mhurhangee/ep-ind-claims huggingface dataset:
A method for using image information in a portable terminal, comprising: recognizing a face area from an image displayed on a display unit of the portable terminal, if an image information registration to store image information comprising information regarding feature points extracted from the recognized face area is selected; analyzing image information corresponding to the recognized face area and determining whether stored image information, consistent with the analyzed image information, exists; determining, if stored image information, consistent with the analyzed image information, exists, whether user information is linked to the stored image information; displaying, if user information is linked to the stored image information, the recognized face area and the user information, together, on the image; registering, if user information is not linked to the stored image information, user information for linking to the image information corresponding to the recognized face area; and displaying the recognized face area and the registered user information, together, on the image, wherein registering the user information further comprises: determining whether at least one of direct registration wherein a user inputs user information for registration, search registration wherein user information for registration is searched using a key word input to a user information search window displayed on the display unit, and registration using file name wherein user information for registration is searched using a file name for storing the image, is selected; and registering user information by the selected registration. recognizing a face area from an image displayed on a display unit of the portable terminal, if an image information registration to store image information comprising information regarding feature points extracted from the recognized face area is selected; analyzing image information corresponding to the recognized face area and determining whether stored image information, consistent with the analyzed image information, exists; determining, if stored image information, consistent with the analyzed image information, exists, whether user information is linked to the stored image information; displaying, if user information is linked to the stored image information, the recognized face area and the user information, together, on the image; registering, if user information is not linked to the stored image information, user information for linking to the image information corresponding to the recognized face area; and displaying the recognized face area and the registered user information, together, on the image, determining whether at least one of direct registration wherein a user inputs user information for registration, search registration wherein user information for registration is searched using a key word input to a user information search window displayed on the display unit, and registration using file name wherein user information for registration is searched using a file name for storing the image, is selected; and registering user information by the selected registration.
A conveyor belt system, the conveyor belt system comprising a conveyor belt and a barrier seal assembly, the barrier seal assembly comprising a seal member and a sealing clamp, wherein the seal member is a monolithic homogeneous piece of material having opposite first and second halves and comprises first and second primary seals and first and second secondary seals, the first secondary seal is resiliently movable relative to the first primary seal, the second secondary seal is resiliently movable relative to the second primary seal, the first primary seal and the first secondary seal are part of the first half of the seal member, the second primary seal and the second secondary seal are part of the second half of the seal member, the first primary seal and the first secondary seal are adjustable between collapsed and expanded configurations, the first primary seal and the first secondary seal are closer to each other in the collapsed configuration, the second primary seal and the second secondary seal are adjustable between collapsed and expanded configurations, the second primary seal and the second secondary seal are closer to each other in the collapsed configuration, the seal member is clamped to the barrier seal assembly via the sealing clamp in a manner such that the first secondary seal is resiliently biased against the conveyor belt and such that the second secondary seal is unengaged with the conveyor belt and is in its collapsed configuration.
A prosthesis (1, 1') for organs with lumens, such as blood vessels and the like, which prosthesis comprises: - at least one bio-absorbable material layer, configured to be arranged in contact with said lumen organ when said prosthesis (1, 1') is implanted, and - at least one auxetic material layer, arranged in contact with said at least one bio-absorbable material layer, wherein said bio- absorbable material layer is a mesh having a plurality of polygonally-shaped cells, in particular hexagonal cells, wherein said bio- absorbable material layer comprises polydioxanone, wherein said auxetic material layer comprises a plurality of side longitudinal strips, arranged in parallel having an auxetic behavior in the longitudinal development direction, and wherein said auxetic material layer comprises expanded polytetrafluoroethylene (Goretex®). - at least one bio-absorbable material layer, configured to be arranged in contact with said lumen organ when said prosthesis (1, 1') is implanted, and - at least one auxetic material layer, arranged in contact with said at least one bio-absorbable material layer,
A wire rod excellent in wire drawing ability having a chemical composition consisting of, by mass%, C: 0.7 to 1.2%, Si: 0.1 to 1.5%, Mn: 1.0% or less (excluding 0%), N: 0.005% or less, optionally one or more of Cr: 1.0% or less, Ni: 1.0% or less, Cu: 0.1% or less, V: 0.1% or less, Mo: 0.5% or less, Ti: 0.05% or less, Nb: 0.1% or less, Al: 0.1% or less, Ca: 0.05% or less, and B: 0.005% or less, and a balance of Fe and unavoidable impurities, wherein 80% or more of a microstructure is a bainite structure and a remaining microstructure is a nonbainite structure in a cross-section of the wire rod, wherein a full width at half maximum of a crystal face of a ferrite phase in the microstructure of said wire rod cross-section is 0.6° or less, wherein a tensile strength TS (MPa) and reduction of area RA (%) respectively satisfy a following formula and a following formula, and wherein a standard deviation of hardness distribution of Vickers hardness (Hv) in the cross-section is less than 6. TS ≤ 580 + 700 × C RA ≥ 100 − 46 × C − 18 × Mn − 10 × Cr where,, [Mn], and [Cr] respectively indicate the mass% of C, Mn, and Cr.
