mhurhangee/ep-ind-claims huggingface dataset:
Power supply module, preferably a power sourcing equipment, adapted for use in a power over Ethernet (PoE) system, wherein the power supply module comprises: - voltage supply means for supplying, during a detection phase, at least a first voltage via a data cable to an operation module for operating lighting means, preferably a powered device, and - detection means for detecting, during the detection phase, whether the operation module is arranged for being supplied with a supply voltage via the data cable during an operation phase, wherein - the voltage supply means are adapted to supply, during a classification phase, a second voltage via the data cable to the operation module, - the detection means are adapted to detect, during the classification phase, whether the operation module is arranged for operating the lighting means in an emergency operation mode, and - the voltage supply means are adapted to supply, in an operation phase, the operation module with the supply voltage via the data cable, and, wherein - the power supply module only performs the classification phase and the operation phase, if the detection means detect, during the detection phase, that the operation module is arranged for being supplied with the supply voltage via the data cable, - the power supply module performs the operation phase after the classification phase, and - the second voltage is higher than the first voltage, but lower than the supply voltage. - voltage supply means for supplying, during a detection phase, at least a first voltage via a data cable to an operation module for operating lighting means, preferably a powered device, and - detection means for detecting, during the detection phase, whether the operation module is arranged for being supplied with a supply voltage via the data cable during an operation phase, wherein - the voltage supply means are adapted to supply, during a classification phase, a second voltage via the data cable to the operation module, - the detection means are adapted to detect, during the classification phase, whether the operation module is arranged for operating the lighting means in an emergency operation mode, and - the voltage supply means are adapted to supply, in an operation phase, the operation module with the supply voltage via the data cable, and, wherein - the power supply module only performs the classification phase and the operation phase, if the detection means detect, during the detection phase, that the operation module is arranged for being supplied with the supply voltage via the data cable, - the power supply module performs the operation phase after the classification phase, and - the second voltage is higher than the first voltage, but lower than the supply voltage.
A transducer plate adapted to be mounted in a multi-leaf spring arrangement so that a deflection of an adjacent leaf spring can be measured, said transducer plate comprises the following features: a) at least two oppositely arranged clamping ridges which are spaced from each other by a bending section, b) at least two stiffening webs oppositely arranged to each other and each bridging a distance between the opposed clamping ridges wherein the at least two stiffening webs are b1) spaced from each other by the bending section, and b2) mechanically decoupled from the bending section by an intermediate separation segment formed as a recess or an opening, and the transducer plate comprises further c) a measuring sector centrally arranged in the bending section between the clamping ridges and the stiffening webs, respectively, wherein a wire strain gauge can be disposed on the measuring sector for deflection evaluation, characterized in that d) the at least two clamping ridges have two fastening openings, respectively, for mounting the transducer plate in a multi-leaf arrangement. a) at least two oppositely arranged clamping ridges which are spaced from each other by a bending section, b) at least two stiffening webs oppositely arranged to each other and each bridging a distance between the opposed clamping ridges wherein the at least two stiffening webs are b1) spaced from each other by the bending section, and b2) mechanically decoupled from the bending section by an intermediate separation segment formed as a recess or an opening, and the transducer plate comprises further b1) spaced from each other by the bending section, and b2) mechanically decoupled from the bending section by an intermediate separation segment formed as a recess or an opening, and the transducer plate comprises further c) a measuring sector centrally arranged in the bending section between the clamping ridges and the stiffening webs, respectively, wherein a wire strain gauge can be disposed on the measuring sector for deflection evaluation, characterized in that d) the at least two clamping ridges have two fastening openings, respectively, for mounting the transducer plate in a multi-leaf arrangement.
