mhurhangee/ep-ind-claims huggingface dataset:
A method for generating responses for a dialogue between a user and a computer, the method comprising: storing a dialogue history and a knowledge base in a memory (120, 230), wherein the dialogue history comprises information for a sequence of user utterances and computer responses exchanged during the dialogue, wherein the knowledge base comprises information that can be used in a dialogue computer response; receiving, at the computer, a new utterance from the user; generating a sketch response for the new utterance, the sketch response being a template response comprising at least one sketch tag to be replaced by knowledge base information from the memory (120, 230); generating at least one local memory pointer; and generating the dialogue computer response using the local memory (120, 230) pointer to select a word from the filtered knowledge base information to replace the at least one sketch tag in the sketch response, wherein a global memory pointer is generated based on the new utterance, the generating the global memory pointer comprises encoding the new utterance to generate one or more hidden states, and the global memory pointer comprises a vector having a plurality of elements, each element being associated with an independent probability, and the knowledge base information in the memory is filtered using the global memory pointer. storing a dialogue history and a knowledge base in a memory (120, 230), wherein the dialogue history comprises information for a sequence of user utterances and computer responses exchanged during the dialogue, wherein the knowledge base comprises information that can be used in a dialogue computer response; receiving, at the computer, a new utterance from the user; generating a sketch response for the new utterance, the sketch response being a template response comprising at least one sketch tag to be replaced by knowledge base information from the memory (120, 230); generating at least one local memory pointer; and generating the dialogue computer response using the local memory (120, 230) pointer to select a word from the filtered knowledge base information to replace the at least one sketch tag in the sketch response, wherein a global memory pointer is generated based on the new utterance, the generating the global memory pointer comprises encoding the new utterance to generate one or more hidden states, and the global memory pointer comprises a vector having a plurality of elements, each element being associated with an independent probability, and the knowledge base information in the memory is filtered using the global memory pointer.
An ensemble comprising a part to be protected, and a protection device for protecting a portion of said part to be protected, the device comprising a separable body that can be separated into at least two sub-elements (4, 5), each sub-element (4, 5) having a cavity (6, 7) for receiving at least partially the portion to be protected of the part, the device having holding means (4.11, 4.12, 4.21, 4.22, 5.11, 5.12, 5.21, 5.22) for holding the sub-elements (4, 5) in position relative to one another, and at least one of the sub-elements (4, 5) having a fraction of its cavity (6, 7) that is provided with surfaces (30, 31) that opposes relative sliding between the protection device and the portion to be protected of the part, characterized in that the surfaces (30, 31) opposing relative sliding of the device and the portion to be protected of the part comprise a material presenting a dry tack factor with steel that is greater than 0.6, and the protection device and the part being shaped in such a manner that when the protection device is put into place around the portion of the part, the part presents a fraction of its surface that is protected in waterproof manner by the protection device, this waterproofing being achieved by ensuring close contact between these surfaces that oppose sliding and the protected surface and via a gasket placed all around the surfaces opposing sliding.
A trainable transceiver for transmitting signals to a remote device, the trainable transceiver comprising: a programmable oscillator for generating a signal having a selected reference frequency; an RF transceiver configured to receive an RF signal during a training mode in order to learn characteristics of the received RF signal, and to transmit an RF signal to the remote device in an operating mode where the transmitted RF signal includes the learned characteristics of the received RF signal, wherein the RF transceiver receives the reference frequency from the programmable oscillator and uses the reference frequency to learn the characteristics of the received RF signal and for generating the transmitted RF signal; and a controller coupled to the RF transceiver and the programmable oscillator, wherein during the operating mode, the controller is configured to select frequency control data representing a frequency for an RF signal to be transmitted by the RF transceiver and to select the selected reference frequency of the signal generated by the programmable oscillator as a function of the frequency control data, wherein the programmable oscillator is a Micro-Electrical-Mechanical Systems programmable oscillator for generating different reference frequencies. a programmable oscillator for generating a signal having a selected reference frequency; an RF transceiver configured to receive an RF signal during a training mode in order to learn characteristics of the received RF signal, and to transmit an RF signal to the remote device in an operating mode where the transmitted RF signal includes the learned characteristics of the received RF signal, wherein the RF transceiver receives the reference frequency from the programmable oscillator and uses the reference frequency to learn the characteristics of the received RF signal and for generating the transmitted RF signal; and a controller coupled to the RF transceiver and the programmable oscillator, wherein during the operating mode, the controller is configured to select frequency control data representing a frequency for an RF signal to be transmitted by the RF transceiver and to select the selected reference frequency of the signal generated by the programmable oscillator as a function of the frequency control data, wherein the programmable oscillator is a Micro-Electrical-Mechanical Systems programmable oscillator for generating different reference frequencies.
