mhurhangee/ep-ind-claims huggingface dataset:
Pedelec comprising an electric pedelec drive unit with a drive motor for driving at least one running wheel of the pedelec, comprising a battery for supplying the drive motor with electrical drive energy, a pedelec control comprising a motor control that controls the electrical drive energy for the drive motor in dependence on a reference variable with a support function, and an operating unit to which the pedelec controller is informally connected, the motor controller having assigned thereto an assistance function determining device for determining the electrical drive energy in dependence on the reference variable, the assistance function determining device comprising a standard support function memory in which the standard support function is stored, characterized in that the assistance function determining device also comprises a standard zone memory in which an upper and a lower zone limit (V1, V2) of a zone criterion (V; fHerz; fshaft) for the validity of the standard support function are stored, wherein the support function selected by the support function determining device, below the lower zone limit, results in a higher electrical drive energy than would be provided according to the standard support function, and, above the upper zone limit, results in a lower electrical drive energy than would be provided according to the standard support function, wherein the lower zone limit and/or the upper zone limit are adjustable through the control unit.
Fan screw for the expansion of the upper jaw, comprising two bodies (1, 2) connected by at least one driving screw (4; 7) and placed on opposite sides with respect to a sagittal plane (x-x), the longitudinal axis (v-v; k-k) of said at least one driving screw (4; 7) being perpendicular to said plane (x-x), each of said bodies (1, 2) having a lingual side (L1, L2) and an opposite upper or palatal side and being provided with means for its anchorage to several teeth of a dental arch destined to be expanded, characterized in that the longitudinal axis (v-v; k-k) of said at least one driving screw (4; 7) is at a predetermined distance (h) from the lingual sides (L1, L2) of said bodies (1, 2), said distance (h) being measured along a lingual direction parallel to said plane (x-x), such that the distance between the axis (v-v) of the at least one driving screw (4; 7) and the upper sides of bodies (1, 2) is greater than the distance between the upper and the lingual sides of bodies (1, 2).
A cleaning system comprising: a robot cleaner including: a dust collector provided with a dust outlet, and an outlet door configured to open and close the dust outlet; and a station including: a lever device configured to open the outlet door and communicate with the dust collector when the lever device is pressed by the robot cleaner, and a collector configured to: communicate with the lever device, and generate a suction force to suction dust collected in the dust collector, wherein the station comprises a cleaner seating portion on which the robot cleaner is seated, and wherein the lever device includes: a lever having one end configured to be pressed by the robot cleaner, a lever support member configured to rotatably support the lever, characterized in that the lever device includes a connection member arranged at the other end opposite to one end of the lever, the connection member configured to be connectable to the dust outlet. a dust collector provided with a dust outlet, and an outlet door configured to open and close the dust outlet; and a station including: a lever device configured to open the outlet door and communicate with the dust collector when the lever device is pressed by the robot cleaner, and a collector configured to: communicate with the lever device, and generate a suction force to suction dust collected in the dust collector, wherein the station comprises a cleaner seating portion on which the robot cleaner is seated, and wherein the lever device includes: a lever having one end configured to be pressed by the robot cleaner, a lever support member configured to rotatably support the lever, a lever device configured to open the outlet door and communicate with the dust collector when the lever device is pressed by the robot cleaner, and a collector configured to: communicate with the lever device, and generate a suction force to suction dust collected in the dust collector, wherein the station comprises a cleaner seating portion on which the robot cleaner is seated, and wherein the lever device includes: a lever having one end configured to be pressed by the robot cleaner, a lever support member configured to rotatably support the lever, communicate with the lever device, and generate a suction force to suction dust collected in the dust collector, wherein the station comprises a cleaner seating portion on which the robot cleaner is seated, and wherein the lever device includes: a lever having one end configured to be pressed by the robot cleaner, a lever support member configured to rotatably support the lever, a lever having one end configured to be pressed by the robot cleaner, a lever support member configured to rotatably support the lever,
