mhurhangee/ep-ind-claims huggingface dataset:
An electronic component for an imaging device, the electronic component comprising: a housing that includes a case portion that accommodates a substrate on which a connector is mounted, and an external device connection to which an external device is fitted and connected; and the external device connection including an internal conductor that becomes conductively connected to the external device, and a tubular metal external conductor that accommodates the internal conductor, wherein the case portion is made of metal, wherein the external device connection includes a rigid resin holding portion including a case portion connection portion that holds the case portion, and an external conductor connection portion that holds the external conductor, characterized in that the case portion connection portion is one molded fixing surface that is formed by insert molding and is adhered and firmly fixed to the case portion, wherein the external conductor connection portion is the other molded fixing surface that is formed by insert molding and is adhered and firmly fixed to the external conductor, and wherein the holding portion is integrally structured with the case portion and the external conductor as an insert molded body. a housing that includes a case portion that accommodates a substrate on which a connector is mounted, and an external device connection to which an external device is fitted and connected; and a case portion that accommodates a substrate on which a connector is mounted, and an external device connection to which an external device is fitted and connected; and the external device connection including an internal conductor that becomes conductively connected to the external device, and a tubular metal external conductor that accommodates the internal conductor, an internal conductor that becomes conductively connected to the external device, and a tubular metal external conductor that accommodates the internal conductor, wherein the case portion is made of metal, wherein the external device connection includes a rigid resin holding portion including a case portion connection portion that holds the case portion, and an external conductor connection portion that holds the external conductor, characterized in that the case portion connection portion is one molded fixing surface that is formed by insert molding and is adhered and firmly fixed to the case portion, wherein the external conductor connection portion is the other molded fixing surface that is formed by insert molding and is adhered and firmly fixed to the external conductor, and wherein the holding portion is integrally structured with the case portion and the external conductor as an insert molded body.
Siphon assembly, intended for placement in a discharge gutter and comprising: a siphon unit comprising: - a front face, an entrance opening and an exit opening extending through the front face; - two guiding faces directed towards each other, arranged at opposite sides of the exit opening, preferably mutually parallel and preferably perpendicular to the front face; - two mutually parallel guiding grooves arranged in the respective guiding faces at a distance of the front face; characterized in that the siphon assembly further comprises a separate latching member comprising a pressing latch part and a hand grip part, wherein the pressing latch part comprises - two mutually parallel latch legs (511, 512) lying in a common plane and having outer sides (518, 519) directed away from each other, wherein the outer sides (518, 519) of the latch legs (511, 512) fit in the guiding grooves; wherein the latching member is vertically displaceable in said guiding grooves. a siphon unit comprising: - a front face, an entrance opening and an exit opening extending through the front face; - two guiding faces directed towards each other, arranged at opposite sides of the exit opening, preferably mutually parallel and preferably perpendicular to the front face; - two mutually parallel guiding grooves arranged in the respective guiding faces at a distance of the front face; - a front face, an entrance opening and an exit opening extending through the front face; - two guiding faces directed towards each other, arranged at opposite sides of the exit opening, preferably mutually parallel and preferably perpendicular to the front face; - two mutually parallel guiding grooves arranged in the respective guiding faces at a distance of the front face; characterized in that the siphon assembly further comprises a separate latching member comprising a pressing latch part and a hand grip part, wherein the pressing latch part comprises - two mutually parallel latch legs (511, 512) lying in a common plane and having outer sides (518, 519) directed away from each other, - two mutually parallel latch legs (511, 512) lying in a common plane and having outer sides (518, 519) directed away from each other, wherein the outer sides (518, 519) of the latch legs (511, 512) fit in the guiding grooves; wherein the latching member is vertically displaceable in said guiding grooves.
A server for conveying a set of contact identification data to a user equipment associated with a communication system, characterized in that the server comprises: - a receiving unit for receiving contact identification data from the user equipment, - a data storage module comprising subscriber specific data, and - an analyzing module arranged to: - analyze received contact identification data, wherein the analysis determines the received contact identification data to be an incomplete set of contact identification data or a complete set of contact identification data, and - provide the user equipment with one or more suggested sets of contact identification data based on: the analysis, the subscriber specific data, and global data of an analytics database, wherein the global data comprises complete call log data of an operator of the communication system, wherein in the event the analysis determines the received contact identification data to be the incomplete set of contact identification data, the analyzing module is arranged to enable an autocomplete function which suggests a complete set of contact identification data, as a suggested set of contact identification data, based on the incomplete set of contact identification data, and wherein in the event the analysis determines the received contact identification data to be the complete set of contact identification data, the analyzing module is arranged to enable a wrong number function which suggests a corrected set of contact identification data, as a suggested set of contact identification data, based on the received contact identification data. - a receiving unit for receiving contact identification data from the user equipment, - a data storage module comprising subscriber specific data, and - an analyzing module arranged to: - analyze received contact identification data, wherein the analysis determines the received contact identification data to be an incomplete set of contact identification data or a complete set of contact identification data, and - provide the user equipment with one or more suggested sets of contact identification data based on: the analysis, the subscriber specific data, and global data of an analytics database, wherein the global data comprises complete call log data of an operator of the communication system, wherein in the event the analysis determines the received contact identification data to be the incomplete set of contact identification data, the analyzing module is arranged to enable an autocomplete function which suggests a complete set of contact identification data, as a suggested set of contact identification data, based on the incomplete set of contact identification data, and wherein in the event the analysis determines the received contact identification data to be the complete set of contact identification data, the analyzing module is arranged to enable a wrong number function which suggests a corrected set of contact identification data, as a suggested set of contact identification data, based on the received contact identification data.
