mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting data in a wireless communication system, the method performed by a user equipment, UE, and comprising: receiving configuration information for a first resource pool and a second resource pool, wherein the first resource pool is a resource pool in which physical sidelink feedback channel, PSFCH, resources are configured, and the second resource pool is a resource pool in which PSFCH resources are not configured; selecting a resource pool among the first resource pool and the second resource pool, and transmitting the data through a physical sidelink shared channel, PSSCH, based on the resource pool, wherein based on hybrid automatic repeat request, HARQ, feedback being configured to the data, the resource pool is selected from among the first resource pool, and wherein based on HARQ feedback being not configured to the data, the resource pool is selected from among the first resource pool and the second resource pool. receiving configuration information for a first resource pool and a second resource pool, wherein the first resource pool is a resource pool in which physical sidelink feedback channel, PSFCH, resources are configured, and the second resource pool is a resource pool in which PSFCH resources are not configured; selecting a resource pool among the first resource pool and the second resource pool, and transmitting the data through a physical sidelink shared channel, PSSCH, based on the resource pool, wherein based on hybrid automatic repeat request, HARQ, feedback being configured to the data, the resource pool is selected from among the first resource pool, and wherein based on HARQ feedback being not configured to the data, the resource pool is selected from among the first resource pool and the second resource pool.
A foldable intraocular variable focus implant comprising: a non-conducting liquid, a conducting liquid, a liquid interface formed by the non-conducting and conducting liquids (4, 5), a first electrode in contact with the conducting liquid, a second electrode insulated from the conducting liquid, wherein the liquid interface is movable by electrowetting according to a change in a voltage applied between the first and second electrodes, and wherein the non-conducting liquid and the conducting liquid being trapped inside the foldable intraocular variable focus implant, characterized in that the non-conducting liquid has a melting temperature above 0° C and has a liquid state at an intraocular temperature. a non-conducting liquid, a conducting liquid, a liquid interface formed by the non-conducting and conducting liquids (4, 5), a first electrode in contact with the conducting liquid, a second electrode insulated from the conducting liquid, wherein the liquid interface is movable by electrowetting according to a change in a voltage applied between the first and second electrodes, and wherein the non-conducting liquid and the conducting liquid being trapped inside the foldable intraocular variable focus implant, characterized in that the non-conducting liquid has a melting temperature above 0° C and has a liquid state at an intraocular temperature.
A method for manufacturing a tower section, comprising the following steps: (a), connecting a plurality of cylinder section members in sequence in a longitudinal direction to form a tower section body; (c), cutting the tower section body to form at least two longitudinal slits along a longitudinal direction of the tower section body to divide the tower section body into at least two section parts; and (d), providing longitudinal flange pairs in the longitudinal slits, wherein each of the longitudinal flange pairs protrudes from both an inner surface and an outer surface of the tower section body along a radial direction of the tower section body; characterized in that each of the cylinder section members has a longitudinal butt slit, and in step (a), the butt slits of the plurality of cylinder section members are arranged at positions corresponding to at least one of the longitudinal slits. (a), connecting a plurality of cylinder section members in sequence in a longitudinal direction to form a tower section body; (c), cutting the tower section body to form at least two longitudinal slits along a longitudinal direction of the tower section body to divide the tower section body into at least two section parts; and (d), providing longitudinal flange pairs in the longitudinal slits, wherein each of the longitudinal flange pairs protrudes from both an inner surface and an outer surface of the tower section body along a radial direction of the tower section body; characterized in that each of the cylinder section members has a longitudinal butt slit, and in step (a), the butt slits of the plurality of cylinder section members are arranged at positions corresponding to at least one of the longitudinal slits.
