mhurhangee/patent-ind-claim-en huggingface dataset:
Brewing unit for an espresso and coffee machine, comprising ▪ a frame structure , ▪ a hand lever which is mounted on the frame structure in a way rotatable about an axis of rotation , ▪ a brewing piston element which is operatively connected to the hand lever by means of a lever mechanism , whereby the brewing piston element , coupled to the movement of the hand lever , is movable between a first position and at least one second position along a vertical axis , whereby the brewing piston element comprises a distributor sieve which, in the second position of the brewing piston element , and together with a filter support which is able to be inserted into a holding device, delimits a brewing chamber, and hot pressurized brewing water is able to be introduced into the brewing chamber through the distributor sieve , and a piston rod to which the distributor sieve is connectible, and locking means are provided, which are designed to hold the brewing piston element in at least one adjustable position along the vertical axis , characterized in that the locking means form a releasable clamping connection with the brewing piston element , whereby the locking means comprise a locking lever borne at a first end and having a fitting bore through which the piston rod is guided. ▪ a frame structure , ▪ a hand lever which is mounted on the frame structure in a way rotatable about an axis of rotation , ▪ a brewing piston element which is operatively connected to the hand lever by means of a lever mechanism , whereby the brewing piston element , coupled to the movement of the hand lever , is movable between a first position and at least one second position along a vertical axis , whereby the brewing piston element comprises a distributor sieve which, in the second position of the brewing piston element , and together with a filter support which is able to be inserted into a holding device, delimits a brewing chamber, and hot pressurized brewing water is able to be introduced into the brewing chamber through the distributor sieve , and a piston rod to which the distributor sieve is connectible, and a distributor sieve which, in the second position of the brewing piston element , and together with a filter support which is able to be inserted into a holding device, delimits a brewing chamber, and hot pressurized brewing water is able to be introduced into the brewing chamber through the distributor sieve , and a piston rod to which the distributor sieve is connectible, and locking means are provided, which are designed to hold the brewing piston element in at least one adjustable position along the vertical axis , characterized in that the locking means form a releasable clamping connection with the brewing piston element , whereby the locking means comprise a locking lever borne at a first end and having a fitting bore through which the piston rod is guided.
A method of detecting methylated nucleic acid residues in one or more target nucleic acid recognition sites present in genomic DNA, said method comprising the steps of a) obtaining a library of genomic DNA fragments, wherein said genomic DNA fragments comprise isolated genomic DNAs that have not been subjected to PCR, have been fragmented to have an average size of about 300 bp to about 600 bp and have been further modified by covalent linkage of an adapter sequences to each DNA fragment wherein the adapter sequence comprises a DNA sequencing primer; b) contacting said library with a methylation specific restriction enzyme that cleaves said target nucleic acid recognition site only when said target nucleic acid recognition site is unmethylated to produce a restriction enzyme cleaved library comprising a set of digested genomic nucleic acid molecules and uncut methylated nucleic acid molecules; and c) analyzing the restriction enzyme cleaved library using next generation sequencing to determine the nucleic acid sequence of said uncut methylated genomic nucleic acid molecules and comparing those nucleic acid sequences to a reference set of nucleic acids that represent all available target nucleic acid recognition sites present in said library of genomic DNA fragments wherein sequences missing from the restriction enzyme cleaved library relative to said reference set of nucleic acids represent unmethylated target sequence in said sample of genomic DNA. a) obtaining a library of genomic DNA fragments, wherein said genomic DNA fragments comprise isolated genomic DNAs that have not been subjected to PCR, have been fragmented to have an average size of about 300 bp to about 600 bp and have been further modified by covalent linkage of an adapter sequences to each DNA fragment wherein the adapter sequence comprises a DNA sequencing primer; b) contacting said library with a methylation specific restriction enzyme that cleaves said target nucleic acid recognition site only when said target nucleic acid recognition site is unmethylated to produce a restriction enzyme cleaved library comprising a set of digested genomic nucleic acid molecules and uncut methylated nucleic acid molecules; and c) analyzing the restriction enzyme cleaved library using next generation sequencing to determine the nucleic acid sequence of said uncut methylated genomic nucleic acid molecules and comparing those nucleic acid sequences to a reference set of nucleic acids that represent all available target nucleic acid recognition sites present in said library of genomic DNA fragments wherein sequences missing from the restriction enzyme cleaved library relative to said reference set of nucleic acids represent unmethylated target sequence in said sample of genomic DNA.
