mhurhangee/patent-ind-claim-en huggingface dataset:
Polymer composition comprising (a) 60.0-80.0 wt% of a (meth)acrylic polymer; and (b) 20.0-40.0 wt% of a copolymer prepared using styrene and maleic anhydride with regard to the total weight of (a) and (b), the total of (a) and (b) being 100 wt%; wherein the polymer composition is prepared by melt mixing of a mixture comprising (a) and (b) in a melt extruder, wherein the melt extruder comprises: (i) an inlet for feeding the mixture; (ii) a barrel comprising one or more extruder screw(s) each comprising a tip; (iii) one or more opening(s) for removing the obtained polymer composition from the extruder; and (iv) a volume of space in the area between the tip(s) of the extruder screw(s) and the opening(s) for removing the obtained polymer composition wherein during the melt mixing the temperature of the polymer composition in the volume of space (iv) is ≥ 235°C and ≤ 255°C wherein the (meth)acrylic polymer (a) is selected from polymethylmethacrylate (PMMA), polybutylmethacrylate (PBMA), poly(methylmethacrylate-ethylacrylate (PMMA-co-EA), or polyethyl acrylate (PEA). (a) 60.0-80.0 wt% of a (meth)acrylic polymer; and (b) 20.0-40.0 wt% of a copolymer prepared using styrene and maleic anhydride with regard to the total weight of (a) and (b), the total of (a) and (b) being 100 wt%; wherein the polymer composition is prepared by melt mixing of a mixture comprising (a) and (b) in a melt extruder, wherein the melt extruder comprises: (i) an inlet for feeding the mixture; (ii) a barrel comprising one or more extruder screw(s) each comprising a tip; (iii) one or more opening(s) for removing the obtained polymer composition from the extruder; and (iv) a volume of space in the area between the tip(s) of the extruder screw(s) and the opening(s) for removing the obtained polymer composition (i) an inlet for feeding the mixture; (ii) a barrel comprising one or more extruder screw(s) each comprising a tip; (iii) one or more opening(s) for removing the obtained polymer composition from the extruder; and (iv) a volume of space in the area between the tip(s) of the extruder screw(s) and the opening(s) for removing the obtained polymer composition wherein during the melt mixing the temperature of the polymer composition in the volume of space (iv) is ≥ 235°C and ≤ 255°C wherein the (meth)acrylic polymer (a) is selected from polymethylmethacrylate (PMMA), polybutylmethacrylate (PBMA), poly(methylmethacrylate-ethylacrylate (PMMA-co-EA), or polyethyl acrylate (PEA).
A passage gate for a passageway delimited by blocking or guiding members, comprising a blocking member rotatable about a vertical axis between a blocking position and a passing position, wherein the blocking member is configured in the form of a ring segment and is mounted horizontally in a blocking member mount in a horizontally rotationally oscillating manner, and in which at least one drive element in the blocking member mount is in active connection with the ring segment , in such a way that the ring segment moves along its contour through the drive member , wherein the drive member corresponds to the contour of the ring segment , characterized in that the blocking member mount bracket essentially consists of a standing column , which carries a drive cage at its free end, the interior space of which penetrated by the ring segment , and that the column is connected by means of a joint to the drive cage including the blocking member .
A device for insertion into the gap between two adjacent vertebral bodies, comprising: an elongate interconnecting member a distal retention plate comprising a distal outboard surface and a proximal inboard surface, said distal retention plate having a distal part of the interconnecting member secured in normal relation thereto and extending proximally therefrom; a proximal retention plate comprising a distal inboard surface and a proximal outboard surface, said proximal retention plate having a proximal part of the interconnecting member secured in normal relation thereto and extending distally therefrom; said distal part of the interconnecting member of said distal retention plate being telescopically mounted to said proximal part of the interconnecting member of said proximal retention plate to form the interconnecting member for selectively moving said distal retention plate away from, or toward, said proximal retention plate , and for selectively rotating said distal retention plate relative to said proximal retention plate and for selectively rotating said proximal retention plate relative to said distal retention plate ; wherein said device is adapted for being inserted into the gap between two adjacent vertebral bodies and the interconnecting member has a maximum length sufficient to span the proximal-to-distal extent of the gap and to allow the proximal and distal retention plates to be positioned outside of the gap and a minimum length sufficient to enable the distal and proximal retention plates to tightly grip the adjacent bodies in sandwiched relation between them.. an elongate interconnecting member a distal retention plate comprising a distal outboard surface and a proximal inboard surface, said distal retention plate having a distal part of the interconnecting member secured in normal relation thereto and extending proximally therefrom; a proximal retention plate comprising a distal inboard surface and a proximal outboard surface, said proximal retention plate having a proximal part of the interconnecting member secured in normal relation thereto and extending distally therefrom; said distal part of the interconnecting member of said distal retention plate being telescopically mounted to said proximal part of the interconnecting member of said proximal retention plate to form the interconnecting member for selectively moving said distal retention plate away from, or toward, said proximal retention plate , and for selectively rotating said distal retention plate relative to said proximal retention plate and for selectively rotating said proximal retention plate relative to said distal retention plate ; wherein said device is adapted for being inserted into the gap between two adjacent vertebral bodies and the interconnecting member has a maximum length sufficient to span the proximal-to-distal extent of the gap and to allow the proximal and distal retention plates to be positioned outside of the gap and a minimum length sufficient to enable the distal and proximal retention plates to tightly grip the adjacent bodies in sandwiched relation between them..
