mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal separator for separating a dairy product (P) into at least a liquid light phase (LP) and a heavy phase (HP), the centrifugal separator comprising a centrifuge bowl arranged for rotating around an axis of rotation (X), a feed inlet for suppling the dairy product to be separated into the centrifuge bowl ; a first centrifugal separator outlet for discharging a separated liquid light phase (LP); a second centrifugal separator outlet (114a,b) for discharging a separated heavy phase (HP); a disc stack of frustoconical discs arranged inside the centrifuge bowl , the disc stack comprises a first set of discs , a second set of discs , wherein the discs in the disk stack comprises distribution openings such that the dairy product (P) passes the first set of discs before passing the second set of discs , characterized in that the discs in the first set of discs are separated from each other by spot- formed spacing members and with a distance that is smaller than 0.3 mm, and the discs in the second set of discs are - separated from each other with a distance that is 0.4 - 1.0 mm, or - arranged as the axially uppermost portion of the disc stack and comprise 3-10 discs that are separated from each other with a distance that is between 0.8-2.0 mm. a centrifuge bowl arranged for rotating around an axis of rotation (X), a feed inlet for suppling the dairy product to be separated into the centrifuge bowl ; a first centrifugal separator outlet for discharging a separated liquid light phase (LP); a second centrifugal separator outlet (114a,b) for discharging a separated heavy phase (HP); a disc stack of frustoconical discs arranged inside the centrifuge bowl , the disc stack comprises a first set of discs , a second set of discs , wherein a first set of discs , a second set of discs , wherein the discs in the disk stack comprises distribution openings such that the dairy product (P) passes the first set of discs before passing the second set of discs , characterized in that the discs in the first set of discs are separated from each other by spot- formed spacing members and with a distance that is smaller than 0.3 mm, and the discs in the second set of discs are - separated from each other with a distance that is 0.4 - 1.0 mm, or - arranged as the axially uppermost portion of the disc stack and comprise 3-10 discs that are separated from each other with a distance that is between 0.8-2.0 mm. - separated from each other with a distance that is 0.4 - 1.0 mm, or - arranged as the axially uppermost portion of the disc stack and comprise 3-10 discs that are separated from each other with a distance that is between 0.8-2.0 mm.
A cylinder roll of preformed mailer pouches comprising wound pouch layers , each pouch layer comprising adjoining individual mailer pouches , each pouch layer comprising: an inflatable inner cushion structure comprising: a plurality of layers ; and a fill channel connected to a plurality of inflatable compartments in the inner cushion structure , the inner cushion structure being in a deflated state on the roll ; and an outer layer secured to the inner cushion structure , the outer layer comprising a closure flap ; wherein the inner cushion structure and outer layer are folded at a bottom edge of the pouch layer to form a first panel of the pouches and a second panel of the pouches , the fill channel being disposed at a top of the first panel and the closure flap being disposed at a top of either the first or the second panel , the fill channel extending a first distance beyond a top of the second panel and the closure flap extendable a second distance beyond the top of the fill channel , characterized in that the closure flap is folded towards the bottom edge so that the fill channel of each pouch layer is exposed at a lateral face of the cylinder. an inflatable inner cushion structure comprising: a plurality of layers ; and a fill channel connected to a plurality of inflatable compartments in the inner cushion structure , the inner cushion structure being in a deflated state on the roll ; and a plurality of layers ; and a fill channel connected to a plurality of inflatable compartments in the inner cushion structure , the inner cushion structure being in a deflated state on the roll ; and an outer layer secured to the inner cushion structure , the outer layer comprising a closure flap ; wherein the inner cushion structure and outer layer are folded at a bottom edge of the pouch layer to form a first panel of the pouches and a second panel of the pouches , the fill channel being disposed at a top of the first panel and the closure flap being disposed at a top of either the first or the second panel , the fill channel extending a first distance beyond a top of the second panel and the closure flap extendable a second distance beyond the top of the fill channel , characterized in that the closure flap is folded towards the bottom edge so that the fill channel of each pouch layer is exposed at a lateral face of the cylinder.
