mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying a plurality of characteristics corresponding to a respective plurality of transmit/receive beam forming direction pairs of a wireless communication channel, wherein at least one characteristic of the plurality of characteristics comprises a transmit or receive beam width; and dynamically switching between wireless multiple access schemes to use for communication in the wireless communication channel based at least in part on the identified plurality of characteristics, the wireless multiple access schemes comprising orthogonal frequency division multiple access, OFDMA, and single-carrier frequency division multiple access, SC-FDMA, wherein each of the plurality of transmit/receive beam forming direction pairs comprises a transmit beam forming direction relative to an orientation of a transmitter in which a beam formed signal propagates from the transmitter and also a receive beam forming direction relative to an orientation of a receiver in which the beam formed signal is received. identifying a plurality of characteristics corresponding to a respective plurality of transmit/receive beam forming direction pairs of a wireless communication channel, wherein at least one characteristic of the plurality of characteristics comprises a transmit or receive beam width; and dynamically switching between wireless multiple access schemes to use for communication in the wireless communication channel based at least in part on the identified plurality of characteristics, the wireless multiple access schemes comprising orthogonal frequency division multiple access, OFDMA, and single-carrier frequency division multiple access, SC-FDMA, wherein each of the plurality of transmit/receive beam forming direction pairs comprises a transmit beam forming direction relative to an orientation of a transmitter in which a beam formed signal propagates from the transmitter and also a receive beam forming direction relative to an orientation of a receiver in which the beam formed signal is received.
A processor, characterized in comprising: an internal memory, storing an array of constants Kt required in a secure hash algorithm, where iterations in each loop of the secure hash algorithm are numbered by t, and t changes from 0 to a natural number (L-1) during each loop of the secure hash algorithm; and a set of execution units, including an execution unit group required in the secure hash algorithm, wherein: the execution unit group retrieves the constants Kt from the internal memory to update working variables used in the secure hash algorithm; the constants Kt are factory burned-in values in the internal memory to be retrieved by the execution unit group; the execution unit group receives a get-value W+K instruction; and a read address of at least one of the constants Kt is directly contained in the get-value W+K instruction for the execution unit group to retrieve at least one of the constants Kt from the internal memory. an internal memory, storing an array of constants Kt required in a secure hash algorithm, where iterations in each loop of the secure hash algorithm are numbered by t, and t changes from 0 to a natural number (L-1) during each loop of the secure hash algorithm; and a set of execution units, including an execution unit group required in the secure hash algorithm, wherein: the execution unit group retrieves the constants Kt from the internal memory to update working variables used in the secure hash algorithm; the constants Kt are factory burned-in values in the internal memory to be retrieved by the execution unit group; the execution unit group receives a get-value W+K instruction; and a read address of at least one of the constants Kt is directly contained in the get-value W+K instruction for the execution unit group to retrieve at least one of the constants Kt from the internal memory. the execution unit group retrieves the constants Kt from the internal memory to update working variables used in the secure hash algorithm; the constants Kt are factory burned-in values in the internal memory to be retrieved by the execution unit group; the execution unit group receives a get-value W+K instruction; and a read address of at least one of the constants Kt is directly contained in the get-value W+K instruction for the execution unit group to retrieve at least one of the constants Kt from the internal memory.
A process for the production of a composition wherein the process comprises the steps of: - pre-treating cellulosic fibers by mechanical, chemical and/or enzymatic treatment, - mixing the pre-treated cellulosic fibers with a pigment forming a dispersion, - dispersing the dispersion of pre-treated cellulosic fibers and pigments whereby a composition comprising microfibrillated cellulose is formed. - pre-treating cellulosic fibers by mechanical, chemical and/or enzymatic treatment, - mixing the pre-treated cellulosic fibers with a pigment forming a dispersion, - dispersing the dispersion of pre-treated cellulosic fibers and pigments whereby a composition comprising microfibrillated cellulose is formed.
A method for diagnosis of systemic lupus erythematosus in a subject wherein, presence or absence of an anti-CXC chemokine receptor (CXCR) antibody is detected in a sample from the subject diagnosed, and wherein the presence of an anti-CXCR antibody is indicative of SLE.
A washstand assembly comprising a washstand and a fastening device for a front-wall installation of the washstand, the fastening device comprising a mounting bracket which forms a support for the washstand, the mounting bracket being designed such that the washstand is able to be fastened to the mounting bracket so as to be displaceable to a service position in relation to a wall at a distance to a usage position, and the fastening device comprising a drain channel, characterized in that the mounting bracket is made of two angle brackets (11, 12) connected to each other via a traverse.
