mhurhangee/ep-ind-claims huggingface dataset:
A high-voltage driver switch system, comprising: a main control chip module and an energy storage capacitor are both connected to a battery pack, and a drive circuit module is, respectively, connected to the main control chip module and the battery pack, a pre-charging circuit and a charging circuit both for charging the energy storage capacitor, the pre-charging circuit comprises a current limiting resistor connected to the main control chip module to pre-charge the energy storage capacitor under the control of the main control chip module, the charging circuit is connected to the main control chip module and has an electronic switching module which comprises two ends connected, respectively, to the battery pack and the energy storage capacitor, the battery pack is configured to charge the energy storage capacitor when the electronic switching module is switched on by the main control chip module, a first sampling circuit is provided between the electronic switching module and the battery pack and a second sampling circuit is provided between the electronic switching module and the drive circuit module, and feedback terminals of the first sampling circuit and the second sampling circuit are both connected to the main control chip module characterized in that the pre-charging circuit further comprises a first switch tube, a Positive Temperature Coefficient, PTC, thermistor, a second switch tube, a rectifier tube, and wherein the first switch tube is connected to the main control chip module, the second switch tube is connected to the first switch tube, and wherein the PTC thermistor, the second switch tube, the rectifier tube and the current limiting resistor are connected in that order, and wherein the other end of the PTC thermistor is connected to a positive output end of the battery pack, and the other end of the current limiting resistor is connected to the positive electrode of the energy storage capacitor, wherein the pre-charging circuit is configured to be turned on by a single pulse sent from the main control chip module to charge the energy storage capacitor for a first time; and the main control chip module is configured not to send another single pulse to the pre-charging circuit again after sending the single pulse.
A high-strength seamless stainless steel pipe for oil country tubular goods having the composition which contains, by mass%, C: 0.05% or less, Si: 1.0% or less, Mn: 0.1 to 0.5%, P: 0.05% or less, S: less than 0.005%, Cr: more than 15.0% to 19.0% or less, Mo: more than 2.0% to 2.7% or less, Cu: 0.3 to 3.5%, Ni: 3.0% or more and less than 5.0%, W: 0.1 to 3.0%, Nb: 0.07 to 0.5%, V: 0.01 to 0.5%, Al: 0.001 to 0.1%, N: 0.010 to 0.100%, O: 0.01% or less, optionally one kind or two or more kinds selected from a group consisting of Ti: 0.3% or less, B: 0.0050% or less, Zr: 0.2% or less, Co: 1.0% or less, and Ta: 0.1% or less, optionally one kind or two kinds selected from a group consisting of Ca: 0.0050% or less and REM: 0.01% or less, optionally one kind or two kinds selected from a group consisting of Mg: 0.01% or less and Sn: 0.2% or less and Fe and unavoidable impurities as a balance, wherein Nb, Ta, C, N and Cu satisfy a following formula, having a microstructure which is formed of 45% or more of a tempered martensite phase, 20 to 40% of a ferrite phase, and more than 10% and 25% or less of a residual austenite phase in terms of a volume ratio, and having a yield strength YS of 862MPa or more: 5.1 × Nb + 0.5 Ta − 10 − 2.2 / C + 1.2 N + Cu ≥ 2.0 where, Nb, Ta, C, N and Cu: contents in mass % of respective elements which are expressed as zero when not contained.
Use of a non-woven fabric comprising at least two polymers, where the melting point of at least one first polymer is above the melting point of at least one second polymer, and where the first polymer takes the form of elemental segments distributed in a matrix made of the second polymer, as acoustic absorption material, where the thickness of the non-woven fabric is from 0.01 mm to 1 mm, preferably from 0.05 mm to 0.5 mm, in particular from 0.1 mm to 0.2 mm, characterized in that the permeability of the non-woven fabric to air is from 20 to 100 l/m 2 sec, measured in accordance with DIN EN ISO 9237, for a weight per unit area of 100 g/m 2, 20 cm 2 and 50 Pa.
