mhurhangee/ep-ind-claims huggingface dataset:
A CNC punching machine with a machine frame, a workpiece receptacle arranged thereon, a punching tool comprising an upper die (1; 101) and a lower die (2; 102), a drive unit (6; 106) that is realized in the form of an electrohydraulic drive and acts upon the upper die, and a numerical control (3; 103) that acts upon the drive unit, wherein the upper die can be moved up and down along the working axis (5; 105) extending in the z-direction (4; 104) by means of the drive unit in accordance with a punching program stored in the numerical control, characterized in that the drive unit (6, 106) comprises an electric linear direct drive (7; 107) that is actuated by the numerical control (3; 103) and the motor axis (11; 111) of which extends in the z-direction (4; 104), as well as a hydromechanical amplification stage (10; 110) that is switched between the rotor (12; 112) of the electric linear direct drive and the upper die (1; 101), with said hydromechanical amplification stage being connected to a pressure medium supply (13; 113) and featuring a cylinder (8; 108) and a piston (9; 109), wherein the rotor (12; 112) of the electric linear direct drive directly acts upon a slide valve (23; 123) that is displaceably guided along the z-direction in a guide bore and features two first control edges (38a, 38b; 138a, 138b) that cooperate with corresponding second control edges (39a, 39b; 139a, 139b) on the guide bore in order to realize a hydraulic sequential control, wherein the electric linear direct drive (7, 107) features a housing (49; 149) that is connected to the cylinder (8; 108) of the hydromechanical amplification stage (10; 110) in a sealed fashion and the interior of which is connected to a chamber of the hydromechanical amplification stage that contains hydraulic fluid, or the rotor (12; 112) of the electric linear direct drive (7; 107) is accommodated in a bushing that extends through the stator (52, 152) of the electric linear direct drive and is connected to the cylinder (8; 108) of the hydromechanical amplification stage (10; 110) in a sealed fashion, with the interior of said bushing being connected to a low-pressure chamber (46; 146) of the hydromechanical amplification stage that contains hydraulic fluid.
Rolled up thin glass composite comprising a thin glass film and at least one layer (10, 11, 20) of adhesive applied over the surface of one side of the thin glass film, wherein the at least one layer (10, 11, 20) of adhesive is applied to a radially outer side of the rolled up thin glass film, characterized in that the at least one layer (10, 11, 20) of adhesive comprises a desiccant which protects the thin glass film against stress corrosion cracking.
An optical line terminal (10, 10A, 10B) comprising: a communication unit (11, 11B) configured to communicate with a plurality of optical network units; and a control unit (12, 12A, 12B) configured to dynamically change at least one of a time width of a specific period that is a time width in the discovery window of authentication processing of the plurality of optical network units and a cycle of the specific period that is a cycle in the discovery window of authentication processing of the plurality of optical network units, the specific period being a period in which an authentication request signal is received from a new optical network unit via the communication unit, characterized in that the control unit (12, 12A, 12B) is adapted to change at least one of a time width of the specific period and a cycle of the specific period based on authentication statuses of the plurality of optical network units, wherein the control (12, 12A, 12B) unit is adapted to change the time width so that a probability of the optical network unit that is expected to be authenticated in one specific period becomes equal to or greater than a preset threshold with respect to an unauthenticated number that is the number of unauthenticated optical network units. a communication unit (11, 11B) configured to communicate with a plurality of optical network units; and a control unit (12, 12A, 12B) configured to dynamically change at least one of a time width of a specific period that is a time width in the discovery window of authentication processing of the plurality of optical network units and a cycle of the specific period that is a cycle in the discovery window of authentication processing of the plurality of optical network units, the specific period being a period in which an authentication request signal is received from a new optical network unit via the communication unit, the control unit (12, 12A, 12B) is adapted to change at least one of a time width of the specific period and a cycle of the specific period based on authentication statuses of the plurality of optical network units, wherein the control (12, 12A, 12B) unit is adapted to change the time width so that a probability of the optical network unit that is expected to be authenticated in one specific period becomes equal to or greater than a preset threshold with respect to an unauthenticated number that is the number of unauthenticated optical network units.
