mhurhangee/patent-ind-claim-en huggingface dataset:
Aluminium composite material, comprising - at least one core layer having an aluminium core alloy and - at least one corrosion protection layer arranged on the core layer , characterised in that - the at least one corrosion protection layer has an aluminium alloy with the following composition in wt%: Si ≤ 0.10%, Fe ≤ 0.6%, Cu ≤ 0.2%, 0.9% ≤ Mn ≤ 1.2%, Mg ≤ 0.10%, Cr ≤ 0.3%, Zn ≤ 0.1%, Ti ≤ 0.1%, the rest Al and unavoidable impurities, individually at most 0.05%, in total at most 0.15%. - at least one core layer having an aluminium core alloy and - at least one corrosion protection layer arranged on the core layer , characterised in that - the at least one corrosion protection layer has an aluminium alloy with the following composition in wt%: Si ≤ 0.10%, Fe ≤ 0.6%, Cu ≤ 0.2%, 0.9% ≤ Mn ≤ 1.2%, Mg ≤ 0.10%, Cr ≤ 0.3%, Zn ≤ 0.1%, Ti ≤ 0.1%, the rest Al and unavoidable impurities, individually at most 0.05%, in total at most 0.15%.
A medical image processing apparatus comprising: a medical image acquisition unit configured to acquire a medical image including a subject image; a first discrimination processing unit configured to perform a first discrimination process of detecting a lesion and discriminating a degree of progress of the detected lesion by using a first medical image captured using first illumination light having a specific spectrum, among the medical images; and a second discrimination processing unit configured to perform a second discrimination process of discriminating the degree of progress of the lesion by using a second medical image captured using second illumination light having a spectrum different from the first illumination light, among the medical images; the second discrimination processing unit is configured to perform the second discrimination process in a case where a type of the lesion detected in the first discrimination process is a specific type, or in a case where the lesion detected in the first discrimination process indicates a specific degree of progress; characterized in that the second discrimination processing unit is configured to perform discrimination that further subdivides the degree of progress classified based on the endoscopic finding classification in the first discrimination process. a medical image acquisition unit configured to acquire a medical image including a subject image; a first discrimination processing unit configured to perform a first discrimination process of detecting a lesion and discriminating a degree of progress of the detected lesion by using a first medical image captured using first illumination light having a specific spectrum, among the medical images; and a second discrimination processing unit configured to perform a second discrimination process of discriminating the degree of progress of the lesion by using a second medical image captured using second illumination light having a spectrum different from the first illumination light, among the medical images; the second discrimination processing unit is configured to perform the second discrimination process in a case where a type of the lesion detected in the first discrimination process is a specific type, or in a case where the lesion detected in the first discrimination process indicates a specific degree of progress; characterized in that the second discrimination processing unit is configured to perform discrimination that further subdivides the degree of progress classified based on the endoscopic finding classification in the first discrimination process.
A liner for a filter sub-assembly , the liner comprising: a wall having a tubular portion having an innermost surface configured to bound a cavity extending between opposing first and second ends of the liner , the wall further having a deflected portion configured to extend from one end of the liner into the cavity in a predefined angle and delimit an opening , the deflected portion being rigidly connected to the tubular portion, characterized in that the wall is formed as a monolithic component.
An apparatus for coupling radiation into and out of an optical fiber, the apparatus comprising: an optical element for coupling radiation into and out of the optical fiber ; a radiation system operable to produce input radiation, the radiation system arranged such that the input radiation is at least partially received by the optical element; and a sensor system for receiving output radiation from the optical element and operable to generate a signal indicative of at least one characteristic of the output radiation; wherein the optical element , the radiation system and the sensor system are generally co axial and the radiation system and the sensor system are both disposed on the same side of the optical element, wherein the apparatus further comprises a central body , a first end body , and a second end body , and wherein the optical element and the sensor system is disposed in the central body , the first end body defines an optical fiber connection portion , and the radiation system is disposed in the second end body . an optical element for coupling radiation into and out of the optical fiber ; a radiation system operable to produce input radiation, the radiation system arranged such that the input radiation is at least partially received by the optical element; and a sensor system for receiving output radiation from the optical element and operable to generate a signal indicative of at least one characteristic of the output radiation; wherein the optical element , the radiation system and the sensor system are generally co axial and the radiation system and the sensor system are both disposed on the same side of the optical element, wherein the apparatus further comprises a central body , a first end body , and a second end body , and wherein the optical element and the sensor system is disposed in the central body , the first end body defines an optical fiber connection portion , and the radiation system is disposed in the second end body .
