mhurhangee/ep-ind-claims huggingface dataset:
A user device (102, 200) comprising: a processor; a network interface (204, 205) coupled to the processor configured to enable communications via a communication network; a storage device for content and programming; a program stored in the storage device, wherein execution of the program by the processor configures the user device to perform acts comprising: determining an international mobile subscriber identity, IMSI, of a subscriber identity module, SIM, card of the user device; sending the IMSI to a Remote Recovery Server, RRS; receiving a message from the RRS as to whether the IMSI is authorized for the user device; and upon determining that the IMSI is not authorized for the user device, displaying a notification on a display of the user device and limiting a functionality of the user device, wherein the limiting the functionality of the device comprises at least one of: implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature. a processor; a network interface (204, 205) coupled to the processor configured to enable communications via a communication network; a storage device for content and programming; a program stored in the storage device, wherein execution of the program by the processor configures the user device to perform acts comprising: determining an international mobile subscriber identity, IMSI, of a subscriber identity module, SIM, card of the user device; sending the IMSI to a Remote Recovery Server, RRS; receiving a message from the RRS as to whether the IMSI is authorized for the user device; and upon determining that the IMSI is not authorized for the user device, displaying a notification on a display of the user device and limiting a functionality of the user device, wherein the limiting the functionality of the device comprises at least one of: implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature. determining an international mobile subscriber identity, IMSI, of a subscriber identity module, SIM, card of the user device; sending the IMSI to a Remote Recovery Server, RRS; receiving a message from the RRS as to whether the IMSI is authorized for the user device; and upon determining that the IMSI is not authorized for the user device, displaying a notification on a display of the user device and limiting a functionality of the user device, wherein the limiting the functionality of the device comprises at least one of: implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature. implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature.
A sinus implant, comprising a mounting hole axially defined therein, a plurality of positioning threads spirally upwardly extended around the periphery thereof and gradually reducing in width in direction from a bottom side toward an opposing top side thereof, at least one spiral groove extending around the periphery thereof across said positioning threads, and a pushing tip of reduced diameter located at respective top ends of said positioning threads, said pushing tip comprising a flat end face, and a recess space defined in said flat end face in communication with each said spiral groove.
A hair dryer comprising: a housing having a main air inlet, a main air outlet and a main interior volume between the main air inlet and the main air outlet, the housing having an auxiliary air inlet, an auxiliary air outlet, and an auxiliary interior volume between the auxiliary air inlet and the auxiliary air outlet, the auxiliary air inlet, the auxiliary air outlet and the auxiliary interior volume each being outside of the main interior volume so that the auxiliary air inlet and the auxiliary air outlet are not in communication with the main air inlet and the main air outlet; a first pair of ion emitters being located in the main interior volume; a second pair of ion emitters being located in the auxiliary interior volume; a fan in the main interior volume that selectively generates a main airflow through the housing from the main air inlet to the main air outlet, the fan being upstream of the first pair of ion emitters relative to the main airflow; and a heater in the main interior downstream of the fan and upstream of the main air outlet relative to the main airflow. a housing having a main air inlet, a main air outlet and a main interior volume between the main air inlet and the main air outlet, the housing having an auxiliary air inlet, an auxiliary air outlet, and an auxiliary interior volume between the auxiliary air inlet and the auxiliary air outlet, the auxiliary air inlet, the auxiliary air outlet and the auxiliary interior volume each being outside of the main interior volume so that the auxiliary air inlet and the auxiliary air outlet are not in communication with the main air inlet and the main air outlet; a first pair of ion emitters being located in the main interior volume; a second pair of ion emitters being located in the auxiliary interior volume; a fan in the main interior volume that selectively generates a main airflow through the housing from the main air inlet to the main air outlet, the fan being upstream of the first pair of ion emitters relative to the main airflow; and a heater in the main interior downstream of the fan and upstream of the main air outlet relative to the main airflow.