A transit comprising cables, a cable bundle or a bus bar, further comprising a sleeve having a through opening for receiving the cables or the bus bar, which sleeve is to be received in a through opening of a partition, wherein a hose is placed going through the opening of the sleeve and the ends of the hose are wrapped back and placed on the outside of the sleeve, characterized in that the hose is made of glass fibre tissue, and in that one or more intumescent strips are placed between the inside of the sleeve and the tissue hose and in that a fire sealing paint is placed around and between the cables or around the bus bar.
A wind power installation rotor blade, wherein the rotor blade is of a fibre composite structure, comprising a bearing structure (16, 14) extending along a length of the rotor blade comprising fibre strands of predetermined length being impregnated with epoxy resin and further integrated prefabricated, flexurally stiff components, wherein the flexurally stiff components comprise fibre bundles and epoxy resin, wherein the flexurally stiff components are already hardened, characterized in that the prefabricated components are arranged in displaced row-wise relationship with each other.
A device for optimizing a radiation therapy plan for delivering therapeutic radiation to a patient using a therapeutic radiation source while modulated by a multi-leaf collimator, MLC,, the device including: • at least one electronic processor connected to a radiation therapy device; and • a non-transitory computer readable medium storing instructions readable and executable by the at least one electronic processor to perform a radiation therapy plan optimization method including: optimizing MLC settings respective to an objective function wherein the MLC settings define MLC leaf tip positions for a plurality of rows of MLC leaf pairs at a plurality of control points, CPs, wherein the optimizing is performed in two or more iterations with a resolution of the MLC settings increasing in successive iterations; characterised in that the optimizing includes reducing a travel range of the leaf tip positions and increasing a resolution of the leaf tip positions within the reduced travel range in the successive iterations. • at least one electronic processor connected to a radiation therapy device; and • a non-transitory computer readable medium storing instructions readable and executable by the at least one electronic processor to perform a radiation therapy plan optimization method including: optimizing MLC settings respective to an objective function wherein the MLC settings define MLC leaf tip positions for a plurality of rows of MLC leaf pairs at a plurality of control points, CPs, wherein the optimizing is performed in two or more iterations with a resolution of the MLC settings increasing in successive iterations;
A stator assembly for a wind turbine, comprising: a segmented stator having stator portions (116; 200), wherein each stator portion (116; 200) comprises: end plates (126a,b; 210,212) arranged axially on opposing sides of the stator portion (116; 200); support plates (126; 236) arranged interior to the end plates (126a,b; 210,212); stator laminations (118; 234) arranged between the support plates (126; 236); and stabilizing elements (148, 218) coupling the end plates (126a,b; 210,212) and the support plates (126; 236) together, wherein each of the stabilizing elements comprises a dovetail portion comprising a dovetail bar coupled to a dovetail engaging with stator laminations; and connectors (138, 236) to connect the stator portions (116; 200) of the segmented stator together, the stator assembly being characterized by comprising a number of stator slots per rotor pole per phase less than 1, forming a fractional slot winding. a segmented stator having stator portions (116; 200), wherein each stator portion (116; 200) comprises: end plates (126a,b; 210,212) arranged axially on opposing sides of the stator portion (116; 200); support plates (126; 236) arranged interior to the end plates (126a,b; 210,212); stator laminations (118; 234) arranged between the support plates (126; 236); and stabilizing elements (148, 218) coupling the end plates (126a,b; 210,212) and the support plates (126; 236) together, wherein each of the stabilizing elements comprises a dovetail portion comprising a dovetail bar coupled to a dovetail engaging with stator laminations; and connectors (138, 236) to connect the stator portions (116; 200) of the segmented stator together, the stator assembly being characterized by comprising a number of stator slots per rotor pole per phase less than 1, forming a fractional slot winding.
A display panel comprising: a light emitting device; the light emitting device includes an anode, a cathode and a light emitting layer located between the anode and the cathode; a first quantum dot converter including red light quantum dot particles, a second quantum dot converter including green light quantum dot particles and a third quantum dot converter, and converting light of a first color emitted from the light emitting device into light of different colors, respectively, and emitting the light of the different colors, respectively; a transmission part that transmits light of the first color emitted from the light emitting device; and a transparent substrate disposed on one side of the three quantum dot converters and the transmission part, characterized in that the third quantum dot converter includes yellow light quantum dot particles and is a yellow color quantum dot converter for converting blue light generated from the light-emitting layer into yellow light, and the third quantum dot converter emits a white light to the transparent substrate, among the different colors; and wherein the yellow light quantum dot particles in the third quantum dot converter are arranged at a lower density than the red light quantum dot particles of the first quantum dot converter or the green light quantum dot particles of the second quantum dot converter. a light emitting device; the light emitting device includes an anode, a cathode and a light emitting layer located between the anode and the cathode; a first quantum dot converter including red light quantum dot particles, a second quantum dot converter including green light quantum dot particles and a third quantum dot converter, and converting light of a first color emitted from the light emitting device into light of different colors, respectively, and emitting the light of the different colors, respectively; a transmission part that transmits light of the first color emitted from the light emitting device; and a transparent substrate disposed on one side of the three quantum dot converters and the transmission part, characterized in that the third quantum dot converter includes yellow light quantum dot particles and is a yellow color quantum dot converter for converting blue light generated from the light-emitting layer into yellow light, and the third quantum dot converter emits a white light to the transparent substrate, among the different colors; and wherein the yellow light quantum dot particles in the third quantum dot converter are arranged at a lower density than the red light quantum dot particles of the first quantum dot converter or the green light quantum dot particles of the second quantum dot converter.