A display apparatus comprising: a display panel including a display area configured to display an image in a forward direction and a non-display area provided at edges of the display area wherein the non-display area comprises a black matrix region ; and a front frame covering a side portion of a front surface of the display panel ; wherein a front surface of the front frame (100, 200 320, 400, 400a, 400b) is level with the front surface of the display panel not covered by the front frame; wherein the front surface of the front frame, the black matrix region and the display area are exposed to a user; wherein the front frame (100, 200 320, 400, 400a, 400b) comprises a frame body and a plurality of layers arranged on a front surface of the frame body ; wherein the plurality of layers comprises: a first layer which is a colour layer comprising a black ink; a second layer arranged on the first layer and comprising transparent material; and a third layer which is an anti-reflective coating layer arranged on the second layer ; and wherein the plurality of layers are configured so that the front surface of the front frame (100, 200 320, 400, 400a, 400b) has the same colour as the black matrix region for a user. a display panel including a display area configured to display an image in a forward direction and a non-display area provided at edges of the display area wherein the non-display area comprises a black matrix region ; and a front frame covering a side portion of a front surface of the display panel ; wherein a front surface of the front frame (100, 200 320, 400, 400a, 400b) is level with the front surface of the display panel not covered by the front frame; wherein the front surface of the front frame, the black matrix region and the display area are exposed to a user; wherein the front frame (100, 200 320, 400, 400a, 400b) comprises a frame body and a plurality of layers arranged on a front surface of the frame body ; wherein the plurality of layers comprises: a first layer which is a colour layer comprising a black ink; a second layer arranged on the first layer and comprising transparent material; and a third layer which is an anti-reflective coating layer arranged on the second layer ; and a first layer which is a colour layer comprising a black ink; a second layer arranged on the first layer and comprising transparent material; and a third layer which is an anti-reflective coating layer arranged on the second layer ; and wherein the plurality of layers are configured so that the front surface of the front frame (100, 200 320, 400, 400a, 400b) has the same colour as the black matrix region for a user.
A method of processing a specimen that includes a clinical sample disposed in a liquid-based cytology preservative that comprises formaldehyde, the method comprising the steps of: (a) combining the specimen with a protease enzyme and formaldehyde scavenger to create a reaction mixture; (b) incubating the reaction mixture at a temperature of from 65°C to 100 °C for a period of time sufficient to reverse chemical modifications of nucleic acid that may be contained in the specimen by formaldehyde in the liquid-based cytology preservative; and (c) isolating a nucleic acid from the reaction mixture after the incubating step (b). (a) combining the specimen with a protease enzyme and formaldehyde scavenger to create a reaction mixture; (b) incubating the reaction mixture at a temperature of from 65°C to 100 °C for a period of time sufficient to reverse chemical modifications of nucleic acid that may be contained in the specimen by formaldehyde in the liquid-based cytology preservative; and (c) isolating a nucleic acid from the reaction mixture after the incubating step (b).
A continuous process for the production of hydrocarbons comprising the steps of (a) providing an organic starting product, (b) transferring the organic starting product to a reactor, (c) heating the starting product to generate a pyrolysis gas, (d) feeding the pyrolysis gas to a two-part or multi-part column to obtain separate liquid and/or semi-solid fractions of hydrocarbons, (e) recovering the separated hydrocarbons obtained in step (d), wherein steps (b) and (c) are carried out in the absence of oxygen and under inert gas, wherein in step (c) the starting product is heated to 400°C to 600°C, wherein in the first part of the two-part or multi-part column the flow rate of the pyrolysis gas is lower than in the subsequent second part of the two-part or multi-part column, wherein the starting product is a plastic or a mixture of plastics, and wherein the second part of the two-part or multi-part column is a rectification column. (a) providing an organic starting product, (b) transferring the organic starting product to a reactor, (c) heating the starting product to generate a pyrolysis gas, (d) feeding the pyrolysis gas to a two-part or multi-part column to obtain separate liquid and/or semi-solid fractions of hydrocarbons, (e) recovering the separated hydrocarbons obtained in step (d), wherein steps (b) and (c) are carried out in the absence of oxygen and under inert gas, wherein in step (c) the starting product is heated to 400°C to 600°C, wherein in the first part of the two-part or multi-part column the flow rate of the pyrolysis gas is lower than in the subsequent second part of the two-part or multi-part column, wherein the starting product is a plastic or a mixture of plastics, and wherein the second part of the two-part or multi-part column is a rectification column.
