mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a quantizer to be used for quantizing a source vector z for transmission over a noisy channel, the quantizer being configured to perform quantization within a space partitioned into N regions, each region being represented by a quantization codeword z i, the method comprising: determining an average symbol error probability for the noisy channel; selecting an initial set of quantization codewords and an initial partition of the space into N regions; calculating an updated set of the quantization codewords z 1 to z N, based on the partition of the space and on the average symbol error probability; calculating an updated partition of the space into the N regions using the updated set of quantization codewords; iteratively repeating the calculation of the updated set of the quantization codewords and the updated partition of the space until a threshold is met; and configuring the quantizer to perform quantization, after the threshold is met, using the updated partition of the space and the updated set of quantization codewords; wherein calculating an updated set of the quantization codewords comprises finding, for each region i, an updated codeword zi in accordance with: z i t + 1 = ∫ z ∈ A i t ⁢ z f z d z p z ∈ A i t + p err N - 1 - N ⋅ p err, i = 1, ⋯, N wherein t is an index of the iteration, p err is the average symbol error probability, f ( z) is the probability density function of the source vector, A i t is region i, and p z ∈ A i t is the probability that the source vector lies within the region i. determining an average symbol error probability for the noisy channel; selecting an initial set of quantization codewords and an initial partition of the space into N regions; calculating an updated set of the quantization codewords z 1 to z N, based on the partition of the space and on the average symbol error probability; calculating an updated partition of the space into the N regions using the updated set of quantization codewords; iteratively repeating the calculation of the updated set of the quantization codewords and the updated partition of the space until a threshold is met; and configuring the quantizer to perform quantization, after the threshold is met, using the updated partition of the space and the updated set of quantization codewords; wherein calculating an updated set of the quantization codewords comprises finding, for each region i, an updated codeword zi in accordance with: z i t + 1 = ∫ z ∈ A i t ⁢ z f z d z p z ∈ A i t + p err N - 1 - N ⋅ p err, i = 1, ⋯, N wherein t is an index of the iteration, p err is the average symbol error probability, f ( z) is the probability density function of the source vector, A i t is region i, and p z ∈ A i t is the probability that the source vector lies within the region i.
An adapter for connecting a front panel to a side frame of a part of a piece of furniture, in particular of a pull-out box such as a drawer or a drawer compartment, comprising: - means (21, 24) for fastening the adapter to a rear side of a front panel to be connected such that the adapter projects in a first direction from the rear side of the front panel to be connected; characterised by - a nut or screw floatingly supported in a mount of the adapter with respect to the first direction, with the floatingly supported nut or screw having a slant which is inclined with respect to the first direction and with the adapter having a run-on slant such that the floatingly supported nut or screw is urged into a direction opposite to the first direction when its slant runs onto the run-on slant of the adapter; and - a passage in the adapter through which a shaft of a screw which can be screwed into a screw hole of the floatingly supported nut can be led or through which a shaft of the floatingly supported screw is led, with the passage being dimensioned such that it allows a movement of the shaft transversely to the shaft orientation and in parallel with and optionally transversely to the first direction. - means (21, 24) for fastening the adapter to a rear side of a front panel to be connected such that the adapter projects in a first direction from the rear side of the front panel to be connected; characterised by - a nut or screw floatingly supported in a mount of the adapter with respect to the first direction, with the floatingly supported nut or screw having a slant which is inclined with respect to the first direction and with the adapter having a run-on slant such that the floatingly supported nut or screw is urged into a direction opposite to the first direction when its slant runs onto the run-on slant of the adapter; and - a passage in the adapter through which a shaft of a screw which can be screwed into a screw hole of the floatingly supported nut can be led or through which a shaft of the floatingly supported screw is led, with the passage being dimensioned such that it allows a movement of the shaft transversely to the shaft orientation and in parallel with and optionally transversely to the first direction.
