mhurhangee/ep-ind-claims huggingface dataset:
A packaging machine for packaging pourable food products in containers formed from a continuous web of packaging material, said machine comprises: - at least one unwinding unit for unwinding said web from a roll along a feeding direction of said web in said machine which is substantially horizontal to the floor; - a longitudinal sealing unit for sealing said web longitudinally to form a continuous tube of packaging material; - a filling unit adapted to feed said pourable food product into said continuous tube formed; - a forming unit adapted to seal said filled tube along portions transverse to the longitudinal axis of said tube and to separate filled and sealed wrappers in succession along a sliding direction of said filled tube; - a folding unit positioned downstream of said forming unit and adapted to complete the forming of said filled and sealed wrappers into said sealed containers according to the desired shape; said folding unit being disposed between said forming unit and said unwinding unit, within the footprint of said machine between said forming unit and said unwinding unit; said machine further comprises conveyor means located downstream of said folding unit and adapted to move said sealed containers out from said machine; characterized in that it also comprises a sterilization unit for sterilizing said unwound web; and in that said conveyor means extract the sealed and formed containers perpendicularly to the feeding direction of the web, causing them to follow a U shaped path within the area defined by the footprint of the machine and leading them onto an outfeed path parallel to the feeding direction of the web. - at least one unwinding unit for unwinding said web from a roll along a feeding direction of said web in said machine which is substantially horizontal to the floor; - a longitudinal sealing unit for sealing said web longitudinally to form a continuous tube of packaging material; - a filling unit adapted to feed said pourable food product into said continuous tube formed; - a forming unit adapted to seal said filled tube along portions transverse to the longitudinal axis of said tube and to separate filled and sealed wrappers in succession along a sliding direction of said filled tube; - a folding unit positioned downstream of said forming unit and adapted to complete the forming of said filled and sealed wrappers into said sealed containers according to the desired shape;
A method of producing a visually identifiable pattern on a substrate by embossing, said substrate comprising an imprinted paper or paperboard sheet being varnished at a contact area of an embossing plate and the substrate, characterized in subjecting the substrate to pressure by said embossing plate being provided with a microfabricated area and a smooth area, wherein said microfabricated area is producing on said substrate a diffractive pattern and said smooth area is producing a gloss-enhanced area having an increased gloss compared with the gloss of that area prior to contacting the substrate with the embossing plate.
Method of switching an optical signal in an optical flex grid network, wherein optical signals are allocated to spectral slots (SL1,..., SLn) of an optical flex grid with regard to respective optical links, wherein optical nodes of said network perform switching of optical signals from incoming links (IL1,..., IL3) connected to their input ports (IP1,..., IP3) to outgoing links (OL1,..., OL3) connected to their output ports (OP1,..., OP3) using one or more flex grid wavelength selective switches that are operable to provide filter functions of slice granularity, wherein spectral slots of said optical grid consist of an integer number of spectral slices, comprising - asserting an allocation of a first optical signal to a first spectral slot of said optical flex grid at an input port of an optical node, - asserting for said first optical signal an output port of said optical node to which said optical signal shall be switched at said optical node, comprising furthermore, - determining an allocation status of a second, next neighbouring spectral slot of said optical flex grid at said input port of said optical node, - generating control instruction indicating a switching request for switching at least said first signal from said input port to said output port at said optical node by a flex grid WSS via a continuous filter function (CFF, FF32) comprising at least the spectral slices of said first spectral slot, wherein said continuous filter function (CFF, FF32) comprises one or more spectral slices (S5,..., S8) of said second spectral slot in dependence on at least the determined allocation status. - asserting an allocation of a first optical signal to a first spectral slot of said optical flex grid at an input port of an optical node, - asserting for said first optical signal an output port of said optical node to which said optical signal shall be switched at said optical node, - determining an allocation status of a second, next neighbouring spectral slot of said optical flex grid at said input port of said optical node, - generating control instruction indicating a switching request for switching at least said first signal from said input port to said output port at said optical node by a flex grid WSS via a continuous filter function (CFF, FF32) comprising at least the spectral slices of said first spectral slot, wherein said continuous filter function (CFF, FF32) comprises one or more spectral slices (S5,..., S8) of said second spectral slot in dependence on at least the determined allocation status.