A method of selecting a cucumber plant having resistance to Downy Mildew which comprises selecting at least a first progeny cucumber plant resulting from the crossing of a cucumber plant of accession PI197088 that comprises resistance to Downy Mildew and a first marker that is predictive for the presence of a locus contributing to the Downy Mildew resistance with a second cucumber plant having at least one desired trait, wherein said first progeny cucumber plant comprises said first genetic marker, wherein selecting comprises identifying the presence of at least the first genetic marker in the first progeny, and wherein said first genetic marker is selected from markers CAPs_21826 defined by the primer pair of SEQ ID NOs: 14 and 15, CAPs_ENK60 defined by the primer pair of SEQ ID NOs: 1 and 2, CAPs_ENK59 defined by the primer pair of SEQ ID NOs: 3 and 4, CAPs_17170 defined by the primer pair of SEQ ID NOs: 5 and 6, CAPs_17179 defined by the primer pair of SEQ ID NOs: 7 or 9 and 8, CAPs_18229 defined by the primer pair of SEQ ID NOs: 12 and 13, CAPs_17563/66 defined by the primer pair of SEQ ID NOs: 10 and 11, and CAPs_ENK70 defined by the primer pair of SEQ ID NOs: 16 and 17.
A shock absorbing disruptor mount for a robotic arm, comprising: a base configured to mount on a portion of a robotic arm; a rack comprised of a linear guide structure and disposed on the base so that the linear guide structure extends along a length of the robotic arm in a first direction toward a robotic grasping device to define a linear path aligned with a linear guide structure centerline; a carriage which is configured to travel on said linear guide structure over at least a portion of the linear path and selectively movable between a retracted position where said carriage is a first distance from the grasping device and an extended position where said carriage is a second distance from the grasping device, which is less than the first distance; a shock absorber interposed between a shock absorber rack mounting point disposed on the rack and a shock absorber carriage mounting point disposed on the carriage; characterized in a plurality of wheels (614a, 614b, 614c, 614d) which are mounted to the carriage in wheel locations distributed along a length thereof extending in a direction aligned with the linear guide structure centerline; wherein each of the wheels has a wheel axis of rotation transverse to the direction of the linear guide structure centerline to facilitate rotation of the wheels on at least a portion of the linear guide structure responsive to said travel. a base configured to mount on a portion of a robotic arm; a rack comprised of a linear guide structure and disposed on the base so that the linear guide structure extends along a length of the robotic arm in a first direction toward a robotic grasping device to define a linear path aligned with a linear guide structure centerline; a carriage which is configured to travel on said linear guide structure over at least a portion of the linear path and selectively movable between a retracted position where said carriage is a first distance from the grasping device and an extended position where said carriage is a second distance from the grasping device, which is less than the first distance; a shock absorber interposed between a shock absorber rack mounting point disposed on the rack and a shock absorber carriage mounting point disposed on the carriage; characterized in a plurality of wheels (614a, 614b, 614c, 614d) which are mounted to the carriage in wheel locations distributed along a length thereof extending in a direction aligned with the linear guide structure centerline; wherein each of the wheels has a wheel axis of rotation transverse to the direction of the linear guide structure centerline to facilitate rotation of the wheels on at least a portion of the linear guide structure responsive to said travel.
A therapeutically effective amount of a CDK (cyclin dependent kinase) inhibitor selected from the compound of formula I or a pharmaceutically acceptable salt thereof; wherein Ar is phenyl, which is substituted by 2 different substituents selected from chlorine and trifluoromethyl; in combination with a therapeutically effective amount of at least one anticancer agent selected from a BRAF (serine-threonine protein kinase B-raf) inhibitor or a MEK (mitogen activated protein kinase) inhibitor, for use in the treatment of melanoma.
