mhurhangee/ep-ind-claims huggingface dataset:
A mount for mounting an instrument to a movable platform, the mount comprising: a base part, attachable to the platform, an instrument part, to which the instrument is attachable, a spring and damper arrangement (14, 15) operable between the base part and the instrument part to allow the instrument part to move relative to the base part, and first and second lever sets (13, 13a, 13b, 13c), each lever set comprising at least two parallel and spaced apart levers, which are rigidly connected to each other and which are pivotably connected to one of the base part and the instrument part, wherein the lever sets are pivotable about a respective proximal portion of the lever, characterized in that the lever sets (13, 13a, 13b, 13c) are pivotable about respective first and second geometric axes, which are non-parallel with each other, and a distal portion of each of the levers is connected to the other one of the base part and the instrument part by a respective elongate flexible member presenting internal hysteresis. a base part, attachable to the platform, an instrument part, to which the instrument is attachable, a spring and damper arrangement (14, 15) operable between the base part and the instrument part to allow the instrument part to move relative to the base part, and first and second lever sets (13, 13a, 13b, 13c), each lever set comprising at least two parallel and spaced apart levers, which are rigidly connected to each other and which are pivotably connected to one of the base part and the instrument part, wherein the lever sets are pivotable about a respective proximal portion of the lever, characterized in that the lever sets (13, 13a, 13b, 13c) are pivotable about respective first and second geometric axes, which are non-parallel with each other, and a distal portion of each of the levers is connected to the other one of the base part and the instrument part by a respective elongate flexible member presenting internal hysteresis.
A seal (212; 212a) for sealing a space defined by first and second adjacent components (102; 202, 104; 204) disposed about an axial centerline (C L), the seal (212; 212a) comprising: a first seal section (214; 214a); a second seal section (216; 216a); wherein the first and second seal sections (214; 214a, 216; 216a) are configured to sealingly engage with the first and second components (102; 202, 104; 204) and are configured to move relative to one another; and one or more spring tabs (234; 234a) extending from and integrally formed with the first seal section (214; 214a) and/or the second seal section (216; 216a), disposed between the first and second seal sections (214; 214a, 216; 216a) and operative to bias the first seal section (214; 214a) and the second seal section (216; 216a) away from one another; wherein the first seal section (214; 214a) comprises a first substantially rounded end (226; 226a) in contact with the first component along a first single circumferential line of contact; characterized in that the second seal section (216; 216a) comprises a second substantially rounded end in contact with the second component along a second single circumferential line of contact. a first seal section (214; 214a); a second seal section (216; 216a); wherein the first and second seal sections (214; 214a, 216; 216a) are configured to sealingly engage with the first and second components (102; 202, 104; 204) and are configured to move relative to one another; and one or more spring tabs (234; 234a) extending from and integrally formed with the first seal section (214; 214a) and/or the second seal section (216; 216a), disposed between the first and second seal sections (214; 214a, 216; 216a) and operative to bias the first seal section (214; 214a) and the second seal section (216; 216a) away from one another; wherein the first seal section (214; 214a) comprises a first substantially rounded end (226; 226a) in contact with the first component along a first single circumferential line of contact; characterized in that the second seal section (216; 216a) comprises a second substantially rounded end in contact with the second component along a second single circumferential line of contact.
A motorcycle tire for running on rough terrain comprising a tread portion, wherein the tread portion includes a base surface and a plurality of blocks protruding outward in a tire radial direction from the base surface, the plurality of the blocks includes at least one finned block, the finned block includes a block main body and at least one fin portion extending in a tire circumferential direction with a width (W1, W2) in a tire axial direction smaller than a length in the tire axial direction of the block main body, and in the finned block, at least the fin portion is connected to the base surface via a first base portion that has a locally increased cross-section taken along the base surface, characterized in that the first base portion has a stepwise contour in a lateral cross-section taken orthogonal to the base surface. the tread portion includes a base surface and a plurality of blocks protruding outward in a tire radial direction from the base surface, the plurality of the blocks includes at least one finned block, the finned block includes a block main body and at least one fin portion extending in a tire circumferential direction with a width (W1, W2) in a tire axial direction smaller than a length in the tire axial direction of the block main body, and in the finned block, at least the fin portion is connected to the base surface via a first base portion that has a locally increased cross-section taken along the base surface, characterized in that the first base portion has a stepwise contour in a lateral cross-section taken orthogonal to the base surface.
