mhurhangee/patent-ind-claim-en huggingface dataset:
A packet of smoking articles, comprising: a group of smoking articles; a container which contains the group of smoking articles and comprises: a lateral wall , an opening for the extraction of the smoking articles from the container and an end opposite to the opening ; a lid which is rotatable with respect to the container , at a first hinge line , between an open configuration (A) in which it allows access to the smoking articles through the opening of the container and a closed configuration (B) in which the access to smoking articles is prevented; and a stamp which is at least partially fixed to the lateral wall of the container ; the packet being characterized in that it comprises a tearing element , which comprises a first part that is fixed to the lid and a second part that is connected to the stamp , and can slide with respect to the lateral wall of the container so that, when the lid is moved from the closed configuration (B) to the open configuration (A) at the first opening of the packet , the stamp is torn. a group of smoking articles; a container which contains the group of smoking articles and comprises: a lateral wall , an opening for the extraction of the smoking articles from the container and an end opposite to the opening ; a lid which is rotatable with respect to the container , at a first hinge line , between an open configuration (A) in which it allows access to the smoking articles through the opening of the container and a closed configuration (B) in which the access to smoking articles is prevented; and a stamp which is at least partially fixed to the lateral wall of the container ; the packet being characterized in that it comprises a tearing element , which comprises a first part that is fixed to the lid and a second part that is connected to the stamp , and can slide with respect to the lateral wall of the container so that, when the lid is moved from the closed configuration (B) to the open configuration (A) at the first opening of the packet , the stamp is torn.
Method for purifying trans-(-)-delta-9-tetrahydrocannabinol or trans-(-)-delta-9-tetrahydrocannabivarin comprising the steps: i) providing a mixture comprising trans-(-)-delta-9-tetrahydrocannabinol or trans-(-)-delta-9-tetrahydrocannabivarin obtained by enantiopure synthesis and one or more of its isomers and optionally one or more further organic compounds, and ii) simultaneously, a) continuously feeding the mixture of step i) through a feed port into a simulated moving bed chromatographic apparatus comprising at least four columns connected in series and containing a stationary phase, and b) continuously feeding eluant into the apparatus through an eluant port, and c) continuously withdrawing the extract through an extract port, and d) continuously withdrawing the raffinate through a raffinate port, wherein the extract and/or the raffinate respectively comprise(s) trans-(-)-delta-9-tetrahydrocannabinol or trans-(-)-delta-9-tetrahydrocannabivarin and wherein the extract and/or the raffinate comprising trans-(-)-delta-9-tetrahydrocannabinol or trans-(-)-delta-9-tetrahydrocannabivarin comprise(s) less than 100 ppm, preferably less than 70 ppm, particularly preferably less than 50 ppm in total of any isomer(s) of the trans-(-)-delta-9-tetrahydrocannabinol or trans-(-)-delta-9-tetrahydrocannabivarin present in step i). i) providing a mixture comprising trans-(-)-delta-9-tetrahydrocannabinol or trans-(-)-delta-9-tetrahydrocannabivarin obtained by enantiopure synthesis and one or more of its isomers and optionally one or more further organic compounds, and ii) simultaneously, a) continuously feeding the mixture of step i) through a feed port into a simulated moving bed chromatographic apparatus comprising at least four columns connected in series and containing a stationary phase, and b) continuously feeding eluant into the apparatus through an eluant port, and c) continuously withdrawing the extract through an extract port, and d) continuously withdrawing the raffinate through a raffinate port, a) continuously feeding the mixture of step i) through a feed port into a simulated moving bed chromatographic apparatus comprising at least four columns connected in series and containing a stationary phase, and b) continuously feeding eluant into the apparatus through an eluant port, and c) continuously withdrawing the extract through an extract port, and d) continuously withdrawing the raffinate through a raffinate port,
An optical assembly comprising: a housing having an interior region and including a port providing fluid communication from an exterior of the housing to the interior region of the housing; a first lens disposed within the interior region of the housing; a second lens disposed within the interior region of the housing, the second lens being spaced from the first lens; a spacer disposed within the interior region of the housing between the first lens and the second lens, the spacer being fabricated from glass material; and a retention assembly configured to engage the second lens when assembled to retain the first lens, the spacer and the second lens in place wherein the first lens and the second lens each have a flat portion that is configured to engage the spacer, further comprising a filler material which is disposed through the port in a space defined by an exterior surface of the spacer and an interior surface of the housing. a housing having an interior region and including a port providing fluid communication from an exterior of the housing to the interior region of the housing; a first lens disposed within the interior region of the housing; a second lens disposed within the interior region of the housing, the second lens being spaced from the first lens; a spacer disposed within the interior region of the housing between the first lens and the second lens, the spacer being fabricated from glass material; and a retention assembly configured to engage the second lens when assembled to retain the first lens, the spacer and the second lens in place wherein the first lens and the second lens each have a flat portion that is configured to engage the spacer, further comprising a filler material which is disposed through the port in a space defined by an exterior surface of the spacer and an interior surface of the housing.
