mhurhangee/ep-ind-claims huggingface dataset:
A bending press for reshaping, in particular bending, a metal sheet into a workpiece, comprising a fixed machine frame, a lower clamping bar with at least one lower clamping jaw mounted thereon, which at least one a clamping jaw comprises a first forming edge, an upper clamping bar with at least one upper clamping jaw mounted thereon, which at least one clamping jaw has a second forming edge, wherein the upper clamping bar is adjustable on a clamping bar guide by means of a drive arrangement relative to the machine frame, in order to clamp the workpiece to be produced between the two clamping jaws (5, 6), and the at least one lower clamping jaw at its end section facing the upper clamping jaw comprises a lower clamping surface and the at least one upper clamping jaw at its end section facing the lower clamping jaw comprises an upper clamping surface, wherein the two clamping surfaces (35, 36) in a position bearing against one another define a workpiece bearing plane for the workpiece to be produced, a bending unit with a bending tool, which comprises a bending edge, and the bending tool is arranged on a bending bar, wherein the bending bar can be adjusted on bending bar guides designed in the form of linear guides by means of a bending bar drive relative to the machine frame, and the bending tool can be pivoted about a pivot axis aligned parallel to one of the forming edges, characterized in that the bending bar supporting the bending tool is displaceable exclusively on bending bar guides in the form of linear guides along a bending tool adjusting plane both into a position located relative to the workpiece bearing plane above the workpiece bearing plane and into a position located underneath the workpiece bearing plane and also the pivot axis of the bending tool can be moved into a position located both relative to the workpiece bearing plane above the workpiece bearing plane and also a position located underneath the workpiece bearing plane, and thereby the bending tool in a position of the pivot axis located above the workpiece bearing plane with its bending edge facing the clamping jaws (5, 6) is aligned downwards in the direction towards the first forming edge and the same bending tool in a position of the pivot axis located below the workpiece bearing plane with its bending edge facing the clamping jaws (5, 6) is aligned upwards in the direction towards the second forming edge.
Light emitting device with a light source to emit primary light and a light conversion layer to convert at least a part of the primary light into secondary light comprising a ceramic CaAlSiN light converting material with a transmissivity of ≥ 10% to ≤ 80% for a light in the wavelength range from ≥ 580 to ≤ 1000nm and whereby the glass phase ratio of the CaAlSiN light converting material is ≥2 vol% to ≤ 5 vol%, whereby the CaAlSiN light converting material is selected out of a material comprising (Ca 1-x-y-z Sr x Ba y Mg z) 1-n Al 1-a+b B a Si 1-b N 3-b O b:M n with 0 ≤ x,y,z ≤ 1, 0 ≤ a ≤ 1, 0 ≤ b ≤ 1, 0.002 ≤ n ≤ 0.2 and M being a metal selected out of the group comprising Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu or mixtures thereof.
A nicotine-containing pharmaceutical composition, comprising: a source of nicotine; and a mixture of a porous carrier and a non-active ingredient sorbed onto the porous carrier, the non-active ingredient being in the form of a base or a buffering agent, wherein the non-active ingredient is physically separated or segregated from the nicotine in the composition by means of intimate contact between the porous carrier and the non-active ingredient, provided by dissolving or dispersing the non-active ingredient in a liquid to give a solution or dispersion, contacting the solution or dispersion with the porous carrier, and removing the liquid to provide the non-active ingredient sorbed onto the porous carrier; and wherein the composition is in a pharmaceutically acceptable form adapted for oral or nasal delivery of the composition. a source of nicotine; and a mixture of a porous carrier and a non-active ingredient sorbed onto the porous carrier, the non-active ingredient being in the form of a base or a buffering agent, wherein the non-active ingredient is physically separated or segregated from the nicotine in the composition by means of intimate contact between the porous carrier and the non-active ingredient, provided by dissolving or dispersing the non-active ingredient in a liquid to give a solution or dispersion, contacting the solution or dispersion with the porous carrier, and removing the liquid to provide the non-active ingredient sorbed onto the porous carrier; and wherein the composition is in a pharmaceutically acceptable form adapted for oral or nasal delivery of the composition.
A fully synthetic murine antibody library comprising frameworks encoded by the VH germline genes IGHV1-72*01, IGHV2-2*01, and IGHV5-9*04 and frameworks encoded by at least two of the following VL-kappa germline genes: IGKV1-117*01, IGKV3-12*01, and IGHV3-4*01.
