mhurhangee/ep-ind-claims huggingface dataset:
A system for transmitting packets according to an IEEE 802.1x standard using a physical layer module, the system comprising: a first preamble generation module configured to generate a first preamble, wherein the first preamble includes a first training field to train receivers operating at a first data rate; a second preamble generation module configured to generate a second preamble, wherein the second preamble includes a second training field to train receivers operating at a second data rate, and wherein the second data rate is different than the first data rate; and a packet generation module configured to generate a packet, wherein the packet includes the second preamble followed by the first preamble in response to the packet being transmitted at the first data rate, or the first preamble followed by the second preamble in response to the packet being transmitted at the second data rate. a first preamble generation module configured to generate a first preamble, wherein the first preamble includes a first training field to train receivers operating at a first data rate; a second preamble generation module configured to generate a second preamble, wherein the second preamble includes a second training field to train receivers operating at a second data rate, and wherein the second data rate is different than the first data rate; and a packet generation module configured to generate a packet, wherein the packet includes the second preamble followed by the first preamble in response to the packet being transmitted at the first data rate, or the first preamble followed by the second preamble in response to the packet being transmitted at the second data rate. the second preamble followed by the first preamble in response to the packet being transmitted at the first data rate, or the first preamble followed by the second preamble in response to the packet being transmitted at the second data rate.
A test assembly for capturing the fracture stress, wherein the test assembly comprises a test means for a specimen and a drive, which is speed-controlled and which, according to a first alternative, is connected to a piston-cylinder assembly (15, 35) and, according to a second alternative, is connected to a pump, wherein the piston-cylinder assembly (15, 35) or the pump is joined to a pressure line, wherein the pressure line has a connection for the test means and wherein the piston-cylinder assembly (15, 35) has an electric piston-cylinder assembly connected to the drive and a hydraulic piston-cylinder assembly arranged between the electric piston-cylinder assembly and the pressure line, wherein the electric cylinder and the hydraulic cylinder are connected via pistons fixedly connected to one another, characterized in that a cross-sectional delimitation is provided, which is arranged in a branch of the pressure line parallel to the pressure line, wherein the branch is mounted in the flow direction after the specimen to be tested, and the pressure line can be terminated with a shut-off valve downstream of the branch.
Arrangement, which comprises two switch cabinet racks interconnected by means of a baying connector, the switch cabinet racks each having a profile web, which lie in a first common plane and by means of which the switch cabinet racks adjoin each other, and wherein the switch cabinet racks each have a mounting side which lie in a second common plane and face an interior space of the interconnected switch cabinet racks each, the first and the second plane extending parallel to one another and being spaced apart from one another, wherein the baying connector is completely arranged between the first and the second plane, characterized in that the baying connector has a body with opposite contact sides, with which it rests against a further profile side each, which extends between the first and second planes and perpendicular to them, wherein at least one latching projection extends from at least one of the contact sides through a fastening aperture in one of the further profile sides and latches the baying connector to the further profile side.
Apparatus to guide a metal product, said apparatus comprising, a support body, a plurality of support arms associated with said support body, and a plurality of guide rolls installed rotating in an idle manner on said support arms and defining between them a roller guide gap for said metal product, wherein a respective adjustment device is associated with each support arm and configured to adjust, independently from the other adjustment devices, the position of each of said guide rolls, and wherein said apparatus comprises detection devices, each associated with one of said support arms, configured to detect the stresses induced by said metal product on each of said guide rolls, characterised in that each adjustment device comprises its own drive member selected between an electric rotary motor and an electric linear actuator to adjust the position of each of said guide rolls, and in that said apparatus comprises a control and command unit connected to said detection devices and to said drive members, and configured to command the drive of the respective one of said drive members as a function of data detected by said detection devices.
Mixing container which comprises an internal cylindrical container with a lid element that can be closed at the top, and an internal mixing element that is arranged in an axially movable way, characterized in that the mixing element comprises at least two worm-like spiral parts (4, 5) with at least one screw-like spiral part that is arranged axially there-between, and comprises at least one single-part wire helix which is externally adapted to the internal diameter of the container due to its worm-like (4, 5) and/or screw-like spiral parts, maintaining a small sliding gap, the mixing element having an axial length of min. 1/4 to max. 2/3 of the container interior.
