mhurhangee/patent-ind-claim-en huggingface dataset:
Loom comprising a device for opening sheds between adjacent warp threads, a weft-insertion device for inserting at least one weft thread into all opened sheds by means of at least one projectile which pulls a weft thread, a reed having a plurality of reed dents for beating up the inserted weft thread , and a belt drive having a belt guided around two pulleys , of which belt at least one belt region extending linearly between the pulleys is arranged below the reed in such a way that said at least one belt region extends in the insertion direction of the at least one weft thread , wherein the projectile , which comprises at least one permanent magnet or at least one magnetizable body , can be pulled through the sheds across horizontally arranged reed detent regions under magnetic attraction by means of at least one permanent magnet guided by the belt , and wherein a ramp is arranged before the reed in the weft insertion direction, by means of which ramp a projectile , carried on the belt in a contacting manner, can be lifted off the belt against the magnetic attraction force during the motion of the projectile in the direction of the reed , and a ramp is arranged after the reed by means of which ramp the projectile can be led back onto the belt , characterized in that on the one hand, the ramps are arranged with respect to the reed in such a manner that the projectile switches back and forth between the belt surface and the surface of the horizontal reed dent region, wherein on the other hand, the projectile can be lifted off the belt against the magnetic attraction force up to the height of the horizontally oriented reed dents during the motion of the projectile in the direction of the reed in order to transfer the projectile from the ramp to the surface of the horizontal reed dent region.
Plant for packaging products inside respective containers , the product being preferably defined by a plurality of articles grouped together, in a corresponding packaging configuration; the product being preferably in the form of a food product and in particular in the form of a product with a soft consistency, such as a processed cheese or the like; the container preferably consisting of a first and a second part associated with each other to form a chamber for housing the product, and defining respectively a base body, or bottom, and an upper body, or lid; wherein it comprises a first and a second apparatus for packaging respective products; each apparatus comprising operational packaging means for packaging, or inserting, the product in the containers and a frame for supporting the operational packaging means, each apparatus further comprising means for feeding in the products to the corresponding packaging apparatus, in particular products coming from a corresponding machine for making the products, and means for feeding out the packaged products from the corresponding packaging apparatus, each apparatus comprising means for making a conveying path configured to allows the products, to be packaged or already packaged, to pass beyond the corresponding apparatus (10 or 10'), and in that the means for making a conveying path are set up in each apparatus (10 or 10') to allow a by-pass path to be set up for bypassing the means for packaging, or inserting, the product in the container, by products which are not to be packaged by the corresponding apparatus (10 or 10'), the by-pass path picks up the products upstream of the corresponding packaging apparatus (10 or 10') and transfers them downstream of the corresponding packaging apparatus (10 or 10'), the means for making the conveying path being in the form of a zone , provided in each packaging apparatus (10 or 10'), said zone comprising means for conveying the products, to be packaged or already packaged, means for packaging, or inserting, the product in the containers said means for conveying the products being designed to cross each packaging apparatus (10 or 10'), the plant being characterized in that the first and second packaging apparatus have respective operational packaging means which are identically configured, and in that the means for feeding out the products already packaged in the first apparatus flow into the path designed to passbeyond the second apparatus which is placed downstream to the first apparatus for packaging further prod ucts.
A method for controlling a wind turbine comprising a rotor with two or more blades , the method comprises, - obtaining a measurement signal indicative of a blade oscillation of at least one of the blades, where the measurement signal is obtained in a measurement frame of the wind turbine, - rotation-transforming the measurement signal , or a derivative therefrom, from the measurement frame into at least one target frame based on a frequency of interest (fi) of the at least one blade to obtain a rotation-transformed signal , where the at least one target frame rotates with the frequency of interest (fi) relative to a rotation frequency (f_hub) of the rotor, and where the rotation-transformation comprises a backward or forward rotation transformation direction relative to a rotor rotation direction, - based on the rotation-transformed signal , obtaining at least one blade oscillation component of the blade oscillation acting in the backward or forward rotation direction relative to the rotor rotation direction, and - controlling the wind turbine based on the blade oscillation component. - obtaining a measurement signal indicative of a blade oscillation of at least one of the blades, where the measurement signal is obtained in a measurement frame of the wind turbine, - rotation-transforming the measurement signal , or a derivative therefrom, from the measurement frame into at least one target frame based on a frequency of interest (fi) of the at least one blade to obtain a rotation-transformed signal , where the at least one target frame rotates with the frequency of interest (fi) relative to a rotation frequency (f_hub) of the rotor, and where the rotation-transformation comprises a backward or forward rotation transformation direction relative to a rotor rotation direction, - based on the rotation-transformed signal , obtaining at least one blade oscillation component of the blade oscillation acting in the backward or forward rotation direction relative to the rotor rotation direction, and - controlling the wind turbine based on the blade oscillation component.