A bed structure comprising a base container having an open top, a mattress base and at least one reversible moving mechanism (2a, 2b) for moving the mattress base from a lower closed horizontal position of the open top of the base container to a tilted position of access to the volume bounded by said base container, and subsequently to an upper horizontal position distanced from the open top of said base container, said reversible moving mechanism (2a, 2b) comprising reciprocally hinged levers connecting said mattress base to said base container, said reversible moving mechanism (2a, 2b) having overall only one degree of freedom, a first rotation-translation stroke of the mattress base from said lower horizontal position to said tilted position, and a second rotation stroke of the mattress base from said tilted position to said upper horizontal position, in which the rotation of the mattress base in said second rotation stroke is opposite the rotation of the mattress base in said first rotation-translation stroke, said bed structure comprising a linear actuator of said reversible moving mechanism (2a, 2b) that moves said mattress base between said positions and locks said mattress base in the position reached, characterized in that the vertical projection of said mattress base in all said positions is entirely contained inside the shape of said base container.
A cladding element for the floor area in the luggage compartment of a vehicle, comprising a cover layer facing the luggage compartment, an acoustic foam layer facing the vehicle body, and a heavy layer arranged between the cover layer and acoustic foam layer, in which the cover layer exhibits an olefin-based thermoplastic elastomer, in which the heavy layer exhibits a mineral-containing thermoplastic elastomer, characterized in that a carrier layer comprising polypropylene is additionally arranged between the heavy layer and acoustic foam layer. in which the cover layer exhibits an olefin-based thermoplastic elastomer, in which the heavy layer exhibits a mineral-containing thermoplastic elastomer, characterized in that a carrier layer comprising polypropylene is additionally arranged between the heavy layer and acoustic foam layer.
Method for estimating the residual torque between the braked and braking elements of a brake of vehicle that is characterized by the following phases: · acquisition of the temperature value of said braking element; · determination of whether said brake is activated when the temperature value is acquired; · acceptance of the acquired temperature value if said brake is not activated at said acquisition time; · if the acquired temperature value is accepted, then a temperature reference value is automatically calculated by providing an N-dimensional vector of variables as input to said N-dimensional calculation model; · where said N-dimensional vector of variables includes at least the acquired temperature of said braking element; · where said N-dimensional calculation model is an analytical or experimental characterization of the thermal behavior of the brake; · estimation of residual torque by comparing the accepted acquired temperature to the calculated reference temperature. · acquisition of the temperature value of said braking element; · determination of whether said brake is activated when the temperature value is acquired; · acceptance of the acquired temperature value if said brake is not activated at said acquisition time; · if the acquired temperature value is accepted, then a temperature reference value is automatically calculated by providing an N-dimensional vector of variables as input to said N-dimensional calculation model; · where said N-dimensional vector of variables includes at least the acquired temperature of said braking element; · where said N-dimensional calculation model is an analytical or experimental characterization of the thermal behavior of the brake; · estimation of residual torque by comparing the accepted acquired temperature to the calculated reference temperature.
The use of the glycosyltransferase encoded by the lgtD gene from Haemophilus influenzae of SEQ ID No 3 or a sequence having at least 80% identity thereof, as a β1,3 galactosyl transferase to catalyze the transfer of a galactose moiety from UDP-Gal to an acceptor bearing the terminal non reducing structure GalNAcβ-3-R to form the Galβ-3GalNAcβ-3-R structure, wherein R is selected from the group consisting of galactose, galactose-X, β galactosides such as allyl-β-galactoside or propargyl-β-galactoside, α galactosides, globotriose, β globotrioside such as allyl-β-globotrioside or propargyl-β-globotrioside, α globotrioside, X being defined as a reactive group allowing the covalent coupling with another molecule, including amino, azide and nitrophenyl groups.
A method of recognizing a type of coffee from a plurality of reference types of coffee, each reference type of coffee being associated with a respective reference signal, said method comprising the steps of: - sensing, by one or more sensors, the presence and concentration of one or more volatile organic compounds in a mixture of volatile organic compounds released from the coffee; - generating a signal representative of the coffee according to the volatile organic compounds that have been sensed and their respective concentrations; - comparing the generated signal with the reference signals associated with each reference type of coffee; - generating a recognition signal in response to the comparison of the generated signal with the reference signals. - sensing, by one or more sensors, the presence and concentration of one or more volatile organic compounds in a mixture of volatile organic compounds released from the coffee; - generating a signal representative of the coffee according to the volatile organic compounds that have been sensed and their respective concentrations; - comparing the generated signal with the reference signals associated with each reference type of coffee; - generating a recognition signal in response to the comparison of the generated signal with the reference signals.
