mhurhangee/ep-ind-claims huggingface dataset:
A probe insertable into a body lumen comprising: a cylindrical housing in which an ultrasonic wave transmitting and receiving unit to transmit and receive an ultrasonic wave and a light transmitting and receiving unit for optical coherence tomography to transmit and receive a light are arranged, wherein the probe transfers a signal to an imaging apparatus for diagnosis generating an ultrasonic wave tomographic image and a light tomographic image based on the signal obtained by transmitting and receiving the ultrasonic wave and the light in a state where the housing rotates to move inside a body lumen in an axial direction, wherein an opening portion for the ultrasonic wave transmitting and receiving unit and the light transmitting and receiving unit to transmit and receive the ultrasonic wave and the light is provided on an upper side of the cylindrical surface of the housing, wherein the ultrasonic wave transmitting and receiving unit is arranged on a distal side in the axial direction and the light transmitting and receiving unit is arranged on a proximal side in the axial direction respectively in the housing, and wherein two signal wires of which one ends are connected to the ultrasonic wave transmitting and receiving unit and extending to the outside of the housing toward the proximal side in the axial direction substantially parallel to each other are arranged in the housing and below the light transmitting and receiving unit so as to cause the distance between the two signal wires to be smaller than a width of an optical element configuring the light transmitting and receiving unit. a cylindrical housing in which an ultrasonic wave transmitting and receiving unit to transmit and receive an ultrasonic wave and a light transmitting and receiving unit for optical coherence tomography to transmit and receive a light are arranged, wherein the probe transfers a signal to an imaging apparatus for diagnosis generating an ultrasonic wave tomographic image and a light tomographic image based on the signal obtained by transmitting and receiving the ultrasonic wave and the light in a state where the housing rotates to move inside a body lumen in an axial direction, wherein an opening portion for the ultrasonic wave transmitting and receiving unit and the light transmitting and receiving unit to transmit and receive the ultrasonic wave and the light is provided on an upper side of the cylindrical surface of the housing, wherein the ultrasonic wave transmitting and receiving unit is arranged on a distal side in the axial direction and the light transmitting and receiving unit is arranged on a proximal side in the axial direction respectively in the housing, and wherein two signal wires of which one ends are connected to the ultrasonic wave transmitting and receiving unit and extending to the outside of the housing toward the proximal side in the axial direction substantially parallel to each other are arranged in the housing and below the light transmitting and receiving unit so as to cause the distance between the two signal wires to be smaller than a width of an optical element configuring the light transmitting and receiving unit.
Refractory brick (100, 200) for a wall of a static combustion chamber subjected to corrosive atmospheres, the refractory brick comprising: - a hot face having a width (W_h) and a length (L_h) and intended to be exposed to combustion fumes; and - a cold face, opposite the hot face, having a width (W_c) and a length (L_c), and intended to be in the vicinity of or in contact with at least one tube intended for the flow of a heat transfer fluid; the length (L_h) of the hot face being less than the length (L_c) of the cold face, in such a way that at least two opposite lateral faces have a bevel of angle θ, characterised in that the width (W_h) of the hot face is less than the width (W_c) of the cold face, in that the cold face is provided with a blind housing (103, 203) in order to fasten the refractory brick to a device for fastening the wall, and in that the cold face has two symmetrical planes each inclined by an angle α with respect to a plane in which said cold face is inscribed at least partially. - a hot face having a width (W_h) and a length (L_h) and intended to be exposed to combustion fumes; and - a cold face, opposite the hot face, having a width (W_c) and a length (L_c), and intended to be in the vicinity of or in contact with at least one tube intended for the flow of a heat transfer fluid;
A service load processing 2. method, comprising obtaining a current time and a load amount reported by an access machine at the current time, wherein the access machine is an access device, the access machine distributes service data to a user terminal after the user terminal accesses to the access machine; determining a first time difference, wherein the first time difference is a time difference between initiation of a scheduling request from the user terminal and access to the access machine by the user terminal, determining a first time point by subtracting the first time difference from the current time, and obtaining a delayed cognitive load amount that is a predicted load amount allocated to the access machine in a period between the first time point and the current time; taking a sum of the load amount reported at the current time and the delayed cognitive load amount as an actual load amount reported by the access machine at the current time; and determining whether the access machine is running at an overload condition by comparing the actual load amount reported by the access machine at the current time with a maximum load amount threshold for the access machine. obtaining a current time and a load amount reported by an access machine at the current time, wherein the access machine is an access device, the access machine distributes service data to a user terminal after the user terminal accesses to the access machine; determining a first time difference, wherein the first time difference is a time difference between initiation of a scheduling request from the user terminal and access to the access machine by the user terminal, determining a first time point by subtracting the first time difference from the current time, and obtaining a delayed cognitive load amount that is a predicted load amount allocated to the access machine in a period between the first time point and the current time; taking a sum of the load amount reported at the current time and the delayed cognitive load amount as an actual load amount reported by the access machine at the current time; and determining whether the access machine is running at an overload condition by comparing the actual load amount reported by the access machine at the current time with a maximum load amount threshold for the access machine.
