mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device having a normal operation mode and a test mode, the device comprising: a memory cell array having a plurality of memory cells, wherein the semiconductor device is adapted to apply between counter electrodes of the memory cells a voltage that is higher in the test mode than in the normal operation mode; a decision circuit (31; 311) for determining whether the test mode has been entered; and a control circuit (32; 320), connected to the decision circuit, for changing information related to a data input operation and/or data output operation and received from an input pin, upon entering the test mode, characterised in that changing information includes changing the access time for first data read or written after a read command or a write command respectively has been supplied, wherein the changing the access time is such that it is recognisable to a user that an operation which differs from the expected operation is performed. a memory cell array having a plurality of memory cells, wherein the semiconductor device is adapted to apply between counter electrodes of the memory cells a voltage that is higher in the test mode than in the normal operation mode; a decision circuit (31; 311) for determining whether the test mode has been entered; and a control circuit (32; 320), connected to the decision circuit, for changing information related to a data input operation and/or data output operation and received from an input pin, upon entering the test mode, characterised in that changing information includes changing the access time for first data read or written after a read command or a write command respectively has been supplied, wherein the changing the access time is such that it is recognisable to a user that an operation which differs from the expected operation is performed.
A power driven wheelchair capable of setting or modifying a programmable parameter, including: a user interface device (32,120,140,150,160,180) adapted to operate the wheelchair in a drive mode in response to activation of one or more input devices (128,130) and adapted to operate in a programming mode; and a first storage device (70, 82, 107, 608, 650) in operative communication with the user interface device with at least a portion designated for storage of a programmable operating parameter associated with operation of the power driven wheelchair; characterized in that the user interface device (32,120,140,150,160,180) is adapted for the user in the programming mode, in response to activation of said one or more input devices (128,130), to select the programmable operating parameter, select a value for the programmable operating parameter, and save the selected value for the programmable operating parameter in the portion of the first storage device, such that when the user interface device (32,120,140,150,160,180) exits the programming mode, the programmable operating parameter is set to the selected value for operation of the wheelchair, and in that the user interface device (32,120,140,150,160,180) is further adapted to selectively switch between a programming mode and a drive mode with a mode select switch (124, 176). a user interface device (32,120,140,150,160,180) adapted to operate the wheelchair in a drive mode in response to activation of one or more input devices (128,130) and adapted to operate in a programming mode; and a first storage device (70, 82, 107, 608, 650) in operative communication with the user interface device with at least a portion designated for storage of a programmable operating parameter associated with operation of the power driven wheelchair; characterized in that the user interface device (32,120,140,150,160,180) is adapted for the user in the programming mode, in response to activation of said one or more input devices (128,130), to select the programmable operating parameter, select a value for the programmable operating parameter, and save the selected value for the programmable operating parameter in the portion of the first storage device, such that when the user interface device (32,120,140,150,160,180) exits the programming mode, the programmable operating parameter is set to the selected value for operation of the wheelchair, and in that the user interface device (32,120,140,150,160,180) is further adapted to selectively switch between a programming mode and a drive mode with a mode select switch (124, 176).
A deep neural network processor, comprising: a plurality of neuron processing elements implemented as ASICs configured to provide SIMD compute lanes, wherein each of the neuron processing elements are synchronized with each of the other neuron processing elements based on flow of kernel data within the DNN processor, the neuron processing elements comprising: an even number of hardware binary multipliers, each of the hardware binary multipliers configured to multiply a first signed 8-bit operand, that is, a 9-bit number, with a second signed 8-bit operand, that is, a 9-bit number, to generate a 18-bit binary output, and a single hardware binary adder tree for summing binary outputs of the hardware binary multipliers as follows: process the 18-bit binary outputs to generate 19-bit values; process the 19-bit values to generate 20-bit values; process the 20-bit values to generate a 21-bit value; and output the 21-bit value. an even number of hardware binary multipliers, each of the hardware binary multipliers configured to multiply a first signed 8-bit operand, that is, a 9-bit number, with a second signed 8-bit operand, that is, a 9-bit number, to generate a 18-bit binary output, and a single hardware binary adder tree for summing binary outputs of the hardware binary multipliers as follows: process the 18-bit binary outputs to generate 19-bit values; process the 19-bit values to generate 20-bit values; process the 20-bit values to generate a 21-bit value; and output the 21-bit value. process the 18-bit binary outputs to generate 19-bit values; process the 19-bit values to generate 20-bit values; process the 20-bit values to generate a 21-bit value; and output the 21-bit value.