A furniture blank (1; 10; 18; 19) having a one-piece flat base body (11; 110; 118; 119) consisting of a rigid pressed fiber material which is a needled fleece, wherein the base body (11; 110; 118; 119) comprises at least one forming cut (112; 1120; 1128; 1129) and an outer pattern (111; 1110; 1118; 1119), wherein the at least one forming cut (112; 1120; 1128; 1129) and the outer pattern (111; 1110; 1118; 1119) are designed so that the furniture blank (1; 10; 18; 19) can be shaped along the at least one forming cut into a three-dimensional item of furniture (2; 20), and wherein the at least one forming cut (112; 1120; 1128; 1129) comprises at least one miter notch (112; 1120; 1129) wherein the at least one miter notch (112; 1120; 1129) has a notch depth which is less than the thickness of the base body (11; 110; 118; 119). the base body (11; 110; 118; 119) comprises at least one forming cut (112; 1120; 1128; 1129) and an outer pattern (111; 1110; 1118; 1119), wherein the at least one forming cut (112; 1120; 1128; 1129) and the outer pattern (111; 1110; 1118; 1119) are designed so that the furniture blank (1; 10; 18; 19) can be shaped along the at least one forming cut into a three-dimensional item of furniture (2; 20), and wherein the at least one forming cut (112; 1120; 1128; 1129) comprises at least one miter notch (112; 1120; 1129) wherein the at least one miter notch (112; 1120; 1129) has a notch depth which is less than the thickness of the base body (11; 110; 118; 119).
Method for the prevention of a flashback during a combustion of a premixed fuel/air mixture in a burner assembly , wherein a first component is provided, whose temperature is influenced by a combustion, and is made from a material which expands as a function of the temperature, and wherein a measurement value for a thermal expansion of the first component is measured by at least one sensor , and as a function of the measurement value, the supply of at least fuel or air is at least changed or switched off when a predeterminable threshold value is exceeded, characterized in that the expansion of the first component is measured relative to a second component , the expansion of which is influenced to a lesser extent by the combustion.
A straddled vehicle comprising: an engine ; an air cleaner provided above the engine ; a cover provided above the air cleaner so as to overlap with at least part of the air cleaner in a plan view viewed in an up-and-down direction; wherein the air cleaner has an intake port which is formed so as to open upwardly and into which air to be supplied to the engine is introduced, the cover has an opening that is formed such that at least part of the opening overlaps with the intake port of the air cleaner in a plan view viewed in the up-and-down direction, characterized in that a shielding member is provided between the air cleaner and the cover , the shielding member is configured to prevent droplets from entering the intake port, and at least part of the shielding member overlaps with a common opening region (CR) in which the intake port of the air cleaner and the opening of the cover overlap with each other in a plan view viewed in the up-and-down direction. an engine ; an air cleaner provided above the engine ; a cover provided above the air cleaner so as to overlap with at least part of the air cleaner in a plan view viewed in an up-and-down direction; the air cleaner has an intake port which is formed so as to open upwardly and into which air to be supplied to the engine is introduced, the cover has an opening that is formed such that at least part of the opening overlaps with the intake port of the air cleaner in a plan view viewed in the up-and-down direction, a shielding member is provided between the air cleaner and the cover , the shielding member is configured to prevent droplets from entering the intake port, and at least part of the shielding member overlaps with a common opening region (CR) in which the intake port of the air cleaner and the opening of the cover overlap with each other in a plan view viewed in the up-and-down direction.
A crane, in particular a revolving tower crane, having a hoist rope that runs off from a crane boom and carries a load suspension means ; having drive devices for moving a plurality of crane elements and for traveling the load suspension means ; having a control device for controlling the drive devices such that the load suspension means travels along a travel path; and having an oscillation damping device for damping oscillating movements of the load suspension means and/or of the hoist rope , wherein the oscillation damping device has an oscillation sensor system for detecting oscillating movements of the hoist rope and/or of the load suspension means and has a regulator module having a closed feedback loop for influencing the control of the drive devices in dependence on a oscillation signal of the oscillation sensor system fed back to the feedback loop, characterized in that the oscillation damping device has a structural dynamics sensor system for detecting deformations and/or dynamic movements in themselves of structural components of the crane; and in that the regulator module of the oscillation damping device is configured to take account of both the oscillation signal of the oscillation sensor system and the structural dynamics signals fed back to the feedback loop that indicate deformations and/or dynamic movements in themselves of the structural components on the influencing of the control of the drive devices, with the structural dynamics sensor system being configured to determine dynamic torsions of a crane tower carrying the crane boom and/or of the crane boom ; and with the regulator module of the oscillation damping device being configured to influence the control of the drive devices in dependence on the detected dynamic torsions of the crane boom and/or of the crane tower .