Cleaning cloth that can be folded flat to fit in a wallet characterized by a structure tray that is attached to the cleaning cloth or that is incorporated into the cleaning cloth or by a similar partially laminar attachment and hardened area (106.1,106.2) that functions as a structure tray, wherein the cleaning cloth can be wrapped around the structure tray or the similar partially laminar attachment and hardened area (106.1,106.2) until the size of the cloth is rigid enough to fit in the wallet.
Assembly for determining a movement error of a rotational device , having - a rotational device whose movement error is to be determined, having a rotor , which can rotate about a rotor rotational axis (DR), and a stator , - a rotary bearing having a first bearing part and a second bearing part which can rotate relative to one another, wherein the first bearing part is coupled fixedly in terms of movement to the rotor of the rotational device , and the second bearing part can rotate relative to the rotor of the rotational device, - a rotation-limiting apparatus with which a rotation of the second bearing part about the rotor rotational axis (RD) can be reversed, prevented or is prevented, - a movement-determining apparatus , configured to determine a movement of the second bearing part in at least one degree of freedom of rotation which is different from the rotation about the rotor rotational axis, and/or in at least one degree of freedom of translation. - a rotational device whose movement error is to be determined, having a rotor , which can rotate about a rotor rotational axis (DR), and a stator , - a rotary bearing having a first bearing part and a second bearing part which can rotate relative to one another, wherein the first bearing part is coupled fixedly in terms of movement to the rotor of the rotational device , and the second bearing part can rotate relative to the rotor of the rotational device, - a rotation-limiting apparatus with which a rotation of the second bearing part about the rotor rotational axis (RD) can be reversed, prevented or is prevented, - a movement-determining apparatus , configured to determine a movement of the second bearing part in at least one degree of freedom of rotation which is different from the rotation about the rotor rotational axis, and/or in at least one degree of freedom of translation.
A pooper scooper device for bagging faeces in a collection bag , comprising: (a) a base part , (b) two opposing leaves on the base part, (c) at least one intermediate leaf disposed between the opposing leaves, characterised in that : the two opposing leaves and the at least one intermediate leaf extend from the base part ; the two opposing leaves and the at least one intermediate leaf are formed in a spaced apart manner, wherein the at least one intermediate leaf defines channels between the opposing leaves , the pooper scooper device being configured to be used for bagging faeces in a collection bag by placing the two opposing leaves and the at least one intermediate leaf inside the collection bag , the faeces being collected by pressing a part of the bag down onto the faeces using the leaves , a part of said bag and the faeces being forced into and lodging in said channels . (a) a base part , (b) two opposing leaves on the base part, (c) at least one intermediate leaf disposed between the opposing leaves, the two opposing leaves and the at least one intermediate leaf extend from the base part ; the two opposing leaves and the at least one intermediate leaf are formed in a spaced apart manner, wherein the at least one intermediate leaf defines channels between the opposing leaves , the pooper scooper device being configured to be used for bagging faeces in a collection bag by placing the two opposing leaves and the at least one intermediate leaf inside the collection bag , the faeces being collected by pressing a part of the bag down onto the faeces using the leaves , a part of said bag and the faeces being forced into and lodging in said channels .
