mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a multi-threaded system having a plurality of active threads (T - T(Z-1)), the method comprising: assigning a priority value to each active thread; assigning an interrupt priority value to each of a plurality of interrupts; specifying an interrupt threshold value, said interrupt threshold value being at least as high as the priority value assigned to the active thread having the highest priority value; and processing a requested interrupt only when the unique interrupt priority value of the requested interrupt is higher than the interrupt threshold value. assigning a priority value to each active thread; assigning an interrupt priority value to each of a plurality of interrupts; specifying an interrupt threshold value, said interrupt threshold value being at least as high as the priority value assigned to the active thread having the highest priority value; and processing a requested interrupt only when the unique interrupt priority value of the requested interrupt is higher than the interrupt threshold value.
A method for alkylation of an anhydrosugar compound comprising the step of reacting an dialkyl carbonate with an anhydrosugar compound in the presence of a solid phase basic catalyst, said anhydrosugar compound selected from the group consisting of an anhydrosugar alcohol, a dianydromonoether and mixtures thereof and the solid phase basic catalyst is a zeolite catalyst.
A surgical training device, comprising a base and a top cover connected to the base, characterized in that the top cover has a first opening and is spaced apart from the base by at least one leg to define an internal cavity with substantially open sides between the top cover and the base, and in that the surgical training device further comprises: a first insert removably connected to the top cover and being arranged to be removably inserted into the first opening; the first insert including a second opening; a second insert arranged to be removably inserted into the second opening and removably connected to the first insert; the second insert having a top portion removably connected to a bottom portion to form an encasement having an opening in the top portion and an opening in the bottom portion; the second insert further including a removable insert material simulating human tissue disposed between the top portion and the bottom portion of the second insert providing a penetrable tissue simulation region for accessing the internal cavity. a first insert removably connected to the top cover and being arranged to be removably inserted into the first opening; the first insert including a second opening; a second insert arranged to be removably inserted into the second opening and removably connected to the first insert; the second insert having a top portion removably connected to a bottom portion to form an encasement having an opening in the top portion and an opening in the bottom portion; the second insert further including a removable insert material simulating human tissue disposed between the top portion and the bottom portion of the second insert providing a penetrable tissue simulation region for accessing the internal cavity.
A semiconductor device (10; 210; 310; 410) comprising: an insulating substrate (22; 42; 26; 46; 122; 126; 226; 326) including an insulating layer (28; 34; 48; 54; 128; 134; 234; 334), a first metal layer and a second metal layer that are provided on both surfaces of the insulating layer; a semiconductor element (20; 40; 220; 320) provided on the first metal layer; and an external connection terminal (14; 15; 16; 18; 19) bonded to the first metal layer, the external connection terminal being electrically insulated from the second metal layer, wherein: the first metal layer (30;36;50;56;130;150;136;156) includes a main portion (36a; 56a; 236a; 336a) being in contact with the insulating layer, the semiconductor element being provided in the main portion, and a protruding portion (36b; 56b; 236b; 336b) protruding from the main portion, the external connection terminal being bonded to the protruding portion; at least a part of the protruding portion is protruding from an outer peripheral edge (34e; 54e) of the insulating layer in a plan view of the insulating substrate; the protruding portion (36b; 56b) is located to be spaced apart from the outer peripheral edge (34e; 54e) of the insulating layer (34; 54); characterised in that, there is a space distance between the protruding portion (36b; 56b) and the insulating layer (34; 54). an insulating substrate (22; 42; 26; 46; 122; 126; 226; 326) including an insulating layer (28; 34; 48; 54; 128; 134; 234; 334), a first metal layer and a second metal layer that are provided on both surfaces of the insulating layer; a semiconductor element (20; 40; 220; 320) provided on the first metal layer; and an external connection terminal (14; 15; 16; 18; 19) bonded to the first metal layer, the external connection terminal being electrically insulated from the second metal layer, the first metal layer (30;36;50;56;130;150;136;156) includes a main portion (36a; 56a; 236a; 336a) being in contact with the insulating layer, the semiconductor element being provided in the main portion, and a protruding portion (36b; 56b; 236b; 336b) protruding from the main portion, the external connection terminal being bonded to the protruding portion; a main portion (36a; 56a; 236a; 336a) being in contact with the insulating layer, the semiconductor element being provided in the main portion, and a protruding portion (36b; 56b; 236b; 336b) protruding from the main portion, the external connection terminal being bonded to the protruding portion; at least a part of the protruding portion is protruding from an outer peripheral edge (34e; 54e) of the insulating layer in a plan view of the insulating substrate; the protruding portion (36b; 56b) is located to be spaced apart from the outer peripheral edge (34e; 54e) of the insulating layer (34; 54); characterised in that, there is a space distance between the protruding portion (36b; 56b) and the insulating layer (34; 54).