A device for transporting and controlling light beams, comprising: a light guide comprising a bundle of uncoupled single-mode optical fibers (F i), each single-mode optical fiber (F i) being intended to receive an elementary light beam (B 1i) at a proximal end and to emit a light beam (B 2i) at a distal end, said bundle of single-mode optical fibers comprising, in operation, a minimum radius of curvature corresponding to a maximum curvature of the bundle of fibers; an optical device for phase controlling, said device being arranged on the side of the proximal end of the light guide and comprising: at least a first spatial light modulator suitable for applying a phase shift to each of the elementary beams (B 1i); a control unit for controlling the first spatial light modulator, said control unit being configured to apply a phase shift to each of the elementary beams (B 1i) so as to form, at the distal end of the light guide, an illumination beam with a predetermined phase function, and wherein said bundle of single-mode optical fibers is twisted, and comprises a twist period determined to maintain said phase function at the distal end of the light guide when the bundle of single-mode optical fibers undergoes a curvature lower than said maximum curvature. a light guide comprising a bundle of uncoupled single-mode optical fibers (F i), each single-mode optical fiber (F i) being intended to receive an elementary light beam (B 1i) at a proximal end and to emit a light beam (B 2i) at a distal end, said bundle of single-mode optical fibers comprising, in operation, a minimum radius of curvature corresponding to a maximum curvature of the bundle of fibers; an optical device for phase controlling, said device being arranged on the side of the proximal end of the light guide and comprising: at least a first spatial light modulator suitable for applying a phase shift to each of the elementary beams (B 1i); a control unit for controlling the first spatial light modulator, said control unit being configured to apply a phase shift to each of the elementary beams (B 1i) so as to form, at the distal end of the light guide, an illumination beam with a predetermined phase function, at least a first spatial light modulator suitable for applying a phase shift to each of the elementary beams (B 1i); a control unit for controlling the first spatial light modulator, said control unit being configured to apply a phase shift to each of the elementary beams (B 1i) so as to form, at the distal end of the light guide, an illumination beam with a predetermined phase function, and wherein said bundle of single-mode optical fibers is twisted, and comprises a twist period determined to maintain said phase function at the distal end of the light guide when the bundle of single-mode optical fibers undergoes a curvature lower than said maximum curvature.
A lash adjuster comprising: a pressure-receiving effector that moves back and forth in an operating direction of a valve, due to a pressure force; a relay effector that can relatively move with respect to the pressure-receiving effector while the relay effector and the pressure-receiving effector are in an inserted relationship with each other, and that abuts against the valve and moves back and forth in the operating direction; an intermediate spring that abuts against the pressure-receiving effector and the relay effector and biases the pressure-receiving effector and the relay effector in separate directions; and a sleeve member into which the pressure-receiving effector and the relay effector are slidably inserted, and that is provided with an oil supply passage (51 D, 51 E) for supplying a working fluid to the pressure-receiving effector and the relay effector, wherein a pressure receiving-side damper space whose volume decreases as the pressure-receiving effector is pressed in due to the pressure force and the distance between the pressure-receiving effector and the relay effector is shortened, and an orifice portion that suppresses an outflow of the working fluid from the pressure receiving-side damper space are formed between the pressure-receiving effector and the relay effector, and a restoring-side damper space whose volume decreases as the relay effector is pressed back by the valve is formed so as to span between the relay effector and the sleeve member. a pressure-receiving effector that moves back and forth in an operating direction of a valve, due to a pressure force; a relay effector that can relatively move with respect to the pressure-receiving effector while the relay effector and the pressure-receiving effector are in an inserted relationship with each other, and that abuts against the valve and moves back and forth in the operating direction; an intermediate spring that abuts against the pressure-receiving effector and the relay effector and biases the pressure-receiving effector and the relay effector in separate directions; and a sleeve member into which the pressure-receiving effector and the relay effector are slidably inserted, and that is provided with an oil supply passage (51 D, 51 E) for supplying a working fluid to the pressure-receiving effector and the relay effector, wherein a pressure receiving-side damper space whose volume decreases as the pressure-receiving effector is pressed in due to the pressure force and the distance between the pressure-receiving effector and the relay effector is shortened, and an orifice portion that suppresses an outflow of the working fluid from the pressure receiving-side damper space are formed between the pressure-receiving effector and the relay effector, and a restoring-side damper space whose volume decreases as the relay effector is pressed back by the valve is formed so as to span between the relay effector and the sleeve member.
A method for manufacturing a tire, comprising the steps of: a) manufacturing a cured base tire having a tread region where a tread rubber is to be attached by a method comprising the steps of: enclosing an uncured base tire (B') within a curing mold; heating side regions of the base tire (B') by a first heating means (53, 54); heating a tread region with a thicker tire thickness than the side regions by a second heating means (57A, 57B); and performing a cure-molding such that the amount of heat given to the tread region by the second heating means (57A, 57B) is smaller than the amount of heat given to the side regions by the first heating means (53, 54); b) attaching a cured tread rubber via an uncured cushion rubber to the tread region of the cured base tire; and c) forming the base tire and the cured tread rubber integrally together by curing the uncured cushion rubber. a) manufacturing a cured base tire having a tread region where a tread rubber is to be attached by a method comprising the steps of: enclosing an uncured base tire (B') within a curing mold; heating side regions of the base tire (B') by a first heating means (53, 54); heating a tread region with a thicker tire thickness than the side regions by a second heating means (57A, 57B); and performing a cure-molding such that the amount of heat given to the tread region by the second heating means (57A, 57B) is smaller than the amount of heat given to the side regions by the first heating means (53, 54); enclosing an uncured base tire (B') within a curing mold; heating side regions of the base tire (B') by a first heating means (53, 54); heating a tread region with a thicker tire thickness than the side regions by a second heating means (57A, 57B); and performing a cure-molding such that the amount of heat given to the tread region by the second heating means (57A, 57B) is smaller than the amount of heat given to the side regions by the first heating means (53, 54); b) attaching a cured tread rubber via an uncured cushion rubber to the tread region of the cured base tire; and c) forming the base tire and the cured tread rubber integrally together by curing the uncured cushion rubber.
