mhurhangee/ep-ind-claims huggingface dataset:
A curtain system comprising a rail, a curtain suspended from and moveable along the rail, fixed to the curtain a cord that is guided along the rail by guiding means (7, 9), and a cord drive comprising at least two drive wheels (11a, 11b; 17) which are coupled to each other, at least one drive motor that is coupled to at least one of the drive wheels, at least one tensioning pulley that is present at some distance from the drive wheels and coupled to tensioning means that exercise tensioning force on the rotation axle of the tensioning pulley, characterized by the cord which, coming from the curtain is wound around one of the drive wheels (1a; 17) by at any rate close to 360 degrees or a whole multiple thereof, then goes to the tensioning pulley and is guided around to return to the other drive wheel (1b; 17) around which the cord is wound by at any rate close to 360 degrees or a whole multiple thereof and returns to the curtain.
A method for wireless communications by a user equipment, UE, comprising: identifying at least one narrowband region within a wider system bandwidth; determining at least one parameter assigned to the UE for transmitting symbols of a physical uplink channel in the narrowband region that are multiplexed with symbols transmitted by one or more other UEs, wherein the at least one parameter comprises at least one of a cyclic shift, spreading parameter, or a hopping pattern; and transmitting, to an evolved Node B, eNB, the symbols of the physical uplink channel using the at least one determined parameter, wherein the symbols of the physical uplink channel are repeated over multiple symbols within a same subframe and multiplexed using spreading codes over the multiple symbols in a time domain, wherein the symbols are transmitted using time-frequency resources used by the one or more other UEs, wherein the UE and the one or more other UEs operate in a narrowband region that spans a single resource block, RB, and wherein each of the UE and the one or more other UEs are assigned at least one tone of the single RB, wherein a RB comprises a plurality of tones and one slot period in the time domain, a subframe comprises two consecutive slots and each slot includes L OFDM symbols. identifying at least one narrowband region within a wider system bandwidth; determining at least one parameter assigned to the UE for transmitting symbols of a physical uplink channel in the narrowband region that are multiplexed with symbols transmitted by one or more other UEs, wherein the at least one parameter comprises at least one of a cyclic shift, spreading parameter, or a hopping pattern; and transmitting, to an evolved Node B, eNB, the symbols of the physical uplink channel using the at least one determined parameter, wherein the symbols of the physical uplink channel are repeated over multiple symbols within a same subframe and multiplexed using spreading codes over the multiple symbols in a time domain, wherein the symbols are transmitted using time-frequency resources used by the one or more other UEs, wherein the UE and the one or more other UEs operate in a narrowband region that spans a single resource block, RB, and wherein each of the UE and the one or more other UEs are assigned at least one tone of the single RB, wherein a RB comprises a plurality of tones and one slot period in the time domain, a subframe comprises two consecutive slots and each slot includes L OFDM symbols.
Device for sterilization of the interior surface of packaging containers with an beam, comprising an emitter provided with an electron exit window, said emitter being adapted to emit charge carriers, such as electrons, through the electron exit window, said electrons forming an electron cloud, wherein the device comprises at least one outlet for conditioning at least a sterilized volume in the packaging container, wherein the outlet is adapted to provide a flow of a sterile gaseous medium, thereby generating a first condition at least inside the sterilized volume of the packaging container, wherein the first condition is adapted to prevent any flow of medium from outside the sterilized volume from coming into the sterilized volume without first being sterilized by the electron cloud, wherein the emitter, is adapted to be in a first and a second position, wherein the first position is a position in which the packaging container and the emitter are not engaged with each other, wherein the emitter is not inserted in the container, and wherein the second position is a position in which an emitter portion, being provided with the electron exit window, is fully inserted into the packaging container, through an opening of the packaging container, wherein the opening is a spout or a bottom of the packaging container, for sterilization of the interior surface of the packaging container, the device being characterized in that: the outlet is adapted to be provided within the electron cloud generated by the electrons emitted from the electron exit window, and the device comprises a control unit adapted to control, adjust and/ or adapt the flow of the sterile gaseous medium over time, wherein, during a movement from the second to the first position, in order to generate the first condition, the control unit adjusts the flow of sterile gaseous medium such that a volume of sterile gaseous medium added, per time unit, to the packaging container through the outlet to at least compensate for the volume of a portion of the emitter leaving the packaging container during the same time unit. the outlet is adapted to be provided within the electron cloud generated by the electrons emitted from the electron exit window, and the device comprises a control unit adapted to control, adjust and/ or adapt the flow of the sterile gaseous medium over time, wherein, during a movement from the second to the first position, in order to generate the first condition, the control unit adjusts the flow of sterile gaseous medium such that a volume of sterile gaseous medium added, per time unit, to the packaging container through the outlet to at least compensate for the volume of a portion of the emitter leaving the packaging container during the same time unit.