An outsole for an orthopedic device comprising: a heel part; a forefoot part; a mid-foot part separating the heel part from the forefoot part; a longitudinal axis extending in a longitudinal direction between an anterior end of the forefoot part and a posterior end of the heel part; a transverse axis intersecting the longitudinal axis and extending in a transverse direction between a lateral edge of the outsole and a medial edge of the outsole; a bottom surface extending along the longitudinal axis and between the medial and lateral edges (121, 123); and the bottom surface defines an apex at the intersection of the longitudinal axis and the transverse axis and at least one apical line passing through the apex and subtending an oblique angle (β) to the longitudinal axis, the bottom surface curving through the apex and along the at least one apical line in both the longitudinal and transverse directions, characterized in that the apex is located in the mid-foot part. a heel part; a forefoot part; a mid-foot part separating the heel part from the forefoot part; a longitudinal axis extending in a longitudinal direction between an anterior end of the forefoot part and a posterior end of the heel part; a transverse axis intersecting the longitudinal axis and extending in a transverse direction between a lateral edge of the outsole and a medial edge of the outsole; a bottom surface extending along the longitudinal axis and between the medial and lateral edges (121, 123); and
A quantitative catalyst supply device that supplies a predetermined amount of catalyst slurry through an injection port formed through a container bottom, the device comprising: an extendible supply pipe connected to a hopper and filled with catalyst slurry; a head connected to the supply pipe and supplying catalyst slurry to the injection port at the container bottom; a cylinder connected to a side of the supply pipe and supplying a predetermined amount of catalyst slurry through the head; and valve units disposed in an upper portion and a lower portion of the supply pipe spaced from the cylinder and opened or closed by operation of the cylinder, wherein a hollow external pipe is coupled to a lower portion of the injection port at the container bottom, the head is disposed in the external pipe, a support plate for supporting the head is formed in the external pipe, and the head is sealed by sealing members between the external pipe and the support plate. an extendible supply pipe connected to a hopper and filled with catalyst slurry; a head connected to the supply pipe and supplying catalyst slurry to the injection port at the container bottom; a cylinder connected to a side of the supply pipe and supplying a predetermined amount of catalyst slurry through the head; and valve units disposed in an upper portion and a lower portion of the supply pipe spaced from the cylinder and opened or closed by operation of the cylinder, wherein a hollow external pipe is coupled to a lower portion of the injection port at the container bottom, the head is disposed in the external pipe, a support plate for supporting the head is formed in the external pipe, and the head is sealed by sealing members between the external pipe and the support plate.
A photoelectrode for a photoelectrochemical cell, the photoelectrode extending from a front end surface to an opposing back end surface, wherein the front end surface in use is irradiated with an incident light and the back end surface in use contacts an electrolyte of the photoelectrochemical cell, wherein the photoelectrode comprises - a back-contact solar cell extending from - a solar cell front surface that in use constitutes the photoelectrode front end surface to be irradiated with incident light, to - an opposing solar cell back surface facing the back end surface, wherein the solar cell back surface comprises emitter and collector contacts, the emitter and collector contacts being spaced apart by first openings (101,171) of the solar cell back surface, the emitter and collector contacts being respectively collected in an emitter busbar and a collector busbar and wherein the photoelectrode further comprises - a contact passivation layer covering the solar cell back surface to separate the emitter and collector contacts from the electrolyte when in use, wherein the contact passivation layer further comprises second openings in correspondence with the first openings (101, 171) of the solar cell back surface, - a resin layer covering the openings (101, 171 and 131) and a portion of the contact passivation layer that is in correspondence with the collector contacts such that in use only charge carriers from the emitter contacts traverse the contact passivation layer in its way to the electrolyte while charge carriers from the collector contacts are collected in the collector busbar, and - an electrocatalyst layer covering respectively the resin layer, the contact passivation layer, or both, wherein the electrocatalyst layer constitutes the back end surface that in use contacts the electrolyte. - a back-contact solar cell extending from - a solar cell front surface that in use constitutes the photoelectrode front end surface to be irradiated with incident light, to - an opposing solar cell back surface facing the back end surface, - a contact passivation layer covering the solar cell back surface to separate the emitter and collector contacts from the electrolyte when in use, wherein the contact passivation layer further comprises second openings in correspondence with the first openings (101, 171) of the solar cell back surface, - a resin layer covering the openings (101, 171 and 131) and a portion of the contact passivation layer that is in correspondence with the collector contacts such that in use only charge carriers from the emitter contacts traverse the contact passivation layer in its way to the electrolyte while charge carriers from the collector contacts are collected in the collector busbar, and - an electrocatalyst layer covering respectively the resin layer, the contact passivation layer, or both, wherein the electrocatalyst layer constitutes the back end surface that in use contacts the electrolyte.