A method comprising: preparing a data packet for transmission on a bearer, wherein a first network node and a second network node are configured for transmission; checking whether at least one predetermined criterion is met; selecting, based at least partly on the said checking, whether to transmit the data packet via the first network node, via the second network node, or via both the first and the second network nodes (102, 112); and transmitting the data packet according to the selecting, wherein the at least one predetermined criterion is related to whether or not a timer is running such that the data packet is transmitted via both the first and the second network nodes when the timer is running, wherein the timer is started when a slow-start phase of Transmission Control Protocol traffic is triggered or when a buffer status report is triggered. preparing a data packet for transmission on a bearer, wherein a first network node and a second network node are configured for transmission; checking whether at least one predetermined criterion is met; selecting, based at least partly on the said checking, whether to transmit the data packet via the first network node, via the second network node, or via both the first and the second network nodes (102, 112); and transmitting the data packet according to the selecting, wherein the at least one predetermined criterion is related to whether or not a timer is running such that the data packet is transmitted via both the first and the second network nodes when the timer is running, wherein the timer is started when a slow-start phase of Transmission Control Protocol traffic is triggered or when a buffer status report is triggered.
A monoclonal antibody or antigen-binding portion thereof that binds specifically to a Staphylococcus aureus glucosaminidase and comprises a V H domain of SEQ ID NO: 2 and a V L domain of SEQ ID NO: 3.
An exercise device for mounting between a door and a door jamb of a closed door, said exercise device comprising: an anchor having a first portion, an enlarged portion, and an elongated portion that extends between said first portion and said enlarged portion, and: a pair of elongated members (422a,422b) each with a lengthening mechanism (435a,435b) on the elongated member, where each of the pair of elongated members (422a,422b) is inelastic and has a length that extends from a corresponding grip (423a,423b) to a member (429a,429b), where, when said anchor is mounted to the closed door: said elongated portion extends from a first side of the closed door to a second side of the closed door, said enlarged portion is not passable through the closed door, and said elongated portion extends away from said door by a distance, characterised in that: each of said members (429a, 429b) is sewn to said first portion. a pair of elongated members (422a,422b) each with a lengthening mechanism (435a,435b) on the elongated member, where each of the pair of elongated members (422a,422b) is inelastic and has a length that extends from a corresponding grip (423a,423b) to a member (429a,429b), where, when said anchor is mounted to the closed door: said elongated portion extends from a first side of the closed door to a second side of the closed door, said enlarged portion is not passable through the closed door, and said elongated portion extends away from said door by a distance, said elongated portion extends from a first side of the closed door to a second side of the closed door, said enlarged portion is not passable through the closed door, and said elongated portion extends away from said door by a distance, characterised in that: each of said members (429a, 429b) is sewn to said first portion.
A filter material, comprising: a fiber or network of fibers comprising a cellulose-based polymer comprising at least one aromatic binding site, wherein the at least one aromatic binding site comprises an optionally substituted monocyclic aromatic group or an optionally substituted polycyclic aromatic hydrocarbon, and wherein the cellulose-based polymer comprises the structure: wherein: R 1 is a group comprising an aromatic binding site for an aromatic species; R 2 and R 3 can be the same or different and are hydrogen, alkyl, aryl, a carbonyl group, any of which is optionally substituted; and n is greater than 1, wherein R 1 has the structure, or a fiber or network of fibers comprising a cellulose-based polymer comprising at least one aromatic binding site, wherein the at least one aromatic binding site comprises an optionally substituted monocyclic aromatic group or an optionally substituted polycyclic aromatic hydrocarbon, and wherein the cellulose-based polymer comprises the structure: wherein: R 1 is a group comprising an aromatic binding site for an aromatic species; R 2 and R 3 can be the same or different and are hydrogen, alkyl, aryl, a carbonyl group, any of which is optionally substituted; and n is greater than 1, wherein R 1 has the structure, or R 1 is a group comprising an aromatic binding site for an aromatic species; R 2 and R 3 can be the same or different and are hydrogen, alkyl, aryl, a carbonyl group, any of which is optionally substituted; and n is greater than 1, wherein R 1 has the structure, or
A frame and connection base assembly for flush mounting mechanisms, wherein the frame comprises at least one opening for the introduction and the fitting of the connection base, the opening being delimited by a perimeter of the frame for guiding and fitting the connection base, in which the connection base comprises a connection body, a first configuration being defined in which the frame and the connection base are uncoupled and a second configuration in which the frame and the connection base are coupled, such that in the second configuration the connection body is introduced in the opening, the outline of the connection body at one of its ends being in contact with the guiding and fitting perimeter, the rest of the connection body protruding by its other end from the other side of the frame, and in which the connection body has two portions, a first portion that in the second configuration is fastened to the guiding and fitting perimeter by one of its ends and a second portion joined to the first portion, both first and second portions being of different sections such that in the transition between both of them bearing surfaces are defined, characterized in that in a third configuration these bearing surfaces rest on the edge of the frame adjacent to the guiding and fitting perimeter, the outline of the second portion in the section change between the first and second portions being inscribed in a first circle that is internally tangent to the guiding and fitting perimeter, such that in the third configuration the connection base can rotate with respect to the frame according to a rotation that has the direction normal to the plane of the frame.
