mhurhangee/patent-ind-claim-en huggingface dataset:
Injection molding system for manufacturing a molded article, preferably a shoe sole, comprising: an injection unit comprising a nozzle ; a sprue ; a cavity ; and a control unit, wherein the nozzle is connectable to the sprue , such that molding material is injectable via the sprue into the cavity to form a molded article, the system comprises a valve situated within the sprue , wherein the control unit is configured to introduce molding material into the sprue while the valve is closed, and to open the valve after a time has elapsed, such that an increased pressure is achieved within the sprue prior to opening the valve and injecting the molding material into the cavity , characterized in that the control unit comprises reference data for a correlation of the elapsed time and/or the increased pressure with a point of impact of the injected molding material in the cavity. an injection unit comprising a nozzle ; a sprue ; a cavity ; and a control unit,
An antenna system , comprising: a reflector defining a focal plane and having a parabolic curvature configured to receive electromagnetic radiation having a first gain and provide reflected electromagnetic radiation having a second gain greater than the first gain that is arranged to collimate into a focal ring ; and a feed array comprising a plurality of concentric rings, each of the plurality of rings comprising a plurality of feed elements (620-1, ..., 620-8) configured to receive the reflected electromagnetic radiation from the reflector and to collimate the reflected electromagnetic radiation into a scanned beam for scanning about an annular or conical volume, wherein the feed array is centered on the focal ring such that at least one of the plurality of rings overlaps with the focal ring, a first subset of the rings being located inside the focal ring diameter and a second subset of the plurality of rings being located outside the focal ring diameter, characterized in that each of the plurality of feed elements (620-1, ..., 620-8) is arranged on an inclined angle relative to the focal plane, wherein a first ring (620-1) of the plurality of rings that forms a first diameter of the feed array has a first focal length to the reflector and a second ring of the plurality of rings that forms a second diameter of the feed array has a second focal length to the reflector, wherein the second diameter is greater than the first diameter, and wherein the second focal length is greater than the first focal length. a reflector defining a focal plane and having a parabolic curvature configured to receive electromagnetic radiation having a first gain and provide reflected electromagnetic radiation having a second gain greater than the first gain that is arranged to collimate into a focal ring ; and a feed array comprising a plurality of concentric rings, each of the plurality of rings comprising a plurality of feed elements (620-1, ..., 620-8) configured to receive the reflected electromagnetic radiation from the reflector and to collimate the reflected electromagnetic radiation into a scanned beam for scanning about an annular or conical volume, wherein the feed array is centered on the focal ring such that at least one of the plurality of rings overlaps with the focal ring, a first subset of the rings being located inside the focal ring diameter and a second subset of the plurality of rings being located outside the focal ring diameter, characterized in that each of the plurality of feed elements (620-1, ..., 620-8) is arranged on an inclined angle relative to the focal plane, wherein a first ring (620-1) of the plurality of rings that forms a first diameter of the feed array has a first focal length to the reflector and a second ring of the plurality of rings that forms a second diameter of the feed array has a second focal length to the reflector, wherein the second diameter is greater than the first diameter, and wherein the second focal length is greater than the first focal length.
Cutting assembly for an agricultural or forestry cutter, the cutting assembly comprising: a lower member and an upper member , which together form at least one finger guard extending along a longitudinal axis, wherein a blade gap is formed between the lower member and the upper member, and a knife , which is guided in a reciprocating manner in the blade gap in a drive direction transverse to the longitudinal axis, and which has at least one cutting edge, wherein the cutting edge has a lower cutting bevel facing the lower member and an upper cutting bevel facing the upper member, wherein the lower member is designed in two parts, wherein a guide member and a support together form the lower member, and wherein the guide member is arranged at least in sections between the support and the upper member, wherein the guide member has at least one lower abutment edge and the upper member has at least one upper abutment edge, past which the cutting edge is driven during the reciprocating movement of the knife, and wherein the upper abutment edge is serrated and the lower abutment edge is formed straight. a lower member and an upper member , which together form at least one finger guard extending along a longitudinal axis, wherein a blade gap is formed between the lower member and the upper member, and a knife , which is guided in a reciprocating manner in the blade gap in a drive direction transverse to the longitudinal axis, and which has at least one cutting edge, wherein the cutting edge has a lower cutting bevel facing the lower member and an upper cutting bevel facing the upper member, wherein the lower member is designed in two parts, wherein a guide member and a support together form the lower member, and wherein the guide member is arranged at least in sections between the support and the upper member, wherein the guide member has at least one lower abutment edge and the upper member has at least one upper abutment edge, past which the cutting edge is driven during the reciprocating movement of the knife, and wherein the upper abutment edge is serrated and the lower abutment edge is formed straight.