Central unit (100; 200) for powering and controlling electric motors remotely, configured to be accommodated in a frame (101; 201) suited to be removably associated with a supporting structure, said central unit (100; 200) comprising: - a disconnector (102; 202) comprising connection elements (103; 203) for connection to an electric power supply network; - a switch (104; 204) electrically connected to said connection elements (103; 203) and connectable to an electric motor; - a drive unit (105; 205) comprising first drive means (106; 206) for said switch (104; 204) and second drive means (107; 207) for said disconnector (102; 202), which can be accessed by an operator through a single removable manoeuvring handle (108; 208), characterized in that said drive unit (105; 205) comprises a shaped housing (111; 211) and said disconnector (102; 202) comprises a shaped projection (112; 212) configured to be accommodated in said shaped housing (111; 211), wherein a shaped insert (113; 213) is provided, which is configured to be introduced in said shaped housing (111; 211) and to be placed in contact with said shaped projection (112; 212) when said shaped projection (112; 212) is accommodated in said shaped housing (111; 211), and wherein counteracting means (114; 214) are also provided, which belong to said shaped housing (111; 211), to said shaped projection (112; 212) and to said shaped insert (113; 213) and are configured to mutually cooperate and constrain said shaped projection (112; 212) in said shaped housing (111; 211) when locking means (115; 215) comprised by the central unit (100; 200) fix said shaped insert (113; 213) in said shaped housing (111; 211). - a disconnector (102; 202) comprising connection elements (103; 203) for connection to an electric power supply network; - a switch (104; 204) electrically connected to said connection elements (103; 203) and connectable to an electric motor; - a drive unit (105; 205) comprising first drive means (106; 206) for said switch (104; 204) and second drive means (107; 207) for said disconnector (102; 202), which can be accessed by an operator through a single removable manoeuvring handle (108; 208),
A filtering element comprising a zigzag-folded filtering web ending at opposite ends thereof with respective end flaps, and opposing side bands (3, 5; 4, 6) joined to the filtering web, characterized by further comprising a sheet element of plastics material superimposed to one of the end flaps, said sheet element comprising a base portion fixed to the particular end flap and a handle portion connected to the base portion by a film hinge extending along a direction parallel to folding lines of the filtering web, said handle portion being thereby foldable from an inactive position, in which the handle portion is substantially coplanar with the base portion, to a use position, in which the handle portion is raised relative to the base portion and to the particular end flap. a zigzag-folded filtering web ending at opposite ends thereof with respective end flaps, and opposing side bands (3, 5; 4, 6) joined to the filtering web, characterized by further comprising a sheet element of plastics material superimposed to one of the end flaps, said sheet element comprising a base portion fixed to the particular end flap and a handle portion connected to the base portion by a film hinge extending along a direction parallel to folding lines of the filtering web, said handle portion being thereby foldable from an inactive position, in which the handle portion is substantially coplanar with the base portion, to a use position, in which the handle portion is raised relative to the base portion and to the particular end flap.
A vehicle positioning information updating system configured to update positioning information concerning positioning of a vehicle, the system comprising: a positioning part configured to measure a position of the vehicle, an assistance control unit mounted in the vehicle and configured to carry out assistance control according to the vehicle position, an updating condition setting means (12, 122) configured to set an updating condition for updating the positioning information based on characteristics or a level of the assistance control by the assistance control unit; and an updating executing means (12, 124) configured to execute updating of the positioning information according to the updating condition set by the updating condition setting means, characterized in that the updating condition for the positioning information comprises a frequency of updating the positioning information, the positioning information comprises the vehicle position obtained from map matching or map data stored in a map database of the vehicle, and the characteristics or the level of the assistance control by the assistance control unit comprise accuracy in positioning required for executing the assistance control by the assistance control unit. a positioning part configured to measure a position of the vehicle, an assistance control unit mounted in the vehicle and configured to carry out assistance control according to the vehicle position, an updating condition setting means (12, 122) configured to set an updating condition for updating the positioning information based on characteristics or a level of the assistance control by the assistance control unit; and an updating executing means (12, 124) configured to execute updating of the positioning information according to the updating condition set by the updating condition setting means, characterized in that the updating condition for the positioning information comprises a frequency of updating the positioning information, the positioning information comprises the vehicle position obtained from map matching or map data stored in a map database of the vehicle, and the characteristics or the level of the assistance control by the assistance control unit comprise accuracy in positioning required for executing the assistance control by the assistance control unit.
A track for a vehicle having a plurality of wheels for driving the track on a terrain, comprising an endless elastomeric carcass having a wheel-facing side that is mountable onto the plurality of wheels, and a ground-facing side opposite the wheel-facing side; characterized in that the track further comprises: a plurality of elastomeric traction surfaces positioned on the ground-facing side, each of the traction surfaces having a concave first shape when the wheel-facing side of the carcass is not mounted onto the plurality of wheels; and a plurality of primary load distribution members, each primary load distribution member having a shape that is substantially flat when the wheel-facing side of the carcass is not mounted onto the plurality of wheels, said primary load distribution members being positioned transversely and distributed longitudinally in the carcass so as to distribute, when the track is being driven, at least parts of downward wheel forces applied by at least one of the wheels down onto the wheel-facing side of the carcass into the traction surfaces via flexion of the primary load distribution members. a plurality of elastomeric traction surfaces positioned on the ground-facing side, each of the traction surfaces having a concave first shape when the wheel-facing side of the carcass is not mounted onto the plurality of wheels; and a plurality of primary load distribution members, each primary load distribution member having a shape that is substantially flat when the wheel-facing side of the carcass is not mounted onto the plurality of wheels, said primary load distribution members being positioned transversely and distributed longitudinally in the carcass so as to distribute, when the track is being driven, at least parts of downward wheel forces applied by at least one of the wheels down onto the wheel-facing side of the carcass into the traction surfaces via flexion of the primary load distribution members.