A method of communicating in a wireless communication network, comprising: determining, at a femtocell node, a predefined signal transmitted by a macrocell node (304a - 304g); the method being characterized by the steps of adjusting, in response to the determining of the predefined signal, a bandwidth of a signal transmitted by the femtocell node; wherein the adjusting comprises limiting transmission from the femtocell node to a subset of a plurality of subcarriers comprised within a first carrier bandwidth, and wherein the subset of the plurality of subcarriers does not comprise one or more subcarriers proximate a first edge of the first carrier bandwidth adjacent a second carrier bandwidth associated with the macrocell node (304a - 304g). determining, at a femtocell node, a predefined signal transmitted by a macrocell node (304a - 304g); the method being characterized by the steps of adjusting, in response to the determining of the predefined signal, a bandwidth of a signal transmitted by the femtocell node; wherein the adjusting comprises limiting transmission from the femtocell node to a subset of a plurality of subcarriers comprised within a first carrier bandwidth, and wherein the subset of the plurality of subcarriers does not comprise one or more subcarriers proximate a first edge of the first carrier bandwidth adjacent a second carrier bandwidth associated with the macrocell node (304a - 304g).
A system for delivering carbon monoxide therapy, comprising: a source of gas comprising carbon monoxide, a gas metering device operably connected to the CO source, a gas mixing device preparing a constant CO dose with air, a mixed CO-air delivery unit delivering a constant CO concentration, and a computer system programmed to calculate diffusivity of a patient's lungs for CO (DL CO) with a baseline carboxyhemoglobin (CO-Hb) level and a second CO-Hb level measured after a first delivered CO dose; the computer system further programmed to calculate, based on said DL CO, a second dose for reaching a target CO-Hb level at a specified duration; the system controlling adjustment to said second CO dose. a source of gas comprising carbon monoxide, a gas metering device operably connected to the CO source, a gas mixing device preparing a constant CO dose with air, a mixed CO-air delivery unit delivering a constant CO concentration, and a computer system programmed to calculate diffusivity of a patient's lungs for CO (DL CO) with a baseline carboxyhemoglobin (CO-Hb) level and a second CO-Hb level measured after a first delivered CO dose; the computer system further programmed to calculate, based on said DL CO, a second dose for reaching a target CO-Hb level at a specified duration; the system controlling adjustment to said second CO dose.
Harvesting machine, in particular a forage wagon or baling press, comprising a pick-up unit, preferably a pick-up roller, comprising a conveying channel downstream of the pick-up unit in the conveying direction of the harvested crop and comprising a conveying rotor which has a large number of conveying elements, for example conveying tines, which project into the conveying channel and have a conveying tip at their outer end, and a large number of conveying spaces located, in each case, between two conveying elements which are adjacent in the conveying direction, and comprising a plurality of cutting blades which optionally project into the conveying channel and interact with the conveying elements of the conveying rotor in order to comminute the harvested crop, the conveying rotor having conveying spaces of different sizes in the longitudinal direction at least in part, characterised in that the sizes of the conveying spaces are smaller in edge regions of the conveying rotor than in central regions.
A composite storage tank (100; 200; 300; 400) for gaseous hydrogen, the tank comprising a composite wall (102; 202; 302; 402) enclosing a gas storage volume (116; 216; 316; 416), characterised in having a metallic fibre (112; 212A; 312A; 412A) which is susceptible to embrittlement by hydrogen incorporated within the composite wall, wherein ends of the metallic fibre extend through the exterior surface of the composite wall.
