mhurhangee/ep-ind-claims huggingface dataset:
A method of processing X-ray diffraction data, the X-ray diffraction data being provided by an X-ray detector configured to detect diffracted X-ray beams of a sample to be investigated, the method comprising the steps of: (a) acquiring X-ray diffraction data from the X-ray detector while the sample is rotating with respect to an incident X-ray beam, (b) generating a 2D image frame from acquired X-ray diffraction data, wherein the generated 2D image frame comprises 2D image data representing X-ray diffraction data for a specific rotational position of the sample; (c) for the generated 2D image frame, distinguishing the X-ray diffraction data from the background, wherein the distinguishing comprises distinguishing pixels of the 2D image frame representing X-ray diffraction data from pixels of the 2D image frame representing background; (d) mapping the distinguished X-ray diffraction data of the generated 2D image frame into a single 3D reciprocal space; and (e) visualizing the 3D reciprocal space along with the mapped X-ray diffraction data on a display screen; wherein the method steps (a) to (e) are continuously repeated while the rotational position of the sample is changing. (a) acquiring X-ray diffraction data from the X-ray detector while the sample is rotating with respect to an incident X-ray beam, (b) generating a 2D image frame from acquired X-ray diffraction data, wherein the generated 2D image frame comprises 2D image data representing X-ray diffraction data for a specific rotational position of the sample; (c) for the generated 2D image frame, distinguishing the X-ray diffraction data from the background, wherein the distinguishing comprises distinguishing pixels of the 2D image frame representing X-ray diffraction data from pixels of the 2D image frame representing background; (d) mapping the distinguished X-ray diffraction data of the generated 2D image frame into a single 3D reciprocal space; and (e) visualizing the 3D reciprocal space along with the mapped X-ray diffraction data on a display screen;
A guide wire insertion device for a catheter procedure, comprising: - an injection unit comprising an injection needle, a cylinder body which is disposed at one side of the injection needle, a piston which is slidably coupled within the cylinder body, and a connection tube portion which connects the cylinder body and the injection needle; and - a guide wire transfer unit which transfers a guide wire so as to insert the guide wire through the injection needle of the injection unit and comprises a housing formed with a support portion for supporting the injection unit, wherein the support portion supports the injection unit such that the injection unit is located at an upper side of the guide wire transfer unit so that the injection unit and the guide wire transfer unit are integrated with each other in the form of a gun so as to continuously perform injection of the injection needle and transfer of the guide wire, characterized in that the guide wire transfer unit further comprises: - a driving roller which is rotatably installed within the housing to come into contact with the guide wire; - a transfer roller which transfers the guide wire by rotating the guide wire in a state of pressing the guide wire against the driving roller; - a driving source installed in the housing to drive the driving roller; and - a transfer roller separation means which selectively separates the transfer roller from the driving roller so that the guide wire is freely transferred or prepared for transfer. - an injection unit comprising an injection needle, a cylinder body which is disposed at one side of the injection needle, a piston which is slidably coupled within the cylinder body, and a connection tube portion which connects the cylinder body and the injection needle; and - a guide wire transfer unit which transfers a guide wire so as to insert the guide wire through the injection needle of the injection unit and comprises a housing formed with a support portion for supporting the injection unit, - a driving roller which is rotatably installed within the housing to come into contact with the guide wire; - a transfer roller which transfers the guide wire by rotating the guide wire in a state of pressing the guide wire against the driving roller; - a driving source installed in the housing to drive the driving roller; and - a transfer roller separation means which selectively separates the transfer roller from the driving roller so that the guide wire is freely transferred or prepared for transfer.