Beltless pneumatic vehicle tire, in particular truck tire, industrial tire or OTR tire, having a ratio of cross-sectional width to cross-sectional height (determined according to E.T.R.T.O. standards) of 1 or 0.85, with a carcass of a diagonal design comprising two to twenty-six carcass inserts (6, 6') arranged one over the other and consisting in each case of a cord fabric embedded in a rubber matrix and consisting of textile, parallel-extending reinforcing elements, the reinforcing elements at the zenith of the tire extending in relation to the circumferential direction at an acute angle that is equal in all of the carcass inserts (6, 6'), characterized in that the angle (α, β) that the reinforcing elements form with the circumferential direction at the zenith of the tire in the case of a tire with a ratio of cross-sectional width to cross-sectional height of 1 is between 28° and 34°, in the case of a tire with a ratio of cross-sectional width to cross-sectional height of 0.85 between 26° and 32°.
Hammering apparatus functioning with a pressurized medium, such as a pressure fluid of a hydraulic system which hammering apparatus comprises an elongated body to be attached to a power tool, a movable impact mass adjusted to rest on the body for which impact mass a linear control part is adjusted to the mentioned body and an arrangement for lifting up the movable mass for the impact comprising the first cylinder and a piston which can be moved in it with the help of pressure fluid and a piston rod in which case in the arrangement the mentioned piston rod is attached to the mentioned mass and comprises a valve arrangement with the help of which the pressure of the hydraulic fluid can be directed to the first cylinder to the other side of the piston for the uplifting of the mass and the mentioned pressure can be suddenly reduced when the mass is being directed to impact, characterized in that during the impact of the mass the hydraulic fluid or a part of it coming back from the cylinder space of the first cylinder can be directed to an expanding space inside the piston rod with the help of a valve arrangement in which case a harmful back pressure caused by the hydraulic fluid being removed from the front of the piston is essentially reduced.
A method of building a hybrid tower, comprising: - erecting a metal mast connected to a foundation; - building a concrete structure having a plurality of superimposed concrete segments around the metal mast by using the metal mast as a support; - disconnecting the metal mast from the foundation; - lifting the metal mast by telescoping and guiding the metal mast along the concrete structure; and - connecting the lifted metal mast to the concrete structure, wherein building of the concrete structure comprises: a) installing at least one first segment of the concrete structure; b) lifting the installed segment(s) of the concrete structure along the metal mast by guiding the lifted segments of the concrete structure using the metal mast, so as to clear a space having a sufficient height to receive a next segment of the concrete structure; c) installing the next segment of the concrete structure in said space; and d) repeating steps b) and c) until a last segment of the concrete structure is installed at a bottom part of the concrete structure. - erecting a metal mast connected to a foundation; - building a concrete structure having a plurality of superimposed concrete segments around the metal mast by using the metal mast as a support; - disconnecting the metal mast from the foundation; - lifting the metal mast by telescoping and guiding the metal mast along the concrete structure; and - connecting the lifted metal mast to the concrete structure, a) installing at least one first segment of the concrete structure; b) lifting the installed segment(s) of the concrete structure along the metal mast by guiding the lifted segments of the concrete structure using the metal mast, so as to clear a space having a sufficient height to receive a next segment of the concrete structure; c) installing the next segment of the concrete structure in said space; and d) repeating steps b) and c) until a last segment of the concrete structure is installed at a bottom part of the concrete structure.
A method for creating a ring network label switched path, comprising: receiving, by a first node, a first Path message used for creating a first label switched path from a second node; allocating, by the first node, a first label to the first label switched path; sending, by the first node, a first Resv message carrying the first label to the second node; and when the first node receives a second Path message used for creating a second label switched path from the second node and determines that a destination node of the second label switched path is the same as that of the first label switched path, and the first node, the second node, and the destination node are located in a same ring network, allocating, by the first node, the first label to the second label switched path; and sending, to the second node, a second Resv message carrying the first label allocated to the second label switched path. receiving, by a first node, a first Path message used for creating a first label switched path from a second node; allocating, by the first node, a first label to the first label switched path; sending, by the first node, a first Resv message carrying the first label to the second node; and when the first node receives a second Path message used for creating a second label switched path from the second node and determines that a destination node of the second label switched path is the same as that of the first label switched path, and the first node, the second node, and the destination node are located in a same ring network, allocating, by the first node, the first label to the second label switched path; and sending, to the second node, a second Resv message carrying the first label allocated to the second label switched path.
