mhurhangee/ep-ind-claims huggingface dataset:
Tool (1, 1') for handling and grouping together products which are aligned one behind the other and which are separated by a given pitch (P, p'), said tool (1, 1') comprising: - a row of at least three supports that are each able to bear a gripping element for a product, the supports being mounted so as to be able to move on at least one rail (3, 4), each support being connected to each adjacent support by attachment means, - the attachment means each comprising a stem (11, 31, 33, 41) connecting two supports and a member (12; 19) for locking the position of at least one of the two supports on the stem (11, 31, 33, 41), - the locking member (12; 19) being able to be deactivated in order to adapt the distance between two supports to said pitch (P, p') between two products, characterized in that the tool comprises a plurality of actuators (13, 30, 32, 40), each actuator (13, 30, 32, 40) comprising a body and a stem (11, 31, 33, 41), the stem (11, 31, 33, 41) of the actuator being the stem of the attachment means, each support (2; 20) being secured to the body of an actuator (13, 30, 32, 40) and/or to a member (12; 19) for locking the stem of an actuator (13, 30, 32, 40) whose body is secured to another support (2; 20). - a row of at least three supports that are each able to bear a gripping element for a product, the supports being mounted so as to be able to move on at least one rail (3, 4), each support being connected to each adjacent support by attachment means, - the attachment means each comprising a stem (11, 31, 33, 41) connecting two supports and a member (12; 19) for locking the position of at least one of the two supports on the stem (11, 31, 33, 41), - the locking member (12; 19) being able to be deactivated in order to adapt the distance between two supports to said pitch (P, p') between two products, characterized in that the tool comprises a plurality of actuators (13, 30, 32, 40), each actuator (13, 30, 32, 40) comprising a body and a stem (11, 31, 33, 41), the stem (11, 31, 33, 41) of the actuator being the stem of the attachment means, each support (2; 20) being secured to the body of an actuator (13, 30, 32, 40) and/or to a member (12; 19) for locking the stem of an actuator (13, 30, 32, 40) whose body is secured to another support (2; 20).
Method for desizing and/or shrinking a textile fabric, the textile fabric having a length and a width, the method comprising moving lengthwise the fabric, and: wetting the fabric within a first pool of liquid, the first pool of liquid comprising water; passing the wetted fabric through a chamber, and in said chamber contacting the fabric with at least one heatable roller heated at a treatment temperature of between 80°C and 160°C; soaking the previously heated fabric by means of a main pool of liquid, the main pool of liquid comprising water; treating the previously soaked fabric with ozone gas. wetting the fabric within a first pool of liquid, the first pool of liquid comprising water; passing the wetted fabric through a chamber, and in said chamber contacting the fabric with at least one heatable roller heated at a treatment temperature of between 80°C and 160°C; soaking the previously heated fabric by means of a main pool of liquid, the main pool of liquid comprising water; treating the previously soaked fabric with ozone gas.
An evaluation system for evaluating photoelectric conversion characteristics of an organic material used in an organic solar cell, comprising: a microwave exposing section for exposing a microwave onto the organic material; a microwave passing section including a cavity resonator for making the microwave exposure from the microwave exposing section pass through the organic material a plurality of times; a light source section including a xenon flash lamp, for exposing a pulsed white light having a pulse width within a range from 10 μs to 1 ms onto the organic material; a microwave detecting section for detecting an intensity of the microwave which has passed through the organic material; and an evaluating section for evaluating the photoelectric conversion characteristics of the organic material based on the intensity of the microwave which has passed through the organic material when the pulsed white light is exposed and the intensity of the microwave which has passed through the organic material when the pulsed white light is not exposed, wherein the evaluating section is configured to make an evaluation such that a slower temporal change in a difference between the intensity of the microwave which has passed through the organic material when the pulsed white light is exposed and the intensity of the microwave which has passed through the organic material when the pulsed white light is not exposed indicates better photoelectric conversion characteristics of the organic material. a microwave exposing section for exposing a microwave onto the organic material; a microwave passing section including a cavity resonator for making the microwave exposure from the microwave exposing section pass through the organic material a plurality of times; a light source section including a xenon flash lamp, for exposing a pulsed white light having a pulse width within a range from 10 μs to 1 ms onto the organic material; a microwave detecting section for detecting an intensity of the microwave which has passed through the organic material; and an evaluating section for evaluating the photoelectric conversion characteristics of the organic material based on the intensity of the microwave which has passed through the organic material when the pulsed white light is exposed and the intensity of the microwave which has passed through the organic material when the pulsed white light is not exposed, wherein the evaluating section is configured to make an evaluation such that a slower temporal change in a difference between the intensity of the microwave which has passed through the organic material when the pulsed white light is exposed and the intensity of the microwave which has passed through the organic material when the pulsed white light is not exposed indicates better photoelectric conversion characteristics of the organic material.
