mhurhangee/ep-ind-claims huggingface dataset:
A process for producing electrode materials, which comprises the following steps: (a) mixing the following with one another in the presence of water or in the presence of water and organic solvent: at least one phosphorus compound, at least one lithium compound, at least one carbon source, at least one water-soluble iron compound in which Fe is present in the +2 or +3 oxidation state, at least one iron source which is different than and is water-insoluble and in which Fe is present in the zero, +2 or +3 oxidation state, (b) thermally treating the mixture obtained. (a) mixing the following with one another in the presence of water or in the presence of water and organic solvent: at least one phosphorus compound, at least one lithium compound, at least one carbon source, at least one water-soluble iron compound in which Fe is present in the +2 or +3 oxidation state, at least one iron source which is different than and is water-insoluble and in which Fe is present in the zero, +2 or +3 oxidation state, at least one phosphorus compound, at least one lithium compound, at least one carbon source, at least one water-soluble iron compound in which Fe is present in the +2 or +3 oxidation state, at least one iron source which is different than and is water-insoluble and in which Fe is present in the zero, +2 or +3 oxidation state, (b) thermally treating the mixture obtained.
A mixture which comprises (i) at least one of (a) the mixture of polyphenolic compounds and/or a prepolymerized form thereof and (b) an epoxy resin and/or a prepolymerized form thereof and (ii) at least one of (c) a novolac resin and (d) an epoxy resin which is different from (b); wherein the mixture of polyphenolic compounds (a) is obtainable by a process comprising: condensing a dialdehyde of a cycloalkane having from about 5 to about 24 ring carbon atoms with a phenolic compound at a ratio of phenolic hydroxy groups to aldehyde groups which affords a mixture of polyphenolic compounds which comprises at least about 20 % by weight of a polyphenolic compound of formula: wherein: p is 0 or an integer of from 1 to about 19; each m independently is 0, 1, or 2; the moieties R independently represent halogen, cyano, nitro, hydroxy, optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted alkoxy, optionally substituted alkenyl, optionally substituted alkenyloxy, optionally substituted aryl, optionally substituted aralkyl, optionally substituted aryloxy, and optionally substituted aralkyloxy; and the moieties Q represent hydrogen; and any non-aromatic cyclic moieties comprised in the above formula may optionally carry one or more substituents and/or may optionally comprise one or more double bonds; and wherein epoxy resin (b) is obtained by partially or completely converting phenolic hydroxy groups of a mixture of polyphenolic compounds (a) into glycidyl ether groups. (i) at least one of (a) the mixture of polyphenolic compounds and/or a prepolymerized form thereof and (b) an epoxy resin and/or a prepolymerized form thereof and (ii) at least one of (c) a novolac resin and (d) an epoxy resin which is different from (b); p is 0 or an integer of from 1 to about 19; each m independently is 0, 1, or 2; the moieties R independently represent halogen, cyano, nitro, hydroxy, optionally substituted alkyl, optionally substituted cycloalkyl, optionally substituted alkoxy, optionally substituted alkenyl, optionally substituted alkenyloxy, optionally substituted aryl, optionally substituted aralkyl, optionally substituted aryloxy, and optionally substituted aralkyloxy; and the moieties Q represent hydrogen; and any non-aromatic cyclic moieties comprised in the above formula may optionally carry one or more substituents and/or may optionally comprise one or more double bonds; and wherein epoxy resin (b) is obtained by partially or completely converting phenolic hydroxy groups of a mixture of polyphenolic compounds (a) into glycidyl ether groups.
