mhurhangee/ep-ind-claims huggingface dataset:
Pricking apparatus for taking a blood sample, comprising a moveable holding device for a pricking means, means for driving the moveable holding device, a trigger device for triggering a pricking movement of the pricking means, the moveable holding device being axially moveable by means of a spring force of a drive spring of the driving means after manual activation of the trigger device, a tensioning device being provided for tensioning the drive spring, the tensioning device having a tensioning mechanism comprising a means for axially locking the moveable holding device during tensioning of the drive spring and comprising a means for performing work during tensioning of the drive spring, the driving means comprising a coupling member between the moveable holding device and a curved track control element of the driving means, the coupling member comprising a curved track follower that is arranged inside a slot in the curved track control element, characterised in that the tensioning mechanism comprises an axially moveable tensioning slide, the axially moveable tensioning slide comprising a sliding support for a curved control element, the coupling member being pivotally mounted on the moveable holding device and the curved track follower being moveable along an arc-shaped curved track of the curved track control element by means of a radial movement of the curved track follower.
Machine for extracting puree, or fruit juice, from a food product, in particular of animal or vegetable origin, said machine comprising: - a hollow body having a longitudinal axis; - a sieve having a plurality of holes and mounted in said hollow body in a position substantially co-axial to said longitudinal axis; - a rotor mounted in said sieve in a position substantially co-axial to said longitudinal axis, said rotor arranged to rotate in said sieve and having a plurality of blades arranged to cause a centrifugal force to the product to treat, in order to separate said product to treat into a main product comprising said puree, or juice, which crosses said sieve and is discharged through a first outlet and a waste material that, instead, cannot cross said sieve and is discharged through a second outlet; - a distributor integral to said hollow body and arranged to receive said product for distributing it to said rotor; characterized in that at least a first and a second feeding duct (71, 72) are provided to feed the product to treat in said distributor, said at least one first and second feeding duct (71, 72) arranged to feed said product along a respective feeding direction (171, 172) substantially tangential to said distributor, in order to balance the feeding in a radial direction of said product to treat towards said rotor and to obtain a substantially equally distributed load on said blades. - a hollow body having a longitudinal axis; - a sieve having a plurality of holes and mounted in said hollow body in a position substantially co-axial to said longitudinal axis; - a rotor mounted in said sieve in a position substantially co-axial to said longitudinal axis, said rotor arranged to rotate in said sieve and having a plurality of blades arranged to cause a centrifugal force to the product to treat, in order to separate said product to treat into a main product comprising said puree, or juice, which crosses said sieve and is discharged through a first outlet and a waste material that, instead, cannot cross said sieve and is discharged through a second outlet; - a distributor integral to said hollow body and arranged to receive said product for distributing it to said rotor;
Transfer station for unsorted, individually delivered standard containers (A, B, C, D) of differing types, particularly for different unsorted, individually delivered returnable bottles with a refundable deposit (A, B, C, D), with a container crate delivery apparatus designed to provide different types of standard container crates (A'; B'; C'; D') intended for the various standard containers (A, B, C, D), with a recognition device, which is designed to recognise the type of individually delivered standard container (A, B, C, D), with a displacement apparatus for automatically displacing at least a standard container (A; B; C; D) recognised by the recognition device to a predetermined free position inside a standard container crate (A'; B'; C'; D') intended for the particular type of standard container (A; B; C; D) and provided at the container crate delivery apparatus, wherein the displacement apparatus exhibits a positioning unit which can traverse at least on two axes (X, Y) and/or in a rotatory manner, and/or a transport device provided for conveying the different standard containers (A, B, C, D).
A method for sharing a transmission link by a multimode base station, wherein the multimode base station comprises a first-standard module and a second-standard module, the method comprising the steps of: receiving, by the first-standard module, data sent to the multimode base station; if the data is associated with the first-standard module, processing the data by the first-standard module; and if the data is associated with the second-standard module, sending, by the first-standard module, through interfaces of the first-standard module and the second standard module, the data to the second-standard module for processing; wherein an association between the data and a module of a standard comprises an association between a module of a standards and a destination address of the data.