A computer-implemented method for determining a pathology in 3D image data comprising: receiving at least a first 3D image of a body part, the 3D image comprising voxels associated with a predetermined image volume; providing the 3D first image to the input of a first 3D convolutional neural network, the first 3D convolutional network being trained to determine a position of a volume of interest in the image volume of the first 3D image, the VOI being associated with a part of the body part, the VOI defining a sub-volume of the image volume; receiving a position of the VOI from the output of the first 3D convolutional neural network and determining first VOI voxels by selecting voxels of the first 3D image that have a position within the VOI providing the first VOI voxels to the input of a second 3D convolutional neural network, the second 3D convolutional neural network being trained to determine a target label value on the basis of at least the first VOI voxels, the target label value being indicative of a presence or absence of the pathology in the VOI; and, retrieving a 3D probability map associated with the VOI voxels from a convolutional layer of the second 3D convolutional neural network and using the 3D probability map as input to a backpropagation process for generating a 3D saliency map associated with the VOI voxels; generating an annotated 3D image of the pathology in the VOI by using the 3D saliency map to identify voxels in the VOI that made a substantial contribution to the determination of the target label value by the second 3D convolutional neural network. receiving at least a first 3D image of a body part, the 3D image comprising voxels associated with a predetermined image volume; providing the 3D first image to the input of a first 3D convolutional neural network, the first 3D convolutional network being trained to determine a position of a volume of interest in the image volume of the first 3D image, the VOI being associated with a part of the body part, the VOI defining a sub-volume of the image volume; receiving a position of the VOI from the output of the first 3D convolutional neural network and determining first VOI voxels by selecting voxels of the first 3D image that have a position within the VOI providing the first VOI voxels to the input of a second 3D convolutional neural network, the second 3D convolutional neural network being trained to determine a target label value on the basis of at least the first VOI voxels, the target label value being indicative of a presence or absence of the pathology in the VOI; and, retrieving a 3D probability map associated with the VOI voxels from a convolutional layer of the second 3D convolutional neural network and using the 3D probability map as input to a backpropagation process for generating a 3D saliency map associated with the VOI voxels; generating an annotated 3D image of the pathology in the VOI by using the 3D saliency map to identify voxels in the VOI that made a substantial contribution to the determination of the target label value by the second 3D convolutional neural network.
A terminal comprising: a control section configured to determine a type of a particular search space, based on search space type information indicating a common search space or a user equipment, UE, specific search space; and characterized by, a receiving section configured to monitor, in the particular search space, physical downlink control channel, PDCCH, candidates for one or a plurality of downlink control information, DCI, formats indicated by one or a plurality of parameters indicating the DCI formats, wherein the one or plurality of parameters are included in the search space type information, and the receiving section is configured to monitor PDCCH candidates in a type 1 PDCCH common search space or monitor PDCCH candidates in the UE-specific search space. a control section configured to determine a type of a particular search space, based on search space type information indicating a common search space or a user equipment, UE, specific search space; and characterized by, a receiving section configured to monitor, in the particular search space, physical downlink control channel, PDCCH, candidates for one or a plurality of downlink control information, DCI, formats indicated by one or a plurality of parameters indicating the DCI formats, wherein the one or plurality of parameters are included in the search space type information, and the receiving section is configured to monitor PDCCH candidates in a type 1 PDCCH common search space or monitor PDCCH candidates in the UE-specific search space.
