mhurhangee/ep-ind-claims huggingface dataset:
Conveying device with at least one transfer conveyor (2; 102; 4; 104), an aligning conveyor (8; 108) and a discharge conveyor (6; 106) for combining piece goods (30, 40) from the at least one transfer conveyor (2; 102, 4; 104) onto the discharge conveyor (6; 106), the aligning conveyor (8; 108) having a receiving end (8a; 108a), which a feeding end or feeding ends arranged next to each other of the transfer conveyor or transfer conveyors join, and a feeding end arranged parallel to the receiving end (8a; 108a), which a receiving end of the discharge conveyor (6; 106) joins, wherein a guide element (14; 114) having a guide surface (14a; 114a) arranged vertically to and directly over a conveying surface (10; 110) of the aligning conveyor (8; 108), is located between a first external side edge (2a; 102a) of the or a first transfer conveyor (2; 102) and an opposite first side edge (6a; 106a) of the discharge conveyor (6; 106), the aligning conveyor having a parallelogram-shaped conveying surface, characterized in that a conveying direction (8f; 108f) of the aligning conveyor (8; 108) has a longitudinal component (8f1; 108f1), directed from the or first transfer conveyor (2; 102) to the discharge conveyor (6; 106) and a transverse component (8f2; 108f2) directed perpendicularly against the guide element (14; 114) and wherein the conveying direction of the aligning conveyor runs at an angle (α) of less than 90° to the receiving and feeding ends (8a, 8b), which the longitudinal component (8f1; 108f1) forms with the conveying direction (8f; 108f), and the feeding end is parallel and transversely offset to the receiving end.
A fuel nonreturn device comprising a body defining an enclosure intended to receive fuel, and having at least one opening, the enclosure has an inner wall extended by an elastic return member forming an integral part with said inner wall, said elastic return member is extended by a valve forming an integral part with said elastic return member, the elastic return member pushes the valve into a position of closing the opening to prevent the fuel present in the enclosure from being discharged through the opening, characterised in that: the device is manufactured, layer by layer and by additive manufacturing, such that the body, the elastic return member and the valve together form a single one-piece part; the elastic return member is a compression coil spring; the opening has an inclined peripheral wall, the valve having a complementary inclined flange, the inner wall having a tubular conformation along a central longitudinal axis, the enclosure having a variable diameter along the device, the inner wall having a seat for the valve, the seat of the valve having an upstream conical conformation, with its larger diameter located downstream, the upstream portion of the valve having a complementary conical conformation, the wall of the seat and the complementary edge of the valve defining an angle comprised between 30 and 60 degrees relative to the central axis. the device is manufactured, layer by layer and by additive manufacturing, such that the body, the elastic return member and the valve together form a single one-piece part; the elastic return member is a compression coil spring; the opening has an inclined peripheral wall, the valve having a complementary inclined flange, the inner wall having a tubular conformation along a central longitudinal axis, the enclosure having a variable diameter along the device, the inner wall having a seat for the valve, the seat of the valve having an upstream conical conformation, with its larger diameter located downstream, the upstream portion of the valve having a complementary conical conformation, the wall of the seat and the complementary edge of the valve defining an angle comprised between 30 and 60 degrees relative to the central axis.
A catalyst system comprising a catalyst microencapsulated within a permeable polymer microcapsule shell, wherein the permeable polymer microcapsule shell is formed by interfacial polymerisation in the presence of palladium acetate and is a polyurea microcapsule prepared from at least one polyisocyanate and/or tolylene diisocyanate.
A method for the generation of SID frames for a discontinuous transmission of background noise parameters via a transmission network with which audio signals are transmitted by a sender to a recipient during telecommunication, said method involving a periodic determination of background noise parameters and a generation and transmission of SID frames based on the determined background noise parameters, wherein the period corresponds to a determined idle period of the transmission network that is adjusted in the transmission network.
Mechanism specifically designed for moving a furniture item door with an upward-tilting opening, suitable for being arranged on or within a side of a furniture item, said mechanism being contained in a box consisting of two half-shells (9A, 9B), and comprising a hinge with five points (P1, P2, P3, P4, P5), consisting of three levers (L1, L2, L3), the levers (L1, L2) are articulated one with the other at the fulcrum point, arranged in one of their intermediate zones, lever is articulated at one of its ends in the fulcrum point to one end of the lever, the other end of which is articulated to the door in the point, one end of lever is articulated to the door at the point, while the other end of lever carries a pin sliding in a track formed in the box, lever being likewise articulated to the box in the fulcrum point, around which it rotates during the movement of the door, characterised in that said lever acts directly or indirectly on a cam profile of a linear slider, subjected to the direct action of elastic means generating a force that tends to open the mechanism and therefore to support the weight of the door, in the last phase of closing of the door said cam profile causes an inversion of the thrust of the elastic means which tend to make the door close automatically, and in that a damper is provided in said box which is actuated during closing of the door by one of said levers or. characterised in that said lever acts directly or indirectly on a cam profile of a linear slider, subjected to the direct action of elastic means generating a force that tends to open the mechanism and therefore to support the weight of the door, in the last phase of closing of the door said cam profile causes an inversion of the thrust of the elastic means which tend to make the door close automatically, and in that a damper is provided in said box which is actuated during closing of the door by one of said levers or.
