mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing an amine addition compound, in which the conversion of a polyamine component, a polyester component and a hydrocarbon component is carried out with weight proportions of: = 1: 100 to 1: 4 and: = 1: 10 to 10: 1 in such a way that according to the alternative reaction i) Firstly, from the polyamine component and the polyester component an intermediary reaction product (A-B) is formed, which is ultimately converted with the hydrocarbon component, or According to the alternative reaction ii) Firstly, from the polyamine component and the hydrocarbon component a Reaction product (A-C) is formed, which is subsequently converted with the polyester component, or According to the alternative reaction iii) Firstly, the polyamine component is made to react simultaneously with the polyester component and the hydrocarbon component, whereby the polyamine component is present in the form of organic polyamine compounds (A'), which each comprise at least three reactionable amino groups (A'+) chosen from primary and secondary amino groups, in each case with the polyester component and the hydrocarbon component, the polyester component is present in the form of polyester compounds (B'), which respectively contain no primary amino groups and also no secondary amino groups, but at least three ester groups and in each case a coupling group (B'+) in the form of a carboxyl group or a carbonic acid anhydride group that can react with primary and/or secondary amino groups and the hydrocarbon component is present in the form of a linking group (C'+), having branched or unbranched, saturated or non-saturated hydrocarbon compounds, which contain no primary amino groups, no secondary amino groups, no carboxyl groups and no carbonic acid hydride groups and which contain an overall proportion in terms of carbon atoms from the group of elements O, N, P, S, Si selected heteroatoms of at least 2: 1, whereby the linking groups (C'+) have in each case the capacity to react with the primary amino group with the formation of secondary amino groups and/or with secondary amino groups with the formation of tertiary amino groups and which also are present in each case in the form of an epoxide function of the general formula in which R 1 R 2 and R 3 are respectively the same or different and also independent of each other, represented by H and/or by a saturated, branched or unbranched C 1 -C 12 -hydrocarbon residue.: = 1: 100 to 1: 4 and: = 1: 10 to 10: 1 i) Firstly, from the polyamine component and the polyester component an intermediary reaction product (A-B) is formed, which is ultimately converted with the hydrocarbon component, or According to the alternative reaction ii) Firstly, from the polyamine component and the hydrocarbon component a Reaction product (A-C) is formed, which is subsequently converted with the polyester component, or According to the alternative reaction iii) Firstly, the polyamine component is made to react simultaneously with the polyester component and the hydrocarbon component,
A flux containing: 10 mass% or more and 20 mass% or less of alkanolamine; 5 mass% or more and 10 mass% or less of at least one of amine fluoride salt and amine trifluoride boron complex; 10 mass% or more and 20 mass% or less of an organic acid which neutralizes the alkanolamine to form a water-insoluble salt; and 50 mass% or more and 75 mass% or less of a solvent. 10 mass% or more and 20 mass% or less of alkanolamine; 5 mass% or more and 10 mass% or less of at least one of amine fluoride salt and amine trifluoride boron complex; 10 mass% or more and 20 mass% or less of an organic acid which neutralizes the alkanolamine to form a water-insoluble salt; and 50 mass% or more and 75 mass% or less of a solvent.
Filter device, with a filter housing (2, 4) which holds a filter element that separates a feed chamber from a filtrate chamber within the filter housing (2, 4), wherein the filter element is sealed with respect to the filter housing (2, 4) by means of a sealing device (36, 40), wherein the filter element is mounted inside the filter housing (2, 4) exclusively by means of floating bearings (32, 38), the bearing (32, 38) in each case having a sealing ring (36, 40) of the sealing device, and wherein the sealing ring, which helps to form the first floating bearing, is arranged between a connection point of the filter element and a head of the filter housing (2, 4), characterised in that the sealing ring, which helps to form the second floating bearing, is arranged between the said filter head and a filter bowl of the filter housing (2, 4).