Heat exchanger for low temperatures, which heat exchanger comprises: - a body manufactured from planar profile sheet,forming the exchanger's bottom, ends (3, 4), side walls (5, 6) and a cover, - a tube pack fitted inside the body for circulating a first heat-exchange medium in the heat exchanger, connections (20, 22) to lead the heat-transfer medium to the tube pack and from the tube pack, - an opening arranged in at least one long side of the body, which is dimensioned to be large enough that the tube pack forming at least one circuit of the heat exchanger can be fitted inside the body through the opening, - a cover arranged to close the opening, and - a further connection for leading the heat-transfer medium inside the body, wherein - at least the body is manufactured from plastic material, and - the heat exchanger comprises a further connection for leading the heat-transfer medium from the body, characterized in that the the body is assembled from rectangular cavity-profile sheet consisting of cavities separated by partitions and two opposing surfaces., - a body manufactured from planar profile sheet,forming the exchanger's bottom, ends (3, 4), side walls (5, 6) and a cover, - a tube pack fitted inside the body for circulating a first heat-exchange medium in the heat exchanger, connections (20, 22) to lead the heat-transfer medium to the tube pack and from the tube pack, - an opening arranged in at least one long side of the body, which is dimensioned to be large enough that the tube pack forming at least one circuit of the heat exchanger can be fitted inside the body through the opening, - a cover arranged to close the opening, and - a further connection for leading the heat-transfer medium inside the body, wherein - at least the body is manufactured from plastic material, and - the heat exchanger comprises a further connection for leading the heat-transfer medium from the body, - a tube pack fitted inside the body for circulating a first heat-exchange medium in the heat exchanger, connections (20, 22) to lead the heat-transfer medium to the tube pack and from the tube pack, - an opening arranged in at least one long side of the body, which is dimensioned to be large enough that the tube pack forming at least one circuit of the heat exchanger can be fitted inside the body through the opening, - a cover arranged to close the opening, and - a further connection for leading the heat-transfer medium inside the body, - at least the body is manufactured from plastic material, and - the heat exchanger comprises a further connection for leading the heat-transfer medium from the body,
Charging station (100, 200, 300, 400, 500) for charging electric vehicles comprising: - at least one charging point (102, 202, 302, 402, 502) configured to deliver electrical power, - wherein a first charging point identifier is allocated to a first charging point (102, 202, 302, 402, 502), - wherein the charging station (100, 200, 300, 400, 500) comprises at least a first near field transmitter module (104, 204, 304, 310, 404, 504) configured to transmit an identification signal which comprises at least the first charging point identifier, characterised in that - the charging station (100, 200, 300, 400, 500) comprises at least one second near field transmitter module configured to transmit an activation signal comprising at least one activation instruction, - wherein the activation signal is configured to activate a charging application installed on a mobile user device upon receipt by the mobile user device. - at least one charging point (102, 202, 302, 402, 502) configured to deliver electrical power, - wherein a first charging point identifier is allocated to a first charging point (102, 202, 302, 402, 502), - wherein the charging station (100, 200, 300, 400, 500) comprises at least a first near field transmitter module (104, 204, 304, 310, 404, 504) configured to transmit an identification signal which comprises at least the first charging point identifier, characterised in that - the charging station (100, 200, 300, 400, 500) comprises at least one second near field transmitter module configured to transmit an activation signal comprising at least one activation instruction, - wherein the activation signal is configured to activate a charging application installed on a mobile user device upon receipt by the mobile user device.
An apparatus for detecting smoke and having facial gesturing recognition capabilities, comprising: a logic device; a smoke sensor coupled to the logic device; an image sensor coupled to the logic device; a communications interface (228, 230) coupled to the logic device; an audible alarm generator (234, 238) coupled to the logic device; and a power supply coupled to and powering the logic device, communications interface (228, 230) and the audible alarm generator (234, 238); wherein when the smoke sensor detects smoke the logic device generates at least one smoke alarm tone through the audible alarm generator (234, 238), and a smoke alarm signal through the communications interface (228, 238); and wherein recognition of a predefined facial gesture initiates smoke alarm testing. a logic device; a smoke sensor coupled to the logic device; an image sensor coupled to the logic device; a communications interface (228, 230) coupled to the logic device; an audible alarm generator (234, 238) coupled to the logic device; and a power supply coupled to and powering the logic device, communications interface (228, 230) and the audible alarm generator (234, 238); wherein when the smoke sensor detects smoke the logic device generates at least one smoke alarm tone through the audible alarm generator (234, 238), and a smoke alarm signal through the communications interface (228, 238); and wherein recognition of a predefined facial gesture initiates smoke alarm testing.
