mhurhangee/ep-ind-claims huggingface dataset:
An electrode, coated with a layer of a-C, wherein the layer of a-C comprises at least 10 each of first and second sub-layers, being (i) first sub-layers having high conductivity with a sp2 content of 60-95%, alternating with (ii) second sub-layers having high corrosion resistance with a sp2 content of 50-90%, wherein the sp2 content of the first sub-layers is at least 3% greater than the sp2 content of the second sub-layers. (i) first sub-layers having high conductivity with a sp2 content of 60-95%, alternating with (ii) second sub-layers having high corrosion resistance with a sp2 content of 50-90%, wherein the sp2 content of the first sub-layers is at least 3% greater than the sp2 content of the second sub-layers.
An interlayer film for laminated glass, being in a sea-island state having a sea-like dark part and a plurality of island-like bright parts to be identified as described in the description; and wherein a thermoplastic resin is contained in the dark part region and a thermoplastic resin is contained in the bright part region, the arithmetic average value of major diameters of the bright parts as measured according to the method in the description is less than or equal to 400 nm or the median value of major diameters of the bright parts as measured according to the method in the description is less than or equal to 400 nm, the ratio of the area of the bright part region to the total of the area of the dark part region and the area of the bright part region as measured according to the method in the description is less than or equal to 7.8%, wherein the thermoplastic resin contained in the dark part region is a polyvinyl acetal resin and the thermoplastic resin contained in the bright part region is a polyvinyl acetal resin, and wherein the content ratio of the hydroxyl group of the polyvinyl acetal resin contained in the dark part region is higher than the content ratio of the hydroxyl group of the polyvinyl acetal resin contained in the bright part region, wherein the interlayer film includes a polyvinyl acetal resin with a content ratio of the hydroxyl group less than 25% by mole and a polyvinyl acetal resin with a content ratio of the hydroxyl group greater than or equal to 25% by mole, wherein the polyvinyl acetal resin contained in the dark part region is the polyvinyl acetal resin with a content ratio of the hydroxyl group greater than or equal to 25% by mole, and wherein the content of the polyvinyl acetal resin with the content ratio of the hydroxyl group less than 25% by mole included in the interlayer film is less than or equal to 5.5% by weight in 100% by weight of the polyvinyl acetal resin included in the interlayer film.
A voiceprint recognition method, comprising: extracting a first spectral feature from speaker audio; inputting the speaker audio to a memory deep neural network, DNN, and extracting a bottleneck feature from a bottleneck layer of the memory DNN, the memory DNN including at least one temporal recurrent layer and the bottleneck layer, an output of the at least one temporal recurrent layer being connected to the bottleneck layer, and the number of dimensions of the bottleneck layer being less than the number of dimensions of any other hidden layer in the memory DNN; forming an acoustic feature of the speaker audio based on the first spectral feature and the bottleneck feature; extracting an identity authentication vector corresponding to the speaker audio based on the acoustic feature; and performing speaker recognition by using a classification model and based on the identity authentication vector, wherein the at least one temporal recurrent layer comprises a hidden layer based on a long-short term memory, LSTM, model, or a hidden layer based on an LSTMP model, the LSTMP model being an LSTM model with a recurrent projection layer. extracting a first spectral feature from speaker audio; inputting the speaker audio to a memory deep neural network, DNN, and extracting a bottleneck feature from a bottleneck layer of the memory DNN, the memory DNN including at least one temporal recurrent layer and the bottleneck layer, an output of the at least one temporal recurrent layer being connected to the bottleneck layer, and the number of dimensions of the bottleneck layer being less than the number of dimensions of any other hidden layer in the memory DNN; forming an acoustic feature of the speaker audio based on the first spectral feature and the bottleneck feature; extracting an identity authentication vector corresponding to the speaker audio based on the acoustic feature; and performing speaker recognition by using a classification model and based on the identity authentication vector, wherein the at least one temporal recurrent layer comprises a hidden layer based on a long-short term memory, LSTM, model, or a hidden layer based on an LSTMP model, the LSTMP model being an LSTM model with a recurrent projection layer.
