mhurhangee/ep-ind-claims huggingface dataset:
A method of monitoring interaction of an individual and a product, the method comprising: providing a multi-tone radar comprising a transmitter and a receiver, wherein the transmitter comprises a transmit antenna and the receiver comprises a harmonic radar antenna and a doppler antenna; providing a product comprising a harmonic tag; transmitting a signal using the transmitter, wherein the signal comprises at least one tone at an incident frequency; receiving a reflected signal based on the signal interacting with an individual, wherein the reflected signal is received by the receiver; measuring one or more movements of the individual using micro-Doppler information contained in the reflected signal; receiving a re-radiated signal based on the signal interacting with the harmonic tag, wherein the re-radiated signal is detected by the harmonic radar antenna, and wherein the re-radiated signal is at a harmonic frequency of the incident frequency; measuring one or more movements of the product using the harmonic frequency and micro-Doppler information contained in the re-radiated signal; and distinguishing the one or more movements of the individual based on the reflected signal and the one or more movements of the product based on the re-radiated signal. providing a multi-tone radar comprising a transmitter and a receiver, wherein the transmitter comprises a transmit antenna and the receiver comprises a harmonic radar antenna and a doppler antenna; providing a product comprising a harmonic tag; transmitting a signal using the transmitter, wherein the signal comprises at least one tone at an incident frequency; receiving a reflected signal based on the signal interacting with an individual, wherein the reflected signal is received by the receiver; measuring one or more movements of the individual using micro-Doppler information contained in the reflected signal; receiving a re-radiated signal based on the signal interacting with the harmonic tag, wherein the re-radiated signal is detected by the harmonic radar antenna, and wherein the re-radiated signal is at a harmonic frequency of the incident frequency; measuring one or more movements of the product using the harmonic frequency and micro-Doppler information contained in the re-radiated signal; and distinguishing the one or more movements of the individual based on the reflected signal and the one or more movements of the product based on the re-radiated signal.
A two part composition comprising: I) a one part curable composition comprising a) one or more isocyanate functional components; b) one or more catalysts for the reaction of isocyanate groups with active hydrogen containing groups; c) one or more fillers which do not enhance the formation of voids during curing, wherein the one or more fillers comprise a high surface area carbon black having an Iodine adsorption number of 100 g/kg or greater, wherein high surface area is determined by the ASTM D1510 method; d) one or more fillers having basic character; and II) a cure accelerator comprising e) one or more liquid carriers; f) water; and g) one or more paste forming agents selected from one or more clays and silica. I) a one part curable composition comprising a) one or more isocyanate functional components; b) one or more catalysts for the reaction of isocyanate groups with active hydrogen containing groups; c) one or more fillers which do not enhance the formation of voids during curing, wherein the one or more fillers comprise a high surface area carbon black having an Iodine adsorption number of 100 g/kg or greater, wherein high surface area is determined by the ASTM D1510 method; d) one or more fillers having basic character; and a) one or more isocyanate functional components; b) one or more catalysts for the reaction of isocyanate groups with active hydrogen containing groups; c) one or more fillers which do not enhance the formation of voids during curing, wherein the one or more fillers comprise a high surface area carbon black having an Iodine adsorption number of 100 g/kg or greater, wherein high surface area is determined by the ASTM D1510 method; d) one or more fillers having basic character; and II) a cure accelerator comprising e) one or more liquid carriers; f) water; and g) one or more paste forming agents selected from one or more clays and silica. e) one or more liquid carriers; f) water; and g) one or more paste forming agents selected from one or more clays and silica.
Chain barrier, comprising two end posts between which a main chain extends, at least one of the posts comprising actuation means,, coupled to one end of the main chain and being intended to move the main chain between a position in which it prevents the passage of a land vehicle between the two posts and a position in which it allows passage of a vehicle between the two posts, the actuation means,, comprising at least one carriage mounted so as to be able to move along a rail extending from bottom to top in the post, characterised in that the carriage is coupled to drive means comprising linear drive means, able to be deployed/retracted on a travel D1 from bottom to top, or vice versa, in the post, the linear drive means, being coupled to the carriage by a flexible transmission means extending between two ends,, one of which is fixed to the posts and the other fixed to the carriage, the linear drive means, being able to act on the transmission means between the ends, so that the travel D1 of the linear drive means, causes a travel D2 of the carriage along said rail such that D2 > D1.
A tool (10,50) for a vacuum cleaner, the tool comprising a nozzle (11,51) and a bristle assembly (13,53), wherein a suction opening (20,60) is provided in a base of the nozzle, the suction opening is elongate and extends from a front (15,55) to a rear (16,56) of the nozzle, the bristle assembly is mounted within the nozzle and protrudes through the suction opening, and the suction opening is delimited along its length by a leading edge (22,62) and a trailing edge (23,63), characterised in that at least part of the leading edge is raised relative to a front end (17,57) and a rear end (18,58) of the nozzle such that, when the tool is swept over a cleaning surface, the front end and the rear end of the nozzle contact the cleaning surface and a gap (25,65) is created between the cleaning surface and the leading edge.