A tray deck with orifices and a downcomer being constructed to communicate with the tray deck for a mass transfer column, wherein the orifices comprise a de-entrainment device comprising a downwardly angled deflector 31 positioned in vertical alignment below an orifice in the tray deck, said deflector having at least a longitudinally extending blade disposed in angular relation to a horizontal plane and a vertical plane; and at least one vertically disposed leg extending from said deflector with which said deflector is mounted below the tray deck. a downwardly angled deflector 31 positioned in vertical alignment below an orifice in the tray deck, said deflector having at least a longitudinally extending blade disposed in angular relation to a horizontal plane and a vertical plane; and at least one vertically disposed leg extending from said deflector with which said deflector is mounted below the tray deck.
A nozzle for an oral irrigator device, comprising: - an elongated body having a channel; - a guidance tip located at a distal end of the elongated body, wherein said guidance tip includes at least two orifices (36 1,36 2) coupled to the channel and disposed within a surface of said guidance tip, the orifices evenly spaced apart from a center of the surface of said guidance tip, and further being spaced apart from one another within the surface of said guidance tip such that during use a first orifice (36 1) is located in front of a first tooth and a second orifice (36 2) is located in front of a second tooth wherein the orifices expel a fluid as at least one of a jet, or a spray; and - a nozzle spacer assembly positioned around the orifices of said guidance tip, wherein said nozzle spacer assembly comprises at least two pairs of pliable spacers that extend from the surface of said guidance tip by a prescribed amount for establishing an angle of impact of the fluid expelled from the orifices. - an elongated body having a channel; - a guidance tip located at a distal end of the elongated body, wherein said guidance tip includes at least two orifices (36 1,36 2) coupled to the channel and disposed within a surface of said guidance tip, the orifices evenly spaced apart from a center of the surface of said guidance tip, and further being spaced apart from one another within the surface of said guidance tip such that during use a first orifice (36 1) is located in front of a first tooth and a second orifice (36 2) is located in front of a second tooth wherein the orifices expel a fluid as at least one of a jet, or a spray; and - a nozzle spacer assembly positioned around the orifices of said guidance tip, wherein said nozzle spacer assembly comprises at least two pairs of pliable spacers that extend from the surface of said guidance tip by a prescribed amount for establishing an angle of impact of the fluid expelled from the orifices.
Pump unit, particularly for medical use, particularly for water-jet surgery, having at least one cylinder 11 with a piston displaceably supported therein, having a first channel connected with cylinder in which a first valve is arranged having a first valve closing member assigned to a first valve seat, having a second channel connected with cylinder in which a second valve is arranged having a second valve closing member assigned to a second valve seat, wherein at least one of the valve closing members (32, 32') comprises a disc-shaped head section and, extending away therefrom, an elastic shank section, characterized in that the at least one valve closing members (32, 32') is held with the elastic shank section in a support structure through which no flow passes and that is opposite valve seat (38, 38'). having at least one cylinder 11 with a piston displaceably supported therein, having a first channel connected with cylinder in which a first valve is arranged having a first valve closing member assigned to a first valve seat, having a second channel connected with cylinder in which a second valve is arranged having a second valve closing member assigned to a second valve seat, wherein at least one of the valve closing members (32, 32') comprises a disc-shaped head section and, extending away therefrom, an elastic shank section, characterized in that the at least one valve closing members (32, 32') is held with the elastic shank section in a support structure through which no flow passes and that is opposite valve seat (38, 38').