A tank housing a vertical farm, wherein in the tank there is a closed space with an outer cylindrical configuration wherein the base or lower portion is flat and rests on the ground, wherein the closure or upper portion has rounded shapes, and wherein there is one entrance door, wherein inside the tank there are a plurality of structures installed at different heights to place trays of crops; said structures housing electric conduits that power LED lamps and housing the hydraulic conduits that supply said trays; wherein a hollow space is created in the central shaft of the tank which is used for the installation of a liftable platform to access the different trays located in the structures; and wherein it is comprised a sealed and closed compartment intended for the electric and electronic control systems for controlling the optimal parameters of the crop, and from which also originates the general electric supply duct; characterized in that the tank has flat inner walls; wherein by means of supports, that are height adjustable on the inner flat walls, said structures are supported and fastened at different adjustable heights said structures being ring-shaped projection platforms forming the central hollow space, and wherein said structures comprise a front lid; and wherein in the lower portion of the tank there is a vestibule before the access to the platform which is accessed through the door and that next to this vestibule there are hydraulic tanks for the supply of water and nutrient products, from which originates the general hydraulic supply duct of the tank, and the sealed and closed compartment is in said lower portion of the tank.
An arrangement for gripping at least one teat cup, wherein the arrangement comprises a storing device adapted to hold the teat cup in a parked position and a gripping device adapted to grip the parked teat cup in the storing device and a contact surface of the gripping device which is adapted to be moved to a position in which it is in contact with a contact surface of the teat cup during a gripping operation of the teat cup, wherein the arrangement comprises adjusting means comprising a movably arranged positioning element of the storing device wherein said adjusting means is able to adjust the position of the contact surface of the parked teat cup in relation to the contact surface of the gripping device, when they are in contact with each other from an initial contact position to a grip position in which the gripping device is able to grip the teat cup in the storing device, characterized in that said adjusting means comprises a movable suspension device (16-18, 19-22) arranged between the positioning element adapted to hold the teat cup in a parked position and a stationary element of the storing device.
A composition comprising an effective amount of an apelin peptide that is at least partially encapsulated in a liposome comprising an amount of at least one poloxamer, 1,2-distearoyl-sn-glycero-3-phosphocholine (DSPC), 1,2-Dipalmitoyl-sn-glycero-3-phosphocholine (DPPC), and a polyethylene glycol, wherein the amount of the at least one poloxamer is between about 1 wt% and about 20 wt%, wherein the amount of DSPC is between about 5 wt% and about 30 wt%, wherein the amount of DPPC is between about 5 wt% and about 30 wt%, and wherein the amount of the PEG is between about 10 wt% and about 20 wt%. wherein the amount of the at least one poloxamer is between about 1 wt% and about 20 wt%, wherein the amount of DSPC is between about 5 wt% and about 30 wt%, wherein the amount of DPPC is between about 5 wt% and about 30 wt%, and wherein the amount of the PEG is between about 10 wt% and about 20 wt%.
A floor cleaning device comprising: - a brush which is rotatable around an axis of rotation, and - a cover having a cover surface which faces the axis of rotation and characterized in that the cover surface is provided with a plurality of ridges, said ridges forming liquid channels between them for transporting liquid to outfalls provided at lower ends of the liquid channels. - a brush which is rotatable around an axis of rotation, and - a cover having a cover surface which faces the axis of rotation and characterized in that the cover surface is provided with a plurality of ridges, said ridges forming liquid channels between them for transporting liquid to outfalls provided at lower ends of the liquid channels.
A chimeric insecticidal protein comprising an amino acid sequence as set forth in SEQ ID NO:28, wherein the chimeric insecticidal protein exhibits inhibitory activity against an insect species of the order Lepidoptera.
A glucoamylase variant, which has an improved property relative to the parent glucoamylase consisting of the polypeptide of SEQ ID NO: 3, wherein the improved properties are increased thermostability and increased glucose tolerance, comprising a substitution at one or more positions corresponding to positions 95, 59, 119, 121, 18, and 426 of the polypeptide of SEQ ID NO: 3, wherein the variant has glucoamylase activity and wherein the variant has at least 90%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 3, and wherein the variant comprises at least one of the following combinations of substitutions: V59C + A426G; V59G + A426G; V59C + S95P + T119W + A426G; V59C + S95P + T119W + A121P + A426G; V59C + S95P + A121P + A426G; or V18F + V59I + S95P + T119W + A121P. V59C + A426G; V59G + A426G; V59C + S95P + T119W + A426G; V59C + S95P + T119W + A121P + A426G; V59C + S95P + A121P + A426G; or V18F + V59I + S95P + T119W + A121P.