A unipolar quantum cascade laser with several semiconductor multilayer structures that are layered behind one another between two electrodes in a periodic sequence such that a multilayer structure designed for light emission and a multilayer structure designed for electron transport respectively alternate, wherein the multilayer structures designed for light emission respectively feature at least one upper and one lower energy level for electrons, between which electron transitions emitting light take place, and the multilayer structures designed for electron transport respectively allow the electron transport from the lower energy level of the preceding multilayer structure designed for light emission referred to the transport direction into the upper energy level of the following multilayer structure designed for light emission referred to the transport direction, and wherein the multilayer structures designed for light emission comprise at least one quaternary material layer as barrier layer, characterized in that the multilayer structures designed for light emission are realized in such a way that a highest local maximum of the square of the quantum-mechanical wave function for the electrons in the upper energy level occurs in a quantum well that lies closest to the preceding multilayer structure designed for electron transport referred to the transport direction, in that a second highest local maximum of the square of the quantum-mechanical wave function of the electrons in the upper energy level lies in a quantum well situated adjacent to the quantum well referred to the transport direction, in that the highest and the second highest local maximum of the square of the quantum-mechanical wave function for the electrons in the upper energy level differ by less than 50%, and in that a highest local maximum of the square of the quantum-mechanical wave function for the electrons in the lower energy level lies in said adjacent quantum well.
A method for manufacture of a sodium hexatitanate characterized as including the steps of: mixing a titanium source and a sodium source while milling them mechanochemically by a vibration mill: and firing the milled mixture at a temperature in the range of 650 - 1.000 °C and a firing time of 0.5 hours to 6 hours, wherein a blending portion of the titanium source and sodium source is Ti: Na = 6.0 ± 5 %: 1.0 (molar ratio). mixing a titanium source and a sodium source while milling them mechanochemically by a vibration mill: and firing the milled mixture at a temperature in the range of 650 - 1.000 °C and a firing time of 0.5 hours to 6 hours, wherein a blending portion of the titanium source and sodium source is Ti: Na = 6.0 ± 5 %: 1.0 (molar ratio).
A method of navigating a rock drilling rig in a mining tunnel, which mining tunnel is created by utilizing drilling and blasting method wherein rock material is removed in several successive rounds, the method comprising: positioning the rock drilling rig at faces of the successive rounds; executing the navigation for each round before initiating drilling by means of the rock drilling rig; and attaching in the navigation a coordinate system of the rock drilling rig to a mine coordinate system; characterized in that the method further comprises determining a mining tunnel line for the realized mining tunnel by combining navigation data of the several successive realized rounds, whereby the navigation is executed without a pre-determined mining tunnel line. positioning the rock drilling rig at faces of the successive rounds; executing the navigation for each round before initiating drilling by means of the rock drilling rig; and attaching in the navigation a coordinate system of the rock drilling rig to a mine coordinate system; characterized in that the method further comprises determining a mining tunnel line for the realized mining tunnel by combining navigation data of the several successive realized rounds, whereby the navigation is executed without a pre-determined mining tunnel line.
A transaction module suitable for incorporating in a terminal for authorizing a transaction between a first application resident in the terminal and a second application resident in an electronic device, the module comprising: · code-obtaining means for obtaining a code; · an interface with the communications means of said terminal enabling a validation request (RQVAL) including said code to be sent to a secure server; · means (CONV) for generating an audio signal from said code; · an interface with a module of said terminal suitable for sending said audio signal to a loudspeaker of said terminal in order to play it back; and · means for authorizing said transaction on receiving a validation message (MSGVAL) from said secure server, the message being representative of said secure server receiving said code from said electronic device. · code-obtaining means for obtaining a code; · an interface with the communications means of said terminal enabling a validation request (RQVAL) including said code to be sent to a secure server; · means (CONV) for generating an audio signal from said code; · an interface with a module of said terminal suitable for sending said audio signal to a loudspeaker of said terminal in order to play it back; and · means for authorizing said transaction on receiving a validation message (MSGVAL) from said secure server, the message being representative of said secure server receiving said code from said electronic device.