A device for preventing excessive increase of an internal pressure of a rolling assembly , the rolling assembly having a rotation axis and comprising a wheel and a tire , the tire being mounted onto the wheel creating an inner cavity surrounded by a wheel internal surface and a tire internal surface , the device comprising a cold spot placed in the inner cavity of the rolling assembly for condensing vapor contained in a gas filled in the inner cavity , the device being characterized in that the device comprises a storage means for capturing and keeping condensed vapor.
A method of printing on a substrate (12; 12') that has a texture in the form of repetitive surface features (28; 42) extending in a predetermined direction, in which method a scanning-type printer is used for printing an image on the substrate in a plurality of successive and adjacent swaths (36, 38; 44-54), characterized by a step of dynamically determining a position of a boundary between adjacent swaths such that the boundary is aligned with said predetermined direction and has a predetermined spatial relationship to the repetitive surface features (28; 42).
A random poly(propylene oxide-co-ethylene oxide) polymer having a hydroxyl equivalent weight of 1500 to 3000, the random polymer comprising one or more polyether chains extending from the residue of a hydroxyl-containing propoxylate of glycerin or trimethylolpropane having a hydroxyl equivalent weight of from 120 to 160, wherein such polyether chain(s) include i) an internal propylene oxide-co-ethylene oxide block that contains 95 to 99% by weight polymerized propylene oxide, 1 to 5% by weight polymerized ethylene oxide and no more than 2% of other copolymerized monomers, based on the weight of the internal propylene oxide-co-ethylene block, and ii) a terminal propylene oxide-co-ethylene oxide block that contains 30 to 75% polymerized ethylene oxide, 25 to 70% by weight polymerized 1,2-propylene oxide and no more than 2% of other copolymerized monomers, based on the weight of the terminal propylene oxide-co-ethylene oxide block, wherein: the internal propylene oxide-co-ethylene oxide block or blocks constitute 41 to 73% of the weight of the random poly(propylene oxide-co-ethylene oxide) polymer; the external propylene oxide-co-ethylene oxide block or blocks constitute 25 to 49% of the weight of the random poly(propylene oxide-co-ethylene oxide) polymer; the internal and external blocks together constitute at least 90% of the weight of the random poly(propylene oxide-co-ethylene oxide) polymer; 40 to 55% of the hydroxyl groups of the poly(propylene oxide-co-ethylene oxide) polymer are primary hydroxyls and polymerized ethylene oxide constitutes 10 to 25% of the weight of the poly(propylene oxide-co-ethylene oxide) polymer. the internal propylene oxide-co-ethylene oxide block or blocks constitute 41 to 73% of the weight of the random poly(propylene oxide-co-ethylene oxide) polymer; the external propylene oxide-co-ethylene oxide block or blocks constitute 25 to 49% of the weight of the random poly(propylene oxide-co-ethylene oxide) polymer; the internal and external blocks together constitute at least 90% of the weight of the random poly(propylene oxide-co-ethylene oxide) polymer; 40 to 55% of the hydroxyl groups of the poly(propylene oxide-co-ethylene oxide) polymer are primary hydroxyls and polymerized ethylene oxide constitutes 10 to 25% of the weight of the poly(propylene oxide-co-ethylene oxide) polymer.
A method used in a wireless communication system performed by a base station that supports both legacy and expanded capability user equipments, UEs, to facilitate signaling expansion with backward compatibility preservation, the method comprising: generating at least one signal comprising information relating to a Coordinated Multipoint, CoMP, CQI request that is recognizable as valid by the expanded capability UEs and recognizable as invalid by the legacy UEs; and transmitting the at least one signal. generating at least one signal comprising information relating to a Coordinated Multipoint, CoMP, CQI request that is recognizable as valid by the expanded capability UEs and recognizable as invalid by the legacy UEs; and transmitting the at least one signal.
