mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for reducing the charge of at least two product ions in order to move the mass-to-charge ratio (m/z) values of the at least two product ions above a threshold m/z value and decrease overlap among the m/z values of the at least two product ions before mass analysis, comprising: a reagent source device that is configured to supply charge reducing reagent; and a dissociation device that is configured to receive a precursor ion, dissociate the precursor ion, produce a plurality of product ions in the dissociation device, receive the charge reducing reagent from the reagent source device, apply an alternating current (AC) voltage and a direct current (DC) voltage to one or more electrodes of the dissociation device that creates a pseudopotential in an axial direction to trap product ions of the plurality of product ions with m/z values below a threshold m/z in the dissociation device and to, in turn, cause the trapped product ions to be charge reduced by the received charge reducing reagent so that m/z values of at least two product ions of the trapped product ions increase to m/z values above the threshold m/z, and apply the DC voltage to the one or more electrodes relative to a DC voltage applied to electrodes of a next device postioned after the dissociation device that causes the at least two product ions with m/z values increased above the threshold m/z to be continuously transmitted to the next device. a reagent source device that is configured to supply charge reducing reagent; and a dissociation device that is configured to receive a precursor ion, dissociate the precursor ion, produce a plurality of product ions in the dissociation device, receive the charge reducing reagent from the reagent source device, apply an alternating current (AC) voltage and a direct current (DC) voltage to one or more electrodes of the dissociation device that creates a pseudopotential in an axial direction to trap product ions of the plurality of product ions with m/z values below a threshold m/z in the dissociation device and to, in turn, cause the trapped product ions to be charge reduced by the received charge reducing reagent so that m/z values of at least two product ions of the trapped product ions increase to m/z values above the threshold m/z, and apply the DC voltage to the one or more electrodes relative to a DC voltage applied to electrodes of a next device postioned after the dissociation device that causes the at least two product ions with m/z values increased above the threshold m/z to be continuously transmitted to the next device.
A valve comprising at least a valve member , a valve body and an end cap ; wherein the end cap comprises a connecting portion ; and the valve body comprises a plasticly deformed lip ; wherein the plasticly deformed lip is configured such that it at least partially envelops the connecting portion , thereby attaching the end cap to the valve body ; wherein a fitted end of the end cap comprises the connecting portion , a stop-face of the end cap and a housing portion , characterised in that : the valve body comprises an inner ledge , which provides a stop surface which abuts the stop-face of the end cap .
A guide device, comprising a guide rail as well as a slider engaging at least partially in the guide rail and guided in a linear motion in the guide rail via a recirculating ball bearing, wherein the balls associated with the recirculating ball bearing are lined up in at least one ball row and guided in at least one ball raceway, wherein the balls associated with a respective ball row are respectively guided in a ball raceway composed of a first and a second partial ball raceway , wherein the first partial ball raceway is formed in the slider and extends along a slider longitudinal axis (A) and wherein the second partial ball raceway is formed by a slider guide groove formed on the slider and extending along the slider longitudinal axis (A) and a guide rail guide groove opposite the slider guide groove and formed on the guide rail , and wherein in the region of a first and second slider end with respect to the slider longitudinal axis (A) deflection means are respectively arranged for deflecting the balls from the first to the second partial ball raceway and vice versa, wherein the first partial ball raceway is formed by a guide channel extending along the slider longitudinal axis (A) and formed in the slider as well as a cover plate delimiting the guide channel to the outside, wherein the cover plate is releasably connected to the slider , characterized in that a carrier designed to carry a load element is releasably connected to the slider and the carrier is formed from a. a mounting section , which is designed to be releasably connected to the slider and/or the cover plate , wherein the mounting section extends along the slider longitudinal axis (A) over a partial length of the slider ; b. a support flange laterally adjacent to the mounting section and designed to rest laterally against the slider with a support surface and to be supported thereon; c. and a carrier section , which is designed to carry and/or guide the load element. a. a mounting section , which is designed to be releasably connected to the slider and/or the cover plate , wherein the mounting section extends along the slider longitudinal axis (A) over a partial length of the slider ; b. a support flange laterally adjacent to the mounting section and designed to rest laterally against the slider with a support surface and to be supported thereon; c. and a carrier section , which is designed to carry and/or guide the load element.