A method for supplying a gas turbine plant, comprising the steps of: supplying a gas to gas nozzles of a combustion chamber of the gas turbine ; supplying a liquid fuel to premix nozzles of the gas turbine through a premix supply line ; and switching between the step of supplying a gas and the step of supplying a liquid fuel; wherein said switching, when switching from gas fuel to liquid fuel, comprises the step of supplying a water flow rate (Q A ) to the premix nozzles through the premix supply line for a cooling time (I C ) in absence of the liquid fuel, before supplying the liquid fuel; characterized in that said switching further comprises the steps of: after the expiring of said cooling time (I C ) adding a liquid fuel flow (Q C ) to the water flow rate (Q A ) ; and removing at least a portion of the water flow rate (Q A ), while the liquid fuel flow (Q A ) continues to be supplied. supplying a gas to gas nozzles of a combustion chamber of the gas turbine ; supplying a liquid fuel to premix nozzles of the gas turbine through a premix supply line ; and switching between the step of supplying a gas and the step of supplying a liquid fuel; wherein said switching, when switching from gas fuel to liquid fuel, comprises the step of supplying a water flow rate (Q A ) to the premix nozzles through the premix supply line for a cooling time (I C ) in absence of the liquid fuel, before supplying the liquid fuel; characterized in that said switching further comprises the steps of: after the expiring of said cooling time (I C ) adding a liquid fuel flow (Q C ) to the water flow rate (Q A ) ; and removing at least a portion of the water flow rate (Q A ), while the liquid fuel flow (Q A ) continues to be supplied. after the expiring of said cooling time (I C ) adding a liquid fuel flow (Q C ) to the water flow rate (Q A ) ; and removing at least a portion of the water flow rate (Q A ), while the liquid fuel flow (Q A ) continues to be supplied.
A rolling bearing used in a power transmission device for transmitting power such as turning force, wherein a magnet for holding in a lubrication portion of said rolling bearing a lubricating magnetic fluid for lubricating said lubrication portion is provided on at least one side of an outer race of the rolling bearing , a rotary shaft is provided and an annular yoke made of a magnetic material loosely fitted to the rotary shaft is provided in use on a vacuum side of the magnet and on the opposite side of said magnet relative to said outer race , characterized in that a cross-sectional profile of the yoke has an L-shape, a vertical portion (25-1) of said L-shape contacts a magnet , and a horizontal portion (25-2) of the L-shape is disposed so as to face a surface of the rotary shaft , wherein a slight air space is provided between the yoke and the surface of the rotary shaft , such that a magnet circuit is formed between the horizontal portion (25-2) of the yoke and the surface of the rotary shaft , and a particulate generated in use in the contact portion of the rolling bearing is trapped and cannot enter the vacuum side.
Heated glazing comprising at least one structural substrate made of plastics material, and heating means , characterized in that said glazing comprises, as a laminate, at least a first structural substrate made of plastics material, at least one glass sheet provided with heating means , and at least a second structural substrate made of plastics material, and in that the glass sheet provided with the heating means is laminated between the two substrates made of plastics material.
A surgical endoscope having a hand piece , a probe extending distally from said hand piece and rigidly coupled with said hand piece , the probe and the hand piece containing an illumination guide , a laser guide and an image guide , an optical cable containing the illumination guide and the laser guide extending proximally from the hand piece to a laser source and an illumination source, a camera assembly receiving the image from the image guide of the probe to provide an electrical image at the output of the camera assembly , and an electrical cable connected to the proximal end of the camera assembly and extending proximally to a terminal adapted to be connected to a mechanism for displaying the electrical image, characterized in that the hand piece comprises: a distal end comprising a distal surface and a proximal end comprising first and second proximal surfaces, a first opening in the first proximal surface; a second opening in the second proximal surface; a third opening in the distal surface; the first opening and the second opening do not overlap with each other; the probe extends distally from the third opening at the distal surface of the hand piece ; the illumination guide , the laser guide , and the image guide terminate at a distal end of the probe and extend proximally from the distal end of the probe to the proximal end of the probe , into the third opening of the hand piece ; the illumination guide and the laser guide extend proximally from the third opening of the hand piece to the first opening in the first proximal surface of the hand piece ; the image guide extends proximally from the third opening of the hand piece to the second opening in the second proximal surface of the hand piece , a proximal end of the image guide terminating at the second proximal surface of the hand piece ; and the camera assembly is removably connected directly to the proximal end of said hand piece at the second proximal surface of the hand piece to optically couple the proximal end of the image guide in the hand piece directly to an input of the camera assembly , whereby, after each use of the endoscope, said camera assembly can be detached from said hand piece , including the illumination guide and the laser guide , and the image guide , contained in said probe and said hand piece . a distal end comprising a distal surface and a proximal end comprising first and second proximal surfaces, a first opening in the first proximal surface; a second opening in the second proximal surface; a third opening in the distal surface; the first opening and the second opening do not overlap with each other;