A block copolymer comprising a first block represented by Formula 1 and a second block represented by Formula 3: wherein R is hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom, a sulfur atom or -S(=O) 2 -; and Y is a monovalent substituent comprising an aromatic structure which has 6 to 12 carbon atoms and to which a side chain having 8 or more chain-forming atoms is linked, wherein X 2 is a single bond, an oxygen atom, a sulfur atom or -S(=O) 2 -; and W is an aryl group which has 6 to 13 carbon atoms and which comprises at least one halogen atom, wherein the first block has a volume fraction in a range of from 0.4 to 0.8 and the second block has a volume fraction in a range of from 0.2 to 0.6.
A method of decorating a panel, comprising the steps of supplying a panel to a carrier, performing at least a first printing step by means of a first printing module and performing a second printing step by means of a second printing module, characterized in that the first and second printing steps are performed according to a predetermined positional relationship to form the decorated panel, and wherein during and between the first and second printing steps the panel is held at a substantially fixed position with respect to the carrier.
A composition comprising 65 to 85 wt % wood pulp fiber, 15 to 35 wt % thermoplastic polymer and 0.1 to 5 weight % mineral oil having a specific gravity less than water.
An apparatus for measuring optical power of an Optical Network Unit, ONU, in an online manner comprising: an Optical Line Terminal -OLT- side optical module, and an OLT Media Access Control -MAC- control module at an optical cable central office side, wherein the online manner refers to the normal connection of services between ONU and the OLT; characterized in that a control signal line is set between the OLT MAC control module and the OLT side optical module; and wherein the OLT MAC control module is configured to, during a running process of an Ethernet Passive Optical Network -EPON- system, trigger, via the control signal line, the OLT side optical module to measure optical power of an ONU; and the OLT side optical module is configured to, during the running process of the EPON system, measure, within a time slot distributed to each ONU by the OLT, the optical power of the corresponding ONU under the trigger of the OLT MAC control module; wherein a Serializer/Deserializer -SerDes- interface signal line and a two-wire serial bus -I 2 C- interface signal line are set between the OLT MAC control module and the OLT side optical module; wherein the OLT MAC control module is further configured to, after an optical power value is obtained by an Analog-to-Digital -AD-conversion circuit, judge whether or not transmission of an optical signal of the ONU has been ended, and when it is judged that the transmission of the optical signal of the ONU has not been ended, read an optical power value in an E2PROM via the I 2 C interface signal line. an Optical Line Terminal -OLT- side optical module, and an OLT Media Access Control -MAC- control module at an optical cable central office side, wherein the online manner refers to the normal connection of services between ONU and the OLT; characterized in that a control signal line is set between the OLT MAC control module and the OLT side optical module; and wherein the OLT MAC control module is configured to, during a running process of an Ethernet Passive Optical Network -EPON- system, trigger, via the control signal line, the OLT side optical module to measure optical power of an ONU; and the OLT side optical module is configured to, during the running process of the EPON system, measure, within a time slot distributed to each ONU by the OLT, the optical power of the corresponding ONU under the trigger of the OLT MAC control module; wherein a Serializer/Deserializer -SerDes- interface signal line and a two-wire serial bus -I 2 C- interface signal line are set between the OLT MAC control module and the OLT side optical module; wherein the OLT MAC control module is further configured to, after an optical power value is obtained by an Analog-to-Digital -AD-conversion circuit, judge whether or not transmission of an optical signal of the ONU has been ended, and when it is judged that the transmission of the optical signal of the ONU has not been ended, read an optical power value in an E2PROM via the I 2 C interface signal line.
A method of sorting members of at least one particle population in a microfluidic device, the method comprising: flowing the members of the particle population in a first microchannel of the microfluidic device; focusing the members of the particle population horizontally in the first microchannel by introducing a low density fluid and a high density fluid into the microchannel, causing the members of the particle population to be focused in an intermediate density fluid present between the high density fluid and the low density fluid; detecting a detectable signal produced by at least one member of the particle population; and directing selected individual members into at least a second microchannel that intersects with the first microchannel, thereby sorting the members of the particle population in the microfluidic device. flowing the members of the particle population in a first microchannel of the microfluidic device; focusing the members of the particle population horizontally in the first microchannel by introducing a low density fluid and a high density fluid into the microchannel, causing the members of the particle population to be focused in an intermediate density fluid present between the high density fluid and the low density fluid; detecting a detectable signal produced by at least one member of the particle population; and directing selected individual members into at least a second microchannel that intersects with the first microchannel, thereby sorting the members of the particle population in the microfluidic device.
