mhurhangee/patent-ind-claim-en huggingface dataset:
Water re-circulating apparatus comprising a water basin , a water circulation piping , a pump interposed in the circulation piping and a water treatment feeder system wherein the water circulating piping and a pump are configured for pumping the water W from the water basin and circulating the water W back to the water basin wherein the water treatment feeder system comprises: a water treatment feeder device including a box-shaped magazine body placed higher than the water level in the water basin with front rear side and top walls disposed downstream of the pump and , containing a plurality of porous holders said holders capable to hold at least one package of water treatment pellets disposed in the magazine body in a water-sealed manner and in a selected one of the plurality of porous holders; water inlet piping comprising a water inlet valve said water inlet piping being configured to direct a portion of water downstream of the pump from the piping to the inlet opening in the magazine body; and water outlet piping connected at the outlet opening of the magazine body so that water W can flow out of the magazine body and discharge into the water basin, and a water drainage valve interposed in the water inlet piping between the water inlet valve and the inlet opening in the magazine body. a water treatment feeder device including a box-shaped magazine body placed higher than the water level in the water basin with front rear side and top walls disposed downstream of the pump and , containing a plurality of porous holders said holders capable to hold at least one package of water treatment pellets disposed in the magazine body in a water-sealed manner and in a selected one of the plurality of porous holders;
A staple cartridge assembly, comprising: a staple cartridge body, comprising: a deck; and staple cavities defined in said deck; staples (3230; 3630) removable stored in said staple cavities, wherein each said staple comprises: abase (3231; 3631); a leg (3232, 3233; 3632, 3633) extending from said base; and a platform (3238; 3638) extending laterally from said base; and an implantable layer positioned over said deck, wherein said platforms of said staples are configured to abut said layer when said staples are implanted into the tissue of a patient, wherein each said staple is stamped from a sheet of material, wherein said base defines a base plane, and wherein said platform is folded out of said base plane. a staple cartridge body, comprising: a deck; and staple cavities defined in said deck; a deck; and staple cavities defined in said deck; staples (3230; 3630) removable stored in said staple cavities, wherein each said staple comprises: abase (3231; 3631); a leg (3232, 3233; 3632, 3633) extending from said base; and a platform (3238; 3638) extending laterally from said base; and abase (3231; 3631); a leg (3232, 3233; 3632, 3633) extending from said base; and a platform (3238; 3638) extending laterally from said base; and an implantable layer positioned over said deck, wherein said platforms of said staples are configured to abut said layer when said staples are implanted into the tissue of a patient, wherein each said staple is stamped from a sheet of material, wherein said base defines a base plane, and wherein said platform is folded out of said base plane.
Sub-assembly for clutch mechanism , comprising: - a cover provided with a recess that is circular with axis of revolution (O), - an open elastic ring inserted into the circular recess , the open elastic ring being defined by two operating states: a free state in which the outer diameter (dA) of the ring is greater than the diameter (dL) of the recess , and a constrained state in which the outer diameter (dA) of the ring falls within the diameter (dL) of the recess , characterized in that the recess and the elastic ring each comprise additional retention means that are designed to hold the elastic ring in its constrained state within the cover , and wherein the recess of the cover comprises a base against which the elastic ring presses, and additional retention means comprising: - a radial edge delimited by a diameter (dB), and - a connecting fillet that connects the base to the radial edge . - a cover provided with a recess that is circular with axis of revolution (O), - an open elastic ring inserted into the circular recess , the open elastic ring being defined by two operating states: a free state in which the outer diameter (dA) of the ring is greater than the diameter (dL) of the recess , and a constrained state in which the outer diameter (dA) of the ring falls within the diameter (dL) of the recess , - a radial edge delimited by a diameter (dB), and - a connecting fillet that connects the base to the radial edge .
A method for the production of a polypeptide comprising (a) introducing or adding at the C-terminus of a polypeptide a recognition sequence for tubulin tyrosine ligase; (b) contacting the polypeptide obtained in step (a) in the presence of tubulin tyrosine ligase and a tyrosine derivative under conditions suitable for the tubulin tyrosine ligase to tyrosinate said polypeptide with said tyrosine derivative. (a) introducing or adding at the C-terminus of a polypeptide a recognition sequence for tubulin tyrosine ligase; (b) contacting the polypeptide obtained in step (a) in the presence of tubulin tyrosine ligase and a tyrosine derivative under conditions suitable for the tubulin tyrosine ligase to tyrosinate said polypeptide with said tyrosine derivative.
