mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the controlled changeover of a treatment machine, having a plurality of RFID reading devices, a control unit and one or more treatment modules, each treatment module having a plurality of remote indicators and one or more exchangeable handling parts which are provided with RFID-transponders for unambiguous identification, comprising: displaying predetermined target identifiers transmitted by the control unit for the handling parts by means of remote indicators; displaying actual identifiers retrieved from the RFID transponders by means of the RFID reading devices for the handling parts by means of the remote indicators; comparing the respective actual identifiers of the handling parts with the corresponding target identifiers of the handling parts and signaling when a change of a handling part is required if for said handling part the actual identifier deviates from the corresponding target identifier, or signaling a correctly used handling part if for said handling part the actual identifier matches with the corresponding target identifiers; wherein at least some of the remote indicators are combined with additional mobile displays. displaying predetermined target identifiers transmitted by the control unit for the handling parts by means of remote indicators; displaying actual identifiers retrieved from the RFID transponders by means of the RFID reading devices for the handling parts by means of the remote indicators; comparing the respective actual identifiers of the handling parts with the corresponding target identifiers of the handling parts and signaling when a change of a handling part is required if for said handling part the actual identifier deviates from the corresponding target identifier, or signaling a correctly used handling part if for said handling part the actual identifier matches with the corresponding target identifiers; wherein at least some of the remote indicators are combined with additional mobile displays.
A centrifugal compressor comprising: an impeller ; a diffuser flow passage forming portion forming an annular diffuser flow passage on a downstream side of the impeller ; characterized by a plurality of small chord-pitch ratio diffuser blades disposed in the diffuser flow passage at intervals in a circumferential direction of the impeller ; and a flow passage dividing annulus extending to the diffuser flow passage along a radial direction of the impeller , and dividing the diffuser flow passage into a hub-side flow passage and a shroud-side flow passage , wherein the small chord-pitch ratio diffusor blades are configured such that a ration H/I of a distance H between a leading edge and a trailing edge of the same blade to a circumferential distance I between leading edges of adjacent blades is 1.5 or less. an impeller ; a diffuser flow passage forming portion forming an annular diffuser flow passage on a downstream side of the impeller ; characterized by a plurality of small chord-pitch ratio diffuser blades disposed in the diffuser flow passage at intervals in a circumferential direction of the impeller ; and a flow passage dividing annulus extending to the diffuser flow passage along a radial direction of the impeller , and dividing the diffuser flow passage into a hub-side flow passage and a shroud-side flow passage , wherein the small chord-pitch ratio diffusor blades are configured such that a ration H/I of a distance H between a leading edge and a trailing edge of the same blade to a circumferential distance I between leading edges of adjacent blades is 1.5 or less.
A device for assisting in creating a sequence of ultrasound images of the heart, configured to receive in real time ultrasound images acquired by an ultrasound probe (SECH) connected to said device , and comprising: ▪ a first calculator, associated with a first memory, for implementing a classifier (CLASS) configured to classify in real time the received ultrasound images and to associate each image with a class for generating a quality indicator as a function of said associated class ; ▪ a display (AFF) for, in real time, displaying the last generated quality indicator ; ▪ a second calculator (CALC), associated with a second memory, and configured to perform the following steps of: ▪ when a sequence of a predefined number of received images includes a rate of images associated with a same class greater than a predefined rate, automatically recording said sequence of images in a third memory (MEM); and ▪ generating and displaying, on the display in real time, a time indicator representing the number of remaining images to be received to reach said sequence of a predefined number of received images including a rate of images associated with a same class greater than a predefined rate. ▪ a first calculator, associated with a first memory, for implementing a classifier (CLASS) configured to classify in real time the received ultrasound images and to associate each image with a class for generating a quality indicator as a function of said associated class ; ▪ a display (AFF) for, in real time, displaying the last generated quality indicator ; ▪ a second calculator (CALC), associated with a second memory, and configured to perform the following steps of: ▪ when a sequence of a predefined number of received images includes a rate of images associated with a same class greater than a predefined rate, automatically recording said sequence of images in a third memory (MEM); and ▪ generating and displaying, on the display in real time, a time indicator representing the number of remaining images to be received to reach said sequence of a predefined number of received images including a rate of images associated with a same class greater than a predefined rate. ▪ when a sequence of a predefined number of received images includes a rate of images associated with a same class greater than a predefined rate, automatically recording said sequence of images in a third memory (MEM); and ▪ generating and displaying, on the display in real time, a time indicator representing the number of remaining images to be received to reach said sequence of a predefined number of received images including a rate of images associated with a same class greater than a predefined rate.