A plurality of similarly-shaped bladders each bladder comprising: a first surface and an opposite second surface that are peripherally-joined to define an edge (51, 52, 53, 54, 55, 56) of the bladder, the first surface and the second surface enclosing a pressurized fluid within the bladder; a bond spaced inward from the edge of the bladder to define a channel between the bond and the edge; and an inflation area in fluid communication with the channel, the inflation area providing a zone for inserting the fluid into the bladder, and the inflation area being sealed to seal the fluid within the bladder, wherein the bladder has the configuration of a tessellation by being able to cover an area without significant gaps or overlaps with the plurality of similarly-shaped bladders and wherein the similarly-shaped bladders are configured to be encapsulated within a midsole of an article of footwear. a first surface and an opposite second surface that are peripherally-joined to define an edge (51, 52, 53, 54, 55, 56) of the bladder, the first surface and the second surface enclosing a pressurized fluid within the bladder; a bond spaced inward from the edge of the bladder to define a channel between the bond and the edge; and an inflation area in fluid communication with the channel, the inflation area providing a zone for inserting the fluid into the bladder, and the inflation area being sealed to seal the fluid within the bladder, wherein the bladder has the configuration of a tessellation by being able to cover an area without significant gaps or overlaps with the plurality of similarly-shaped bladders and wherein the similarly-shaped bladders are configured to be encapsulated within a midsole of an article of footwear.
Method for operating a networked military unit having at least two deployment vehicles (1, 2, 3) equipped with sensors, wherein sensor data of at least one sensor of a second deployment vehicle is accessed from at least one first deployment vehicle and the at least one sensor of the second deployment vehicle is remotely operated from at least one first deployment vehicle, characterized in that mutual control of effectors between the deployment vehicles (1, 2, 3) is enabled.
A first network node for a wireless communication system, the first network node being configured to a) determine a set of candidate mobile edge computing, MEC, hosts based on a distance from a client device to each candidate MEC host, wherein the set of candidate MEC hosts is a set of candidate MEC hosts ordered based on a vicinity of each candidate MEC host to the client device; b) transmit a first control message to a second network node, wherein the first control message indicates the set of candidate MEC hosts, the client device, and network performance boundaries for selection of a MEC host; c) receive a second control message from the second network node, wherein the second control message indicates a subset of the set of candidate MEC hosts and performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts, and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; d) select a MEC host from the subset of candidate MEC hosts based on the performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; and e) transmit a third control message to the second network node, wherein the third control message indicates the selected MEC host; wherein the first network node is a mobile edge orchestrator, MEO, and the second network node is a network data analytics function, NWDAF. a) determine a set of candidate mobile edge computing, MEC, hosts based on a distance from a client device to each candidate MEC host, wherein the set of candidate MEC hosts is a set of candidate MEC hosts ordered based on a vicinity of each candidate MEC host to the client device; b) transmit a first control message to a second network node, wherein the first control message indicates the set of candidate MEC hosts, the client device, and network performance boundaries for selection of a MEC host; c) receive a second control message from the second network node, wherein the second control message indicates a subset of the set of candidate MEC hosts and performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts, and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; d) select a MEC host from the subset of candidate MEC hosts based on the performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; and e) transmit a third control message to the second network node, wherein the third control message indicates the selected MEC host;
A self-locking traction unit for use in surgical procedures, with an elongate extension defining a longitudinal axis, the traction unit comprising: - an operator for operating the traction unit; - a connecting end for connecting a surgical accessory to the traction unit; - a threaded spindle drive with a) a spindle with an external thread extending along the longitudinal axis; and b) a spindle nut with an internal thread seated on the spindle which engages with the external thread; - a carriage which can be displaced along the longitudinal axis through a relative rotation between the spindle and the spindle nut; - a drive device located at the operating end for rotatingly driving the threaded spindle drive; characterized in that the traction unit further comprises a gear mechanism which is connected between the drive device and the threaded spindle drive, wherein the gear mechanism is designed to output a rotary movement of the drive device to the threaded spindle drive in a stepped-up manner, and wherein the traction unit can be moved quickly by means of the step-up gear mechanism. - an operator for operating the traction unit; - a connecting end for connecting a surgical accessory to the traction unit; - a threaded spindle drive with a) a spindle with an external thread extending along the longitudinal axis; and b) a spindle nut with an internal thread seated on the spindle which engages with the external thread; a) a spindle with an external thread extending along the longitudinal axis; and b) a spindle nut with an internal thread seated on the spindle which engages with the external thread; - a carriage which can be displaced along the longitudinal axis through a relative rotation between the spindle and the spindle nut; - a drive device located at the operating end for rotatingly driving the threaded spindle drive;
A piece of furniture configured for modular assembly, in particular a piece of seating furniture, such as a bank, a chair, a couch, an armchair or the like, the piece of furniture comprising a plurality of strip-like seat portion elements (3, 3a) which form a seat portion and which are disposed in a row and essentially parallel to each other in a first plane E1, the seat portion elements each resting on at least two strip-like leg elements (9a, 9b) which form a substantially right angle with the seat portion elements, the piece of furniture further comprising a plurality of strip-like side portion elements (17, 18, 19) forming a right side portion and a left side portion, the lowest side portion element of each side portion being disposed on the respective end portions of the seat portion elements, and all side portion elements of each side portion being disposed essentially parallel to each other in a second plane E2 and E2', respectively, which forms an essentially right angle with the first plane E1, the side portion elements of each side portion being at least partly connected to each other via plug connections, the piece of furniture further comprising a plurality of strip-like backrest portion elements (38, 41, 44, 47, 50, 53) forming a backrest portion and being disposed essentially parallel to each other in a third plane E3, which forms an essentially right angle with each of the first plane E1 and the second plane E2, the backrest portion elements being at least partly connected to each other and to side portion elements via plug connections.