A coffee maker configured to provide descaled water during operation, wherein the coffee maker comprises: - a descaling unit for the production of descaled water , wherein the descaling unit comprises a descaling reactor , a descaling unit inlet for introduction of water into the descaling reactor and a descaling unit outlet for release of descaled water from the descaling reactor ; and - a scale inhibitor dosing unit configured to provide a scale inhibitor to the descaling reactor , wherein the scale inhibitor comprises a phosphonate; wherein: - the descaling unit further comprises an outlet unit comprising (i) said descaling unit outlet and (ii) a scale inhibitor adsorbent configured upstream of said descaling unit outlet , wherein the scale inhibitor adsorbent is selective for said scale inhibitor , wherein the scale inhibitor adsorbent is able to bind or adsorb the scale inhibitor; and - the outlet unit comprises an adsorbent unit , comprising an inlet in fluid connection with the descaling reactor , and an outlet , in fluid communication with the descaling unit outlet , wherein the adsorbent unit is configured to contain the scale inhibitor adsorbent while allowing transport of water through the adsorbent unit . - a descaling unit for the production of descaled water , wherein the descaling unit comprises a descaling reactor , a descaling unit inlet for introduction of water into the descaling reactor and a descaling unit outlet for release of descaled water from the descaling reactor ; and - a scale inhibitor dosing unit configured to provide a scale inhibitor to the descaling reactor , wherein the scale inhibitor comprises a phosphonate; wherein: - the descaling unit further comprises an outlet unit comprising (i) said descaling unit outlet and (ii) a scale inhibitor adsorbent configured upstream of said descaling unit outlet , wherein the scale inhibitor adsorbent is selective for said scale inhibitor , wherein the scale inhibitor adsorbent is able to bind or adsorb the scale inhibitor; and - the outlet unit comprises an adsorbent unit , comprising an inlet in fluid connection with the descaling reactor , and an outlet , in fluid communication with the descaling unit outlet , wherein the adsorbent unit is configured to contain the scale inhibitor adsorbent while allowing transport of water through the adsorbent unit .
Overcurrent protection device for an electric circuit that is to be monitored, with at least one trigger unit (12a-c) configured for an interruption of the electric circuit in at least one trigger situation and comprising at least one conductor section (14a-c), which is configured for conveying a current that is to be monitored, at least one trigger element (16a-c), which comprises at least one magnetically and thermally shape-shiftable material (18a-c) and is configured, in the trigger situation, for a thermally induced and/or magnetically induced deformation depending on a current flowing through the conductor section (14a-c), and at least one actuation element (20a-c), which is operatively connected with the trigger element (16a-c) and is configured for a transmission of at least one actuation movement and/or at least one actuation force to at least one interrupter switch, characterised in that the trigger element (16a-c) comprises at least one magnetic shape-memory alloy having a first transformation temperature from a martensitic phase into an austenitic phase and a second transformation temperature from a ferromagnetic phase into a paramagnetic phase, the first and the second transformation temperatures being at least 60°C.
A method of filtering touch data on a touch-sensitive display of an electronic device , comprising: detecting movement of a touch on the touch-sensitive display from a first touch location to a second touch location ; in response to determining that a first distance between the first touch location and the second touch location meets a first value of a threshold : reporting the second touch location to an application layer of the electronic device ; and changing the threshold to a second value that is lower than the first value of the threshold after determining that the first distance meets the first value of the threshold; after the first distance meets the first value of the threshold, reporting a third touch location to the application layer in response to determining that the single touch continues from the second touch location to the third touch location and a second distance between the second touch location and the third touch location meets the second value. detecting movement of a touch on the touch-sensitive display from a first touch location to a second touch location ; in response to determining that a first distance between the first touch location and the second touch location meets a first value of a threshold : reporting the second touch location to an application layer of the electronic device ; and changing the threshold to a second value that is lower than the first value of the threshold after determining that the first distance meets the first value of the threshold; reporting the second touch location to an application layer of the electronic device ; and changing the threshold to a second value that is lower than the first value of the threshold after determining that the first distance meets the first value of the threshold; after the first distance meets the first value of the threshold, reporting a third touch location to the application layer in response to determining that the single touch continues from the second touch location to the third touch location and a second distance between the second touch location and the third touch location meets the second value.
