mhurhangee/patent-ind-claim-en huggingface dataset:
A baler comprising: a frame ; a compression system coupled to the frame , the compression system at least partially defining a compression chamber ; a feed pan at least partially defining a pre-compression chamber , wherein the pre-compression chamber is in operable communication with the compression chamber ; a first driven output shaft rotatable about a first axis of rotation ; a second driven output shaft rotatable about a second axis of rotation ; a lifting fork movable with respect to the pre-compression chamber and at least partially positionable therein, wherein rotation of the first driven output shaft , the second driven output shaft , or any combination thereof causes the lifting fork to move with respect to the pre-compression chamber , characterized in that the first driven output shaft is in operable communication with the lifting fork via a first linkage assembly , and the second driven output shaft is in operable communication with the lifting fork via a second linkage assembly , wherein the first driven output shaft is operable independently of the second driven output shaft . a frame ; a compression system coupled to the frame , the compression system at least partially defining a compression chamber ; a feed pan at least partially defining a pre-compression chamber , wherein the pre-compression chamber is in operable communication with the compression chamber ; a first driven output shaft rotatable about a first axis of rotation ; a second driven output shaft rotatable about a second axis of rotation ; a lifting fork movable with respect to the pre-compression chamber and at least partially positionable therein, wherein rotation of the first driven output shaft , the second driven output shaft , or any combination thereof causes the lifting fork to move with respect to the pre-compression chamber , characterized in that the first driven output shaft is in operable communication with the lifting fork via a first linkage assembly , and the second driven output shaft is in operable communication with the lifting fork via a second linkage assembly , wherein the first driven output shaft is operable independently of the second driven output shaft .
A slot closure for an electrical machine comprising a stator having at least one stator slot , wherein at least one electrical stator winding is received in the stator slot , and wherein the slot closure closes the at least one stator slot at least in sections, the slot closure comprising: at least one cooling channel through which a fluid can flow for cooling the stator winding , characterised in that the slot closure further comprises: a turbulator arranged in the cooling channel and configured to swirl the fluid flowing through the cooling channel by means of a plurality of swirl elements and/or a spirally arranged continuous swirl element . at least one cooling channel through which a fluid can flow for cooling the stator winding , characterised in that the slot closure further comprises: a turbulator arranged in the cooling channel and configured to swirl the fluid flowing through the cooling channel by means of a plurality of swirl elements and/or a spirally arranged continuous swirl element .
A landing gear system controller for controlling a landing gear system of an aircraft , wherein the controller comprises a processor that is configured: to receive a request to operate a non-landing gear system element of the aircraft, the request comprising a request to operate a main control surface of the aircraft to cause rotation of the aircraft during a take-off procedure; and to cause operation of at least part of the landing gear system of the aircraft during the take-off procedure on the basis of the request, wherein the controller is configured to perform a determination on the basis of the request as to whether to cause the operation, and to cause the operation on the basis of a result of the determination. to receive a request to operate a non-landing gear system element of the aircraft, the request comprising a request to operate a main control surface of the aircraft to cause rotation of the aircraft during a take-off procedure; and to cause operation of at least part of the landing gear system of the aircraft during the take-off procedure on the basis of the request, wherein the controller is configured to perform a determination on the basis of the request as to whether to cause the operation, and to cause the operation on the basis of a result of the determination.
An ultraviolet and/or near-infrared shielding agent composition for transparent material, characterized in that the ultraviolet and/or near-infrared shielding agent composition for transparent material is for a purpose of shielding ultraviolet rays and/or near-infrared rays, wherein the ultraviolet and/or near-infrared shielding agent composition contains silicon compound-coated silicon-doped zinc oxide particle in which at least part of a surface of silicon-doped zinc oxide particle is coated with an amorphous silicon oxide. the ultraviolet and/or near-infrared shielding agent composition for transparent material is for a purpose of shielding ultraviolet rays and/or near-infrared rays, wherein the ultraviolet and/or near-infrared shielding agent composition contains silicon compound-coated silicon-doped zinc oxide particle in which at least part of a surface of silicon-doped zinc oxide particle is coated with an amorphous silicon oxide.