An oil-based inkjet ink comprising colored resin particles, an ionic dispersant and a non-aqueous solvent, wherein the colored resin particles comprise a colorant and a urethane-urea resin.
A tissue sensing device configured to be attached to an electrosurgical knife, the tissue sensing device comprising: a body having a proximal end portion (223, 243) that is configured to receive a portion of a housing of the electrosurgical knife, and a distal end portion (225, 245) that is configured for movably supporting a blade of the knife, and a grip portion (224, 244) between the distal end portion and the proximal end portion, and an optical fiber, wherein the distal end of the optical fiber is arranged at the distal end portion and a proximal end of the optical fiber is connectable to an optical console; wherein the distal end of the optical fiber is further arranged at the distal end portion (225, 245) such that when a blade of the electrosurgical knife is supported by the distal end portion (225, 245) the distal end of the optical fiber is positioned separately to the blade; and wherein the distal end portion is movable relative to, and at, the blade of the electrosurgical knife. a body having a proximal end portion (223, 243) that is configured to receive a portion of a housing of the electrosurgical knife, and a distal end portion (225, 245) that is configured for movably supporting a blade of the knife, and a grip portion (224, 244) between the distal end portion and the proximal end portion, and an optical fiber, wherein the distal end of the optical fiber is arranged at the distal end portion and a proximal end of the optical fiber is connectable to an optical console; wherein the distal end of the optical fiber is further arranged at the distal end portion (225, 245) such that when a blade of the electrosurgical knife is supported by the distal end portion (225, 245) the distal end of the optical fiber is positioned separately to the blade; and wherein the distal end portion is movable relative to, and at, the blade of the electrosurgical knife.
An intraluminal device comprising: a proximal section configured to be positioned and anchored in a blood vessel, the proximal section having a central longitudinal axis; a distal section having a first wing extending from a first side of the distal section and a second wing extending from a second side of the distal section, substantially diametrically opposing the first side, the first and second wings (56a, 56b) being configured to expand from a collapsed state to an expanded state; characterised in that when the second wing expands to the expanded state, the second wing is configured to extend transverse to the axis from the second side to the first side through an opening in the first wing. a proximal section configured to be positioned and anchored in a blood vessel, the proximal section having a central longitudinal axis; a distal section having a first wing extending from a first side of the distal section and a second wing extending from a second side of the distal section, substantially diametrically opposing the first side, the first and second wings (56a, 56b) being configured to expand from a collapsed state to an expanded state; characterised in that when the second wing expands to the expanded state, the second wing is configured to extend transverse to the axis from the second side to the first side through an opening in the first wing.
A cell-free test kit for screening a sample for the presence of a ligand capable of eliciting a steroid hormone genomic response, the test kit comprising: (i) a steroid hormone receptor that is capable of forming a receptor-ligand complex with a ligand from the sample; and (ii) a nucleic acid reporter construct comprising: (a) a hormone response element that is capable of being bound by the receptor-ligand complex; (b) a fluorescence generating moiety; and (c) a fluorescence quenching moiety, wherein the hormone response element (a) is located between the fluorescence generating moiety (b) and the fluorescence quenching moiety (c). (i) a steroid hormone receptor that is capable of forming a receptor-ligand complex with a ligand from the sample; and (ii) a nucleic acid reporter construct comprising: (a) a hormone response element that is capable of being bound by the receptor-ligand complex; (b) a fluorescence generating moiety; and (c) a fluorescence quenching moiety, (a) a hormone response element that is capable of being bound by the receptor-ligand complex; (b) a fluorescence generating moiety; and (c) a fluorescence quenching moiety,
