mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine rotor blade comprising a blade outer side , a wall having a laminate, a blade inner side , and at least a first and a second rotor blade part which are fixed together by means of at least one connecting unit in a separation plane , wherein the connecting unit has at least one cable with a first end with cable fibres which are fixed in or are connected to the laminate of the wall , wherein the connecting unit has at least one projection at the first and second rotor blade parts respectively, wherein the projections are respectively fixedly connected to the laminate of the wall of the rotor blade on the blade inner side , wherein the at least one cable is connected to one of the projections, wherein the connecting unit has at least one tensioning element by means of which the projections at the first and second rotor blade parts can be braced with each other, wherein the cable fibres of the at least one cable are fixed in or connected to the laminate in fanned-out relationship. a blade outer side , a wall having a laminate, a blade inner side , and at least a first and a second rotor blade part which are fixed together by means of at least one connecting unit in a separation plane , wherein the connecting unit has at least one cable with a first end with cable fibres which are fixed in or are connected to the laminate of the wall , wherein the connecting unit has at least one projection at the first and second rotor blade parts respectively, wherein the projections are respectively fixedly connected to the laminate of the wall of the rotor blade on the blade inner side , wherein the at least one cable is connected to one of the projections, wherein the connecting unit has at least one tensioning element by means of which the projections at the first and second rotor blade parts can be braced with each other, wherein the cable fibres of the at least one cable are fixed in or connected to the laminate in fanned-out relationship.
Spraying boom for an agricultural sprayer , comprising - at least one detection unit which is designed to detect the distance from an agriculturally productive area and/or its vegetation , characterized in that the at least one detection unit comprises a multi-beam sensor , and the at least one multi-beam sensor is designed to emit a multi-beam feeler fan in the direction of the agriculturally productive area and/or its vegetation , and the at least one multi-beam sensor is arranged and aligned such that the emitted feeler fan is in a fan plane which is aligned so that it is inclined with respect to a horizontal first reference plane, a second reference plane extending in the vertical and longitudinal direction and/or a third reference plane extending in the vertical and transverse direction, the longitudinal direction corresponding to the direction of travel or a direction which extends in parallel with the direction of travel, and the detection region of the multi-beam sensor extends through a region along and/or transversely to the direction of travel due to the inclined alignment of the feeler fan. - at least one detection unit which is designed to detect the distance from an agriculturally productive area and/or its vegetation ,
A refrigerator comprising: a body having a storing chamber ; a machine room installed at a lower rear portion of the body and partitioned from the storing chamber , the machine room having an inner space; an air feeding path formed in a lower portion of the body to introduce external air into the machine room ; an air exhausting path formed in the lower portion of the body to exhaust the air out of the machine room ; a condenser installed in the air feeding path ; a compressor installed at an outlet of the air feeding path in the machine room ; a blowing fan installed in the machine room ; a blowing guide duct installed in the machine room , and an evaporating dish installed in a lower portion of the blowing guide duct in order to collect and evaporate defrost water, the evaporating dish having an opened upper portion to communicate with a path of the blowing guide duct , characterized in that the blowing fan is disposed in a fan casing formed in the blowing guide duct to intake the air from the air feeding path and to blow the air to the air exhausting path , wherein an inlet of the fan casing formed in the blowing guide duct is connected to the air feeding path and an outlet of the blowing guide duct is connected to the air exhausting path so that the blowing guide duct defines the air path in the inner space of the machine room guiding air blown by the blowing fan to the air exhausting path . a body having a storing chamber ; a machine room installed at a lower rear portion of the body and partitioned from the storing chamber , the machine room having an inner space; an air feeding path formed in a lower portion of the body to introduce external air into the machine room ; an air exhausting path formed in the lower portion of the body to exhaust the air out of the machine room ; a condenser installed in the air feeding path ; a compressor installed at an outlet of the air feeding path in the machine room ; a blowing fan installed in the machine room ; a blowing guide duct installed in the machine room , and an evaporating dish installed in a lower portion of the blowing guide duct in order to collect and evaporate defrost water, the evaporating dish having an opened upper portion to communicate with a path of the blowing guide duct , characterized in that the blowing fan is disposed in a fan casing formed in the blowing guide duct to intake the air from the air feeding path and to blow the air to the air exhausting path , wherein an inlet of the fan casing formed in the blowing guide duct is connected to the air feeding path and an outlet of the blowing guide duct is connected to the air exhausting path so that the blowing guide duct defines the air path in the inner space of the machine room guiding air blown by the blowing fan to the air exhausting path .
