mhurhangee/patent-ind-claim-en huggingface dataset:
A composition in anhydrous solid form, in the form of particles, the water content of the composition being less than or equal to 5% by weight, comprising at least one anionic surfactant chosen from acylisethionic acids and acylisethionates, at least one anionic surfactant chosen from acylglutamic acids and acylglutamates, at least one amphoteric surfactant, and at least 20% by weight of fillers, relative to the total weight of the composition.
Matrix (30; 130) for a heat exchanger between a first fluid and a second fluid, notably a matrix (30; 130) for a heat exchanger of a turbomachine , the matrix comprising: a channel for a first fluid; an array extending in the channel and within which flows the second fluid; the array support at least two fins (38; 40; 138; 140) arranged one behind the other in the direction of the flow of the first fluid, notably cooling fins; said fins (38; 40; 138; 140) being flat and extending in the first fluid along main directions that are inclined relative to one another around an axis that is parallel to the direction of flow (20; 120) of the first fluid, characterized in that each fin comprises two opposite ends, both being connected to the array. a channel for a first fluid; an array extending in the channel and within which flows the second fluid; the array support at least two fins (38; 40; 138; 140) arranged one behind the other in the direction of the flow of the first fluid, notably cooling fins; said fins (38; 40; 138; 140) being flat and extending in the first fluid along main directions that are inclined relative to one another around an axis that is parallel to the direction of flow (20; 120) of the first fluid, characterized in that each fin comprises two opposite ends, both being connected to the array.
A method of distributing a clock signal from a first electronic subsystem to a second electronic subsystem , the second electronic subsystem being remote from the first electronic subsystem and coupled to the first electronic subsystem by a bidirectional signal path , the method comprising a learning period prior to normal operation with the following steps: generating a first clock signal (84; 136) on the first electronic subsystem ; generating a training signal (86; 140) on the first electronic subsystem clocked by the first clock signal; sending a sequence of a plurality of training signals (86; 140) on the bidirectional signal path on a round trip to the second electronic subsystem and back to the first electronic subsystem; measuring the time a training signal (86; 140) needs for the round trip; which method is characterized by the steps of iteratively adjusting the phase of a training signal (86; 140) on the way to the second electronic subsystem in a first phase adjuster of the first electronic subsystem and on the way back to the first electronic subsystem in a second phase adjuster of the second electronic subsystem , whereby the phase adjusters adjust phase by the same amount, until some of the training signals (86; 140) out of the sequence of training signals (86; 140) have a travel time of 2 ∗ N clock cycles and some of the training signals (86; 140) have a travel time of 2 ∗ N-1 clock cycles for the round trip; and analyzing a statistical variation between a travel time of 2 ∗ N clock cycles and of 2 ∗ N-1 clock cycles, and setting the phase delay to have a maximal statistical variation. generating a first clock signal (84; 136) on the first electronic subsystem ; generating a training signal (86; 140) on the first electronic subsystem clocked by the first clock signal; sending a sequence of a plurality of training signals (86; 140) on the bidirectional signal path on a round trip to the second electronic subsystem and back to the first electronic subsystem; measuring the time a training signal (86; 140) needs for the round trip; which method is characterized by the steps of iteratively adjusting the phase of a training signal (86; 140) on the way to the second electronic subsystem in a first phase adjuster of the first electronic subsystem and on the way back to the first electronic subsystem in a second phase adjuster of the second electronic subsystem , whereby the phase adjusters adjust phase by the same amount, until some of the training signals (86; 140) out of the sequence of training signals (86; 140) have a travel time of 2 ∗ N clock cycles and some of the training signals (86; 140) have a travel time of 2 ∗ N-1 clock cycles for the round trip; and analyzing a statistical variation between a travel time of 2 ∗ N clock cycles and of 2 ∗ N-1 clock cycles, and setting the phase delay to have a maximal statistical variation.