A patient monitor configured to acquire and display first vital sign information of a subject and second vital sign information of another type of the subject, comprising: an event detection unit that is configured to detect an activation start event for starting an activation process of biological information processing software which software performs a process pertaining to the display of the second vital sign information and an activating event for activating the biological information processing software; and a software control unit that is configured to cause the biological information processing software to be in a standby state, in which a part of the activation process of the biological information processing software has ended without displaying the second vital sign information, when the activation start event is detected by the event detection unit, and cause the biological information processing software to proceed to an active state after completing the activation process from the standby state to display the second vital sign information, when the activating event is detected by the event detection unit. an event detection unit that is configured to detect an activation start event for starting an activation process of biological information processing software which software performs a process pertaining to the display of the second vital sign information and an activating event for activating the biological information processing software; and a software control unit that is configured to cause the biological information processing software to be in a standby state, in which a part of the activation process of the biological information processing software has ended without displaying the second vital sign information, when the activation start event is detected by the event detection unit, and cause the biological information processing software to proceed to an active state after completing the activation process from the standby state to display the second vital sign information, when the activating event is detected by the event detection unit.
Passive shutdown sealing device (20, 40) for a system of shaft seals for a reactor coolant pump set comprising at least one thermal bimetal strip (21, 41) designed to change shape starting from a temperature threshold; said thermal bimetal strip (21, 41) having a first position, known as the cold position, when the temperature of said bimetal strip is below said temperature threshold, and a second position, known as the hot position, when the temperature of said bimetal strip is above said temperature threshold; said device (20, 40) further comprising: - a sealing ring having an activated position when said at least one thermal bimetal strip (21, 41) is in its hot position and having an inactivated position when said at least one thermal bimetal strip is in its cold position; - locking/unlocking means integral with said at least one thermal bimetal strip (21, 41) and designed to lock said sealing ring in its inactivated position when said at least one thermal bimetal strip (21, 41) is in its cold position and to release said sealing ring when said at least one thermal bimetal strip (21, 41) is in its hot position; - elastic means designed to constrain said sealing ring into the active position when said locking/unlocking means are unlocked. - a sealing ring having an activated position when said at least one thermal bimetal strip (21, 41) is in its hot position and having an inactivated position when said at least one thermal bimetal strip is in its cold position; - locking/unlocking means integral with said at least one thermal bimetal strip (21, 41) and designed to lock said sealing ring in its inactivated position when said at least one thermal bimetal strip (21, 41) is in its cold position and to release said sealing ring when said at least one thermal bimetal strip (21, 41) is in its hot position; - elastic means designed to constrain said sealing ring into the active position when said locking/unlocking means are unlocked.
A high pressure bidirectional miniature electric gas pump, comprising a motor, an eccentric shaft, a swing rod, a pump body, a left cylinder body and a right cylinder body, a piston rod, and an one-way valve body and a cylinder head attached to each of the cylinder bodies, the pump body is a connecting member, the motor is fixed to the pump body, and a motor shaft extends into the pump body and is connected with the eccentric shaft; and each of the cylinder bodies (15, 15') is of a cylindrical structure, and is sequentially provided at an outer end thereof with the one-way valve body and the cylinder head, the one-way valve body being installed at an inner side of the cylinder head, and communicated with an inner cavity of the cylinder body (15, 15'), characterized in that, the eccentric shaft is of a cylindrical shape, and has at one end thereof a driving pin deviated from the motor shaft axis, the driving pin extending through a mounting hole in the flat-shaped swing rod located below the eccentric shaft; the swing rod is connected to the piston rod disposed horizontally therebelow through a screw, with a gap existing between the swing rod and the piston rod; the piston rod is of a cylindrical shape, and opposite ends thereof are mounted with sealing rings and extend into the left and right cylinder bodies (15, 15'), respectively, the sealing rings being fitted with inner walls of the cylinder bodies (15, 15'); the two cylinder bodies (15, 15') are fixedly mounted at opposite ends of the pump body, respectively, taking the piston rod horizontally disposed therein as an axis; and the one-way valve body is communicated with external air or compressed air lines through passages in the cylinder head.
A particle separator assembly connectable to a fluidized reactor for separating particles from gas exhausted from a reaction chamber of the fluidized bed reactor, the particle separator assembly comprising a vertical vortex chamber enclosed by water tube panel walls forming a polygonal horizontal cross section comprising at least 6 corners and a supporting structure of the water tube panel walls, characterized in that the supporting structure comprises at least one horizontally arranged circular beam arranged outside the water tube panel walls and attached by radially extending fastening means to at least three of the water tube panel walls and the at least one circular beam forms a full circle, or the at least one circular beam forms a partial circle covering at least 75 % of a full circle and comprising ends which are firmly attached to a rigid support construction.