A stackable toilet comprising: a housing cabinet comprising a shower unit, a commode unit, and a wash basin; the shower unit being arranged in the upper portion of the housing cabinet; the commode unit arranged in a lower portion of the housing cabinet; and the wash basin arranged in the upper portion of the housing cabinet alongside the shower unit, characterised in that the commode unit comprises: pull doors (126a, 126b); a commode connected with a back plate arranged on a wheel base, the commode being connected with a soil pipe and two or more telescopic rails for enabling the forward movement of the commode unit; and a handle to pull the commode. a housing cabinet comprising a shower unit, a commode unit, and a wash basin; the shower unit being arranged in the upper portion of the housing cabinet; the commode unit arranged in a lower portion of the housing cabinet; and the wash basin arranged in the upper portion of the housing cabinet alongside the shower unit, characterised in that the commode unit comprises: pull doors (126a, 126b); a commode connected with a back plate arranged on a wheel base, the commode being connected with a soil pipe and two or more telescopic rails for enabling the forward movement of the commode unit; and a handle to pull the commode. pull doors (126a, 126b); a commode connected with a back plate arranged on a wheel base, the commode being connected with a soil pipe and two or more telescopic rails for enabling the forward movement of the commode unit; and a handle to pull the commode.
Cannula for fluid perfusion, said cannula comprising: • a tubular body extending from a proximal portion to a distal portion thereof, the tubular body being provided internally with a cavity defining a first opening in the distal portion allowing a fluid to exit the cavity in a first direction, • the tubular body comprising a connection portion lying between the proximal and distal portions, the connection portion being configured or configurable so as to have a curved shape and being sized so as to be inserted into a blood vessel by the distal portion, • a duct extending from a first end to a second end thereof, the second end being provided with an auxiliary opening placed at the connection portion so as to allow a fluid to exit the duct in a second direction opposite to the first direction, wherein the first end is placed in fluid communication with the cavity so that a fluid flowing in the cavity toward the first opening flows at least in part into the duct, wherein the duct is provided with a valve device designed to shut off, or allow, the flow of a fluid flowing through the duct from one end to the other (9,10) thereof, depending on whether the valve device is in a first configuration or in a second configuration, respectively, wherein the duct is provided with an intermediate hole located between the first and the second ends, and the valve device is a three-way valve comprising a shutter arranged inside the duct, the shutter, when in said first configuration, being suitable for occluding the duct while keeping the intermediate hole substantially open so as to divert a fluid injected into the duct through the auxiliary opening toward the intermediate hole and/or to divert a second fluid injected into the duct through the intermediate hole toward the auxiliary opening, and the shutter, when in said second configuration, being suitable for occluding the intermediate hole while keeping the duct substantially open so as to allow a fluid to flow from the first end to the second end, or vice versa, and characterized in that the cannula comprises a connector which extends from the intermediate hole and is suitable for being connected to an inlet tube of a pressure transducer and/or to an outlet tube of a fluid source. • a tubular body extending from a proximal portion to a distal portion thereof, the tubular body being provided internally with a cavity defining a first opening in the distal portion allowing a fluid to exit the cavity in a first direction, • the tubular body comprising a connection portion lying between the proximal and distal portions, the connection portion being configured or configurable so as to have a curved shape and being sized so as to be inserted into a blood vessel by the distal portion, • a duct extending from a first end to a second end thereof, the second end being provided with an auxiliary opening placed at the connection portion so as to allow a fluid to exit the duct in a second direction opposite to the first direction,
A method performed by a radio unit, RU, the method comprising: obtaining, from a data unit, DU, information on at least one empty symbol duration and allocation information on data traffic; identifying the at least one empty symbol duration based on the allocation information and pattern information, the pattern information including information on a symbol transmission location of at least one of a control channel or a reference signal; and controlling to turn on or off a power amplifier, PA, based on the at least one empty symbol duration. obtaining, from a data unit, DU, information on at least one empty symbol duration and allocation information on data traffic; identifying the at least one empty symbol duration based on the allocation information and pattern information, the pattern information including information on a symbol transmission location of at least one of a control channel or a reference signal; and controlling to turn on or off a power amplifier, PA, based on the at least one empty symbol duration.