An air purifier comprising: a first blower having a first fan configured to generate an air flow from a first suction part toward a first discharge part ; a second blower having a second fan configured to generate an air flow from a second suction part toward a second discharge part ; an installation space part configured to be formed between the first blower and the second blower ; a power transmitter configured to be positioned inside the installation space part, to be fixed to any one of the first blower and the second blower , and to transmit a wireless power; and a power receiver configured to be positioned inside the installation space part, to be fixed to the other one of the first blower and the second blower , characterised in that the power receiver is configured to receive the wireless power transmitted from the power transmitter so that the power is supplied from one of the first blower and the second blower to the other one of the first blower and the second blower . a first blower having a first fan configured to generate an air flow from a first suction part toward a first discharge part ; a second blower having a second fan configured to generate an air flow from a second suction part toward a second discharge part ; an installation space part configured to be formed between the first blower and the second blower ; a power transmitter configured to be positioned inside the installation space part, to be fixed to any one of the first blower and the second blower , and to transmit a wireless power; and a power receiver configured to be positioned inside the installation space part, to be fixed to the other one of the first blower and the second blower , characterised in that the power receiver is configured to receive the wireless power transmitted from the power transmitter so that the power is supplied from one of the first blower and the second blower to the other one of the first blower and the second blower .
Support device to support a garment, the support device comprising a hanger-shaped body on which a garment comprising sleeves can be arranged, the body comprising at least one foldable part capable of occupying an unfolded position in which the body supports the garment with the sleeves deployed towards the outside of the garment and a folded position in which the body supports the garment with the sleeves folded towards one another, the hanger comprising a first foldable part arranged at a first end of the body and a second foldable part arranged at a second end of the body , the body comprising a main body part , a first shoulder support which is configured to support a first shoulder part of the garment and a second shoulder support which is configured to support a second part shoulder of the garment, the first part being pivotally mounted on the first shoulder support about a first pivot axis (A) and the second part being pivotally mounted on the second shoulder support about a second axis pivot (B), characterized in that the first pivot axis is inclined from bottom to top and from outside to inside by a first angle of inclination comprised between 5° and 15° with respect to a vertical direction, and the second pivot axis is inclined from bottom to top and from outside to inside by a second angle of inclination comprised between 5° and 15° with respect to a vertical direction.
An apparatus for transferring at least one sausage link or food portions, in particular a group of sausage links , into a packaging item , wherein two co-operating conveyor devices each having at least one protruding vane are provided and are arranged spaced apart in relation to each other in such a way that the at least one sausage link can be placed simultaneously on two vanes of the spaced-apart conveyor devices , and that by synchronous rotation of the conveyor devices in opposite directions the at least one sausage link can be placed onto or into the packaging item by the vanes , wherein the two conveyor devices are each designed as an impeller , each having at least two, preferably four vanes spaced substantially equally apart, and the impellers are designed and dimensioned so that two opposite vanes of the impellers form in the receiving position a substantially horizontal support surface for a group of sausage links , characterized in that two spaced-apart impellers of the two conveyor devices , each having four vanes , are designed and can be rotated in opposite directions such that a group of parallel and adjacently arranged sausage links can be placed on two adjacent vanes of the spaced-apart impellers, while on each side of the group of sausage links a vane of the impellers forms a lateral boundary for the sausage links, and during rotation of the impellers in opposite directions a group of sausage links is laterally guided at two opposite ends of the sausage links by adjacent vanes of an impeller on their path of movement toward the packaging item , and on further rotation of the impellers the group of sausage links is released from the vanes of the adjacent impellers and can be placed onto or into the packaging item .
A polynucleotide comprising at least one promoter and an S/MAR element, wherein said S/MAR element is located downstream of said promoter and wherein the nucleic acid sequence of said S/MAR element (S/MAR sequence) comprises at least 3 sequence motifs ATTA (SEQ ID NO:1) per 100 nucleotides over a stretch of at most 200 nucleotides, wherein said S/MAR element is flanked by a splice donor and a splice acceptor.
A pharmaceutical composition comprising recombinant human PZP and a pharmaceutically acceptable excipient for use in a method of treating a patient with Koolen-deVries syndrome or Fragile X syndrome.