A pressure bulkhead for an aircraft comprising: - a laminate body made of composite material with a polymer matrix reinforced with fibres in a laminate arrangement, - a general bulging of the laminate body , which extends along a face thereof, - concave reliefs and convex reliefs arranged on the laminate body , - the concave reliefs and convex reliefs having a maximum angular width of 180 degrees to prevent negatives in the production mould and to facilitate demoulding; and - a rigid interface embedded in the laminate body , for securing the bulkhead, and provided with means for securing to the aircraft structure. characterized in that the concave reliefs and the convex reliefs are alternately arranged on the laminate body , adjacent ones to the others, and define stiffer areas of change from convexity to concavity that act as stiffeners. - a laminate body made of composite material with a polymer matrix reinforced with fibres in a laminate arrangement, - a general bulging of the laminate body , which extends along a face thereof, - concave reliefs and convex reliefs arranged on the laminate body , - the concave reliefs and convex reliefs having a maximum angular width of 180 degrees to prevent negatives in the production mould and to facilitate demoulding; and - a rigid interface embedded in the laminate body , for securing the bulkhead, and provided with means for securing to the aircraft structure.
A device for monitoring the position of an object as well as its distance from a sound wave emitter, by means of sound waves, having a sensor part with - at least one sound wave emitter, - at least one sound wave receiver, and - a computing unit, which is connected with the at least one sound wave emitter and the at least one sound wave receiver, for controlling the same, and which is adapted for determining, based on the echo of a sound wave emitted by the sound wave emitter in the direction of the object, the distance between the sensor part and the object, characterized in that - an identification reflector, which is separate from the sensor part and may be positioned on the object, is provided with a three-dimensional pattern, and - the sensor part has an array of a plurality of sound wave receivers and sound wave emitters, wherein in order to identify the identification reflector and to measure the distance between the sensor part and the identification reflector, a plurality of echoes between different sound wave emitter/sound wave receiver combinations is evaluated. - at least one sound wave emitter, - at least one sound wave receiver, and - a computing unit, which is connected with the at least one sound wave emitter and the at least one sound wave receiver, for controlling the same, and which is adapted for determining, based on the echo of a sound wave emitted by the sound wave emitter in the direction of the object, the distance between the sensor part and the object, characterized in that - an identification reflector, which is separate from the sensor part and may be positioned on the object, is provided with a three-dimensional pattern, and - the sensor part has an array of a plurality of sound wave receivers and sound wave emitters, wherein in order to identify the identification reflector and to measure the distance between the sensor part and the identification reflector, a plurality of echoes between different sound wave emitter/sound wave receiver combinations is evaluated.
A method comprising: activating an electromagnetic tracking system positioned around a head of a patient; receiving a three-dimensional, 3D, image of a surface of the head of the patient and storing the 3D image as a scatter plot in a memory , wherein the 3D image is acquired using a 3D camera comprising at least one optical sensor, characterised by the 3D camera further comprising at least one magnetic sensor, wherein the at least one magnetic sensor is a tri-axial sensor, TAS, and by the method further comprising: determining a location and an orientation of the 3D camera when the 3D image was acquired via the at least one magnetic sensor based on known magnetic fields applied by one or more transmitters of the electromagnetic tracking system; registering the scatter plot to magnetic coordinates of the electromagnetic tracking system using the determined location and orientation of the 3D camera, wherein the registered scatter plot is stored in the memory. activating an electromagnetic tracking system positioned around a head of a patient; receiving a three-dimensional, 3D, image of a surface of the head of the patient and storing the 3D image as a scatter plot in a memory , wherein the 3D image is acquired using a 3D camera comprising at least one optical sensor, characterised by the 3D camera further comprising at least one magnetic sensor, wherein the at least one magnetic sensor is a tri-axial sensor, TAS, and by the method further comprising: determining a location and an orientation of the 3D camera when the 3D image was acquired via the at least one magnetic sensor based on known magnetic fields applied by one or more transmitters of the electromagnetic tracking system; registering the scatter plot to magnetic coordinates of the electromagnetic tracking system using the determined location and orientation of the 3D camera, wherein the registered scatter plot is stored in the memory. determining a location and an orientation of the 3D camera when the 3D image was acquired via the at least one magnetic sensor based on known magnetic fields applied by one or more transmitters of the electromagnetic tracking system; registering the scatter plot to magnetic coordinates of the electromagnetic tracking system using the determined location and orientation of the 3D camera, wherein the registered scatter plot is stored in the memory.