A process of forming a turbine engine seal comprising the steps of: providing a flat strip of material; roll forming in a plurality of passes the flat strip of material forming an asymmetric profile in the flat strip of material, the asymmetric profile including a U shaped profile defining a gap and at least two peaks formed on opposing sides of the gap, the at least two peaks contacting opposing sides of the U shaped profile forming a 180 degree bend; coiling the formed asymmetric profile into an overlapping ring; cutting the circular shape to a predetermined length; joining ends of the predetermined length forming the seal. providing a flat strip of material; roll forming in a plurality of passes the flat strip of material forming an asymmetric profile in the flat strip of material, the asymmetric profile including a U shaped profile defining a gap and at least two peaks formed on opposing sides of the gap, the at least two peaks contacting opposing sides of the U shaped profile forming a 180 degree bend; coiling the formed asymmetric profile into an overlapping ring; cutting the circular shape to a predetermined length; joining ends of the predetermined length forming the seal.
An electric connection device, comprising: a probe; a probe head that holds the probe; and an electrode substrate on which an electrode pad to be connected to a proximal end of the probe is provided, wherein the probe head is provided with a plurality of guide pins for alignment of the probe head and the electrode substrate, and wherein the electrode substrate is provided with a guide hole group composed of a plurality of guide holes corresponding to the plurality of guide pins, and the guide hole group being corresponding to each of the guide pins, characterized in that the guide hole group is composed of a reference guide hole located at a design reference position and a plurality of the spare guide holes located around the reference guide hole, wherein the relative positions of the reference guide hole and the spare guide holes are determined considering the expected amounts of displacement of the reference guide hole and the corresponding guide pin from the design reference position thereof. a probe; a probe head that holds the probe; and an electrode substrate on which an electrode pad to be connected to a proximal end of the probe is provided, wherein the probe head is provided with a plurality of guide pins for alignment of the probe head and the electrode substrate, and wherein the electrode substrate is provided with a guide hole group composed of a plurality of guide holes corresponding to the plurality of guide pins, and the guide hole group being corresponding to each of the guide pins, characterized in that the guide hole group is composed of a reference guide hole located at a design reference position and a plurality of the spare guide holes located around the reference guide hole, wherein the relative positions of the reference guide hole and the spare guide holes are determined considering the expected amounts of displacement of the reference guide hole and the corresponding guide pin from the design reference position thereof.
A user equipment, UE (110,200), the UE comprising: detection circuitry to detect a radio link failure, RLF, event; connection circuitry, coupled with the detection circuitry, configured to: acquire a master information block, MIB, from a target cell; determine whether first system information, SI, of the target cell is available at the UE (110, 200) based on said detecting of the RLF event; if the first SI is determined to not be available, acquire one or more system information blocks, SIBs, with second SI and perform a radio resource connection, RRC, connection reestablishment procedure based on the second SI; if the first SI is determined to be available, determine whether the first SI and the MIB were received within a common broadcast control channel, BCCH, modification period; if the first SI and the MIB are determined to have been received within the common BCCH modification period, perform an RRC connection reestablishment procedure based on the first SI; if the first SI and the MIB are determined to have not been received within the common BCCH modification period, determine whether the first SI is valid; if the first SI is determined to be valid, perform the RRC connection reestablishment procedure based on the first SI; and if the first SI is determined to be not valid, acquire one or more SIBs with second SI and perform the RRC connection reestablishment procedure based on the second SI. acquire a master information block, MIB, from a target cell; determine whether first system information, SI, of the target cell is available at the UE (110, 200) based on said detecting of the RLF event; if the first SI is determined to not be available, acquire one or more system information blocks, SIBs, with second SI and perform a radio resource connection, RRC, connection reestablishment procedure based on the second SI; if the first SI is determined to be available, determine whether the first SI and the MIB were received within a common broadcast control channel, BCCH, modification period; if the first SI and the MIB are determined to have been received within the common BCCH modification period, perform an RRC connection reestablishment procedure based on the first SI; if the first SI and the MIB are determined to have not been received within the common BCCH modification period, determine whether the first SI is valid; if the first SI is determined to be valid, perform the RRC connection reestablishment procedure based on the first SI; and if the first SI is determined to be not valid, acquire one or more SIBs with second SI and perform the RRC connection reestablishment procedure based on the second SI.