A viscoelastic foam comprising a) an open-celled flexible polyurethane foam having internal surfaces coated with b) a pressure sensitive adhesive having a glass transition temperature of at most 0°C, wherein the pressure sensitive adhesive constitutes 1.5 to 35% of the combined weights of a) and b), wherein the pressure sensitive adhesive is not isocyanate-based, and wherein glass transition temperature is measured by dynamic mechanical analysis with glass transition temperature taken as the temperature of the peak tan delta value using the test conditions described in the description.
Deburring tool with deburring blade for deburring bore edges with a straight or non-round shape, consisting of a base body driven rotatably about its longitudinal axis , on the lower end of which at least one blade holder having at least one deburring blade attached there is mounted in vertical direction pivotably on a base body-side blade bearing , and on the outer circumference of the blade holder is arranged a control groove open to the outside in radial direction into which the free flexible end of a spiral spring engages, the other end of which is clamped on the base body , wherein during the deburring process, the deburring blade is pivoted out from the base body by an angle to the longitudinal axis of the base body and the blade axis of the deburring blade rests in a spring-loaded manner with its at least one cutting edge on the bore edge to be deburred and during rotation of the deburring tool executes spring-loaded pivot movements following the contour of the bore edge , wherein the deburring blade in the rest position pivoted out from the base body with its blade axis forms an angular pivot position deviating from the 90 degree position, wherein a backstop, which prevents back-pivoting into the position pivoted out from the base body by 90 degrees, is assigned to the deburring blade , characterised in that the control groove is configured as a radially outwardly opened U profile and the side limbs of the U profile form control edges symmetrically opposite one another which are opened radially outwards via rounded side surfaces, wherein the one side of the spiral spring is placed in spring-loaded manner on the one control edge in the control groove and the opposite control edge in the control groove forms the backstop for the blade holder .
Cutting chain for cutting mineral or metallic materials, having central drive links and lateral side elements arranged in pairs, which are connected to one another such that they can pivot about pivot axes , wherein the cutting chain has at least two cutting links arranged successively in the running direction , wherein each cutting link is formed by two side elements of a pair and a cutting element for abrasive material removal, which connects the side elements of the pair to each other, wherein the drive link has an extension which extends between the two cutting elements arranged successively in the running direction , wherein the cutting chain has a transverse direction which runs parallel to the pivot axis , and wherein the cutting chain has a pivot axis plane which connects the pivot axes of the cutting chain when the cutting chain is pulled straight, characterized in that the cutting chain has at least one cutout , which is arranged and designed in such a way that the maximum sag (a) of the cutting chain , at which the cutting element and the extension come into contact, is enlarged as compared with the same cutting chain without a cutout , wherein the cutout is arranged on a front face of the cutting element which runs in the transverse direction of the cutting chain .
An electrical household appliance comprising: - a boiler having a circular base, in which water is brought to a boil, which has an opening in a wall closable by a stopper , - a heating element integrated into the base of the boiler to heat and boil water, and - a device for removing limescale formed in the boiler , said device being extractable through the opening in the wall of the boiler , wherein the device has at least one elastic element having a helicoidal shape, in particular, the shape of a spring, to which limescale can adhere and, once extracted from the boiler , limescale can be removed from it; characterized in that the device is movable inside the boiler , and is configured to filter the limescale particles from water boiling inside it; wherein the device has a guide surrounded at least partially by the elastic element ; and wherein the electrical household appliance is an iron for clothes. - a boiler having a circular base, in which water is brought to a boil, which has an opening in a wall closable by a stopper , - a heating element integrated into the base of the boiler to heat and boil water, and - a device for removing limescale formed in the boiler , said device being extractable through the opening in the wall of the boiler , wherein the device has at least one elastic element having a helicoidal shape, in particular, the shape of a spring, to which limescale can adhere and, once extracted from the boiler , limescale can be removed from it; characterized in that the device is movable inside the boiler , and is configured to filter the limescale particles from water boiling inside it; wherein the device has a guide surrounded at least partially by the elastic element ; and wherein the electrical household appliance is an iron for clothes.