A pressure sensing unit comprising a closed cavity , wherein the cavity comprises at least one membrane forming an outer wall portion of the cavity; a first permanent magnet inside the cavity and coupled to the at least one membrane; and a second permanent magnet inside the cavity, wherein the second permanent magnet is coupled to the cavity by a fixed coupling , and the first permanent magnet is coupled to the membrane by an elongate structure allowing rotational movement, wherein said pressure sensing unit is a pressure sensing unit for sensing pressure within a human body, said pressure sensing unit being configured to be applied to a catheter or a guidewire; or to be used in: a pulmonary artery pressure sensor, sensors on implanted valves, pressure sensors at stents, or medical coils. a closed cavity , wherein the cavity comprises at least one membrane forming an outer wall portion of the cavity; a first permanent magnet inside the cavity and coupled to the at least one membrane; and a second permanent magnet inside the cavity, wherein the second permanent magnet is coupled to the cavity by a fixed coupling , and the first permanent magnet is coupled to the membrane by an elongate structure allowing rotational movement, wherein said pressure sensing unit is a pressure sensing unit for sensing pressure within a human body, said pressure sensing unit being configured to be applied to a catheter or a guidewire; or to be used in: a pulmonary artery pressure sensor, sensors on implanted valves, pressure sensors at stents, or medical coils.
Glue roller for applying glue to labels, label strips and/or containers in a labelling device , characterised in that the surface of the glue roller has a plurality of depressions , each in the form of a hexagon, the side walls of the hexagon having an inclination of 110° to 140°, preferably 120°, in relation to the surface of the glue roller . the surface of the glue roller has a plurality of depressions , each in the form of a hexagon, the side walls of the hexagon having an inclination of 110° to 140°, preferably 120°, in relation to the surface of the glue roller .
A method for producing 3-methyl-2-thiophenecarboxylic acid, which comprises step of reacting 3-methylthiophene with chlorosulfonyl isocyanate, and step of hydrolyzing the reaction product obtained in the step .
A method for sending traffic packets over a logical link made up of the aggregation of several physical links in which flows of incoming packets are sent to a scheduler/shaper which selects therefrom packets to create a global flow of packets falling within the bandwidth offered by the logical link on the basis of the bandwidth capability offered by the logical link and in which the packets in the incoming flows are classified according to service classes and in which, upon a decrease in the bandwidth offered by the logical link the scheduler/shaper acts on the incoming packets in such a manner that some of the incoming packets are queued or dropped to cause the global flow to fall within the bandwidth of the aggregated logical link depending on information correlated with the associated class of service of the packets.
Busbar system comprising at least one busbar , at least one fastening system having a first fastening device and a second fastening device , at least one carrier device , wherein the fastening system is fixable to the carrier device , receiving at least one busbar , wherein the first and second fastening devices of the fastening system are made of an insulating material, wherein the first fastening device has a base with two mutually opposite cover elements arranged thereon which at least partially enclose the carrier device in a covering manner, wherein the first fastening device has at least one positioning element projecting from the base , wherein the second fastening device has at least one receiving space which is bounded on at least one longitudinal side by at least one guide web , wherein the receiving space has at least one receiving opening , characterised in that the first fastening device has at least one first guide element in the form of a web and/or a second guide element in the form of a groove; and in that the first and/or second guide element is arranged approximately horizontally on at least one side of the positioning element of the first fastening device.
A method for preparing a dairy mousse comprising the steps of: - providing an ideal whey protein solution, which is a microfiltration permeate obtained from microfiltration of a milk raw material, - treating the ideal whey protein solution with a protein modifying enzyme, - optionally mixing the treated solution with an acidified dairy product and/or food product, - optionally adding a stabilizing agent to the solution or the mixture, - adjusting the pH to the range of 3.5 - 6.5, - heat-treating the solution or the mixture at a temperature ranging from about 70°C to about 95°C, - subjecting the solution or the mixture to an aeration treatment for providing an aerated dairy product. - providing an ideal whey protein solution, which is a microfiltration permeate obtained from microfiltration of a milk raw material, - treating the ideal whey protein solution with a protein modifying enzyme, - optionally mixing the treated solution with an acidified dairy product and/or food product, - optionally adding a stabilizing agent to the solution or the mixture, - adjusting the pH to the range of 3.5 - 6.5, - heat-treating the solution or the mixture at a temperature ranging from about 70°C to about 95°C, - subjecting the solution or the mixture to an aeration treatment for providing an aerated dairy product.
An aerosol provision system for generating an aerosol for inhalation by a user comprising: a housing enclosing at least partially an air channel and an aerosol generating element ; a detector configured to detect an instantaneous strength of inhalation by detecting an amount of air flow or a pressure difference in the air channel during an inhalation by the user; a first indicator configured to provide a first indication to the user; and a controller connected to the detector and the first indicator, characterised in that the controller is configured to control the first indicator to generate the first indication to the user during the inhalation, the indication varying during the inhalation based on the instantaneous strength of inhalation detected by the detector. a housing enclosing at least partially an air channel and an aerosol generating element ; a detector configured to detect an instantaneous strength of inhalation by detecting an amount of air flow or a pressure difference in the air channel during an inhalation by the user; a first indicator configured to provide a first indication to the user; and a controller connected to the detector and the first indicator, characterised in that the controller is configured to control the first indicator to generate the first indication to the user during the inhalation, the indication varying during the inhalation based on the instantaneous strength of inhalation detected by the detector.