A polymerisable material of formula IIA wherein "OPC" is a zwitterionic group of formula wherein all R 4 groups are methyl, each R 4A is hydrogen, and b is 2; or of formula IIB wherein "OPC" is a zwitterionic group of formula wherein all R 4 groups are methyl, each R 4A is hydrogen, and b is 2; or of formula IIC wherein "OPC" is a zwitterionic group of formula wherein all R 4 groups are methyl, each R 4A is hydrogen, b is 2, and w is an integer from 1 to 500; or of formula IB wherein "OPC" is a zwitterionic group of formula wherein all R 4 groups are methyl, each R 4A is hydrogen, b is 2 and w is from 0 to 15.
A user equipment, UE, configured to wirelessly communicate with a base station, the UE comprising: a radio; and a processor operably coupled to the radio, wherein the UE is configured to: determine whether a downlink message was successfully received from the base station; based on the determination whether the downlink message was successfully received, modulate a plurality of frozen bits of a polar code based on a hybrid automatic repeat request, HARQ, acknowledgment message to produce a plurality of modulated frozen bits; encode, using a polar code, the plurality of modulated frozen bits and a plurality of information bits to obtain an encoded HARQ acknowledgment message; and wirelessly transmit the encoded HARQ acknowledgment message to the base station. a radio; and a processor operably coupled to the radio, wherein the UE is configured to: determine whether a downlink message was successfully received from the base station; based on the determination whether the downlink message was successfully received, modulate a plurality of frozen bits of a polar code based on a hybrid automatic repeat request, HARQ, acknowledgment message to produce a plurality of modulated frozen bits; encode, using a polar code, the plurality of modulated frozen bits and a plurality of information bits to obtain an encoded HARQ acknowledgment message; and wirelessly transmit the encoded HARQ acknowledgment message to the base station. determine whether a downlink message was successfully received from the base station; based on the determination whether the downlink message was successfully received, modulate a plurality of frozen bits of a polar code based on a hybrid automatic repeat request, HARQ, acknowledgment message to produce a plurality of modulated frozen bits; encode, using a polar code, the plurality of modulated frozen bits and a plurality of information bits to obtain an encoded HARQ acknowledgment message; and wirelessly transmit the encoded HARQ acknowledgment message to the base station.
Oven comprising: - a first chamber (3, 4) - conveyor means with a width for guiding products from the inlet through this chambers (3, 4) to the outlet, whereas the conveyor means are at least partially arranged in a helical path, - temperature control means for controlling the temperature and/or humidity in the chamber using a fluid, which comprise a heater to heat the fluid and a duct to introduce the heated fluid into the chamber (3, 4), wherein it comprises means (19, 28, 31) to adjust the flow distribution over the width of the conveyor means depending on at least one process parameter and/or a recipe, wherein the means (19, 28, 31) is a plate with one or more holes and a deflector plate, that adjust the flow over the entire width of the conveyor means and that are controlled by computer means, depending on at least one process parameter and/or a recipe, characterized in, that it comprises fluid flow adjustment means (35, 36, 37) in the area of the helical path (8, 9), preferably above the helical path, wherein the flow-rate distribution is adjusted over the entire width of the conveyor means, i.e. the flow-rate is increased in one part of the belt-width and simultaneously decreased in another part of the belt-width, while the integral over the belt-width remains essentially unchanged. - a first chamber (3, 4) - conveyor means with a width for guiding products from the inlet through this chambers (3, 4) to the outlet, whereas the conveyor means are at least partially arranged in a helical path, - temperature control means for controlling the temperature and/or humidity in the chamber using a fluid, which comprise a heater to heat the fluid and a duct to introduce the heated fluid into the chamber (3, 4), wherein it comprises means (19, 28, 31) to adjust the flow distribution over the width of the conveyor means depending on at least one process parameter and/or a recipe, wherein the means (19, 28, 31) is a plate with one or more holes and a deflector plate, that adjust the flow over the entire width of the conveyor means and that are controlled by computer means, depending on at least one process parameter and/or a recipe, characterized in, that it comprises fluid flow adjustment means (35, 36, 37) in the area of the helical path (8, 9), preferably above the helical path, wherein the flow-rate distribution is adjusted over the entire width of the conveyor means, i.e. the flow-rate is increased in one part of the belt-width and simultaneously decreased in another part of the belt-width, while the integral over the belt-width remains essentially unchanged.