Guidewire for minimally invasive interventions, with a distal wire endpiece adjoining a wire main piece, wherein a) the guidewire has, at least in the distal wire endpiece, an inner shaft and at least one protective layer enveloping the inner shaft, b) the inner shaft has a first fiber composite material, and, c) in the wire endpiece, the inner shaft has a multiplicity of weakened sites, which are generated by mechanical interventions, characterized in that d) the inner shaft has a core and at least one envelope layer surrounding the core, e) the core has the first fiber composite material, wherein the first fiber composite material has glass fibers, f) the at least one envelope layer or at least one of the envelope layers has a second fiber composite material, wherein the second fiber composite material has aramid fibers which are encased by a matrix material of synthetic resin, and g) the weakened sites are generated by buckling loads, bending loads and/or breaking loads. a) the guidewire has, at least in the distal wire endpiece, an inner shaft and at least one protective layer enveloping the inner shaft, b) the inner shaft has a first fiber composite material, and, c) in the wire endpiece, the inner shaft has a multiplicity of weakened sites, which are generated by mechanical interventions, d) the inner shaft has a core and at least one envelope layer surrounding the core, e) the core has the first fiber composite material, wherein the first fiber composite material has glass fibers, f) the at least one envelope layer or at least one of the envelope layers has a second fiber composite material, wherein the second fiber composite material has aramid fibers which are encased by a matrix material of synthetic resin, and g) the weakened sites are generated by buckling loads, bending loads and/or breaking loads.
Power converter circuit with at least one transformer circuit (15, 17) with a phase shift angle, characterized in that the phase shift angle is set such that all currents resulting from harmonic components are not equal to zero and do not cancel out.
A bottle-washer basket device for a commercial dishwasher with two separate washing systems, which comprises a basket support and a washer basket for receiving bottles to be washed, wherein the basket support comprises a docking device with at least two separate supply channels (20, 30), wherein the docking device can be connected to a fluid inlet of a dishwasher in such a manner that a fluid of one of the washing systems of the dishwasher can be supplied to each of the two supply channels (20, 30) when the docking device is in its operating position, and wherein the washer basket comprises a distribution system with a distribution flange, which can be connected to the docking device of the basket support, wherein the distribution system is configured in such a manner that it has a common distribution channel which is configured in such a manner that fluids can be supplied to it from each of the supply channels (20, 30) of the docking device when the washer basket is connected to the basket support, and wherein the washer basket comprises at least one discharge tube for discharging fluid onto bottles to be cleaned, the tube being connected to the common distribution channel of the distribution system in such a manner that a fluid of each of the two washing systems can be supplied to this discharge tube via the common distribution channel.
A method for estimating a running condition of a tire comprising steps of, disposing a first sensor comprising a conductive rubber member, extending in a circumferential direction of the tire and being disposed within a tread of the tire on a vehicle body side and a second sensor comprising a conductive rubber member, extending in a circumferential direction of the tire and being disposed within the tread of the tire on an outside, at least a portion of the first sensor and the second sensor (11A, 11B) being deformed at the time when the tire contacts with the ground, detecting a total amount of deformation exhibited at an area extending over a predetermined length in a circumferential direction of the tire, whereby estimating forces exerted on the tire or a condition of contact with the ground of the tire; wherein each of the first sensor and the second sensor (11A, 11B) is a lengthy and continuously formed sensor having a length covering the length of one round of the tire.
A method for purifying crude 1,25-dihydroxy vitamin D 2, comprising crystallizing 1,25-dihydroxyvitamin D 2, characterized in that the crystallization is from a solvent system free of methyl formate, the solvent comprising a mixture of organic solvent and water, the organic solvent being selected from the group consisting of acetone, acetonitrile, butanol, diethyl ketone, ethanol, ether, ethylene glycol, heptane, methanol, methyl ethyl ketone, propanol, tetrahydrofuran, and combinations thereof.
A drilling method aimed at producing, by means of a tool, in particular a drill bit, a hole (10, 100) in a part emerging via at least one opening (11, 101, 102), said method comprising applying, prior to the drilling, at least one solid foam element against at least one face at which the hole (10, 100) to be produced is to emerge, said solid foam element being held on the part independently of the tool that is to carry out the drilling, the method being characterised in that, during the drilling of the part, said solid foam element makes it possible to retain in its alveoli the residues issuing from the drilling.