A damping circuit to control damping of a filter circuit of a power conversion system, the damping circuit comprising: a transformer, including: a primary winding (LP) wound around a core to conduct a first current (I1) flowing in a filter circuit between an AC input and a rectifier of a power conversion system , a secondary winding (LS) wound around the core to conduct a second current (I2) Induced by current (I1) flowing in the primary winding (LP), a damping resistor (R), and a switch (S) coupled in a series circuit with the secondary winding (LS) and the damping resistor (R); and a controller configured to selectively close the switch (S) to control damping of the filter circuit . a primary winding (LP) wound around a core to conduct a first current (I1) flowing in a filter circuit between an AC input and a rectifier of a power conversion system , a secondary winding (LS) wound around the core to conduct a second current (I2) Induced by current (I1) flowing in the primary winding (LP), a damping resistor (R), and a switch (S) coupled in a series circuit with the secondary winding (LS) and the damping resistor (R); and a controller configured to selectively close the switch (S) to control damping of the filter circuit .
Vehicle pneumatic tyre , the profiled running surface of which merges on both sides into sidewalls , the end of which is formed by way of a tyre bead which can be inserted in an air-tight manner into a rim of a vehicle wheel , an absorber which is connected in an integrally joined manner to the inner surface of the vehicle pneumatic tyre being integrated into the vehicle pneumatic tyre for the purpose of sound absorption, characterized in that the integrally joined connection consists of a bonding agent which is arranged so as to be distributed (not over the full surface area) between the absorber and the inner surface of the vehicle pneumatic tyre , which bonding agent has a varying distribution which is inhomogeneous along the circumference of the inner surface of the vehicle pneumatic tyre .
A method for separating labeled particles and non-labeled particles, comprising: supplying a suspension comprising labeled particles and non-labeled particles into a flow channel from one end of the flow channel; deflecting the labeled particles in the flow channel in a direction that is different from the gravity direction; fixing the labeled particles onto an inner wall surface of the flow channel; and ejecting the suspension in the flow channel from an end of the flow channel by introducing a gas phase into the flow channel from one end of the flow channel in a state in which the labeled particles are fixed on the inner wall surface of the flow channel, and collecting the non-labeled particles. supplying a suspension comprising labeled particles and non-labeled particles into a flow channel from one end of the flow channel; deflecting the labeled particles in the flow channel in a direction that is different from the gravity direction; fixing the labeled particles onto an inner wall surface of the flow channel; and ejecting the suspension in the flow channel from an end of the flow channel by introducing a gas phase into the flow channel from one end of the flow channel in a state in which the labeled particles are fixed on the inner wall surface of the flow channel, and collecting the non-labeled particles.
Pump for conveying a blood flow for cardiovascular support : comprising a rotor having an axis of rotation for conveying a liquid, the rotor having a second hollow-cylindrical permanent magnet which is rotatably mounted about an axis of rotation ; and comprising a housing in which a first permanent magnet for transmitting a torque to the rotor is rotatably mounted about the axis of rotation , the first permanent magnet and the second permanent magnet at least partially axially overlapping, and the housing being located between the two permanent magnets in the axial overlapping region of the first permanent magnet and the second permanent magnet , comprising a first bearing for axially positioning the rotor and the housing relative to one another and comprising a second bearing and a third bearing for absorbing radial forces and for positioning the axis of rotation of the second permanent magnet , characterized in that the first permanent magnet is arranged axially offset with respect to the second permanent magnet in order to hold the rotor in the first bearing with a defined resulting force acting in the direction of the rotor axis of the rotor, which force is caused by an axial force caused by the axial offset arrangement of the first permanent magnet and the second permanent magnet and a hydraulic force acting in the direction of the axis of rotation of the rotor when the blood flow is conveyed. comprising a rotor having an axis of rotation for conveying a liquid, the rotor having a second hollow-cylindrical permanent magnet which is rotatably mounted about an axis of rotation ; and comprising a housing in which a first permanent magnet for transmitting a torque to the rotor is rotatably mounted about the axis of rotation , the first permanent magnet and the second permanent magnet at least partially axially overlapping, and the housing being located between the two permanent magnets in the axial overlapping region of the first permanent magnet and the second permanent magnet , comprising a first bearing for axially positioning the rotor and the housing relative to one another and comprising a second bearing and a third bearing for absorbing radial forces and for positioning the axis of rotation of the second permanent magnet , characterized in that the first permanent magnet is arranged axially offset with respect to the second permanent magnet in order to hold the rotor in the first bearing with a defined resulting force acting in the direction of the rotor axis of the rotor, which force is caused by an axial force caused by the axial offset arrangement of the first permanent magnet and the second permanent magnet and a hydraulic force acting in the direction of the axis of rotation of the rotor when the blood flow is conveyed.