A composition administered by injection for use in improving the reproductive function of a mammal in need thereof, the composition comprising: from 1 to 10 % wt of the hydrolyzate obtained by hydrolysis from bivalve molluscs; and water. from 1 to 10 % wt of the hydrolyzate obtained by hydrolysis from bivalve molluscs; and water.
A method for wireless communication at a wireless communication device (126, 128, 140, 142; 202; 400; 500), the method comprising: reserving (602; 702; 802) resources on a carrier for each of a plurality of reservations, each associated with a respective transmission to one or more other wireless communication devices (126, 128, 140, 142; 202; 400; 500); and missing (604; 706; 806) at least one missed reservation of the plurality of reservations; characterized by limiting (608; 714; 814) additional reservations when a missed reservation metric associated with the at least one missed reservation exceeds a missed reservation limit (414; 518). reserving (602; 702; 802) resources on a carrier for each of a plurality of reservations, each associated with a respective transmission to one or more other wireless communication devices (126, 128, 140, 142; 202; 400; 500); and missing (604; 706; 806) at least one missed reservation of the plurality of reservations; characterized by limiting (608; 714; 814) additional reservations when a missed reservation metric associated with the at least one missed reservation exceeds a missed reservation limit (414; 518).
A method for in vivo assay and imaging the expression of mitochondrial complex I (MC-I), the method comprising: imaging a living subject to whom a PET ligand 18 F-Flurpiridaz, which binds reversibly to MC-I in the tissues of the subject, has been administered, with a positron emission tomography imaging system and storing at least one PET image of the subject in a non-transitory computer readable media; fitting regional time-activity curves to a two-tissue compartment model using a computer processor adapted to calculate MC-I expression levels based on a kinetic model stored within non-transitory computer readable media, wherein the processor is adapted to provide quantitative mapping of regional MC-I expression, the MC-I expression levels being based on said PET imageable binding reaction between the PET ligand and MC-I. imaging a living subject to whom a PET ligand 18 F-Flurpiridaz, which binds reversibly to MC-I in the tissues of the subject, has been administered, with a positron emission tomography imaging system and storing at least one PET image of the subject in a non-transitory computer readable media; fitting regional time-activity curves to a two-tissue compartment model using a computer processor adapted to calculate MC-I expression levels based on a kinetic model stored within non-transitory computer readable media, wherein the processor is adapted to provide quantitative mapping of regional MC-I expression, the MC-I expression levels being based on said PET imageable binding reaction between the PET ligand and MC-I.
A method of drying a material, the method comprising: positioning an ultrasonic transducer a spaced distance from an interface surface of the material; forcing air through a delivery air enclosure of the ultrasonic transducer, the ultrasonic transducer including a first inner surface; a second inner surface, the second inner surface facing the first inner surface, the first inner surface and the second inner surface defining an air passage through the ultrasonic transducer; a first groove defined in the first inner surface, the first groove including a first flat portion, the first flat portion angled at 90 degrees with respect to an innermost portion of the first inner surface and extending away from the innermost portion of the first inner surface; and a second groove defined in the second inner surface, the second groove including a second flat portion, the second flat portion angled at 90 degrees with respect to an innermost portion of the second inner surface and extending away from the innermost portion of the second inner surface; inducing acoustic oscillations through the ultrasonic transducer; and directing the acoustic oscillations and air towards the material. positioning an ultrasonic transducer a spaced distance from an interface surface of the material; forcing air through a delivery air enclosure of the ultrasonic transducer, the ultrasonic transducer including a first inner surface; a second inner surface, the second inner surface facing the first inner surface, the first inner surface and the second inner surface defining an air passage through the ultrasonic transducer; a first groove defined in the first inner surface, the first groove including a first flat portion, the first flat portion angled at 90 degrees with respect to an innermost portion of the first inner surface and extending away from the innermost portion of the first inner surface; and a second groove defined in the second inner surface, the second groove including a second flat portion, the second flat portion angled at 90 degrees with respect to an innermost portion of the second inner surface and extending away from the innermost portion of the second inner surface; inducing acoustic oscillations through the ultrasonic transducer; and directing the acoustic oscillations and air towards the material.