A method of detection of the presence of at least one domain of interest on a nucleic acid to test, wherein said method comprises the following steps: a) determining beforehand at least three target regions on the domain of interest, designing and obtaining corresponding labeled probes of each target region, named set of probe of the domain of interest, the position of these probes one compared to the others being chosen and forming a sequence of at least two codes chosen between a group of at least two different codes, said sequence of codes being specific of said domain of interest on the nucleic acid to test, b) after spreading of the nucleic acid to test on which the probes obtained in step a) are bound, detecting the signals corresponding to each labelled probes bound on the linearized nucleic acid, c) transcripting said signals in a sequence code, wherein said code results of the reading of the spacing between consecutive signals of the probes, the detection of the sequence of codes of a domain of interest indicating the presence of said domain of interest on the nucleic acid to test, and conversely the absence of detection of sequence of codes or part of sequence of codes of a domain of interest indicating the absence of said domain or part of said domain of interest on the nucleic acid to test. a) determining beforehand at least three target regions on the domain of interest, designing and obtaining corresponding labeled probes of each target region, named set of probe of the domain of interest, the position of these probes one compared to the others being chosen and forming a sequence of at least two codes chosen between a group of at least two different codes, said sequence of codes being specific of said domain of interest on the nucleic acid to test, b) after spreading of the nucleic acid to test on which the probes obtained in step a) are bound, detecting the signals corresponding to each labelled probes bound on the linearized nucleic acid, c) transcripting said signals in a sequence code, wherein said code results of the reading of the spacing between consecutive signals of the probes,
An electrical connection component for a machine cable, the electrical connection component being suitable for transmission of power with voltage levels greater than or equal to 1 kV, the electrical connection component comprising: a cylindrical polymeric housing defining an internal region, and having a machine cable end and a connection end, an electrical contact assembly comprising at least three electrical pins each having a respective phase tube and earth connection, at least a portion of the electrical contact assembly being arranged at the connection end of the housing and being configured to be arranged for electrically coupling with a respective contact assembly of another connection component; and wherein the electrical component further comprises a removable inspection plug comprising at least three openings for receiving the at least three electricals pins therewithin, the inspection plug being disposed at least partially within the housing at the connection end; wherein when the inspection plug is entirely removed from the housing, at least a portion of the internal region is exposed to enable inspection of at least a portion of the electrical contact assembly while the electrical pins and respective phase tubes are retained in position, wherein, when the inspection plug is removed from the housing, a portion of the electrical contact assembly is made accessible for repair or replacement, and wherein the portion of the electrical contact assembly made accessible for repair or replacement comprises a connection portion between the electrical contact assembly and a core of the machine cable. a cylindrical polymeric housing defining an internal region, and having a machine cable end and a connection end, an electrical contact assembly comprising at least three electrical pins each having a respective phase tube and earth connection, at least a portion of the electrical contact assembly being arranged at the connection end of the housing and being configured to be arranged for electrically coupling with a respective contact assembly of another connection component; and wherein the electrical component further comprises a removable inspection plug comprising at least three openings for receiving the at least three electricals pins therewithin, the inspection plug being disposed at least partially within the housing at the connection end; wherein when the inspection plug is entirely removed from the housing, at least a portion of the internal region is exposed to enable inspection of at least a portion of the electrical contact assembly while the electrical pins and respective phase tubes are retained in position, wherein, when the inspection plug is removed from the housing, a portion of the electrical contact assembly is made accessible for repair or replacement, and wherein the portion of the electrical contact assembly made accessible for repair or replacement comprises a connection portion between the electrical contact assembly and a core of the machine cable.
Slab production plants with a vibrating device with at least one dosing mould to receive slab material, wherein the at least one vibrating device arranged below the dosing mould has along a common imaginary centre axis at least two rotatably mounted unbalanced masses (22, 23), the rotated positions of which are changeable relative to one another, wherein the first unbalanced mass is driven in rotation by a first motor and the second unbalanced mass is driven in rotation by a second motor, wherein the angle of the two unbalanced masses (22, 23) relative to one another can be changed as their rotated position is changed by the drive motors (21a, 21b), and wherein the first unbalanced mass and the first motor have first rotary shafts (29a, 29b) connected to one another and the second unbalanced mass and the second motor have second rotary shafts (28a, 28b) connected to one another, and the first and second rotary shafts (28a, 28b, 29a, 29b) lie on the common centre axis, wherein a control device is provided which is capable of controlling the direction of rotation and the speed of the rotary motors (21a, 21b) independently of one another.
