mhurhangee/ep-ind-claims huggingface dataset:
A tool for soldering an electrical conductor with a connection device, comprising at least one deformation unit for deforming the connection device plastically around the electrical conductor with at least one fixed deformation module (103, 203) and at least one deformation module (104, 204) which is movable with respect to the fixed deformation module (103, 203), the fixed deformation module (103, 203) comprising: at least one anvil (107, 207) with an electrical contact area on which the electrical conductor and the connection device are intended to be placed, characterized in that the anvil (107, 207) is capable of making an electric current circulate through the electrical conductor and the connection device such that the electric current can pass through a first electrically conductive part (107a, 207a) of the anvil (107, 207) which is electrically insulated from the rest (107b, 207b) of the anvil (107, 207).
A method comprising: initiating detection at an apparatus of a signal from one of a plurality of transponders (103a - 103n) disposed on a dynamically reconfigurable display, wherein each of the transponders (103a - 103n) corresponds to an area of the display and wherein the transponders (103a - 103n) are near field communication tags, radio frequency identification (RFID) tags, contactless cards, or a combination thereof; and determining by the apparatus an action in response to the signal, wherein the action is related to content displayed in the respective area of the display and wherein the apparatus is a user terminal. initiating detection at an apparatus of a signal from one of a plurality of transponders (103a - 103n) disposed on a dynamically reconfigurable display, wherein each of the transponders (103a - 103n) corresponds to an area of the display and wherein the transponders (103a - 103n) are near field communication tags, radio frequency identification (RFID) tags, contactless cards, or a combination thereof; and determining by the apparatus an action in response to the signal, wherein the action is related to content displayed in the respective area of the display and wherein the apparatus is a user terminal.
Wedge (40a-f) for a stator comprising a plurality of teeth of an electrical generator comprising at least a first portion and a second portion (42a-f) transversally protruding from the first portion, the first portion and the second portion (42a-f) being shaped and dimensioned in such a way that, when the wedge (40a-f) is attached to a tooth radial end of the stator, the first portion extends longitudinally from one of a first tooth longitudinal end and a second tooth longitudinal end towards the other of the first tooth longitudinal end and the second tooth longitudinal end and the second portion (42a-f) abuts against said one of a first tooth longitudinal end and a second tooth longitudinal end, the first portion being dimensioned in order to circumferentially extend from a first tooth of the plurality of teeth to a second tooth of the plurality of teeth, the first tooth and the second tooth being circumferentially adjacent, and the second portion being dimensioned in order to longitudinally abut against both the first tooth and the second tooth, characterized in that the second portion (42a-e) comprises two main wings for respectively abutting against the first tooth and the second tooth, and the second portion (42a-e) comprises two further wings, respectively attached to each of the main wings, for respectively abutting against the first tooth and the second tooth.
An aromatic polyamide composite separator, characterized in that the aromatic polyamide composite separator comprises glass fiber and aromatic polyamide, the aromatic polyamide is coated on the glass fiber, a porosity of the aromatic polyamide is in a range of 40-80%, a thermal shrinkage percentage of the composite separator is less than 3% at 300°C; for example less than 1%; and/or the thermal shrinkage percentage of the composite separator is less than 5% at 500°C; for example less than 3%; for another example less than 1%, with all of the above parameters being measured as disclosed in the specification.
A table lookup method for a Random Access Memory, RAM, characterized by comprising: receiving, by a network processor, a service table access message from each physical interface; the network processor parsing the service table access message to acquire identifying information of a service table to be accessed by the service table access message; allocating a virtual memory library address for the service table access message according to the identifying information of the service table, wherein the RAM is divided into a plurality of virtual memory libraries, at least two virtual memory libraries of the plurality of virtual memory libraries store the service table to be accessed, the virtual memory library address is an address of a virtual memory library which is one of the at least two virtual memory libraries; and accessing the virtual memory library corresponding to the virtual memory library address allocated to look up the corresponding service table; wherein allocating the virtual memory library address comprises: the network processor looking up at least one virtual memory library which stores the service table to be accessed according to the identifying information of the service table carried in the service table access message, and selecting a virtual memory library which has the lowest traffic currently to generate the virtual memory library address. receiving, by a network processor, a service table access message from each physical interface; the network processor parsing the service table access message to acquire identifying information of a service table to be accessed by the service table access message; allocating a virtual memory library address for the service table access message according to the identifying information of the service table, wherein the RAM is divided into a plurality of virtual memory libraries, at least two virtual memory libraries of the plurality of virtual memory libraries store the service table to be accessed, the virtual memory library address is an address of a virtual memory library which is one of the at least two virtual memory libraries; and accessing the virtual memory library corresponding to the virtual memory library address allocated to look up the corresponding service table; wherein allocating the virtual memory library address comprises: the network processor looking up at least one virtual memory library which stores the service table to be accessed according to the identifying information of the service table carried in the service table access message, and selecting a virtual memory library which has the lowest traffic currently to generate the virtual memory library address.