A method of manufacturing metallic articles including the steps of: - applying a radiation curable composition comprising a monomer including at least two polymerisable groups on a surface of a substrate thereby forming an image ; - curing the image; - plating or etching a surface of the substrate not covered by the cured image by means of an alkaline solution; - removing the cured image by means of an acidic solution; characterized in that a linking group between the polymerisable groups comprises at least one acid degradable or hydrolysable group selected from the group consisting of an acetal, a ketal, an orthoester, an orthocarbonate, a tertiary ester, a tertiary carbonate and a tertiary urethane and wherein the composition further comprises less than 10 wt% of other monomers including at least two polymerisable groups relative to the total weight of the polymerisable composition. - applying a radiation curable composition comprising a monomer including at least two polymerisable groups on a surface of a substrate thereby forming an image ; - curing the image; - plating or etching a surface of the substrate not covered by the cured image by means of an alkaline solution; - removing the cured image by means of an acidic solution;
An illuminative device , comprising: a housing for mounting to a window or windshield or front or rear dashboard of a vehicle; a control circuit ; an acceleration detector operable with the control circuit ; an energy source , wherein the acceleration detector , the control circuit , and energy source are disposed within the housing ; and a plurality of light sources operable with the control circuit , wherein the plurality of light sources are disposed on or in the housing ; the control circuit configured to: receive an input from the acceleration detector indicating deceleration exceeds a predetermined threshold; and upon receipt of the input, deliver a time-varying control signal to continuously illuminate the plurality of light sources with an illumination level varying between a first non-zero illumination level and a second non-zero illumination level in accordance with a frequency of the time-varying control signal . a housing for mounting to a window or windshield or front or rear dashboard of a vehicle; a control circuit ; an acceleration detector operable with the control circuit ; an energy source , wherein the acceleration detector , the control circuit , and energy source are disposed within the housing ; and a plurality of light sources operable with the control circuit , wherein the plurality of light sources are disposed on or in the housing ; the control circuit configured to: receive an input from the acceleration detector indicating deceleration exceeds a predetermined threshold; and upon receipt of the input, deliver a time-varying control signal to continuously illuminate the plurality of light sources with an illumination level varying between a first non-zero illumination level and a second non-zero illumination level in accordance with a frequency of the time-varying control signal . receive an input from the acceleration detector indicating deceleration exceeds a predetermined threshold; and upon receipt of the input, deliver a time-varying control signal to continuously illuminate the plurality of light sources with an illumination level varying between a first non-zero illumination level and a second non-zero illumination level in accordance with a frequency of the time-varying control signal .
A battery box , comprising: a lower box , comprising a bottom plate and a side plate connected to and disposed around the bottom plate ; an upper box , connected to the side plate , wherein the upper box contains a cover plate disposed in opposition to the bottom plate , and the upper box and the lower box jointly close in to form an accommodation chamber ; and a connector , disposed in the accommodation chamber and connected to the upper box and the lower box , wherein the connector contains a guide channel , and the guide channel runs through the bottom plate and the cover plate along a first direction (M); wherein the connector comprises a connecting rod extending along the first direction (M) and a locking piece , the connecting rod is an integral structure, one end of the connecting rod is fixedly connected to the bottom plate , the other end of the connecting rod passes through the upper box and is detachably connected to the upper box through the locking piece , the locking piece is connected to a portion of the connecting rod protruding out of an outer surface of the cover plate , and the guide channel is disposed in the connecting rod . a lower box , comprising a bottom plate and a side plate connected to and disposed around the bottom plate ; an upper box , connected to the side plate , wherein the upper box contains a cover plate disposed in opposition to the bottom plate , and the upper box and the lower box jointly close in to form an accommodation chamber ; and a connector , disposed in the accommodation chamber and connected to the upper box and the lower box , wherein the connector contains a guide channel , and the guide channel runs through the bottom plate and the cover plate along a first direction (M); wherein the connector comprises a connecting rod extending along the first direction (M) and a locking piece , the connecting rod is an integral structure, one end of the connecting rod is fixedly connected to the bottom plate , the other end of the connecting rod passes through the upper box and is detachably connected to the upper box through the locking piece , the locking piece is connected to a portion of the connecting rod protruding out of an outer surface of the cover plate , and the guide channel is disposed in the connecting rod .