A device for generating mechanical vibration, comprising: a vibration generator , a damping component and a pressure component , the pressure component comprising a pressure sensor ; wherein the damping component is fixed between the vibration generator and the pressure component ; and the vibration generator is configured to generate a vibration when a pressure value detected by the pressure component falls into a preset range; wherein the damping component comprises a tubular bracket that is open-ended, an upper resilient piece , a lower resilient piece , and a linkage; wherein a lower surface of the upper resilient piece is connected to an upper end of the tubular bracket , and an upper surface of the upper resilient piece is connected to the pressure component ; wherein an upper surface of the lower resilient piece is connected to a lower end of the tubular bracket , and a lower surface of the lower resilient piece is connected to the vibration generator ; wherein the linkage is arranged inside the tubular bracket and extends in the direction of a force of the vibration generator , both ends of the linkage are fixedly connected to the lower surface of the upper resilient piece and the upper surface of the lower resilient piece , respectively; wherein the direction of the force of the vibration generator is a direction in which a downward pressure is applied by an ultrasonic probe to a skin surface corresponding to an organ to be detected when the ultrasonic probe is brought into contact with the skin surface, with the ultrasonic probe being connected to the pressure component and being installed at the front end of the pressure sensor . wherein the damping component is fixed between the vibration generator and the pressure component ; and the vibration generator is configured to generate a vibration when a pressure value detected by the pressure component falls into a preset range; wherein the damping component comprises a tubular bracket that is open-ended, an upper resilient piece , a lower resilient piece , and a linkage; wherein a lower surface of the upper resilient piece is connected to an upper end of the tubular bracket , and an upper surface of the upper resilient piece is connected to the pressure component ; wherein an upper surface of the lower resilient piece is connected to a lower end of the tubular bracket , and a lower surface of the lower resilient piece is connected to the vibration generator ; wherein the linkage is arranged inside the tubular bracket and extends in the direction of a force of the vibration generator , both ends of the linkage are fixedly connected to the lower surface of the upper resilient piece and the upper surface of the lower resilient piece , respectively; wherein the direction of the force of the vibration generator is a direction in which a downward pressure is applied by an ultrasonic probe to a skin surface corresponding to an organ to be detected when the ultrasonic probe is brought into contact with the skin surface, with the ultrasonic probe being connected to the pressure component and being installed at the front end of the pressure sensor .
A built-in machine for dispensing hot beverages, such as coffee or tea, or steam, having a supporting structure with a base , a top part, a bottom part, side and rear parts, and a front part (3") provided with a fixed slit for introducing the pods of the beverage to be dispensed and having an open compartment delimited at the bottom by a first drawer for collecting spilled liquids and at the rear by a vertical wall of a second drawer for collecting used pods, which forms the vertical back wall of the open compartment ; said machine further comprising: a pod-holding unit with a pod-holding shell in turn positioned opposite the slit and provided with a pod-expulsion device located above the second drawer ; at least one heat exchanger located above the pod-holding unit ' said heat exchanger co-operating with the pod-holding shell; water and electric power supply connections located in the rear part for connection to a corresponding water connector and an electric power supply connector arranged on the short side of the "L" of an L-shaped rail device (D) having on its long side fixing systems for built-in mounting and a hole for receiving the pin of a device for performing fixing to said rail, positioned on the base , behind the second drawer , wherein the heat exchanger comprises a water inlet and a water outlet and an elongated body provided with a casing internally housing a heating element provided with helical grooves for passage of the water and centrally with a longitudinal cavity which houses a resistance , passage of the water being sealed between the grooves and the inner wall of the casing by means of closing parts ,wherein the inlet of the heat exchanger is provided with a three way electrovalve having a water discharge outlet and wherein the outlet of the heat exchanger is provided with a compressor joined to a part for connecting to the pod-holding shell.