A refrigeration system, comprising: - a free cooling system comprising an air-cooled heat exchanger, wherein the air-cooled heat exchanger comprises a variable speed fan configured to move air over coils of the air-cooled heat exchanger to remove heat from a coolant flowing through the air-cooled heat exchanger; - a mechanical cooling system comprising a refrigerant loop with an evaporator, a variable speed compressor, and a condenser disposed along the refrigerant loop, wherein the variable speed compressor is configured to circulate a refrigerant through the refrigerant loop, and wherein the evaporator is configured to receive the coolant and to transfer heat from the coolant to the refrigerant; and - a controller configured to adjust a fan speed of the variable speed fan up to a threshold fan speed, and to initiate operation of the variable speed compressor, when the fan speed reaches the threshold fan speed, wherein the fan speed and a compressor speed of the variable speed compressor are based at least on an ambient air temperature and a cooling load demand, and wherein the threshold fan speed is less than a maximum speed of the variable speed fan. - a free cooling system comprising an air-cooled heat exchanger, wherein the air-cooled heat exchanger comprises a variable speed fan configured to move air over coils of the air-cooled heat exchanger to remove heat from a coolant flowing through the air-cooled heat exchanger; - a mechanical cooling system comprising a refrigerant loop with an evaporator, a variable speed compressor, and a condenser disposed along the refrigerant loop, wherein the variable speed compressor is configured to circulate a refrigerant through the refrigerant loop, and wherein the evaporator is configured to receive the coolant and to transfer heat from the coolant to the refrigerant; and - a controller configured to adjust a fan speed of the variable speed fan up to a threshold fan speed, and to initiate operation of the variable speed compressor, when the fan speed reaches the threshold fan speed,
A polyolefin composition comprising: from 97.0 to 45.0 wt% of a propylene-1-hexene random copolymer, from 2.0 to 50.0 wt% of fibers, and from 0.3 wt% to 5.0 wt% of a compatibilizer, the sum + + being 100, wherein (i) the copolymer has a content of 1-hexene derived units ranging from 0.6 wt% to 3.0 wt% with respect to the copolymer, (ii) the copolymer has the melt flow rate measured according to the method ISO 1133 (230° C, 2.16 kg) ranging from 0.2 up to 40 g/lOmin, (iii) the fibers are selected from the group consisting of glass fibers, carbon fibers, metal fibers, mineral fibers and ceramic fibers. from 97.0 to 45.0 wt% of a propylene-1-hexene random copolymer, from 2.0 to 50.0 wt% of fibers, and from 0.3 wt% to 5.0 wt% of a compatibilizer, (i) the copolymer has a content of 1-hexene derived units ranging from 0.6 wt% to 3.0 wt% with respect to the copolymer, (ii) the copolymer has the melt flow rate measured according to the method ISO 1133 (230° C, 2.16 kg) ranging from 0.2 up to 40 g/lOmin, (iii) the fibers are selected from the group consisting of glass fibers, carbon fibers, metal fibers, mineral fibers and ceramic fibers.
A mixer system comprising: a mixing chamber including a drive panel 5 and an open top; a discharge opening in a side of the mixing chamber; a door 25 configured to open and close the discharge opening 27; a first driveline 31; a first mixing auger 50 disposed inside the mixing chamber on a first side of the drive panel 5; a first auger drive 52 disposed on a second side of the drive panel and connected to the first auger 50 through the drive panel 5 and mechanically coupled in series with the first driveline 31; a second mixing auger 70 disposed inside the mixing chamber on the first side of the drive panel 5, a second auger drive 72 disposed on the second side of the drive panel 5 and connected to the second auger 70 through the drive panel 5; a clutch 90 disposed on the second side of the drive panel 5 and mechanically connected between the second auger drive 72 and the first driveline 31 and configured to mechanically connect and disconnect the second auger drive 72 from the first driveline 31, characterized in that it further comprises a controller 92 configured to control the mixer system, which controller 92, at a start time, is configured to disengage the clutch 90 such that the second auger drive 72 is disconnected from the first driveline 31 so that only the first auger drive 52 rotates, and which controller 92, after the first auger drive 52 is operating and an input is received, is configured to engage the clutch 90 such that the second auger drive 72 is connected to the first driveline 31 so that the first and second auger drives rotate. a mixing chamber including a drive panel 5 and an open top; a discharge opening in a side of the mixing chamber; a door 25 configured to open and close the discharge opening 27; a first driveline 31; a first mixing auger 50 disposed inside the mixing chamber on a first side of the drive panel 5; a first auger drive 52 disposed on a second side of the drive panel and connected to the first auger 50 through the drive panel 5 and mechanically coupled in series with the first driveline 31; a second mixing auger 70 disposed inside the mixing chamber on the first side of the drive panel 5, a second auger drive 72 disposed on the second side of the drive panel 5 and connected to the second auger 70 through the drive panel 5; a clutch 90 disposed on the second side of the drive panel 5 and mechanically connected between the second auger drive 72 and the first driveline 31 and configured to mechanically connect and disconnect the second auger drive 72 from the first driveline 31, which controller 92, at a start time, is configured to disengage the clutch 90 such that the second auger drive 72 is disconnected from the first driveline 31 so that only the first auger drive 52 rotates, and which controller 92, after the first auger drive 52 is operating and an input is received, is configured to engage the clutch 90 such that the second auger drive 72 is connected to the first driveline 31 so that the first and second auger drives rotate.