- A method of producing a cracked concrete sample by controlled cracking, comprising the following steps: a) placing a formwork with the desired dimensions for the sample , the formwork comprising a horizontal base and at least three vertical side panels forming, with the base , the formwork with an open upper face ; b) arranging at least one vertical support frame transverse to the formwork , the at least one vertical support frame extending over all or part of the depth of the formwork , a mesh being stretched over each support frame in a corresponding vertical cracking plane, each vertical support frame defining a vertical cracking plane, each cracking plane being perpendicular to a selected direction; c) pouring concrete into the formwork through the open upper face to fill the formwork, the concrete pouring taking place in a balanced manner on each side of each mesh so as to limit forces induced by the concrete pouring in directions perpendicular to the planes of the meshes , the concrete comprising aggregates and a mesh size of the at least one mesh being greater than a maximum size of the aggregates ; d) homogenizing the concrete in the formwork ; e) waiting for a predefined period for the concrete to dry; f) removing the formwork and the at least one support frame ; and g) initiating a controlled cracking in each desired cracking plane of the sample. a) placing a formwork with the desired dimensions for the sample , the formwork comprising a horizontal base and at least three vertical side panels forming, with the base , the formwork with an open upper face ; b) arranging at least one vertical support frame transverse to the formwork , the at least one vertical support frame extending over all or part of the depth of the formwork , a mesh being stretched over each support frame in a corresponding vertical cracking plane, each vertical support frame defining a vertical cracking plane, each cracking plane being perpendicular to a selected direction; c) pouring concrete into the formwork through the open upper face to fill the formwork, the concrete pouring taking place in a balanced manner on each side of each mesh so as to limit forces induced by the concrete pouring in directions perpendicular to the planes of the meshes , the concrete comprising aggregates and a mesh size of the at least one mesh being greater than a maximum size of the aggregates ; d) homogenizing the concrete in the formwork ; e) waiting for a predefined period for the concrete to dry; f) removing the formwork and the at least one support frame ; and g) initiating a controlled cracking in each desired cracking plane of the sample.
Cigarette pack having an outer wrapper made of sheet material and having a label which is positioned between the pack and the outer wrapper and, upon removal of the outer wrapper , can be severed in interaction with a tear-open strip , which severs the outer wrapper and is positioned on the same, wherein the label , upon removal of the outer wrapper and/or upon actuation of the tear-open strip , is severed such that at least one piece (24; 37, 38) of the label , on account of a corresponding connection, remains fixed to the pack, wherein the label , has at least one weakening line, in particular perforation line (29; 35, 36), which is directed transversely to the longitudinal extent of the label such that the label can be severed along the weakening line (29; 35, 36) by actuation of the tear-open strip , which runs preferably on the inside of the label or by removal of the outer wrapper , wherein at least the piece (24; 37, 38) of the label , this piece being connected to the pack , is bounded by the weakening line, and wherein the weakening line is arranged alongside the tear-open strip , parallel to the same, and to be precise on that side of the tear-open strip which is assigned to the piece of the label , which is fixed to the pack , characterized in that the label , upon removal of the outer wrapper and/or upon actuation of the tear-open strip , is severed such that at least one further, different piece (25; 39) of the label remains fixed to the tear-open strip .