A battery connection module used to connect a battery unit array, the battery connection module comprising: a plurality of busbars used to connect the battery unit array; a plurality of sampling assemblies, each sampling assembly comprising a first flexible circuit board, an adapting circuit board and a second flexible circuit board, the first flexible circuit board connecting the plurality of busbars, the first flexible circuit board being constituted by folding at least two sub flexible circuit boards, a rear end of the first flexible circuit board comprising a turning portion, the turning portion being connected to the adapting circuit board which is positioned in a plane different from a plane where the first flexible circuit board is presented, a front end of the second flexible circuit board being connected to the adapting circuit board, a rear end of the second flexible circuit board comprising at least one electrical connector, wherein the adapting circuit board has a wire jumper construction. a plurality of busbars used to connect the battery unit array; a plurality of sampling assemblies, each sampling assembly comprising a first flexible circuit board, an adapting circuit board and a second flexible circuit board, the first flexible circuit board connecting the plurality of busbars, the first flexible circuit board being constituted by folding at least two sub flexible circuit boards, a rear end of the first flexible circuit board comprising a turning portion, the turning portion being connected to the adapting circuit board which is positioned in a plane different from a plane where the first flexible circuit board is presented, a front end of the second flexible circuit board being connected to the adapting circuit board, a rear end of the second flexible circuit board comprising at least one electrical connector, wherein the adapting circuit board has a wire jumper construction.
A Programming means for programming a robot comprising a parameter processing means for deviating kinematic model data (W z, T z, N z, B z) from geometric parameters of a model of an interaction object of the robot based on program instructions for the robot, wherein kinematic model data comprise positions of points ( W z), lines, surfaces, spaces, reference systems ([ T z N z B z]) and/or directions ( T z, N z, B z) relative to particular features, in particular a surface, of the model of the interaction object, characterized in that the parameter processing means is configured to derive from the geometric parameters of the model a surface normal ( N z), a tangent vector ( T z) and a binormal vector ( B z) which together define an accompanying coordinate system.
A method for controlling a hydraulic control system of a material handling vehicle, the hydraulic control system including a pump having a pump outlet in fluid communication with a supply passage, a reservoir in fluid communication with a return passage, one or more hydraulic actuators configured to raise and lower a fork assembly attached to a mast of the material handling vehicle, a variable pressure relief valve configured to selectively provide fluid communication from the supply passage to the reservoir, and a controller in communication with the variable pressure relief valve and a pressure sensor configured to measure a fluid pressure in the supply passage, characterized by the method comprising: calibrating the hydraulic control system by performing steps of: controlling, with the controller, the variable pressure relief valve to move to a fully open position; increasing, with the pump, a fluid pressure upstream of the variable pressure relief valve; controlling, with the controller, the variable pressure relief valve to move from the fully open position toward a fully closed position by adjusting a control signal supplied to the variable pressure relief valve; monitoring, with the controller, the pressure detected by the pressure sensor; and recording, with the controller, a parameter of the control signal supplied to the variable pressure relief valve when the pressure detected by the pressure sensor reaches a target pressure. controlling, with the controller, the variable pressure relief valve to move to a fully open position; increasing, with the pump, a fluid pressure upstream of the variable pressure relief valve; controlling, with the controller, the variable pressure relief valve to move from the fully open position toward a fully closed position by adjusting a control signal supplied to the variable pressure relief valve; monitoring, with the controller, the pressure detected by the pressure sensor; and recording, with the controller, a parameter of the control signal supplied to the variable pressure relief valve when the pressure detected by the pressure sensor reaches a target pressure.
