mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first part (311, 301) configured to form at least part of a case of the apparatus; a second part (303, 304) configured to form at least one of a front window and at least one layer of a display assembly for the apparatus; a flexible membrane configured to couple at a first area of contact to the first part and at a second area of contact to the second part; and at least two actuators coupled to the second part and configured to actuate the second part to generate a substantially translational planar displacement of the second part, wherein at least one of the flexible membrane and the second part is configured to generate audio waves in response to the actuation, wherein the at least two actuators are configured to generate the substantially translational planar displacement of the second part comprising at least one of: an entirety of the front window having the substantially translational planar displacement; and an entirety of the at least one layer of the display assembly having the substantially translational planar displacement. a first part (311, 301) configured to form at least part of a case of the apparatus; a second part (303, 304) configured to form at least one of a front window and at least one layer of a display assembly for the apparatus; a flexible membrane configured to couple at a first area of contact to the first part and at a second area of contact to the second part; and at least two actuators coupled to the second part and configured to actuate the second part to generate a substantially translational planar displacement of the second part, wherein at least one of the flexible membrane and the second part is configured to generate audio waves in response to the actuation, wherein the at least two actuators are configured to generate the substantially translational planar displacement of the second part comprising at least one of: an entirety of the front window having the substantially translational planar displacement; and an entirety of the at least one layer of the display assembly having the substantially translational planar displacement. an entirety of the front window having the substantially translational planar displacement; and an entirety of the at least one layer of the display assembly having the substantially translational planar displacement.
A balance shaft, comprising: - an unbalanced shaft having a bearing journal (8, 9), the periphery of which is merely partially cylindrical, wherein the cylindrical partial periphery of the bearing journal (8, 9) is oriented towards the shaft imbalance, - a needle roller cage assembly - and a bearing ring which extends around the bearing journal (8, 9), bears against the cylindrical partial periphery and forms the inner raceway of the needle roller cage assembly, characterised in that the cage of the needle roller cage assembly runs at the end faces of the bearing ring axially on both sides by means of radially inwardly extending protrusions. - an unbalanced shaft having a bearing journal (8, 9), the periphery of which is merely partially cylindrical, wherein the cylindrical partial periphery of the bearing journal (8, 9) is oriented towards the shaft imbalance, - a needle roller cage assembly - and a bearing ring which extends around the bearing journal (8, 9), bears against the cylindrical partial periphery and forms the inner raceway of the needle roller cage assembly, characterised in that the cage of the needle roller cage assembly runs at the end faces of the bearing ring axially on both sides by means of radially inwardly extending protrusions.
An electronic calculating device for performing obfuscated arithmetic in a commutative ring (;), the ring having a finite number of ring elements, a ring-addition and a ring-multiplication being defined on the ring elements, the calculating device operating on integer-lists (( a 1, a 2)) encoding ring elements ( u a 1 - u a 2), the integer-lists comprising at least two integers, wherein an integer-list (( a 1, a 2)) encodes a ring element ( a) such that the ring element equals a linear combination of powers ( a = u a 1 - u a 2; a = u a 1+ a 2 - u a 2; a = u a 1 + u a 2) of a base ring element (u), the base ring element having an order ( k) in the ring, wherein the powers have exponents determined by the integer-list, a difference between a first exponent ( a 1) and a second exponent ( a 2) is comprised in an allowed-differences list, and wherein the size of the allowed-differences list is less than the order ( k), the calculating device comprising - a storage arranged to store an increment table defined for an increment ring element (1; u t), - the increment table mapping an integer list representing an input ring element ( k = u k 1 - u k 2) to an output integer-list ( T (( k 1, k 2)) = ( l 1, l 2)) encoding an output ring element ( l = u l 1 - u l 2), such that the output ring element equals the increment ring element ring-added to the input ring element ( l = k + 1), the output ring element equals a linear combination of powers of the base ring element ( u), wherein the powers have exponents determined by the output integer-list, a difference between a first exponent ( l 1) and a second exponent ( l 2) is comprised in the allowed-differences list. - a storage arranged to store an increment table defined for an increment ring element (1; u t), - the increment table mapping an integer list representing an input ring element ( k = u k 1 - u k 2) to an output integer-list ( T (( k 1, k 2)) = ( l 1, l 2)) encoding an output ring element ( l = u l 1 - u l 2), such that the output ring element equals the increment ring element ring-added to the input ring element ( l = k + 1), the output ring element equals a linear combination of powers of the base ring element ( u), wherein the powers have exponents determined by the output integer-list, a difference between a first exponent ( l 1) and a second exponent ( l 2) is comprised in the allowed-differences list.