An apparatus for making dough, particularly for preparing croissants, comprising: a belt for conveying dough shapes, said conveyor belt being movable along an advancement direction and being associated with at least one device for calibrating said dough shapes between a calibration opening thereof; at least one presser body, which is arranged upstream of said calibration device with respect to the advancement direction of said conveyor belt, said at least one presser body being movable with respect to said conveyor belt between an inactive condition, in which it is spaced from a dough shape that advances on said conveyor belt, and an active condition, in which it is kept pressed against the dough shape surface that is arranged upward during use of said dough shape that advances on said conveyor belt, characterized in that it further comprises means being provided for relative movement of said at least one presser body with respect to said dough shape, said means being adapted to allow the temporary transition of said at least one presser body into said active condition, when the dough shapes are inserted partially between said calibration opening of said calibration device and therefore engage with their front portion the calibration device, so as to press at said upper surface of said dough shape on a portion thereof located to the rear along the advancement direction, blocking its transverse movement until the calibration is completed. a belt for conveying dough shapes, said conveyor belt being movable along an advancement direction and being associated with at least one device for calibrating said dough shapes between a calibration opening thereof; at least one presser body, which is arranged upstream of said calibration device with respect to the advancement direction of said conveyor belt, said at least one presser body being movable with respect to said conveyor belt between an inactive condition, in which it is spaced from a dough shape that advances on said conveyor belt, and an active condition, in which it is kept pressed against the dough shape surface that is arranged upward during use of said dough shape that advances on said conveyor belt, characterized in that it further comprises means being provided for relative movement of said at least one presser body with respect to said dough shape, said means being adapted to allow the temporary transition of said at least one presser body into said active condition, when the dough shapes are inserted partially between said calibration opening of said calibration device and therefore engage with their front portion the calibration device, so as to press at said upper surface of said dough shape on a portion thereof located to the rear along the advancement direction, blocking its transverse movement until the calibration is completed.
A method for establishing a near-field communication, NFC, connection between an NFC-enabled initiator device and an NFC-enabled target device, the method comprising: transmitting a first carrier signal from the initiator device; modulating a polling command onto the first carrier signal; terminating transmission of the first carrier signal upon completion of the modulating if the polling command requests a passive communication mode; and continuing transmission of the first carrier signal for an extended time period after the modulating if the polling command requests an active communication mode, wherein the extended time period corresponds to an amount of time for the target device to stabilize a clock signal. transmitting a first carrier signal from the initiator device; modulating a polling command onto the first carrier signal; terminating transmission of the first carrier signal upon completion of the modulating if the polling command requests a passive communication mode; and continuing transmission of the first carrier signal for an extended time period after the modulating if the polling command requests an active communication mode, wherein the extended time period corresponds to an amount of time for the target device to stabilize a clock signal.
An amino acid based poly(ester urea) polymer functionalized to bond with a bioactive compound via a click reaction comprising: a phenylalanine-based diester monomer segment; and a tyrosine-based diester monomer segment, said tyrosine-based diester monomer segment having one or more pendent functional groups, wherein said one or more pendent functional groups is functionalized to bond with a bioactive compound via a click reaction. a phenylalanine-based diester monomer segment; and a tyrosine-based diester monomer segment, said tyrosine-based diester monomer segment having one or more pendent functional groups, wherein said one or more pendent functional groups is functionalized to bond with a bioactive compound via a click reaction.
An apparatus (100; 100'; 100") for opening a receptacle for transporting value objects, comprising - a suction device (10, 20, 70) comprising a suction head for suctioning the receptacle and - a severing device (30, 50) for severing the suctioned receptacle, in particular for severing the receptacle in a suctioned portion of the receptacle, characterized in that the severing device (30, 50) is integrated in the suction head of the suction device. - a suction device (10, 20, 70) comprising a suction head for suctioning the receptacle and - a severing device (30, 50) for severing the suctioned receptacle, in particular for severing the receptacle in a suctioned portion of the receptacle,
A method for applying controls on monitored gameplay, the method comprising: storing information in memory regarding a supervisory user account associated with one or more player accounts, the stored information including a setting preference; receiving data regarding historical gameplay of an interactive content title by an identified one of the player accounts during one or more historical gameplay sessions, the historical gameplay data received from a user device associated with the identified player account over a communication network; analyzing the historical gameplay data associated with the identified player account during the historical gameplay sessions to identify one or more stops or pauses within the historical gameplay sessions; predicting one or more timing points for a gameplay event within a duration of a current gameplay session, wherein predicting the timing points is based on a comparison of gameplay data associated with the gameplay event to the historical gameplay data; and applying the setting preference at a next predicted timing point in the current gameplay session, wherein applying the setting preference includes executing a control action associated with the setting preference. storing information in memory regarding a supervisory user account associated with one or more player accounts, the stored information including a setting preference; receiving data regarding historical gameplay of an interactive content title by an identified one of the player accounts during one or more historical gameplay sessions, the historical gameplay data received from a user device associated with the identified player account over a communication network; analyzing the historical gameplay data associated with the identified player account during the historical gameplay sessions to identify one or more stops or pauses within the historical gameplay sessions; predicting one or more timing points for a gameplay event within a duration of a current gameplay session, wherein predicting the timing points is based on a comparison of gameplay data associated with the gameplay event to the historical gameplay data; and applying the setting preference at a next predicted timing point in the current gameplay session, wherein applying the setting preference includes executing a control action associated with the setting preference.
