mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a cut in a polymeric component using a mandrel, the method comprising: providing a blade assembly including at least one blade (36a-c, 136a-c, 236a,b, 238); providing the mandrel , the mandrel including a rigid portion ; providing the polymeric component ; positioning the polymeric component between the mandrel and the at least one blade (36a-c, 136a-c, 236a,b, 238); moving the mandrel towards the blade assembly , moving the blade assembly towards the mandrel , or moving the mandrel and the blade assembly towards each other; characterized in that the mandrel further includes a conformal support ring , the conformal support ring comprising a material being softer than the material forming the at least one blade (36a-c, 136a-c, 236a,b, 238); and in that the method comprises cutting the polymeric component via the at least one blade (36a-c, 136a-c, 236a,b, 238), the at least one blade (36a-c, 136a-c, 236a,b, 238) extending into the conformal support ring after the at least one blade (36a-c, 136a-c, 236a,b, 238) has penetrated through the polymeric component . providing a blade assembly including at least one blade (36a-c, 136a-c, 236a,b, 238); providing the mandrel , the mandrel including a rigid portion ; providing the polymeric component ; positioning the polymeric component between the mandrel and the at least one blade (36a-c, 136a-c, 236a,b, 238); moving the mandrel towards the blade assembly , moving the blade assembly towards the mandrel , or moving the mandrel and the blade assembly towards each other; characterized in that the mandrel further includes a conformal support ring , the conformal support ring comprising a material being softer than the material forming the at least one blade (36a-c, 136a-c, 236a,b, 238); and in that the method comprises cutting the polymeric component via the at least one blade (36a-c, 136a-c, 236a,b, 238), the at least one blade (36a-c, 136a-c, 236a,b, 238) extending into the conformal support ring after the at least one blade (36a-c, 136a-c, 236a,b, 238) has penetrated through the polymeric component .
A nutritional composition comprising lipid in the form of lipid globules, wherein a. the lipid contains at least 0.5 wt.% alpha-linolenic acid based on total fatty acids and at least 5 wt.% linoleic acid based on total fatty acids, and b. the lipid contains at least 10 wt.% palmitic acid based on total fatty acids and at least 15 wt.% of palmitic acid, based on total palmitic acid, is located at the sn-2 position of a triglyceride, and c. the lipid globules have a mode diameter based on volume of at least 1 μm and/or at least 45 vol.% have a diameter of 2-12 μm, and d. the lipid comprises at least 0.5 wt.% phospholipid based on total lipid wherein a part of the phospholipid is in the coating of the lipid globule and either wherein the nutritional composition is not human milk or wherein the nutritional composition comprises vegetable lipid, for use in improving the fatty acid composition of cell membranes in a human subject, wherein the cell membranes are brain cell membranes or red blood cell membranes. a. the lipid contains at least 0.5 wt.% alpha-linolenic acid based on total fatty acids and at least 5 wt.% linoleic acid based on total fatty acids, and b. the lipid contains at least 10 wt.% palmitic acid based on total fatty acids and at least 15 wt.% of palmitic acid, based on total palmitic acid, is located at the sn-2 position of a triglyceride, and c. the lipid globules have a mode diameter based on volume of at least 1 μm and/or at least 45 vol.% have a diameter of 2-12 μm, and d. the lipid comprises at least 0.5 wt.% phospholipid based on total lipid wherein a part of the phospholipid is in the coating of the lipid globule and
A microwave circuit comprising: a plurality of transmission lines each configured to receive and propagate a respective waveform signal of a plurality of waveform signals; a combiner that receives and combines the plurality of waveform signals from outputs of the plurality of transmission lines into a combined output waveform signal that is output terminated by an output termination resistor (R TOUT ); and a compensation signal generator arranged to generate a compensation signal and to provide the compensation signal at an end associated with the output termination resistor to mitigate reflections associated with the transmission of signals through the microwave circuit , the compensation signal being an inverted signal version of a sum of the total reflections in the microwave circuits. a plurality of transmission lines each configured to receive and propagate a respective waveform signal of a plurality of waveform signals; a combiner that receives and combines the plurality of waveform signals from outputs of the plurality of transmission lines into a combined output waveform signal that is output terminated by an output termination resistor (R TOUT ); and a compensation signal generator arranged to generate a compensation signal and to provide the compensation signal at an end associated with the output termination resistor to mitigate reflections associated with the transmission of signals through the microwave circuit , the compensation signal being an inverted signal version of a sum of the total reflections in the microwave circuits.