A water-based dispersion sealant composition comprising: a) an aqueous polymer dispersion comprising water and at least one water-dispersible polymer P, b) at least one polyolefin oligomer PIB, c) at least one hydrogenated mixture ALK of alkanes, isoalkanes, and/or cycloalkanes with a boiling point of at least 150°C, and d) optionally at least one plasticizer PL having at least one ester or ether group, wherein the at least one polyolefin oligomer PIB and the at least one hydrogenated mixture ALK of alkanes, isoalkanes, and/or cycloalkanes with a boiling point of at least 150°C are liquid at 23°C and under standard pressure, and wherein the at least one polyolefin oligomer PIB is selected from polybutene and/or polyisobutylene, and wherein said at least one water-dispersible polymer P is selected from poly(meth)acrylate polymers, styrene-(meth)acrylate copolymers, and vinyl-acetate-(meth)acrylate copolymers. a) an aqueous polymer dispersion comprising water and at least one water-dispersible polymer P, b) at least one polyolefin oligomer PIB, c) at least one hydrogenated mixture ALK of alkanes, isoalkanes, and/or cycloalkanes with a boiling point of at least 150°C, and d) optionally at least one plasticizer PL having at least one ester or ether group,
A composition comprising arsenic trioxide, wherein said composition is prepared by a method comprising: (a) adding arsenic trioxide to sterile water to form a first suspension; (b) adding sodium hydroxide to said first suspension to form a second solution; and (c) adding hydrochloric acid to said second solution to form a third solution; for use in the treatment of non-Hodgkin's lymphomas by oral administration. (a) adding arsenic trioxide to sterile water to form a first suspension; (b) adding sodium hydroxide to said first suspension to form a second solution; and (c) adding hydrochloric acid to said second solution to form a third solution;
An ultrasonic diagnostic apparatus comprising a tomographic image constructing unit for constructing a tomographic image on the basis of a reflection echo signal received by an ultrasonic probe configured to transmit/receive ultrasonic waves to/from an examinee, an elasticity information calculating unit for calculating elasticity information with respect to a calculation area at a tomographic site of the examinee on the basis of the reflection echo signal, an elasticity information storing unit for storing the elasticity information for the calculation area; a control unit comprising first and second region-of-interest setting units (38, 39) for setting and, respectively, changing a region-of-interest (51, 51 a) as an area, for which an elasticity image is to be generated and which is inside the calculation area; an elasticity image constructing unit for constructing an elasticity image on the basis of the elasticity information of the region-of-interest set by the first region-of-interest setting unit; an image composite unit for generating a composite image comprising the tomographic image and the elasticity image, and an image display unit for displaying the composite image, wherein the control unit is configured to freeze the composite image, and wherein the second region-of-interest setting unit is adapted to set a new region-of-interest (51 a) inside the calculation area on the frozen composite image, and characterized in that the elasticity image constructing unit is further adapted to construct an elasticity image of the new region-of-interest on the basis of coordinate data of the new region-of-interest (51 a) in the calculation area and the elasticity information in the calculated area which are stored in the elasticity information storing unit and which have been used as the basis for the construction of the elasticity image of the region-of-interest set by the first region of interest setting unit.
Hob arrangement, in particular gas hob, having a cooktop plate with a surface and an opening for at least one gas burner (4, 5) and a pan support (8, 9), wherein the cooktop plate comprises at least one recess for holding a frame of the pan support (8, 9) and the cooktop plate is manufactured at least partially from a ceramic material, wherein the frame of the pan support (8, 9) can be inserted in a form-fit manner into the recess so that a flush closing of the surface of the cooktop plate with the frame of the pan support (8, 9), is produced.