An apparatus for measurement of a property of a pulsatile blood motion within a vessel of a living being, the apparatus configured to: receive a first temporal measurement signal from a first sensor and a second temporal measurement signal from a second sensor, the first and second temporal measurement signals (11,12) indicative of the property of the pulsatile blood motion within the vessel; normalize the first and second temporal measurement signals (11,12) when the first and second sensors (56,57) are in a predetermined relative spatial position within the vessel; characterized in that the apparatus is further configured to: ascertain a figure of merit based on a shape deviation between the temporal measurement signals (11,13) after normalization, the figure of merit being indicative of trustworthiness of the temporal measurement signals (11,13); and output to a user interface the figure of merit. receive a first temporal measurement signal from a first sensor and a second temporal measurement signal from a second sensor, the first and second temporal measurement signals (11,12) indicative of the property of the pulsatile blood motion within the vessel; normalize the first and second temporal measurement signals (11,12) when the first and second sensors (56,57) are in a predetermined relative spatial position within the vessel; characterized in that the apparatus is further configured to: ascertain a figure of merit based on a shape deviation between the temporal measurement signals (11,13) after normalization, the figure of merit being indicative of trustworthiness of the temporal measurement signals (11,13); and output to a user interface the figure of merit. ascertain a figure of merit based on a shape deviation between the temporal measurement signals (11,13) after normalization, the figure of merit being indicative of trustworthiness of the temporal measurement signals (11,13); and output to a user interface the figure of merit.
A turbocharger assembly comprising: a center housing (382, 582); a turbine housing (362, 662, 1262); and an insert (370, 870, 1270) disposed between the center housing (382, 582) and the turbine housing (362, 662, 1262) wherein a surface (363, 663, 1263) of the turbine housing (362, 662, 1262) and a first surface (373, 873) of the insert (370, 870, 1270) define a volute, wherein a surface (587-1, 587-2) of the center housing (382, 582) and a second surface (377, 877) of the insert (370, 870, 1270) define a chamber, wherein the turbine housing (362, 662, 1262) comprises a recessed annular surface (367, 667, 1267) that seats the insert (370, 870, 1270), characterized in that the recessed annular surface (367, 667, 1267) comprises a radius (r c) that exceeds a maximum radius of the volute, and wherein the recessed annular surface (367, 667, 1267) comprises an insert mating surface (367, 667, 1267) that extends radially inwardly to form an end of the volute at a minimal radius (n) that is a tongue portion of the volute. a center housing (382, 582); a turbine housing (362, 662, 1262); and an insert (370, 870, 1270) disposed between the center housing (382, 582) and the turbine housing (362, 662, 1262) wherein a surface (363, 663, 1263) of the turbine housing (362, 662, 1262) and a first surface (373, 873) of the insert (370, 870, 1270) define a volute, wherein a surface (587-1, 587-2) of the center housing (382, 582) and a second surface (377, 877) of the insert (370, 870, 1270) define a chamber, wherein the turbine housing (362, 662, 1262) comprises a recessed annular surface (367, 667, 1267) that seats the insert (370, 870, 1270), characterized in that the recessed annular surface (367, 667, 1267) comprises a radius (r c) that exceeds a maximum radius of the volute, and wherein the recessed annular surface (367, 667, 1267) comprises an insert mating surface (367, 667, 1267) that extends radially inwardly to form an end of the volute at a minimal radius (n) that is a tongue portion of the volute.