A rechargeable battery comprising: an anode electrode (9,10) with multiple tabs along the anode electrode and a strip tab at an end of the anode electrode; and a cathode electrode (13, 14) with multiple tabs along the cathode electrode and an other strip tab at an end of the cathode electrode; wherein the respective strip tabs on the anode and cathode are arranged at opposing ends of the anode and cathode; and wherein the multiple tabs (9a,13a) along the anode and cathode electrodes provide a shorter current pathway and one level of internal resistance for operating the battery over a temperature range of the battery between a first temperature and a second temperature, and the tabs (11,15) at the opposing ends of said anode and cathode electrodes provide a longer current pathway and a second level of internal resistance for operating the battery outside of the temperature range T1 and T2, wherein the value of R2 at about 2 °C below T1 is at least twice the value of R1 at T1 and the value of R2 at about 2 °C above T2 is at least twice the value of R1 at T2. an anode electrode (9,10) with multiple tabs along the anode electrode and a strip tab at an end of the anode electrode; and a cathode electrode (13, 14) with multiple tabs along the cathode electrode and an other strip tab at an end of the cathode electrode; wherein the respective strip tabs on the anode and cathode are arranged at opposing ends of the anode and cathode; and wherein the multiple tabs (9a,13a) along the anode and cathode electrodes provide a shorter current pathway and one level of internal resistance for operating the battery over a temperature range of the battery between a first temperature and a second temperature, and the tabs (11,15) at the opposing ends of said anode and cathode electrodes provide a longer current pathway and a second level of internal resistance for operating the battery outside of the temperature range T1 and T2, wherein the value of R2 at about 2 °C below T1 is at least twice the value of R1 at T1 and the value of R2 at about 2 °C above T2 is at least twice the value of R1 at T2.
An energy harvesting device, comprising: an insulated container, comprising: an outer membrane comprising an outer surface and an inner surface; an inner membrane, spaced apart from the outer membrane, having an outer surface and an inner surface; an outer cavity, spaced between the outer membrane and the inner membrane; an inner cavity encapsulated by the inner membrane; a thermoelectric generator module positioned within the inner cavity, the thermoelectric generator thermally-coupled to an expandable membrane that encapsulates a mass of phase-change material, wherein the outer membrane is configured to allow a liquid to enter into the outer cavity, and wherein the phase-change material is configured to store a portion of heat energy captured while the energy harvesting device is exposed to an external environment having a first temperature higher than a second temperature of the phase-change material. an insulated container, comprising: an outer membrane comprising an outer surface and an inner surface; an inner membrane, spaced apart from the outer membrane, having an outer surface and an inner surface; an outer cavity, spaced between the outer membrane and the inner membrane; an inner cavity encapsulated by the inner membrane; an outer membrane comprising an outer surface and an inner surface; an inner membrane, spaced apart from the outer membrane, having an outer surface and an inner surface; an outer cavity, spaced between the outer membrane and the inner membrane; an inner cavity encapsulated by the inner membrane; a thermoelectric generator module positioned within the inner cavity, the thermoelectric generator thermally-coupled to an expandable membrane that encapsulates a mass of phase-change material, wherein the outer membrane is configured to allow a liquid to enter into the outer cavity, and wherein the phase-change material is configured to store a portion of heat energy captured while the energy harvesting device is exposed to an external environment having a first temperature higher than a second temperature of the phase-change material.
A method for performing handover of at least a first User Equipment from a first cell to a second cell, wherein - the first cell is controlled by a first Remote Radio Unit connected to a Main unit, - the second cell is controlled by a second Remote Radio Unit connected to said Main Unit, and - the second cell has the same or a larger coverage area than the first cell, - monitoring the state of the connection between said first Remote Radio Unit and said Main Unit, characterised in - sending handover information to said User Equipment through said second cell using resources assigned for control signalling in said first cell, if the state of the connection between said first Remote Radio Unit and said Main Unit indicates that said first Remote Radio Unit has ceased to be functional. - the first cell is controlled by a first Remote Radio Unit connected to a Main unit, - the second cell is controlled by a second Remote Radio Unit connected to said Main Unit, and - the second cell has the same or a larger coverage area than the first cell, - monitoring the state of the connection between said first Remote Radio Unit and said Main Unit, characterised in - sending handover information to said User Equipment through said second cell using resources assigned for control signalling in said first cell, if the state of the connection between said first Remote Radio Unit and said Main Unit indicates that said first Remote Radio Unit has ceased to be functional.