A method for performing fast reroute, FRR, operations at the edge of a routing domain of a network, the network having first and second edge devices coupled to a neighboring routing domain, the method comprising: A. detecting a loss of communication between the first edge device and the neighboring routing domain; B. receiving a data packet (105, 210) at the first edge device, the received data packet (105, 210) containing a destination address that is reachable via the neighboring routing domain; C. determining whether the received data packet (105, 210) was previously rerouted based on status information transported concurrently with the packet or sent separately to the first edge device; and D. in response to determining that the received data packet (105, 210) was not previously rerouted, rerouting the data packet (105, 210) to the second edge device for forwarding to the neighboring routing domain, having first designated the packet (105, 210) as protected to indicate that it is being rerouted wherein the protected status information is transported concurrently with the packet (105, 210) or sent separately to the second edge device. A. detecting a loss of communication between the first edge device and the neighboring routing domain; B. receiving a data packet (105, 210) at the first edge device, the received data packet (105, 210) containing a destination address that is reachable via the neighboring routing domain; C. determining whether the received data packet (105, 210) was previously rerouted based on status information transported concurrently with the packet or sent separately to the first edge device; and D. in response to determining that the received data packet (105, 210) was not previously rerouted, rerouting the data packet (105, 210) to the second edge device for forwarding to the neighboring routing domain, having first designated the packet (105, 210) as protected to indicate that it is being rerouted wherein the protected status information is transported concurrently with the packet (105, 210) or sent separately to the second edge device.
A heating device comprising several heating means for temperature conditioning preforms made of a thermoplastic material to a temperature and temperature distribution suitable for a blow moulding, wherein the heating device has transport and handling means (33, 41) for transporting and handling the preforms through the heating device along a transport path, wherein the preforms thereby sweep over a movement path, and wherein the transport and handling means (33, 41) are designed as a transport chain guided on a revolving chain path comprising several transport means, which are connected to form the transport chain in a chain link-like manner, wherein the transport means in each case support a handling means for the preforms, wherein the several heating means are arranged so as to be stationarily located one behind the other in the transport direction along a heating section, which is part of this transport path, and wherein on at least one side located opposite the heating means, counter reflectors are provided, which, in the region of the heating means, form a tunnel-like heating region together with said heating means, through which the preforms are transported for heating purposes, wherein at least in the region of the heating section, a co-travelling counter reflector, which is designed to co-travel with the preform through the heating section, is assigned to each preform or to each handling means, respectively, characterised in that the counter reflectors are supported by the chain link-like transport means, in particular fastened thereto, and extend into the movement path of the preforms partially enclosing the latter in the radial direction.
Process for producing pre-expandable plastic beads comprising the step of: a) providing plastic beads adapted to be fed into an injection-mould machine for carrying out an injection-mould of a foamed plastic component; b) preparing a liquid solution comprising at least one blowing agent and a binder; c) coating said beads with a film of said liquid solution d) letting said film to solidify onto said beads. a) providing plastic beads adapted to be fed into an injection-mould machine for carrying out an injection-mould of a foamed plastic component; b) preparing a liquid solution comprising at least one blowing agent and a binder; c) coating said beads with a film of said liquid solution d) letting said film to solidify onto said beads.