A method of providing power management in a Wireless Local Area Network, WLAN, comprising: receiving a Traffic Indication Map, TIM, at a station, said TIM indicating a presence of buffered frames, associated with any access category, AC, for said station at an Access Point, AP; characerized by: sending, by said station, one of an uplink quality-of-service, QoS, Data frame or a Null frame to retrieve said buffered frames from said AP; and said station remaining awake to receive frames from said AP until a downlink frame is received containing an indication that said downlink frame is a last frame to be transmitted in a service period. receiving a Traffic Indication Map, TIM, at a station, said TIM indicating a presence of buffered frames, associated with any access category, AC, for said station at an Access Point, AP; characerized by: sending, by said station, one of an uplink quality-of-service, QoS, Data frame or a Null frame to retrieve said buffered frames from said AP; and said station remaining awake to receive frames from said AP until a downlink frame is received containing an indication that said downlink frame is a last frame to be transmitted in a service period. sending, by said station, one of an uplink quality-of-service, QoS, Data frame or a Null frame to retrieve said buffered frames from said AP; and said station remaining awake to receive frames from said AP until a downlink frame is received containing an indication that said downlink frame is a last frame to be transmitted in a service period.
A SIM card connector for connecting a SIM card, wherein the SIM card connector comprises a card holder as well as a power supply terminal, a first terminal and a second terminal disposed within the card holder, the card holder being adapted such that the SIM card is plugged into or removed from the card holder along a fixed direction, the second terminal is spaced apart from the first terminal by a first predetermined distance along the fixed direction, and the first terminal is spaced apart from the power supply terminal by a second predetermined distance along the fixed direction; and wherein the power supply terminal, the first terminal and the second terminal are all adapted to connect with a power supply contact of the SIM card when it is completely plugged into the card holder, and arranged such that, in the process of plugging the SIM card, the power supply terminal connects with the power supply contact earlier than the first terminal, and the first terminal connects with the power supply contact earlier than the second terminal; and, in the process of removing the SIM card, the second terminal is disconnected from the power supply contact earlier than the first terminal.
Unwinder for rolls of paper web material comprising: - a support frame; - a spindle cylinder, rotationally associated with said support frame, capable of supporting a parent roll having a longitudinal axis (x); - unwinding means acting by contact with said parent roll to unwind from it a web of paper material; - actuator means capable of keeping said unwinding means in contact with said parent roll; - a command and control unit, characterized in that it comprises: - first motor means capable of applying a rotation movement to said spindle cylinder; - two support and drive rollers (5, 6) for said roll, provided with respective longitudinal axes (y, y'), arranged symmetrically with respect to a vertical plane (π) passing through said longitudinal axis (x) of the parent roll; - measurement means to measure the instantaneous radius of said parent roll; - measurement means to measure the rotation speed of said spindle cylinder; - measurement means to measure the quantity of web unrolled from said parent roll by unit of time; - measurement means to measure the weight unloaded from said parent roll onto said two support and drive rollers (5, 6); - second motor means, associated with said two support and drive rollers (5, 6), capable of giving them a synchronous rotation movement around their respective axis (y, y'); - third motor means associated with said actuator means and capable of moving said spindle cylinder vertically, wherein said command and control unit is capable of receiving and processing the values detected by said measurement means to command said first, second and third motor means, so as to maintain constant the weight force unloaded onto said support and drive rollers (5, 6) from said roll as the diameter of the latter varies. - a support frame; - a spindle cylinder, rotationally associated with said support frame, capable of supporting a parent roll having a longitudinal axis (x); - unwinding means acting by contact with said parent roll to unwind from it a web of paper material; - actuator means capable of keeping said unwinding means in contact with said parent roll; - a command and control unit, characterized in that it comprises: - first motor means capable of applying a rotation movement to said spindle cylinder; - two support and drive rollers (5, 6) for said roll, provided with respective longitudinal axes (y, y'), arranged symmetrically with respect to a vertical plane (π) passing through said longitudinal axis (x) of the parent roll; - measurement means to measure the instantaneous radius of said parent roll; - measurement means to measure the rotation speed of said spindle cylinder; - measurement means to measure the quantity of web unrolled from said parent roll by unit of time; - measurement means to measure the weight unloaded from said parent roll onto said two support and drive rollers (5, 6); - second motor means, associated with said two support and drive rollers (5, 6), capable of giving them a synchronous rotation movement around their respective axis (y, y'); - third motor means associated with said actuator means and capable of moving said spindle cylinder vertically,
An on-chip interferometer comprising; - a waveguide for propagation of an optical signal comprising - an input waveguide; - at least two interferometer arms comprising one or more slot waveguides; and - an output waveguide; wherein the input waveguide is split into the interferometer arms which are recombined into the output waveguide; the on-chip interferometer characterized in: - a control mechanism is configured for controlling a relative time delay between optical signals propagating in the two interferometer arms by modifying one or more slot widths of one or more of the slot waveguides; and - the relative time delay is at least 5 fs or at least one optical period of the longest optical wavelength of the optical signal. - a waveguide for propagation of an optical signal comprising - an input waveguide; - at least two interferometer arms comprising one or more slot waveguides; and - an output waveguide; - a control mechanism is configured for controlling a relative time delay between optical signals propagating in the two interferometer arms by modifying one or more slot widths of one or more of the slot waveguides; and - the relative time delay is at least 5 fs or at least one optical period of the longest optical wavelength of the optical signal.