A curable composition, comprising: (A) organic-inorganic composite particles, wherein each organic-inorganic composite particle comprises (A-1) an organic resin and (A-2) inorganic particles; said (A) organic-inorganic composite particles having a structure in which (A-2) the inorganic particles are dispersed in (A-1) the organic resin, and in which (A-1) the organic resin and (A-2) the inorganic particles are composited with each other; (B) a polymerizable monomer; (C) a polymerization initiator; and (D) inorganic particles, wherein a cured body formed by curing the curable composition includes: a matrix formed by curing all constituent components of the curable composition except for (A) the organic-inorganic composite particles; and (A) the organic-inorganic composite particles dispersed and contained in the cured body, wherein an elastic modulus M of the matrix is within a range of from 6.0 GPa to 30.0 GPa and is larger than an elastic modulus P of (A) the organic-inorganic composite particles by 3.0 GPa or more, wherein (A-1) the organic resin comprises a cured body of (a-1) a polymerizable monomer having a molecular weight per polymerizable functional group contained in a molecule of from 230 to 1, 000, and wherein (B) the polymerizable monomer has a molecular weight per polymerizable functional group contained in a molecule of from 100 to 210. (A) organic-inorganic composite particles, wherein each organic-inorganic composite particle comprises (A-1) an organic resin and (A-2) inorganic particles; said (A) organic-inorganic composite particles having a structure in which (A-2) the inorganic particles are dispersed in (A-1) the organic resin, and in which (A-1) the organic resin and (A-2) the inorganic particles are composited with each other; (B) a polymerizable monomer; (C) a polymerization initiator; and (D) inorganic particles, (A) the organic-inorganic composite particles dispersed and contained in the cured body,
A method performed by a network node , the method comprising: receiving a service request for requesting a communication for a user equipment, UE, , the service request including information identifying a service type associated with the requested communication; determining whether to reject the service request based on the service type associated with the requested communication; and sending, to the UE , information identifying a back-off timer for the service type associated with the requested communication. receiving a service request for requesting a communication for a user equipment, UE, , the service request including information identifying a service type associated with the requested communication; determining whether to reject the service request based on the service type associated with the requested communication; and sending, to the UE , information identifying a back-off timer for the service type associated with the requested communication.
Method for transmitting a data packet from a sensor to a control unit via a peripheral sensor interface , in particular a peripheral sensor interface according to Peripheral Sensor Interface 5, PSI5, in an operating mode of the sensor interface synchronized by the control unit , in which a plurality of sensors can be operated via the same interface since each sensor can be allocated its own time slot within a transmission period, wherein, in the method , only one sensor is connected to the control unit via the sensor interface in a secure synchronized operating mode, wherein the transmission period comprises a plurality of successive time slots, and a start of the transmission period is defined by a synchronization signal provided by the control unit , and wherein, in a transmitting step , in the secure operating mode of the sensor interface synchronized by the control unit , the data packet is transmitted from the sensor via the sensor interface in a time slot of the transmission period of the secure synchronized operating mode, and the data packet is transmitted from the sensor again within the transmission period in at least one further time slot of the transmission period , wherein, in a receiving step , the data packet is received by the control unit via the peripheral sensor interface in the time slot , and the data packet is received by the control unit again in the at least one further time slot , and wherein, in a checking step , the data packet received in the time slot and the data packet received in the further time slot are compared with one another.