Drive system for a movable leaf/sash, in particular for a door or a window, with at least one energy store (7, 8) in the form of a closer spring, through whose energy release the leaf/sash is moved, wherein the energy store (7, 8) can be influenced in its energy release by an influencing device, and wherein the influencing device comprises an electrically controllable influencing element (20, 27, 29), and wherein the movement of the leaf/sash is detected directly or indirectly by a sensor whose output signal is fed to an input of a control device which controls the influencing element (20, 27, 29), and wherein the control device is designed in such a way that the influencing element (20, 27, 29) can be varied in its influence on the energy release of the energy store as a function of the movement of the leaf/sash, and wherein the drive system comprises closing damping, characterized in that each opening angle of the leaf/sash can be assigned a settable and adjustable value of the closing damping, wherein the drive system comprises a device actuated by external force for adjusting the spring preloading of the at least one energy store (7,8), and wherein the drive system can be connected via an interface to an external device for data display and/or data input.
Method for operating a hybrid double clutch transmission drive train, which comprises an internal combustion engine, a double clutch arrangement having a first and second friction clutch (30, 20), a first transmission unit which comprises a plurality of gear stages, a second transmission unit which comprises a plurality of gear stages, and an electric machine, which is coupled to the input of one of the transmission units or which can be connected thereto, wherein hybrid operation, in which - drive power from the electric machine is transmitted via the one transmission unit, - drive power from the internal combustion engine is transmitted via the other transmission unit, wherein the friction clutch assigned to the other transmission unit is closed, and - the friction clutch assigned to the one transmission unit is opened, involves the disengagement of an original gear (G2; G4) in the one transmission unit, said method comprising the following steps: - closing of the friction clutch assigned to the one transmission unit, so that this friction clutch can transmit a torque (T RK2) which corresponds to the drive torque (T EM) supplied by the electric machine, and then - disengagement of the original gear (G2; G4) in the one transmission unit. - drive power from the electric machine is transmitted via the one transmission unit, - drive power from the internal combustion engine is transmitted via the other transmission unit, wherein the friction clutch assigned to the other transmission unit is closed, and - the friction clutch assigned to the one transmission unit is opened, - closing of the friction clutch assigned to the one transmission unit, so that this friction clutch can transmit a torque (T RK2) which corresponds to the drive torque (T EM) supplied by the electric machine, and then - disengagement of the original gear (G2; G4) in the one transmission unit.
A vehicle silencer for a charge air line of an internal combustion engine with turbocharger, comprising: at least one first housing part with a first outer casing, which comprises a first end wall, and a second housing part with a second outer casing, which comprises a second end wall, wherein the housing parts (2, 3) are coupled to one another in a connecting area and form an outer shell of the vehicle silencer; an inner resonator element, which is mounted in at least one of the housing parts (2, 3) and comprises at least one chamber dividing wall, as well as at least one first inner pipe section that is connected to an inner periphery of the chamber dividing wall, wherein at least a first and a second resonator chamber are formed by the two housing parts (2, 3) and the inner resonator element, wherein the inner resonator element comprises at least one first outer retaining segment in the region of an outer periphery of the inner resonator element, and wherein a retaining groove, in which the retaining segment is accommodated, is formed in the first end wall and/or in the second end wall, characterized in that a securing element is arranged on the outside of the inner resonator element in the region of the chamber dividing wall, wherein the securing element is accommodated between the first housing part and the second housing part. at least one first housing part with a first outer casing, which comprises a first end wall, and a second housing part with a second outer casing, which comprises a second end wall, wherein the housing parts (2, 3) are coupled to one another in a connecting area and form an outer shell of the vehicle silencer; an inner resonator element, which is mounted in at least one of the housing parts (2, 3) and comprises at least one chamber dividing wall, as well as at least one first inner pipe section that is connected to an inner periphery of the chamber dividing wall, wherein at least a first and a second resonator chamber are formed by the two housing parts (2, 3) and the inner resonator element, wherein the inner resonator element comprises at least one first outer retaining segment in the region of an outer periphery of the inner resonator element, and wherein a retaining groove, in which the retaining segment is accommodated, is formed in the first end wall and/or in the second end wall, characterized in that a securing element is arranged on the outside of the inner resonator element in the region of the chamber dividing wall, wherein the securing element is accommodated between the first housing part and the second housing part.