A separation device for separating flat, flexible sheet-like items, in particular valve bags, from a stack of sheet-like items, having a separation location with a bearing surface for receiving a stack; a gripping means for grasping an uppermost sheet-like item and lifting off from the stack; a holding means with a hold-down element which can be brought, with a specifiable hold-down force directed against the bearing surface, against a hold-down region of an upper side of the uppermost sheet-like item, and with a retaining element which is arranged in a region of the bearing surface located opposite the hold-down element, characterised in that the retaining element is designed in order, when the hold-down element is pressing against the uppermost sheet-like item, to exert an additional retaining force on an underside of a lowermost sheet-like item lying on the bearing surface.
Vertical flow-wrapper, which produces packages from a packaging material, with a form-fill tube with a form shoulder, with a longitudinal-sealing means, with a cross-sealing means/cutting means and with means (10, 12, 13) to attach a reclosure means to the packaging material, characterized in, that the form shoulder is an asymmetrical form shoulder and that the means (10, 12, 13) are at least partially provided within the vertical boundaries (15, 16) of the asymmetrical form shoulder.
A system for gravel packing at least a portion of a wellbore, comprising: a service tool extending through a packer that isolates a proximal annulus of the wellbore from a distal annulus thereof, the service tool defining an inner bore and a conduit, the conduit being in fluid communication with the proximal annulus and the distal annulus; and a flow restrictor disposed in the conduit, wherein the flow restrictor defines one or more primary flowpaths extending therethrough, one or more valve elements being disposed in the one or more primary flowpaths, wherein fluid flow is allowed through the one or more primary flowpaths in the first direction and fluid flow is blocked through the one or more primary flowpaths in the second direction, and characterised in that the flow restrictor further defines one or more secondary flowpaths extending therethrough, the one or more secondary flowpaths allowing fluid flow in both the first and second directions, the flow restrictor being configured to induce a first pressure drop in fluid flowing through the conduit in the first direction and to induce a second pressure drop in fluid flowing through the conduit in the second direction, wherein the second pressure drop is greater than the first pressure drop. a service tool extending through a packer that isolates a proximal annulus of the wellbore from a distal annulus thereof, the service tool defining an inner bore and a conduit, the conduit being in fluid communication with the proximal annulus and the distal annulus; and a flow restrictor disposed in the conduit, wherein the flow restrictor defines one or more primary flowpaths extending therethrough, one or more valve elements being disposed in the one or more primary flowpaths, wherein fluid flow is allowed through the one or more primary flowpaths in the first direction and fluid flow is blocked through the one or more primary flowpaths in the second direction, and characterised in that the flow restrictor further defines one or more secondary flowpaths extending therethrough, the one or more secondary flowpaths allowing fluid flow in both the first and second directions, the flow restrictor being configured to induce a first pressure drop in fluid flowing through the conduit in the first direction and to induce a second pressure drop in fluid flowing through the conduit in the second direction, wherein the second pressure drop is greater than the first pressure drop.
