mhurhangee/ep-ind-claims huggingface dataset:
Electro-pneumatic braking system for a railway vehicle, comprising a pneumatic pressure supply pipe, generator means for generating a vehicle load signal, weighting means designed to supply a weighted pneumatic pressure which defines a maximum braking pressure, limited as a function of the load signal, and braking control means (BCA1,... BCAN) connected to the weighting means and comprising a relay valve connected between said pipe and at least one brake cylinder (BC1,... BCN), to cause the application to said cylinder (BC1,... BCN) of a controllable braking pressure, equal to or less than said weighted pressure; the system being characterized in that the weighting means comprise an electro-pneumatic drive assembly (EPDA), which is interposed between said pipe and the drive inlet (d) of said relay valve and is connected to said pipe through a pressure limiter, and an electronic weighting control unit which controls said drive assembly (EPDA) as a function of said load signal, so as to modulate in predetermined ways the pressure at the drive inlet (d) of said relay valve.
A computer program, including instructions that, when executed, cause a computer system to at least: process a connection request to establish a connection, the connection request received at a first node of a firewall cluster having three or more nodes, some of the nodes to perform a firewall application and others of the nodes to perform an intrusion protection task, the first node to perform a firewall task; share state information, associated with the established connection, with at least a second node in the firewall cluster; reassign, in response to failure of a third node configured to perform an intrusion protection task, the first node to perform the intrusion protection task, and assign the second node in the firewall cluster to process the established connection based on the shared state information; wherein the state information associates an identified user with the established connection. process a connection request to establish a connection, the connection request received at a first node of a firewall cluster having three or more nodes, some of the nodes to perform a firewall application and others of the nodes to perform an intrusion protection task, the first node to perform a firewall task; share state information, associated with the established connection, with at least a second node in the firewall cluster; reassign, in response to failure of a third node configured to perform an intrusion protection task, the first node to perform the intrusion protection task, and assign the second node in the firewall cluster to process the established connection based on the shared state information; wherein the state information associates an identified user with the established connection.
Plant-growing roof made of film or sheet material with a temperature-dependent transparency to radiation, which is provided by at least one plastic layer in or on a sheet or at least one film layer and manifests itself by a reduced optical transparency above a switching temperature, wherein the layer with the temperature-dependent transparency to radiation exhibits a gradual or a two- or multi-stage transparency reduction at increasing temperatures in a temperature range between 20°C and 50°C, wherein in the case of a gradual transparency reduction an overall switching stroke is realised within a temperature interval of 3°C to 30°C temperature difference, or wherein in the case of a two- or multi-stage transparency reduction the material has several switching temperatures in the desired temperature range from 20°C to higher temperatures.
A method for facilitating mobile terminal access to a network application (108, 308, 422) that is hosted by a plurality of application servers (310, 312, 314) on a network (104, 316), comprising: embedding (602, 702) an application identifier corresponding to the network application (108, 308, 422), and associated application access parameters including an application server address of one of the plurality of applications servers, into provisioning information (402, 502); transferring (604, 704) the provisioning information (402, 502) to at least one mobile terminal (102, 202, 408) in connection with a provisioning procedure associated with establishing basic network connectivity for the at least one mobile terminal (102, 202, 408), wherein the transferred provisioning information (402, 502) facilitates provisioning (608, 706) the mobile terminal (102, 202, 408) to access the network application (108, 308, 422) via the application server (310, 312, 314) identified by the application server address provided with the provisioning information (402, 502). embedding (602, 702) an application identifier corresponding to the network application (108, 308, 422), and associated application access parameters including an application server address of one of the plurality of applications servers, into provisioning information (402, 502); transferring (604, 704) the provisioning information (402, 502) to at least one mobile terminal (102, 202, 408) in connection with a provisioning procedure associated with establishing basic network connectivity for the at least one mobile terminal (102, 202, 408), wherein the transferred provisioning information (402, 502) facilitates provisioning (608, 706) the mobile terminal (102, 202, 408) to access the network application (108, 308, 422) via the application server (310, 312, 314) identified by the application server address provided with the provisioning information (402, 502).