A computer-implemented method comprising: receiving (S12) a set of data from a battery , the set of data comprising battery voltage (V i ) and current (I i ) data obtained over a period of time (t i ); preparing (S14) a plurality of subsets of the set of data, wherein each subset corresponds to a subperiod of the period of time; determining (S16) a state of health of the battery versus time by fitting a battery model to the subsets, wherein the parameters of the battery model comprise: a state of charge of the battery at a particular point of time in each subperiod; and the state of health , characterized in that : the time dependence of the state of health is controlled thereby limiting the magnitude of the temporal rate of change of the state of health; and in that the method further comprises providing (S18) an alert in response to the state of health meeting a particular criterion, wherein the method further comprises determining a set of parameters describing the state of health as a function of time using a particular number of the initial subsets ; and then updating the parameters using at least one further subset . receiving (S12) a set of data from a battery , the set of data comprising battery voltage (V i ) and current (I i ) data obtained over a period of time (t i ); preparing (S14) a plurality of subsets of the set of data, wherein each subset corresponds to a subperiod of the period of time; determining (S16) a state of health of the battery versus time by fitting a battery model to the subsets, wherein the parameters of the battery model comprise: a state of charge of the battery at a particular point of time in each subperiod; and the state of health , characterized in that : the time dependence of the state of health is controlled thereby limiting the magnitude of the temporal rate of change of the state of health; and in that the method further comprises providing (S18) an alert in response to the state of health meeting a particular criterion, wherein the method further comprises determining a set of parameters describing the state of health as a function of time using a particular number of the initial subsets ; and then updating the parameters using at least one further subset . a state of charge of the battery at a particular point of time in each subperiod; and the state of health , characterized in that : the time dependence of the state of health is controlled thereby limiting the magnitude of the temporal rate of change of the state of health; and in that the method further comprises providing (S18) an alert in response to the state of health meeting a particular criterion, wherein the method further comprises determining a set of parameters describing the state of health as a function of time using a particular number of the initial subsets ; and then updating the parameters using at least one further subset .
A process for the preparation of a compound of formula I wherein R 1 is hydrogen, fluoro or chloro; which process comprises a) reacting a compound of formula II wherein R 1 is hydrogen, fluoro or chloro; with a nitration agent to the compound of formula III wherein R 1 is hydrogen, fluoro or chloro; b) reacting the compound of formula III with trichloroisocyanuric acid in the presence of sulfuric acid or fuming sulfuric acid to the compound of formula IV wherein R 1 is hydrogen, fluoro or chloro; and c) reacting the compound of formula IV with chlorine gas at a temperature from 180°C to 250°C to the compound of formula I. a) reacting a compound of formula II wherein R 1 is hydrogen, fluoro or chloro; with a nitration agent to the compound of formula III wherein R 1 is hydrogen, fluoro or chloro; b) reacting the compound of formula III with trichloroisocyanuric acid in the presence of sulfuric acid or fuming sulfuric acid to the compound of formula IV wherein R 1 is hydrogen, fluoro or chloro; and c) reacting the compound of formula IV with chlorine gas at a temperature from 180°C to 250°C to the compound of formula I.
An implantable prosthetic valve (210; 310) comprising: an annular frame (212; 312) comprising an inflow end (215; 315), an outflow end (219; 319), and a plurality of struts (222, 224, 226, 228, 231, 232, 234; 322, 324, 326, 328, 331, 332) forming a plurality of cells, wherein each of the cells defines an opening (236, 238, 239, 240; 336; 338; 339, 340) in the frame (212; 312), and wherein the frame (212; 312) is radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame (212; 312) and secured thereto; and a plurality of sealing members (250; 350, 352) positioned within the openings (236, 238, 239, 240; 336; 338; 339, 340) of a plurality of the cells of the frame (212; 312) and secured thereto, wherein each of the sealing members (250; 350, 352) is positioned within a respective one of the openings (236, 238, 239, 240; 336; 338; 339, 340), wherein the sealing members (250; 350, 352) are secured to the frame (212; 312) such that two opposite sides of a sealing member (250; 350, 352) are secured to the frame (212; 312) and the other two opposite sides of the sealing member (250; 350, 352) are not secured to the frame (212; 312) to create a diagonal path in a direction (260, 270; 360, 370) along the outside of the frame. an annular frame (212; 312) comprising an inflow end (215; 315), an outflow end (219; 319), and a plurality of struts (222, 224, 226, 228, 231, 232, 234; 322, 324, 326, 328, 331, 332) forming a plurality of cells, wherein each of the cells defines an opening (236, 238, 239, 240; 336; 338; 339, 340) in the frame (212; 312), and wherein the frame (212; 312) is radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame (212; 312) and secured thereto; and a plurality of sealing members (250; 350, 352) positioned within the openings (236, 238, 239, 240; 336; 338; 339, 340) of a plurality of the cells of the frame (212; 312) and secured thereto, wherein each of the sealing members (250; 350, 352) is positioned within a respective one of the openings (236, 238, 239, 240; 336; 338; 339, 340), wherein the sealing members (250; 350, 352) are secured to the frame (212; 312) such that two opposite sides of a sealing member (250; 350, 352) are secured to the frame (212; 312) and the other two opposite sides of the sealing member (250; 350, 352) are not secured to the frame (212; 312) to create a diagonal path in a direction (260, 270; 360, 370) along the outside of the frame.