A room temperature bonding machine, comprising: an evacuation apparatus (25;50) configured to evacuate gas from a chamber; a gas supply apparatus (25;41) configured to supply introduction gas into said chamber; a pressure gauge configured to measure a pressure in said chamber; a cleaner apparatus configured to clean first and second substrates in said chamber when said pressure is at a predetermined degree of vacuum; a pressure controller configured to control both of said evacuation apparatus (24;50) and said gas supply apparatus (25;41) so that said pressure is regulated to a target pressure; and a pressing mechanism configured to press and bond said first and second substrates when said pressure is set to said target pressure characterized in that said pressure controller is configured to control said gas supply apparatus (25;41) to stop supply of said introduction gas in a state in which gas is not evacuated from said chamber by using said evacuation apparatus (14;50), at a timing when said pressure is set to said target pressure, in a case when said target pressure is higher than an allowed maximum pressure of said evacuation apparatus (14;50). an evacuation apparatus (25;50) configured to evacuate gas from a chamber; a gas supply apparatus (25;41) configured to supply introduction gas into said chamber; a pressure gauge configured to measure a pressure in said chamber; a cleaner apparatus configured to clean first and second substrates in said chamber when said pressure is at a predetermined degree of vacuum; a pressure controller configured to control both of said evacuation apparatus (24;50) and said gas supply apparatus (25;41) so that said pressure is regulated to a target pressure; and a pressing mechanism configured to press and bond said first and second substrates when said pressure is set to said target pressure characterized in that said pressure controller is configured to control said gas supply apparatus (25;41) to stop supply of said introduction gas in a state in which gas is not evacuated from said chamber by using said evacuation apparatus (14;50), at a timing when said pressure is set to said target pressure, in a case when said target pressure is higher than an allowed maximum pressure of said evacuation apparatus (14;50).
A device for testing parameters relating to at least one bearing, characterised in that it comprises at least: (a) a rotor, (b) a drive shaft connected to the rotor, (c) at least one bearing to be tested, (d) a housing, (e) an external bearing, the bearing to be tested being fixed around the drive shaft and fitted into the housing, the external bearing being arranged around the housing so that the housing is free to rotate around the bearing to be tested, and (f) a tilt measurement apparatus comprising an electronic tilt sensor attached to the housing and arranged to measure and record an angular position of the electronic tilt sensor at regular intervals. (a) a rotor, (b) a drive shaft connected to the rotor, (c) at least one bearing to be tested, (d) a housing, (e) an external bearing, the bearing to be tested being fixed around the drive shaft and fitted into the housing, the external bearing being arranged around the housing so that the housing is free to rotate around the bearing to be tested, and (f) a tilt measurement apparatus comprising an electronic tilt sensor attached to the housing and arranged to measure and record an angular position of the electronic tilt sensor at regular intervals.
A pigment comprising titanium oxide, tin oxide, zinc oxide and tungsten oxide, wherein the molar ratios of the oxides correspond to a composition of formula (TiO 2) a (SnO x) b (ZnO) c (WO 3) d, wherein SnO x comprises SnO and SnO 2 in a molar ratio of SnO: SnO 2 of from 0.7: 0.3 to 1: 0; 0.8 ≤ a ≤ 3.0; 0.3 ≤ b ≤ 2.0; 0.3 ≤ c ≤ 1.3; and 0.01 ≤ d ≤ 0.8. SnO x comprises SnO and SnO 2 in a molar ratio of SnO: SnO 2 of from 0.7: 0.3 to 1: 0; 0.8 ≤ a ≤ 3.0; 0.3 ≤ b ≤ 2.0; 0.3 ≤ c ≤ 1.3; and 0.01 ≤ d ≤ 0.8.
A remote control arrangement having a protective/ control receptacle and a mobile radio device for use as remote control, wherein the protective/control receptacle has a closed circumferential cover, at which a corner protection is provided for holding corners of the mobile radio device, and control means on the receptacle for the control of control means on the device of the mobile radio device, wherein the control means on the receptacle can be subject to impact by an outer face, and in the corner protection all corners of the mobile radio device can be held and control means on the receptacle are haptically perceivable on the outer face of the cover, said control means on the receptacle being used to the control of virtual control means on the device, which comprises at least one virtual control panel generated on a touchscreen of the mobile radio device characterized in that the mobile radio device has a sensor system for detecting an impact intensity of the control means and an electronic system on the device, which generates a predetermined, haptically perceivable feedback as a function of the detected impact intensity. wherein the protective/control receptacle has a closed circumferential cover, at which a corner protection is provided for holding corners of the mobile radio device, and control means on the receptacle for the control of control means on the device of the mobile radio device, wherein the control means on the receptacle can be subject to impact by an outer face, and in the corner protection all corners of the mobile radio device can be held and control means on the receptacle are haptically perceivable on the outer face of the cover, said control means on the receptacle being used to the control of virtual control means on the device, which comprises at least one virtual control panel generated on a touchscreen of the mobile radio device characterized in that the mobile radio device has a sensor system for detecting an impact intensity of the control means and an electronic system on the device, which generates a predetermined, haptically perceivable feedback as a function of the detected impact intensity.