A tire comprising a protrusion portion protruded from a surface of a side wall toward an outer side in a tire width direction, wherein the protrusion portion includes first protrusion parts arranged to form a circle along a tire circumferential direction, and a second protrusion part continued to the first protrusion part adjacent thereto in the tire circumferential direction and arranged between the first protrusion parts adjacent to each other, wherein a tire circumferential direction size of the first protrusion part is larger than a tire circumferential direction size of the second protrusion part, and wherein a height from a surface of the side wall to an outer surface of the first protrusion part in the tire width direction is larger than a height from the surface of the side wall to an outer surface of the second protrusion part in the tire width direction, wherein, in a tire side view, a narrow groove extended along the tire circumferential direction is formed on a surface of the first protrusion part, characterized in that a position of a groove bottom (210bt, 220bt) of the narrow groove is the same position as the outer surface of the second protrusion part in the tire width direction. wherein the protrusion portion includes first protrusion parts arranged to form a circle along a tire circumferential direction, and a second protrusion part continued to the first protrusion part adjacent thereto in the tire circumferential direction and arranged between the first protrusion parts adjacent to each other, wherein a tire circumferential direction size of the first protrusion part is larger than a tire circumferential direction size of the second protrusion part, and wherein a height from a surface of the side wall to an outer surface of the first protrusion part in the tire width direction is larger than a height from the surface of the side wall to an outer surface of the second protrusion part in the tire width direction, wherein, in a tire side view, a narrow groove extended along the tire circumferential direction is formed on a surface of the first protrusion part, characterized in that a position of a groove bottom (210bt, 220bt) of the narrow groove is the same position as the outer surface of the second protrusion part in the tire width direction.
An in vitro method of diagnosing heart disease in a subject, said method comprising determining the level of secretogranin II, or fragments thereof, in a body fluid of said subject, wherein said secretogranin II fragments are secretoneurin, or fragments containing the secretogranin II epitope corresponding to amino acid residues 154-165 or 172-186 of secretogranin II.
Fireplace insert for fireplaces or fireplace stove with a device for increase of heat efficiency and reduction of emissions containing a combustion chamber and a deflector, the deflector contains at least two parts, one of which is a bottom part and the other is an upper part, whereby the bottom part of the deflector and the upper part of the deflector are respectively arranged in such way that they create a tunnel labyrinth, characterized in that - it comprises a settling space into which a tunnel labyrinth mouths; - the bottom part of the deflector creates and from above bounds a primary afterflaming zone above a combustion chamber; - the bottom part of the deflector and the upper part of the deflector define a secondary afterflaming zone, - the bottom part of the deflector is movable. - it comprises a settling space into which a tunnel labyrinth mouths; - the bottom part of the deflector creates and from above bounds a primary afterflaming zone above a combustion chamber; - the bottom part of the deflector and the upper part of the deflector define a secondary afterflaming zone, - the bottom part of the deflector is movable.
A fraud detection system, comprising: login detection means for detecting a login of a user in a predetermined service; display control means for displaying a user information screen for changing or registering user information on display means for the user who has logged in to the predetermined service; action information acquisition means for acquiring action information relating to an action of the user in at least a part of a period from detection of the login to display of the user information screen; and fraud detection means for detecting fraud by the user based on the action information wherein the action information includes time information relating to a length of time of at least a part of the period from detection of the login to display of the user information screen, and wherein the fraud detection means is configured to detect fraud by the user based on the time information. login detection means for detecting a login of a user in a predetermined service; display control means for displaying a user information screen for changing or registering user information on display means for the user who has logged in to the predetermined service; action information acquisition means for acquiring action information relating to an action of the user in at least a part of a period from detection of the login to display of the user information screen; and fraud detection means for detecting fraud by the user based on the action information wherein the action information includes time information relating to a length of time of at least a part of the period from detection of the login to display of the user information screen, and wherein the fraud detection means is configured to detect fraud by the user based on the time information.