Flexible box-fastening hook, for fastening electrical devices and/or for the support of said devices, applicable to obtain the fastening of said devices to a box which comprises, at least, one part with, at least one flexible part and with two distal ends and which, once placed in the element to be fastened , a first horizontal projection (L) between the joining point of the hook with the element to be fastened and any of the distal ends of the hook in an uninstalled condition is greater than a second horizontal projection (L2) between the same joining point of the hook with the element to be fastened and the same distal end of the hook in an installed condition in a box characterized in that the part constituting the hook is independent of the element to be fastened and the flexible box-fastening hook comprises a part bent in several sections comprising a joining section designed to be joined to the element to be fastened and two distal ends joined to the joining section , the two distal ends being diametrically opposed with respect to the joining section , wherein the distal end has a recess suitable for the insertion of a tool (h) to perform the extraction operation, wherein the distal end of each hook has fastening means for the improvement of the grip between the hook and the internal walls of the box , wherein the distal end has a gripping surface to unfasten the hook and easily extract the element to be fastened from the inside of the box , wherein as fastening means between the element to be fastened and the hook , the joining section of the hook has at least one orifice .
A method of cleaning waste fats and/or oils, in particular animal fats, containing plastic particles, characterized in that it comprises the following steps: - heating the waste fats and/or oils containing plastic particles to a temperature above the softening temperature of the plastic of the plastic particles, - cooling the waste fats and/or oils to a temperature below the softening temperature of the plastic of the plastic particles and - separating the plastic particles from the liquid waste fats and/or oils. - heating the waste fats and/or oils containing plastic particles to a temperature above the softening temperature of the plastic of the plastic particles, - cooling the waste fats and/or oils to a temperature below the softening temperature of the plastic of the plastic particles and - separating the plastic particles from the liquid waste fats and/or oils.
An impact crusher , comprising a frame defining a crushing chamber , a rotor provided with at least one hammer , at least one impact apron plate, and a rotor positioning device configured to adjust a rotational position of the rotor , characterized in that the rotor positioning device comprises a piston motor coupled to the rotor and having: a cylinder block comprising a plurality of cylinders ; a plurality of pistons , a respective piston being slidably mounted in a respective cylinder ; and a surface against which the pistons are configured to exert a force; wherein the cylinder block and the surface are arranged for relative rotation, and wherein the cylinder block or the surface is operatively coupled to the rotor , such that relative rotation of the cylinder block and the surface causes rotation of the rotor ; the rotor positioning device being operable in two modes, wherein: in the first mode, the piston motor is configured to actuate the pistons in a predetermined sequence such that the pistons cooperate with the surface to generate torque, thereby causing relative rotation of the cylinder block and the surface , causing rotation of the rotor , and in the second mode, the piston motor is configured to arrange the pistons and/or the surface such that free rotation of the rotor is permitted. the rotor positioning device comprises a piston motor coupled to the rotor and having: a cylinder block comprising a plurality of cylinders ; a plurality of pistons , a respective piston being slidably mounted in a respective cylinder ; and a surface against which the pistons are configured to exert a force; a cylinder block comprising a plurality of cylinders ; a plurality of pistons , a respective piston being slidably mounted in a respective cylinder ; and a surface against which the pistons are configured to exert a force; wherein the cylinder block and the surface are arranged for relative rotation, and wherein the cylinder block or the surface is operatively coupled to the rotor , such that relative rotation of the cylinder block and the surface causes rotation of the rotor ; the rotor positioning device being operable in two modes, wherein: in the first mode, the piston motor is configured to actuate the pistons in a predetermined sequence such that the pistons cooperate with the surface to generate torque, thereby causing relative rotation of the cylinder block and the surface , causing rotation of the rotor , and in the second mode, the piston motor is configured to arrange the pistons and/or the surface such that free rotation of the rotor is permitted. in the first mode, the piston motor is configured to actuate the pistons in a predetermined sequence such that the pistons cooperate with the surface to generate torque, thereby causing relative rotation of the cylinder block and the surface , causing rotation of the rotor , and in the second mode, the piston motor is configured to arrange the pistons and/or the surface such that free rotation of the rotor is permitted.