A connection assembly for connecting a high-voltage cable, the connection assembly comprising: a threaded fastener (30, 50) for fixedly connecting the high-voltage cable to a mating connection part, the threaded fastener comprising an insulation member; characterized by a conductive plug connected with the insulation member to allow the threaded fastener (30, 50) to be tightened or loosened by rotating the conductive plug. a threaded fastener (30, 50) for fixedly connecting the high-voltage cable to a mating connection part, the threaded fastener comprising an insulation member; characterized by a conductive plug connected with the insulation member to allow the threaded fastener (30, 50) to be tightened or loosened by rotating the conductive plug.
Method for generating process steam and boiler feed water steam in a heatable reformer reactor for producing synthesis gas, wherein • the method provides synthesis gas by steam reforming from hydrocarbons and steam, which synthesis gas is heated by combustion of a heating gas with an oxygen-containing gas, and the generated synthesis gas is condensed after being cooled by a series of heat exchangers (10, 13, 14) and a cooling section, with the result that, in addition to the dried synthesis gas, a process condensate is obtained, and • the method also performs a conversion of at least part of the generated carbon monoxide with water steam into carbon dioxide and hydrogen, and • the steam (8a, 11b) is provided in two different types, which are generated from the evaporation of boiler feed water and the evaporation of process condensate, and • the boiler feed water is heated by the synthesis gas via a pre-heater, which is situated downstream of the conversion unit in the gas flow, and the boiler feed water is then evaporated via a steam generator, which is situated upstream of the conversion unit in the gas flow, and • the process condensate is heated by way of a heat exchanger and a pre-heater, which are situated downstream of the conversion unit in the gas flow, characterized in that • the process condensate is evaporated by an additional steam generator, which is situated upstream of the conversion unit. • the method provides synthesis gas by steam reforming from hydrocarbons and steam, which synthesis gas is heated by combustion of a heating gas with an oxygen-containing gas, and the generated synthesis gas is condensed after being cooled by a series of heat exchangers (10, 13, 14) and a cooling section, with the result that, in addition to the dried synthesis gas, a process condensate is obtained, and • the method also performs a conversion of at least part of the generated carbon monoxide with water steam into carbon dioxide and hydrogen, and • the steam (8a, 11b) is provided in two different types, which are generated from the evaporation of boiler feed water and the evaporation of process condensate, and • the boiler feed water is heated by the synthesis gas via a pre-heater, which is situated downstream of the conversion unit in the gas flow, and the boiler feed water is then evaporated via a steam generator, which is situated upstream of the conversion unit in the gas flow, and • the process condensate is heated by way of a heat exchanger and a pre-heater, which are situated downstream of the conversion unit in the gas flow, • the process condensate is evaporated by an additional steam generator, which is situated upstream of the conversion unit.
An optical connector comprising: a cylindrical ferrule fixed to a distal end of an optical fiber; a housing that includes a connector fitting portion to which a counterpart connector may be fitted, and a ferrule accommodation portion which accommodates the ferrule in a state where one end of the ferrule in a longitudinal direction faces a side of the connector fitting portion; a spring that is inserted into the ferrule accommodation portion in an insertion direction which is a direction perpendicular to the longitudinal direction, and that biases the ferrule accommodated in the ferrule accommodation portion against the connector fitting portion side; and a spacer that is inserted into the ferrule accommodation portion in the insertion direction and is mounted on the housing in a state of holding the spring, wherein the spring has a first wall, a second wall, and an interconnection portion which interconnects each one end of the first wall and the second wall, the first wall, the second wall, and the interconnection portion are formed in a substantially U-shape as a whole in a cross section viewed in a direction perpendicular to the longitudinal direction and the insertion direction, and the spring is inserted into the ferrule accommodation portion from a side of the interconnection portion, characterized by: a locking piece formed in the spring by cutting out a portion of the second wall, and a locking hole formed in the rear of the spacer, wherein the locking piece is locked by the locking hole, thereby causing the spring to engage with the spacer. a cylindrical ferrule fixed to a distal end of an optical fiber; a housing that includes a connector fitting portion to which a counterpart connector may be fitted, and a ferrule accommodation portion which accommodates the ferrule in a state where one end of the ferrule in a longitudinal direction faces a side of the connector fitting portion; a spring that is inserted into the ferrule accommodation portion in an insertion direction which is a direction perpendicular to the longitudinal direction, and that biases the ferrule accommodated in the ferrule accommodation portion against the connector fitting portion side; and a spacer that is inserted into the ferrule accommodation portion in the insertion direction and is mounted on the housing in a state of holding the spring, wherein the spring has a first wall, a second wall, and an interconnection portion which interconnects each one end of the first wall and the second wall, the first wall, the second wall, and the interconnection portion are formed in a substantially U-shape as a whole in a cross section viewed in a direction perpendicular to the longitudinal direction and the insertion direction, and the spring is inserted into the ferrule accommodation portion from a side of the interconnection portion, a locking piece formed in the spring by cutting out a portion of the second wall, and a locking hole formed in the rear of the spacer, wherein the locking piece is locked by the locking hole, thereby causing the spring to engage with the spacer.
