Torner, Juncosa I Associats, SL

The present disclosure relates to a cosmetic composition for skin rejuvenation comprising: fragments of type I collagen and type IV collagen, fibrillin microfibrils, and a marine extract. The present disclosure also relates to a method for the cosmetic, non-therapeutic treatment and/or care of the skin comprising the topical administration to a subject in need thereof of an effective amount of the cosmetic composition disclosed herein. The present disclosure also relates to a method for improving the state of the skin, preferably human skin, comprising applying topically to the skin of a subject in need thereof of an effective amount of the cosmetic composition disclosed herein. Furthermore, the present disclosure relates to the use of the cosmetic composition for the cosmetic, non-therapeutic treatment and/or care of the skin, mucous membranes, hair and/or nails.

A refrigeration chamber and container assembly for a dead livestock collection system comprises a container (1) for dead livestock loaded by a farmer and a refrigeration chamber (4) to enclose the container (1). The refrigeration chamber (4) comprises a hinged door (11) movable between an open and a closed position by a door actuation unit (3), a refrigeration unit (22), and a container translation unit to move a container (1) while the door (11) is open. The container translation unit includes guide elements for guiding the movement of the container (1), comprising a first section (5) on an inner side (11a) of the door (11) and a second section (6) arranged on a lower basal surface (4a) of the refrigeration chamber (4), the first and second sections (5), (6) aligned providing a continuous path. The inner side (11a) of the door (11) in an open position provides a loading site.

A method for authenticating a consumer product includes coupling a near field communication (NFC) tag to a consumer product, wherein said NFC tag includes a printed representation of a unique product code (UPC), coupling a physical element to the consumer product wherein the physical element includes a visible printed representation of the UPC, executing an application on a computing device for reading an identifier from the NFC tag, transmitting it to a server, and displaying a UPC received from the server, such that a user may determine if the UPC that was received matches the printed representation of the UPC, and wherein the server is configured for receiving the identifier and transmitting the UPC associated with the identifier in a database record.

Machine for transferring sausages of a certain diameter, the machine comprising: a first conveyor belt; a second conveyor belt configured to receive sausages from the first conveyor belt; a transfer unit for transferring sausages from the first conveyor belt to the second conveyor belt; wherein the transfer unit comprises: one or more transfer belts arranged above the second conveyor belt and at least partially facing it, and defining, at a bottom part, a transfer surface extending parallel to the second conveyor belt and spaced apart from it at a distance substantially equal to the diameter of the sausages; said transfer surface being configured to contact an upper region of the sausages coming from the first conveyor belt and drag them to the second conveyor belt.

Lightweight seat for high-density configurations and cluster of adjacent seat, the seat comprising a support structure (10) supporting a seat pan (20) comprising a rigid shell (21), a lining (23) and an intermediate foam (22), and a backrest (30), wherein most of the rear portion (20A) of the seat pan (20), covering at least one rear third thereof, and at least left and right rear corner regions (20L, 20R) contained within a 10cm radius from the left and right rear corners, have a thickness equal to or less than 25mm or 15mm, and in a front portion (20B) of the seat pan, covering at least a front third thereof, the rigid shell (21) defines a descending slope of at least 15° towards a front edge of the seat pan (20) and the intermediate foam (22) defines a wedge of at least 15°.

Wall assembly comprising a first layer (10) and a second layer (20), attached to opposed sides of an intermediate layer (30) made of an insulant material; an inner load bearing structure (40) embedded in the intermediate layer (30), wherein the first layer (10) comprises multiple first panels (11), arranged coplanar, laterally adjacent to and in contact with each other at their peripheral edges (12), and the second layer (20) comprises multiple second panels (21), arranged coplanar, laterally adjacent to and in contact with each other at their peripheral edges (22); the intermediate layer (30) comprises one third layer, or two overlapped and attached third layers, each being made of multiple insulant panels (31) arranged coplanar, laterally adjacent to and in contact with each other at their peripheral edges (32).

A computer implemented method, a system and computer program for time-domain phasor simulation of a power grid in an EMT simulation software are provided. The method a) builds a grid impedance matrix from passive electrical elements; b) separates the grid impedance matrix into real and imaginary parts; c) computes an inverse matrix of the real and imaginary parts of the grid impedance matrix, the inverse of the real part being named conductance matrix and the inverse of the imaginary part being named susceptance matrix; d) computes nodal current injections from active elements or sources; e) separates the computed nodal current injections into real and imaginary parts; f) executes (extended) nodal analysis algorithm on the conductance matrix with the real and imaginary parts of the current injection and on the susceptance matrix with the real and imaginary parts of the current injection, obtaining four voltage vectors; and g) builds a complex nodal voltage vector using the four voltage vectors.

The present disclosure relates to a thermoelectric device comprising: a type n semiconductor and a type p semiconductor, the type n semiconductor and the type p semiconductor having two different contact portions, four conductive layers, and three metallic elements, wherein each of the two contact portions of the type n semiconductor are in contact with a first conductive layer and a second conductive layer, each of the two contact portions of the type p semiconductor are in contact with a third conductive layer and a fourth conductive layer, a first metallic element is in contact with the first conductive layer and the third conductive layer, the first conductive layer being in contact with the type n semiconductor, the third conductive layer being in contact with the type p semiconductor, a second metallic element is in contact with the second conductive layer, the second conductive layer being in contact with the type n semiconductor, and a third metallic element is in contact with the fourth conductive layer, the fourth conductive layer being in contact with the type p semiconductor.

It is disclosed a device for dispensing liquid to a water-soluble pouch comprising: a fluid inlet; a fluid outlet; an elongated body defining a longitudinal axis of the device, the elongated body having a fluid passage therein extending from the fluid inlet to the fluid outlet; a fluidly actuated valve for opening and closing the fluid outlet, the valve having a fluid cylinder housed in the elongated body; wherein the fluid inlet, the fluid passage, the fluid cylinder and the fluid outlet are axially arranged with respect to the longitudinal axis; and wherein the fluid passage defines a fluid chamber, having an inlet and an outlet, enclosing the fluid cylinder. It is also disclosed a method for dispensing liquid to water soluble pouches, a cluster of two or more devices for dispensing liquid to water soluble pouches and a machine for forming and filing pouches made of water-soluble film.

A flow-increasing drain head and a drain valve are disclosed. The flowrate-increasing drain head includes a body (110), the body (110) defines a drain hole (111), and a first diversion structure (112) is arranged corresponding to the drain hole (111). The first diversion structure (112) includes a plurality of diversion trenches (1121) distributed at intervals around an axis of the drain hole (111), and the diversion trenches (1121) are configured for driving liquid passing through the diversion trenches (1121) to form a downward rotating motion to increase a flowrate.