A DC/DC converter , comprising: a voltage conversion unit having an input node (NIN) to receive an input voltage (VIN) and an output node (NOUT) to output an output voltage (VOUT), the voltage conversion unit being configured to convert the input voltage to the output voltage and to output the output voltage from the output node, wherein the input voltage is higher than the output voltage; wherein the DC/DC converter further comprises a circuit configured to provide a dying gasp function supplying stored electrical energy to the voltage conversion unit when the input voltage is lower than a threshold voltage, the circuit comprising: an electrical energy storage unit (GC2), including a first electrode and a second electrode, the first electrode being electrically connected to the input node of the voltage conversion unit; and characterized in that the circuit further comprises a switching unit (S1), electrically connected to the second electrode of the electrical energy storage unit, the switching unit being configured to electrically connect the second electrode of the electrical energy storage unit to one of ground and the output node of the voltage conversion unit alternatively, the switching unit being configured to connect the second electrode of the electrical energy storage unit to the output node in order to provide a voltage equaling the output voltage plus a voltage of the electrical energy storage unit to the input node when the input voltage is lower than the threshold voltage. a voltage conversion unit having an input node (NIN) to receive an input voltage (VIN) and an output node (NOUT) to output an output voltage (VOUT), the voltage conversion unit being configured to convert the input voltage to the output voltage and to output the output voltage from the output node, wherein the input voltage is higher than the output voltage; wherein the DC/DC converter further comprises a circuit configured to provide a dying gasp function supplying stored electrical energy to the voltage conversion unit when the input voltage is lower than a threshold voltage, the circuit comprising: an electrical energy storage unit (GC2), including a first electrode and a second electrode, the first electrode being electrically connected to the input node of the voltage conversion unit; and characterized in that the circuit further comprises a switching unit (S1), electrically connected to the second electrode of the electrical energy storage unit, the switching unit being configured to electrically connect the second electrode of the electrical energy storage unit to one of ground and the output node of the voltage conversion unit alternatively, the switching unit being configured to connect the second electrode of the electrical energy storage unit to the output node in order to provide a voltage equaling the output voltage plus a voltage of the electrical energy storage unit to the input node when the input voltage is lower than the threshold voltage.
Method for production of lactoferrin comprising at least the steps of: a) disposing of raw material that has not been treated at a temperature greater than 50°C and selected from the group consisting of skim milk, free-caseinate milk, cheese-whey and skim colostrum; b) submitting this raw material to a step of extraction on a cation-exchange resin using an excluded solute concentration of sodium chloride in order to obtain a solution of Lactenin (LN) or Milk Basic Protein (MBP); c) submitting this LN or MBP solution to a step of purification on a cation exchange resin equilibrated with an acetate buffer at a pH between 4 and 9 and eluted with a sodium chloride buffer solution throughout four elution steps: i. a step to collect impurities performed at a pH of 6.5 and with a NaCl solution at concentration of 0.05 M; ii. a step to collect lactoperoxidase, performed with a NaCl solution at concentration of 0.3 M at a pH of 6.5; iii. a step to collect LPS, other endotoxins and angiogenin, performed and with a NaCl solution at concentration of 0.5 M at a pH of 8; and iv. a step to collect lactoferrin performed and with a NaCl solution at concentration of 1 M at a pH of 8; and d) collecting a fraction containing lactoferrin having more than 95 % of purity, having no polymers and comprising less than 50 pg/mg of LPS, other endotoxins and angiogenin. a) disposing of raw material that has not been treated at a temperature greater than 50°C and selected from the group consisting of skim milk, free-caseinate milk, cheese-whey and skim colostrum; b) submitting this raw material to a step of extraction on a cation-exchange resin using an excluded solute concentration of sodium chloride in order to obtain a solution of Lactenin (LN) or Milk Basic Protein (MBP); c) submitting this LN or MBP solution to a step of purification on a cation exchange resin equilibrated with an acetate buffer at a pH between 4 and 9 and eluted with a sodium chloride buffer solution throughout four elution steps: i. a step to collect impurities performed at a pH of 6.5 and with a NaCl solution at concentration of 0.05 M; ii. a step to collect lactoperoxidase, performed with a NaCl solution at concentration of 0.3 M at a pH of 6.5; iii. a step to collect LPS, other endotoxins and angiogenin, performed and with a NaCl solution at concentration of 0.5 M at a pH of 8; and iv. a step to collect lactoferrin performed and with a NaCl solution at concentration of 1 M at a pH of 8; and i. a step to collect impurities performed at a pH of 6.5 and with a NaCl solution at concentration of 0.05 M; ii. a step to collect lactoperoxidase, performed with a NaCl solution at concentration of 0.3 M at a pH of 6.5; iii. a step to collect LPS, other endotoxins and angiogenin, performed and with a NaCl solution at concentration of 0.5 M at a pH of 8; and iv. a step to collect lactoferrin performed and with a NaCl solution at concentration of 1 M at a pH of 8; and d) collecting a fraction containing lactoferrin having more than 95 % of purity, having no polymers and comprising less than 50 pg/mg of LPS, other endotoxins and angiogenin.