A method of video encoding using motion compensation, the method comprising: receiving input data associated with a current block in a current picture; signalling an initial motion vector, MV, index in a video bitstream; deriving a selected MV using bilateral matching, template matching or both to refine an initial MV associated with the initial MV index; determining a final MV or a final motion vector predictor, MVP, from a set of MV candidates or MVP candidates including the selected MV; and encoding the current block or a current MV of the current block using the final MV or the final MVP. receiving input data associated with a current block in a current picture; signalling an initial motion vector, MV, index in a video bitstream; deriving a selected MV using bilateral matching, template matching or both to refine an initial MV associated with the initial MV index; determining a final MV or a final motion vector predictor, MVP, from a set of MV candidates or MVP candidates including the selected MV; and encoding the current block or a current MV of the current block using the final MV or the final MVP.
A method for secure data entry by a user on a virtual keypad on a touch panel interface of a terminal, the terminal configured to operate in a secure mode and an open mode, the method comprising, receiving a position of an user interaction with the interface; determining whether secure data is input during the interaction by the user on the interface; wherein if it is determined that no secure data is input, comparing a counter to a threshold, N, the counter indicative of a number of interactions in a user transaction; wherein if the counter is greater than or equal to N-1, determining that a security threat is possible; determining whether secure data is present in an area around the position and if secure data is present, incrementing the counter; comparing the counter to the threshold, N; and if the counter is greater than or equal to the threshold, N, asserting a security threat and sending an alert from the secure mode to the open mode. receiving a position of an user interaction with the interface; determining whether secure data is input during the interaction by the user on the interface; wherein if it is determined that no secure data is input, comparing a counter to a threshold, N, the counter indicative of a number of interactions in a user transaction; wherein if the counter is greater than or equal to N-1, determining that a security threat is possible; determining whether secure data is present in an area around the position and if secure data is present, incrementing the counter; comparing the counter to the threshold, N; and if the counter is greater than or equal to the threshold, N, asserting a security threat and sending an alert from the secure mode to the open mode.
A fluid meter configured to perform metrological measurements in a fluid circulation pipe and to communicate information relating to said metrological data, comprising: - a fluid pipe , - at least one metrological sensor configured to perform metrological measurements in the fluid pipe , - a control block configured to receive the metrological measurements and to communicate information relating to said metrological data, - a power supply block configured to supply energy to the control block , the power supply block comprising a first supply path comprising at least one primary cell , and a second supply path , the power supply block further comprising a first switch (S1) configured to selectively couple the first supply path or the second supply path to the control block , characterized in that the fluid meter comprises a thermoelectric generator configured to produce electricity from a temperature difference (ΔT) between an exterior of the pipe and the fluid in the pipe , the second supply path being connected to the thermoelectric generator . - a fluid pipe , - at least one metrological sensor configured to perform metrological measurements in the fluid pipe , - a control block configured to receive the metrological measurements and to communicate information relating to said metrological data, - a power supply block configured to supply energy to the control block , the power supply block comprising a first supply path comprising at least one primary cell , and a second supply path , the power supply block further comprising a first switch (S1) configured to selectively couple the first supply path or the second supply path to the control block ,
A method for the rapid production of an object from a light-polymerizable resin by additive manufacturing, comprising: (a) inputting into a processor a boundary shape and a plurality of desired mechanical properties for said object; (b) subdividing said boundary shape into a plurality of adjacent work cells in the processor; (c) providing a plurality of lattices in a database, each lattice of the database including a geometry and a mechanical property; (d) filling a first one of said work cells with a lattice from the database, the lattice selected based on the correspondence of the mechanical properties of said lattice to said desired mechanical properties of said object; (e) filling the remaining ones of said work cells with lattices from said database to produce a filled boundary shape in the processor, each said lattice selected based on: (i) the correspondence of the mechanical properties of said lattice to the desired mechanical properties of the object, and (ii) the compatibility of adjacent lattices in adjacent work cells with one another; then (f) producing said object by additive manufacturing from the light-polymerizable resin and the filled boundary shape, wherein