A molded motor comprising: a stator including a bottomed cylindrical case molded with a molding resin; a rotor rotatably disposed on a radially inner side of the stator; a bearing (41, 42) supporting an output side and a counter-output-side of an output rotary shaft of the rotor; a conductive bracket (51, 52) including a bearing house (510, 520) housing the bearing (41, 42) and disposed on each of the output side and the counter-output side of the case; and a metal conductive plate electrically connecting the bracket on the output side and the bracket on the counter-output side, characterised in that the conductive plate includes a first abutting portion (61, 611) formed on one end and having a front-end portion abutted on a side of the bearing house (510, 520) on the output side or the counter-output side, the front-end portion of the first abutting portion (61, 611) warping in a direction away from the case, a second abutting portion (62, 612) formed on the other end and abutted on an inner side of the bracket (51, 52) on the output side or the counter-output side press-fitted on the case, and a conductive sleeve connecting the first abutting portion (61, 611) and the second abutting portion (62, 612); and the conductive plate and the case include a holding unit adapted to hold the front-end portion of the first abutting portion (61, 611) in a state in which it is abutted on the side of the bearing house (510, 520). a stator including a bottomed cylindrical case molded with a molding resin; a rotor rotatably disposed on a radially inner side of the stator; a bearing (41, 42) supporting an output side and a counter-output-side of an output rotary shaft of the rotor; a conductive bracket (51, 52) including a bearing house (510, 520) housing the bearing (41, 42) and disposed on each of the output side and the counter-output side of the case; and a metal conductive plate electrically connecting the bracket on the output side and the bracket on the counter-output side, characterised in that the conductive plate includes a first abutting portion (61, 611) formed on one end and having a front-end portion abutted on a side of the bearing house (510, 520) on the output side or the counter-output side, the front-end portion of the first abutting portion (61, 611) warping in a direction away from the case, a second abutting portion (62, 612) formed on the other end and abutted on an inner side of the bracket (51, 52) on the output side or the counter-output side press-fitted on the case, and a conductive sleeve connecting the first abutting portion (61, 611) and the second abutting portion (62, 612); and the conductive plate and the case include a holding unit adapted to hold the front-end portion of the first abutting portion (61, 611) in a state in which it is abutted on the side of the bearing house (510, 520).
A method of installing a rail support arrangement (100,100a,100b,100c,100d,800,1000,1100) upon which a plurality of rails can be supported, the rail support arrangement comprising a slab (110,1010) and a plurality of rail supports respectively mounted in the slab, the method comprising: preparing an installation area, being an area to which the rail support arrangement is to be installed, wherein the installation area is formed of compacted ground; providing, directly onto the compacted ground of the installation area, a bedding layer for mounting to the slab of the rail support arrangement; mounting the slab of the rail support arrangement to the bedding layer, to thereby install the rail support arrangement; after mounting the slab to the bedding layer, providing a first layer of course on top of any and all exposed parts of the bedding layer; and after providing the first layer of course on top of any exposed parts of the bedding layer, providing a stress absorbing membrane layer on top of any exposed parts of the slab and the first layer of course. preparing an installation area, being an area to which the rail support arrangement is to be installed, wherein the installation area is formed of compacted ground; providing, directly onto the compacted ground of the installation area, a bedding layer for mounting to the slab of the rail support arrangement; mounting the slab of the rail support arrangement to the bedding layer, to thereby install the rail support arrangement; after mounting the slab to the bedding layer, providing a first layer of course on top of any and all exposed parts of the bedding layer; and after providing the first layer of course on top of any exposed parts of the bedding layer, providing a stress absorbing membrane layer on top of any exposed parts of the slab and the first layer of course.
A method of a user equipment, UE, for a wireless communication system that includes a base station, BS, the method comprising: receiving, by the UE from the BS, information related to a demodulation reference signal, DMRS, resource of an orthogonal frequency division multiplexing, OFDM, symbol, wherein the received information includes first information on a first resource element group for transmission of a DMRS among resource element groups configured for the DMRS resource, and second information on whether a transmission of data to the BS is allowed in a second resource element group among the resource element groups configured for the DMRS resource; and transmitting, by the UE to the BS, the DMRS via the first resource element group configured for the DMRS resource, wherein the first resource element group is different than the second resource element group, wherein when the DMRS is transmitted based on a Discrete Fourier Transform-spread-OFDM, DFT-s-OFDM, the data is not transmitted in the second resource element group, and wherein when the DMRS is transmitted based on a Cyclic Prefix-OFDM, CP-OFDM, whether the data is transmitted in the second resource element group is determined based on the second information. receiving, by the UE from the BS, information related to a demodulation reference signal, DMRS, resource of an orthogonal frequency division multiplexing, OFDM, symbol, wherein the received information includes first information on a first resource element group for transmission of a DMRS among resource element groups configured for the DMRS resource, and second information on whether a transmission of data to the BS is allowed in a second resource element group among the resource element groups configured for the DMRS resource; and transmitting, by the UE to the BS, the DMRS via the first resource element group configured for the DMRS resource, wherein the first resource element group is different than the second resource element group, wherein when the DMRS is transmitted based on a Discrete Fourier Transform-spread-OFDM, DFT-s-OFDM, the data is not transmitted in the second resource element group, and wherein when the DMRS is transmitted based on a Cyclic Prefix-OFDM, CP-OFDM, whether the data is transmitted in the second resource element group is determined based on the second information.