An oxide coating film provided on a surface of an iron-based material which is a base material of a slide member , the oxide coating film comprising a portion containing diiron trioxide (Fe 2 O 3 ), in a region which is closer to an outermost surface of the oxide coating film , a portion containing diiron trioxide (Fe 2 O 3 ) which is more in quantity than other substances, and a portion containing triiron tetraoxide (Fe 3 O 4 ) which is more in quantity than other substances, the portion containing diiron trioxide (Fe 2 O 3 ) and the portion containing triiron tetraoxide (Fe 3 O 4 ) being arranged in this order from the outermost surface of the oxide coating film ; characterized in that the oxide coating film comprises a silicon containing portion containing silicon (Si) which is more in quantity than silicon (Si) of the base material , in a region which is closer to the base material .
A display device , comprising: a plurality of main portions separated from each other; and a plurality of bridge portions (BR) respectively connecting adjacent main portions to each other, wherein a first main portion of the plurality of main portions comprises a transistor (Ti) and a light emitting element (LE), a first bridge portion (BR) of the plurality of bridge portions (BR) comprises a wiring (WRi, WR2) that is electrically connected to the transistor or the light emitting element (LE), the first bridge portion (BR) comprises a first curved part and a pair of second curved parts connected to respective ends of the first curved part , and a curve direction of the first curved part and a curve direction of the pair of second curved parts are different from each other, and characterised in that a curvature radius (R1) of an inner edge of the second curved part is larger than a curvature radius (R2) of an inner edge of the first curved part . a plurality of main portions separated from each other; and a plurality of bridge portions (BR) respectively connecting adjacent main portions to each other, wherein a first main portion of the plurality of main portions comprises a transistor (Ti) and a light emitting element (LE), a first bridge portion (BR) of the plurality of bridge portions (BR) comprises a wiring (WRi, WR2) that is electrically connected to the transistor or the light emitting element (LE), the first bridge portion (BR) comprises a first curved part and a pair of second curved parts connected to respective ends of the first curved part , and a curve direction of the first curved part and a curve direction of the pair of second curved parts are different from each other, and characterised in that a curvature radius (R1) of an inner edge of the second curved part is larger than a curvature radius (R2) of an inner edge of the first curved part .
A heat exchanger comprising: a plate portion including a top surface , bottom surface , a leading edge , a trailing edge and a plurality of internal passages extending between an inlet and an outlet ; and a plurality of fin portion rows , wherein a first row of the plurality of fin portion rows comprises at least two discrete fin portions . characterized in that a second row of the plurality of fin portion rows comprises fewer fin portions than the first row , wherein the first row is closer to the inlet than the second row . a plate portion including a top surface , bottom surface , a leading edge , a trailing edge and a plurality of internal passages extending between an inlet and an outlet ; and a plurality of fin portion rows , wherein a first row of the plurality of fin portion rows comprises at least two discrete fin portions .
A method of forming a three-dimensional van-der-Waals multilayer structure by stacking two-dimensional layers , comprising: a. Providing at least two of the 2D layers , b. placing a first of the 2D layers onto a support , c. placing a second of the 2D layers onto the previously placed first 2D layer , thereby producing a stack of two layers, d. optionally, repeating step c. with one or more further of the 2D layers, thereby increasing the height of the stack , characterized in that e. the 2D layers are free-standing membranes, f. the support comprises or is a target frame defining an opening , and g. the free-standing membranes are placed in such a way that they span the opening of the target frame . a. Providing at least two of the 2D layers , b. placing a first of the 2D layers onto a support , c. placing a second of the 2D layers onto the previously placed first 2D layer , thereby producing a stack of two layers, d. optionally, repeating step c. with one or more further of the 2D layers, thereby increasing the height of the stack , e. the 2D layers are free-standing membranes, f. the support comprises or is a target frame defining an opening , and g. the free-standing membranes are placed in such a way that they span the opening of the target frame .