Bracket anchor for supporting a facing shell or façade panel placed at a distance in front of an external wall (2, 29) or an external wall element of a building, wherein the bracket anchor (1, 25, 30) comprises at least one support anchor, a cantilever (5, 26, 31) and a support part (10, 43), on which the facing shell or façade panel is supported, wherein the support anchor and the support part (10, 43) are undetachably located on the cantilever and the bracket anchor is therefore designed in one piece, characterised in that the support anchor has a shaft and a head formed at one end thereof as well as another end unreleasably joined to the cantilever at an edge of the cantilever.
A method for transmitting, the method comprising: generating a first cyclic redundancy check, CRC, for a transport block of data; attaching the first CRC to the transport block of data; segmenting the transport block with the attached first CRC into one or more code blocks based on a size of the transport block of data with the attached first CRC; generating a second CRC for each of the one or more code blocks if a number of the one or more code blocks is greater than one; attaching the second CRC to each of the one or more code blocks; and encoding data bits of at least one of the one or more code blocks with the attached second CRC, wherein if the number of the one or more code blocks is one, the second CRC is not generated for any of the one or more code blocks. generating a first cyclic redundancy check, CRC, for a transport block of data; attaching the first CRC to the transport block of data; segmenting the transport block with the attached first CRC into one or more code blocks based on a size of the transport block of data with the attached first CRC; generating a second CRC for each of the one or more code blocks if a number of the one or more code blocks is greater than one; attaching the second CRC to each of the one or more code blocks; and encoding data bits of at least one of the one or more code blocks with the attached second CRC, wherein if the number of the one or more code blocks is one, the second CRC is not generated for any of the one or more code blocks.
Apparatus for use with an optical fiber shape-sensing system, the apparatus comprising: a shape sensing optical fiber, optically couplable to the optical fiber shape-sensing system, and configured to change shape during advancement through a greater palatine canal of a subject; a delivery tool configured to be removably coupled to the optical fiber and to distally advance the optical fiber through the greater palatine canal; and a neural stimulator implant, configured to apply electrical stimulation to a sphenopalatine ganglion of the subject, and (i) not in contact with the optical fiber, and (ii) shaped and sized to be delivered to the sphenopalatine ganglion by the delivery tool. a shape sensing optical fiber, optically couplable to the optical fiber shape-sensing system, and configured to change shape during advancement through a greater palatine canal of a subject; a delivery tool configured to be removably coupled to the optical fiber and to distally advance the optical fiber through the greater palatine canal; and a neural stimulator implant, configured to apply electrical stimulation to a sphenopalatine ganglion of the subject, and (i) not in contact with the optical fiber, and (ii) shaped and sized to be delivered to the sphenopalatine ganglion by the delivery tool.
A three-dimensional measurement apparatus comprising: a first camera for capturing an image of a workpiece; a second camera for capturing an image of the workpiece from a view point different from the first camera; and a control unit for calculating three-dimensional coordinates from a first image acquired by capturing the workpiece with the first camera and preset virtual workpiece depth information, calculating a projection of the three-dimensional coordinates to the second camera from the calculated three-dimensional coordinates and a posture parameter of the second camera relative to the first camera, setting a cropping range of the second camera based on the calculated projection, and measuring a three-dimensional position of the workpiece from the first image captured with the first camera and a second image cropped in the cropping range of the second camera. a first camera for capturing an image of a workpiece; a second camera for capturing an image of the workpiece from a view point different from the first camera; and a control unit for calculating three-dimensional coordinates from a first image acquired by capturing the workpiece with the first camera and preset virtual workpiece depth information, calculating a projection of the three-dimensional coordinates to the second camera from the calculated three-dimensional coordinates and a posture parameter of the second camera relative to the first camera, setting a cropping range of the second camera based on the calculated projection, and measuring a three-dimensional position of the workpiece from the first image captured with the first camera and a second image cropped in the cropping range of the second camera.
A process for forming a reflective feature, the process comprising direct write printing an ink comprising metallic nanoparticles onto a substrate surface to form a design, the design comprising a first element at least partially coplanar with a second element, wherein the first element causes incident light to be reflected with a first intensity that varies as the angle of incidence changes relative to a surface of the reflective feature, the second element causes incident light to be reflected with a second intensity that varies as the angle of incidence changes relative to the surface of the reflective feature, and the variation of the first intensity as the angle of incidence changes differs from the variation of the second intensity as the angle of incidence changes.