A liquid-emitting device for gravity-based irrigation systems, comprising: - a support structure that defines a first longitudinal axis (X 1) and has a nozzle for generating an irrigation jet coaxial with said first axis (X 1); - a substantially tubular body located below said support structure; - a substantially circular baffle plate facing said nozzle and rotatably mounted in said tubular body to rotate about a second longitudinal axis (X 2); characterized in that said first axis (X 1) and said nozzle are stationary relative to said support structure, said second longitudinal axis (X 2) being free to rotate about said first axis (X 1) with a precessional motion, guide means being designed to be removably coupled to said tubular body to interact with said baffle plate and prevent said precessional motion about said first axis (X 1) while allowing the rotational motion about said second axis (X 2), a diverting member being removably placed downstream of said nozzle to direct the jet over a sector portion of said baffle plate and distribute the liquid over a sector area of the soil. - a support structure that defines a first longitudinal axis (X 1) and has a nozzle for generating an irrigation jet coaxial with said first axis (X 1); - a substantially tubular body located below said support structure; - a substantially circular baffle plate facing said nozzle and rotatably mounted in said tubular body to rotate about a second longitudinal axis (X 2);
A vector carrying an expression cassette comprising a human alpha-L-iduronidase (hIDUA) gene having the nucleotide sequence of SEQ ID NO: 1 or a sequence at least about 80% identical to SEQ ID NO: 1 which encodes a functional human alpha-L-iduronidase in human cells, wherein said expression cassette further comprises regulatory control sequences which direct expression of the human alpha-L-iduronidase in human cells, said regulatory control sequences comprising a liver-specific promoter.
A valve device useful for pulsed compressed air cleaning of a filter unit comprising a housing with a plunger -arrangeable in an opening of a pressure vessel containing compressed air; a plurality of openings in the housing for the flow of compressed air from the pressure vessel through the housing to a pulse pipe useful for cleaning at least a portion of a filter unit when the plunger is in a first position; a fluid supply on the housing for supply of a fluid to an interior area within the housing to cause movement of the plunger to a second position for blocking the plurality of openings and blocking the flow of compressed air from the pressure vessel to the pulse pipe; a dampening mechanism to cushion impact of the plunger with the housing upon plunger movement into the first position, and a solenoid valve integrally formed with or securely fixed to the housing, characterized in that the housing comprises an additional opening with a sealing seat, wherein the additional opening is in communication with a cavity of the solenoid valve and the plunger comprises a top with a plug portion on an exterior surface thereof, wherein the plug portion fits into the opening to abut the sealing seat of the housing to block a fluid from flowing from the cavity of the solenoid valve.
Motor vehicle attachment part, wherein a transducer arrangement for detecting sound and/or pressure waves comprising a fibre-optic sensor, a light source and a light detecting unit is arranged on the motor vehicle attachment part, wherein the light source is coupled to one end of at least one optical fibre and the light detecting unit is coupled to another end of the optical fibre, and the at least one optical fibre is integrated in a section of the motor vehicle attachment part that is excited by the sound and/or pressure waves, characterized in that the section is excited by coupled-in sound and/or pressure waves, wherein the latter are emitted by an emitting unit of a sound transducer into surroundings and are reflected by an object, wherein the section is chosen in such a way that the coupled-in sound and/or pressure waves have a pressure maximum.
A trolley, in particular ward trolley and care trolley for hospitals, nursing homes and other health care establishments, comprising a movable cabinet element, wherein the cabinet element comprises a storage space which is accessible from the front side and which serves to receive utensils and a cable space which is located behind the storage space in the loading direction of the same one and which is separated from the storage space by a partition wall, wherein the storage space provides a storage compartment which comprises an access to the cable space, characterized by an energy management system accessible from outside and arranged on the cabinet element, wherein the energy management system is designed in an encapsulated manner and arranged on the underside of a bottom plate of the cabinet element, and by a monitor mounted in a swiveling manner on the cabinet element, wherein the monitor is carried by a tube which projects with its distant end with respect to the monitor into the cable space, wherein the monitor is arranged on the tube with interposition of an articulation, wherein the articulation is covered by a grommet.
A method, comprising: generating, using a processor, data of a negative of an image to be printed on a print medium; determining, using the processor, a moisture profile of a print job, which print job comprises the image and the negative, using data of the image and the data of the negative, wherein the moisture profile comprises indicated moisture levels of the image and the negative due, at least in part, to an ink composition to be used in the print job; generating, using the processor, printing instructions of the print job using at least the determined moisture profile; and printing the print job on the print medium using at least the printing instructions, wherein the printing comprises disposing a moisturizing agent over a first portion of the print medium to form the negative, and disposing the ink composition over a second portion of the print medium to form the image. generating, using a processor, data of a negative of an image to be printed on a print medium; determining, using the processor, a moisture profile of a print job, which print job comprises the image and the negative, using data of the image and the data of the negative, wherein the moisture profile comprises indicated moisture levels of the image and the negative due, at least in part, to an ink composition to be used in the print job; generating, using the processor, printing instructions of the print job using at least the determined moisture profile; and printing the print job on the print medium using at least the printing instructions, wherein the printing comprises disposing a moisturizing agent over a first portion of the print medium to form the negative, and disposing the ink composition over a second portion of the print medium to form the image.