An antenna, comprising: a suspended air stripline, SAS, disposed in a housing, said SAS having a proximate end and a distal end; a ridged waveguide coupler having a proximate end and a distal end, said proximate end of said ridged waveguide coupler disposed substantially in an aperture in said housing and coupled thereto, said aperture located above said distal end of said SAS; and one or more radiating elements coupled to the distal end of said ridged waveguide coupler, wherein said one or more radiating elements are configured to couple electromagnetic energy from the proximate end of said SAS, through said ridged waveguide coupler, and into free space. a suspended air stripline, SAS, disposed in a housing, said SAS having a proximate end and a distal end; a ridged waveguide coupler having a proximate end and a distal end, said proximate end of said ridged waveguide coupler disposed substantially in an aperture in said housing and coupled thereto, said aperture located above said distal end of said SAS; and one or more radiating elements coupled to the distal end of said ridged waveguide coupler, wherein said one or more radiating elements are configured to couple electromagnetic energy from the proximate end of said SAS, through said ridged waveguide coupler, and into free space.
A transition enforcing coding, hereinafter TEC, receiver, characterized by: a delay line circuit, configured to employ a calibrated delay setting to delay a plurality of vector signals (s -s[m-1]) to generate a plurality of delayed vector signals (s _D-s[m-1]_D) under a normal mode, respectively; a transition detection circuit, configured to detect a transition of at least one specific delayed vector signal among the delayed vector signals (s _D-s[m-1]_D); a data sampling circuit, configured to sample the vector signals according to a sampling timing, wherein the sampling timing is determined based on an output of the transition detection circuit; and a skew calibration circuit, configured to set the calibrated delay setting under a calibration mode, wherein transition skew between different delayed vector signals is reduced by the calibrated delay setting under the normal mode. a delay line circuit, configured to employ a calibrated delay setting to delay a plurality of vector signals (s -s[m-1]) to generate a plurality of delayed vector signals (s _D-s[m-1]_D) under a normal mode, respectively; a transition detection circuit, configured to detect a transition of at least one specific delayed vector signal among the delayed vector signals (s _D-s[m-1]_D); a data sampling circuit, configured to sample the vector signals according to a sampling timing, wherein the sampling timing is determined based on an output of the transition detection circuit; and a skew calibration circuit, configured to set the calibrated delay setting under a calibration mode, wherein transition skew between different delayed vector signals is reduced by the calibrated delay setting under the normal mode.
A method for removing debris from a trench formed on a photolithographic mask, comprising: positioning a nanometer-scaled tip within the trench, the nanometer-scaled tip including a surface and a coating disposed thereon, the coating having a surface energy lower than a surface energy of the photolithographic mask; moving the nanometer-scaled tip within the trench to physically adhere debris to the nanometer-scaled tip; moving the nanometer-scaled tip with the debris away from the trench; and (i) replenishing the coating by physically interacting the nanometer-scaled tip with a material having a surface energy lower than the surface energy of the photolithographic mask and removing the debris from the nanometer-scaled tip by imbedding the debris in the material or (ii) removing the debris from the nanometer-scaled tip, wherein the debris from the nanometer-scaled tip is imbedded in a target by indenting the nanometer-scaled tip into the target, the target being softer than the nanometer-scaled tip. positioning a nanometer-scaled tip within the trench, the nanometer-scaled tip including a surface and a coating disposed thereon, the coating having a surface energy lower than a surface energy of the photolithographic mask; moving the nanometer-scaled tip within the trench to physically adhere debris to the nanometer-scaled tip; moving the nanometer-scaled tip with the debris away from the trench; and (i) replenishing the coating by physically interacting the nanometer-scaled tip with a material having a surface energy lower than the surface energy of the photolithographic mask and removing the debris from the nanometer-scaled tip by imbedding the debris in the material or (ii) removing the debris from the nanometer-scaled tip, wherein the debris from the nanometer-scaled tip is imbedded in a target by indenting the nanometer-scaled tip into the target, the target being softer than the nanometer-scaled tip. (i) replenishing the coating by physically interacting the nanometer-scaled tip with a material having a surface energy lower than the surface energy of the photolithographic mask and removing the debris from the nanometer-scaled tip by imbedding the debris in the material or (ii) removing the debris from the nanometer-scaled tip, wherein the debris from the nanometer-scaled tip is imbedded in a target by indenting the nanometer-scaled tip into the target, the target being softer than the nanometer-scaled tip.