A duct system comprising: a duct; a plurality of information modules, each configured to emit a positional signal; characterised by an oversheath covering the plurality of information modules and the duct while fixing the plurality of information modules to the duct. a duct; a plurality of information modules, each configured to emit a positional signal; characterised by an oversheath covering the plurality of information modules and the duct while fixing the plurality of information modules to the duct.
A transport vehicle having a variable width, the vehicle comprising: a chassis defining a load bed and comprising an intermediate portion elongated in a longitudinal advancement direction of the vehicle and at least two elongated side portions arranged on opposite sides of the intermediate portion and movable orthogonally to the longitudinal direction towards and away from the intermediate portion; a row of front trolleys and a row of rear trolleys hinged to the respective side portion to rotate about respective steering axes orthogonal to the load bed for each side portion; a revolving input member of a steering control of the vehicle coupled to said intermediate portion; and steering means of said trolleys angularly coupled to said revolving input member, said steering means comprising a hydraulic control block and a mechanical transmission interposed between said revolving input member and said hydraulic control block both connected only to said intermediate portion; and, for each side portion, a first hydraulic actuating block (40,42) for the front trolleys and a second hydraulic actuating block (41,43) for the rear trolleys; said first and second hydraulic blocks and said reversing means being connected only to the respective said side portions; hydraulic pipes (45,46,47,48) extending between said intermediate and side portions, hydraulically connecting said hydraulic control block and said first and second hydraulic actuating blocks and being configurable to follow the displacement of said side portions with respect to said intermediate portion; characterized in that motion reversing means are provided for steering the front trolleys in a direction opposite to the rear trolleys and in that said hydraulic control block comprises a pair of first dual-acting hydraulic jacks (31,32) having respective first shafts firmly connected to each other, and a pair of second dual-acting hydraulic jacks (35,36) having respective second shafts firmly connected to each other; said mechanical transmission comprising first and second rotary-to-linear motion conversion means (27,29,30) interposed between said revolving input member of the steering control and said first and second shafts, respectively.
Device for carrying out a thermal cycle according to the principle of the Organic Rankine Cycle for converting energy from a heat source into mechanical energy, in which an organic working medium circulates in a circuit, comprising - an evaporator for evaporating the working medium, - a downstream turbine, - a downstream condenser, - a downstream feed pump and - a return to the evaporator, characterized in that an outflow from the evaporator is arranged downstream of a first throughflow of a heat exchanger in the flow of a heat transfer medium for heating the working medium, and an inflow to the evaporator is arranged upstream of a second throughflow of the heat exchanger, which is thermally coupled to the first throughflow. - an evaporator for evaporating the working medium, - a downstream turbine, - a downstream condenser, - a downstream feed pump and - a return to the evaporator,
A cluster router, wherein the cluster router comprises at least one control apparatus and at least two forwarding apparatuses, the control apparatus is connected to the forwarding apparatuses, and the forwarding apparatuses are connected with each other; the control apparatus is configured to generate and distribute a routing table of each forwarding apparatus and a packet processing information conversion table of each forwarding apparatus, and the packet processing information conversion table comprises a corresponding relationship between local frame packet processing information transferred inside the forwarding apparatus and cluster packet processing information transferred between the forwarding apparatuses; and the forwarding apparatus is configured to receive the routing table of the forwarding apparatus and the packet processing information conversion table of the forwarding apparatus, which are delivered by the control apparatus, wherein the packet processing information conversion table is used for implementing format conversion between the cluster packet processing information and the local frame packet processing information; the forwarding apparatus is further configured to convert, according to the packet processing information conversion table, the local frame packet processing information into the cluster packet processing information; carry the cluster packet processing information in a data packet received from the outside and send the data packet received from the outside to another forwarding apparatus; or convert, according to the packet processing information conversion table, the cluster packet processing information into the local frame packet processing information; carry the local frame packet processing information in a data packet received from the outside and transfer the data packet received from the outside inside the forwarding apparatus.