An implantable device (14, 314), comprising: a memory; and a processor coupled to the memory and configured to perform actions, comprising: receiving electrical signals from tissue of a patient; and in response to each of a plurality of triggers, storing a portion of the received electrical signals, occurring after the trigger and extending for a limited duration, in the memory on a first-in-first-out basis, wherein the limited duration is divided into at least a first segment and a second segment, wherein storing the portion of the received electrical signals comprises storing a first portion of the received electrical signals during the first segment at a first sampling rate and storing a second portion of the received electrical signals during the second segment at a second sampling rate that is lower than the first sampling rate. a memory; and a processor coupled to the memory and configured to perform actions, comprising: receiving electrical signals from tissue of a patient; and in response to each of a plurality of triggers, storing a portion of the received electrical signals, occurring after the trigger and extending for a limited duration, in the memory on a first-in-first-out basis, receiving electrical signals from tissue of a patient; and in response to each of a plurality of triggers, storing a portion of the received electrical signals, occurring after the trigger and extending for a limited duration, in the memory on a first-in-first-out basis,
Decorative trim arrangement for a motor vehicle, designed for holding light source in its intended installation state, in particular a decorative trim arrangement to be attached to the vehicle chassis in the area of a window channel or a window frame of a motor vehicle door, with an end section forming the facing side end of the decorative trim arrangement, wherein the end section has an outer surface visible from the outside in the intended final installation state, and has an inner interior surface in an intended final installation state, onto which at least a part of the light emitted by the light source held by the decorative trim arrangement in the intended installation state hits before it visibly exits the final mounted decorative trim arrangement to the outside, wherein the outer surface is at least in part a visible surface, the outer surface being matched to or being equal to the outer appearance of a surface being visible from the outside of an adjacent component or of a component continued by the end section of the final mounted decorative trim arrangement, characterised in that the inner surface is at least partly a reflection surface, which has a reflection capacity that differs from that of the visible surface.
A laser receiver comprising: at least one reflective surface attached thereto; a photo detection unit for receiving a plurality of modulated laser beams, the plurality of modulated laser beams being transmitted by a laser transmitter having at least one reflective surface attached thereto, and each laser beam of the plurality of modulated laser beams being modulated with at least azimuthal angle information; and a processor for estimating an azimuthal position, associated with the laser receiver, using particular ones of the plurality of modulated laser beams, and estimating a distance between the laser receiver and the laser transmitter by using a first modulated laser beam received by the laser receiver and at least one reflected modulated laser beam that has been reflected between the at least one reflective surface of the laser receiver and the at least one reflective surface of the laser transmitter. at least one reflective surface attached thereto; a photo detection unit for receiving a plurality of modulated laser beams, the plurality of modulated laser beams being transmitted by a laser transmitter having at least one reflective surface attached thereto, and each laser beam of the plurality of modulated laser beams being modulated with at least azimuthal angle information; and a processor for estimating an azimuthal position, associated with the laser receiver, using particular ones of the plurality of modulated laser beams, and estimating a distance between the laser receiver and the laser transmitter by using a first modulated laser beam received by the laser receiver and at least one reflected modulated laser beam that has been reflected between the at least one reflective surface of the laser receiver and the at least one reflective surface of the laser transmitter.
A binary pressure sensitive paint coating comprising a stack of layers consisting of a screen layer, an active layer and two adhesive layers, wherein the said first adhesive layer is deposited on a model surface followed by deposition of silicone-titanium dioxide screen layer on the said first adhesive layer, the second adhesive layer being deposited on the said screen layer followed by the deposition of active layer comprising pyrene-end-labelled PDMS on the said second adhesive layer, wherein the said layers are subjected to curing at temperature of 25 to 40°C for a period of 24 to 72 hours, wherein the pyrene end-labelled PDMS is derived from a hydroxyl substituted pyrene of formula py-(CH 2) n -OH, wherein py is pyrene and n is from 1 to 10.