A cardiac implant (1; 100) for implantation around an exterior of a heart, the implant comprising: an implant body (10; 110) comprising a mesh material that is formed into a generally tubular configuration, the implant body comprising a leading end portion defining an open leading end (12; 112) and a trailing end portion defining an open trailing end of a diameter that is less than a diameter of the open leading end, wherein the implant body can be installed on the heart so as to surround an inferior portion of the heart that includes at least a portion of the left and right ventricles; and a first fillable bladder (800; 900) attached to an exterior surface or disposed on an interior surface of the implant body and positioned relative to the open leading end such that, when the leading end portion is advanced around the heart from an inferior, apex end of the heart, the first fillable bladder is positionable on an exterior of a heart wall, characterized in that the first fillable bladder includes a base layer and an expanding layer (820; 920) with a pressure-exerting surface (824; 924) positioned within a periphery of side walls (822; 922) with one or more undulations, wherein the one or more undulations are configured to unfold in response to a pressure increase in an interior space of the first fillable bladder and move the pressure-exerting surface away from the base layer. an implant body (10; 110) comprising a mesh material that is formed into a generally tubular configuration, the implant body comprising a leading end portion defining an open leading end (12; 112) and a trailing end portion defining an open trailing end of a diameter that is less than a diameter of the open leading end, wherein the implant body can be installed on the heart so as to surround an inferior portion of the heart that includes at least a portion of the left and right ventricles; and a first fillable bladder (800; 900) attached to an exterior surface or disposed on an interior surface of the implant body and positioned relative to the open leading end such that, when the leading end portion is advanced around the heart from an inferior, apex end of the heart, the first fillable bladder is positionable on an exterior of a heart wall, characterized in that the first fillable bladder includes a base layer and an expanding layer (820; 920) with a pressure-exerting surface (824; 924) positioned within a periphery of side walls (822; 922) with one or more undulations, wherein the one or more undulations are configured to unfold in response to a pressure increase in an interior space of the first fillable bladder and move the pressure-exerting surface away from the base layer.
An acoustic sensor comprising: - a component having an input and an output, the component being able to conduct light waves in a plurality of propagation modes between the input and the output, the component being further adapted to convert an acoustic signal to be measured into a phase shift proportional to an intermodal interference between at least two propagation modes, and - a detector of a physical quantity dependent on the phase shift of the signal coming from the component, the acoustic sensor being characterized in that the component comprises a multimode optical fiber, positioned between two reflectors (28, 30), to form a cavity. - a component having an input and an output, the component being able to conduct light waves in a plurality of propagation modes between the input and the output, the component being further adapted to convert an acoustic signal to be measured into a phase shift proportional to an intermodal interference between at least two propagation modes, and - a detector of a physical quantity dependent on the phase shift of the signal coming from the component,
A refrigerated display case door, comprising: a hinge rail comprising a channel portion and a hinge receiving portion; a panel assembly comprising two panes (21, 23) of glass bounding a sealed space between the panes, the panel assembly having a first vertical edge disposed within the channel portion of the hinge rail; and a handle secured to a surface of the panel assembly proximate a second vertical edge of the panel assembly opposite the first vertical edge; wherein the sealed space is closed by a peripheral seal disposed between the panes along a periphery of the panes, the peripheral seal comprising a first material extending along a first portion of the periphery and a second material extending along a second, different portion of the periphery, wherein the first portion of the periphery is along the first vertical edge of the panel assembly and the second portion of the periphery is along the second vertical edge, and wherein the hinge rail is arranged to cover the peripheral seal applied along the first vertical edge; and wherein the second material has a higher transmittance of visible light than that of the first material. a hinge rail comprising a channel portion and a hinge receiving portion; a panel assembly comprising two panes (21, 23) of glass bounding a sealed space between the panes, the panel assembly having a first vertical edge disposed within the channel portion of the hinge rail; and a handle secured to a surface of the panel assembly proximate a second vertical edge of the panel assembly opposite the first vertical edge; wherein the sealed space is closed by a peripheral seal disposed between the panes along a periphery of the panes, the peripheral seal comprising a first material extending along a first portion of the periphery and a second material extending along a second, different portion of the periphery, wherein the first portion of the periphery is along the first vertical edge of the panel assembly and the second portion of the periphery is along the second vertical edge, and wherein the hinge rail is arranged to cover the peripheral seal applied along the first vertical edge; and wherein the second material has a higher transmittance of visible light than that of the first material.