An organic photosensitive optoelectronic device comprising: two electrodes in superposed relation; a hole transport layer between the two electrodes, the hole transport layer formed of a first photoconductive organic semiconductor material; an electron transport layer between the two electrodes and adjacent to the hole transport layer, the electron transport layer formed of a second photoconductive organic semiconductor material; and at least one exciton blocking layer located between the two electrodes and adjacent to at least one of the electrodes, wherein the at least one exciton blocking layer - is BCP, is located between the electron transport layer and the electrode adjacent the exciton blocking layer, and has a larger LUMO-HOMO energy gap than the second photoconductive organic semiconductor material; or - is one of the group consisting of m-MTDATA or PEDOT, is located between the hole transport layer and the electrode adjacent the exciton blocking layer, and has a larger LUMO-HOMO energy gap than the first photoconductive organic semiconductor material. two electrodes in superposed relation; a hole transport layer between the two electrodes, the hole transport layer formed of a first photoconductive organic semiconductor material; an electron transport layer between the two electrodes and adjacent to the hole transport layer, the electron transport layer formed of a second photoconductive organic semiconductor material; and at least one exciton blocking layer located between the two electrodes and adjacent to at least one of the electrodes, wherein the at least one exciton blocking layer - is BCP, is located between the electron transport layer and the electrode adjacent the exciton blocking layer, and has a larger LUMO-HOMO energy gap than the second photoconductive organic semiconductor material; or - is one of the group consisting of m-MTDATA or PEDOT, is located between the hole transport layer and the electrode adjacent the exciton blocking layer, and has a larger LUMO-HOMO energy gap than the first photoconductive organic semiconductor material. - is BCP, is located between the electron transport layer and the electrode adjacent the exciton blocking layer, and has a larger LUMO-HOMO energy gap than the second photoconductive organic semiconductor material; or - is one of the group consisting of m-MTDATA or PEDOT, is located between the hole transport layer and the electrode adjacent the exciton blocking layer, and has a larger LUMO-HOMO energy gap than the first photoconductive organic semiconductor material.
A brace including an adjustable hinge, the adjustable hinge comprising: a) a first support arm; b) a second support arm; and c) a deformable insert, said insert is located between the first support arm and the second support arm, wherein the first support arm is secured to one part of the brace and the second support arm is secured to another part of the brace, characterized in that the adjustable hinge further comprises a locking mechanism having a first retention member and a second retention member, the locking mechanism being adapted to hold the first support arm and the second support arm in place. a) a first support arm; b) a second support arm; and c) a deformable insert, said insert is located between the first support arm and the second support arm, wherein the first support arm is secured to one part of the brace and the second support arm is secured to another part of the brace, characterized in that the adjustable hinge further comprises a locking mechanism having a first retention member and a second retention member, the locking mechanism being adapted to hold the first support arm and the second support arm in place.
A computing system-implemented method of predicting major histocompatibility complex -peptide binding affinity, the method comprising: obtaining a plurality of training peptide sequences; configuring a neural network model to be trained to predict major histocompatibility complex -peptide binding affinity using the plurality of training peptide sequences, wherein configuring the neural network model comprises configuring an encoder of the neural network model comprising a recurrent neural network to process an input training peptide sequence to generate a fixed-dimension encoding output by applying a final hidden state of the RNN at intermediate state outputs of the RNN to generate attention weighted outputs, and linearly combining the attention weighted outputs; training the neural network model using the plurality of training peptide sequences; and configuring a computing device to use the trained neural network model to predict MHC-peptide binding affinity for a test peptide sequence. obtaining a plurality of training peptide sequences; configuring a neural network model to be trained to predict major histocompatibility complex -peptide binding affinity using the plurality of training peptide sequences, wherein configuring the neural network model comprises configuring an encoder of the neural network model comprising a recurrent neural network to process an input training peptide sequence to generate a fixed-dimension encoding output by applying a final hidden state of the RNN at intermediate state outputs of the RNN to generate attention weighted outputs, and linearly combining the attention weighted outputs; training the neural network model using the plurality of training peptide sequences; and configuring a computing device to use the trained neural network model to predict MHC-peptide binding affinity for a test peptide sequence.
ARC vaporization source with a magnetic field arrangement provided on a target comprising coating material for generating magnetic fields on and above the target surface, wherein the magnetic field arrangement comprises central permanent magnets, marginal permanent magnets and at least one ring coil placed behind the target, whose inner diameter bounded by the windings is preferably smaller than or equal to, and in any case not considerably larger than the diameter of the target, characterized in that the marginal permanent magnets and the central permanent magnets can be displaced away from the target essentially perpendicularly to the surface of the target and the projection of the marginal permanent magnets onto the target surface is further away from the middle of the target surface by comparison to the projection of the ring coil onto the target surface, wherein the marginal permanent magnets and the central permanent magnets can be displaced independently from the ring coil, and wherein the magnet arrangement is configured in such a manner that at a first setting of the magnetic field arrangement the central permanent magnets and the marginal permanent magnets can take a first position in which the poles of the permanent magnets (5, 5a) are closest to the coating material, and wherein the poles of the permanent magnets (5, 5a) lie essentially in one plane in which there is also one end of the ring coil that is closest to the coating material.