said database includes a manufacturability score for said additive manufacturing step for each said lattice, and said filling steps (d)-(e) are carried out with preference for lattices having a higher manufacturability score. (a) inputting into a processor a boundary shape and a plurality of desired mechanical properties for said object; (b) subdividing said boundary shape into a plurality of adjacent work cells in the processor; (c) providing a plurality of lattices in a database, each lattice of the database including a geometry and a mechanical property; (d) filling a first one of said work cells with a lattice from the database, the lattice selected based on the correspondence of the mechanical properties of said lattice to said desired mechanical properties of said object; (e) filling the remaining ones of said work cells with lattices from said database to produce a filled boundary shape in the processor, each said lattice selected based on: (i) the correspondence of the mechanical properties of said lattice to the desired mechanical properties of the object, and (ii) the compatibility of adjacent lattices in adjacent work cells with one another; then (f) producing said object by additive manufacturing from the light-polymerizable resin and the filled boundary shape, wherein said database includes a manufacturability score for said additive manufacturing step for each said lattice, and said filling steps (d)-(e) are carried out with preference for lattices having a higher manufacturability score.
An operating apparatus for a safety lock of a movable separating guard device for safeguarding a machine , the operating apparatus comprising a first operating element for a stop request to the machine , a first safe connection for a connection to the safety lock and a second safe connection for a connection to a safety switching device , characterized in that the operating apparatus is configured as an operating module having an integrated safe control unit in a common housing, so that the operating apparatus is configured as a pushbutton logic module in which the required safety logic is integrated in the component with the first operating element , and the operating apparatus is configured to generate a stop request at the second connection by actuating the first operating element and thus to initiate a shutdown of the machine and then to output an unlock command at the first connection , so that the movable separating guard device can now be opened and the area of the machine can be entered, and in that the operating apparatus comprises a second operating element for a reset request, the safe control unit being configured to output a locking command at the first connection when the second operating element is actuated, to wait for confirmation of the locking of the safety lock and then to release the machine at the second connection .
A processor-implemented method, comprising: receiving a plurality of pieces of input data expressed as floating point; adjusting a bit-width of mantissa by performing masking on the mantissa of each piece of the input data based on a size of an exponent of each piece of the input data, and for each piece of the input data, the adjusting of the bit-width of the mantissa comprises comparing the piece of the input data to a threshold, and adjusting the bit-width of mantissa based on a result of the comparing, wherein the threshold is determined based on a distribution of the input data and an allowable error range; and performing an operation between the input data with the adjusted bit-width, wherein, for each piece of the input data, the adjusting of the bit-width of the mantissa further comprises adjusting the bit-width of the mantissa in proportion to the size of the piece of the input data. receiving a plurality of pieces of input data expressed as floating point; adjusting a bit-width of mantissa by performing masking on the mantissa of each piece of the input data based on a size of an exponent of each piece of the input data, and for each piece of the input data, the adjusting of the bit-width of the mantissa comprises comparing the piece of the input data to a threshold, and adjusting the bit-width of mantissa based on a result of the comparing, wherein the threshold is determined based on a distribution of the input data and an allowable error range; and performing an operation between the input data with the adjusted bit-width, wherein, for each piece of the input data, the adjusting of the bit-width of the mantissa further comprises adjusting the bit-width of the mantissa in proportion to the size of the piece of the input data.
A capsule for preparing a beverage in a machine comprising a body of a single piece of watertight material comprising a cup and a base , the cup being adapted to store at least one dose of a product for preparing the beverage and provided with an upper mouth closed by a first watertight film bonded to the cup and prepared for puncturing by a injector element of a fluid for preparing the beverage, and the base being provided with a lower mouth , intended for the outflow of the prepared beverage; the capsule being further provided with a second watertight film bonded on the inside to the cup, above the base, and separating the upper mouth and the lower mouth, the product dose being stored between the first and the second films; and the base being provided with tearing means of the second film, characterized in that the cup and the base are joined by a flexible portion , said flexible portion being capable of bending when pushing the base towards the second film, enabling the tearing means to be displaced until tearing or breaking the second film.