A client device (124, 350), comprising: one or more processors; a bandwidth condition monitor; and a streaming client module coupled to the one or more processors, wherein the streaming client module includes instructions executable by one or more processors and configured to: determine (404, 502) one or more adjacent channels relative to a current streaming channel of the client device (124, 350), the one or more adjacent channels being determined responsive to monitoring by the bandwidth condition monitor relative to a network connection between the client device (124, 350) and a content delivery network; pre-fetch (406, 504) metadata information associated with the one or more adjacent channels; responsive to the pre-fetched metadata information, pre-fetch and store (408, 506) initialization information for the one or more adjacent channels; and if the current streaming channel is changed to a new streaming channel, use the pre-fetched initialization information to fetch encoded media content pertaining to the new streaming channel. one or more processors; a bandwidth condition monitor; and a streaming client module coupled to the one or more processors, wherein the streaming client module includes instructions executable by one or more processors and configured to: determine (404, 502) one or more adjacent channels relative to a current streaming channel of the client device (124, 350), the one or more adjacent channels being determined responsive to monitoring by the bandwidth condition monitor relative to a network connection between the client device (124, 350) and a content delivery network; pre-fetch (406, 504) metadata information associated with the one or more adjacent channels; responsive to the pre-fetched metadata information, pre-fetch and store (408, 506) initialization information for the one or more adjacent channels; and if the current streaming channel is changed to a new streaming channel, use the pre-fetched initialization information to fetch encoded media content pertaining to the new streaming channel. determine (404, 502) one or more adjacent channels relative to a current streaming channel of the client device (124, 350), the one or more adjacent channels being determined responsive to monitoring by the bandwidth condition monitor relative to a network connection between the client device (124, 350) and a content delivery network; pre-fetch (406, 504) metadata information associated with the one or more adjacent channels; responsive to the pre-fetched metadata information, pre-fetch and store (408, 506) initialization information for the one or more adjacent channels; and if the current streaming channel is changed to a new streaming channel, use the pre-fetched initialization information to fetch encoded media content pertaining to the new streaming channel.
A feeding arrangement for feeding non-wood plant material having a bulk density of 40-90 kg/m 3 to a treatment vessel, the feeding arrangement comprising a plug screw feeder for feeding the plant material to the treatment vessel, the feeder comprising a plug screw and a corresponding plug screw housing surrounding the plug screw, a force -feeding screw for feeding the plant material to the plug screw feeder and a corresponding force-feeding screw housing surrounding the force-feeding screw, the force-feeding screw being arranged to provide the material to an inlet section of the plug screw feeder, wherein the longitudinal axis of the force-feeding screw is arranged essentially perpendicular to the longitudinal axis of the plug screw, a feeding device being arranged to feed incoming material to the force-feeding screw wherein the plug screw is adapted to be able to be rotated at variable speed in relation to a production flow rate set by the feeding device, characterized in that a distance between an outermost point of a last screw thread of the force-feeding screw, seen in the direction of the longitudinal axis of the force-feeding screw, to a point on the outer diameter of the plug screw at the inlet section of the plug screw feeder is 0-90 mm. a plug screw feeder for feeding the plant material to the treatment vessel, the feeder comprising a plug screw and a corresponding plug screw housing surrounding the plug screw, a force -feeding screw for feeding the plant material to the plug screw feeder and a corresponding force-feeding screw housing surrounding the force-feeding screw, the force-feeding screw being arranged to provide the material to an inlet section of the plug screw feeder, wherein the longitudinal axis of the force-feeding screw is arranged essentially perpendicular to the longitudinal axis of the plug screw, a feeding device being arranged to feed incoming material to the force-feeding screw
A watertightness testing device for performing a watertightness test of a joined section between joined pipes (2,3), comprising: a testing device body which performs a watertightness test of the joined section of the pipes in the pipes and a moving operation rod for moving the testing device body in the pipes in a pipe axial direction from outside an end section of the joined pipes, wherein the moving operation rod is provided in the testing device body and extends along the pipe axial direction, characterized by a main supporting member (61,62) for supporting the moving operation rod is provided on the moving operation rod outside of the pipes, and the main supporting member has a rotatable main rolling member in a lower end section, the main supporting member is switchable between a supporting posture in which the main supporting member supports the moving operation rod outside of the pipes and a folded posture in which the main supporting member is folded inside the pipes, and the main supporting member is urged from the folded posture toward the supporting posture. a testing device body which performs a watertightness test of the joined section of the pipes in the pipes and a moving operation rod for moving the testing device body in the pipes in a pipe axial direction from outside an end section of the joined pipes, wherein the moving operation rod is provided in the testing device body and extends along the pipe axial direction, characterized by a main supporting member (61,62) for supporting the moving operation rod is provided on the moving operation rod outside of the pipes, and the main supporting member has a rotatable main rolling member in a lower end section, the main supporting member is switchable between a supporting posture in which the main supporting member supports the moving operation rod outside of the pipes and a folded posture in which the main supporting member is folded inside the pipes, and the main supporting member is urged from the folded posture toward the supporting posture.