Motorcycle comprising a travel container comprising - a container body defining at least one storage compartment , and - a fixing plate associated with said container body , said fixing plate being provided with fixing means for fixing the travel container to the motorcycle , the fixing plate is shaped so as to engage and hook to respective anchoring points of a frame of the motorcycle , said anchoring points , in the configuration of non-use of the travel container , accommodating and fixing a lower plate of a passenger seat for a user of said motorcycle , and in that the container body comprises at least one additional compartment , separated from said storage compartment , wherein the additional compartment is counter-shaped with respect to the passenger seat so as to exclusively accommodate the passenger seat , without resulting in larger overall dimensions of the compartment with respect to the passenger seat itself, the attachment of the travel container to the motorcycle is allowed when the passenger seat is removed. - a container body defining at least one storage compartment , and - a fixing plate associated with said container body , said fixing plate being provided with fixing means for fixing the travel container to the motorcycle , the fixing plate is shaped so as to engage and hook to respective anchoring points of a frame of the motorcycle , said anchoring points , in the configuration of non-use of the travel container , accommodating and fixing a lower plate of a passenger seat for a user of said motorcycle , and in that the container body comprises at least one additional compartment , separated from said storage compartment , wherein the additional compartment is counter-shaped with respect to the passenger seat so as to exclusively accommodate the passenger seat , without resulting in larger overall dimensions of the compartment with respect to the passenger seat itself, the attachment of the travel container to the motorcycle is allowed when the passenger seat is removed.
A dental abutment extending from an apical end to a coronal end along a longitudinal axis, the dental abutment comprising: a retention element with a base oriented towards the apical end of the dental abutment and a shoulder oriented towards the coronal end of the dental abutment, the shoulder oriented at an angle of at least 12.5° relative to a plane that is perpendicular to the longitudinal axis such that the perimeter of the retention element increases with increasing distance from the coronal end of the dental abutment through the region of the shoulder , wherein the base comprises a hemispherical portion and a portion disposed between the hemispherical portion and the shoulder of the retention element , the portion having a circumference that increases between 1° and 2° from an apical end of the portion; a post extending from the apical end of the dental abutment to the base of the retention element ; and a head extending from the coronal end of the dental abutment to the shoulder of the retention element , the head having a cone angle between 2.5° and 3.5°, wherein the head defines two anti-rotational grooves on diametrically opposite sides on the coronal end. a retention element with a base oriented towards the apical end of the dental abutment and a shoulder oriented towards the coronal end of the dental abutment, the shoulder oriented at an angle of at least 12.5° relative to a plane that is perpendicular to the longitudinal axis such that the perimeter of the retention element increases with increasing distance from the coronal end of the dental abutment through the region of the shoulder , wherein the base comprises a hemispherical portion and a portion disposed between the hemispherical portion and the shoulder of the retention element , the portion having a circumference that increases between 1° and 2° from an apical end of the portion; a post extending from the apical end of the dental abutment to the base of the retention element ; and a head extending from the coronal end of the dental abutment to the shoulder of the retention element , the head having a cone angle between 2.5° and 3.5°, wherein the head defines two anti-rotational grooves on diametrically opposite sides on the coronal end.
Method for operating a heat meter for a medium (M), wherein the heat meter is operated in a measuring mode for measuring a quantity of heat and, in particular alternately, the heat meter is operated in an analysis mode for determining a composition of the medium (M), the heat meter comprising a pipeline section , a processor unit and a sensor that reaches into an interior of the pipeline section , and an energy supply device, wherein the sensor is able to measure a temperature of the medium (M) and a flow velocity at which the medium (M) is flowing through the pipeline section , wherein the sensor is designed as a CTA sensor which comprises a measuring resistor around which the medium (M) flows in the pipeline section , wherein the measuring resistor is connected to the energy supply device in such a way that the measuring resistor is supplied by the energy supply device in a heating mode, characterized in that the steps mentioned below are carried out in the analysis mode of the heat meter , - wherein a first resistance value (R1) of the measuring resistor located in the medium (M) is measured at a defined temperature of the medium (M) and this resistance value is defined as minimum value (R1), - wherein a defined heating power is subsequently applied to the measuring resistor , - wherein the resistance value of the measuring resistor is simultaneously measured until a maximum value (R2) is reached and the heating power is then switched off, - wherein a time difference (Δt) between a first increase in the resistance value of the measuring resistor and a last increase in the resistance value of the measuring resistor is ascertained as settling time, - wherein the composition of the medium (M) is ascertained on the basis of this settling time, wherein this is done with the help of a data set which assigns compositions of media to settling times with regard to the applied heating power and the predefined temperature of the medium (M), and - wherein the method is carried out when the medium is stationary. - wherein a first resistance value (R1) of the measuring resistor located in the medium (M) is measured at a defined temperature of the medium (M) and this resistance value is defined as minimum value (R1), - wherein a defined heating power is subsequently applied to the measuring resistor , - wherein the resistance value of the measuring resistor is simultaneously measured until a maximum value (R2) is reached and the heating power is then switched off, - wherein a time difference (Δt) between a first increase in the resistance value of the measuring resistor and a last increase in the resistance value of the measuring resistor is ascertained as settling time, - wherein the composition of the medium (M) is ascertained on the basis of this settling time, wherein this is done with the help of a data set which assigns compositions of media to settling times with regard to the applied heating power and the predefined temperature of the medium (M), and - wherein the method is carried out when the medium is stationary.