A method for preparing liposoluble active substances, in particular pharmaceutical and/or feed active substances, in the form of particles, characterized in that said method comprises the following steps of: a) preparing an oil-in-water emulsion comprising in weight percentage with respect to the total weight of said emulsion: - 8 to 20 % of at least one protein, preferably 10 to 15 %, - 5 to 15 % of at least one sugar, preferably 8 to 12 %, - 10 to 22 % of at least one liposoluble active substances in an oily form and/or dissolved in an edible oil, preferably 15 to 20 %, - Q.S. of water, b) proceeding with forming of particles in a substantially spherical shape by the dispersion of the oil-in-water emulsion obtained on completion of step a) in a fluid, c) adding at least one cross-linking agent of the protein to the dispersion obtained on completion of step b), said cross-linking agent being selected from acetaldehyde, glutaraldehyde, glyoxal, preferably glutaraldehyde, d) recovering the active substances in a substantially spherical shape, the step of cross-linking the protein is carried out without any heat treatment step, characterized in that said emulsion of step a) further comprises 0.5 to 3 %, preferably 2 to 3 %, of an inorganic salt which is NaH 2 PO 4. a) preparing an oil-in-water emulsion comprising in weight percentage with respect to the total weight of said emulsion: - 8 to 20 % of at least one protein, preferably 10 to 15 %, - 5 to 15 % of at least one sugar, preferably 8 to 12 %, - 10 to 22 % of at least one liposoluble active substances in an oily form and/or dissolved in an edible oil, preferably 15 to 20 %, - Q.S. of water, - 8 to 20 % of at least one protein, preferably 10 to 15 %, - 5 to 15 % of at least one sugar, preferably 8 to 12 %, - 10 to 22 % of at least one liposoluble active substances in an oily form and/or dissolved in an edible oil, preferably 15 to 20 %, - Q.S. of water, b) proceeding with forming of particles in a substantially spherical shape by the dispersion of the oil-in-water emulsion obtained on completion of step a) in a fluid, c) adding at least one cross-linking agent of the protein to the dispersion obtained on completion of step b), said cross-linking agent being selected from acetaldehyde, glutaraldehyde, glyoxal, preferably glutaraldehyde, d) recovering the active substances in a substantially spherical shape,
Brazed heat exchanger comprising a number of heat exchanger plates provided with a pressed pattern of ridge and grooves arranged such that flow channels for media to exchange heat are formed between neighboring plates, the plates further being provided with port openings (120a, 120b) in selective communication with said flow channels and with a circumferential edge formed by skirts of neighboring plates overlapping one another, and a reinforcement portion extending outside the skirt, said reinforcement comprising a ribbon of sheet metal, characterized in that the reinforcement portion is provided with a pressed pattern comprising upper and lower surfaces, and in that the upper and lower surfaces are arranged such that an upper surface of the reinforcement portion of a first heat exchanger plate contacts the lower surface of the reinforcement portion of a heat exchanger plate stacked on top-of the first heat exchanger plate.
A cable, comprising: a core comprising at least one optical fiber; and a jacket (140, 440) surrounding the core, the jacket (140, 440) comprising: a primary portion (184, 484) of a first material; and at least one discontinuity (180, 480) of a second material wholly embedded in the primary portion (184, 484), the discontinuity (180, 480) extending along a length of the cable, wherein the first and second materials are extrudable, the first material being different from the second material, wherein the second material includes a select quantity of the first material to enhance bonding between the primary portion (184, 484) and the at least one discontinuity (180, 480), wherein a height of the discontinuity (180, 480) is at least four times greater than a maximum width of the discontinuity (180, 480), wherein the discontinuity (180, 480) and the primary portion (184, 484) allow the jacket (140, 440) to be separated at the discontinuity (180, 480) to provide access to the core. a core comprising at least one optical fiber; and a jacket (140, 440) surrounding the core, the jacket (140, 440) comprising: a primary portion (184, 484) of a first material; and at least one discontinuity (180, 480) of a second material wholly embedded in the primary portion (184, 484), the discontinuity (180, 480) extending along a length of the cable, wherein the first and second materials are extrudable, the first material being different from the second material, wherein the second material includes a select quantity of the first material to enhance bonding between the primary portion (184, 484) and the at least one discontinuity (180, 480), wherein a height of the discontinuity (180, 480) is at least four times greater than a maximum width of the discontinuity (180, 480), wherein the discontinuity (180, 480) and the primary portion (184, 484) allow the jacket (140, 440) to be separated at the discontinuity (180, 480) to provide access to the core. a primary portion (184, 484) of a first material; and at least one discontinuity (180, 480) of a second material wholly embedded in the primary portion (184, 484), the discontinuity (180, 480) extending along a length of the cable, wherein the first and second materials are extrudable, the first material being different from the second material, wherein the second material includes a select quantity of the first material to enhance bonding between the primary portion (184, 484) and the at least one discontinuity (180, 480), wherein a height of the discontinuity (180, 480) is at least four times greater than a maximum width of the discontinuity (180, 480), wherein the discontinuity (180, 480) and the primary portion (184, 484) allow the jacket (140, 440) to be separated at the discontinuity (180, 480) to provide access to the core.
