Abstract:
The present disclosure refers to a capsule (100), in particular a capsule (100) for beverages, comprising a lateral wall (101 ), a head portion (102), and a bottom portion (103), the head portion (102) and the bottom portion (103) being joined to the lateral wall (101 ), wherein said lateral wall (101 ), said head portion (102) and said bottom portion (103) detect an inner cavity (100c) in use insulated from the outer environment and configured to contain, in use, a substance at least partially fluid and/or powdery, in particular destined to produce a beverage in the form of additivated liquid the substance thereof represents a determined part in weight, wherein said capsule (100) for beverages is configured to withstand within said inner cavity (100c) a predetermined pressure produced by said substance, and wherein at least one among said head portion (102) and/or said bottom portion (103) and/or said lateral wall (101 ) comprises an opening portion configured to be perforated by a perforator (202) of a capsules opening device (300) determining an opening of the inner cavity (100c) suitable to cause an outflow of the substance, said outflow being at least partially produced by the pressure within said inner cavity (100c).
Abstract:
Water distillation device (1), comprising: - a body defining a cavity (2c, 2d) suitable for allowing the distillation of an amount of water (201) to distill, wherein in said cavity (2c, 2d) are defined a distillation chamber (2d) and a condensation chamber (2c), and wherein the condensation chamber (2c) comprises a collection portion (109) designed to collect at least temporarily distilled water (300), - a heater, configured to heat the amount of water (201) to distill present, in use, in the distillation chamber (2d), - a cooler, configured to cause a condensation of a distillation steam deriving from the heating of the water (201 ) to distill through the heater, wherein the body comprises a head portion (3) and a main portion (2f, 2r), said distillation chamber (2d) being realized in substantial correspondence of the main portion (2f, 2r), the water distillation device (1) comprising a junction portion (2k) angularly joining the head portion (3) with said main portion (2f, 2r), the head portion (3) comprising a three ways element (2t) in turn comprising a first way (2f'), a second way (2t'') and a third way (2t'''), wherein said first way (2f') faces on said junction portion (2k), and wherein said third way (2t''') houses said cooler and substantially defines the condensation chamber (2c) and a collection portion (109) for the distilled water (300).
Abstract:
The present invention relates to a tool (10) for the distribution of a sample of biological or microbiological material, the tool (10) comprising: an elongated body (13), provided with a first portion (11 ), or proximal portion, and a second portion (12), or distal portion, different from the first portion (11); a distributing element (14), positioned in correspondence of the second portion (12), the distributing element (14) being configured at least for distributing a sample of biological or microbiological material on a culture medium; a connector (15), positioned in correspondence of the first portion (11), the connector (15) being configured for allowing the removable joining of the tool (10) with a supporting element (20) of a machine (40) configured for carrying out a distribution of a sample of biological or microbiological material, in particular of a pipetting machine (40) configured for carrying out a distribution of a sample of biological or microbiological material; wherein the distributing element (14) is electrically and/or capacitively coupled to the elongated body (13) and/or to the connector (15); the tool (10) being configured for acting, in use, as capacitive probe adapted to allow the detection of a contact at least of the distributing element (14) with a substance, in particular with the culture medium and/or with the sample of biological or microbiological material and for allowing to keep said contact during the movement of the tool for the distribution of the sample of biological or microbiological material.
Abstract:
An heatable container (1) configured for housing items to be heated and/or boiled and/or sterilized by means of electromagnetic field induction, said container (1) comprising:- a hollow body (5; 110), at least partially realized in metal, comprising an opening, a lateral wall (54) and a bottom wall (53) jointed to the lateral wall (54);- a covering element (6), configured for detachably coupling with the hollow body (5; 110) for realizing an at least temporarily sealed inner volume;- a closing cap (2), configured to cooperate with the covering element (6) and/or to at least partially house the covering element (6);said heatable container (1) comprising at least:- a closed configuration wherein the covering element (6) is coupled with the hollow body (5; 110) in correspondence of the opening thereof, realizing and/or defining the at least temporarily sealed inner volume;- an open configuration wherein the covering element (6) is detached from the hollow body (5; 110) opening the inner volume.
Abstract:
Data transceiving electronic device (100), configured to permit the establishment of at least a communication with at least an electronic device (301; 302) remotely positioned with respect to the data transceiving electronic device (100), said data transceiving electronic device (100) comprises a radio frequency module (105) configured to receive and transmit electronic data on a wireless channel according to at least a predefined first wireless communication standard, and an optical transceiver module (108) in turn comprising at least an optical transmitter (109) and an optical receiver (110); said data transceiving electronic device (100) being configured to select said optical transceiver module (108) as the preferential priority module for the establishment of said communication with said at least one electronic device (301; 302).