A device for data security, comprising: a memory including a plurality of memory banks (551, 552) including a first memory bank and a second memory bank, wherein at least a portion of data is interleaved amongst at least two of the plurality of memory banks (551, 552); and a security complex that is configured to prevent access to at least one of the plurality of memory banks (551, 552) while a debug mode or recovery mode is occurring accomplished by a hardware prevention by a configuration of hardware elements or other hardware features, and to prevent access to at least one of the plurality of memory banks (551, 552) during normal boot starting with initial boot until a verification by the security complex is successful, wherein the verification by the security complex includes the security complex verifying a signature. a memory including a plurality of memory banks (551, 552) including a first memory bank and a second memory bank, wherein at least a portion of data is interleaved amongst at least two of the plurality of memory banks (551, 552); and a security complex that is configured to prevent access to at least one of the plurality of memory banks (551, 552) while a debug mode or recovery mode is occurring accomplished by a hardware prevention by a configuration of hardware elements or other hardware features, and to prevent access to at least one of the plurality of memory banks (551, 552) during normal boot starting with initial boot until a verification by the security complex is successful, wherein the verification by the security complex includes the security complex verifying a signature.
A method for making a friction clutch plate having multiple segments of friction material on an annular core plate (130, 170), comprising: roll-cutting a supply of friction material into a plurality of individual cut segments having a predetermined shape; moving the cut segments in a first horizontal linear direction to a position adjacent a shuttle assembly; and, engaging at least a first cut segment with the shuttle assembly and transferring the first segment in a second horizontal linear direction which is substantially perpendicular to the first horizontal linear direction; depositing the first cut segment in a first indexing fixture; sequentially moving the remaining cut segments in the first horizontal linear direction to the position adjacent the shuttle assembly; and, engaging at least a second cut segment with the shuttle assembly and transferring the second cut segment in a third horizontal linear direction which is substantially perpendicular to the first horizontal linear direction, the third horizontal linear direction being substantially in a 180° opposing direction from the second horizontal linear direction and depositing the second cut segment in a second indexing fixture. roll-cutting a supply of friction material into a plurality of individual cut segments having a predetermined shape; moving the cut segments in a first horizontal linear direction to a position adjacent a shuttle assembly; and, engaging at least a first cut segment with the shuttle assembly and transferring the first segment in a second horizontal linear direction which is substantially perpendicular to the first horizontal linear direction; depositing the first cut segment in a first indexing fixture; sequentially moving the remaining cut segments in the first horizontal linear direction to the position adjacent the shuttle assembly; and, engaging at least a second cut segment with the shuttle assembly and transferring the second cut segment in a third horizontal linear direction which is substantially perpendicular to the first horizontal linear direction, the third horizontal linear direction being substantially in a 180° opposing direction from the second horizontal linear direction and depositing the second cut segment in a second indexing fixture.
Device (100; 100a) for the generative production of components, wherein the component can be generated by building up in layers and melting layer by layer powder material of the uppermost layer of a powder bed with a high energy beam and solidifying powder melt, wherein a first and a second heating device (20, 30; 30a) is provided in each case with at least one heating element (21, 31), wherein the heating elements (21, 31) have locationally separate areas of effect (24, 34) on the powder bed, wherein the area of effect of the at least one second heating element of the second heating device is adjoined by a locationally separate area of impingement of the laser beam on the powder bed, wherein the powder bed and the beam are arranged movably in relation to one another, wherein the second heating device (30; 30a) is designed to increase the temperature of the powder bed locally in the area which subsequently comes into the area of impingement of the beam during the relative movement between the powder bed and the beam, and wherein the second heating device (30; 30a) is designed to heat the powder bed to a temperature that is increased in comparison with the temperature achieved by the first heating device, characterized in that at least one heating element (21, 31, 51) of the heating devices (20, 30; 30a, 50), preferably all of the heating elements (21, 21, 51), has an infrared radiation source, in that the second heating device (30; 30a) is arranged between the powder bed and at least one heating element of the first heating device, in that the second heating device (30; 30a) is directly preceded by a movably arranged coater unit (28; 28a), which is connected to the second heating device (30; 30a), and in that the areas of effect of the first heating device are altogether larger than the areas of effect of the second heating device (30; 30a).
