mhurhangee/ep-ind-claims huggingface dataset:
A memory controller, comprising: an interface for communicating with a memory device which includes a first NAND die (DIEO) and a second NAND die, the first die including a first block (BLKO) and a second block, and the second die including a third block (BLKO) and a fourth block; and a control module configured to manage the memory device in units of a first super block (SPBLKO) and a second super block (SPBLK1), the first super block including the first block and the third block, and the second super block including the second block and the fourth block, wherein the control module is configured to complete a program on the first super block, characterized in that the control module is further configured to complete an erase on the second super block before starting the program on the second super block, and to perform the erase on the second super block in multiple steps, wherein the control module is configured such that completion of the program on the first super block and the erase on the second super block includes: performing a first step erase of the second block, after programming a first portion of the first block, programming a second portion of the first block, after the first step erase of the second block, and performing a second step erase of the second block, after programming the second portion of the first block. an interface for communicating with a memory device which includes a first NAND die (DIEO) and a second NAND die, the first die including a first block (BLKO) and a second block, and the second die including a third block (BLKO) and a fourth block; and a control module configured to manage the memory device in units of a first super block (SPBLKO) and a second super block (SPBLK1), the first super block including the first block and the third block, and the second super block including the second block and the fourth block, wherein the control module is configured to complete a program on the first super block, characterized in that the control module is further configured to complete an erase on the second super block before starting the program on the second super block, and to perform the erase on the second super block in multiple steps, wherein the control module is configured such that completion of the program on the first super block and the erase on the second super block includes: performing a first step erase of the second block, after programming a first portion of the first block, programming a second portion of the first block, after the first step erase of the second block, and performing a second step erase of the second block, after programming the second portion of the first block. performing a first step erase of the second block, after programming a first portion of the first block, programming a second portion of the first block, after the first step erase of the second block, and performing a second step erase of the second block, after programming the second portion of the first block.
A system for treating a brain injury, comprising: a pump; a heat exchanger in fluid communication with the pump; a valve, which can allow fluid from the pump to bypass the heat exchanger; a bladder (24, 26) configured to be placed over a carotid artery, the bladder (24, 26) being in fluid communication with the heat exchanger; a thermometer located with respect to the heat exchanger and configured to measure a temperature of fluid downstream from the heat exchanger; and a controller in electrical communication with the thermometer, the valve and the heat exchanger, characterized in that the controller is configured to control power delivered to the heat exchanger and to control the valve to control flow of fluid through the heat exchanger such that the temperature of the fluid downstream from the heat exchanger measured by the thermometer is a treatment temperature between 2 degrees C and 10 degrees C for between 10 minutes and 50 minutes, and a rate of change of temperature from an initial temperature toward the treatment temperature is faster during an earlier ramp down period from the initial temperature toward a first predetermined temperature threshold as compared to a later ramp down period from the first predetermined temperature threshold to the treatment temperature, and the overall ramp down period time is less than 13 minutes when the initial temperature is less than 25 degrees C and the overall ramp down period time is less than 8 minutes when the initial temperature is less than 25 degrees C and greater 15 degrees C. a pump; a heat exchanger in fluid communication with the pump; a valve, which can allow fluid from the pump to bypass the heat exchanger; a bladder (24, 26) configured to be placed over a carotid artery, the bladder (24, 26) being in fluid communication with the heat exchanger; a thermometer located with respect to the heat exchanger and configured to measure a temperature of fluid downstream from the heat exchanger; and a controller in electrical communication with the thermometer, the valve and the heat exchanger, characterized in that the controller is configured to control power delivered to the heat exchanger and to control the valve to control flow of fluid through the heat exchanger such that the temperature of the fluid downstream from the heat exchanger measured by the thermometer is a treatment temperature between 2 degrees C and 10 degrees C for between 10 minutes and 50 minutes, and a rate of change of temperature from an initial temperature toward the treatment temperature is faster during an earlier ramp down period from the initial temperature toward a first predetermined temperature threshold as compared to a later ramp down period from the first predetermined temperature threshold to the treatment temperature, and the overall ramp down period time is less than 13 minutes when the initial temperature is less than 25 degrees C and the overall ramp down period time is less than 8 minutes when the initial temperature is less than 25 degrees C and greater 15 degrees C.