A compact cap with an opening block, once opened, suitable for a container comprising a substantially cylindrical mouthpiece with an upper end edge protruding outwardly, the cap comprising: - a base ring, for preventing its separation from said mouthpiece of the container, - a protective cap or cover for opening and closing said mouthpiece of the container, - a hinge arrangement which makes said base ring and said cover integral with each other and that can be produced in a single piece by the moulding of plastic material; - a series of frangible bridges which connect a lower edge of the cover with an upper edge of the base ring - wherein said hinge arrangement comprises a pair of spaced strips or bridges that connect the cover and the base ring and an extension enlarged outwardly which forms an integral part of an annular collar obtained at the lower end of the cover facing said base ring, said extension becoming engaged with said mouthpiece when said cover is rotated from a closed position to an open position to create a stable open position of said cover, characterized in that said extension enlarged outwardly is shaped and is such as to create a cam effect which, when the cover is rotated for opening, increases the engagement of the cover with a portion of the mouthpiece, and said hinge arrangement also comprises a pair of columns, interposed between the two strips, which have appendages above protruding outwardly, which, when the cover is in an open position, are positioned above and are engaged with a lower edge of the cover for a stable positioning of the cover in an open position. - a base ring, for preventing its separation from said mouthpiece of the container, - a protective cap or cover for opening and closing said mouthpiece of the container, - a hinge arrangement which makes said base ring and said cover integral with each other and that can be produced in a single piece by the moulding of plastic material; - a series of frangible bridges which connect a lower edge of the cover with an upper edge of the base ring - wherein said hinge arrangement comprises a pair of spaced strips or bridges that connect the cover and the base ring and an extension enlarged outwardly which forms an integral part of an annular collar obtained at the lower end of the cover facing said base ring, said extension becoming engaged with said mouthpiece when said cover is rotated from a closed position to an open position to create a stable open position of said cover, characterized in that said extension enlarged outwardly is shaped and is such as to create a cam effect which, when the cover is rotated for opening, increases the engagement of the cover with a portion of the mouthpiece, and said hinge arrangement also comprises a pair of columns, interposed between the two strips, which have appendages above protruding outwardly, which, when the cover is in an open position, are positioned above and are engaged with a lower edge of the cover for a stable positioning of the cover in an open position.
A bioreactor comprising a magnetic mixer drive, comprising: a flexible bag; a magnetic impeller provided in an inner volume of the flexible bag, said magnetic impeller being provided in a receiver structure for receiving the magnetic impeller and aligning it with the magnetic mixer drive along an axis; and characterized by a magnetic drive comprising a stator (110;111;120;160;605;705) comprising a plurality of current carrying elements (164;764) for producing a magnetic flux in an axial direction along the axis for driving the magnetic impeller to rotate around said axis; and wherein the stator is an axial flux stator having a core (121;170;175) to affix the current carrying elements (164;764), said core (121;170;175) including a plurality of stationary segments, each segment having height and a width with slots therebetween, the segments integrated on a plate with a hollow central axis, wherein the plurality of stationary segments are pie or conic shaped stator teeth (163;176;763) and the current carrying elements (164;764) are conductive windings wound around the stator teeth; and wherein the stator is mounted in a wall (1008; 1009; 1010) of a rigid support vessel and said flexible bag is adapted to be received in said rigid support vessel. a flexible bag; a magnetic impeller provided in an inner volume of the flexible bag, said magnetic impeller being provided in a receiver structure for receiving the magnetic impeller and aligning it with the magnetic mixer drive along an axis; and characterized by a magnetic drive comprising a stator (110;111;120;160;605;705) comprising a plurality of current carrying elements (164;764) for producing a magnetic flux in an axial direction along the axis for driving the magnetic impeller to rotate around said axis; and wherein the stator is an axial flux stator having a core (121;170;175) to affix the current carrying elements (164;764), said core (121;170;175) including a plurality of stationary segments, each segment having height and a width with slots therebetween, the segments integrated on a plate with a hollow central axis, wherein the plurality of stationary segments are pie or conic shaped stator teeth (163;176;763) and the current carrying elements (164;764) are conductive windings wound around the stator teeth; and wherein the stator is mounted in a wall (1008; 1009; 1010) of a rigid support vessel and said flexible bag is adapted to be received in said rigid support vessel.