A variable lead end mill having a plurality of peripheral cutting edges (20, 20a to 20e) with different helix angles (A, λa to λe), the variable lead end mill having a flute bottom diameter (d) of a plurality of helix flutes (16, 16a to 16e, 42, 50) making up rake faces of the plurality of the peripheral cutting edges, the flute bottom diameter (d) increasing in an axial direction from a tool tip toward a shank characterized in that a cross-sectional shape of the helix flute orthogonal to an axial center on a cutting-edge rear side leading to a heel of a land (18, 18a to 18e) of the peripheral cutting edge is defined based on a tangential line drawn from the heel of the land to a flute bottom circle passing through flute bottoms of the plurality of the helix flutes such that a flute wall surface falls within an allowable range defined with a width dimension of 0.05 D relative to a cutting diameter D on each of both sides of the tangential line.
A monitoring system for noninvasively monitoring parameters of a subject engaged in a physical activity, the system comprising: a monitoring garment configured to cover a portion of a subject's torso; and a sensor system embedded in the monitoring garment, wherein the sensor system is responsive to changes in distance between two or more sensors (22, 24), wherein the sensor system is further configured to generate and transmit a signal representing a change in the distance between the two or more sensors (22, 24); wherein the sensor system further comprises one or more audio sensors; characterized in that the sensor system embedded in the monitoring garment further comprises a speaker to enable two-way communication by and between the monitored subject and a monitoring station or individual. a monitoring garment configured to cover a portion of a subject's torso; and a sensor system embedded in the monitoring garment, wherein the sensor system is responsive to changes in distance between two or more sensors (22, 24), wherein the sensor system is further configured to generate and transmit a signal representing a change in the distance between the two or more sensors (22, 24); wherein the sensor system further comprises one or more audio sensors; characterized in that the sensor system embedded in the monitoring garment further comprises a speaker to enable two-way communication by and between the monitored subject and a monitoring station or individual.
A bridging element for bridging a battery cell or accumulator cell, comprising the following features: a semiconductor substrate with a first doping region arranged at a surface of the semiconductor substrate and a second doping region adjacent to the first doping region, wherein the first doping region comprises a first conductivity type and the second doping region comprises a second conductivity type, wherein the p-n-junction between the first doping region and the second doping region is at least partially arranged less than 5 μm away from a contact area of the first doping region arranged at the surface of the semiconductor substrate; a first contact structure which is in contact with the first doping region in the contact area of the first doping region and comprises at least partially an electrically conductive material provided for a diffusion into the semiconductor substrate, wherein the first contact structure is configured so that the electrically conductive material provided for a diffusion into the semiconductor substrate diffuses at least partially through the first doping region into the second doping region in case predefined trigger conditions occur; and a second contact structure which is in contact with the second doping region in a contact area of the second doping region, wherein the electrically conductive material of the first contact structure provided for a diffusion into the semiconductor substrate is a dopant yielding the second conductivity type in the semiconductor substrate. a semiconductor substrate with a first doping region arranged at a surface of the semiconductor substrate and a second doping region adjacent to the first doping region, wherein the first doping region comprises a first conductivity type and the second doping region comprises a second conductivity type, wherein the p-n-junction between the first doping region and the second doping region is at least partially arranged less than 5 μm away from a contact area of the first doping region arranged at the surface of the semiconductor substrate; a first contact structure which is in contact with the first doping region in the contact area of the first doping region and comprises at least partially an electrically conductive material provided for a diffusion into the semiconductor substrate, wherein the first contact structure is configured so that the electrically conductive material provided for a diffusion into the semiconductor substrate diffuses at least partially through the first doping region into the second doping region in case predefined trigger conditions occur; and a second contact structure which is in contact with the second doping region in a contact area of the second doping region, wherein the electrically conductive material of the first contact structure provided for a diffusion into the semiconductor substrate is a dopant yielding the second conductivity type in the semiconductor substrate.
Use of a composition constituted as an aqueous composition comprising molasses, said molasses comprising sugar, wherein the concentration of the sugar in the composition is between 150 g/l and 1000 g/l, and magnesium chloride (MgCl 2) with a concentration of between 50 g/l and 580 g/l in said composition, for application to products to protect against fire.