Catalytically active material, comprising grains of non-graphitizing carbon with cobalt nanoparticles dispersed therein, wherein d p, the average diameter of cobalt nanoparticles in the non-graphitizing carbon grains, is in the range of 1 nm to 20 nm, D, the average distance between cobalt nanoparticles in the non-graphitizing carbon grains, is in the range of 2 nm to 150 nm, and ω, the combined total mass fraction of metal in the non-graphitizing carbon grains, is in the range of 30 wt% to 70 wt% of the total mass of the non-graphitizing carbon grains, wherein d p and D are measured by TGZ-TEM as described herein, and wherein d p, D and ω conform to the following relation: 4.5 d p / ω > D ≥ 0.25 d p / ω. d p, the average diameter of cobalt nanoparticles in the non-graphitizing carbon grains, is in the range of 1 nm to 20 nm, D, the average distance between cobalt nanoparticles in the non-graphitizing carbon grains, is in the range of 2 nm to 150 nm, and ω, the combined total mass fraction of metal in the non-graphitizing carbon grains, is in the range of 30 wt% to 70 wt% of the total mass of the non-graphitizing carbon grains, wherein d p and D are measured by TGZ-TEM as described herein, and wherein d p, D and ω conform to the following relation: 4.5 d p / ω > D ≥ 0.25 d p / ω.
A communication device (20, 100, 102) for handling data transmission and reception for a device to device, D2D, communication between a first user equipment, UE, (110, 114) and a second UE (112, 116) in a wireless communication system, the communication device (20, 100, 102) comprising: a processing means; and a storage unit, coupled to the processing means, for storing a program code, wherein the program code instructs the processing means to execute the following steps: configuring the first UE (110, 114) to use a first parameter as one transmission parameter of the first UE, and configuring the first UE (110, 114) to use a second parameter as one reception parameter of the first UE; and configuring the second UE (112, 116) to use the second parameter as one transmission parameter of the second UE, and configuring the second UE (112, 116) to use the first parameter as one reception parameter of the second UE; wherein the communication device (20, 100, 102) is adapted to configure the first UE (110, 114) to encode signals according to the first parameter and to decode signals received from the second UE (112, 116) according to the second parameter, and wherein the communication device (20, 100, 102) is adapted to configure the second UE (112, 116) to encode signals according to the second parameter and to decode signals received from the first UE (110, 114) according to the first parameter. a processing means; and a storage unit, coupled to the processing means, for storing a program code, wherein the program code instructs the processing means to execute the following steps: configuring the first UE (110, 114) to use a first parameter as one transmission parameter of the first UE, and configuring the first UE (110, 114) to use a second parameter as one reception parameter of the first UE; and configuring the second UE (112, 116) to use the second parameter as one transmission parameter of the second UE, and configuring the second UE (112, 116) to use the first parameter as one reception parameter of the second UE; configuring the first UE (110, 114) to use a first parameter as one transmission parameter of the first UE, and configuring the first UE (110, 114) to use a second parameter as one reception parameter of the first UE; and configuring the second UE (112, 116) to use the second parameter as one transmission parameter of the second UE, and configuring the second UE (112, 116) to use the first parameter as one reception parameter of the second UE; wherein the communication device (20, 100, 102) is adapted to configure the first UE (110, 114) to encode signals according to the first parameter and to decode signals received from the second UE (112, 116) according to the second parameter, and wherein the communication device (20, 100, 102) is adapted to configure the second UE (112, 116) to encode signals according to the second parameter and to decode signals received from the first UE (110, 114) according to the first parameter.
A golf ball comprising a spherical core and at least one cover covering the spherical core, wherein the spherical core is formed from a rubber composition containing (a) a base rubber, (b) an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or a metal salt thereof as a co-crosslinking agent, (c) a crosslinking initiator, and (d) an unsaturated fatty acid and/or a metal salt thereof excluding an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or a metal salt thereof, and provided that the rubber composition further contains (f) a metal compound if the rubber composition contains only the α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms as (b) the co-crosslinking agent; wherein (d) the unsaturated fatty acid and/or the metal salt thereof is an unsaturated fatty acid having a carbon-carbon double bond at a terminal of the hydrocarbon chain and/or a metal salt thereof, and/or an unsaturated fatty acid having at least one cis-isomerized carbon-carbon double bond and/or a metal salt thereof, (d) the unsaturated fatty acid and/or the metal salt thereof has a carbon-carbon double bond in an amount per unit mass ranging from 1.00 mmol/g to 10.00 mmol/g, the ratio ((d)/(b)) of a total of carbon-carbon double bonds in (d) the unsaturated fatty acid and/or the metal salt thereof to the total of carbon-carbon double bonds in (b) the α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or the metal salt thereof ranges from 0.01 to 0.20 and the rubber composition has a neutralization degree ranging from 100 mole % to 200 mole %.