Abstract:
A system for diffusing audio signals by means of an optical radiation, wherein said system is characterized in that it comprises: - at least one first and one second optical transmitting module (99', 99"), each comprising at least one photoemitter (100) emitting an amplitude modulated optical radiation, said first and said second optical transmitting module (99', 99") transmitting a first and a second modulated optical radiation according to a first and respectively a second signal at least of the audio type (s1(t), s2(t)); - at least one optical receiving module (199), comprising: - at least one photoreceiver (200) adapted to receive said amplitude modulated optical radiation from at least one of said optical transmitting modules (99', 99"), - at least one AM demodulator (202), electrically connected to said at least one photoreceiver (200), wherein said optical receiving module (199) is configured to generate, on at least one first output thereof, a replica electrical signal (s'(t)), replicating said audio signal transmitted from said at least one first and/or second optical transmitting module, so that: - if only the first optical radiation is received, it replicates said first audio signal (s1(t)); - if only the second optical radiation is received, it replicates said second audio signal (s2(t)); - if both the first optical radiation and the second optical radiation are received simultaneously, it replicates said first audio signal (s1(t)) mixed with said second audio signal (s2(t)), wherein the at least instantaneous intensity of the replica of said first audio signal (s1(t)) and of the replica of said second audio signal (s2(t)) is proportional respectively to the intensity of said first optical radiation and/or of the modulation thereof, and to the intensity of said second optical radiation and/or of the modulation thereof.
Abstract:
The present invention relates to a composition comprising quercetin, prunus cerasus dry extract and vitamin C. The invention further relates to the use of the composition in maintaining the levels of uric acid and/or in the prevention and/or treatment of hyperuricemia, in particular in the prevention and/or treatment of idiopathic or primary hyperuricemia.
Abstract:
The invention concerns a mover device (1) for the body of persons with reduced mobility, suitable and configured for being positioned above an installation (100). The device (1) comprises a frame (2) and a motor-driven operating portion (5) at least partially overhanging the installation (100), which comprises a plurality of support elements (16) movable according to at least one degree of freedom and configured for at least partially supporting the weight of a person, for moving at least a respective part of the person's body with respect to the remaining parts of the body. The device (1) also comprises at least one housing and gripping element (18') to house and grip parts and/or joints of a body which can be engaged by a respective support element (16) and configured for operating at least between a rest condition wherein it can engage a part of a body and a grip condition wherein it engages a part of a body.
Abstract:
The present invention concerns a lighting device (1) of the suspension type, comprising at least a first and a second modular lighting element (2, 3). Each modular element (2, 3) comprises a first conductive rod (7) having a first polarity and a second conductive rod (8) having a second polarity opposite the first polarity, an isolating connection element (10) arranged between the first conductive rod (7) and the second conductive rod (8) so as to prevent direct contact between the first and the second conductive rod (7, 8), and at least one light terminal (9)operatively in contact with the first conductive rod (7) and the second conductive rod (8). The lighting device (1) further comprises a first and a second connection element (4, 5) configured to join the first and the second modular element (2, 3) at the conductive rods (7, 8) having the same polarity. Each connection element (4, 5) is configured to operate at least between an adjustment configuration, wherein the respective rods (7, 8) of the modular elements (2, 3) can be relatively moved, by rotation, translation and/or rotational- translational movement, so as to permit a given positioning of the rods (7, 8) of the modular elements with respect to each other, and a fastening configuration, wherein the conductive rods (7, 8) of the modular elements are fastened in a given position with respect to each other. Said connection elements (4, 5) are at least partially made of a conductive material so as to permit, at least in the fastening configuration, electrical continuity between the respective conductive rods (7, 8) of the modular elements (2, 3) having the same polarity.
Abstract:
An electronic system of management and transmission of requests of intervention in rescue, said system comprising electronic means (110) receiving a rescue intervention request, wherein said rescue intervention request takes place by means of the transmission of a signal of rescue intervention request (125), one electronic computer (120) comprising at least one memory in which is stored an intervention file, associated to said rescue intervention request, wherein in said memory are stored one plurality of telephone numbers or codification indexes (141, 142) univocally associated to a plurality of users (150) previously selected as responders, said system comprising furthermore electronic means of transmission of alerting (160), configured for transmitting said rescue intervention request towards remote electronic devices (171, 172) associated to responders (180) by means of an alerting signal, selecting at least a part of said telephone numbers or codification indexes (141, 142), and for receiving a signal of intervention acceptance (190) of rescue by one or more of said remote electronic devices (171, 172), wherein said signal of intervention acceptance comprises one data of position of the remote electronic device by quale said signal of intervention acceptance (190) comes from, and intervention authorization confirmation means (200), electronically computing one first estimated time (210) of traveling between one position (300) of one user to be rescued (400) and said position (310) of said remote electronic device (171; 172) from which said signal of intervention acceptance comes.