Process for preparing a polymer-coated hard shell capsule, suitable as container for pharmaceutical or nutraceutical biologically active ingredients, wherein the hard shell capsule is comprising a body and a cap, wherein in the closed state the cap overlaps the body either in a pre-locked state or in a final-locked state, wherein the hard shell capsule having a gap of 10 to 100 μm is provided in the pre-locked state, and spray-coated with a coating solution, suspension or dispersion comprising a polymer or a mixture of polymers to create a coating layer which covers the outer surface of the hard shell capsule in the pre-locked state, wherein the coating layer is applied in an amount of about 0.7 to 5.5 mg/cm 2 , wherein the polymer or a mixture of polymers is selected from the group of anionic polymers, cationic polymers, or neutral polymers, the anionic polymer is an anionic (meth)acrylate copolymer, the cationic polymer is a cationic (meth)acrylate copolymer, and the neutral polymer is a neutral (meth)acrylate copolymer, wherein the coating layer thickness is less than the gap between the uncoated body and the cap. wherein the hard shell capsule having a gap of 10 to 100 μm is provided in the pre-locked state, and spray-coated with a coating solution, suspension or dispersion comprising a polymer or a mixture of polymers to create a coating layer which covers the outer surface of the hard shell capsule in the pre-locked state, wherein the coating layer is applied in an amount of about 0.7 to 5.5 mg/cm 2 , wherein the polymer or a mixture of polymers is selected from the group of anionic polymers, cationic polymers, or neutral polymers, the anionic polymer is an anionic (meth)acrylate copolymer, the cationic polymer is a cationic (meth)acrylate copolymer, and the neutral polymer is a neutral (meth)acrylate copolymer, wherein the coating layer thickness is less than the gap between the uncoated body and the cap.
Electrical winding form comprising electrically conductive windings around a core, where the cavities between the windings are filled in a form-fitting manner by a thermoplastic material, wherein the thermoplastic material comprises a mixture of a) a network-forming thermoplastic elastomer which, in the range of 120-150 °C, has very good flowability and a melt flow index of at least 15 g/10 min (190 °C/2.16 kg, measured to ISO 1133-1) and b) a phase change material having a phase change temperature between 40 °C and 140 °C, wherein the phase change material is present in the thermoplastic material in a proportion of 50 % to 85 % by weight. a) a network-forming thermoplastic elastomer which, in the range of 120-150 °C, has very good flowability and a melt flow index of at least 15 g/10 min (190 °C/2.16 kg, measured to ISO 1133-1) and b) a phase change material having a phase change temperature between 40 °C and 140 °C, wherein the phase change material is present in the thermoplastic material in a proportion of 50 % to 85 % by weight.
A control system , which controls a manufacturing device or a production facility, characterized by comprising: a first control device connected to a network in which data is updated at every predetermined cycle, and a second control device connected to the network and time-synchronized with the first control device ; wherein the first control device is configured to transmit, at every predetermined cycle, first data used for controlling the manufacturing device or the production facility, using a first communication band among communication bands possessed by the network ; and the second control device is configured to share second data used for setting and managing the manufacturing device or the production facility with the first control device , using a second communication band other than the first communication band among the communication bands possessed by the network , wherein the first control device is configured to cyclically transmit the first data using the first communication band and transmits the second data using a first part of the second communication band among the communication bands possessed by the network , and the second control device is configured to transmit the second data using a second part of the second communication band other than the first part of the second communication band among the communication bands possessed by the network . a first control device connected to a network in which data is updated at every predetermined cycle, and a second control device connected to the network and time-synchronized with the first control device ; wherein the first control device is configured to transmit, at every predetermined cycle, first data used for controlling the manufacturing device or the production facility, using a first communication band among communication bands possessed by the network ; and the second control device is configured to share second data used for setting and managing the manufacturing device or the production facility with the first control device , using a second communication band other than the first communication band among the communication bands possessed by the network , wherein the first control device is configured to cyclically transmit the first data using the first communication band and transmits the second data using a first part of the second communication band among the communication bands possessed by the network , and the second control device is configured to transmit the second data using a second part of the second communication band other than the first part of the second communication band among the communication bands possessed by the network .