A reference signal sending method performed by a first network device, comprising: determining (S71) a first resource; generating (S72) a reference signal corresponding to the first resource, wherein the reference signal comprises M parts, all of the M parts are the same, M is an integer greater than or equal to 2, wherein the first resource carries a cyclic prefix of the reference signal and the cyclic prefix corresponding to the reference signal is located only at the start of the 1 st part in the M parts, and the first resource does not carry a cyclic postfix of the reference signal; and sending (S74) the reference signal to a second network device on the first resource, wherein the first resource comprises N time-domain symbols, the N time-domain symbols are consecutive time-domain symbols, and N is an integer greater than or equal to 2, initial phases corresponding to the M parts are the same and the initial phases corresponding to the M parts are determined based on an uplink-downlink switching period in which the first resource is located, wherein the first network device and the second network device are base stations. determining (S71) a first resource; generating (S72) a reference signal corresponding to the first resource, wherein the reference signal comprises M parts, all of the M parts are the same, M is an integer greater than or equal to 2, wherein the first resource carries a cyclic prefix of the reference signal and the cyclic prefix corresponding to the reference signal is located only at the start of the 1 st part in the M parts, and the first resource does not carry a cyclic postfix of the reference signal; and sending (S74) the reference signal to a second network device on the first resource, wherein the first resource comprises N time-domain symbols, the N time-domain symbols are consecutive time-domain symbols, and N is an integer greater than or equal to 2, initial phases corresponding to the M parts are the same and the initial phases corresponding to the M parts are determined based on an uplink-downlink switching period in which the first resource is located, wherein the first network device and the second network device are base stations.
A high pressure polymerization process to form an ethylene-based polymer, the process comprising at least the following step: polymerizing a reaction mixture comprising ethylene, using a reactor configuration comprising (A) at least two reaction zones, a first reaction zone (reaction zone 1) and an i reaction zone (reaction zone i where i ≥ 2), (B) at least two ethylene feed streams, each feed stream comprising a percentage of the total make-up ethylene fed to the polymerization process, in which a first ethylene feed stream is sent to reaction zone 1 and a second ethylene feed stream is sent to reaction zone i, and (C) a control system to control the percentage of the total make-up ethylene in the ethylene feed stream sent to reaction zone 1 and the percentage of the total make-up ethylene in the ethylene feed stream sent to reaction zone i; wherein each of the first and second ethylene feed streams further comprises a percentage of the total of at least one CTA make-up system fed to the high pressure polymerization process, wherein the at least one CTA make-up system comprises at least one CTA, wherein the reactor configuration further comprises at least one analyzer for measuring the concentration of the at least one CTA of one of the first and second ethylene feed streams of the reactor configuration or determining a property of the ethylene-based polymer produced by the high pressure polymerization process wherein the property of the ethylene-based polymer is selected from the group consisting of melt strength, melt elasticity and rheological properties. polymerizing a reaction mixture comprising ethylene, using a reactor configuration comprising (A) at least two reaction zones, a first reaction zone (reaction zone 1) and an i reaction zone (reaction zone i where i ≥ 2), (B) at least two ethylene feed streams, each feed stream comprising a percentage of the total make-up ethylene fed to the polymerization process, in which a first ethylene feed stream is sent to reaction zone 1 and a second ethylene feed stream is sent to reaction zone i, and (C) a control system to control the percentage of the total make-up ethylene in the ethylene feed stream sent to reaction zone 1 and the percentage of the total make-up ethylene in the ethylene feed stream sent to reaction zone i; wherein each of the first and second ethylene feed streams further comprises a percentage of the total of at least one CTA make-up system fed to the high pressure polymerization process, wherein the at least one CTA make-up system comprises at least one CTA, wherein the reactor configuration further comprises at least one analyzer for measuring the concentration of the at least one CTA of one of the first and second ethylene feed streams of the reactor configuration or determining a property of the ethylene-based polymer produced by the high pressure polymerization process wherein the property of the ethylene-based polymer is selected from the group consisting of melt strength, melt elasticity and rheological properties.
A refrigerator comprising: a cabinet in which a refrigerating compartment is provided; a first door connected to the cabinet to open and close the refrigerating compartment and having an opening; a housing provided in the first door and accessible through the opening therein; an ice making room provided in the housing ; a guide duct provided below the ice making room to guide discharge of ice; a second door connected to the first door , a first door hinge unit rotatably connecting the first door to the cabinet , a second door hinge unit rotatably connecting the second door to a front surface of the first door ; a dispenser disposed on a front surface of the second door ; and a discharge duct provided in the second door , wherein, when the second door is closed, the guide duct communicates with the discharge duct , and ice made in the ice making room is discharged to the dispenser , wherein the ice making room includes a front opening, and wherein an ice making room door is rotatably connected to an edge of the front opening to open or close the ice making room . a cabinet in which a refrigerating compartment is provided; a first door connected to the cabinet to open and close the refrigerating compartment and having an opening; a housing provided in the first door and accessible through the opening therein; an ice making room provided in the housing ; a guide duct provided below the ice making room to guide discharge of ice; a second door connected to the first door , a first door hinge unit rotatably connecting the first door to the cabinet , a second door hinge unit rotatably connecting the second door to a front surface of the first door ; a dispenser disposed on a front surface of the second door ; and a discharge duct provided in the second door , wherein, when the second door is closed, the guide duct communicates with the discharge duct , and ice made in the ice making room is discharged to the dispenser , wherein the ice making room includes a front opening, and wherein an ice making room door is rotatably connected to an edge of the front opening to open or close the ice making room .