An optical coupler array , comprising: an optical element having a first end configured to receive light, the optical element further having a second end operable to optically couple with an optical device , the optical element comprising a plurality of longitudinal waveguides ; linear to circular polarization converters disposed before the plurality of longitudinal waveguides , the converters configured to receive linearly polarized light and transmit circularly polarized light to the plurality of longitudinal waveguides ; and a quarter wave retarder disposed at the second end configured to receive the circularly polarized light from the plurality of longitudinal waveguides and transmit linearly polarized light to the optical device . an optical element having a first end configured to receive light, the optical element further having a second end operable to optically couple with an optical device , the optical element comprising a plurality of longitudinal waveguides ; linear to circular polarization converters disposed before the plurality of longitudinal waveguides , the converters configured to receive linearly polarized light and transmit circularly polarized light to the plurality of longitudinal waveguides ; and a quarter wave retarder disposed at the second end configured to receive the circularly polarized light from the plurality of longitudinal waveguides and transmit linearly polarized light to the optical device .
A method of transmitting an uplink access signal by a terminal in a communication system, the method comprising: receiving first reference signals through wide transmitting beams and receiving beams; calculating a first path loss for each combination of the wide transmitting beams and receiving beams by using a difference between transmission power information and a measurement of the first reference signals, and selecting a combination of a wide transmitting beam and a receiving beam with the lowest path loss from among the combinations of the wide transmitting beams and receiving beams; receiving second reference signals through narrow transmitting beams corresponding to the selected wide transmitting beam by using the selected receiving beam; calculating a second path loss between the narrow transmitting beams and the selected receiving beam, and selecting a narrow transmitting beam with the lowest path loss; and transmitting an uplink access signal through a transmitting beam corresponding to the selected receiving beam at an access time or frequency assigned to an uplink narrow receiving beam that corresponds to the selected narrow transmitting beam. receiving first reference signals through wide transmitting beams and receiving beams; calculating a first path loss for each combination of the wide transmitting beams and receiving beams by using a difference between transmission power information and a measurement of the first reference signals, and selecting a combination of a wide transmitting beam and a receiving beam with the lowest path loss from among the combinations of the wide transmitting beams and receiving beams; receiving second reference signals through narrow transmitting beams corresponding to the selected wide transmitting beam by using the selected receiving beam; calculating a second path loss between the narrow transmitting beams and the selected receiving beam, and selecting a narrow transmitting beam with the lowest path loss; and transmitting an uplink access signal through a transmitting beam corresponding to the selected receiving beam at an access time or frequency assigned to an uplink narrow receiving beam that corresponds to the selected narrow transmitting beam.
Eribulin or a pharmaceutically acceptable salt thereof for use in a method for treating a subject having or at risk of developing breast cancer, the method comprising administering to the subject (i) eribulin or a pharmaceutically acceptable salt thereof and, subsequently, (ii) a second agent which is capecitabine, wherein eribulin or a pharmaceutically acceptable salt thereof is administered 1, 2, 3, 4, 5 or 6 days or 1-12 weeks before the second agent.
Plant for handling cardboard reels for feeding tube-forming machines, comprising a reel pick-up station (P) configured to receive a stack of cardboard reels superimposed according to a predetermined orientation, an unwinding station (U) for unwinding the reels comprising at least an unwinding unit (UU) adapted to support the reels to be unwound in a position which favors their unwinding, in the unwinding station (U) being also provided splice means configured to splice a tail portion (TY) of a running out reel with a new reel to continuously unwind the reels progressively arranged in the unwinding station (U), and handling means (D) for moving the reels along a predetermined path comprised between the reel pick-up station (P) and the unwinding station (U), said reel handling means being configured and controlled for picking up the reels from the stack in the reel pick up station (P), moving the reels along said path, and positioning the reels in the unwinding station, by keeping the initial orientation of the reels constant with respect to the stack at least in the step of picking up the reels from the stack and said handling means of the reels being characterized in that they are provided with an additional device for reversible hooking of the reels to the same handling means.
A transcutaneous access tool insertion mechanism for deploying a transcutaneous access tool including a cannula and a needle or a trocar located inside of the cannula , the insertion mechanism comprises: a first sliding member configured to move the needle/trocar in an insertion direction and a retraction direction; a second sliding member configured to move the cannula in the insertion direction; a torsion spring ; linkages coupled between the torsion spring and the first sliding member such that energy stored in the torsion spring applies a force to cause the linkages to move the first sliding member in the insertion direction and the retraction direction; and a frame slidably receiving the first and second sliding members , characterized in that the frame is configured to lock the first and second sliding members in a pre-deployment position. a first sliding member configured to move the needle/trocar in an insertion direction and a retraction direction; a second sliding member configured to move the cannula in the insertion direction; a torsion spring ; linkages coupled between the torsion spring and the first sliding member such that energy stored in the torsion spring applies a force to cause the linkages to move the first sliding member in the insertion direction and the retraction direction; and a frame slidably receiving the first and second sliding members , characterized in that the frame is configured to lock the first and second sliding members in a pre-deployment position.