An enclosed fuel cell stack row comprising at least one solid polymer electrolyte fuel cell stack and an enclosure, wherein each fuel cell stack comprises: a series stack of a plurality of solid polymer electrolyte fuel cells; a pair of end plates at either end of the series stack; and at least one stack strap encircling the series stack and the end plates; wherein each pair of end plates applies compressive force to each respective series stack at a nominal loading for fuel cell stack operation and wherein the enclosure is capable of supporting the nominal loading for each fuel cell stack in the fuel cell stack row, characterized in that each aligned fuel cell stack is compressed to a fixed loading less than the nominal loading by the combination of end plates and the at least one stack strap in each fuel cell stack which are insufficient per se to provide the nominal loading for each fuel cell stack. a series stack of a plurality of solid polymer electrolyte fuel cells; a pair of end plates at either end of the series stack; and at least one stack strap encircling the series stack and the end plates; wherein each pair of end plates applies compressive force to each respective series stack at a nominal loading for fuel cell stack operation and wherein the enclosure is capable of supporting the nominal loading for each fuel cell stack in the fuel cell stack row, characterized in that each aligned fuel cell stack is compressed to a fixed loading less than the nominal loading by the combination of end plates and the at least one stack strap in each fuel cell stack which are insufficient per se to provide the nominal loading for each fuel cell stack.
A packaging machine for the insertion of disposable cartridges in respective blister packs , each containing at least two pockets , which are oriented differently from one another, to accommodate two respective cartridges oriented differently from one another; the packaging machine comprising: a packaging conveyor , which feeds a plurality of blister packs , all with the same orientation, along a packaging path (P4); a feeding conveyor , which feeds a plurality of seats , designed to house corresponding cartridges all with the same orientation, along a feeding path (P3); and a transfer unit which is designed to pick up the cartridges from the seats of the feeding conveyor and to deposit them in the pockets of respective blister packs carried by the conveyor of packaging; wherein the transfer unit comprises a first transferring device , which is designed to pick up at least one cartridge from a seat of the feeding conveyor and to deposit the cartridge with a first orientation in a first pocket of a respective blister pack carried by the packaging conveyor ; and a second transferring device , which is autonomous and independent of the first transferring device ; the packaging machine being characterized in that the second transferring device is designed to pick up at least one cartridge from a seat of the feeding conveyor and to deposit the cartridge with a second orientation different from the first orientation in a second pocket of a respective blister pack carried by the packaging conveyor . a packaging conveyor , which feeds a plurality of blister packs , all with the same orientation, along a packaging path (P4); a feeding conveyor , which feeds a plurality of seats , designed to house corresponding cartridges all with the same orientation, along a feeding path (P3); and a transfer unit which is designed to pick up the cartridges from the seats of the feeding conveyor and to deposit them in the pockets of respective blister packs carried by the conveyor of packaging; wherein the transfer unit comprises a first transferring device , which is designed to pick up at least one cartridge from a seat of the feeding conveyor and to deposit the cartridge with a first orientation in a first pocket of a respective blister pack carried by the packaging conveyor ; and a second transferring device , which is autonomous and independent of the first transferring device ; the packaging machine being characterized in that the second transferring device is designed to pick up at least one cartridge from a seat of the feeding conveyor and to deposit the cartridge with a second orientation different from the first orientation in a second pocket of a respective blister pack carried by the packaging conveyor .