Laser processing machine for processing workpieces by means of a laser beam, comprising: a workpiece support for workpieces to be processed, a moving unit which can be moved along two main axes (X, Y) relative to the workpiece support by means of a main drive, an optical processing unit which focuses the laser beam onto the workpiece to be processed, and a control for controlling the main drive and additional drive (7, 8), characterized in that the processing unit is mounted pivotably at its one end with respect to the workpiece support on the moving unit about two additional axes (A, B) which extend parallel to the plane of the two main axes (X, Y) and parallel to the main axes (X, Y) in each case, additional drives for deflecting the other end of the processing unit with respect to the workpiece support about the respective additional axis (A, B) are provided on the moving unit or on the processing unit, and the control is designed to divide a desired path of the laser beam along the two main axes (X, Y) on the workpiece into a movement of the moving unit along the two main axes (X, Y) and into a deflection of the moving unit about the two additional axes (A, B) and correspondingly control the main drive and additional drive (7, 8). a workpiece support for workpieces to be processed, a moving unit which can be moved along two main axes (X, Y) relative to the workpiece support by means of a main drive, an optical processing unit which focuses the laser beam onto the workpiece to be processed, and a control for controlling the main drive and additional drive (7, 8), characterized in that the processing unit is mounted pivotably at its one end with respect to the workpiece support on the moving unit about two additional axes (A, B) which extend parallel to the plane of the two main axes (X, Y) and parallel to the main axes (X, Y) in each case, additional drives for deflecting the other end of the processing unit with respect to the workpiece support about the respective additional axis (A, B) are provided on the moving unit or on the processing unit, and the control is designed to divide a desired path of the laser beam along the two main axes (X, Y) on the workpiece into a movement of the moving unit along the two main axes (X, Y) and into a deflection of the moving unit about the two additional axes (A, B) and correspondingly control the main drive and additional drive (7, 8).
A compound of formula wherein, X and Y, the same or different, are NH, N-alkyl, N-aryl or an oxygen atom; A is a linear or branched C 1-8 alkylene group; and salts thereof. X and Y, the same or different, are NH, N-alkyl, N-aryl or an oxygen atom; A is a linear or branched C 1-8 alkylene group; and salts thereof.
A recombinant FVIII variant having FVIII activity, wherein said variant comprises 2-10 substitutions of surface accessible positively charged amino acid residues in the FVIII C1 foot and/or the C2 foot, wherein said surface accessible charged amino acid residues are substituted with alanine or glutamine and wherein the substitutions result in decreased cellular uptake of said FVIII variant, and wherein said variant comprises a R2215 substitution combined with a K2092 substitution.
A neural network comprising a plurality of neurons, each neuron being represented by a unique addressable node in an array, the plurality of neurons being linked by associations, each neuron having an initiating pointer and an associated pointer, wherein the plurality of neurons comprises a plurality of elemental neurons, and a plurality of structural neurons for representing associations between any pair of neurons, the pair of neurons being selected from the group consisting of: both elemental neurons, both structural neurons, one structural and one elemental neuron, and one elemental neuron and one structural neuron; wherein a neuron is expressed according to the respective values of its initiating pointer and associated pointer, such that each structural neuron is able to be expressed in terms of at least two neurons from which it was derived.