A method for determining a risk of an offspring for developing an autism spectrum disorder, the method comprising: detecting in a plasma or serum sample from the mother or potential mother of the offspring the presence or absence of maternal antibodies that bind to a peptide consisting of the amino acid sequence of SEQ ID NO: 12, wherein the presence of maternal antibodies that bind to the peptide indicates an increased risk of the offspring for developing an ASD.
An optical surgical system comprising: a plurality of light emitters disposed at a working end of a surgical instrument on a first surface; a plurality of light sensors disposed at the working end of the surgical instrument on a second surface opposing the first surface, the first and second surfaces disposed on a pair of non-parallel jaws; and a controller coupled to the plurality of light sensors, the controller configured to: determine an illumination pattern from a non-pulsatile component of the signals received from the plurality of light sensors, determine a first point at a first side of a region of interest within the illumination pattern and a second point at a second side of the region of interest, determine a linear curve including the first and second points disposed about the region of interest, characterized in that the controller is further configured to utilize the linear curve to at least partly remove angular distortion from the region of interest between the first and second points. a plurality of light emitters disposed at a working end of a surgical instrument on a first surface; a plurality of light sensors disposed at the working end of the surgical instrument on a second surface opposing the first surface, the first and second surfaces disposed on a pair of non-parallel jaws; and a controller coupled to the plurality of light sensors, the controller configured to: determine an illumination pattern from a non-pulsatile component of the signals received from the plurality of light sensors, determine a first point at a first side of a region of interest within the illumination pattern and a second point at a second side of the region of interest, determine a linear curve including the first and second points disposed about the region of interest, characterized in that the controller is further configured to utilize the linear curve to at least partly remove angular distortion from the region of interest between the first and second points. determine an illumination pattern from a non-pulsatile component of the signals received from the plurality of light sensors, determine a first point at a first side of a region of interest within the illumination pattern and a second point at a second side of the region of interest, determine a linear curve including the first and second points disposed about the region of interest, characterized in that the controller is further configured to utilize the linear curve to at least partly remove angular distortion from the region of interest between the first and second points.
A heat exchanger comprising: a plurality of plate-like fins having a plurality of notches that are open at edges of the plate-like fins, the plate-like fins being disposed with spacing between one another such that fluid flows between the plate-like fins; and a plurality of flat tubes placed in the notches of the plate-like fins and configured such that a medium to exchange heat with the fluid flows through the flat tubes, wherein the notches of the plate-like fins are longer than a longitudinal axis of the flat tubes, the plate-like fins have bend portions in projections that project toward the edges more than the ends of the flat tubes, the bend portions are formed by bending portions of the plate-like fins, erect in a stacking direction in which the plate-like fins are stacked, and are in contact with adjacent ones of the plate-like fins, a length, in the stacking direction, of the bend portions is equal to a length of spacing between the stacked plate-like fins, fin collars substantially perpendicularly extend from at least part of rims of the notches, and a length, in the stacking direction, of the fin collars is smaller than a length of the spacing between the stacked plate-like fins; characterised in that the plate-like fins include burrings projecting in the stacking direction of the plate-like fins and being in contact with adjacent ones of the plate-like fins, and a length, in the stacking direction, of the burrings is the spacing between the stacked plate-like fins. a plurality of plate-like fins having a plurality of notches that are open at edges of the plate-like fins, the plate-like fins being disposed with spacing between one another such that fluid flows between the plate-like fins; and a plurality of flat tubes placed in the notches of the plate-like fins and configured such that a medium to exchange heat with the fluid flows through the flat tubes, wherein the notches of the plate-like fins are longer than a longitudinal axis of the flat tubes, the plate-like fins have bend portions in projections that project toward the edges more than the ends of the flat tubes, the bend portions are formed by bending portions of the plate-like fins, erect in a stacking direction in which the plate-like fins are stacked, and are in contact with adjacent ones of the plate-like fins, a length, in the stacking direction, of the bend portions is equal to a length of spacing between the stacked plate-like fins, fin collars substantially perpendicularly extend from at least part of rims of the notches, and a length, in the stacking direction, of the fin collars is smaller than a length of the spacing between the stacked plate-like fins; characterised in that the plate-like fins include burrings projecting in the stacking direction of the plate-like fins and being in contact with adjacent ones of the plate-like fins, and a length, in the stacking direction, of the burrings is the spacing between the stacked plate-like fins.