A method of forming a reclosable bag containing a product comprising: joining a first ply to a second ply to define a main bag portion having a compartment including a first side , a second side , a third side that extends between the first side and the second side , a product receiving opening , and a reclosing flap that is connected to the third side and is spaced apart from the product receiving opening ; applying a reclosing material to the bag ; applying a release material to the bag ; forming a bag opening zone in the main bag portion proximate the reclosing flap , wherein the bag opening zone is a line of weakness in the main bag portion ; moving the reclosing flap to a passive position in which the reclosing material is in contact with the release material , wherein the reclosing flap is configured to be movable between the passive position and an active position in which the reclosing flap covers the bag opening zone ; loading a product into the compartment through the product receiving opening ; and sealing the product receiving opening after the product has been loaded into the compartment , wherein the release material is located between the bag opening zone and the third side . joining a first ply to a second ply to define a main bag portion having a compartment including a first side , a second side , a third side that extends between the first side and the second side , a product receiving opening , and a reclosing flap that is connected to the third side and is spaced apart from the product receiving opening ; applying a reclosing material to the bag ; applying a release material to the bag ; forming a bag opening zone in the main bag portion proximate the reclosing flap , wherein the bag opening zone is a line of weakness in the main bag portion ; moving the reclosing flap to a passive position in which the reclosing material is in contact with the release material , wherein the reclosing flap is configured to be movable between the passive position and an active position in which the reclosing flap covers the bag opening zone ; loading a product into the compartment through the product receiving opening ; and sealing the product receiving opening after the product has been loaded into the compartment , wherein the release material is located between the bag opening zone and the third side .
An orthogonal trigonometric function double excitation-based encoder, comprising a stator and a rotor , wherein the stator is arranged coaxially and in parallel with the rotor ; the stator comprises an auxiliary ruler region, a main ruler region, an inner ring DA region and an inner ring DB region which are sequentially arranged from outside to inside; the rotor includes an auxiliary ruler region, a main ruler region, an inner ring ZA region and an inner ring ZB region which are sequentially arranged from outside to inside; the auxiliary ruler region of the stator is annularly and uniformly divided into a plurality of first emission sheets , every four consecutive first emission sheets form a group, and every two groups of first emission sheets are configured to be used for signals of one period; the main ruler region of the stator is annularly and uniformly divided into a plurality of second emission sheets , every two consecutive second emission sheets form a group, and every two groups of second emission sheets are configured to be used for signals of one period; the auxiliary ruler region of the rotor is annularly divided into a plurality of first induction sheets , and one first induction sheet covers two continuous first emission sheets ; the main ruler region of the rotor is annularly divided into a plurality of second induction sheets, and one second induction sheet covers two continuous second emission sheets in a circumferential span; a rotating arc length of the second induction sheet is twice that of the second emission sheet of the stator ; wherein: an outer end of the first induction sheet is inclined counterclockwise, and an inner end thereof is inclined clockwise; and characterized in that the first induction sheet is a closed symmetrical figure formed by hyperbola division, and a closed area of both ends of the first induction sheet is small, and wherein the closed area gradually increases toward a center point thereof, forming an approximately elliptical shape with small ends and a large middle. an outer end of the first induction sheet is inclined counterclockwise, and an inner end thereof is inclined clockwise; and characterized in that the first induction sheet is a closed symmetrical figure formed by hyperbola division, and a closed area of both ends of the first induction sheet is small, and wherein the closed area gradually increases toward a center point thereof, forming an approximately elliptical shape with small ends and a large middle.
A shoe for ball sports, comprising: an upper having an outer surface ; an actuator configured to change at least one surface property of a portion of the outer surface of the upper ; a sensor configured to be sensitive to movements of the shoe , wherein the sensor is an accelerometer, a gyroscope, or a magnetic field sensor; and a processing unit connected to the actuator and the sensor and configured to process sensor data retrieved from the sensor and to cause the actuator to change the at least one surface property of the portion of the outer surface of the upper if a predetermined event is detected in the sensor data. an upper having an outer surface ; an actuator configured to change at least one surface property of a portion of the outer surface of the upper ; a sensor configured to be sensitive to movements of the shoe , wherein the sensor is an accelerometer, a gyroscope, or a magnetic field sensor; and a processing unit connected to the actuator and the sensor and configured to process sensor data retrieved from the sensor and to cause the actuator to change the at least one surface property of the portion of the outer surface of the upper if a predetermined event is detected in the sensor data.