An electro-hydraulic actuator for actuating a brake caliper, in particular a disc brake of a vehicle with two or more wheels, comprising: - an electric motor with a drive shaft; - a transforming mechanism connected to the drive shaft to transform a rotary motion of the drive shaft into a translational motion of a translatable portion configured to act on a hydraulic master cylinder of said brake; - a first housing configured to accommodate the transforming mechanism and support a second housing of the electric motor, said transforming mechanism including a reduction gear (6; 36) configured to demultiply the rotary motion of the drive shaft, said reduction gear (6; 36) comprising a crown (12; 32) with inner toothing in one piece and rotationally locked, characterized in that said crown (12; 32) with inner toothing comprises a front portion (42; 62) directly shape-coupled to and inserted in the second housing of the electric motor and a connection integral with the first housing of the transforming mechanism so as to achieve a precise centering between the electric motor and the reduction gear (6; 36) with respect to the axis of the drive shaft and with respect to a central axis of the reduction gear (6; 36). - an electric motor with a drive shaft; - a transforming mechanism connected to the drive shaft to transform a rotary motion of the drive shaft into a translational motion of a translatable portion configured to act on a hydraulic master cylinder of said brake; - a first housing configured to accommodate the transforming mechanism and support a second housing of the electric motor, said transforming mechanism including a reduction gear (6; 36) configured to demultiply the rotary motion of the drive shaft, said reduction gear (6; 36) comprising a crown (12; 32) with inner toothing in one piece and rotationally locked,
A multi-beam output laser system for producing a plurality of laser beam outputs to be delivered to a work piece, the system comprising: at least three spaced apart output fibers (29a-29g) arranged circumferentially or otherwise at least four spaced apart output fibers (29a-29g) optically coupled to distinct fiber laser modules (12, 14, 16, 18, 20), each separately controllable from the other such that at least three distinct laser outputs can be delivered to said work piece; a controller to control the laser modules, wherein a software loaded on the controller is configured to control the characteristics of the output of each fiber laser module (12, 14, 16, 18, 20) and the sequence and timing in which each laser output is provided to said work piece; and characterized by a bulk optic, wherein each of said output fibers (29a-29g) is fused to a surface of the bulk optic, configured to receive the distinct laser outputs from the output fibers (29a-29g) and output the distinct, spaced apart laser outputs. at least three spaced apart output fibers (29a-29g) arranged circumferentially or otherwise at least four spaced apart output fibers (29a-29g) optically coupled to distinct fiber laser modules (12, 14, 16, 18, 20), each separately controllable from the other such that at least three distinct laser outputs can be delivered to said work piece; a controller to control the laser modules, wherein a software loaded on the controller is configured to control the characteristics of the output of each fiber laser module (12, 14, 16, 18, 20) and the sequence and timing in which each laser output is provided to said work piece; and characterized by a bulk optic, wherein each of said output fibers (29a-29g) is fused to a surface of the bulk optic, configured to receive the distinct laser outputs from the output fibers (29a-29g) and output the distinct, spaced apart laser outputs.
An at least partially implantable medical device comprising - a unit for detecting electromagnetic interference fields, wherein the unit has at least one sensor and/or indicator for electromagnetic interference fields and/or is designed to detect and identify non-physiological signals, - at least one control unit, which is connectable to the unit for detecting electromagnetic interference fields, at least comprising a timer and a detection unit for electrical measured variables and/or at least comprising a stimulation unit, - at least one electrode line which is connectable to the control unit and/or to the unit for detecting electromagnetic interference fields, and which at the other end has an electrode which in the at least partially implanted state may be brought into contact with bodily tissue, and which either extends inside a body or may be situated on the surface of an implant, the unit for detecting electromagnetic interference fields, when identifying non-physiological signals and/or electromagnetic interference fields, evaluates the detected signals as non-physiological signals for a first specifiable time, and for a second specified time the stimulation unit is placed in an asynchronous operating state in which the wearer of the IMD is asynchronously stimulated, characterised in that the asynchronous operating state is associated with a change in the stimulation amplitude and/or the stimulation pulse width. - a unit for detecting electromagnetic interference fields, wherein the unit has at least one sensor and/or indicator for electromagnetic interference fields and/or is designed to detect and identify non-physiological signals, - at least one control unit, which is connectable to the unit for detecting electromagnetic interference fields, at least comprising a timer and a detection unit for electrical measured variables and/or at least comprising a stimulation unit, - at least one electrode line which is connectable to the control unit and/or to the unit for detecting electromagnetic interference fields, and which at the other end has an electrode which in the at least partially implanted state may be brought into contact with bodily tissue, and which either extends inside a body or may be situated on the surface of an implant,
Apparatus for removing milk from the teat of an animal, comprising: an outer body having an opening therein into which the teat is insertable in a first direction; at least two resilient membranes (12,14) within the body, the membranes forming a space therebetween into which the teat is receivable when it is inserted into the opening; and a pressure generating device for providing a pressure difference across said membranes (12,14), characterised in that the membranes (12,14) are arranged to be under tension in a direction transverse to said first direction when there is the same pressure across the membranes (12,14). an outer body having an opening therein into which the teat is insertable in a first direction; at least two resilient membranes (12,14) within the body, the membranes forming a space therebetween into which the teat is receivable when it is inserted into the opening; and a pressure generating device for providing a pressure difference across said membranes (12,14), characterised in that the membranes (12,14) are arranged to be under tension in a direction transverse to said first direction when there is the same pressure across the membranes (12,14).