Filter for the purification of exhaust gases of an internal combustion engine which is operated with gasoline, having a housing which can be flowed through by exhaust gas in an axial direction and which has an inflow side and an outflow side, wherein a filter body is formed in the housing from a multiplicity of filter layers, which filter body can be flowed through by the exhaust gas that can be caused to flow through the housing, wherein the filter layers (2, 16) are of annular form and are arranged concentrically with respect to one another, wherein, in alternating fashion, two filter layers (2, 16) which are adjacent to one another in a radial direction are connected to one another in fluid-tight fashion at the inflow side, and two filter layers (2, 16) which are adjacent to one another in a radial direction are connected to one another at the outflow side, characterized in that the annular filter layers (2, 16) have an undulation running in a circumferential direction of the filter body.
Method for processing rolling stock in a hot-rolling mill having a mill train comprising at least two successive roll stands (W i), wherein each roll stand (W i) has at least one roll driven by a roll drive at a roll speed (v Wi) and the stock exits the roll stand (W i) at a stock exit speed (v i) which is related to the roll speed (v Wi) via a forward slip (s i), comprising the following steps: a) exit target thicknesses (h i) of the stock are predefined for each roll stand (W i), b) stock exit speed setpoint values (v i,setpoint) are determined from the exit target thicknesses (h i) in accordance with the mass flow law, c) a model value for the forward slip (s i) is selected, d) roll speed setpoint values (v Wi,setpoint) are determined from the model value of the forward slip (s i) and the stock exit speed setpoint values (v i,setpoint), e) the roll speeds (v Wi) are adjusted to the roll speed setpoint values (v Wi,setpoint). a) exit target thicknesses (h i) of the stock are predefined for each roll stand (W i), b) stock exit speed setpoint values (v i,setpoint) are determined from the exit target thicknesses (h i) in accordance with the mass flow law, c) a model value for the forward slip (s i) is selected, d) roll speed setpoint values (v Wi,setpoint) are determined from the model value of the forward slip (s i) and the stock exit speed setpoint values (v i,setpoint), e) the roll speeds (v Wi) are adjusted to the roll speed setpoint values (v Wi,setpoint).
Method for operating a smoke alarm having at least one light transmitter unit and at least one light receiver unit, wherein the light receiver unit receives light that is transmitted by the light transmitter unit and scattered/reflected in at least one light measurement path (R1, R2), wherein the light measurement path (R1, R2) is arranged at least in part outside a housing that holds the components of the smoke alarm, characterized in that in a measurement step, from a transmission starting time onwards, the light transmitter unit is used to transmit an intensity-modulated light, wherein the frequency of the intensity modulation changes over time according to a prescribed modulation function, and electronics of the smoke alarm prescribe a reception time for a measurement step that is to be performed, wherein the time difference between the reception time and the transmission starting time is used to define that distance to the housing of the smoke alarm from which the light to be detected in the measurement step is intended to be scattered/reflected, and then the light receiver unit is tuned to a receivable frequency for an intensity modulation of light received from the light measurement path (R1, R2) such that from the set reception time onwards the tuned reception frequency changes with the same modulation function and during the frequency tuning a receiver output signal is detected.
Method of communication between several users (A, B) furnished with communication terminals (T1, T2), by way of a virtual communication space provided by a communication server on a communication network, characterized in that it comprises operations consisting in: - configuring a server application in such a way as to create a virtual communication space for a determined group of users, said virtual space (ESP (A,B)) providing a plurality of distinct modes of communication (Act(i,A,B)), termed "activities", each activity pertaining to at least one associated multimedia content, termed activity content, shared by the users of the group, and being implemented by determined actions whose execution can be triggered by all the users of the group, said actions including at least actions of creation, modification or deletion of a given activity content; - processing the requests of actions relating to a considered activity, originating from the terminals of the users of the group, in a sequential manner according to the order of arrival of said requests. - configuring a server application in such a way as to create a virtual communication space for a determined group of users, said virtual space (ESP (A,B)) providing a plurality of distinct modes of communication (Act(i,A,B)), termed "activities", each activity pertaining to at least one associated multimedia content, termed activity content, shared by the users of the group, and being implemented by determined actions whose execution can be triggered by all the users of the group, said actions including at least actions of creation, modification or deletion of a given activity content; - processing the requests of actions relating to a considered activity, originating from the terminals of the users of the group, in a sequential manner according to the order of arrival of said requests.