A display method of a terminal device, the terminal device comprising a hardware driver layer, a framework layer and an application layer, wherein the hardware driver layer connects to bottom-layer hardware and is adapted to report hardware feedback information to the framework layer, the framework layer is adapted to receive the hardware feedback information reported by the hardware driver layer and to process and to encapsulate the hardware feedback information for invoking by the application layer, and the application layer is adapted to perform corresponding processing according to the hardware feedback information and to send composed image data to a display driver at the hardware driver layer; the display method comprising: acquiring, by the hardware driver layer, touch point data corresponding to a user operation, sending the touch point data to the framework layer and storing the touch point data in a shared memory as second touch point data, wherein the second touch point data comprises position coordinates and time information of a touch point; processing, by the framework layer, the touch point data to obtain first touch point data, wherein the second touch point data is a subset of the first touch point data; sending, by the framework layer, the first touch point data to the application layer; and after the application layer determines (S202, S302), according to the first touch point data, that the terminal device enters a sliding state, sending (S203, S303) instruction information to the framework layer and sending a generated display list to the framework layer, wherein the instruction information comprises information instructing to transfer slide drawing control rights to the framework layer; and acquiring (102, S205), by the framework layer, the second touch point data from the shared memory according to the instruction information, and drawing an image according to the second touch point data and the display list. acquiring, by the hardware driver layer, touch point data corresponding to a user operation, sending the touch point data to the framework layer and storing the touch point data in a shared memory as second touch point data, wherein the second touch point data comprises position coordinates and time information of a touch point; processing, by the framework layer, the touch point data to obtain first touch point data, wherein the second touch point data is a subset of the first touch point data; sending, by the framework layer, the first touch point data to the application layer; and after the application layer determines (S202, S302), according to the first touch point data, that the terminal device enters a sliding state, sending (S203, S303) instruction information to the framework layer and sending a generated display list to the framework layer, wherein the instruction information comprises information instructing to transfer slide drawing control rights to the framework layer; and acquiring (102, S205), by the framework layer, the second touch point data from the shared memory according to the instruction information, and drawing an image according to the second touch point data and the display list.
An image erasing apparatus for erasing an image comprising: a reading unit configured to read one or more identifiers printed on each of first and second surfaces of a sheet; an erasing unit configured to erase an image formed with a decolorable material on the sheet; a sheet storage unit; a conveying unit configured to convey the sheet through the reading unit and the erasing unit to the sheet storage unit and turn over the sheet while conveying the sheet; and a control unit, characterized in that the control unit is configured to determine a first number of times the first surface of the sheet has been subjected to an erasing process and a second number of times the second surface of the sheet has been subjected to the erasing process, based on the identifiers read by the reading unit, control the conveying unit to turn over the sheet when the first number of times is smaller than the second number of times, and control the conveying unit to convey the sheet without turning over the sheet when the first number of times is greater than the second number of times, and in that the image erasing apparatus further comprises a switching unit configured to change a leading edge of the sheet in a sheet conveying direction without turning over the sheet. a reading unit configured to read one or more identifiers printed on each of first and second surfaces of a sheet; an erasing unit configured to erase an image formed with a decolorable material on the sheet; a sheet storage unit; a conveying unit configured to convey the sheet through the reading unit and the erasing unit to the sheet storage unit and turn over the sheet while conveying the sheet; and a control unit, characterized in that the control unit is configured to determine a first number of times the first surface of the sheet has been subjected to an erasing process and a second number of times the second surface of the sheet has been subjected to the erasing process, based on the identifiers read by the reading unit, control the conveying unit to turn over the sheet when the first number of times is smaller than the second number of times, and control the conveying unit to convey the sheet without turning over the sheet when the first number of times is greater than the second number of times, and in that the image erasing apparatus further comprises a switching unit configured to change a leading edge of the sheet in a sheet conveying direction without turning over the sheet.