Method for lining the inner surface of a hollow body with a molded body pressed from powdered material, in which method the powdered material which is provided with a binder comprises iron powder in addition to magnetic powder particles and is poured into and pressed in the pressing space of a die, wherein - a 2-phase pressing is carried out between a lower punch and an upper punch by pre-compressing the magnetic powder particles together with the binder in a first step, pre-compressing the iron powder together with the binder in a further step and pressing the molded body by carrying out a final compression of the pre-compressed parts in a subsequent step, - before or after the pressing carried out in this manner, the hollow body, when the molded body is located in the die, is positioned over the die with respect to an axial projection such that the inner surface of the hollow body surrounds the pressing space concentrically and circumferentially, wherein the inner contour of the hollow body and the outer contour of the pressing space are brought into alignment with one another, - the pressed molded body is then pushed smoothly and under sliding friction into the cavity by means of the lower punch and - the pressed molded body is non-positively fixed on the inner surface by expanding, for which purpose the expansion is influenced by the pressing density which is selected depending on the size of the powder particles, the proportion of epoxy resin, the proportion of binder, the proportion of lubricant or a combination of at least two of these components. - a 2-phase pressing is carried out between a lower punch and an upper punch by pre-compressing the magnetic powder particles together with the binder in a first step, pre-compressing the iron powder together with the binder in a further step and pressing the molded body by carrying out a final compression of the pre-compressed parts in a subsequent step, - before or after the pressing carried out in this manner, the hollow body, when the molded body is located in the die, is positioned over the die with respect to an axial projection such that the inner surface of the hollow body surrounds the pressing space concentrically and circumferentially, wherein the inner contour of the hollow body and the outer contour of the pressing space are brought into alignment with one another, - the pressed molded body is then pushed smoothly and under sliding friction into the cavity by means of the lower punch and - the pressed molded body is non-positively fixed on the inner surface by expanding, for which purpose the expansion is influenced by the pressing density which is selected depending on the size of the powder particles, the proportion of epoxy resin, the proportion of binder, the proportion of lubricant or a combination of at least two of these components.
A method of wireless communication performed by a base station, comprising: performing a listen before talk, LBT, procedure on a shared communication channel at a beginning of a discovery measurement timing configuration, DMTC, window; transmitting synchronization signals on the shared communication channel in response to success of the LBT procedure, wherein the synchronization signals are transmitted over a plurality of directional beams according to a predetermined sequence; signaling configuration of additional random access resources in response to the LBT procedure delaying beyond dedicated random access resources, the additional random access resources being outside of the DMTC window; and monitoring for random access signals from each direction corresponding to the plurality of directional beams within the additional random access resources, wherein the monitoring monitors the each direction according to the predetermined sequence. performing a listen before talk, LBT, procedure on a shared communication channel at a beginning of a discovery measurement timing configuration, DMTC, window; transmitting synchronization signals on the shared communication channel in response to success of the LBT procedure, wherein the synchronization signals are transmitted over a plurality of directional beams according to a predetermined sequence; signaling configuration of additional random access resources in response to the LBT procedure delaying beyond dedicated random access resources, the additional random access resources being outside of the DMTC window; and monitoring for random access signals from each direction corresponding to the plurality of directional beams within the additional random access resources, wherein the monitoring monitors the each direction according to the predetermined sequence.
A server cooling system which comprises: - a condenser, - an evaporator, - an expansion valve and - a compressor, wherein: an outlet of the evaporator is connected to an inlet of the compressor by means of a first tube or conduit; an outlet of the compressor is connected to an inlet of the condenser by means of a second conduit; an outlet of the condenser is connected to the inlet of an expansion valve by means of a third tube or conduit, while the outlet of the expansion valve is connected to the inlet of the evaporator by means of a fourth conduit; wherein - the expansion valve is an electronic expansion valve which regulates the amount of refrigerant so that in the outlet of the evaporator, the working fluid is in gas phase; - the evaporation temperature used in the evaporator is ≥ 14°C, therefore condensation of water is not produced in the evaporator, resulting in lower energy consumption; characterised in that connected to the evaporator are some ventilators with variable speed depending on the heat to be dissipated and on the air flow expelled from server ventilators. - a condenser, - an evaporator, - an expansion valve and - a compressor, wherein: an outlet of the evaporator is connected to an inlet of the compressor by means of a first tube or conduit; an outlet of the compressor is connected to an inlet of the condenser by means of a second conduit; an outlet of the condenser is connected to the inlet of an expansion valve by means of a third tube or conduit, while the outlet of the expansion valve is connected to the inlet of the evaporator by means of a fourth conduit; wherein - the expansion valve is an electronic expansion valve which regulates the amount of refrigerant so that in the outlet of the evaporator, the working fluid is in gas phase; - the evaporation temperature used in the evaporator is ≥ 14°C, therefore condensation of water is not produced in the evaporator, resulting in lower energy consumption; characterised in that connected to the evaporator are some ventilators with variable speed depending on the heat to be dissipated and on the air flow expelled from server ventilators.