A method for encoding an input sequence of symbols, the method comprising: encoding the input sequence as a plurality of codewords, wherein the codewords include primary codewords and secondary codewords; predicting the number of consecutive primary codewords; and generating a bitstream including a plurality of consecutive codewords, wherein the plurality of consecutive codewords is preceded by an associated codeword type indicator, and wherein the codeword type indicator specifies whether the prediction is false such that the plurality of consecutive codewords includes a secondary codeword and, if so, further specifies the location of the secondary codeword or the codeword type indicator specifies whether the prediction is true; wherein the primary codewords are associated with leaves of a binary tree and the secondary codewords are associated with internal nodes of the binary tree. encoding the input sequence as a plurality of codewords, wherein the codewords include primary codewords and secondary codewords; predicting the number of consecutive primary codewords; and generating a bitstream including a plurality of consecutive codewords, wherein the plurality of consecutive codewords is preceded by an associated codeword type indicator, and wherein the codeword type indicator specifies whether the prediction is false such that the plurality of consecutive codewords includes a secondary codeword and, if so, further specifies the location of the secondary codeword or the codeword type indicator specifies whether the prediction is true; wherein the primary codewords are associated with leaves of a binary tree and the secondary codewords are associated with internal nodes of the binary tree.
A data center configured to connect to a mobile core network and a wireless Local Area Network LAN, via a first wide area network, the mobile core network connecting to a base station, the data center including: a server configured to operate a virtual mobile core network configured to connect to the first wide area network, the virtual mobile core network virtualizing at least a part of functions of the mobile core network, including functions of service provision and charging processing to a terminal that connects to the data center; and a control apparatus configured to control the virtual mobile core network, wherein the control apparatus controls a charging method or a communication quality for a service by the virtual mobile core network to the terminal in accordance with a network selected by the terminal, the terminal being enabled to select to connect to the wireless LAN or the mobile core network via the base station. a server configured to operate a virtual mobile core network configured to connect to the first wide area network, the virtual mobile core network virtualizing at least a part of functions of the mobile core network, including functions of service provision and charging processing to a terminal that connects to the data center; and a control apparatus configured to control the virtual mobile core network, wherein the control apparatus controls a charging method or a communication quality for a service by the virtual mobile core network to the terminal in accordance with a network selected by the terminal, the terminal being enabled to select to connect to the wireless LAN or the mobile core network via the base station.
Fluidic artificial muscle actuator (10, 20, 40), comprising: at least one inflatable bladder defining a first inflatable segment (11, 511) and a second inflatable segment (12, 512), the first inflatable segment (11, 511) coupled to a first member (14, 24) and to a second member (134, 234, 434) arranged at opposite ends of the first inflatable segment, the first member and the second member defining a first longitudinal direction, the second inflatable segment (12, 512) coupled to a third member (135, 235, 435) and to a fourth member (15, 25) arranged at opposite ends of the second inflatable segment, the third member and the fourth member defining a second longitudinal direction, and an effector (13, 23, 43, 53) operably coupled to the first inflatable segment and to the second inflatable segment for providing an actuator output, wherein the first inflatable segment (11, 511) is configured to contract in the first longitudinal direction with increase in fluid pressure in the first inflatable segment, characterised in that the second inflatable segment is configured to extend in the second longitudinal direction with increase in fluid pressure in the second inflatable segment. at least one inflatable bladder defining a first inflatable segment (11, 511) and a second inflatable segment (12, 512), the first inflatable segment (11, 511) coupled to a first member (14, 24) and to a second member (134, 234, 434) arranged at opposite ends of the first inflatable segment, the first member and the second member defining a first longitudinal direction, the second inflatable segment (12, 512) coupled to a third member (135, 235, 435) and to a fourth member (15, 25) arranged at opposite ends of the second inflatable segment, the third member and the fourth member defining a second longitudinal direction, and an effector (13, 23, 43, 53) operably coupled to the first inflatable segment and to the second inflatable segment for providing an actuator output, wherein the first inflatable segment (11, 511) is configured to contract in the first longitudinal direction with increase in fluid pressure in the first inflatable segment, characterised in that the second inflatable segment is configured to extend in the second longitudinal direction with increase in fluid pressure in the second inflatable segment.