A stapling assembly for use with a surgical stapler, comprising: a body having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue; and a three-dimensional compressible adjunct configured to be releasably retained on the body, the adjunct having an undeformed state in which a maximum height of the adjunct is greater than a maximum height of the plurality of staples in a formed configuration when the staples are deployed into tissue, and the adjunct having a plurality of resilient struts such that the adjunct is compressible into a deformed state, characterized in that the plurality of resilient struts are formed from a particulate matrix formed of fused bioabsorbable polymer particles. a body having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue; and a three-dimensional compressible adjunct configured to be releasably retained on the body, the adjunct having an undeformed state in which a maximum height of the adjunct is greater than a maximum height of the plurality of staples in a formed configuration when the staples are deployed into tissue, and the adjunct having a plurality of resilient struts such that the adjunct is compressible into a deformed state, characterized in that the plurality of resilient struts are formed from a particulate matrix formed of fused bioabsorbable polymer particles.
A light emitting device comprising: a first conductivity-type semiconductor layer; an interfacial layer including at least two superlattice structures adjacent to the first conductivity-type semiconductor layer; an active layer adjacent to the interfacial layer; and a second conductivity-type semiconductor layer adjacent to the active layer, wherein: the first conductivity-type semiconductor layer, interfacial layer, active layer, and second conductivity-type semiconductor layer are stacked in a same direction, the first and second semiconductor layer are of different conductivity types, an energy band gap of the superlattice structure adjacent to the active layer is smaller than an energy band gap of the superlattice structure adjacent to the first conductivity-type semiconductor layer, characterised by an energy band gap of a layer having the greatest energy band gap in each of the superlattice structures is smaller than an energy band gap of a quantum wall between the superlattice structures. a first conductivity-type semiconductor layer; an interfacial layer including at least two superlattice structures adjacent to the first conductivity-type semiconductor layer; an active layer adjacent to the interfacial layer; and a second conductivity-type semiconductor layer adjacent to the active layer, wherein: the first conductivity-type semiconductor layer, interfacial layer, active layer, and second conductivity-type semiconductor layer are stacked in a same direction, the first and second semiconductor layer are of different conductivity types, an energy band gap of the superlattice structure adjacent to the active layer is smaller than an energy band gap of the superlattice structure adjacent to the first conductivity-type semiconductor layer, characterised by an energy band gap of a layer having the greatest energy band gap in each of the superlattice structures is smaller than an energy band gap of a quantum wall between the superlattice structures. the first conductivity-type semiconductor layer, interfacial layer, active layer, and second conductivity-type semiconductor layer are stacked in a same direction, the first and second semiconductor layer are of different conductivity types, an energy band gap of the superlattice structure adjacent to the active layer is smaller than an energy band gap of the superlattice structure adjacent to the first conductivity-type semiconductor layer, characterised by an energy band gap of a layer having the greatest energy band gap in each of the superlattice structures is smaller than an energy band gap of a quantum wall between the superlattice structures.
A dry powder inhaler for a capsule containing dry powder, the inhaler comprising a base body having a capsule receptacle, two actuator buttons arranged on opposing sides of the base body and two perforation needles, each needle being fixedly connected to an actuator button and movable relative to the base body towards each other from a normal position to a perforation position along an actuation direction to perforate a capsule arranged in the capsule receptacle, characterized in that the capsule receptacle is arranged in an inclined angle within the range of about 40° to about 50° with respect to the actuation direction.
Method for the pre-conditioning of one or more latent heat storage elements in which the temperature or the narrow temperature range of the phase transition defines a target temperature, in which first of all the latent heat storage elements are cooled to an initial temperature lying below the target temperature and said initial temperature is determined, in which the latent heat storage elements which are at the initial temperature are then introduced into a thermally insulated container and the container is then closed, wherein the interior of the closed container is or has been connected to a heating device, the thermal output of which, which becomes effective in the interior of the closed container, is known, characterized in that the initial temperature of the latent heat storage elements, the thermal capacity of the latent heat storage elements located in the container, and the target temperature of the latent heat storage elements are used to calculate the quantity of heat which has to be supplied to the interior of the container so that the latent heat storage elements reach the target temperature, and in that the heating device is switched on and is operated continuously or at intervals until a desired quantity of heat has been supplied to the interior of the closed container.
Method for three-dimensional reshaping of flat material consisting of, in particular, natural fibres such as, for example, paper or cardboard, with a deep-drawing piston and a die through which or into which the material is drawn, wherein the material is clamped in place between the die and a so-called blank holder, whereby the material during the shaping can selectively sink, characterised in that the diameter of the deep-drawing piston plus the material thickness of the material to be deep-drawn correspond at least approximately with the diameter of the die and that the initially pot-shaped formed body, which is provided with a cylindrical, oval or polygonal side wall, is reshaped by means of mould, wherein the reshaping has a different angle over the horizontal dimension thereof.
