said pin coming into contact with the spring , a hardness such that the ratio between said hardness and the hardness of the spring is greater than or equal to 0.85.
A method for producing a turbomachine impeller comprising the following steps: (a) producing by additive manufacturing a plurality of separate segments of the impeller , at least some of the separate segments having a skin surrounding at least one empty volume corresponding to a massive part of the impeller ; (b) assembling the separate segments of the impeller together forming a semi-finished component, the empty volumes of the segments forming at least one inner cavity in the semi-finished component; (c) filling the at least one inner cavity of the semi-finished component with a bulk flowable material; (d) sealingly closing the at least one inner cavity filled with bulk flowable material; (e) densifying and solidifying the bulk flowable material in the at least one inner cavity. (a) producing by additive manufacturing a plurality of separate segments of the impeller , at least some of the separate segments having a skin surrounding at least one empty volume corresponding to a massive part of the impeller ; (b) assembling the separate segments of the impeller together forming a semi-finished component, the empty volumes of the segments forming at least one inner cavity in the semi-finished component; (c) filling the at least one inner cavity of the semi-finished component with a bulk flowable material; (d) sealingly closing the at least one inner cavity filled with bulk flowable material; (e) densifying and solidifying the bulk flowable material in the at least one inner cavity.
An infusion system comprising: a catheter hub having a catheter tube extending from a distal end of a catheter body; an extension set or an IV administration set having a male Luer connector for fluid communication with an open proximal end of the catheter hub ; characterized in that : the male Luer connector has a body having two centerlines that are angled to one another. a catheter hub having a catheter tube extending from a distal end of a catheter body; an extension set or an IV administration set having a male Luer connector for fluid communication with an open proximal end of the catheter hub ; characterized in that : the male Luer connector has a body having two centerlines that are angled to one another.
Method for automated docking of a passenger boarding bridge ("PBB") to an aircraft , the aircraft having a fuselage and a door , to which door a bridgehead of the passenger boarding bridge is to be aligned, the method comprising the following steps: determining a target position (T1, T2) in relation to the door , controlling a movement of the bridgehead based on the determined target position (T1, T2), characterized in that in a modeling phase (B-C) a digital model of the door is determined, and in that when in a final phase (C1-D) the door is merely partially in the field of view of a main scanning device so that the target position (T1, T2) is not located in the field view , in the final phase (C1-D) instead of the target position an auxiliary position (T3, T4) in relation of the door is monitored by the main scanning device , wherein a spatial relationship (D13, D24) between the target position (T1, T2) and the auxiliary position (T3, T4) is provided by the digital model ,wherein the target position (T1, T2) is calculated from the auxiliary position (T3, T4) and the spatial relationship (D13, D24). the aircraft having a fuselage and a door , to which door a bridgehead of the passenger boarding bridge is to be aligned, the method comprising the following steps: determining a target position (T1, T2) in relation to the door , controlling a movement of the bridgehead based on the determined target position (T1, T2), characterized in that in a modeling phase (B-C) a digital model of the door is determined, and in that when in a final phase (C1-D) the door is merely partially in the field of view of a main scanning device so that the target position (T1, T2) is not located in the field view , in the final phase (C1-D) instead of the target position an auxiliary position (T3, T4) in relation of the door is monitored by the main scanning device , wherein a spatial relationship (D13, D24) between the target position (T1, T2) and the auxiliary position (T3, T4) is provided by the digital model ,wherein the target position (T1, T2) is calculated from the auxiliary position (T3, T4) and the spatial relationship (D13, D24). determining a target position (T1, T2) in relation to the door , controlling a movement of the bridgehead based on the determined target position (T1, T2), characterized in that in a modeling phase (B-C) a digital model of the door is determined, and in that when in a final phase (C1-D) the door is merely partially in the field of view of a main scanning device so that the target position (T1, T2) is not located in the field view , in the final phase (C1-D) instead of the target position an auxiliary position (T3, T4) in relation of the door is monitored by the main scanning device , wherein a spatial relationship (D13, D24) between the target position (T1, T2) and the auxiliary position (T3, T4) is provided by the digital model ,wherein the target position (T1, T2) is calculated from the auxiliary position (T3, T4) and the spatial relationship (D13, D24).
A device for production of sets of playing cards, the device comprising • A printing means for printing randomly ordered playing cards; • An identification means to identify one or more defective playing cards, comprising a feedback unit to instruct said printing means to reprint the defective playing cards; • An evacuation means to evacuate the one or more defective playing cards. • A printing means for printing randomly ordered playing cards; • An identification means to identify one or more defective playing cards, comprising a feedback unit to instruct said printing means to reprint the defective playing cards; • An evacuation means to evacuate the one or more defective playing cards.