A wrapping paper (6; 6A), wrapped along a circumferential direction of a wrap target part (7; 7A) of a rod-shaped smoking article (1; 1A), comprising an end part joining structure, wherein: the wrapping paper (6; 6A) has a pair of a first end part area and a second end part area that extend along an axial direction of the wrap target part (7; 7A), is formed into a cylindrical shape by joining the first end part area and the second end part area , and includes a butt seam part (65; 65A) where inner faces of the first end part area and the second end part area are placed opposite to and on top of each other; the butt seam part (65; 65A) is folded back toward a wrap part adjacent to the butt seam part (65; 65A) and wrapping the wrap target part (7; 7A), and is fixed while covering the wrap part ; and the wrapping paper (6; 6A) is a wrapping paper for filter that wraps a filter material of a filter (4; 4A) of the rod-shaped smoking article (1; 1A); characterized in that a liquid impermeable layer is formed on the inner face of the wrapping paper (6; 6A). the wrapping paper (6; 6A) has a pair of a first end part area and a second end part area that extend along an axial direction of the wrap target part (7; 7A), is formed into a cylindrical shape by joining the first end part area and the second end part area , and includes a butt seam part (65; 65A) where inner faces of the first end part area and the second end part area are placed opposite to and on top of each other; has a pair of a first end part area and a second end part area that extend along an axial direction of the wrap target part (7; 7A), is formed into a cylindrical shape by joining the first end part area and the second end part area , and includes a butt seam part (65; 65A) where inner faces of the first end part area and the second end part area are placed opposite to and on top of each other; the butt seam part (65; 65A) is folded back toward a wrap part adjacent to the butt seam part (65; 65A) and wrapping the wrap target part (7; 7A), and is fixed while covering the wrap part ; and the wrapping paper (6; 6A) is a wrapping paper for filter that wraps a filter material of a filter (4; 4A) of the rod-shaped smoking article (1; 1A); characterized in that a liquid impermeable layer is formed on the inner face of the wrapping paper (6; 6A).
An optoelectronic sensor , in particular a laser scanner, for the detection of at least one object in a monitored zone , comprising a housing having a front screen ; a measuring unit having at least one measurement light transmitter for transmitting measurement light through the front screen and at least one measurement light receiver for generating a received measurement signal from measurement light remitted by the object; a movable deflection unit for the periodic deflection of the measurement light ; a contamination test unit moved along with the deflection unit and having at least two contamination test light transmitters for transmitting contamination test light onto the front screen and at least two contamination test light receivers for generating a received contamination test signal from contamination test light remitted at the front screen ; wherein the contamination test light transmitters and the contamination test light receivers form a plurality of contamination test channels ; and a control and evaluation unit that is configured to detect the object by evaluating the received measurement signal and to evaluate the contamination of the front screen by evaluating the received contamination test signals of the plurality of contamination test channels ; characterized in that the contamination test light transmitters and the contamination test light receivers form an alternating linear arrangement. comprising a housing having a front screen ; a measuring unit having at least one measurement light transmitter for transmitting measurement light through the front screen and at least one measurement light receiver for generating a received measurement signal from measurement light remitted by the object; a movable deflection unit for the periodic deflection of the measurement light ; a contamination test unit moved along with the deflection unit and having at least two contamination test light transmitters for transmitting contamination test light onto the front screen and at least two contamination test light receivers for generating a received contamination test signal from contamination test light remitted at the front screen ; wherein the contamination test light transmitters and the contamination test light receivers form a plurality of contamination test channels ; and a control and evaluation unit that is configured to detect the object by evaluating the received measurement signal and to evaluate the contamination of the front screen by evaluating the received contamination test signals of the plurality of contamination test channels ; characterized in that the contamination test light transmitters and the contamination test light receivers form an alternating linear arrangement.
A method for monitoring connected objects belonging to a fleet of connected objects to be monitored, said method being run on a computer device comprising an object repository configured to list the connected objects to be monitored, a communication module , a message processing module , a verification module and an alert module , said method comprising the following steps: - a preliminary step of configuring the object repository , said preliminary configuration step comprising the recording, for each of the connected objects listed in said object repository , of an object parameter corresponding to a status message verification parameter, - acquisition , by the communication module , of a status message sent by a connected object , said connected object being registered in the object repository , - extraction , by the processing module , of status parameter values from said status message, said status parameter values thus extracted being based on said status message verification parameter, - comparison , by the verification module , of the status parameter values with the values of predetermined alert thresholds, and - generation , by the alert module , of an alert message depending on the result of said comparison. - a preliminary step of configuring the object repository , said preliminary configuration step comprising the recording, for each of the connected objects listed in said object repository , of an object parameter corresponding to a status message verification parameter, - acquisition , by the communication module , of a status message sent by a connected object , said connected object being registered in the object repository , - extraction , by the processing module , of status parameter values from said status message, said status parameter values thus extracted being based on said status message verification parameter, - comparison , by the verification module , of the status parameter values with the values of predetermined alert thresholds, and - generation , by the alert module , of an alert message depending on the result of said comparison.