A method for field-sequential colour display of a colour image comprising a combination of three component images each representing a respective one of three different component colours of the image, the method comprising performing sequentially within a common display frame period the steps of: displaying a first component image using a first component colour and simultaneously using a second component colour in the absence of a third component colour thereby to display the first component image as a first colour; and separately, displaying a second component image using the second component colour in the absence of both the first component colour and the third component colour thereby to display the second component image as a second colour; and separately, displaying a third component image using the third component colour simultaneously with the second component colour in the absence of the first component colour thereby to display the third component image as a third colour; and characterized in that a luminance level of the second component colour used to illuminate the first and the third component image is such that the luminance level at which the second component image is displayed is, to a tolerance of ±10%, equal to the luminance level at which the first component image and the third component image is displayed. displaying a first component image using a first component colour and simultaneously using a second component colour in the absence of a third component colour thereby to display the first component image as a first colour; and separately, displaying a second component image using the second component colour in the absence of both the first component colour and the third component colour thereby to display the second component image as a second colour; and separately, displaying a third component image using the third component colour simultaneously with the second component colour in the absence of the first component colour thereby to display the third component image as a third colour; and characterized in that a luminance level of the second component colour used to illuminate the first and the third component image is such that the luminance level at which the second component image is displayed is, to a tolerance of ±10%, equal to the luminance level at which the first component image and the third component image is displayed.
A fixation device for engaging tissue comprising: a pair of elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the first ends moveable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other; a rod extending from a distal end of the fixation device ; a pair of legs mounted on the rod and configured to slide interact with the pair of elements to hold the free end of each of the pair of elements in the closed position; and a biasing member ; characterised in that the biasing member is configured to slide over the pair of legs to a position where it biases the free end of each of the pair of elements in the closed position, and wherein the biasing member is a pair of support sleeves attached to a distal end of the rod and configured to overlap the pair of legs and force the free end of each of the pair of elements in the closed position. a pair of elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the first ends moveable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other; a rod extending from a distal end of the fixation device ; a pair of legs mounted on the rod and configured to slide interact with the pair of elements to hold the free end of each of the pair of elements in the closed position; and a biasing member ; characterised in that the biasing member is configured to slide over the pair of legs to a position where it biases the free end of each of the pair of elements in the closed position, and wherein the biasing member is a pair of support sleeves attached to a distal end of the rod and configured to overlap the pair of legs and force the free end of each of the pair of elements in the closed position.
An intake structure of an internal combustion engine , wherein on an intake upstream side from a valve seat of an intake port , a convex portion is provided which protrudes to an inside of the intake port in a place near an outer circumferential portion of a cylinder chamber when viewed from an upper side of the cylinder chamber , and the convex portion includes: an upstream guide surface extending from an apex of the convex portion to the intake upstream side, the convex portion further includes a downstream guide surface extending from the apex to an intake downstream side and including a curved surface recessed inside the convex portion at a middle portion of the downstream guide surface , characterized in that the downstream guide surface is configured to guide a fuel-air mixture to a central wall part of the cylinder chamber , the fuel-air mixture flowing from the cylinder chamber to the outer circumferential portion . an upstream guide surface extending from an apex of the convex portion to the intake upstream side, the convex portion further includes a downstream guide surface extending from the apex to an intake downstream side and including a curved surface recessed inside the convex portion at a middle portion of the downstream guide surface , characterized in that the downstream guide surface is configured to guide a fuel-air mixture to a central wall part of the cylinder chamber , the fuel-air mixture flowing from the cylinder chamber to the outer circumferential portion .