A toothed belt comprising: a belt main body comprising an array of a cord , a tooth portion formed on the lower side of the array of the cord and arranged at a predetermined interval along a longitudinal direction of the cord , and a back surface portion formed on the upper side of the array of the cord and having the cord buried therein, which are integrally molded with a first thermoplastic elastomer composition; and a back sheet adhered to the back surface portion side of the belt main body and composed of a second thermoplastic elastomer composition, wherein the back sheet has an uneven shape in a surface on the adhesion side; wherein the uneven shape is formed by arranging convex and concave portions along the longitudinal direction of the cord at a predetermined interval, characterized in that the predetermined interval (S) of the convex and concave portions is smaller than the predetermined interval (P) of the tooth portion . a belt main body comprising an array of a cord , a tooth portion formed on the lower side of the array of the cord and arranged at a predetermined interval along a longitudinal direction of the cord , and a back surface portion formed on the upper side of the array of the cord and having the cord buried therein, which are integrally molded with a first thermoplastic elastomer composition; and a back sheet adhered to the back surface portion side of the belt main body and composed of a second thermoplastic elastomer composition, wherein the back sheet has an uneven shape in a surface on the adhesion side; wherein the uneven shape is formed by arranging convex and concave portions along the longitudinal direction of the cord at a predetermined interval, characterized in that the predetermined interval (S) of the convex and concave portions is smaller than the predetermined interval (P) of the tooth portion .
A mounting device for performing mounting processing of mounting a component (P) at a predetermined mounting position on a board , the mounting device comprising: a head unit including a contacting section (45; 45B; 45C) for contacting at a predetermined height position a housing section housing a component (P) such that the relative positional relationship between the contacting section (45; 45B; 45C) and the component (P) in the height direction is decided when the contacting section (45; 45B; 45C) contacts the housing section , and a gripping section (43, 47; 43B, 47B; 43C, 47C) for picking up a component (P) housed in the housing section by gripping the component (P); and control means that are configured to move the gripping section (43, 47; 43B, 47B; 43C, 47C) so as to grip the component (P) housed in the housing section in a state with the contacting section (45; 45B; 45C) contacting the housing section . a head unit including a contacting section (45; 45B; 45C) for contacting at a predetermined height position a housing section housing a component (P) such that the relative positional relationship between the contacting section (45; 45B; 45C) and the component (P) in the height direction is decided when the contacting section (45; 45B; 45C) contacts the housing section , and a gripping section (43, 47; 43B, 47B; 43C, 47C) for picking up a component (P) housed in the housing section by gripping the component (P); and control means that are configured to move the gripping section (43, 47; 43B, 47B; 43C, 47C) so as to grip the component (P) housed in the housing section in a state with the contacting section (45; 45B; 45C) contacting the housing section .
Floor structure of a rail vehicle, comprising a carrier , wherein an upwardly open C-rail on the carrier in the use state is provided for, which C-rail has upwardly pointing C-legs having free end regions which point towards one another into a C-cavity , with a free cantilever dimension provided relative to the inner surface of the C-legs that faces the C-cavity , the C-rail being connected to an insulation layer which provides thermal insulation, and the insulation layer , based on a cross section, filling the C-cavity and extending upwards beyond the C-legs in the case of an integral, materially uniform design, characterised in that the insulation layer is only form-fittingly connected to the C-rail , resting on the C-legs , in that the insulation layer can be mounted and/or removed by sliding displacement in the longitudinal direction of the C-rail , and in that the insulation layer is arranged and designed such that no load transfer takes place via said insulation layer.
Arrangement of at least one drawer sidewall comprising a carrier body , a sidewall profile and a holding device for fastening a drawer rear wall , wherein both the sidewall profile and the holding device are each fixed to the carrier body , and a drawer rear wall which is fixed to the holding device , wherein the holding device in the unfixed condition of the drawer rear wall is aligned diagonally to a longitudinal direction of the carrier body , wherein the holding device in the unfixed and unconnected condition of the drawer rear wall has an angle smaller than 90°, preferably an angle larger than 85° and smaller than 90°, particularly preferred an angle of approximately 89,5°, to a longitudinal direction of the carrier body and in the fixed condition of the drawer rear wall has a larger angle to the longitudinal direction of the carrier body than in the unfixed condition of the drawer rear wall , characterized in that the holding device is arranged at least in regions within the sidewall profile .
A flexible packaging material, comprising: a flexible substrate comprising a first surface; an electrophotographic ink composition printed on the first surface of the flexible substrate, the printed electrophotographic ink composition comprising a polymer resin comprising a copolymer of an alkylene monomer and a monomer selected from acrylic acid and methacrylic acid; a polymeric base layer; and a thermally activatable laminating layer co-extruded with the polymeric base layer and thermally laminated to the first surface of the flexible substrate printed with the electrophotographic ink composition; wherein the thermally activatable laminating layer comprises a thermoplastic polymer resin. a flexible substrate comprising a first surface; an electrophotographic ink composition printed on the first surface of the flexible substrate, the printed electrophotographic ink composition comprising a polymer resin comprising a copolymer of an alkylene monomer and a monomer selected from acrylic acid and methacrylic acid; a polymeric base layer; and a thermally activatable laminating layer co-extruded with the polymeric base layer and thermally laminated to the first surface of the flexible substrate printed with the electrophotographic ink composition; wherein the thermally activatable laminating layer comprises a thermoplastic polymer resin.