A method for recovering a valuable substance from a lithium ion secondary battery, the method comprising: a thermal treatment step of thermally treating a lithium ion secondary battery containing aluminum, carbon, and a copper foil as constituting materials; and a wet sorting step of applying an external force to a thermally treated product obtained in the thermal treatment step in the presence of a liquid, to sort the thermally treated product into a heavy product and a light product containing copper, characterized in that the light product obtained by sorting in the wet sorting step has a copper grade of 90% or higher, a carbon grade of 5% or lower, and a fluorine grade of 0.2% or lower. a thermal treatment step of thermally treating a lithium ion secondary battery containing aluminum, carbon, and a copper foil as constituting materials; and a wet sorting step of applying an external force to a thermally treated product obtained in the thermal treatment step in the presence of a liquid, to sort the thermally treated product into a heavy product and a light product containing copper, characterized in that the light product obtained by sorting in the wet sorting step has a copper grade of 90% or higher, a carbon grade of 5% or lower, and a fluorine grade of 0.2% or lower.
Method for producing a foundry core which is provided to form a cooling channel in an engine block for an internal combustion engine, and which has a supporting section , two neck sections which protrude from a lateral surface of the supporting section. and are arranged at a distance from one another and at least one bridge section which is held by the neck sections at a distance from the support section and the minimum thickness (dmin) of which measured as the distance between its lateral surfaces is no more than 3 mm in an area range which lies between the neck sections , wherein in the method a core shooting machine is used to shoot a moulding material, which comprises a moulding sand and a binder, into a mould cavity of a core form and subsequently the binder is hardened to provide the foundry core with the required shape stability, and wherein at least the moulding material used for the bridge section of the foundry core comprises a moulding sand, the grains of which have a mean diameter of a maximum of 0.35 mm and are coated with the binder and are spherical in shape with their binder coating.
Transparent optical element for a motor vehicle comprising at least one first transparent layer of a polymer material, characterized in that the optical element further comprises at least one second transparent layer comprising at least silicon, titanium, oxygen and nitrogen, said second layer showing a structure of "core/shell" type, in which at least one particle of SiO 2 is covered by a shell of nanoparticles of TiO 2-x N x distributed on the surface of said particle of SiO 2 , the ratio of the mean diameter of the nanoparticles of TiO 2-x N x to the mean diameter of the particles of SiO 2 is around 1:10..
A system, comprising: one or more computing devices, the one or more computing devices including one or more processors, one or more memory devices, and an input/output interface, the one or more computing devices configured to: store game records comprising previously played game sessions, each game session involving one or more game characters acting within a game universe along a game session timeline, and indicating game state information associated with time-points of the timeline so as to represent the progress of previously played game sessions; receive selection input from one of one or more client devices, said selection input selecting one of the stored game records for playback; begin playback of the game session as recorded in the selected game record to at least one client device; receive game input from a game client instance on one of the one or more client devices, said game input to cause an action by one of the one or more game characters within the game universe in a new game session, wherein the game input is received prior to execution of the new game session; and in response to said game input and the execution of the new game session, spawn a new game session timeline from the game session timeline as recorded in the selected game record and generate a new game record for the new game session timeline, wherein new game state information associated with time-points from the time-point of the spawn is stored in the new game record so as to represent the progress of the new game session, and wherein the new game record is stored as an additional branch of the selected game record so as to form a tree data structure and to generate a family tree of previously played game sessions that allow multiple child sessions to be spawned from a parent session, and additional descendent sessions to be spawned from child sessions.