A method for evaluating the probability of having glioblastoma disease and/or high grade glioma brain tumor disease, characterized in that it includes the process steps of; a) Determining the expression level or presence of SLC3a2 protein in wild type and different forms in tissue and/or serum samples, b) comparing the blood level of autoantibodies developed against the protein whose level was determined in step a, and the differences between normal and glioma phenomena c) determining whether there is an increase in the expression level of the SLC3a2 protein. a) Determining the expression level or presence of SLC3a2 protein in wild type and different forms in tissue and/or serum samples, b) comparing the blood level of autoantibodies developed against the protein whose level was determined in step a, and the differences between normal and glioma phenomena c) determining whether there is an increase in the expression level of the SLC3a2 protein.
Ground compacting device, having - a lower mass comprising a compacting plate; - an upper mass coupled to the lower mass via a vibration decoupling device; - a vibration exciter acting upon the compacting plate; - a running gear having one or a plurality of roller bodies for transportation of the device; and having - an electric drive for driving at least one of the roller bodies; characterised in that - an electric power store is provided to supply the electric drive with electric power. - a lower mass comprising a compacting plate; - an upper mass coupled to the lower mass via a vibration decoupling device; - a vibration exciter acting upon the compacting plate; - a running gear having one or a plurality of roller bodies for transportation of the device; and having - an electric drive for driving at least one of the roller bodies; - an electric power store is provided to supply the electric drive with electric power.
A hybrid automatic repeat request-acknowledgement, HARQ-ACK, codebook determination method comprising: determining a plurality of candidate physical downlink shared channels, PDSCHs, in a slot to be a plurality of subgroups according to candidate PDSCH types and ends of the plurality of candidate PDSCHs, and determining a piece of HARQ-ACK information corresponding to each of the plurality of subgroups, wherein each candidate PDSCH type corresponds to a traffic type among a plurality of traffic types; and determining an HARQ-ACK codebook by concatenating pieces of HARQ-ACK information corresponding to the plurality of subgroups to obtain; wherein determining the plurality of candidate PDSCHs in the slot to be the plurality of subgroups according to the candidate PDSCH types and the ends of the plurality of candidate PDSCHs, and determining the piece of HARQ-ACK information corresponding to each of the plurality of subgroups comprises: determining all the plurality of candidate PDSCHs to be at least two candidate PDSCH sets according to the candidate PDSCH types; and determining candidate PDSCHs in each of the at least two candidate PDSCH sets to be subgroups according to a sequence of ends of the candidate PDSCHs in the each of the at least two candidate PDSCH sets, and determining a piece of HARQ-ACK information corresponding to each of the subgroups. determining a plurality of candidate physical downlink shared channels, PDSCHs, in a slot to be a plurality of subgroups according to candidate PDSCH types and ends of the plurality of candidate PDSCHs, and determining a piece of HARQ-ACK information corresponding to each of the plurality of subgroups, wherein each candidate PDSCH type corresponds to a traffic type among a plurality of traffic types; and determining an HARQ-ACK codebook by concatenating pieces of HARQ-ACK information corresponding to the plurality of subgroups to obtain; wherein determining the plurality of candidate PDSCHs in the slot to be the plurality of subgroups according to the candidate PDSCH types and the ends of the plurality of candidate PDSCHs, and determining the piece of HARQ-ACK information corresponding to each of the plurality of subgroups comprises: determining all the plurality of candidate PDSCHs to be at least two candidate PDSCH sets according to the candidate PDSCH types; and determining candidate PDSCHs in each of the at least two candidate PDSCH sets to be subgroups according to a sequence of ends of the candidate PDSCHs in the each of the at least two candidate PDSCH sets, and determining a piece of HARQ-ACK information corresponding to each of the subgroups. determining all the plurality of candidate PDSCHs to be at least two candidate PDSCH sets according to the candidate PDSCH types; and determining candidate PDSCHs in each of the at least two candidate PDSCH sets to be subgroups according to a sequence of ends of the candidate PDSCHs in the each of the at least two candidate PDSCH sets, and determining a piece of HARQ-ACK information corresponding to each of the subgroups.