An apparatus for sorting agricultural products, comprising: a conveyor line predisposed to convey products along an advancement direction; an entry section, where the products are arranged on the conveyor line; an unloading section, arranged downstream of the entry section, and where the agricultural products are unloaded from the conveyor line; a control section, interposed between the entry section and the unloading section, and predisposed to attribute a signal indicative of predefined physical characteristics to each product; wherein the conveyor line comprises a first conveyor device predisposed to convey the agricultural products forward, and extending from the entry section, through the control section, and as far as the unloading section; characterized in that said conveyor line comprises: a second conveyor device, predisposed to convey the products forward and to cause the products to roll over, extending from the entry section to at least as far as an intermediate tract of the control section and that is movable between a first operating configuration, wherein it supports the products, and a second operating configuration, wherein it releases the products onto the first conveyor device. a conveyor line predisposed to convey products along an advancement direction; an entry section, where the products are arranged on the conveyor line; an unloading section, arranged downstream of the entry section, and where the agricultural products are unloaded from the conveyor line; a control section, interposed between the entry section and the unloading section, and predisposed to attribute a signal indicative of predefined physical characteristics to each product; wherein the conveyor line comprises a first conveyor device predisposed to convey the agricultural products forward, and extending from the entry section, through the control section, and as far as the unloading section; characterized in that said conveyor line comprises: a second conveyor device, predisposed to convey the products forward and to cause the products to roll over, extending from the entry section to at least as far as an intermediate tract of the control section and that is movable between a first operating configuration, wherein it supports the products, and a second operating configuration, wherein it releases the products onto the first conveyor device.
Circuit arrangement for system voltage-dependent power regulation of an electronic device, wherein the circuit arrangement has means which are designed to detect DC operation or AC operation of the electronic device and wherein the circuit arrangement has a regulating unit, in which at least one power/system voltage characteristic for DC operation and at least one power/system voltage characteristic for AC operation of the electronic device are stored, wherein the power/system voltage characteristic for DC operation stored in the regulating unit and the power/system voltage characteristic for AC operation have at least partially different profiles, the regulating unit being designed to carry out regulation of the consumption of the electrical power by the electronic device depending on the detected operation of the electronic device according to the associated power/system voltage characteristic (321, 322), characterized in that the regulating unit is designed, in the event of DC operation being detected, to keep the electrical power of the electronic device according to the stored power/system voltage characteristic for DC operation essentially constant in the event of the system voltage decreasing down to a first system voltage threshold value, and to the electrical power so as to drop continuously down to a second system voltage threshold value in the event of the system voltage decreasing below the first system voltage threshold value, and in that the regulating unit is designed, in the event of AC operation being detected, to keep the electrical power of the electronic device according to the stored power/system voltage characteristic for AC operation essentially constant in the event of the system voltage decreasing down to a third system voltage threshold value, and to decrease the electrical power so as to drop continuously down to a fourth system voltage threshold value in the event of the system voltage decreasing below the third system voltage threshold value.
A method for registering a second device in a server by a first device, the method comprising the steps of: connecting the first device to the server; searching for the second device disposed in a home network that the first device is disposed; sending an inquiry related to registration of a second device with the server, from the first device to the second device; receiving data indicating allowance of the registration at the first device from the second device; receiving an identification information of the second device from the second device; and in response to the allowance of the registration of the second device with the server, transmitting, to the server, a request for registration of the second device with the server, the request including the identification information of the second device. connecting the first device to the server; searching for the second device disposed in a home network that the first device is disposed; sending an inquiry related to registration of a second device with the server, from the first device to the second device; receiving data indicating allowance of the registration at the first device from the second device; receiving an identification information of the second device from the second device; and in response to the allowance of the registration of the second device with the server, transmitting, to the server, a request for registration of the second device with the server, the request including the identification information of the second device.