Method for controlling power flow in a DC voltage network having at least one connected converter, in which a control characteristic curve having a predefined dead band region is used to adapt a desired value of a first control parameter (P, ΔP) of the converter on the basis of a further control parameter (V, ΔV) of the converter, characterized in that the control characteristic curve used is a non-linear, monotonously rising or monotonously falling function of the further control parameter in the dead band region.
A quick clamping device for a tool for a turret of a lathe comprising a base receptacle assigned to the turret and a set of fixedly receivable tool holders (10, 10') assigned to the base receptacle, wherein the base receptacle has at least one receiving recess for a tool holder (10, 10'), the receiving recess has a receiving opening on the workpiece machining side and, located opposite to the receiving opening, a tool holder fastener, which is assigned to the receiving recess, is arranged on the base receptacle, characterized in that the tool holder fastener has a clamping screw comprising a holding ring, which projects into the center of the receiving recess in clamping direction of the tool holder (10, 10'), and that the tool holder (10, 10') has a toothing means, which corresponds to a toothing ring of the base receptacle.
An implantable load absorbing device (500, 600) for reducing ankle pain, the device comprising: a first load transmission support (510, 610) configured to be secured to a medial side of the tibia; a second load transmission support (520, 620) configured to be secured to a medial side of the talus; and an implantable compressible absorber (530, 630) configured to off load at least a portion of a compressive load normally experienced by a natural ankle joint, characterized in that said compressible absorber is secured to the first support and the second support, and that the absorber is positioned between the first support and the second support and has at least a first degree of rotational freedom of motion and a first degree of translational freedom of movement to allow ankle motion while absorbing at least a portion of a compressive load normally experienced by the natural ankle joint. a first load transmission support (510, 610) configured to be secured to a medial side of the tibia; a second load transmission support (520, 620) configured to be secured to a medial side of the talus; and an implantable compressible absorber (530, 630) configured to off load at least a portion of a compressive load normally experienced by a natural ankle joint, characterized in that said compressible absorber is secured to the first support and the second support, and that the absorber is positioned between the first support and the second support and has at least a first degree of rotational freedom of motion and a first degree of translational freedom of movement to allow ankle motion while absorbing at least a portion of a compressive load normally experienced by the natural ankle joint.
A welding system comprising a first contact tip, a preheating power supply, and a different welding power supply, wherein the different power supply is connected to the first contact tip, the preheating power supply comprising: power conversion circuitry including first and second output power connectors (230, 228) of the preheating power supply wherein the first output power connector is connected to a second output power connector of the different power supply, wherein both the first and second output power connectors (230, 228) are connected to the first contact tip, and wherein the power conversion circuitry is configured to output welding-type power to the first contact tip via the first output power connector and a second output power connector; and a bypass path prevention circuit configured to prevent less than a threshold voltage applied to the first output power connector and the second output power connector from the different power supply from causing current to flow between the first output power connector and the second output power connector; wherein said preheating power supply establishes a preheat current path via the first contact tip configured to return to the preheating power supply via the second output power connector of the different power supply. power conversion circuitry including first and second output power connectors (230, 228) of the preheating power supply wherein the first output power connector is connected to a second output power connector of the different power supply, wherein both the first and second output power connectors (230, 228) are connected to the first contact tip, and wherein the power conversion circuitry is configured to output welding-type power to the first contact tip via the first output power connector and a second output power connector; and a bypass path prevention circuit configured to prevent less than a threshold voltage applied to the first output power connector and the second output power connector from the different power supply from causing current to flow between the first output power connector and the second output power connector; wherein said preheating power supply establishes a preheat current path via the first contact tip configured to return to the preheating power supply via the second output power connector of the different power supply.