A data transmission method including the step of controlling excitation current for a laser diode of a laser beam emitter device by servocontrolling the excitation current on laser beam power and by modulating the excitation current as a function of the data for transmission in order to encode the data with laser beam power levels, the method being characterized in that it includes the step of measuring a temperature (T INT) in the vicinity of the laser diode in order to perform: · a first mode of operation up to a first predetermined temperature threshold (T SEUIL), in which mode the excitation current is servocontrolled by using a nominal low setpoint value (L 0_A) and a nominal high setpoint value (L 1_A) corresponding respectively to a low power level and to a high power level in such a manner that the beam has an average power and an extinction ratio that are optimum for transmitting the data; · a second mode of operation when the temperature exceeds the first temperature threshold, in which mode the excitation current is servocontrolled on a reduced low setpoint value (L 0_B; L 0_T) and on a reduced high setpoint value (L 1_B; L 1_T) corresponding respectively to a low power level and to a high power level in such a manner that the beam has a reduced average power level while conserving an extinction ratio that is acceptable for transmitting data. · a first mode of operation up to a first predetermined temperature threshold (T SEUIL), in which mode the excitation current is servocontrolled by using a nominal low setpoint value (L 0_A) and a nominal high setpoint value (L 1_A) corresponding respectively to a low power level and to a high power level in such a manner that the beam has an average power and an extinction ratio that are optimum for transmitting the data; · a second mode of operation when the temperature exceeds the first temperature threshold, in which mode the excitation current is servocontrolled on a reduced low setpoint value (L 0_B; L 0_T) and on a reduced high setpoint value (L 1_B; L 1_T) corresponding respectively to a low power level and to a high power level in such a manner that the beam has a reduced average power level while conserving an extinction ratio that is acceptable for transmitting data.
A micro-fluidic device configured to perform an assay of a liquid sample, the device comprising: a sample application site in communication with a capillary channel; a vent outlet in communication with the capillary channel; and a capping element configured to seal the vent outlet and the sample application site from an outside environment, wherein the capping element provides for a sealed volume over the sample application site and the vent outlet separate from the outside environment. a sample application site in communication with a capillary channel; a vent outlet in communication with the capillary channel; and a capping element configured to seal the vent outlet and the sample application site from an outside environment, wherein the capping element provides for a sealed volume over the sample application site and the vent outlet separate from the outside environment.
An access node, comprising: a transceiver module configured to communicate with a terminal node that is hosting a user application; characterized in that the access node further comprises: an application agent that is associated with the user application and that is configured to receive state information about the user application from the terminal node via an established application-agent cooperative communication control path between the application agent and the user application; and a resource control module configured to estimate an expected resource need of the user application, monitor current state of congestion for a communication of the user application, modify at least one scheduler parameter using the received state information about the user application according to the congestion for the communication of the user application, and schedule downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter. an application agent that is associated with the user application and that is configured to receive state information about the user application from the terminal node via an established application-agent cooperative communication control path between the application agent and the user application; and a resource control module configured to estimate an expected resource need of the user application, monitor current state of congestion for a communication of the user application, modify at least one scheduler parameter using the received state information about the user application according to the congestion for the communication of the user application, and schedule downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter.
A cross linkable sealant composition, prepared from: a cross linkable elastomeric oligomer having a Tg; a monomer having a Tg higher than the elastomeric oligomer Tg or a combination of monomers having an average Tg for the combination higher than the elastomeric oligomer Tg; an initiator or cross-linking agent; and optionally at least one of catalyst; filler; antioxidant; reaction modifier; adhesion promoter; diluent and coloring agent; wherein a cured reaction product of the composition has a single Tg and retains a higher sealing force at temperatures above the cured product Tg as compared to a similar composition made as above without the monomer, and Tg is measured by Differential Scanning Calorimetry, wherein the cross linkable elastomeric oligomer is a telechelic, (meth)acrylate terminated polyisobutylene, and wherein the monomer is selected from the group consisting of stearyl acrylate, trimethylcyclohexyl methacrylate, isobornyl methacrylate, isobornyl acrylate, dicyclopentanylmethacrylate, dicyclopentanyl acrylate, isooctyl acrylate, isodecyl acrylate, isodecyl methacrylate, and n-lauryl methacrylate. a cross linkable elastomeric oligomer having a Tg; a monomer having a Tg higher than the elastomeric oligomer Tg or a combination of monomers having an average Tg for the combination higher than the elastomeric oligomer Tg; an initiator or cross-linking agent; and optionally at least one of catalyst; filler; antioxidant; reaction modifier; adhesion promoter; diluent and coloring agent;