A parcel storage box comprising a base , a side wall and a roof joined to form a box , an opening being provided in the side wall for receiving a parcel; a door hinged to the side wall for closing the opening; a lock for locking the door; a parapet provided on an upper surface of the roof, the parapet describing a closed path around a planting area; characterised by an internal barrier provided on the base, the barrier extending between opposite sides of the side wall and being sealed against fluid at its joins to the side wall, the barrier having a front surface for contacting a rear surface of the door and an upper surface for deflecting water away from the interior of the box, the upper surface being sloped relative to the base, the upper surface being closer to the base at a front edge of the barrier. a door hinged to the side wall for closing the opening; a lock for locking the door; a parapet provided on an upper surface of the roof, the parapet describing a closed path around a planting area; characterised by an internal barrier provided on the base, the barrier extending between opposite sides of the side wall and being sealed against fluid at its joins to the side wall, the barrier having a front surface for contacting a rear surface of the door and an upper surface for deflecting water away from the interior of the box, the upper surface being sloped relative to the base, the upper surface being closer to the base at a front edge of the barrier.
A method of setting light emission control of each of a plurality of light emission tools in an area, comprising: a light emitting step of transmitting a freely-selected ID signal (S n ) to the plurality of light emission tools that are randomly disposed in an area and emit light in response to receipt of corresponding ID signals to cause a light emission tool (E n ) that has received the ID signal (S n ) to emit light; an imaging step of acquiring a light emission image (E n ) of the area after the ID signal (S n ) has been transmitted; a determining step of determining a position of the light emission tool (E n ) that emitted light in response to receipt of the ID signal (S n ) in the area based on the light emission image (E n ); and a storing step of storing the position of the light emission tool (E n ) in the area and the corresponding ID signal (S n ) in association with each other, wherein the light emission tool comprises a main body and a receiver, the receiver is attached to the main body, the main body is a member that emits light by excitation light, and the receiver is a member that emits excitation light in response to a corresponding ID signal, and wherein the main body is a plant that emits light by excitation light. a light emitting step of transmitting a freely-selected ID signal (S n ) to the plurality of light emission tools that are randomly disposed in an area and emit light in response to receipt of corresponding ID signals to cause a light emission tool (E n ) that has received the ID signal (S n ) to emit light; an imaging step of acquiring a light emission image (E n ) of the area after the ID signal (S n ) has been transmitted; a determining step of determining a position of the light emission tool (E n ) that emitted light in response to receipt of the ID signal (S n ) in the area based on the light emission image (E n ); and a storing step of storing the position of the light emission tool (E n ) in the area and the corresponding ID signal (S n ) in association with each other, wherein the light emission tool comprises a main body and a receiver, the receiver is attached to the main body, the main body is a member that emits light by excitation light, and the receiver is a member that emits excitation light in response to a corresponding ID signal, and wherein the main body is a plant that emits light by excitation light.
Magnesium oxide for an annealing separator having a BET specific surface area of 12.0 × 10 3 to 25.0 × 10 3 m 2 ·kg -1 and a Blaine specific surface area of 2.0 × 10 3 to 7.0 × 10 3 m 2 ·kg -1 .
Hand tool module comprising an interconnection apparatus (12a; 12b) which has an interface (14a; 14b), wherein the interface (14a; 14b) is provided for establishing at least one releasable mechanical connection to a further hand tool module (10a; 10b) and/or to a hand tool (18a; 18b), characterized in that the interconnection apparatus (12a; 12b) has, in addition to the interface (14a; 14b), at least one additional interface (16a; 16b) which is provided, in the state in which it is connected to the further hand tool module (10a; 10b) and/or to the hand tool (18a; 18b), for bidirectionally exchanging at least energy at least with the further hand tool module (10a; 10b).
Household appliance for treating laundry, comprising a washing container for receiving the laundry, a measuring device for measuring the quantity of laundry in the washing container ; a liquid reservoir for storing spent washing liquid from the washing container and a processing device for processing the spent washing liquid from the liquid reservoir for a further wash cycle, wherein the household appliance is designed, by means of the processing device , to process a quantity of spent washing liquid from the liquid reservoir measured as a function of the quantity of laundry and to supply the processed quantity of liquid to the washing container so that only that quantity of liquid from the liquid reservoir , which is required as a function of the quantity of laundry in the washing container , is processed.
A sheet metal piece for use in a welding process, comprising: a base material layer having a thickness in a range of about 0.5 mm to about 2.0 mm; a coating material layer having a thickness in a range of about 5 μm to about 100 μm; an intermediate material layer having a thickness in a range of about 1 μm to about 15 μm and being located between the base material layer and the coating material layer and including an intermetallic compound having at least one constituent from each of the base material layer and the coating material layer; and an edge region being located along an edge of the sheet metal piece that is to be welded and including a weld notch formed by a laser beam and defined at least partially by a weld notch surface that includes material from both the coating material layer and the intermediate material layer, wherein the weld notch has a depth (D) and a width (W), characterised in that the depth of the weld notch varies across the width of the weld notch so that the average depth of the weld notch is greatest towards the edge of the sheet metal piece . a base material layer having a thickness in a range of about 0.5 mm to about 2.0 mm; a coating material layer having a thickness in a range of about 5 μm to about 100 μm; an intermediate material layer having a thickness in a range of about 1 μm to about 15 μm and being located between the base material layer and the coating material layer and including an intermetallic compound having at least one constituent from each of the base material layer and the coating material layer;