An oven for producing preferably crispy-brittle baked products, wherein the oven has a front oven section, a rear oven section, an oven frame provided with external thermal insulation, a baking chamber arranged within the thermal insulation and in the oven a continuously circulating endless baking tongs chain which moves through the baking chamber and is arranged along a closed circulating path which extends in two transporting planes (4, 5), arranged one of top of the other, through both oven parts (1a, 1b), wherein the baking tongs chain has baking tongs that can be folded up and shut and are lockable in the closed state, in which baking tins comprising baking tin upper parts and baking tin lower parts are arranged which are opened by swinging open the baking tongs and closed by swinging shut the baking tongs, wherein in the front oven section a device is arranged for unlocking the baking tongs on the circulating path of the baking tongs chain, and along the upper transporting plane a device for swinging open the baking tongs, a dispensing station, a feed-in station and a device for swinging shut the baking tongs and a device for locking the baking tongs are arranged one after the other in the direction of movement of the baking tongs, wherein in the dispensing station a product removal device which takes the baked products out of the swung-open baking tongs and downstream of which an upper transporting device for the removed baked products is arranged, wherein the product removal device has a horizontally arranged rotating frame (36, 50, 60, 70, 85) that is rotatable about a horizontal axis of rotation, characterised in that the rotating frame (36, 50, 60, 70, 85) projects into the swung-open baking tongs, wherein the rotating frame (36, 50, 60, 70, 85) has removing elements (59, 68, 78) arranged along its external perimeter which on the external perimeter of the rotating frame (36, 50, 60, 70, 85) are arranged at least in a longitudinal row one behind the other along the perimeter of the rotating frame (36, 50, 60, 70, 85), and the removing elements (59, 68, 78) are in the form of suction elements connected to a negative pressure source, wherein, if necessary, the horizontally arranged rotating frame (36, 50, 60, 70, 85) is arranged in a height-adjustable manner in the front section of the oven and wherein the horizontally arranged rotating frame (36, 50, 60, 70, 85) has on its outer perimeter outwardly projecting drive lugs, which engage in the baking tong chain in the intermediate spaces of the baking tong chain between the baking tongs.
A method for detecting a device-to-device, D2D, signal, comprising: receiving, by a first user equipment, a first message; determining, by the first user equipment according to the first message, a first timing advance for the first user equipment to detect a D2D signal sent by a second user equipment; determining, by the first user equipment, a reference time according to a received reference signal sent by a base station; determining, by the first user equipment according to the first timing advance and the reference time, a first time for detecting the D2D signal; and receiving, by the first user equipment, the D2D signal at the first time; wherein the receiving, by the first user equipment, the first message comprises: receiving, by the first user equipment, the first message sent by the second user equipment, wherein the first message comprises a second timing advance for sending the D2D signal by the second user equipment; and determining, by the first user equipment, the first timing advance according to the second timing advance. receiving, by a first user equipment, a first message; determining, by the first user equipment according to the first message, a first timing advance for the first user equipment to detect a D2D signal sent by a second user equipment; determining, by the first user equipment, a reference time according to a received reference signal sent by a base station; determining, by the first user equipment according to the first timing advance and the reference time, a first time for detecting the D2D signal; and receiving, by the first user equipment, the D2D signal at the first time; wherein the receiving, by the first user equipment, the first message comprises: receiving, by the first user equipment, the first message sent by the second user equipment, wherein the first message comprises a second timing advance for sending the D2D signal by the second user equipment; and determining, by the first user equipment, the first timing advance according to the second timing advance.
A float mooring method comprising: a transportation step of transporting a mooring member (1; 201; 301) having a mooring cable which can be connected to a float at one end thereof and an accommodation member, which is installed at the other end of the mooring cable or between the one end and the other end of the mooring cable and has an accommodation space therein to a mooring position of the float in a working water area; a first accommodation step of accommodating a first heavy weight in at least a part of the accommodation space of the accommodation member at the mooring position; a connection step of connecting the one end of the mooring cable to the float at the mooring position after the first accommodation step; and a second accommodation step of accommodating a second heavy weight in the accommodation space of the accommodation member by adding the second heavy weight to the first heavy weight or exchanging at least part of the first heavy weight with the second heavy weight at the mooring position after the connection step. a transportation step of transporting a mooring member (1; 201; 301) having a mooring cable which can be connected to a float at one end thereof and an accommodation member, which is installed at the other end of the mooring cable or between the one end and the other end of the mooring cable and has an accommodation space therein to a mooring position of the float in a working water area; a first accommodation step of accommodating a first heavy weight in at least a part of the accommodation space of the accommodation member at the mooring position; a connection step of connecting the one end of the mooring cable to the float at the mooring position after the first accommodation step; and a second accommodation step of accommodating a second heavy weight in the accommodation space of the accommodation member by adding the second heavy weight to the first heavy weight or exchanging at least part of the first heavy weight with the second heavy weight at the mooring position after the connection step.