Method for processing data stream within a time constraint by a stream processing network comprising a plurality of processing elements, wherein the method comprises the steps of: determining a processing unit, by selecting at least one of the plurality of processing elements, for transmitting next data items of the data stream, collecting system information of the processing unit, wherein the system information includes load information of the selected processing element, adapting, based on the system information, sending rate of the stream data, estimating the time in which the data items would be transmitted, discarding, by the processing unit, data items of the data stream that would not be processed within the time constraint, and sending, by the processing unit, data items of the data stream that would be processed within the time constraint. determining a processing unit, by selecting at least one of the plurality of processing elements, for transmitting next data items of the data stream, collecting system information of the processing unit, wherein the system information includes load information of the selected processing element, adapting, based on the system information, sending rate of the stream data, estimating the time in which the data items would be transmitted, discarding, by the processing unit, data items of the data stream that would not be processed within the time constraint, and sending, by the processing unit, data items of the data stream that would be processed within the time constraint.
Method for managing voice messages obtained on the basis of a set of at least two voice messaging systems, implemented by a user terminal (MT, IPT) able to connect to a communication network of "IP network" type, characterized in that it comprises operations of: - connection of the user terminal (MT, IPT) to said IP network and communication with an authentication platform on the IP network so as to authorize said terminal to access a messaging service allowing the obtaining of voice messages on the basis of at least two different voice messaging systems (201, 202, 301), each voice messaging system being specific to a different type of communication network; - if said terminal is authenticated with the authentication platform, recovery in the user terminal (MT, IPT) of the new voice messages received by each voice messaging system (201, 202, 301), said recovery operation including a step of synchronization (S21, S22, S23) of the state of the voice messages between the voice messages stored in the terminal (MT, IPT) and those stored by each voice messaging system (201, 202, 301); - updating of a man-machine interface of the user terminal, with information for identifying the new voice messages received. - connection of the user terminal (MT, IPT) to said IP network and communication with an authentication platform on the IP network so as to authorize said terminal to access a messaging service allowing the obtaining of voice messages on the basis of at least two different voice messaging systems (201, 202, 301), each voice messaging system being specific to a different type of communication network; - if said terminal is authenticated with the authentication platform, recovery in the user terminal (MT, IPT) of the new voice messages received by each voice messaging system (201, 202, 301), said recovery operation including a step of synchronization (S21, S22, S23) of the state of the voice messages between the voice messages stored in the terminal (MT, IPT) and those stored by each voice messaging system (201, 202, 301); - updating of a man-machine interface of the user terminal, with information for identifying the new voice messages received.
Method for locating a predefined parking position, comprising the steps of - recording a ground area using an optical 2-D camera system; - determining brightness curves on predefined evaluation lines (5a, 5b) inside the camera image; - determining sudden brightness changes (7a, 8a, 10a, 11a) in the brightness curves determined, characterized by the further step of - deciding that a parking space mark (6, 9) and/or a kerb is/are present if the sudden brightness changes (7a, 8a, 10a, 11a) are substantially on one line over a predefined number of evaluation lines (5a, 5b). - recording a ground area using an optical 2-D camera system; - determining brightness curves on predefined evaluation lines (5a, 5b) inside the camera image; - determining sudden brightness changes (7a, 8a, 10a, 11a) in the brightness curves determined, - deciding that a parking space mark (6, 9) and/or a kerb is/are present if the sudden brightness changes (7a, 8a, 10a, 11a) are substantially on one line over a predefined number of evaluation lines (5a, 5b).
An apparatus comprising: means for sensing a current temperature of a processor; and means for controlling an idle workload procedure, the controlling means to provide an idle workload to the processor to execute in response to the current temperature falling below a setback temperature, characterised in that the controlling means is to provide the idle workload to the processor when the idle workload procedure is armed and to not provide the idle workload to the processor when the idle workload procedure is disarmed, and wherein the controlling means is to disarm the idle workload procedure in response to a timeout period elapsing since the idle workload procedure was last armed. means for sensing a current temperature of a processor; and means for controlling an idle workload procedure, the controlling means to provide an idle workload to the processor to execute in response to the current temperature falling below a setback temperature, characterised in that the controlling means is to provide the idle workload to the processor when the idle workload procedure is armed and to not provide the idle workload to the processor when the idle workload procedure is disarmed, and wherein the controlling means is to disarm the idle workload procedure in response to a timeout period elapsing since the idle workload procedure was last armed.