A vehicle body structure comprising: a floor fabricated of resin that is disposed at a vehicle body lower side; a pillar fabricated of resin that is disposed so as to extend in a vehicle body up-and-down direction at a vehicle width direction outer side of the floor; a connecting member that connects the pillar with the floor, characterized by the connecting member being constituted of a material with higher ductility than the pillar and the floor; and a tension member that is provided in a tensioned state between the pillar and the floor at a vehicle width direction outer side of the connecting member. a floor fabricated of resin that is disposed at a vehicle body lower side; a pillar fabricated of resin that is disposed so as to extend in a vehicle body up-and-down direction at a vehicle width direction outer side of the floor; a connecting member that connects the pillar with the floor, the connecting member being constituted of a material with higher ductility than the pillar and the floor; and a tension member that is provided in a tensioned state between the pillar and the floor at a vehicle width direction outer side of the connecting member.
An aqueous antiperspirant composition comprising: a. at least one antiperspirant active comprising an aluminum salt, b. a mixture comprising at least one basic compound chosen from a basic amide and a basic amine and a counterpart material for the basic amide and/or basic amine, and c. at least 10 weight% water; wherein the counterpart material is a proton-accepting zwitterionic stabilizing ligand for the antiperspirant active, wherein the at least one basic compound and the counterpart material are present in the aqueous antiperspirant composition in the form of an osmolyte system and/or an ionic liquid, and wherein the aqueous antiperspirant composition is produced by a method comprising a step of heating a composition comprising the at least one antiperspirant active, the mixture and the at least 10% weight water at a temperature of 90°C to 110°C for a period of 1 to 8 hours. a. at least one antiperspirant active comprising an aluminum salt, b. a mixture comprising at least one basic compound chosen from a basic amide and a basic amine and a counterpart material for the basic amide and/or basic amine, and c. at least 10 weight% water;
A remote unit for a distributed antenna system, the remote unit comprising: a frequency combiner (100, 202, 300, 510a) comprising: input ports (104, 204) for receiving signals at different frequencies from a head-end unit; at least one output port (112, 322, 412) configured for outputting the signals to one or more user equipment devices; and a combiner component (108, 320) communicatively coupled between the input ports (104, 204) and the at least one output port (112, 322, 412), the combiner component (108, 320) having adjustable tuning elements (110, 206, 316), each adjustable tuning element (110, 206, 316) being configured to adjust a signal-processing parameter of the frequency combiner (100, 202, 300, 510a) based on differences in power level between input signals to the frequency combiner (100, 202, 300, 510a) and output signals from the frequency combiner (100, 202, 300, 510a), so as to adjust the differences to a minimum. wherein the remote unit is configured to provide wireless communication from the head-end unit to the one or more user equipment devices. input ports (104, 204) for receiving signals at different frequencies from a head-end unit; at least one output port (112, 322, 412) configured for outputting the signals to one or more user equipment devices; and a combiner component (108, 320) communicatively coupled between the input ports (104, 204) and the at least one output port (112, 322, 412), the combiner component (108, 320) having adjustable tuning elements (110, 206, 316), each adjustable tuning element (110, 206, 316) being configured to adjust a signal-processing parameter of the frequency combiner (100, 202, 300, 510a) based on differences in power level between input signals to the frequency combiner (100, 202, 300, 510a) and output signals from the frequency combiner (100, 202, 300, 510a), so as to adjust the differences to a minimum. wherein the remote unit is configured to provide wireless communication from the head-end unit to the one or more user equipment devices.