An electronic device comprising: a display configured to display content; a processor operatively connected to the display, wherein the processor is configured to: obtain information about an exterior color; extract a dominant color from a specified area in an area in which the content is displayed; and apply a gradation effect for transitioning from the exterior color to the dominant color, to at least part of an edge area of the display. a display configured to display content; a processor operatively connected to the display, wherein the processor is configured to: obtain information about an exterior color; extract a dominant color from a specified area in an area in which the content is displayed; and apply a gradation effect for transitioning from the exterior color to the dominant color, to at least part of an edge area of the display. obtain information about an exterior color; extract a dominant color from a specified area in an area in which the content is displayed; and apply a gradation effect for transitioning from the exterior color to the dominant color, to at least part of an edge area of the display.
A front end for a motor vehicle with a front bonnet , including: - an upper crossmember ; - a deformable element extending transversely above the upper crossmember ; characterized in that the upper crossmember includes a central portion and two lateral portions on either side of the central portion , said central portion being raised with respect to said lateral portions and including attachment means of a lock of the bonnet and in that the upper crossmember forms a partition extending vertically downwards, the central portion of said crossmember forming a recessed area towards the rear including the attachment means of the lock . - an upper crossmember ; - a deformable element extending transversely above the upper crossmember ;
Composite pane comprising a functional element having electrically controllable optical properties, at least comprising - an inner pane comprising an inner side (III) and an outer side (IV) and an outer pane comprising an inner side (II) and an outer side (I), - a thermoplastic intermediate layer , which joins the inner side (III) of the inner pane to the inner side (II) of the outer pane , - a functional element embedded in the thermoplastic intermediate layer and having electrically controllable optical properties at least comprising a multilayer film containing, arranged surface-to-surface one above the other in this sequence, - a first carrier film (13.1) - a first surface electrode (12.1) - an active layer - a second surface electrode (12.2) - a second carrier film (13.2), wherein the active layer comprises a matrix (7.1) and an active substance (7.2), and the concentration of the active substance (7.2) varies over the surface of the functional element . - an inner pane comprising an inner side (III) and an outer side (IV) and an outer pane comprising an inner side (II) and an outer side (I), - a thermoplastic intermediate layer , which joins the inner side (III) of the inner pane to the inner side (II) of the outer pane , - a functional element embedded in the thermoplastic intermediate layer and having electrically controllable optical properties at least comprising a multilayer film containing, arranged surface-to-surface one above the other in this sequence, - a first carrier film (13.1) - a first surface electrode (12.1) - an active layer - a second surface electrode (12.2) - a second carrier film (13.2),
A control system for construction machinery, comprising: a first hydraulic pump ; first and second actuators connected to the first hydraulic pump through first and second parallel lines respectively and operable by a working oil discharged from the first hydraulic pump ; first and second control valves installed in the first and second parallel lines respectively and configured to control operations of the first and second actuators ; first and second spool displacement adjusting valves configured to supply a pilot signal pressure to spools of the first and second control valves in proportion to an inputted control signal to control displacement amounts of the spools of the first and second control valves ; and a control valve control portion configured to output the control signal to the first and second spool displacement adjusting valves corresponding to a manipulation signal of an operator, and configured to limit a maximum allowable value of the manipulation signal for the first actuator to a value selected by the operator and limit a spool displacement amount of the second control valve according to the limited manipulation signal for the first actuator when the manipulation signal for a multiple operation of the first and second actuators is received. a first hydraulic pump ; first and second actuators connected to the first hydraulic pump through first and second parallel lines respectively and operable by a working oil discharged from the first hydraulic pump ; first and second control valves installed in the first and second parallel lines respectively and configured to control operations of the first and second actuators ; first and second spool displacement adjusting valves configured to supply a pilot signal pressure to spools of the first and second control valves in proportion to an inputted control signal to control displacement amounts of the spools of the first and second control valves ; and a control valve control portion configured to output the control signal to the first and second spool displacement adjusting valves corresponding to a manipulation signal of an operator, and configured to limit a maximum allowable value of the manipulation signal for the first actuator to a value selected by the operator and limit a spool displacement amount of the second control valve according to the limited manipulation signal for the first actuator when the manipulation signal for a multiple operation of the first and second actuators is received.