A method of operating a ring oscillator used for generating and providing random numbers data for a security application, the ring oscillator comprising a plurality of logic gates connected in a ring configuration in which an output of each except a last of the plurality of logic gates is used as an input for a next one of the plurality of logic gates, the output of the last of the plurality of logic gates being fed back to and used as an input for a first of the plurality of logic gates, the method comprising: starting the ring oscillator by a ring-enable signal provided to one of the plurality of logic gates in the ring configuration and a clock signal provided to a clock input of at least one controlled logic gate of the plurality of logic gates in the ring configuration, the at least one controlled logic gate receiving the clock signal to control the at least one controlled logic gate and thereby synchronize the ring oscillator to the clock signal , the clock signal being provided to the clock input for a predetermined warm-up duration; and after the predetermined warm-up duration, restarting and operating the ring oscillator without the clock signal by removing or disabling the clock signal , wherein the restarting and operating of the ring oscillator without the clock signal comprises the following: disabling the ring oscillator; stopping or removing the clock signal ; waiting for a first predetermined period of time; restarting the oscillator in free running mode without the clock signal ; waiting for a second predetermined amount of time; obtaining desired data from the ring oscillator for the security application. starting the ring oscillator by a ring-enable signal provided to one of the plurality of logic gates in the ring configuration and a clock signal provided to a clock input of at least one controlled logic gate of the plurality of logic gates in the ring configuration, the at least one controlled logic gate receiving the clock signal to control the at least one controlled logic gate and thereby synchronize the ring oscillator to the clock signal , the clock signal being provided to the clock input for a predetermined warm-up duration; and after the predetermined warm-up duration, restarting and operating the ring oscillator without the clock signal by removing or disabling the clock signal , wherein the restarting and operating of the ring oscillator without the clock signal comprises the following: disabling the ring oscillator; stopping or removing the clock signal ; waiting for a first predetermined period of time; restarting the oscillator in free running mode without the clock signal ; waiting for a second predetermined amount of time; obtaining desired data from the ring oscillator for the security application. disabling the ring oscillator; stopping or removing the clock signal ; waiting for a first predetermined period of time; restarting the oscillator in free running mode without the clock signal ; waiting for a second predetermined amount of time; obtaining desired data from the ring oscillator for the security application.
A patch comprising: a support; and an adhesive layer disposed on at least one surface of the support, wherein the adhesive layer comprises: at least one selected from the group consisting of butorphanol and pharmaceutically acceptable salts thereof; an aliphatic alcohol having 12 to 20 carbon atoms; and a non-cross-linked polyvinylpyrrolidone that does not contain vinyl acetate as a constituent monomer. a support; and an adhesive layer disposed on at least one surface of the support, wherein the adhesive layer comprises: at least one selected from the group consisting of butorphanol and pharmaceutically acceptable salts thereof; an aliphatic alcohol having 12 to 20 carbon atoms; and a non-cross-linked polyvinylpyrrolidone that does not contain vinyl acetate as a constituent monomer. at least one selected from the group consisting of butorphanol and pharmaceutically acceptable salts thereof; an aliphatic alcohol having 12 to 20 carbon atoms; and a non-cross-linked polyvinylpyrrolidone that does not contain vinyl acetate as a constituent monomer.
A trailer brake system comprising a brake actuator connected to a pressure source via a pressure-controlled relay valve having a first control port which is connected to a command line via a pressure-controlled load sensing valve , wherein the load sensing valve comprises a second control port connected to a control line via an electrical proportional valve , and an electronic controller in communication with the proportional valve and configured to generate a load-dependent control signal from trailer load information for controlling the proportional valve.
A probiotic blend composition comprising B . coagulans, B subtilis, and B . clausii in combination with magnesium stearate, magnesium hydroxide, and simethicone.
A disposable device for culturing and harvesting plant tissue and/or cells comprising a non-rigid container having a volume of at least 400 liters and being configured with gas exchange ports and a harvesting port enabling said device to be used continuously for at least two consecutive culturing/harvesting cycles, wherein the gas exchange ports include a gas exhaust port in the upper one half of the container at a location substantially above the level of fluid and a plurality of gas inlet ports positioned on a surface of the container within the bottom one half of a height of the container configured to mix and aerate medium in the container, wherein the container is formed with an inverted conical lower portion and wherein said gas inlet ports are positioned on the conical lower portion, wherein the device has non-mechanical mixing of the medium in the container and no sparger to distribute gas when medium is present therein and wherein the device is designed and constructed for maintaining oxygen saturation and shear forces suitable for culturing said plant tissue and/or cells.