A network regulator connected to a plurality of client systems [12a-f] over a local network, wherein a router provides a network service comprising assigning network addresses to the plurality of client systems [12a-f], the network regulator comprising a hardware processor and a memory, the hardware processor is configured to: in response to receiving a set of security settings from a remote configuration server, configure the network regulator according to the security settings, wherein configuring the network regulator according to the security settings causes the network regulator to protect the plurality of client systems [12a-f] against computer security threats; characterized in that in response to connecting to the router over the local network, set up a tunnel connecting the network regulator to the remote configuration server, wherein setting up the tunnel comprises configuring the network regulator to redirect to the router a communication received via the tunnel, the communication configured to cause a disruption of the network service; and in response to the disruption, take over the network service from the router. in response to receiving a set of security settings from a remote configuration server, configure the network regulator according to the security settings, wherein configuring the network regulator according to the security settings causes the network regulator to protect the plurality of client systems [12a-f] against computer security threats; characterized in that in response to connecting to the router over the local network, set up a tunnel connecting the network regulator to the remote configuration server, wherein setting up the tunnel comprises configuring the network regulator to redirect to the router a communication received via the tunnel, the communication configured to cause a disruption of the network service; and in response to the disruption, take over the network service from the router.
A method for determining a particular switch position of a particular telemetry switch unit within a telemetry switch array that includes a plurality of telemetry switch units, each telemetry switch unit having a switch current input, a switch current output, a plurality of switch positions and at least one isolation diode in a current path between the switch current input and the switch current output, the array including a plurality of input current paths with each input current path coupled to the switch current input of a first plurality of telemetry switch units from the plurality of telemetry switch units, and a plurality of output current paths with each output current path coupled to the switch current output of a second plurality of telemetry switch units from the plurality of telemetry switch units, the method comprising: a) applying a plurality of electrical sensing signals to an array current path of the telemetry switch array, the array current path defined from a particular input current path to a particular output current path through the current path of the particular telemetry switch unit, each electrical sensing signal having a different signal level; b) measuring a plurality of resultant electrical signals across the array current path, each measured resultant electrical signal corresponding to one of the electrical sensing signal; and c) determining the particular switch position of the particular telemetry switch unit from the plurality of measured resultant electrical signal, wherein the plurality of measured resultant electrical signals correspond to a resistance value of a resistive component coupled into the current path through the particular telemetry switch unit. a) applying a plurality of electrical sensing signals to an array current path of the telemetry switch array, the array current path defined from a particular input current path to a particular output current path through the current path of the particular telemetry switch unit, each electrical sensing signal having a different signal level; b) measuring a plurality of resultant electrical signals across the array current path, each measured resultant electrical signal corresponding to one of the electrical sensing signal; and c) determining the particular switch position of the particular telemetry switch unit from the plurality of measured resultant electrical signal, wherein the plurality of measured resultant electrical signals correspond to a resistance value of a resistive component coupled into the current path through the particular telemetry switch unit.
A disposable set for a blood processing system comprising: a first section of tubing configured to fluidly connect a fluid source and a blood component separation device; a first connector configured to connect to the fluid source; a second connector configured to connect with a port on the blood component separation device, wherein the first section of tubing connects the first connector and the second connector to allow fluid to flow through the disposable set; an electrode unit (360, 410, 510) having a housing (362, 410) and a first and second electrode (364, 366, 412, 414) within the housing, the first and second electrode (364, 366, 412, 414) configured to contact fluid passing through the disposable set between the source and the blood component separation device; and a second section of tubing extending from the first section of tubing, the electrode unit (360, 410, 510) located on the second section of tubing. a first section of tubing configured to fluidly connect a fluid source and a blood component separation device; a first connector configured to connect to the fluid source; a second connector configured to connect with a port on the blood component separation device, wherein the first section of tubing connects the first connector and the second connector to allow fluid to flow through the disposable set; an electrode unit (360, 410, 510) having a housing (362, 410) and a first and second electrode (364, 366, 412, 414) within the housing, the first and second electrode (364, 366, 412, 414) configured to contact fluid passing through the disposable set between the source and the blood component separation device; and a second section of tubing extending from the first section of tubing, the electrode unit (360, 410, 510) located on the second section of tubing.