A system for supplying a web of packaging material to a packaging machine, the system comprising: a motor rotating a roll of a web of packaging material, a conveyor conveying the web from upstream to downstream; the system further comprises a dancer located downstream of the roll and upstream of the conveyor, the dancer being movable between first and second positions based upon a change in tension of the web, and a control circuit controlling the motor and being in communication with at least one sensor sensing the position of the dancer, characterized in that the control circuit controls the motor to rotate the roll to thereby cause the dancer to move from the first position to the second position, wherein the control circuit calculates a starting speed of the motor based upon the movement of the dancer from the first position to the second position, and further wherein the control circuit controls the motor at the calculated starting speed to begin supplying the web to the conveyor. a motor rotating a roll of a web of packaging material, a conveyor conveying the web from upstream to downstream; the system further comprises a dancer located downstream of the roll and upstream of the conveyor, the dancer being movable between first and second positions based upon a change in tension of the web, and a control circuit controlling the motor and being in communication with at least one sensor sensing the position of the dancer, characterized in that the control circuit controls the motor to rotate the roll to thereby cause the dancer to move from the first position to the second position, wherein the control circuit calculates a starting speed of the motor based upon the movement of the dancer from the first position to the second position, and further wherein the control circuit controls the motor at the calculated starting speed to begin supplying the web to the conveyor.
Motor vehicle structure comprising: - a chassis, - a cross member supporting a power unit of said vehicle, - a supporting structure mounted on the chassis and dedicated to receiving the powertrain, - and a support (5a,5b) for mounting the crosspiece, each of the ends (4a,4b) of the crosspiece being fixed via a said support (5a,5b) to the structure carrier, at least one said support being provided with a shock impactor which is oriented transversely on the chassis towards at least one structural element (6,7) equipping the chassis, against which said at least one structural element (6,7) the shock impactor is able to bear in the event of an impact supported by the chassis essentially along its longitudinal direction of extension, characterized in that an edge of the impact impactor oriented towards said structural element (6,7) is inclined in the longitudinal plane and transverse plane of extension of the chassis, said inclined edge of the impact impactor providing a progressive support ramp for the impact impactor against said at least one structural element (6,7) under the effect of said impact. - a chassis, - a cross member supporting a power unit of said vehicle, - a supporting structure mounted on the chassis and dedicated to receiving the powertrain, - and a support (5a,5b) for mounting the crosspiece, each of the ends (4a,4b) of the crosspiece being fixed via a said support (5a,5b) to the structure carrier,
Disc brake for a commercial vehicle, having a brake calliper preferably formed as a sliding calliper and engaging over a brake disc, and having an application-side brake pad and an assigned reaction-side brake pad on a calliper back, which each have a pad carrier plate with a friction lining and which are mounted transversely with respect to the brake application direction, secured in a pad shaft of a fixed-location brake carrier, characterised in that the pad carrier plate of the reaction-side brake pad is provided on its rear side facing away from the friction lining with at least one double-winged holding element which engages behind a recess on both sides, the recess being provided at an edge, of the calliper back, defining at the top side an assembly opening of the brake calliper in the insertion direction of the brake pad.
Fuel injector comprising: a nozzle body having a cavity for inserting a nozzle needle, a nozzle tip provided at a longitudinal end of the nozzle body and having an opening channel for discharging fuel, and a heat shield for cooling the nozzle tip, said heat shield having a recess for the passage of a nozzle tip section provided with the opening channel and being attached to the nozzle body in a sealing manner, wherein a gap between the nozzle body and the heat shield can be supplied with a cooling fluid via an inlet and an outlet, and at least one element for guiding the flow of a cooling fluid flowing between the inlet and the outlet is provided in the gap, characterised in that the element for guiding the flow is formed in one piece with the heat shield, wherein preferably the element for guiding the flow and the heat shield are applied directly to the nozzle body using an additive method. a nozzle body having a cavity for inserting a nozzle needle, a nozzle tip provided at a longitudinal end of the nozzle body and having an opening channel for discharging fuel, and a heat shield for cooling the nozzle tip, said heat shield having a recess for the passage of a nozzle tip section provided with the opening channel and being attached to the nozzle body in a sealing manner, wherein a gap between the nozzle body and the heat shield can be supplied with a cooling fluid via an inlet and an outlet, and at least one element for guiding the flow of a cooling fluid flowing between the inlet and the outlet is provided in the gap, characterised in that the element for guiding the flow is formed in one piece with the heat shield, wherein preferably the element for guiding the flow and the heat shield are applied directly to the nozzle body using an additive method.