A method for setting a lubricant level measuring device of an azimuth thruster installed in a marine vessel, the method comprising: determining an installation orientation of the azimuth thruster in the marine vessel by determining a tilt installation angle (α, β1, β2, γ) of the azimuth thruster; and adjusting a lubricant measuring location of the lubricant level measuring device based on the determined installation orientation of the azimuth thruster by adjusting a position of a movable meter tube of the lubricant level measuring device; wherein a table, an equation, a diagram or a graph is used to directly determine an adjustment of the lubricant measuring location of the lubricant level measuring device based on the determined installation orientation of the azimuth thruster, wherein said table is provided to show an extension length of the meter tube depending from one or more of the tilt installation angles (α, β1, β2, γ). determining an installation orientation of the azimuth thruster in the marine vessel by determining a tilt installation angle (α, β1, β2, γ) of the azimuth thruster; and adjusting a lubricant measuring location of the lubricant level measuring device based on the determined installation orientation of the azimuth thruster by adjusting a position of a movable meter tube of the lubricant level measuring device; wherein a table, an equation, a diagram or a graph is used to directly determine an adjustment of the lubricant measuring location of the lubricant level measuring device based on the determined installation orientation of the azimuth thruster, wherein said table is provided to show an extension length of the meter tube depending from one or more of the tilt installation angles (α, β1, β2, γ).
A device for thermally entangling a web of textile material, wherein the web of textile material is guided over a deflector drum into an entangling installation, guided around a flow-through drum and guided out again over a cooling drum, wherein heated fresh air flows through the web of material and the flow-through drum and the exhaust air is withdrawn from the entangling installation, characterized in that the cooling air is directed onto the web of material before the point of detachment of the web of material from the flow-through drum, wherein the cooling air is guided onto the web of material by means of a duct and/or a nozzle.
Exhaust gas treatment device comprising at least a first at least partially electrically conductive honeycomb body having a first front side and a first rear side, a second at least partially electrically conductive honeycomb body having a second front side and a second rear side, an intermediate space between the first honeycomb body and the second honeycomb body, a power supply for the formation of an electric potential between the first honeycomb body and the second honeycomb body, and a multiplicity of electrodes, which are fastened to the first honeycomb body, extend beyond the first rear side with a first length into the intermediate space, and are positioned at a first distance from the second front side of the second honeycomb body.
Hologram (35; 40) for an illumination device for vehicles, comprising a multiplicity of superimposed holographic structures, wherein each of the multiplicity of holographic structures has a respectively assigned reconstruction wavelength, at which the respective holographic structure has the maximal diffraction efficiency, wherein the assigned reconstruction wavelengths are different and each of the multiplicity of holographic structures for the respectively assigned reconstruction wavelength has identical diffraction directions for the reconstruction of an extensive holographic object, characterized in that at least three of the reconstruction wavelengths lie in a wavelength interval of 50 nm.
A method performed by a terminal operating in a Long Term Evolution, LTE, communication system for dynamically determining a transmission location of an UpLink, UL. DeModulation Reference Signal, DMRS, the method comprising: receiving, by the terminal, a DownLink, DL, control channel; and determining, by the terminal, the transmission location of the UL DMRS according to the DL control channel; the method being characterized in that: when multiple terminals, including said terminal, transmit in different UL short, Transmission Time Intervals, TTIs, in a Time Division Multiplexing, TDM, manner, multiple UL short TTIs share a same time domain location to transmit the DMRS and the DL control channel indicates that the DMRS is transmitted on a specific location in a slot or sub-frame; or, when the terminal is consecutively scheduled in multiple UL short TTIs, the DL control channel indicates that the DMRS is transmitted between the multiple UL short TTIs, in which the terminal is scheduled. receiving, by the terminal, a DownLink, DL, control channel; and determining, by the terminal, the transmission location of the UL DMRS according to the DL control channel; the method being characterized in that: when multiple terminals, including said terminal, transmit in different UL short, Transmission Time Intervals, TTIs, in a Time Division Multiplexing, TDM, manner, multiple UL short TTIs share a same time domain location to transmit the DMRS and the DL control channel indicates that the DMRS is transmitted on a specific location in a slot or sub-frame; or, when the terminal is consecutively scheduled in multiple UL short TTIs, the DL control channel indicates that the DMRS is transmitted between the multiple UL short TTIs, in which the terminal is scheduled. when multiple terminals, including said terminal, transmit in different UL short, Transmission Time Intervals, TTIs, in a Time Division Multiplexing, TDM, manner, multiple UL short TTIs share a same time domain location to transmit the DMRS and the DL control channel indicates that the DMRS is transmitted on a specific location in a slot or sub-frame; or, when the terminal is consecutively scheduled in multiple UL short TTIs, the DL control channel indicates that the DMRS is transmitted between the multiple UL short TTIs, in which the terminal is scheduled.