A cleaner comprising: a first cleaning module comprising a left spin mop and a right spin mop configured to come into contact with a floor while rotating in a clockwise direction or in a counterclockwise direction when viewed from an upper side; a second cleaning module configured to come into contact with the floor in front of the first cleaning module; and a body supported by the first cleaning module and the second cleaning module, characterized in that a bottom surface of the left spin mop has a downward incline in a left-forward direction, and a bottom surface of the right spin mop has a downward incline in a right-forward direction. a first cleaning module comprising a left spin mop and a right spin mop configured to come into contact with a floor while rotating in a clockwise direction or in a counterclockwise direction when viewed from an upper side; a second cleaning module configured to come into contact with the floor in front of the first cleaning module; and a body supported by the first cleaning module and the second cleaning module, characterized in that a bottom surface of the left spin mop has a downward incline in a left-forward direction, and a bottom surface of the right spin mop has a downward incline in a right-forward direction.
A power supply circuit of an asynchronous motor, comprising a main part with a main winding (Lprincipal) and an auxiliary part with an auxiliary winding (Laux), one of the two parts comprising a current phase shift element (Cdephasage), the power supply circuit comprising: - an input alternating voltage source, supplying power to the asynchronous motor; - a chopping circuit power supplied by the input alternating voltage source and comprising a switching element and one or several control components of the switching element, the chopping circuit having a chopping input terminal connected to a terminal of the asynchronous motor to chop the current passing through the main part, the auxiliary part or both parts of the asynchronous motor; characterized in that a voltage lowering capacitor (Cvitessemax) is inserted in series between the input alternating voltage source and the asynchronous motor. - an input alternating voltage source, supplying power to the asynchronous motor; - a chopping circuit power supplied by the input alternating voltage source and comprising a switching element and one or several control components of the switching element, the chopping circuit having a chopping input terminal connected to a terminal of the asynchronous motor to chop the current passing through the main part, the auxiliary part or both parts of the asynchronous motor;
Apparatus for drying objects for health-care, medical or veterinary use, comprising at least a drying unit configured to blow in drying air, said apparatus further comprising: - a container associated with said drying unit and comprising at least an aperture (24, 24'); - a plurality of chambers divided into compartments positioned in said container; - one or more ventilation mouths positioned in said chambers and suitable to supply drying air sent from said drying unit; characterized in that: - each compartment comprises its own door (12a-c, 12a'-c'), said compartments being able to be selectively opened by the respective door (12, 12', 12a-c, 12a'-c') and said chambers being configured mobile in order to be selectively positioned and thus to selectively position the compartments in front of said aperture (24, 24'), with which the doors (12a-c, 12a'-c') of the compartments are associated; - wherein the apparatus further comprises at least a control unit associated with said drying unit and configured to regulate and modulate, through said one or more ventilation mouths, the pressure of the drying air in said chambers; wherein the control unit is also configured to detect the opening/closing of each door (12a-c, 12a'-c') and to send a signal to the drying unit to increase the air delivery pressure inside the specific chamber when a door is opened; and - wherein the apparatus further comprises at least a sealing element (34, 34') positioned between said aperture (24, 24') and each of said doors (12, 12', 12a-c, 12a'-c'). - a container associated with said drying unit and comprising at least an aperture (24, 24'); - a plurality of chambers divided into compartments positioned in said container; - one or more ventilation mouths positioned in said chambers and suitable to supply drying air sent from said drying unit; - each compartment comprises its own door (12a-c, 12a'-c'), said compartments being able to be selectively opened by the respective door (12, 12', 12a-c, 12a'-c') and said chambers being configured mobile in order to be selectively positioned and thus to selectively position the compartments in front of said aperture (24, 24'), with which the doors (12a-c, 12a'-c') of the compartments are associated; - wherein the apparatus further comprises at least a control unit associated with said drying unit and configured to regulate and modulate, through said one or more ventilation mouths, the pressure of the drying air in said chambers; wherein the control unit is also configured to detect the opening/closing of each door (12a-c, 12a'-c') and to send a signal to the drying unit to increase the air delivery pressure inside the specific chamber when a door is opened; and - wherein the apparatus further comprises at least a sealing element (34, 34') positioned between said aperture (24, 24') and each of said doors (12, 12', 12a-c, 12a'-c').