Valve apparatus consisting of at least one valve piston arranged in a valve housing such that it can be displaced longitudinally, said valve piston being moved by means of a drive along with an associated drive train and connecting or separating individual fluid connection points (A, B, P, T) present in the valve housing to or from one another, wherein, by means of a sensor device, the respective position of the drive train and thus the respective position of the valve piston in the valve housing is monitored, wherein the drive is an electric motor, wherein the drive train comprises a motor shaft that can be driven by the electric motor, and wherein the sensor device comprises a sensor, which monitors the motor shaft, characterised in that the motor shaft emerges with one of its ends in a gear unit, which controls a drive pinion with a gear shaft, said drive pinion meshing with a toothed rack, which interacts with the valve piston, and in that the sensor device comprises a sensor, which monitors the gear shaft. wherein, by means of a sensor device, the respective position of the drive train and thus the respective position of the valve piston in the valve housing is monitored, wherein the drive is an electric motor, wherein the drive train comprises a motor shaft that can be driven by the electric motor, and wherein the sensor device comprises a sensor, which monitors the motor shaft, characterised in that the motor shaft emerges with one of its ends in a gear unit, which controls a drive pinion with a gear shaft, said drive pinion meshing with a toothed rack, which interacts with the valve piston, and in that the sensor device comprises a sensor, which monitors the gear shaft.
Feeding boiler for heating water or other thermal fluid lines comprising a burner comprising its own cleaning system; a combustion chamber; an heat exchanger comprising a modular set where each module comprises an hollow central body and, two caps coupled at opposed faces of said heat exchanger; the feeding boiler comprising also a mechanical cleaning system composed by a group of cleaning modules, each cleaning module comprising a metallic structure with a geometry in inversed U shape with an upper axis and a lower axis, making the referred group of cleaning modules to slide over the heat exchanger, the feeding boiler being characterized in that each hollow body has fins, the upper and lower axis of the metallic structure are both coupled to toothed sprockets synchronized by gear chains, and the burner cleaning system comprises an actuator and a scraper whose lower surface is coincidental with the internal surface of the post-chamber.
An integrated circuit architecture defined by a die structure with a plurality of exposed conductive pads arranged in a grid of rows and columns, the plurality of exposed conductive pads including at least one shared power input conductive pad and a shared power detection output conductive pad, the integrated circuit architecture comprising: a first operating frequency region of the die structure including a first transmit chain with at least one first operating frequency power amplifier and a first receive chain including at least one first operating frequency low noise amplifier; a second operating frequency region of the die structure including a second transmit chain with at least one second operating frequency power amplifier and a second receive chain including at least one second operating frequency low noise amplifier; and a shared region of the die structure defined by an overlapping segment of the first operating frequency region and the second operating frequency region, the shared region including: the at least one shared power input conductive pad, said at least one shared power input conductive pad being connected to the first transmit chain, the second transmit chain, the first receive chain, and the second receive chain, and the shared power detection output conductive pad, said shared power detection output conductive pad being connected to the first transmit chain and the second transmit chain. a first operating frequency region of the die structure including a first transmit chain with at least one first operating frequency power amplifier and a first receive chain including at least one first operating frequency low noise amplifier; a second operating frequency region of the die structure including a second transmit chain with at least one second operating frequency power amplifier and a second receive chain including at least one second operating frequency low noise amplifier; and a shared region of the die structure defined by an overlapping segment of the first operating frequency region and the second operating frequency region, the shared region including: the at least one shared power input conductive pad, said at least one shared power input conductive pad being connected to the first transmit chain, the second transmit chain, the first receive chain, and the second receive chain, and the shared power detection output conductive pad, said shared power detection output conductive pad being connected to the first transmit chain and the second transmit chain. the at least one shared power input conductive pad, said at least one shared power input conductive pad being connected to the first transmit chain, the second transmit chain, the first receive chain, and the second receive chain, and the shared power detection output conductive pad, said shared power detection output conductive pad being connected to the first transmit chain and the second transmit chain.
A compound, which is 3-cyclopentyl-3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]propanenitrile, wherein one or more hydrogen atoms are replaced by deuterium; or a pharmaceutically acceptable salt thereof.