A shoe made of a composite material, especially a ski boot for various purposes, and formed of a shell for receiving a user's foot and of an enveloping part to envelop a user's ankle, wherein both parts are mutually connected either stiffly in a material-fit manner or by way of a hinge located at the ankle joint area, and the shell and/or the enveloping part are made of a composite material comprising a fabric and a binding resin, various areas of the shell and the enveloping part being composed of several layers of fabric, characterized in that the areas on the shell where flexibility is desired, especially at the sides in proximity to the opening section, and on the enveloping part, include an additional layer of an elastic material, preferably rubber, between each pair of a fabric layer.
A downhole apparatus connected to a workstring within a wellbore, said workstring being connected to a bit member with a motor means, the downhole apparatus comprising a power mandrel operatively connected to the motor means; the downhole apparatus characterized in that: an anvil member (150, 160, 170) is operatively formed on the bit member, said anvil member (150, 160, 170) being operatively connected to said power mandrel, said anvil member (150, 160, 170) including an internal radial shoulder (168, 182), an inner wall extending from the internal radial shoulder (168, 182), and one or more partial cavities (154, 162, 172) adjacent to the internal radial shoulder (168, 182) in an internal space; one or more rolling elements partially disposed within the partial cavities (154, 162, 172) of the anvil member (150, 160, 170); a radial bearing housing unit operatively connected to the workstring, with the radial bearing housing unit being disposed about said power mandrel; a hammer member slidably attached to said radial bearing housing unit, the hammer member including a radial cam surface that cooperates with the rolling elements disposed in the anvil member (150, 160, 170) for axially displacing the hammer member from the anvil member (150, 160, 170) and generating an axial impact upon rotation of the anvil member (150, 160, 170). an anvil member (150, 160, 170) is operatively formed on the bit member, said anvil member (150, 160, 170) being operatively connected to said power mandrel, said anvil member (150, 160, 170) including an internal radial shoulder (168, 182), an inner wall extending from the internal radial shoulder (168, 182), and one or more partial cavities (154, 162, 172) adjacent to the internal radial shoulder (168, 182) in an internal space; one or more rolling elements partially disposed within the partial cavities (154, 162, 172) of the anvil member (150, 160, 170); a radial bearing housing unit operatively connected to the workstring, with the radial bearing housing unit being disposed about said power mandrel; a hammer member slidably attached to said radial bearing housing unit, the hammer member including a radial cam surface that cooperates with the rolling elements disposed in the anvil member (150, 160, 170) for axially displacing the hammer member from the anvil member (150, 160, 170) and generating an axial impact upon rotation of the anvil member (150, 160, 170).
A device for pinching and cutting yarns for a flat knitting machine, said machine comprising at least one needle board on which a plurality of needles are arranged, said device comprising a plurality of hooks capable of grasping at least one yarn and moving between an idle position and a pinching and cutting position, said device being configured to be fastened to one of the ends of said needle board such that said device, when fastened to the needle board of the machine, extends in the plane of said needle board, characterized in that said device comprises activating means (9, 10, 12, 13, 14, 15, 51, 140, 141, 150, 151) making it possible to move the hooks of said device independently of one another and that does not require the use of a carriage which moves above the needle boards of the machine to activate it, and in that said activating means are kinematically connected to driving means (4, 5) comprising at least one motor.
A mobile station for transmitting a channel quality indicator used for adaptive modulation, the mobile station comprising: a transmitting unit configured to transmit the channel quality indicator; and a timing control unit configured to: before channel switching due to a handover from a first base station to a second base station, control the transmitting unit to transmit periodically the channel quality indicator to the first base station with a specified time interval, and after channel switching due to the handover, control the transmitting unit to transmit the channel quality indicator to the second base station at a time before a timing for transmitting periodically the channel quality indicator to the second base station according to the specified time interval. a transmitting unit configured to transmit the channel quality indicator; and a timing control unit configured to: before channel switching due to a handover from a first base station to a second base station, control the transmitting unit to transmit periodically the channel quality indicator to the first base station with a specified time interval, and after channel switching due to the handover, control the transmitting unit to transmit the channel quality indicator to the second base station at a time before a timing for transmitting periodically the channel quality indicator to the second base station according to the specified time interval. before channel switching due to a handover from a first base station to a second base station, control the transmitting unit to transmit periodically the channel quality indicator to the first base station with a specified time interval, and after channel switching due to the handover, control the transmitting unit to transmit the channel quality indicator to the second base station at a time before a timing for transmitting periodically the channel quality indicator to the second base station according to the specified time interval.