A method for diagnosing whether a pregnant subject is not at risk for developing preeclampsia within a short window of time, wherein a short window of time is 2 weeks, comprising: a) determining the amounts of the angiogenesis biomarkers sFlt-1 and PlGF in a sample of said subject; b) calculating a ratio from said amounts of sFlt-1 and PlGF determined in the sample in step a) and c) comparing the ratio with a reference value, whereby a subject being not at risk for developing preeclampsia within a short period of time is diagnosed if the value of the ratio is identical or decreased compared to the reference value, wherein said reference value allows for making the diagnosis with a negative predictive value of at least 98%, wherein said pregnant subject is between week 20 and week 40 of gestation and wherein said reference value is 45 or less. a) determining the amounts of the angiogenesis biomarkers sFlt-1 and PlGF in a sample of said subject; b) calculating a ratio from said amounts of sFlt-1 and PlGF determined in the sample in step a) and c) comparing the ratio with a reference value, whereby a subject being not at risk for developing preeclampsia within a short period of time is diagnosed if the value of the ratio is identical or decreased compared to the reference value, wherein said reference value allows for making the diagnosis with a negative predictive value of at least 98%,
A method for supporting control channel change notification for at least one wireless communication unit that is capable of operating on a primary serving communication cell and has been configured with access to at least one secondary serving communication cell (212, 214, 216, 218) in a wireless broadcast communication system, wherein the method comprises, at a network element: supporting communication with the at least one wireless communication unit via the at least one secondary serving communication cell (212, 214, 216, 218); generating a message comprising an indication that a control channel change notification will be sent in the primary serving communication cell; transmitting the message to the at least one wireless communication unit operational in the at least one secondary serving communication cell (212, 214, 216, 218); and transmitting the control channel change notification in the primary serving communication cell, wherein supporting communication with the at least one wireless communication unit via the at least one secondary serving communication cell (212, 214, 216, 218) comprises supporting communication with the at least one wireless communication unit via only the at least one secondary serving communication cell (212, 214, 216, 218). supporting communication with the at least one wireless communication unit via the at least one secondary serving communication cell (212, 214, 216, 218); generating a message comprising an indication that a control channel change notification will be sent in the primary serving communication cell; transmitting the message to the at least one wireless communication unit operational in the at least one secondary serving communication cell (212, 214, 216, 218); and transmitting the control channel change notification in the primary serving communication cell,
A process for postcrosslinking water-absorbing polymeric particles, wherein the base polymer is prepared using an acrylic acid comprising up to 0.013% by weight of a half ether of a hydroquinone and the total partial pressure of one or more oxidizing gases in the atmosphere overlying the water-absorbing polymeric particles is less than 140 mbar during drying and postcrosslinking.
A synthetic ligament or tendon for use as a joint stabilisation device, in which the synthetic ligament or tendon acts on behalf of a damaged ligament or tendon, comprising: a first elongate portion forming a first free end; a second elongate portion forming a second free end which is opposite the first free end; and an integral eye provided at a location which is between the first and second free ends, the eye serving for securing the device to a bone of a patient; in which the device is at least partly tubular so as to define an internal cavity, said part of the device being of a woven material; and in which one of the first and second elongate portions extends into the internal cavity through a wall of the other one of the first and second elongate portions at a first location along a length of said other portion, and then extends out of the internal cavity at a second location which is spaced along a length of said other portion from the first location, to thereby form a loop which defines the eye. a first elongate portion forming a first free end; a second elongate portion forming a second free end which is opposite the first free end; and an integral eye provided at a location which is between the first and second free ends, the eye serving for securing the device to a bone of a patient; in which the device is at least partly tubular so as to define an internal cavity, said part of the device being of a woven material; and in which one of the first and second elongate portions extends into the internal cavity through a wall of the other one of the first and second elongate portions at a first location along a length of said other portion, and then extends out of the internal cavity at a second location which is spaced along a length of said other portion from the first location, to thereby form a loop which defines the eye.