A woven papermaking fabric having a machine direction (MD) axis, a machine contacting side and an opposite web contacting surface , the web contacting surface comprising a plurality of MD oriented woven protuberances having a length, width and height, wherein a first MD oriented protuberance has a first principal axis oriented in a first direction, the first MD oriented protuberance having an element angle from 0.5 to 15.0 degrees, and a second MD oriented protuberance has a second principal axis oriented in a second direction that is different than the orientation of the first principal axis, the second MD oriented protuberance having an element angle from -0.5 to -15.0 degrees, wherein the first and second MD oriented protuberances converge at a convergence area to form a third MD oriented protuberance having a third principal axis oriented in a third direction that is different from the orientations of the first and second principal axes, the third MD oriented protuberance having an element angle from 0.5 to 15.0 degrees, wherein the element angle of an MD oriented protuberance refers to the orientation of the MD oriented protuberance relative to the MD axis of the fabric.
An ink jet black ink composition for sublimation transfer, comprising: water; a water-soluble organic solvent; and disperse dyes, wherein the disperse dyes consist of C.I. Disperse Blue 360; and two or more other disperse dyes that each individually achieve a reflectance of less than 0.1 at a wavelength of 380 nm or more and 520 nm or less on a dyed article. water; a water-soluble organic solvent; and disperse dyes, wherein the disperse dyes consist of C.I. Disperse Blue 360; and two or more other disperse dyes that each individually achieve a reflectance of less than 0.1 at a wavelength of 380 nm or more and 520 nm or less on a dyed article. C.I. Disperse Blue 360; and two or more other disperse dyes that each individually achieve a reflectance of less than 0.1 at a wavelength of 380 nm or more and 520 nm or less on a dyed article.
A single dose material and applicator package comprising: a tray ; an applicator well having a first end and a second end and a bottom formed in said tray ; a material well formed in said tray adjacent the first end; wherein the single dose material and applicator package is adapted so that an applicator is capable of being placed in the applicator well , a material is capable of being placed in the material well , and a cover is capable of being placed on the tray sealing the applicator and the material , characterized by a finger depression formed in the bottom of said applicator well adjacent said material well and extending into said applicator well ; and an applicator support depression formed in the bottom of said applicator well adjacent the second end of said applicator well and extending into said applicator well ; a wider portion of said applicator well formed adjacent the second end of said applicator well , said wider portion having a lateral dimension greater than a lateral dimension of a majority of said applicator well , whereby a finger of a user is capable of passing through said wider portion . a tray ; an applicator well having a first end and a second end and a bottom formed in said tray ; a material well formed in said tray adjacent the first end; wherein the single dose material and applicator package is adapted so that an applicator is capable of being placed in the applicator well , a material is capable of being placed in the material well , and a cover is capable of being placed on the tray sealing the applicator and the material , characterized by a finger depression formed in the bottom of said applicator well adjacent said material well and extending into said applicator well ; and an applicator support depression formed in the bottom of said applicator well adjacent the second end of said applicator well and extending into said applicator well ; a wider portion of said applicator well formed adjacent the second end of said applicator well , said wider portion having a lateral dimension greater than a lateral dimension of a majority of said applicator well , whereby a finger of a user is capable of passing through said wider portion .
A method for displaying at least a first medical image (317; 1104) and a second medical image (318; 1105) of an object on a display , the method comprising the steps of: providing a distance value between an edge of the first image (317; 1104) and an edge of the second image (318; 1105) of the object by a distance value input device; automatically displaying a side by side view of the first image (317; 1104) and the second image (318; 1105) on the display in case the provided distance value exceeds a distance threshold value, wherein a distance between the edge of the displayed first image (317; 1104) and the edge of the displayed second image (318; 1105) corresponds to the provided distance value; or automatically displaying an overlay view of the first image (317; 1104) and the second image (318; 1105) in case the provided distance value is less than the distance threshold value. providing a distance value between an edge of the first image (317; 1104) and an edge of the second image (318; 1105) of the object by a distance value input device; automatically displaying a side by side view of the first image (317; 1104) and the second image (318; 1105) on the display in case the provided distance value exceeds a distance threshold value, wherein a distance between the edge of the displayed first image (317; 1104) and the edge of the displayed second image (318; 1105) corresponds to the provided distance value; or automatically displaying an overlay view of the first image (317; 1104) and the second image (318; 1105) in case the provided distance value is less than the distance threshold value.
A method for wireless communication, comprising: transmitting, by a target access and mobility control function for handover of a mobile device from an evolved packet system, EPS, to a fifth-generation, 5G, system, a session request to a session management function, and receiving, by the target access and mobility control function, a session response from the session management function, wherein the session response includes a packet data unit session identifier and a list of allocated bearer identifiers, each bearer identifier in the list corresponding to a priority, and wherein the session response further comprises information indicating whether a bearer corresponding to a bearer identifier is allocated by a mobile management entity or a source access and mobility control function. transmitting, by a target access and mobility control function for handover of a mobile device from an evolved packet system, EPS, to a fifth-generation, 5G, system, a session request to a session management function, and receiving, by the target access and mobility control function, a session response from the session management function, wherein the session response includes a packet data unit session identifier and a list of allocated bearer identifiers, each bearer identifier in the list corresponding to a priority, and wherein the session response further comprises information indicating whether a bearer corresponding to a bearer identifier is allocated by a mobile management entity or a source access and mobility control function.