A system, comprising: a filler material being a pre-sintered preform of a braze material, wherein the pre-sintered preform is a mixture of particles that have been sintered together at a temperature below their melting points to form an agglomerate and somewhat porous mass; and being characterised by the following: a focused energy source configured to generate an energy beam; and a controller configured to control brazing of the pre-sintered preform via alteration of at least one performance characteristic of the focused energy source to adjust the energy beam for focused brazing of the pre-sintered preform; wherein the focused energy source comprises an electron beam welder configured to generate the energy beam as an electron energy beam. a focused energy source configured to generate an energy beam; and a controller configured to control brazing of the pre-sintered preform via alteration of at least one performance characteristic of the focused energy source to adjust the energy beam for focused brazing of the pre-sintered preform; wherein the focused energy source comprises an electron beam welder configured to generate the energy beam as an electron energy beam.
A method operational on a receiver circuit, comprising: receiving a spread signal distributed over a plurality of line interfaces, the spread signal carrying symbols with guaranteed symbol-to-symbol state transitions between consecutive symbols, the spread signal defined by a plurality of state transition signals including a first signal over a first line interface and a second signal over a second line interface; obtaining a clock signal based on a comparison of transitions between a first instance of the first signal and a delayed second instance of the first signal, and a comparison of transitions between a first instance of the second signal and a delayed second instance of the second signal; and sampling the delayed second instance of the first signal based on the clock signal to provide a symbol output. receiving a spread signal distributed over a plurality of line interfaces, the spread signal carrying symbols with guaranteed symbol-to-symbol state transitions between consecutive symbols, the spread signal defined by a plurality of state transition signals including a first signal over a first line interface and a second signal over a second line interface; obtaining a clock signal based on a comparison of transitions between a first instance of the first signal and a delayed second instance of the first signal, and a comparison of transitions between a first instance of the second signal and a delayed second instance of the second signal; and sampling the delayed second instance of the first signal based on the clock signal to provide a symbol output.
Method for obtaining surfactants in a single reactor, one pot, from cellulose and hemicellulose comprising at least: a) a first step of hydrolysis where the cellulose is mixed with at least one ionic liquid, and with catalyst; b) a second step of glycosidation wherein at least one alcohol is added when the hydrolysis level of the cellulose is comprised between 10 and 80%. a) a first step of hydrolysis where the cellulose is mixed with at least one ionic liquid, and with catalyst; b) a second step of glycosidation wherein at least one alcohol is added when the hydrolysis level of the cellulose is comprised between 10 and 80%.
Method for lubricating an expansion machine in a thermodynamic cycle device, wherein the cycle device comprises the expansion machine, a feed pump, a lubricant separator, an evaporator, a condenser and a working medium including a working substance and a lubricant, and wherein the method comprises the following steps: pressurizing the working medium by the feed pump; supplying the pressurized working medium from the feed pump to the lubricant separator; separating lubricant from the working medium by the lubricant separator; supplying at least a portion of the separated lubricant from the lubricant separator to the expansion machine; supplying the working medium depleted of lubricant from the lubricant separator to the evaporator; evaporating the working medium depleted of lubricant in the evaporator; supplying the evaporated working medium to the expansion machine; supplying the working medium from the expansion machine to the condenser; liquefying the working medium by the condenser; and supplying the liquefied working medium from the condenser to the feed pump, characterized in that just a portion of the lubricant is separated by the lubricant separator from the working medium, so that the lubricant remaining in the depleted working medium lubricates parts of the working chamber of the expansion machine that roll upon or glide along one another. pressurizing the working medium by the feed pump; supplying the pressurized working medium from the feed pump to the lubricant separator; separating lubricant from the working medium by the lubricant separator; supplying at least a portion of the separated lubricant from the lubricant separator to the expansion machine; supplying the working medium depleted of lubricant from the lubricant separator to the evaporator; evaporating the working medium depleted of lubricant in the evaporator; supplying the evaporated working medium to the expansion machine; supplying the working medium from the expansion machine to the condenser; liquefying the working medium by the condenser; and supplying the liquefied working medium from the condenser to the feed pump,