A method comprising: receiving, by a verification server over a first network, a request for a public key from an access device, wherein the access device sends the request in response to an interaction with a client device; generating, by the verification server, the public key, a private key that corresponds to the public key, and a key identifier associated with the private key, wherein the public key and the private key are limited-use keys; transmitting, by the verification server, the public key and the key identifier to the access device, wherein the access device transmits the public key and the key identifier to the client device; receiving, by the verification server over a second network that is different to the first network, a message and the key identifier from the client device, wherein the message is encrypted using the public key; retrieving, by the verification server, the private key associated with the key identifier; decrypting, by the verification server, the message using the private key; generating, by the verification server, a token in response to the message, wherein the token authorizes access to a resource; generating, by the verification server, a signature of the token using the token and the private key; transmitting, by the verification server, the token and the signature of the token to the access device, wherein the access device validates the signature using the public key and the token; and expiring the private key after generating the signature of the token. receiving, by a verification server over a first network, a request for a public key from an access device, wherein the access device sends the request in response to an interaction with a client device; generating, by the verification server, the public key, a private key that corresponds to the public key, and a key identifier associated with the private key, wherein the public key and the private key are limited-use keys; transmitting, by the verification server, the public key and the key identifier to the access device, wherein the access device transmits the public key and the key identifier to the client device; receiving, by the verification server over a second network that is different to the first network, a message and the key identifier from the client device, wherein the message is encrypted using the public key; retrieving, by the verification server, the private key associated with the key identifier; decrypting, by the verification server, the message using the private key; generating, by the verification server, a token in response to the message, wherein the token authorizes access to a resource; generating, by the verification server, a signature of the token using the token and the private key; transmitting, by the verification server, the token and the signature of the token to the access device, wherein the access device validates the signature using the public key and the token; and expiring the private key after generating the signature of the token.
Device (10, 11) for moving a furniture part which is held on a furniture body of a piece of furniture, wherein guide means of the device (10, 11) are provided with at least one pivot arm (23, 24) for pivoting the furniture part, with which, when the device (10, 11) is mounted on the piece of furniture, the furniture part can be moved from a closed position into an open position of the furniture part relative to the furniture body and back, wherein the device (10, 11) has a closed position, wherein, when arranged on the piece of furniture, the device (10, 11) is in the closed position when the piece of furniture is in the closed position, wherein the guide means can be connected to the furniture part via a mounting unit of the device (10, 11) wherein the device (10, 11) has a base unit, on which the guide means are movably arranged, wherein the base unit can be arranged on the furniture body and has a front section, wherein, when the base unit is arranged on the furniture body, the front section forms a furniture body front section of a furniture body front which, in the closed position, is opposite to the furniture part, wherein there is a spacer element on the front section, wherein a stop face of the spacer element is present at a distance from a remaining side surface of the front section, and wherein, in the closed position of the device (10, 11), the stop face of the spacer element forms a stop for the mounting unit, characterized in that the spacer element is arranged in an unchanging position on the front section of the base unit, wherein the front section is present as a fascia element in the form of a front side covering element, wherein the cartridge-shaped base unit has a base plate and a mating plate, wherein the base unit has an open narrow side between the base plate and the mating plate, wherein the front side covering element is present on the open narrow side, so that the pivot arm (23, 24) reaches through the open narrow side and an opening in the front side covering element, and wherein the pivot arm assembly can reach through this open narrow side as far as the movable furniture part, on which the pivot arm assembly acts via the mounting unit.
A granulator mill comprising a housing with a granule chamber, the granule chamber comprises at least one non-rotatable blade, a rotatable rotor arranged inside the granule chamber, the rotor comprising a number of blades which are arranged for cooperation with the at least one non-rotatable blade, a infeed hopper for feeding waste into the granule chamber, a grid arranged in the granule chamber, where through granulated waste is allowed to pass to an outfeed hopper, characterised in that a scraping device is provided in a space located axially in between the housing and the rotatable rotor and in that the scraping device is attached to the housing. a housing with a granule chamber, the granule chamber comprises at least one non-rotatable blade, a rotatable rotor arranged inside the granule chamber, the rotor comprising a number of blades which are arranged for cooperation with the at least one non-rotatable blade, a infeed hopper for feeding waste into the granule chamber, a grid arranged in the granule chamber, where through granulated waste is allowed to pass to an outfeed hopper, characterised in that a scraping device is provided in a space located axially in between the housing and the rotatable rotor and in that the scraping device is attached to the housing.
A mechanism for smooth opening and retaining of a car door in a desired position, comprising a connecting rod, wherein the connecting rod, adapted to be fastened at one end via a hinge to the car door, slides through a housing of a braking section of the mechanism and on said housing there is also arranged an electric motor with a shaft provided with a brake disk and a sensor of movement of said connecting rod, characterised in that the housing is adapted to be fastened to the bodywork of the car via a guide of the mechanism by way of a shaft (5,5') and in the area where said guide is arranged, said housing has a semicircular indentation, into which a roller arranged under a spring within said guide fits and the roller controls a micro switch on said guide, wherein the movement sensor and the micro switch control the electric motor, so that the brake disk can be set in or out of engagement with the connecting rod, such that the connecting rod can move together or freely with respect to the housing.