Lighting unit including a plurality of lighting devices (22, 24, 26), in particular a plurality of LEDs, for emitting light, comprising: - connection terminals (12, 14) for connecting the light unit to an external power supply and for receiving an input voltage (V 10) and / or an input current (I T) from the external power supply, - a first current path and a second current path each comprising at least one lighting device, wherein the first current path and the second current path are connected in parallel to each other, wherein the second current path has a current regulator for controlling an electrical current (I 2) in the second current path, the lighting unit being characterized by further comprising: - a control unit adapted to control the current regulator on the basis of the electrical current in the second current path and on the basis of a total current (I T) in both current paths, and wherein the current regulator is a controllable resistor and the second current path further comprises a current limiter for limiting the current in the second current path, wherein the current limiter is an electrical resistor. - connection terminals (12, 14) for connecting the light unit to an external power supply and for receiving an input voltage (V 10) and / or an input current (I T) from the external power supply, - a first current path and a second current path each comprising at least one lighting device, wherein the first current path and the second current path are connected in parallel to each other, wherein the second current path has a current regulator for controlling an electrical current (I 2) in the second current path, the lighting unit being characterized by further comprising: - a control unit adapted to control the current regulator on the basis of the electrical current in the second current path and on the basis of a total current (I T) in both current paths, and - a control unit adapted to control the current regulator on the basis of the electrical current in the second current path and on the basis of a total current (I T) in both current paths, and
A door with a door opening device for heavy construction equipment provided with a latch member rotating in a latch housing installed on one side of a door panel of the door, the door opening device comprising: a latch control lever having a hinge part elastically supported on one side of an upper frame or a lower frame of the door, a handle extending from one side of the hinge part, and a yoke formed on the other side of the hinge part, the latch control lever forming a traction force on the yoke when the handle is rotated about the hinge part by an external force; a rotary shaft shaft-engaged with the latch member and having a swing part formed to extend to an outer side of the latch member, the rotary shaft rotating in a body with the latch member so that the latch member is released by the traction force of the latch control lever; and a traction cable having one end fixed to the yoke of the latch control lever and the other end connected to the swing part of the rotary shaft. a latch control lever having a hinge part elastically supported on one side of an upper frame or a lower frame of the door, a handle extending from one side of the hinge part, and a yoke formed on the other side of the hinge part, the latch control lever forming a traction force on the yoke when the handle is rotated about the hinge part by an external force; a rotary shaft shaft-engaged with the latch member and having a swing part formed to extend to an outer side of the latch member, the rotary shaft rotating in a body with the latch member so that the latch member is released by the traction force of the latch control lever; and a traction cable having one end fixed to the yoke of the latch control lever and the other end connected to the swing part of the rotary shaft.
An isolated agonistic antibody specifically binding human CD40 of SEQ ID NO: 75, comprising a heavy chain variable region (HCDR) 1 of SEQ ID NO: 5, a HCDR2 of SEQ ID NO: 10, a HCDR3 of SEQ ID NO: 18, a light chain variable region (LCDR) 1 of SEQ ID NO: 32, a LCDR2 of SEQ ID NO: 34 and a LCDR3 of SEQ ID NO: 47, wherein the antibody heavy chain comprises SEQ ID NO: 128 or 127, and the antibody light chain comprises SEQ ID NO: 136.
A method for optimizing adhesion by controlling flame treatment of a substrate, in which treatment a flame emanating from a burner is applied to a substrate, said method comprising controlling the mass flow of fuel and air fed to the burner, acquiring radical emission data by monitoring radical emission emanating from the flame using a flame analyzer, processing the radical emission data, comparing the thus acquired radical emission data with radical emission data from a database, and outputting the result of the comparison.
A test apparatus for verifying plugging force during assembly of a first electrical component having one or more electrical connection points for receiving one or more corresponding second electrical components in a push fit arrangement, the test apparatus comprising; a load plate having a support surface and orthogonally arranged first and second axes defined parallel to the support surface; a holder for retaining the first electrical component on the load plate; a plurality of load cells (12, 14, 16, 18) supporting the load plate arranged at spaced locations about the load plate such that a plugging force applied to the first electrical component retained on the load plate in a direction perpendicular to the support surface of the load plate is transferred to the plurality of load cells; a processor for receiving load cell data from the load cells corresponding to the force applied to each load cell respectively; wherein the processor is operative to determine the magnitude of the plugging force and the location at which the plugging force is applied to the first electrical component relative to the first and second axes of the load plate based on the load cell data and the location of the load cells relative to the load plate. a load plate having a support surface and orthogonally arranged first and second axes defined parallel to the support surface; a holder for retaining the first electrical component on the load plate; a plurality of load cells (12, 14, 16, 18) supporting the load plate arranged at spaced locations about the load plate such that a plugging force applied to the first electrical component retained on the load plate in a direction perpendicular to the support surface of the load plate is transferred to the plurality of load cells; a processor for receiving load cell data from the load cells corresponding to the force applied to each load cell respectively; wherein the processor is operative to determine the magnitude of the plugging force and the location at which the plugging force is applied to the first electrical component relative to the first and second axes of the load plate based on the load cell data and the location of the load cells relative to the load plate.