Operating device comprising an operating element , wherein the operating element is designed as a flat component having at least one large surface , wherein the operating element can be actuated by an operator by means of an input unit , further comprising a bearing of the operating element , which permits a lifting movement of the operating element perpendicular to the large surface , characterized in that the bearing is designed to additionally make the operating element rotate parallel to its large surface during a lifting movement , and in that the bearing of the operating element comprises levers , which connect the operating element to counter bearings , wherein the levers are designed as rocker arms and the same ratio of lift to rotational angle is established for all levers .
A system for depressurizing a gas in a pipeline, the system comprising: an expander configured and arranged for generating mechanical power by expanding gas from a first pressure to a second pressure, the first pressure being higher than the second pressure; a heat pump ; and a heat transfer circuit containing a heat transfer fluid circulating therein, for receiving heat from the heat pump and delivering the heat to the gas through a heat exchanger ; characterized by a controller , configured and arranged for modulating a flow rate of the heat transfer fluid circulating in the heat transfer circuit as a function of a heat rate to be transferred from the heat transfer fluid to the gas, namely as a function of temperature differentials between the gas and the heat transfer fluid at a gas inlet side and a gas outlet side of the heat exchanger . an expander configured and arranged for generating mechanical power by expanding gas from a first pressure to a second pressure, the first pressure being higher than the second pressure; a heat pump ; and a heat transfer circuit containing a heat transfer fluid circulating therein, for receiving heat from the heat pump and delivering the heat to the gas through a heat exchanger ; characterized by a controller , configured and arranged for modulating a flow rate of the heat transfer fluid circulating in the heat transfer circuit as a function of a heat rate to be transferred from the heat transfer fluid to the gas, namely as a function of temperature differentials between the gas and the heat transfer fluid at a gas inlet side and a gas outlet side of the heat exchanger .
An electronic brake control system comprising: a first braked wheel of a landing gear system; a brake pedal electronically coupled to a brake control unit ; and a first actuator , wherein the first actuator is configured to deliver a scalable clamping force on the first braked wheel via a brake stack ; characterised in that the first actuator is configured to deliver a clamping force on the first braked wheel in accordance with a first force level designated by a first lookup table; and in that the first actuator is configured to deliver an emergency maximum clamping force on the first braked wheel , in accordance with a second force level designated by a second lookup table, in response to the electronic brake control system being in an emergency braking mode and at least one of: a signal being received at the brake control unit , proportional to a brake pedal displacement, and an automatic emergency command, wherein an emergency maximum clamping force results in the first actuator being driven in an overdriven state. a first braked wheel of a landing gear system; a brake pedal electronically coupled to a brake control unit ; and a first actuator , wherein the first actuator is configured to deliver a scalable clamping force on the first braked wheel via a brake stack ; characterised in that the first actuator is configured to deliver a clamping force on the first braked wheel in accordance with a first force level designated by a first lookup table; and in that the first actuator is configured to deliver an emergency maximum clamping force on the first braked wheel , in accordance with a second force level designated by a second lookup table, in response to the electronic brake control system being in an emergency braking mode and at least one of: a signal being received at the brake control unit , proportional to a brake pedal displacement, and an automatic emergency command, a signal being received at the brake control unit , proportional to a brake pedal displacement, and an automatic emergency command,
A self-adjusting drum system for use with a pump, comprising: - a balancing drum mounted on a central shaft for joint rotation therewith, said shaft extending along an axial direction (A-A), said balancing drum having an outer surface thereof; - a fixed, stationary structure surrounding said balancing drum , said stationary structure having an inner surface arranged so as to face said outer surface of the balancing drum with an annular gap being provided therebetween; - a bush element arranged in said annular gap so as to leave a clearance with respect to said inner and/or outer surfaces ; and - fixing means for fixing said bush element to said stationary structure so as to lock the bush element against rotation movement and movement along the axial direction (A-A) and allow it to freely move along a radial direction (B-B), inside said annular gap . - a balancing drum mounted on a central shaft for joint rotation therewith, said shaft extending along an axial direction (A-A), said balancing drum having an outer surface thereof; - a fixed, stationary structure surrounding said balancing drum , said stationary structure having an inner surface arranged so as to face said outer surface of the balancing drum with an annular gap being provided therebetween; - a bush element arranged in said annular gap so as to leave a clearance with respect to said inner and/or outer surfaces ; and - fixing means for fixing said bush element to said stationary structure so as to lock the bush element against rotation movement and movement along the axial direction (A-A) and allow it to freely move along a radial direction (B-B), inside said annular gap .