A sensor data processing apparatus, comprising a control unit configured to determine, based on one or more pieces of sensor data generated by a sensor that measures an external environment and generates sensor data, whether to suppress transmission of the sensor data from the sensor, wherein the control unit is configured to determine whether to suppress the transmission of the sensor data from the sensor based on a degree of congestion of a communication band, wherein the control unit is configured to measure a reception strength of a transmitted radio wave of another sensor data processing apparatus, to estimate a distance from the other sensor data processing apparatus based on this measurement result, and to calculate a ratio between the number of other sensor data processing apparatuses the estimated distance of which is smaller than a threshold value and the total number of sensor data processing apparatuses as the degree of congestion, wherein the control unit is configured to calculate a probability of transmission stop or probability of transmission of the sensor data, the probability being based on the degree of congestion and a predetermined probability distribution, wherein a transmitting unit is configured to transmit the sensor data in accordance with the probability of transmission stop or probability of transmission, wherein the predetermined probability distribution is a probability distribution in which as the degree of congestion becomes higher, the probability of transmission stop of the sensor data becomes higher or the probability of transmission becomes lower. a control unit configured to determine, based on one or more pieces of sensor data generated by a sensor that measures an external environment and generates sensor data, whether to suppress transmission of the sensor data from the sensor, wherein the control unit is configured to determine whether to suppress the transmission of the sensor data from the sensor based on a degree of congestion of a communication band, wherein the control unit is configured to measure a reception strength of a transmitted radio wave of another sensor data processing apparatus, to estimate a distance from the other sensor data processing apparatus based on this measurement result, and to calculate a ratio between the number of other sensor data processing apparatuses the estimated distance of which is smaller than a threshold value and the total number of sensor data processing apparatuses as the degree of congestion, wherein the control unit is configured to calculate a probability of transmission stop or probability of transmission of the sensor data, the probability being based on the degree of congestion and a predetermined probability distribution, wherein a transmitting unit is configured to transmit the sensor data in accordance with the probability of transmission stop or probability of transmission, wherein the predetermined probability distribution is a probability distribution in which as the degree of congestion becomes higher, the probability of transmission stop of the sensor data becomes higher or the probability of transmission becomes lower.
A control unit comprising an application distribution unit adapted to automatically distribute processing components of an application over processing nodes of a distributed processing service platform, wherein the control unit is configured to determine whether a communication channel between two processing components traverses a boundary of a processing node, and, if it has been determined that the communication channel traverses a boundary of one of the processing nodes, determine whether an encoding and/or decoding of data to be transferred through the communication channel is required. determine whether a communication channel between two processing components traverses a boundary of a processing node, and, if it has been determined that the communication channel traverses a boundary of one of the processing nodes, determine whether an encoding and/or decoding of data to be transferred through the communication channel is required.
A special civil engineering machine, in particular slurry wall cutter, comprising at least one rotating tool, and a tool drive that is arranged within a housing of the special civil engineering machine and is sealed with respect to the environment by means of at least one bearing seal in the region of its shaft exit from the housing to the driven tool, wherein the bearing seal comprises at least two separate sealing elements (9, 10) whose arrangement forms a sealing chamber located between the sealing elements (9, 10), and a pressure compensation device is provided, which is adapted to control the chamber pressure in the sealing chamber in dependence on the ambient pressure of the special civil engineering machine in such a way that the chamber pressure is greater than or equal to an ambient pressure, characterized in that the pressure compensation device comprises a pump, wherein a pressure outlet of the pump is connected to the sealing chamber in order to pressurize the same with the required chamber pressure in dependence on the ambient pressure, and the pump is adapted to suck in lubricant from a housing interior of the tool drive and pump the same into the sealing chamber. at least one rotating tool, and a tool drive that is arranged within a housing of the special civil engineering machine and is sealed with respect to the environment by means of at least one bearing seal in the region of its shaft exit from the housing to the driven tool, wherein the bearing seal comprises at least two separate sealing elements (9, 10) whose arrangement forms a sealing chamber located between the sealing elements (9, 10), and a pressure compensation device is provided, which is adapted to control the chamber pressure in the sealing chamber in dependence on the ambient pressure of the special civil engineering machine in such a way that the chamber pressure is greater than or equal to an ambient pressure, characterized in that the pressure compensation device comprises a pump, wherein a pressure outlet of the pump is connected to the sealing chamber in order to pressurize the same with the required chamber pressure in dependence on the ambient pressure, and the pump is adapted to suck in lubricant from a housing interior of the tool drive and pump the same into the sealing chamber.
A drug administration instrument comprising: a syringe including: a tubular surrounding periphery forming a drug chamber configured to store a drug; a discharge part disposed at one end axially of the surrounding periphery; and a flange portion disposed at the other end axially of the surrounding periphery; and a sheath member having a tubular shape surrounding an outer circumference of the surrounding periphery of the syringe and holding the syringe, wherein the sheath member includes a fitting part configured to support at least one of the surrounding periphery and the discharge part of the syringe, characterized in that the sheath member includes an engagement section that engages with the flange portion of the syringe, wherein the engagement section is disposed in about the middle of the sheath member. a syringe including: a tubular surrounding periphery forming a drug chamber configured to store a drug; a discharge part disposed at one end axially of the surrounding periphery; and a flange portion disposed at the other end axially of the surrounding periphery; and a sheath member having a tubular shape surrounding an outer circumference of the surrounding periphery of the syringe and holding the syringe, wherein the sheath member includes a fitting part configured to support at least one of the surrounding periphery and the discharge part of the syringe,