A Byzantine fault tolerance algorithm-based blockchain consensus method, comprising: initiating, by a first consensus node of a consortium blockchain, a consensus proposal, wherein the consensus proposal comprises a first proposal digest, and the first proposal digest is generated based on a transaction set that needs to be proposed and a first newest block hash maintained by the first consensus node; generating, by a second consensus node of the consortium blockchain in response to the consensus proposal, a second proposal digest based on a second newest block hash maintained by the second consensus node and the transaction set; detecting, by the second consensus node, whether the first proposal digest matches the second proposal digest; and if the first proposal digest does not match the second proposal digest, determining, by the second consensus node, one of the first consensus node and the second consensus node as a forked node and the other as a non-forked node, and skipping, by the second consensus node, consensus on the consensus proposal if the second consensus node determines that the first proposal digest does not match the second proposal digest, or otherwise participating, by the second consensus node, in consensus on the consensus proposal if the second consensus node determines that the first proposal digest matches the second proposal digest, wherein the first newest block hash and the second newest block hash are hash values of N blocks preceding newest blocks in distributed ledgers respectively maintained by the first consensus node and the second consensus node, and N is a positive integer. initiating, by a first consensus node of a consortium blockchain, a consensus proposal, wherein the consensus proposal comprises a first proposal digest, and the first proposal digest is generated based on a transaction set that needs to be proposed and a first newest block hash maintained by the first consensus node; generating, by a second consensus node of the consortium blockchain in response to the consensus proposal, a second proposal digest based on a second newest block hash maintained by the second consensus node and the transaction set; detecting, by the second consensus node, whether the first proposal digest matches the second proposal digest; and if the first proposal digest does not match the second proposal digest, determining, by the second consensus node, one of the first consensus node and the second consensus node as a forked node and the other as a non-forked node, and skipping, by the second consensus node, consensus on the consensus proposal if the second consensus node determines that the first proposal digest does not match the second proposal digest, or otherwise participating, by the second consensus node, in consensus on the consensus proposal if the second consensus node determines that the first proposal digest matches the second proposal digest, wherein the first newest block hash and the second newest block hash are hash values of N blocks preceding newest blocks in distributed ledgers respectively maintained by the first consensus node and the second consensus node, and N is a positive integer.
A single stage continuous process for the production of an ethoxylate comprising: preparing a mixture of a non-phenolic alcohol and a double metal cyanide ("DMC") catalyst; establishing ethoxylation conditions in a reactor; continuously feeding ethylene oxide and the mixture of non-phenolic alcohol and DMC catalyst to the reactor under conditions suitable to produce an ethoxylate; continuously feeding further ethylene oxide to the reactor under conditions suitable to produce an ethoxylate product; and continuously withdrawing the ethoxylate product from the reactor to a collection vessel, wherein the non-phenolic alcohol is a mixture of C 12 - C 15 monofunctional primary alcohols. preparing a mixture of a non-phenolic alcohol and a double metal cyanide ("DMC") catalyst; establishing ethoxylation conditions in a reactor; continuously feeding ethylene oxide and the mixture of non-phenolic alcohol and DMC catalyst to the reactor under conditions suitable to produce an ethoxylate; continuously feeding further ethylene oxide to the reactor under conditions suitable to produce an ethoxylate product; and continuously withdrawing the ethoxylate product from the reactor to a collection vessel, wherein the non-phenolic alcohol is a mixture of C 12 - C 15 monofunctional primary alcohols.
Pendulum damping device, comprising: - a support capable of rotational movement about an axis, - at least one pendulum body able to move with respect to the support, and - at least one rolling member collaborating on the one hand with at least one first runway track secured to the support and with at least one second runway track secured to the pendulum body, the rolling member bearing at least one elastically deformable portion rubbing against the support during all or part of the movement of this rolling member with respect to the support, notably during all of the movement of this rolling member with respect to the support, characterized in that the support comprises at least one chamfered face against which the elastically deformable portion rubs during all or part of the movement of this rolling member with respect to the support. - a support capable of rotational movement about an axis, - at least one pendulum body able to move with respect to the support, and - at least one rolling member collaborating on the one hand with at least one first runway track secured to the support and with at least one second runway track secured to the pendulum body, the rolling member bearing at least one elastically deformable portion rubbing against the support during all or part of the movement of this rolling member with respect to the support, notably during all of the movement of this rolling member with respect to the support,