Shop window mannequin head, comprising: - a customization part comprising: - a wall having an outer surface with the appearance of an eye or of a mouth, and having an inner surface; - a guide stub extending from the inner surface in a longitudinal direction; - a support having an outer surface in the form of a face, at least one orifice being created in the outer surface at the location of an eye or a mouth of the face, the orifice comprising: - a first section extending from the outer surface as far as a shoulder and having a cross section area that matches the cross section area of the guide stub; - a second section extending from the shoulder; - a holding device comprising a first, permanently magnetized element and a second element subjected to a magnetic attraction force close to the first element; characterized in that: - the guide stub extends from the inner surface to a depth at least equal to 4 mm in the longitudinal direction, and comprises a cross section area at least equal to 2 cm 2; - the first section extends from the outer surface as far as the shoulder to a depth at least equal to 4 mm; - the second section comprises a threaded portion; - a screw is screwed into the threaded portion of the second section; - one of the elements of the holding device is attached to the guide stub and the other of these elements is secured to said screw. - a customization part comprising: - a wall having an outer surface with the appearance of an eye or of a mouth, and having an inner surface; - a guide stub extending from the inner surface in a longitudinal direction; - a wall having an outer surface with the appearance of an eye or of a mouth, and having an inner surface; - a guide stub extending from the inner surface in a longitudinal direction; - a support having an outer surface in the form of a face, at least one orifice being created in the outer surface at the location of an eye or a mouth of the face, the orifice comprising: - a first section extending from the outer surface as far as a shoulder and having a cross section area that matches the cross section area of the guide stub; - a second section extending from the shoulder; - a first section extending from the outer surface as far as a shoulder and having a cross section area that matches the cross section area of the guide stub; - a second section extending from the shoulder; - a holding device comprising a first, permanently magnetized element and a second element subjected to a magnetic attraction force close to the first element; - the guide stub extends from the inner surface to a depth at least equal to 4 mm in the longitudinal direction, and comprises a cross section area at least equal to 2 cm 2; - the first section extends from the outer surface as far as the shoulder to a depth at least equal to 4 mm; - the second section comprises a threaded portion; - a screw is screwed into the threaded portion of the second section; - one of the elements of the holding device is attached to the guide stub and the other of these elements is secured to said screw.
An apparatus (100, 200, 300, 400, 500) comprising: a first linear solar collector system (104, 303, 403, 503) for heating a first heat transfer medium; a second linear solar collector system (105, 306, 406, 506) for heating a second heat transfer medium, wherein the first and the second linear collector system are of the same collector type; a first heat exchanger system (110, 111, 112, 318, 319, 320, 427, 426, 427, 525, 526, 527) configured to use the first heat transfer medium to preheat evaporate and superheat a working fluid; a second heat exchanger system (113, 321, 428, 528) configured to use the heat from the second heat transfer medium to increase the temperature of the superheated working fluid generated by the first heat exchanger system; characterized in that it further comprises one or more storage vessels (325, 417, 418, 423, 424, 517, 518, 523) for the second heat transfer medium, and in that the apparatus is constructed and arranged such that the second heat transfer medium is used to heat the first heat transfer medium. a first linear solar collector system (104, 303, 403, 503) for heating a first heat transfer medium; a second linear solar collector system (105, 306, 406, 506) for heating a second heat transfer medium, wherein the first and the second linear collector system are of the same collector type; a first heat exchanger system (110, 111, 112, 318, 319, 320, 427, 426, 427, 525, 526, 527) configured to use the first heat transfer medium to preheat evaporate and superheat a working fluid; a second heat exchanger system (113, 321, 428, 528) configured to use the heat from the second heat transfer medium to increase the temperature of the superheated working fluid generated by the first heat exchanger system; characterized in that it further comprises one or more storage vessels (325, 417, 418, 423, 424, 517, 518, 523) for the second heat transfer medium, and in that the apparatus is constructed and arranged such that the second heat transfer medium is used to heat the first heat transfer medium. one or more storage vessels (325, 417, 418, 423, 424, 517, 518, 523) for the second heat transfer medium, and in that the apparatus is constructed and arranged such that the second heat transfer medium is used to heat the first heat transfer medium.