Dryer with a drum for laundry items to be dried; a process air circuit , wherein heated process air is moved by means of a blower above and through the laundry items to be dried; a heat pump circuit comprising an evaporator , a compressor and a condenser ; a water container for the collection of water condensed at the evaporator , the water container being in contact with at least one electrode and an electric pump for pumping water out of the water container , wherein the electric pump is adapted to start pumping when at least one of the electrodes senses its contact with water in the water container ; and a control unit comprising a clock for measuring the time elapsed during a drying process; wherein the control unit is adapted to measure and register time periods Δt i , wherein i is an integer from 1 to n, during the drying process in which the electric pump is not running between pumping steps of a preset duration Δt op and to analyze the measured time periods Δt i with respect to the development of the humidity state in the laundry items, characterized in that the control unit is adapted to stop a drying process when the time periods Δt i increase with time such that a time period Δt i is equal or larger than a preset time period Δt i setmin .
Vehicle consisting of a covering device forming an aerial deflector under a floor of the said vehicle and having an initial attachment interface , a parechocs joining the vehicle comprising a second attachment interface , the covering device including the less a projection of deflection and/or guidance configured to assist the said assembly, according to a movement of translation (H) of the dressing device parallel to an assembly plane (P) of the said fixing interfaces , and to spaced the said first and second fixing interfaces each other during a phase of the assembly of the said fitting device to the vehicle , characterized by the fact that the first fixing interface is placed above the second fixing interface in the vehicle repository , and that the protruding extends over the first fixing interface .
A device for determining the risk of freezing , which is capable of being buried in the ground, having a surface which is at the level of the ground, the device comprising a thermoelectric transducer unit as an autonomous electricity supply means; at least one temperature sensor and in addition, at least one moisture sensor , in which the moisture sensor comprises a casing which is open in order to enable air to circulate, with, inside the casing , at least one source of light , such as a laser or an LED, and at least one optical sensor , such as a photoresistor and/or a photodiode and/or a phototransistor, in which the casing comprises an interior ceiling , wherein the interior ceiling comprises one or more downwardly orientated protrusions having one or more low points, preferably only one , and below which the at least one source of light and the at least one optical sensor are arranged in a plane which is immediately adjacent to the at least one low point .
A method of operating a fan comprising: compressing air into a chamber , the chamber defined in part by a housing that defines a circular inside diameter and a back wall, the compressing by a first fan blade turning about a central axis , and the first fan blade having a first pitch angle (α) for moving air into the chamber; and extracting air from the chamber by a second fan blade , the second fan blade turning about the central axis, and the second fan blade having a second pitch angle (β), opposite the first pitch angle, for extracting air from the chamber; wherein the first fan blade and the second fan blade are each coupled at a respective proximal end to a rotational hub . compressing air into a chamber , the chamber defined in part by a housing that defines a circular inside diameter and a back wall, the compressing by a first fan blade turning about a central axis , and the first fan blade having a first pitch angle (α) for moving air into the chamber; and extracting air from the chamber by a second fan blade , the second fan blade turning about the central axis, and the second fan blade having a second pitch angle (β), opposite the first pitch angle, for extracting air from the chamber; wherein the first fan blade and the second fan blade are each coupled at a respective proximal end to a rotational hub .
A method of fabricating a glass container from a mass of molten glass, the method comprising a forming step for forming said mass of molten glass in order to obtain a semi-finished container comprising a glass shell that defines an inside cavity and that presents an inside face placed facing said inside cavity and an opposite, outside face , the method being characterized in that it comprises a cooling step for cooling the semi-finished container , during which said semi-finished container is taken to a transient state in which the glass forming said outside face is sufficiently viscous for said outside face not to deform perceptibly under the effect of gravity, while the glass forming said inside face is still sufficiently fluid to be capable, on the contrary, of allowing said inside face to deform under the effect of gravity, and in that it includes a shaping operation for shaping said inside face while the semi-finished container is in said transient state, during which operation the semi-finished container is maintained for a predetermined time in an inclined position that is inclined relative to its upright vertical position in order to cause the shape of said inside face to be modified by movement ( d ) of the glass under the effect of gravity.