Kinematic system comprising: - three actuators each of which drives a movable member ; - for each actuator , a rod extended along a longitudinal axis and connected to the movable member of the respective actuator ; - an end device movable by the actuators , each rod being connected to the end device ; - for each rod , a first joint to connect the respective rod to the movable member of the respective actuator and a second joint to connect the respective rod to the end device ; wherein: - for at least one actuator , the movable member comprises a shaft that is provided with a combined rotary and translatory motion, the shaft comprising at least one end that is connected to the respective rod through the respective first joint ; - for each rod , the first joint is configured to transmit at least one torque (C) that is parallel to the longitudinal axis of the respective rod between the respective rod and the movable member of the respective actuator ; - for each rod , the second joint is configured to transmit at least one torque (C) that is parallel to the longitudinal axis of the respective rod between the respective rod and the end device ; characterized in that: - for at least one actuator , the movable member comprises a lever with a first end that is rotatable about a rotation axis and a second end that is connected to the respective rod through the respective first joint . - three actuators each of which drives a movable member ; - for each actuator , a rod extended along a longitudinal axis and connected to the movable member of the respective actuator ; - an end device movable by the actuators , each rod being connected to the end device ; - for each rod , a first joint to connect the respective rod to the movable member of the respective actuator and a second joint to connect the respective rod to the end device ; - for at least one actuator , the movable member comprises a shaft that is provided with a combined rotary and translatory motion, the shaft comprising at least one end that is connected to the respective rod through the respective first joint ; - for each rod , the first joint is configured to transmit at least one torque (C) that is parallel to the longitudinal axis of the respective rod between the respective rod and the movable member of the respective actuator ; - for each rod , the second joint is configured to transmit at least one torque (C) that is parallel to the longitudinal axis of the respective rod between the respective rod and the end device ; - for at least one actuator , the movable member comprises a lever with a first end that is rotatable about a rotation axis and a second end that is connected to the respective rod through the respective first joint .
An apparatus for infusing liquid and sealing an indwelling medical device comprising: a syringe body having an outer wall defining a lumen extending therethrough and further including a proximal end and a distal end, and wherein the outer wall defines an opening at the distal end of the syringe body ; a plunger having a proximal end and a distal end slidably disposed within the lumen of the syringe body , such that the plunger slides from the proximal end of the syringe body to the distal end of the syringe body ; a plunger seal disposed at the distal end of the plunger , and being separable from the distal end of the plunger , a cap defining an opening through which infusing liquid can travel, the cap being disposed at the distal end of the syringe body within the opening of the lumen defined by the outer wall of the syringe body , the cap being configured to couple to an end of the indwelling medical device, the apparatus characterized by : a first notch defined by the outer wall of the syringe body and positioned proximate of the opening at the distal end of the syringe body ; and a pinch release ring having a finger which couples with the first notch ,wherein the cap is configured to be separated from the syringe body and defines a second notch with which the finger of the pinch release ring can couple, and the plunger seal being coupleable to the cap to seal the cap . a syringe body having an outer wall defining a lumen extending therethrough and further including a proximal end and a distal end, and wherein the outer wall defines an opening at the distal end of the syringe body ; a plunger having a proximal end and a distal end slidably disposed within the lumen of the syringe body , such that the plunger slides from the proximal end of the syringe body to the distal end of the syringe body ; a plunger seal disposed at the distal end of the plunger , and being separable from the distal end of the plunger , a cap defining an opening through which infusing liquid can travel, the cap being disposed at the distal end of the syringe body within the opening of the lumen defined by the outer wall of the syringe body , the cap being configured to couple to an end of the indwelling medical device, the apparatus characterized by : a first notch defined by the outer wall of the syringe body and positioned proximate of the opening at the distal end of the syringe body ; and a pinch release ring having a finger which couples with the first notch ,wherein the cap is configured to be separated from the syringe body and defines a second notch with which the finger of the pinch release ring can couple, and the plunger seal being coupleable to the cap to seal the cap . a first notch defined by the outer wall of the syringe body and positioned proximate of the opening at the distal end of the syringe body ; and a pinch release ring having a finger which couples with the first notch ,wherein the cap is configured to be separated from the syringe body and defines a second notch with which the finger of the pinch release ring can couple, and the plunger seal being coupleable to the cap to seal the cap .