An optical isolator comprising: a semiconductor substrate; an optical attenuator and an optical amplifier provided on the semiconductor substrate; an input optical waveguide connected to the optical attenuator; and an output optical waveguide connected to the optical amplifier, wherein the optical isolator is configured so that the optical amplifier operates in the gain saturation regime so that said amplifier exhibits gain saturation characteristics and light experiences gain saturation when traversing said amplifier such that a gain of the optical amplifier decreases when an intensity of light incident on the optical amplifier increases, wherein first input light incident on the optical attenuator through the input optical waveguide is output as first output light through the output optical waveguide, and second input light incident on the optical amplifier through the output optical waveguide is output as second output light through the input optical waveguide, and wherein when an intensity of the first input light and an intensity of the second input light are equal, and each is above a threshold for which it can experience gain saturation in the optical amplifier, an intensity of the first output light is greater than an intensity of the second output light. a semiconductor substrate; an optical attenuator and an optical amplifier provided on the semiconductor substrate; an input optical waveguide connected to the optical attenuator; and an output optical waveguide connected to the optical amplifier, wherein the optical isolator is configured so that the optical amplifier operates in the gain saturation regime so that said amplifier exhibits gain saturation characteristics and light experiences gain saturation when traversing said amplifier such that a gain of the optical amplifier decreases when an intensity of light incident on the optical amplifier increases, wherein first input light incident on the optical attenuator through the input optical waveguide is output as first output light through the output optical waveguide, and second input light incident on the optical amplifier through the output optical waveguide is output as second output light through the input optical waveguide, and wherein when an intensity of the first input light and an intensity of the second input light are equal, and each is above a threshold for which it can experience gain saturation in the optical amplifier, an intensity of the first output light is greater than an intensity of the second output light.
A method for washing laundry composed of stretch material in a laundry washing machine comprising a tank filled with liquid from a water inlet, a rotating drum to load the laundry into, means for controlling a laundry-washing program, characterized in that it comprises the following steps executed continuously and in the order mentioned: - a phase of washing that has a washing temperature less than or equal to a threshold (Tmax) of 40°C, a rotational speed of the drum less than a threshold of 50 revolutions per minute, and a water level (Ne) where the laundry items are immersed in the detergent bath; - wherein the level (Ne) in the drum is in a range between 80 and 120 mm; - at least one intermediate spin phase comprising an increase in the rotational speed of the drum that gradually ramps up, wherein the rotational speed is less than a threshold of 600 revolutions per minute; - at least one rinsing phase; - at least one intermediate spin phase comprising an increase in the rotational speed of the drum that gradually ramps up, wherein the rotational speed is less than a threshold of 600 revolutions per minute; and - a final spin phase that has a rotational speed of the drum less than a threshold of 800 revolutions per minute. - a phase of washing that has a washing temperature less than or equal to a threshold (Tmax) of 40°C, a rotational speed of the drum less than a threshold of 50 revolutions per minute, and a water level (Ne) where the laundry items are immersed in the detergent bath; - wherein the level (Ne) in the drum is in a range between 80 and 120 mm; - at least one intermediate spin phase comprising an increase in the rotational speed of the drum that gradually ramps up, wherein the rotational speed is less than a threshold of 600 revolutions per minute; - at least one rinsing phase; - at least one intermediate spin phase comprising an increase in the rotational speed of the drum that gradually ramps up, wherein the rotational speed is less than a threshold of 600 revolutions per minute; and - a final spin phase that has a rotational speed of the drum less than a threshold of 800 revolutions per minute.
A laminated panel of cork-based material without wood material, comprising: at least one central layer of agglomerated cork having a first face and a second face, and at least one wear outer layer arranged on said first face of central layer, characterized in that it further comprises a coupling member arranged on at least two sides of the panel, wherein the coupling member is an extension of said central layer at said sides and it is configured such that it provides vertical laying of the panel in relation to another panel. at least one central layer of agglomerated cork having a first face and a second face, and at least one wear outer layer arranged on said first face of central layer, characterized in that it further comprises a coupling member arranged on at least two sides of the panel, wherein the coupling member is an extension of said central layer at said sides and it is configured such that it provides vertical laying of the panel in relation to another panel.