A fuel nozzle comprising: a centerbody extending axially with respect to a centerline of a swirler portion of the fuel nozzle; a confining tube radially outward of the centerbody; a plurality of swirler vanes disposed between the centerbody and the confining tube, each of the plurality of swirler vanes comprising: a radially inner base and a radially outer tip; an upstream portion extending from a leading edge; and a downstream portion extending from the upstream portion to a trailing edge, the downstream portion defining a bend length between the upstream portion and the trailing edge, wherein the bend length at the radially outer tip is greater than the bend length at the radially inner base, wherein each swirler vane of the plurality of swirler vanes comprises a pressure side and a suction side, wherein the trailing edge of each swirler vane of the plurality of swirler vanes further comprises an exit flow angle defined between the centerline of the fuel nozzle and a line tangent to the pressure side at the trailing edge, and wherein the exit flow angle is constant along the trailing edge of each swirler vane of the plurality of swirler vanes. a centerbody extending axially with respect to a centerline of a swirler portion of the fuel nozzle; a confining tube radially outward of the centerbody; a plurality of swirler vanes disposed between the centerbody and the confining tube, each of the plurality of swirler vanes comprising: a radially inner base and a radially outer tip; an upstream portion extending from a leading edge; and a downstream portion extending from the upstream portion to a trailing edge, the downstream portion defining a bend length between the upstream portion and the trailing edge, wherein the bend length at the radially outer tip is greater than the bend length at the radially inner base, a radially inner base and a radially outer tip; an upstream portion extending from a leading edge; and a downstream portion extending from the upstream portion to a trailing edge, the downstream portion defining a bend length between the upstream portion and the trailing edge, wherein the bend length at the radially outer tip is greater than the bend length at the radially inner base, wherein each swirler vane of the plurality of swirler vanes comprises a pressure side and a suction side, wherein the trailing edge of each swirler vane of the plurality of swirler vanes further comprises an exit flow angle defined between the centerline of the fuel nozzle and a line tangent to the pressure side at the trailing edge, and wherein the exit flow angle is constant along the trailing edge of each swirler vane of the plurality of swirler vanes.
A set comprising a dental implant with a first stage implant and a second stage implant and an abutment wherein the dental implant comprising a first stage implant that has a bottomed tubular shape, a male thread formed on an outer periphery thereof, and a female thread formed in an inner periphery thereof, the dental implant comprising a second stage implant that has a tip part having a male thread threadably engaged with the female thread of the first stage implant and a rear end part to which an upper prosthesis is attachable via the abutment, the abutment includes a vertical hole disposed inside therein and formed so as to extend from a bottom surface toward the inside thereof and having an inner tapered portion and wherein the rear end part of the second stage implant has an outer tapered portion configured to engage with the inner tapered portion disposed inside the abutment by a taper connection, wherein the female thread of the first stage implant and the male thread of the second stage implant are tapered threads, wherein the second stage implant has an intermediate part that is disposed between the tip part and the rear end part and configured not to be covered with any one of the first stage implant, the abutment, and the upper prosthesis, and the intermediate part has an uneven portion formed in an outer periphery thereof, and wherein the second stage implant is configured to be exchanged with another second stage implant while the first stage implant remains embedded in an alveolar bone. the dental implant comprising a first stage implant that has a bottomed tubular shape, a male thread formed on an outer periphery thereof, and a female thread formed in an inner periphery thereof, the dental implant comprising a second stage implant that has a tip part having a male thread threadably engaged with the female thread of the first stage implant and a rear end part to which an upper prosthesis is attachable via the abutment, the abutment includes a vertical hole disposed inside therein and formed so as to extend from a bottom surface toward the inside thereof and having an inner tapered portion and wherein the rear end part of the second stage implant has an outer tapered portion configured to engage with the inner tapered portion disposed inside the abutment by a taper connection, wherein the female thread of the first stage implant and the male thread of the second stage implant are tapered threads, wherein the second stage implant has an intermediate part that is disposed between the tip part and the rear end part and configured not to be covered with any one of the first stage implant, the abutment, and the upper prosthesis, and the intermediate part has an uneven portion formed in an outer periphery thereof, and wherein the second stage implant is configured to be exchanged with another second stage implant while the first stage implant remains embedded in an alveolar bone.