A resin composition comprising a modified ethylene-vinyl alcohol copolymer and an unmodified ethylene-vinyl alcohol copolymer, wherein the modified ethylene-vinyl alcohol copolymer is represented by a following formula, contents (mol%) of a, b, and c based on the total monomer units satisfy following formulae to, and a degree of saponification defined by a following formula is not less than 90 mol%, and the unmodified ethylene-vinyl alcohol copolymer has an ethylene unit content of from 20 to 60 mol% and has a degree of saponification of not less than 80 mol%, In the formula, each of R 1, R 2, R 3, and R 4 independently denotes a hydrogen atom or an alkyl group having a carbon number of from 1 to 10, and the alkyl group may include a hydroxyl group, an alkoxy group, or a halogen atom. Each of X, Y, and Z independently denotes a hydrogen atom, a formyl group, or an alkanoyl group having a carbon number of from 2 to 10. 18 ≤ a ≤ 55 0.01 ≤ c ≤ 20 100 − a + c × 0.9 ≤ b ≤ 100 − a + c DS = Total Number of Moles of X, Y, and Z which are Hydrogen Atoms / Total Number of Moles of X, Y, and Z × 100
Apparatus for producing at least one 3-dimensional component for the building industry from a plurality of layers of particulate material which are arranged in mutually superposed relationship on a printing platform and which are solidified in locally predetermined regions and are connected together to form the at least one 3-dimensional component, including at least one printing frame on which at least one coating device for layer-wise application of the particulate material on the printing platform and at least one printing head for the delivery of at least one binding agent at the locally predetermined regions are displaceably mounted, and a frame on which the printing frame is mounted displaceably at least in the vertical direction in the position of use of the apparatus, wherein there is provided a coupling device (10, 11) with which a delimiting device for laterally delimiting the particulate material can be releasably coupled to the at least one printing frame so that the delimiting device is moveable with the printing frame upon a displacement at least in the vertical direction.
A communication method, comprising: contending for access to a communication medium for a series of subframes associated with a Time Division Duplexing, TDD frame structure; transmitting on the communication medium during a first portion of the series of subframes; refraining from transmitting on the communication medium during a second portion of the series of subframes; configuring a timing advance of the second portion of the series of subframes to create a re-contention gap between the second portion of the series of subframes and a third portion of the series of subframes; re-contending, during the re-contention gap, for access to the communication medium for the third portion of the series of subframes; and transmitting on the communication medium during the third portion of the series of subframes. contending for access to a communication medium for a series of subframes associated with a Time Division Duplexing, TDD frame structure; transmitting on the communication medium during a first portion of the series of subframes; refraining from transmitting on the communication medium during a second portion of the series of subframes; configuring a timing advance of the second portion of the series of subframes to create a re-contention gap between the second portion of the series of subframes and a third portion of the series of subframes; re-contending, during the re-contention gap, for access to the communication medium for the third portion of the series of subframes; and transmitting on the communication medium during the third portion of the series of subframes.
A tendon actuating assembly for a surgical instrument, wherein the instrument includes a shaft-like member having a distal working end for insertion into a patient's body through an aperture, the working end including at least one distal moveable member arranged to be actuated by at least one of a plurality of movable tendons, the actuating assembly comprising: an actuator plate configured to be movable to at least pivot in two degrees of freedom, the actuator plate including a plurality of tendon engagement portions (258, 260, 360, 362) distributed around a center, each engagement portion (258, 260, 360, 362) being drivingly couplable to at least one of the plurality of tendons; and a drive mechanism drivingly coupled to the actuator plate so as to controllably pivot the actuator plate in the two degrees of freedom, so as to move at least one of the tendons relative to the shaft-like member so as to actuate the distal moveable member; and a gimbal assembly selectively pivotable by the drive mechanism about each of a first pivot axis and a second pivot axis; characterized in that different ones of the plurality of engagement portions (258, 260, 360, 362) are spaced at different distances from the center, so that selectable pivoting of the actuator plate about the at least one of the first and second pivot axes moves different ones of the respective coupled tendons by different amounts relative to the shaft-like member. an actuator plate configured to be movable to at least pivot in two degrees of freedom, the actuator plate including a plurality of tendon engagement portions (258, 260, 360, 362) distributed around a center, each engagement portion (258, 260, 360, 362) being drivingly couplable to at least one of the plurality of tendons; and a drive mechanism drivingly coupled to the actuator plate so as to controllably pivot the actuator plate in the two degrees of freedom, so as to move at least one of the tendons relative to the shaft-like member so as to actuate the distal moveable member; and a gimbal assembly selectively pivotable by the drive mechanism about each of a first pivot axis and a second pivot axis; characterized in that different ones of the plurality of engagement portions (258, 260, 360, 362) are spaced at different distances from the center, so that selectable pivoting of the actuator plate about the at least one of the first and second pivot axes moves different ones of the respective coupled tendons by different amounts relative to the shaft-like member.