Hysteretic device for passive control of the mechanical vibration due to translational motion, comprising at least a frame to which at least a rigid element is connected by a plurality of wire ropes, which are substantially straight in the unloaded condition, wherein: - the wire ropes are mutually parallel along a direction, that is termed horizontal direction, in the condition of absence of mechanical vibrations; - there are two facing rigid elements connected by wire ropes to opposite walls of said at least a frame; - said two facing rigid elements are movable along a vertical translational direction that is perpendicular to said horizontal direction; - a third rigid element is included, which is positioned between said two facing rigid elements and connected to these by means of a movable connection system (S1, S2, SSG) which allows only the reciprocal motion of the two facing rigid elements along the horizontal direction: - the hysteretic device being characterised in that: - said third rigid element is mounted in a sliding manner along at least a guide (G1, G2), which extends along said vertical direction and has two ends, which are secured to said at least a frame. - the wire ropes are mutually parallel along a direction, that is termed horizontal direction, in the condition of absence of mechanical vibrations; - there are two facing rigid elements connected by wire ropes to opposite walls of said at least a frame; - said two facing rigid elements are movable along a vertical translational direction that is perpendicular to said horizontal direction; - a third rigid element is included, which is positioned between said two facing rigid elements and connected to these by means of a movable connection system (S1, S2, SSG) which allows only the reciprocal motion of the two facing rigid elements along the horizontal direction: - the hysteretic device being characterised in that: - said third rigid element is mounted in a sliding manner along at least a guide (G1, G2), which extends along said vertical direction and has two ends, which are secured to said at least a frame. - said third rigid element is mounted in a sliding manner along at least a guide (G1, G2), which extends along said vertical direction and has two ends, which are secured to said at least a frame.
An optical switching system comprising: a focus cell assembly disposed in a plane; a rotatable field of view optic system having an axis, configured to rotate around the axis, the axis disposed in parallel to the plane of the focus cell, the field of view optic system including a plurality of sides and a plurality of optics disposed on the plurality of sides; a cam device and two cam followers coupled to the focus cell assembly with a cam having a truncated circle shape including a plurality of truncations, the cam device mounted to the field of view optic system and configured to push the focus cell assembly away from the field of view optic system as the cam followers roll along the cam with each rotation of the field of view optic system; a focus lead screw and compression spring coupled to the focus cell assembly and configured to return the focus cell assembly toward the field of view optic system after each rotation. a focus cell assembly disposed in a plane; a rotatable field of view optic system having an axis, configured to rotate around the axis, the axis disposed in parallel to the plane of the focus cell, the field of view optic system including a plurality of sides and a plurality of optics disposed on the plurality of sides; a cam device and two cam followers coupled to the focus cell assembly with a cam having a truncated circle shape including a plurality of truncations, the cam device mounted to the field of view optic system and configured to push the focus cell assembly away from the field of view optic system as the cam followers roll along the cam with each rotation of the field of view optic system; a focus lead screw and compression spring coupled to the focus cell assembly and configured to return the focus cell assembly toward the field of view optic system after each rotation.
A method for coloring keratin fibers comprising the steps of sequentially applying to the fibers at least one mixable composition and at least one pigmented composition, wherein upon application the mixable composition mixes and combines with the pigmented composition in the wet state to form a final mixed composition that upon air drying forms a homogeneous film; wherein the keratin fibers are eyelashes and the mixable composition is applied first followed by the pigmented composition, wherein the mixable composition is an emulsion comprising: 0.5-80% by weight of a mixture of volatile paraffinic hydrocarbon and volatile silicone; 0.1-12% by weight of dimethicone silylate; 1-15% by weight of one or more esters of sorbitan and a C 6-30 carboxylic acid; 0.1-10% by weight of a quaternized montmorillonite mineral; 0.1-15% by weight of pigment, and 5-35% by weight of water; and the at least one pigmented composition is an emulsion comprising from 1-80% by weight of water, 0.1-25% by weight of film forming polymer, from 0.1-20% by weight of oil, and from 0.1-20% by weight of pigments.
A method for determining the presence of an unstable atherosclerotic plaque in an individual, comprising the steps of: a1) measuring the presence and/or level of at least one biochemical marker in a biological sample obtained from said individual, said biochemical marker being microfibril-associated protein-4; b1) based on the result of the measurement in step a1), determining the presence of an unstable atherosclerotic plaque in the individual. a1) measuring the presence and/or level of at least one biochemical marker in a biological sample obtained from said individual, said biochemical marker being microfibril-associated protein-4; b1) based on the result of the measurement in step a1), determining the presence of an unstable atherosclerotic plaque in the individual.