An apparatus comprising: a plurality of chambers for receiving an associated plurality of staples, each formed with a shape memory that allows the staple to adopt a straightened configuration, when placed in a stapler, and a deployed configuration for suturing when released from the stapler, characterized in that the apparatus further comprises: a sleeve moveable relative to the chambers between a first position, in which the staples are trapped by the sleeve within the chambers in the straightened configuration, and a second position, whereby the staples are freed to adopt the deployed configuration, wherein the sleeve is adapted to move between the first and second positions by rotating relative to the chambers. a plurality of chambers for receiving an associated plurality of staples, each formed with a shape memory that allows the staple to adopt a straightened configuration, when placed in a stapler, and a deployed configuration for suturing when released from the stapler, a sleeve moveable relative to the chambers between a first position, in which the staples are trapped by the sleeve within the chambers in the straightened configuration, and a second position, whereby the staples are freed to adopt the deployed configuration, wherein the sleeve is adapted to move between the first and second positions by rotating relative to the chambers.
An electrosurgical instrument comprising: a housing having an elongate main body extending in an axial direction, and a grippable member; an implement fixed relative to and projecting from a forward region of the main body; a smoke evacuation passage defined within the main body and extending from an inlet proximal to the implement; an electrical conductor housed within the housing for supplying an electrosurgical current to the implement; and an elongate illumination element engagable with the housing; the housing including an axial retaining element on the main body for releasably engaging the elongate illumination element, and characterized by the grippable member being formed as a slidable carriage connected to the main body, a lower portion of the grippable member being receivable over the elongate illumination element when engaged with the axial retaining element such that the axial position of the grippable member relative to the main body may be adjusted in use without altering a position of the elongate illumination element. a housing having an elongate main body extending in an axial direction, and a grippable member; an elongate main body extending in an axial direction, and a grippable member; an implement fixed relative to and projecting from a forward region of the main body; a smoke evacuation passage defined within the main body and extending from an inlet proximal to the implement; an electrical conductor housed within the housing for supplying an electrosurgical current to the implement; and an elongate illumination element engagable with the housing; the housing including an axial retaining element on the main body for releasably engaging the elongate illumination element, and characterized by the grippable member being formed as a slidable carriage connected to the main body, a lower portion of the grippable member being receivable over the elongate illumination element when engaged with the axial retaining element such that the axial position of the grippable member relative to the main body may be adjusted in use without altering a position of the elongate illumination element.
Agglomerated superabsorbent polymer particles obtained by a method comprising the steps of a) Providing superabsorbent polymer particles having a first mass average particle size, b) Mixing the superabsorbent polymer particles with a solution comprising water and a multi-valent salt having a valence of three or higher, the solution comprising from 3% to 80% by weight of the multivalent salt having a valence of three or higher; wherein the agglomerated superabsorbent polymer particles have a second average particle size which is at least 25% greater than the first mass average particle size. a) Providing superabsorbent polymer particles having a first mass average particle size, b) Mixing the superabsorbent polymer particles with a solution comprising water and a multi-valent salt having a valence of three or higher, the solution comprising from 3% to 80% by weight of the multivalent salt having a valence of three or higher;
A link chain for securing a two-wheeler by means of a frame lock, said link chain comprising a plurality of chain links, wherein the link chain has, at a first end, a first chain link which is in engagement with a bolt, for which purpose the first chain link engages through an opening which is formed at a grip section of the bolt facing away from the free end of the bolt, characterized in that the link chain has, at a second end facing away from the first end, a thread-through element which is designed such that the bolt can be guided through it to form a chain loop; and in that a protective sleeve surrounding the grip section is fastened to the grip section of the bolt and has a first end, which faces the free end of the bolt, and a second end, which faces away from the first end of the sleeve, wherein the sleeve comprises at least one slot which extends, starting from the second sleeve end, in the direction of the first sleeve end up to and over the opening formed in the grip section of the bolt. the link chain has, at a second end facing away from the first end, a thread-through element which is designed such that the bolt can be guided through it to form a chain loop; and in that a protective sleeve surrounding the grip section is fastened to the grip section of the bolt and has a first end, which faces the free end of the bolt, and a second end, which faces away from the first end of the sleeve, wherein the sleeve comprises at least one slot which extends, starting from the second sleeve end, in the direction of the first sleeve end up to and over the opening formed in the grip section of the bolt.