Insert for reaction vessels for detection of gaseous substances exiting from a sample of matter , having a sealing section for sealing closure of the reaction vessel and at least one holder for an indicator material , wherein the insert has at least one further holder for reaction additives and/or the sample of matter , characterized in that the at least one further holder for reaction additives and/or the sample of matter has at least one reagent tube to accommodate a reaction additive and/or the sample of matter , and in that the at least one holder for the indicator material is spaced apart by a connecting element from the at least one further holder for reaction additives and/or the sample of matter .
A suture material handling device for a thread made in particular from a surgical suture material comprising a suturing head having a first and a second jaw section, which are designed to be capable of being moved relative to one another, in particular pivoted and/or folded, and first needle elements , which are associated with the jaw sections, and which are designed for performing a first (D1) piercing as well as thread entraining operation of a first thread end of the thread in a relative position that is closed and/or in which the jaw sections have been moved toward one another or are designed to be movable by the movement of at least one of the jaw sections, by preferably manual actuation, and second needle elements , which are associated with the suturing head, in particular with the jaw sections, and which can be actuated separately from the first needle elements and which are provided adjacent to the first needle elements and which are designed to perform a second (D2, D3) piercing as well as thread entraining operation for the second thread end , which is opposite the first thread end, of the thread in the relative position of the jaw sections that is closed or in which the jaw sections have been moved toward one another, respectively, wherein, in order to perform a locally spaced apart and consecutive double piercing (D2, D3) of a suture carrier , which is received in a single layer between the jaw sections in the relative position that is closed or in which the jaw sections have been moved toward one another, respectively, the second needle elements have an entraining section , which is designed to perform a pivoting and/or curved motion that entrains the second thread end .
Method for producing a grained film or a grained, multi-ply film laminate with an upper film and at least one lower film or at least one polyolefin-based foam, the method comprising the following steps: forming a polyolefin recyclate with a melting point < 165 °C by (a) comminuting film wastes having a fraction of crosslinked polyolefins, where the films comprising the film wastes include a varnished polyolefin-based film, optionally as an upper film together with a compact polyolefin-based lower film or a polyolefin-based foam, (b) extruding the comminuted film wastes, (c) filtering the melted extrudate, preferably via a screen with a mesh size in the range from 40 to 100 μm, and i) forming a compound containing polymer constituents as follows: - 5% to 75% by weight of the polyolefin recyclate produced in (a) to (c), - 5% to 75% by weight of an ethylene polymer or a mixture of two or more ethylene polymers with a density < 0.97 g/cm 3 , - 0% to 50% by weight of a polypropylene with a density < 0.92 g/cm 3 , and ii) moulding the compound into a film, and optionally iii) joining the film produced in (ii) to a lower film or a polyolefin-based foam, the film being embossed following step (ii) or after optional step (iii) for applying a grain, and the grained film being subsequently radiation-crosslinked. (a) comminuting film wastes having a fraction of crosslinked polyolefins, where the films comprising the film wastes include a varnished polyolefin-based film, optionally as an upper film together with a compact polyolefin-based lower film or a polyolefin-based foam, (b) extruding the comminuted film wastes, (c) filtering the melted extrudate, preferably via a screen with a mesh size in the range from 40 to 100 μm, i) forming a compound containing polymer constituents as follows: - 5% to 75% by weight of the polyolefin recyclate produced in (a) to (c), - 5% to 75% by weight of an ethylene polymer or a mixture of two or more ethylene polymers with a density < 0.97 g/cm 3 , - 0% to 50% by weight of a polypropylene with a density < 0.92 g/cm 3 , and - 5% to 75% by weight of the polyolefin recyclate produced in (a) to (c), - 5% to 75% by weight of an ethylene polymer or a mixture of two or more ethylene polymers with a density < 0.97 g/cm 3 , - 0% to 50% by weight of a polypropylene with a density < 0.92 g/cm 3 , and ii) moulding the compound into a film, and optionally iii) joining the film produced in (ii) to a lower film or a polyolefin-based foam, the film being embossed following step (ii) or after optional step (iii) for applying a grain, and the grained film being subsequently radiation-crosslinked.