A method for transmitting uplink data, comprising: receiving, by a user equipment, UE, a resource configuration of uplink time-frequency resources for grant-free transmissions, wherein the UE is configured for K grant-free uplink transmissions of a data packet in K uplink time-frequency resources; transmitting , by the UE, an initial transmission of a data packet via grant-free transmission on one of the K uplink time-frequency resources; and transmitting , by the UE, at least one of a plurality of retransmissions of the data packet via grant-free transmission on at least one uplink time-frequency resource among the K uplink time-frequency resources, until receiving a scheduling grant for a retransmission of the data packet; and transmitting, by the UE, at least one of the plurality of retransmissions of the data packet according to the scheduling grant. receiving, by a user equipment, UE, a resource configuration of uplink time-frequency resources for grant-free transmissions, wherein the UE is configured for K grant-free uplink transmissions of a data packet in K uplink time-frequency resources; transmitting , by the UE, an initial transmission of a data packet via grant-free transmission on one of the K uplink time-frequency resources; and transmitting , by the UE, at least one of a plurality of retransmissions of the data packet via grant-free transmission on at least one uplink time-frequency resource among the K uplink time-frequency resources, until receiving a scheduling grant for a retransmission of the data packet; and transmitting, by the UE, at least one of the plurality of retransmissions of the data packet according to the scheduling grant.
A cleansing composition for skin or hair, comprising the following (A) and (B) : (A) an internal olefin sulfonate having 12 or more and 24 or less carbon atoms; and (B) a cationic polymer or an amphoteric polymer. (A) an internal olefin sulfonate having 12 or more and 24 or less carbon atoms; and (B) a cationic polymer or an amphoteric polymer.
A process for identifying a molecule which inhibits the virulence machinery of Pseudomonas aeruginosa comprising a step of evaluating the capacity of said molecule to inhibit the PscE/PscG interaction.
Reseeding device configured for introducing grass seeds into an existing turf, comprising a rotatable shaft which is provided with a number of blades along its length which are arranged at right angles to the shaft and which are configured for cutting furrows into the turf and loosening and removing parts of the turf, a grass seed reservoir and a seed distributor configured for spreading grass seeds from the grass seed reservoir at least into the furrows produced, wherein the device is configured, in use, to discharge the material loosened by the blades in a projection arc over the shaft and over the seed distributor , along a direction (A) opposite to the direction of travel, so that the scattered grass seeds are at least partly covered by the loosened material, characterized in that the grass seed reservoir/seed distributor system is arranged in such a way that the grass seed reservoir is detached from the seed distributor so that only the seed distributor is provided underneath the projection arc of the material loosened by the blades and does not form an obstacle for the loosened material, and in that the seed distributor comprises a number of outlet openings for grass seeds, and conveyor means configured to convey the grass seeds through the seed distributor along said openings .