Welding device for welding workpieces (3, 4) by means of a movable arc, wherein the welding device comprises a controlled welding current source and a positioning and upsetting device for the workpieces (3, 4) which, during the heating operation, keeps the workpieces (3, 4) spaced apart at a distance (s) and then upsets them, characterized in that the welding current source comprises a welding current controller having a welding current regulating device, which measures the constant or pulsed welding current output and regulates it to a settable current predefined value by increasing or decreasing the welding voltage, wherein the welding device comprises a device for recording and analysing one or more process parameters, in particular the arc voltage, and a control device for correspondingly controlling and modifying (Δs) the distance (s) between the workpieces (3, 4) during the heating operation, wherein the control device comprises a control part, which is connected to the device for recording and analysing process parameters, in particular the arc voltage, and comprises a process regulating device which controls or regulates the distance (s) on the basis of the process parameter(s) recorded.
A method for dynamically adjusting memory power state transition timers, the method comprising: receiving parameters corresponding to usage or performance of a memory device coupled to a processor in a computing device, wherein the parameters comprise memory utilization percentage and memory operating frequency; based on the parameters, determining an optimal value for one or more memory power state transition timer settings for the memory device, wherein the determining the optimal value for the one or more memory power state transition timer settings comprises: accessing a look-up table (500, 700) to determine the optimal value based on the parameters; and updating a current value for the memory power state transition timer settings for the memory device with the optimal value. receiving parameters corresponding to usage or performance of a memory device coupled to a processor in a computing device, wherein the parameters comprise memory utilization percentage and memory operating frequency; based on the parameters, determining an optimal value for one or more memory power state transition timer settings for the memory device, wherein the determining the optimal value for the one or more memory power state transition timer settings comprises: accessing a look-up table (500, 700) to determine the optimal value based on the parameters; and updating a current value for the memory power state transition timer settings for the memory device with the optimal value.
A process of metathesising a starting material comprising mono- or polyunsaturated carboxylic acids having in the range from 14 to 24 carbon atoms and/or esters of such carboxylic acids wherein the process comprises reacting the starting material in the presence of a metathesis catalyst selected from organometallic compounds comprising ruthenium and at least one catalyst enhancer compound selected from titanium based compounds having the general formula Ti. 4 wherein each Q independently represents hydrogen, a C1 to C10 alkoxy group, a halide, a C12 to C18 fatty alcohol or a C6 to C18 fatty acid.
A method performed by a terminal for a wireless communication system, the method comprising: receiving (710, 1310), from a base station, a random access response, RAR, including an uplink grant for a transmission of a message 3, MSG3, associated with a random access procedure and first information associated with a type for a first channel access procedure for the transmission of the MSG3; performing (715, 1315) the first channel access procedure based on the type identified by the first information; transmitting (720, 1320), to the base station, the MSG3 associated with the random access procedure based on the first channel access procedure; receiving (725, 1325), from the base station, downlink control information, DCI, scheduling a retransmission of the MSG3, the DCI including second information associated with a type for a second channel access procedure for the retransmission of the MSG3; performing (730, 1330) the second channel access procedure based on the type identified by the second information; and transmitting (735, 1335), to the base station, the MSG3 based on the second channel access procedure. receiving (710, 1310), from a base station, a random access response, RAR, including an uplink grant for a transmission of a message 3, MSG3, associated with a random access procedure and first information associated with a type for a first channel access procedure for the transmission of the MSG3; performing (715, 1315) the first channel access procedure based on the type identified by the first information; transmitting (720, 1320), to the base station, the MSG3 associated with the random access procedure based on the first channel access procedure; receiving (725, 1325), from the base station, downlink control information, DCI, scheduling a retransmission of the MSG3, the DCI including second information associated with a type for a second channel access procedure for the retransmission of the MSG3; performing (730, 1330) the second channel access procedure based on the type identified by the second information; and transmitting (735, 1335), to the base station, the MSG3 based on the second channel access procedure.
An optical element for an information system for displaying information, the optical element comprising an optical axis to display information by directing light received at an entrance surface through the optical element to an exit surface for the light to exit the optical element, characterised in that the optical element comprises an internal reflector (12, 13) to reflect sunlight entering the optical element at the exit surface out of the optical element through a side surface of the optical element by way of total reflection.