A vitreous body cutter comprising: a pipe comprising an opening at one terminal end thereof, a cutter, which slides along an inner surface of the pipe, a power output section, which is connected to the pipe and slides the cutter, and an outer case, through which the pipe passes, and which comprises the power output section inside; further comprising a joint on the outer case configured to connect the outer case and a cannula which is attached to an eyeball; wherein said connection by the joint and a cannula allows integrated movement of the cannula and the pipe when the outer case is moved while they are connected, and wherein the pipe, the cutter, and the power output section are configured to be shifted along the axis of the pipe relative to the outer case, wherein the protrusion length of the pipe from the outer case can be changed by shifting the pipe, the cutter, and the power output section. a pipe comprising an opening at one terminal end thereof, a cutter, which slides along an inner surface of the pipe, a power output section, which is connected to the pipe and slides the cutter, and an outer case, through which the pipe passes, and which comprises the power output section inside; further comprising a joint on the outer case configured to connect the outer case and a cannula which is attached to an eyeball; wherein said connection by the joint and a cannula allows integrated movement of the cannula and the pipe when the outer case is moved while they are connected, and wherein the pipe, the cutter, and the power output section are configured to be shifted along the axis of the pipe relative to the outer case, wherein the protrusion length of the pipe from the outer case can be changed by shifting the pipe, the cutter, and the power output section.
A missile launch assembly comprising; - a support base orientable between a transport angular position and a launch angular position; - at least a launch frame fixed to the support base to be integral in rotation therewith, the launch frame comprising at least one pair of struts (21, 22); - a first launch container containing one respective first missile; - coupling elements (S1, S2) through which the first launch container is removably fixed to the launch frame between the pair of struts (21,22), wherein the coupling elements (S1, S2, 101, 102) comprise a first guide system adapted and configured to allow guided sliding of the first launch container between said struts (21, 22) along a first stroke delimited between a first initial insertion position and a first final fixing position. - a support base orientable between a transport angular position and a launch angular position; - at least a launch frame fixed to the support base to be integral in rotation therewith, the launch frame comprising at least one pair of struts (21, 22); - a first launch container containing one respective first missile; - coupling elements (S1, S2) through which the first launch container is removably fixed to the launch frame between the pair of struts (21,22), wherein the coupling elements (S1, S2, 101, 102) comprise a first guide system adapted and configured to allow guided sliding of the first launch container between said struts (21, 22) along a first stroke delimited between a first initial insertion position and a first final fixing position.
Connecting arrangement comprising an electrical or electronic device and a plug connection unit, wherein the device has first electrical connections which are oriented parallel in relation to one another within a connection region of the device by means of a first positioning device, and wherein second electrical connections which interact with the first electrical connections are oriented in relation to the first electrical connections by means of a second positioning device (32; 38) in a plug housing of the plug connection unit, characterized in that both a sealed-off connection and a connection which permits a certain degree of leakiness can be formed within the connecting arrangement using one and the same device and one and the same plug housing between the first electrical connections and the second electrical connections by way of the connecting arrangement comprising a sealing element for forming a sealed-off connection, which sealing element surrounds the second electrical connections on that side which faces the first electrical connections between the two positioning devices (13, 32), and by way of the connecting arrangement, for forming the connection which allows a certain degree of leakiness, comprising a second positioning device which is modified in relation to the second positioning device instead of the sealing element and the second positioning device or a bridging element instead of the sealing element, wherein the overall height of the modified second positioning device or of the second positioning device and of the bridging element in the direction of longitudinal extent of the second electrical connections corresponds at least substantially to the sum of the height (h 1) of the second positioning device and the height (h 2) of the sealing element, and wherein the plug housing of the plug connection unit is designed to accommodate the sealing element, the modified second positioning device or the bridging element.