A joint distractor for distracting a patient's knee joint, the distractor comprising: a cradle configured to receive and secure a sensor module, a first distractor component movably coupled to a first side of the cradle, the first distractor component having a first tibial paddle and a first femoral paddle that extend from the first distractor component in an outwardly direction to repetitively contact the tibial paddle of the sensor module and a distal end of a femur of a patient, the first femoral paddle movable with respect to the first tibial paddle to define a first displacement between the patient's tibia and femur, a second distractor component movably coupled to a second side of the cradle, the second distractor component having a second tibial paddle and a second femoral paddle that extend from the second distractor component in the outwardly direction to repetitively contact the tibial paddle of the sensor module and the distal end of a femur of a patient, the second femoral paddle movable with respect to the second tibial paddle to define a second displacement between the patient's tibia and femur, in which the first distractor component and the second distractor component are movable with respect to the cradle in the outwardly direction to permit selectively extending one of the distractor components beyond the other distractor component in the general direction of extension. a cradle configured to receive and secure a sensor module, a first distractor component movably coupled to a first side of the cradle, the first distractor component having a first tibial paddle and a first femoral paddle that extend from the first distractor component in an outwardly direction to repetitively contact the tibial paddle of the sensor module and a distal end of a femur of a patient, the first femoral paddle movable with respect to the first tibial paddle to define a first displacement between the patient's tibia and femur, a second distractor component movably coupled to a second side of the cradle, the second distractor component having a second tibial paddle and a second femoral paddle that extend from the second distractor component in the outwardly direction to repetitively contact the tibial paddle of the sensor module and the distal end of a femur of a patient, the second femoral paddle movable with respect to the second tibial paddle to define a second displacement between the patient's tibia and femur, in which the first distractor component and the second distractor component are movable with respect to the cradle in the outwardly direction to permit selectively extending one of the distractor components beyond the other distractor component in the general direction of extension.
A variable coding method for realizing chip reuse, comprising the following steps: using at least two identical integrated circuit chips, each of the at least two identical integrated circuit chips is an RF switch chip for switching high band RF signals or low band RF signals and comprising two different control logic truth tables on the same chip; each of the at least two identical integrated circuit chips receiving same logic input signals (VC1-VC4) and a logic control signal (Vctrl) connected by wire bonding to a VDD end or a GND end, to execute a high band logic truth table decoding function when the logic control signal (Vctrl) is connected to the VDD end, or to execute a low band logic truth table decoding function when the logic control signal (Vctrl) is connected to the GND end. using at least two identical integrated circuit chips, each of the at least two identical integrated circuit chips is an RF switch chip for switching high band RF signals or low band RF signals and comprising two different control logic truth tables on the same chip; each of the at least two identical integrated circuit chips receiving same logic input signals (VC1-VC4) and a logic control signal (Vctrl) connected by wire bonding to a VDD end or a GND end, to execute a high band logic truth table decoding function when the logic control signal (Vctrl) is connected to the VDD end, or to execute a low band logic truth table decoding function when the logic control signal (Vctrl) is connected to the GND end.
A package for an item of merchandise comprising: a first elongated wall member having a longitudinal axis and a recess extending along said longitudinal axis; and a second elongated wall member having an inner surface and an outer surface, said inner surface of said second wall member being fixedly secured to said first wall member to enclose the item of merchandise within a chamber made up of said recess of said first wall member and the inner surface of said second wall member, said second wall member comprising a pair of elongated frangible lines (42, 44) and an access slit, said frangible lines (42, 44) extending along said longitudinal axis for a length of said recess, each of said frangible lines (42, 44) being cut only partially through the thickness of said second wall member, said access slit being located at one end of each of said frangible lines (42, 44), parts of said elongated second wall member contiguous with said slit being arranged to be grasped by a user to break said frangible lines (42, 44) and thereby provide access to the chamber; characterised by each of said frangible lines (42, 44) and said access slit being comprised fully in a portion of said second wall member, all of which portion of said second wall member faces the recess. a first elongated wall member having a longitudinal axis and a recess extending along said longitudinal axis; and a second elongated wall member having an inner surface and an outer surface, said inner surface of said second wall member being fixedly secured to said first wall member to enclose the item of merchandise within a chamber made up of said recess of said first wall member and the inner surface of said second wall member, said second wall member comprising a pair of elongated frangible lines (42, 44) and an access slit, said frangible lines (42, 44) extending along said longitudinal axis for a length of said recess, each of said frangible lines (42, 44) being cut only partially through the thickness of said second wall member, said access slit being located at one end of each of said frangible lines (42, 44), parts of said elongated second wall member contiguous with said slit being arranged to be grasped by a user to break said frangible lines (42, 44) and thereby provide access to the chamber; characterised by each of said frangible lines (42, 44) and said access slit being comprised fully in a portion of said second wall member, all of which portion of said second wall member faces the recess.