Rail vehicle for passenger transport with at least two driven end cars which are supported in each case on two terminal bogies , and with at least one middle car arranged between the end cars , characterized in that the middle car is split in its longitudinal direction into two coupled car body parts (3.1, 3.2), the mutually facing ends of which are supported on a bogie which is common to them with a single track guidance unit and the mutually remote ends of which are supported in each case on a bogie with at least two track guidance units, the rail vehicle is designed as a multiple unit, and the bogies which are arranged at the mutually remote ends of the car body parts (3.1, 3.2) of the middle car are driven at least partially.
Construction foil , in particular for use in flat roofs, with a single- or multilayer structure comprising a carrier layer , wherein the carrier layer comprises an electronic unit and at least one first connecting means projecting beyond the outer side of the carrier layer and electrically connected to the electronic unit , and wherein the first connecting means is designed in such a way that the electronic unit can be detachably connected electrically to an external connection device via the first connecting means , preferably without tools, wherein the first connecting means is designed as a connecting means of a complementary connecting system that can preferably be released without destruction and/or without tools, and wherein a push-button connection, a push-button-like connection, a hook-and-loop fastener connection and/or an adhesive connection is provided as the connecting system. wherein the carrier layer comprises an electronic unit and at least one first connecting means projecting beyond the outer side of the carrier layer and electrically connected to the electronic unit , and wherein the first connecting means is designed in such a way that the electronic unit can be detachably connected electrically to an external connection device via the first connecting means , preferably without tools, wherein the first connecting means is designed as a connecting means of a complementary connecting system that can preferably be released without destruction and/or without tools, and wherein a push-button connection, a push-button-like connection, a hook-and-loop fastener connection and/or an adhesive connection is provided as the connecting system.
System (2; 102) for connecting rigid pipes and for connecting flexible pipes , wherein the pipes have corresponding outer diameters, - with a press jaw (10; 110) having a press contour (8; 108), - with at least one first fitting (20; 120) for press-fitting to a rigid pipe , -- wherein the at least one first fitting (20; 120) is formed as an externally sealing fitting and externally seals a rigid pipe to be connected, and -- wherein the at least one first fitting (20; 120) comprises a first press sleeve (21; 121) having a first outer contour (22; 122), - with at least one second fitting (40; 140) for press-fitting to a flexible pipe , -- wherein the at least one second fitting (40; 140) is formed as an internally sealing fitting and seals a flexible pipe to be connected from the inside, and -- wherein the at least one second fitting (40; 140) comprises a second press sleeve (41; 141) having a second outer contour (42; 142), - wherein the outer contour (22; 122) of the first press sleeve (21; 121) and the outer contour (42; 142) of the second press sleeve (41; 141) are each adapted at least in sections to the press contour (8; 108) of the press jaw (10; 110) and can be pressed by the press jaw (10; 110). - with a press jaw (10; 110) having a press contour (8; 108), - with at least one first fitting (20; 120) for press-fitting to a rigid pipe , -- wherein the at least one first fitting (20; 120) is formed as an externally sealing fitting and externally seals a rigid pipe to be connected, and -- wherein the at least one first fitting (20; 120) comprises a first press sleeve (21; 121) having a first outer contour (22; 122), -- wherein the at least one first fitting (20; 120) is formed as an externally sealing fitting and externally seals a rigid pipe to be connected, and -- wherein the at least one first fitting (20; 120) comprises a first press sleeve (21; 121) having a first outer contour (22; 122), - with at least one second fitting (40; 140) for press-fitting to a flexible pipe , -- wherein the at least one second fitting (40; 140) is formed as an internally sealing fitting and seals a flexible pipe to be connected from the inside, and -- wherein the at least one second fitting (40; 140) comprises a second press sleeve (41; 141) having a second outer contour (42; 142), -- wherein the at least one second fitting (40; 140) is formed as an internally sealing fitting and seals a flexible pipe to be connected from the inside, and -- wherein the at least one second fitting (40; 140) comprises a second press sleeve (41; 141) having a second outer contour (42; 142), - wherein the outer contour (22; 122) of the first press sleeve (21; 121) and the outer contour (42; 142) of the second press sleeve (41; 141) are each adapted at least in sections to the press contour (8; 108) of the press jaw (10; 110) and can be pressed by the press jaw (10; 110).