A hydraulic rotating crusher apparatus for a construction equipment, such as an excavator, comprising a support structure connectable to a movable arm of the construction equipment, a pair or rotating drums comprising a plurality of teeth , a pair of hydraulic motors , each arranged for the movement of a respective drum , a flow divider device , said flow divider device comprising at least one inlet for receiving a supply of operative fluid provided by the construction equipment and a pair of outlets each providing said supply of operative fluid, suitably divided, to said pair of hydraulic motors characterised in that said flow divider device consists of a rotating flow divider device, wherein said flow divider device comprises at least two rotating elements , a pair of hydraulic motors and a flywheel , said rotating elements being coaxial and mutually rotationally engaged and being formed by a respective output shaft of said hydraulic motors , the flywheel being rigidly connected to said output shafts and causing them to be rotationally engaged.
A post-mix beverage dispensing system comprising: a housing having a top wall , a bottom wall , a first side wall, a second side wall, a back wall , and a front door , the housing including: a first compartment having a water bath , an ice bank , a coil pack , and a first evaporator coil , a second compartment having a concentrate source , an ice bin , a second evaporator coil , and an evaporator fan , and a third compartment having a carbonator pump , a carbonator tank, a compressor , a condenser coil , and a condenser fan ; a refrigeration system disposed entirely within the housing to reduce the temperature within the first compartment and the second compartment, the refrigeration system including the first evaporator coil , the second evaporator coil , the evaporator fan , the compressor , the condenser coil , and the condenser fan ; and a dispensing nozzle , wherein water from the water bath is circulated to the second evaporator coil , wherein the coil pack includes a water conduit, a carbonated water conduit, and a concentrate conduit (410a-410f), and wherein the concentrate conduit is fluidly connected to the concentrate source and the dispensing nozzle. a first compartment having a water bath , an ice bank , a coil pack , and a first evaporator coil , a second compartment having a concentrate source , an ice bin , a second evaporator coil , and an evaporator fan , and a third compartment having a carbonator pump , a carbonator tank, a compressor , a condenser coil , and a condenser fan ; a refrigeration system disposed entirely within the housing to reduce the temperature within the first compartment and the second compartment, the refrigeration system including the first evaporator coil , the second evaporator coil , the evaporator fan , the compressor , the condenser coil , and the condenser fan ; and a dispensing nozzle , wherein water from the water bath is circulated to the second evaporator coil , wherein the coil pack includes a water conduit, a carbonated water conduit, and a concentrate conduit (410a-410f), and wherein the concentrate conduit is fluidly connected to the concentrate source and the dispensing nozzle.
A method of forming a barrier post by connecting a post , which is elongate and hollow, to a support member so that the elongate post extends upwards from the support member , the method comprising the steps of: providing said support member , which is substantially rigid and comprises at least one protrusion ; extruding plastics material to form said elongate, hollow post , wherein the post is undersized with respect to the support member ; and forcing the post and support member together such that the post slides over the support member , the post being such that it deforms elastically and radially outward as it moves relatively over the support member , such that the post and support member are secured together by a combination of interference fit, mechanical keying due to the at least one protrusion and the elastic gripping of the support member by the post . providing said support member , which is substantially rigid and comprises at least one protrusion ; extruding plastics material to form said elongate, hollow post , wherein the post is undersized with respect to the support member ; and forcing the post and support member together such that the post slides over the support member , the post being such that it deforms elastically and radially outward as it moves relatively over the support member , such that the post and support member are secured together by a combination of interference fit, mechanical keying due to the at least one protrusion and the elastic gripping of the support member by the post .