A high-strength lightweight metal sectional element (P, P1, P', P1'), designed to be used as load-bearing element or bar for the production of treadable gratings by joining it to transverse bars, constituted by round bars, flat bars or twisted square bars, by application of pressure and by electro-welding of all the points of contact between load-bearing sectional elements (P, P1, P', P1') and transverse bars, said sectional element (P, P1, P', P1') being made of a strip of metal material, having a cross section presenting at least one end being bent back on itself on or several times so that said end comprises one or more bends and/or counter-bends, each of about 180 degrees, in order to present a higher moment of inertia to bending as compared to other metal sectional elements with cross sections of equal area without such bends, having a plurality of through holes, characterised in that said through holes are arranged precisely in the areas of maximum curvature of said bends, so that said through holes in a grating are arranged outwards, i.e. towards the treading surface to provide a valid anti-slip function.
An expandable bone anchor, comprising: an anchor body (1200, 2200) comprising: a distal tapered anchor tip; a plurality of first expandable side portions (1207, 2207) positioned at a proximal end of the anchor body (1200, 2200), wherein the first expandable side portions (1207, 2207) expand by bending outward such that each of the first expandable side portions (1207, 2207) extends outward to a greater extent at its proximal portion than at its distal portion; and a plurality of second expandable side portions (1220, 2220) positioned distally of the first expandable side portions (1207, 2207), wherein the second expandable side portions (1220, 2220) expand by bending outward such that each of the second expandable side portions (1220, 2220) extends outward to a greater extent at its distal portion than at its proximal portion; and a spreader (1300, 2300) configured to advance distally into the anchor body (1200,2200), thereby causing the first and second expandable side portions to expand outward. a distal tapered anchor tip; a plurality of first expandable side portions (1207, 2207) positioned at a proximal end of the anchor body (1200, 2200), wherein the first expandable side portions (1207, 2207) expand by bending outward such that each of the first expandable side portions (1207, 2207) extends outward to a greater extent at its proximal portion than at its distal portion; and a plurality of second expandable side portions (1220, 2220) positioned distally of the first expandable side portions (1207, 2207), wherein the second expandable side portions (1220, 2220) expand by bending outward such that each of the second expandable side portions (1220, 2220) extends outward to a greater extent at its distal portion than at its proximal portion; and a spreader (1300, 2300) configured to advance distally into the anchor body (1200,2200), thereby causing the first and second expandable side portions to expand outward.
A plug adapter for preventing the theft of an electrical terminal, in particular a hand-held tool, that is connected to the plug adapter by means of its power plug, having a housing that constitutes a plug connector for plugging the plug adapter into an outlet of an electrical supply system, in particular a low-voltage system, and a socket that is electrically connected to the plug connector for plugging in the power plug of the terminal, having a monitoring device provided in the housing for detecting the theft of the terminal and having a connection securing device of the plug adapter, characterized in that the connection securing device produces a non-detachable, in particular form-fitting, connection between the socket and the power plug of the terminal in order to affix the power plug to the plug adapter and in that the monitoring device has both a rechargeable electrical energy storage device for providing it with an emergency power supply, which energy storage device can preferably be charged via the plug of the plug adapter that can be connected to the electrical supply system, and a telematics device designed to track the position of the plug adapter in order to distinguish between theft and proper use of the terminal as a function of the positioning data of the telematics device when the plug adapter is disconnected from the electrical supply system.
An optical system, comprising: a set of inner portions, each for mounting over an LED or LED arrangement, and each of which performs a different first optical function, wherein each inner portion has an outer contact surface; and an outer portion, for mounting over the inner portion, and which performs a second optical function, and wherein the outer portion has a cavity with an inner contact surface, and an outer lens surface, wherein the outer portion is adapted to be mountable over each one of the set of inner portions, thereby to form an output lens when the outer portion is mounted over a selected one of the set of inner portions, which output lens has an overall optical function which depends on the selected inner portion, wherein the inner and outer portions (30,38) have the same refractive index, and wherein the outer contact surface of the inner portions and the inner contact surface of the outer portion have a matching shape such that an interface between the inner portion and the outer portion does not have a lens function. a set of inner portions, each for mounting over an LED or LED arrangement, and each of which performs a different first optical function, wherein each inner portion has an outer contact surface; and an outer portion, for mounting over the inner portion, and which performs a second optical function, and wherein the outer portion has a cavity with an inner contact surface, and an outer lens surface, wherein the outer portion is adapted to be mountable over each one of the set of inner portions, thereby to form an output lens when the outer portion is mounted over a selected one of the set of inner portions, which output lens has an overall optical function which depends on the selected inner portion, wherein the inner and outer portions (30,38) have the same refractive index, and wherein the outer contact surface of the inner portions and the inner contact surface of the outer portion have a matching shape such that an interface between the inner portion and the outer portion does not have a lens function.