A method to reduce the expression of a target nucleic acid in a plant cell or plant comprising the step of introducing a combination of at least two inhibitory RNA molecules each capable of reducing the expression of a first target nucleic acid in said plant cell or plant, wherein one of said inhibitory RNA molecules is predominantly cleaved via DCL1 and the other of said inhibitory RNA molecules is predominantly cleaved via DCL4 or DCL3 or DCL2, and wherein one of said inhibitory RNA molecules is a miRNA molecule, a pre-microRNA molecule or a pri-miRNA molecule capable of reducing the expression of the first target nucleic acid, and wherein said other inhibitory RNA molecule is a hairpin double stranded RNA molecule comprising a complementary or essentially complementary first and second region, said first RNA region comprising at least 19 consecutive nucleotides corresponding to a nucleotide sequence of the first target nucleic acid and said second RNA region comprising at least 19 consecutive nucleotides corresponding to a nucleotide sequence complementary to the nucleotide sequence of the first target nucleic acid, wherein said first and second RNA regions hybridize to each other with at least 18 or 19 basepairs.
An automatic actuator-controlled hinged towing device comprising a towing arm, a needle bearing, a mount of the rotary shaft, locking cap, a towing device beam, a towing device beam flange, balls, at least one end switch (23, 24), a cam, an expansion spindle, main spring and backup spring, an actuator, a cam pins and outer ring with - a rotary shaft, to which at one end the towing arm is pressed on, wherein the needle bearing is mounted in the middle section of the rotary shaft, wherein behind the needle bearing, there is the mount for the rotary shaft, wherein the mount is connected to the outer ring of the needle bearing and on the other side it is connected to the locking cap, wherein the outer ring and the locking cap are firmly connected to the towing device beam flange, wherein in the bottom section of the rotary shaft behind the mount, there are holes perpendicular to the rotary shaft rotation axis, wherein the rotary shaft forms a guide for the balls, wherein at least one of the balls is in the respective geometrical arrangement of the locking cap opposite to the at least one end switch (23, 24), wherein on the other end, there is an extension, which is connected to the cam, characterized characterized in that the towing arm is secured by the pins and in that in the longitudinal axis of the rotary shaft, the rotary shaft comprising a hole receiving the expansion spindle, the main spring and the backup spring, wherein the expansion spindle is actuated in one direction by the springs (77, 78) and in the other direction by the axial cam connected to the actuator stored in the cam. - a rotary shaft, to which at one end the towing arm is pressed on, wherein the needle bearing is mounted in the middle section of the rotary shaft, wherein behind the needle bearing, there is the mount for the rotary shaft, wherein the mount is connected to the outer ring of the needle bearing and on the other side it is connected to the locking cap, wherein the outer ring and the locking cap are firmly connected to the towing device beam flange, wherein in the bottom section of the rotary shaft behind the mount, there are holes perpendicular to the rotary shaft rotation axis, wherein the rotary shaft forms a guide for the balls, wherein at least one of the balls is in the respective geometrical arrangement of the locking cap opposite to the at least one end switch (23, 24), wherein on the other end, there is an extension, which is connected to the cam,
A headgear, the headgear comprising: a backstrap, a first ear loop extending from one end of the backstrap, the first ear loop following a path defining a first ear opening, a second ear loop extending from another end of the backstrap, the second ear loop following a path defining a second ear opening, a first pair of connection zones (75, 81) on the first ear loop, each connection zone spaced an equal distance from the backstrap and spaced from each other, a second pair of connection zones (75, 81) on the second ear loop, each connection zone spaced an equal distance apart from the backstrap and spaced from each other, a connection zone of the first pair and a connection zone of the second pair are on a first side of the backstrap, and a connection zone of the first pair and a connection zone of the second pair are on a second side of the backstrap, wherein the headgear is symmetrical along a first plane and a second plane so as to be rotationally functionally symmetric, and wherein the connection zones are on both faces of the headgear, such that the headgear is functionally reversible. a backstrap, a first ear loop extending from one end of the backstrap, the first ear loop following a path defining a first ear opening, a second ear loop extending from another end of the backstrap, the second ear loop following a path defining a second ear opening, a first pair of connection zones (75, 81) on the first ear loop, each connection zone spaced an equal distance from the backstrap and spaced from each other, a second pair of connection zones (75, 81) on the second ear loop, each connection zone spaced an equal distance apart from the backstrap and spaced from each other, a connection zone of the first pair and a connection zone of the second pair are on a first side of the backstrap, and a connection zone of the first pair and a connection zone of the second pair are on a second side of the backstrap, wherein the headgear is symmetrical along a first plane and a second plane so as to be rotationally functionally symmetric, and wherein the connection zones are on both faces of the headgear, such that the headgear is functionally reversible.