Coupling member for joining together two containers (33, 34) stacked above each other, in particular on-board ships, with a first coupling projection for hooking into and pre-locking in a corner fitting of a container, and a second coupling projection for coupling with a comer fitting of the other container, an actuating organ by means of which the second coupling projection can be switched between an automatic position for locking and unlocking the container (33, 34) fully automatically during loading and unloading, and a second position for unlocking the container (33, 34) manually by an operator during unloading, and a locking means at which the actuating organ can be locked on, and a first spring which pre-tensions the second coupling projection in the automatic position or the second position so that the second coupling projection can be switched by the actuating organ into the respective other position against the pre-tensioning force of the first spring, characterized in that the second position of the second coupling projection is a semiautomatic position for locking the containers (33, 34) fully automatically during loading, and in that the actuating organ can be locked on the locking means in the automatic position or semiautomatic position which is mounted so as to move and is pre-tensioned by a second spring in the direction toward the semiautomatic position of the second coupling projection, so that the second coupling projection can be locked in the respective other position by locking the actuating organ at the locking means and can be moved against the pre-tensioning force of the second spring in the direction toward the automatic position or semiautomatic position.
A cooking appliance comprising: a casing (100, 200) having a cavity therein, a door provided at the casing (100, 200), and configured to open and close the cavity; at least two heat source modules (400, 500, 600) arranged in the casing (100, 200); and a cooling fan module (810, 850) arranged in a first electric chamber; characterised in that the front surface of the casing (100, 200) has an air inlet part and an air outlet part at different heights; and in that the cooling fan module (810, 850) is provided behind the air inlet part, and configured to transfer suctioned air into a second electric chamber provided behind the air outlet part. a casing (100, 200) having a cavity therein, a door provided at the casing (100, 200), and configured to open and close the cavity; at least two heat source modules (400, 500, 600) arranged in the casing (100, 200); and a cooling fan module (810, 850) arranged in a first electric chamber; the front surface of the casing (100, 200) has an air inlet part and an air outlet part at different heights; and in that the cooling fan module (810, 850) is provided behind the air inlet part, and configured to transfer suctioned air into a second electric chamber provided behind the air outlet part.
A method of transmitting a probe signal for locating neighbors to add to a network, the method comprising: transmitting a signal during a transmit cycle, the signal having a predetermined total power, the signal having a traffic channel transmitting user data to be communicated to other nodes in the network and a probe channel to locate new nodes to add to the network, the traffic channel using a first portion of the total power and the probe channel using a second portion of the total power; performing a probe cycle by lowering the power in the first portion of the total power from a first traffic power level to a second traffic power level and raising the power in the second portion of the total power from a first probe power level to a second probe power level, but maintaining the total power at the same level as the total power during the transmit cycle; and after the probe cycle, raising the power in the first portion of the total power and lowering the power in the second portion of the total power. transmitting a signal during a transmit cycle, the signal having a predetermined total power, the signal having a traffic channel transmitting user data to be communicated to other nodes in the network and a probe channel to locate new nodes to add to the network, the traffic channel using a first portion of the total power and the probe channel using a second portion of the total power; performing a probe cycle by lowering the power in the first portion of the total power from a first traffic power level to a second traffic power level and raising the power in the second portion of the total power from a first probe power level to a second probe power level, but maintaining the total power at the same level as the total power during the transmit cycle; and after the probe cycle, raising the power in the first portion of the total power and lowering the power in the second portion of the total power.
Positioning device for an ophthalmological laser therapy system comprising an optical opening allowing light from a laser source to exit the ophthalmological laser therapy system, for positioning a patient's eye vis-à-vis the optical opening, the positioning device comprising - a first recording unit (11, 100, 210) designed to provide first recording data of the eye from a first recording direction, - a second recording unit (9, 100, 220) designed to provide second recording data of the eye from a second recording direction, the second recording direction differing from the first recording direction, - a third recording unit designed to provide third recording data from a third recording direction, the third recording direction differing from the first and second recording directions, - a displacement unit designed to displace the relative position of the eye vis-à-vis the optical opening on the basis of control commands, and - a control unit designed to generate control commands on the basis of the first, second and third recording data and provide these control commands to the displacement unit. - a first recording unit (11, 100, 210) designed to provide first recording data of the eye from a first recording direction, - a second recording unit (9, 100, 220) designed to provide second recording data of the eye from a second recording direction, the second recording direction differing from the first recording direction, - a third recording unit designed to provide third recording data from a third recording direction, the third recording direction differing from the first and second recording directions, - a displacement unit designed to displace the relative position of the eye vis-à-vis the optical opening on the basis of control commands, and - a control unit designed to generate control commands on the basis of the first, second and third recording data and provide these control commands to the displacement unit.