A processor-implemented method of operation for a user-facing provider edge, u-PE, device of an Ethernet access network, the method comprising: receiving a message from a subscriber-premises device, the message being compatible with an Extensible Authentication Protocol, EAP, and being transported from the subscriber-premises device to the u-PE device in compliance with an IEEE 802.1x compatible protocol; communicating with an authentication, authorization and accounting, AAA, server that stores user credential information, to validate user credentials provided by the subscriber-premises device; and opening a port of the u-PE device to traffic between the subscriber-premises device and the Ethernet access network on a per application layer service basis based upon validation of the user credentials provided by the subscriber-premises device. receiving a message from a subscriber-premises device, the message being compatible with an Extensible Authentication Protocol, EAP, and being transported from the subscriber-premises device to the u-PE device in compliance with an IEEE 802.1x compatible protocol; communicating with an authentication, authorization and accounting, AAA, server that stores user credential information, to validate user credentials provided by the subscriber-premises device; and opening a port of the u-PE device to traffic between the subscriber-premises device and the Ethernet access network on a per application layer service basis based upon validation of the user credentials provided by the subscriber-premises device.
A device for detecting aerobic bacteria, anaerobic bacteria and fungi in a targeted material which comprises of a plurality sided slide, and a vial, wherein a first side of said plurality sided slide is coated with a first predetermined medium for aerobic bacteria growth, and a second side of said plurality sided slide is coated with a second predetermined medium for fungal (mold and yeast) growth, and wherein at the bottom of said vial a third predetermined medium is embedded to determine a level of presence of anaerobic bacteria; and wherein the slide comprises a needle, wherein said needle is used to carry and deliver samples of a target material into an anaerobic medium.
A system comprising a composition A and separately a composition B wherein - composition A comprises a resin of diglycidyl ether of Bisphenol A which carries at least one electron-withdrawing substituent at the aromatic moiety; and wherein - composition B comprises a) a phenalkamine and b) a mercaptan. - composition A comprises a resin of diglycidyl ether of Bisphenol A which carries at least one electron-withdrawing substituent at the aromatic moiety; and wherein - composition B comprises a) a phenalkamine and b) a mercaptan. a) a phenalkamine and b) a mercaptan.
A continuously variable transmission mounted in a vehicle and configured to shift and transmit output rotation of a power source, comprising: a variator capable of continuously changing a speed ratio; a stepped sub-transmission mechanism provided in series with the variator; target value setting means configured to select one select gear position corresponding to a shift instruction from a driver from a plurality of select gear positions set in advance and to set a speed ratio corresponding to the selected select gear position as a target value of a through speed ratio, which is an overall speed ratio of the variator and the sub-transmission mechanism, when the shift instruction is determined; and shift control means configured to perform a variator shift to downshift the variator so that the through speed ratio reaches the target value, and a coordinated shift to upshift the variator to maintain the through speed ratio while downshifting the sub-transmission mechanism immediately after the variator is downshifted when the shift instruction is a downshift instruction and a shift condition of the sub-transmission mechanism is satisfied; characterized by torque increasing means configured to increase a torque input to the continuously variable transmission from the power source more than a torque before the determination of the downshift instruction during the coordinated shift when the vehicle is coasting. a variator capable of continuously changing a speed ratio; a stepped sub-transmission mechanism provided in series with the variator; target value setting means configured to select one select gear position corresponding to a shift instruction from a driver from a plurality of select gear positions set in advance and to set a speed ratio corresponding to the selected select gear position as a target value of a through speed ratio, which is an overall speed ratio of the variator and the sub-transmission mechanism, when the shift instruction is determined; and shift control means configured to perform a variator shift to downshift the variator so that the through speed ratio reaches the target value, and a coordinated shift to upshift the variator to maintain the through speed ratio while downshifting the sub-transmission mechanism immediately after the variator is downshifted when the shift instruction is a downshift instruction and a shift condition of the sub-transmission mechanism is satisfied; characterized by torque increasing means configured to increase a torque input to the continuously variable transmission from the power source more than a torque before the determination of the downshift instruction during the coordinated shift when the vehicle is coasting.