A medical device, comprising an elongate shaft (176; 222) extending along a shaft longitudinal axis and including a shaft proximal end and a shaft distal end , a force sensor (172; 230) disposed on the shaft distal end and including a sensor proximal end and a sensor distal end, a tip (186; 234) disposed on the sensor distal end, and a tubular moisture barrier (174; 236) defining a barrier lumen, wherein the tubular moisture barrier extends along the shaft longitudinal axis between the shaft distal end and the tip (186; 234), the force sensor (172; 230) is disposed within the barrier lumen, the tubular moisture barrier (174; 236) includes an inner layer and an outer layer , the tubular moisture barrier (174; 236) is connected to a proximal end of the tip (186; 234), the tip (186; 234) is formed from metal, the force sensor is configured to deflect in response to a force applied to the tip, the tubular moisture barrier is configured to deflect with the force sensor in response to the force applied to the tip, the tubular moisture barrier (174; 236) has a greater flexibility than the elongate shaft, the tubular moisture barrier (174; 236) is formed from a different material than a material that forms the elongate shaft, and one of the inner layer and outer layer of the tubular moisture barrier is a PEBA copolymer or a thermoplastic polyurethane (TPU) and the other layer a non-polar polymer. an elongate shaft (176; 222) extending along a shaft longitudinal axis and including a shaft proximal end and a shaft distal end , a force sensor (172; 230) disposed on the shaft distal end and including a sensor proximal end and a sensor distal end, a tip (186; 234) disposed on the sensor distal end, and a tubular moisture barrier (174; 236) defining a barrier lumen, wherein the tubular moisture barrier extends along the shaft longitudinal axis between the shaft distal end and the tip (186; 234), the force sensor (172; 230) is disposed within the barrier lumen, the tubular moisture barrier (174; 236) includes an inner layer and an outer layer , the tubular moisture barrier (174; 236) is connected to a proximal end of the tip (186; 234), the tip (186; 234) is formed from metal, the force sensor is configured to deflect in response to a force applied to the tip, the tubular moisture barrier is configured to deflect with the force sensor in response to the force applied to the tip, the tubular moisture barrier (174; 236) has a greater flexibility than the elongate shaft, the tubular moisture barrier (174; 236) is formed from a different material than a material that forms the elongate shaft, and one of the inner layer and outer layer of the tubular moisture barrier is a PEBA copolymer or a thermoplastic polyurethane (TPU) and the other layer a non-polar polymer.
Rotary laser comprising a housing and a pendulum body of a laser device that is gimbal mounted in the housing and the inclination of which can be adjusted about two axes by actuators , which laser device has a beam passage channel having an emission surface arranged on the bottom of the beam passage channel for emitting a laser beam , the laser device also carrying a deflection member which can be rotationally driven about an axis of rotation with respect to the laser device in order to deflect the laser beam passing through the beam passage channel in parallel with the axis of rotation at least partially into a plane of rotation extending in a direction perpendicular to the axis of rotation , adjusting elements being provided in order to adjust the laser beam from a radial offset position (V) with respect to the axis of rotation into the axis of rotation , characterised in that the emission surface can be moved relative to the axis of rotation in an adjustment plane extending perpendicularly to the axis of rotation , the adjusting elements comprising an emission surface carrier which has a contact surface and which is in contact with a mating contact surface of the pendulum body ; the adjustment being carried out by means of adjusting screws , the rotation of which allows the emission surface carrier to be moved relative to the pendulum body ; the adjusting screws being inserted into threaded openings in the pendulum body ; screwing tool passage channels being formed within the housing, which channels are aligned with the threaded openings in which the adjusting screws are inserted, the screwing tool passage channels being formed by a plurality of screwing tool passage openings which are located in the wall of the housing or a circuit board or in the bottom of a battery compartment and through which a screwing tool can be inserted, by means of which the relevant adjusting screw can be turned.