Compounds of the formula I in which R 1 denotes H, Hal, CH 3, OCH 3 or CH 2 OH, X denotes Ar or Cyc, Ar denotes phenyl, biphenyl or naphthyl, each of which is unsubstituted or mono-, di- or trisubstituted by Hal, NO 2, CN, A, [C(R 2) 2] p OR 2, S m R 2, [C(R 2) 2] p N(R 2) 2, [C(R 2) 2] p COOR 2, [C(R 2) 2] p CON(R 2) 2, [C(R 2) 2] p SO 2 N(R 2) 2, NR 2 COR 2, NR 2 SO 2 R 2 NR 2 CON(R 2) 2, NHCOOA, O[C(R 2) 2]n N(R 2) 2, CHO and/or COA, R 2 denotes H oder A, A denotes unbranched or branched alkyl with 1-10 C-atoms, wherein two adjacent carbon atoms may form a double bond and/or one or two non-adjacent CH- and/or CH 2 -groups may be replaced by N-, O- and/or S-atoms and wherein 1-7 H-atoms may be replaced by F, Cl and/or OH, Cyc denotes cycloalkyl with 3, 4, 5, 6 or 7 C-atoms, Hal denotes F, Cl, Br or I, m denotes 0, 1 or 2, n denotes 1, 2 or 3, p denotes 0, 1, 2, 3 or 4, and pharmaceutically acceptable salts, tautomers and stereoisomers thereof, including mixtures thereof in all ratios. R 1 denotes H, Hal, CH 3, OCH 3 or CH 2 OH, X denotes Ar or Cyc, Ar denotes phenyl, biphenyl or naphthyl, each of which is unsubstituted or mono-, di- or trisubstituted by Hal, NO 2, CN, A, [C(R 2) 2] p OR 2, S m R 2, [C(R 2) 2] p N(R 2) 2, [C(R 2) 2] p COOR 2, [C(R 2) 2] p CON(R 2) 2, [C(R 2) 2] p SO 2 N(R 2) 2, NR 2 COR 2, NR 2 SO 2 R 2 NR 2 CON(R 2) 2, NHCOOA, O[C(R 2) 2]n N(R 2) 2, CHO and/or COA, R 2 denotes H oder A, A denotes unbranched or branched alkyl with 1-10 C-atoms, wherein two adjacent carbon atoms may form a double bond and/or one or two non-adjacent CH- and/or CH 2 -groups may be replaced by N-, O- and/or S-atoms and wherein 1-7 H-atoms may be replaced by F, Cl and/or OH, Cyc denotes cycloalkyl with 3, 4, 5, 6 or 7 C-atoms, Hal denotes F, Cl, Br or I, m denotes 0, 1 or 2, n denotes 1, 2 or 3, p denotes 0, 1, 2, 3 or 4,
Device for dispensing a liquid food, in particular milk, having a heating apparatus for heating the liquid food, which has a fluid path (31a, 31b) for the liquid food and an electrical heater, wherein fluid path (31a, 31b) and heater are in thermal contact with a heat accumulator made of a metal with a high thermal mass and/or conductivity and the heat accumulator is brought up to an operating temperature by means of the heater, wherein the operating temperature is below 80°C, preferably below 70°C, and in which the fluid path (31a, 31b) can be connected via at least one directional valve (27a, 27b, 23a, 23b) to a rinsing line, by means of which for cleaning purposes water and/or cleaning agent solution can be guided through the fluid path (31a, 31b), characterised by a control apparatus which is configured to heat the heating apparatus, for carrying out a thermal regeneration, up to a high temperature of over 100°C and to open the directional valve (27a, 27b, 23a, 23b) once or several times for the passage of water or cleaning agent solution through the fluid path (31a, 31b) of the heating apparatus heated to a high temperature.
A microcapsule, comprising an agglomeration of primary microcapsules and a loading substance, each individual primary microcapsule having a primary shell, wherein the loading substance is encapsulated by the primary shell, wherein the agglomeration is encapsulated by an outer shell, and wherein the outer shell comprises an additional composition which comprises chitosan and glutamine; chitosan, lysine and glutamine; chitosan, glutamine and one or more of leucine, isoleucine, methionine, cysteine, tyrosine, tryptophan, or phenylalanine; or chitosan and one or more of leucine, isoleucine, methionine, cysteine, tyrosine, tryptophan or phenylalanine; and wherein both the primary and outer shells comprise a complex coacervate between two polymer components.
A method of assessing fluid status of a patient, comprising: a) injecting a pulse of energy during a single cardiac cycle from a first electrode (8, 20, 23) during an interval of time when a ventricular chamber of heart is in a refractory state; b) receiving a portion of the pulse of energy at a second electrode (21, 26); c) measuring a resultant impedance value for the pulse of energy; d) storing the resultant impedance value; and e) performing steps a-d for a predetermined number of cardiac cycles until a sample set of resultant impedance values are stored. a) injecting a pulse of energy during a single cardiac cycle from a first electrode (8, 20, 23) during an interval of time when a ventricular chamber of heart is in a refractory state; b) receiving a portion of the pulse of energy at a second electrode (21, 26); c) measuring a resultant impedance value for the pulse of energy; d) storing the resultant impedance value; and e) performing steps a-d for a predetermined number of cardiac cycles until a sample set of resultant impedance values are stored.