A fabricated intelligent joint provided with particle damping chambers for an energy dissipation, comprising: a core steel frame, an external fully-fabricated steel pipe column, a fully-fabricated annular beam-column connecting assembly, a structural health detection system and the particle damping chambers; wherein the core steel frame is located in the external fully-fabricated steel pipe column, and the core steel frame is concentric with the external fully-fabricated steel pipe column; the core steel frame comprises a circular hollow steel keel and a plurality of protruding steel plate wings, the external fully-fabricated steel pipe column is formed by splicing a plurality of arc steel pipe column sheets, and a gap between the core steel frame and the external fully-fabricated steel pipe column is filled with a concrete; the fully-fabricated annular beam-column connecting assembly comprises upper arc connecting tiles, lower arc connecting tiles and core beam-column connecting pieces; adjacent arc connecting tiles of the fully-fabricated annular beam-column connecting assembly are connected through a first plurality of bolts to form an upper circular external reinforcing ring and a lower circular external reinforcing ring, wherein the upper circular external reinforcing ring is located on an upper side of the core beam-column connecting pieces and the lower circular external reinforcing ring is located on a lower side of the core beam-column connecting pieces to hoop the external fully-fabricated steel pipe column; the core beam-column connecting pieces of the fully-fabricated annular beam-column connecting assembly is connected with the external fully-fabricated steel pipe column with a second plurality of bolts; steel beams are connected with the fully-fabricated annular beam-column connecting assembly through a third plurality of bolts to form the fabricated intelligent joint; and the particle damping chambers are located in the gap between the external fully-fabricated steel pipe column and the core steel frame, and a large quantity of spherical rubber particles are contained in the particle damping chambers.
Plate heat exchanger, consisting of at least two modules (1a, 1b), • each module (1a, 1b) having a multiplicity of passages arranged in stack form, through which heat-exchanging media can flow alternately and which are separated from one another by separating sheets, • the modules (1a, 1b) being overall parallelepipedal and being delimited on the outsides by cover sheets, • the modules (1a, 1b) being arranged next to one another in such a way that a right-angled side of one parallelepipedal module is directly adjacent to a corresponding right-angled side of another parallelepipedal module, • the modules having means for the supply and discharge of the heat-exchanging media (A, B, C, D, E) and means (headers) for the distribution and collection of the heat-exchanging media (A, B, C, D, E) respectively to and from the individual passages, and • at least two modules (1a, 1b) having at least one common header, characterized in that • the two cover sheets which form the in each case directly adjacent sides (9a, 9b) of two adjacent modules (1a, 1b), being designated bellow as contact faces (9a, 9b), are connected to one another via a suitable adhesive. • each module (1a, 1b) having a multiplicity of passages arranged in stack form, through which heat-exchanging media can flow alternately and which are separated from one another by separating sheets, • the modules (1a, 1b) being overall parallelepipedal and being delimited on the outsides by cover sheets, • the modules (1a, 1b) being arranged next to one another in such a way that a right-angled side of one parallelepipedal module is directly adjacent to a corresponding right-angled side of another parallelepipedal module, • the modules having means for the supply and discharge of the heat-exchanging media (A, B, C, D, E) and means (headers) for the distribution and collection of the heat-exchanging media (A, B, C, D, E) respectively to and from the individual passages, and • at least two modules (1a, 1b) having at least one common header, characterized in that • the two cover sheets which form the in each case directly adjacent sides (9a, 9b) of two adjacent modules (1a, 1b), being designated bellow as contact faces (9a, 9b), are connected to one another via a suitable adhesive.
A method of controlling an operating temperature of an air compressor, the method comprising compressing by a compressor element a mixture of air and oil and supplying it to an oil separator, separating in the oil separator the air and the oil from one another, supplying oil to an oil circulating pipe for the purpose of returning it to the compressor element and supplying at least some of the oil flowing in the oil circulating pipe to cooling when necessary, controlling the operating temperature of the compressor by the amount of oil to be supplied to cooling such that the operating temperature is as low as possible but nevertheless so high that no condensation point is reached, controlling the amount of oil to be supplied to cooling by a thermostatic valve based on a change in dimension of a controlling member, characterised in that the dimension of the controlling member is changed by an external command as necessary.