A virtual reality headset comprising: means for rendering a plurality of objects to a viewer of a scene in a first virtual view , wherein: at least one of said objects has a physical counterpart such that the rendered objects having physical counterparts are virtual representations of physical objects present in a real-world environment; at least one of said objects does not have a physical counterpart; and the scene is a virtual reality scene; means for receiving a first command; and means for rendering the objects in an alternative virtual view in response to the first command, wherein the means for rendering the objects in the alternative virtual view renders all of said objects having a physical counterpart on a first two-dimensional level of the alternative virtual view and renders all of said objects without a physical counterpart on a second two-dimensional level of the alternative virtual view that is different to the first two-dimensional level, wherein: the first two-dimensional level of the alternative virtual view is rendered closer to the viewer than the second two-dimensional level of the alternative virtual view; or the second two-dimensional level of the alternative virtual view is rendered closer to the viewer than the first two-dimensional level of the alternative virtual view. means for rendering a plurality of objects to a viewer of a scene in a first virtual view , wherein: at least one of said objects has a physical counterpart such that the rendered objects having physical counterparts are virtual representations of physical objects present in a real-world environment; at least one of said objects does not have a physical counterpart; and the scene is a virtual reality scene; means for receiving a first command; and means for rendering the objects in an alternative virtual view in response to the first command, wherein the means for rendering the objects in the alternative virtual view renders all of said objects having a physical counterpart on a first two-dimensional level of the alternative virtual view and renders all of said objects without a physical counterpart on a second two-dimensional level of the alternative virtual view that is different to the first two-dimensional level, wherein: the first two-dimensional level of the alternative virtual view is rendered closer to the viewer than the second two-dimensional level of the alternative virtual view; or the second two-dimensional level of the alternative virtual view is rendered closer to the viewer than the first two-dimensional level of the alternative virtual view. the first two-dimensional level of the alternative virtual view is rendered closer to the viewer than the second two-dimensional level of the alternative virtual view; or the second two-dimensional level of the alternative virtual view is rendered closer to the viewer than the first two-dimensional level of the alternative virtual view.
An assembly for a drug delivery device , the assembly comprising a feedback feature being configured to indicate an end of a dispense operation to a user by giving and audible and/or tactile feedback, the assembly comprising an actuator which is configured to be operated in order to dispense a dose, and wherein the feedback feature creates a feedback when the actuator reaches an end position at the end of a dispense operation, wherein the assembly comprises a rotation member which is configured to rotate during the dispense of a dose, wherein the feedback feature comprises a first feedback element which is located at the rotation member , and a second feedback element , wherein the first feedback element is configured to interact with the second feedback element , characterized in that the first feedback element is configured to interact with an enhancement feature at the end of the dispense operation, wherein the enhancement feature is configured to reinforce the interaction of the first feedback element with the second feedback element such that a deflection of the first feedback element in a radially inward direction is limited.
Storage device for clothing items, the storage device having a clothes hanger which can be displaced on a carrier in an insertion direction (E) between a hand-over position and a storage position and for which clothes hanger a pull-off protection is provided in the locked storage position, characterized in that the pull-off protection comprises a clamp for a frame part of the clothes hanger , which clamp is open towards the insertion direction (E) and forms two clamping legs placed against the frame part in the storage position.
An ink comprising: water; an organic solvent; a polyurethane resin including a structure represented by the Chemical formula I; a polyether-modified siloxane compound; and a cyclic ester including a structure represented by Chemical formula I, wherein a proportion of the cyclic ester having a crystal having a particle diameter of 1 μm or greater as measured by using a filter having a particle retention power of 1 μm, is less than 4 ppm of a total of the ink after the ink is allowed to stand at a temperature range of from 20 to 30 degrees C for 30 days, wherein the organic solvent comprises at least one of: an amide compound represented by the Chemical formula VI: wherein R represents an alkyl group having 1 to 6 carbon atoms, and an oxetane compound represented by the Chemical formula VII: wherein R 1 is an alkyl group having 1 to 2 carbon atoms. water; an organic solvent; a polyurethane resin including a structure represented by the Chemical formula I; a polyether-modified siloxane compound; and a cyclic ester including a structure represented by Chemical formula I, wherein a proportion of the cyclic ester having a crystal having a particle diameter of 1 μm or greater as measured by using a filter having a particle retention power of 1 μm, is less than 4 ppm of a total of the ink after the ink is allowed to stand at a temperature range of from 20 to 30 degrees C for 30 days, wherein the organic solvent comprises at least one of: an amide compound represented by the Chemical formula VI: wherein R represents an alkyl group having 1 to 6 carbon atoms, and an oxetane compound represented by the Chemical formula VII: wherein R 1 is an alkyl group having 1 to 2 carbon atoms. an amide compound represented by the Chemical formula VI: wherein R represents an alkyl group having 1 to 6 carbon atoms, and an oxetane compound represented by the Chemical formula VII: wherein R 1 is an alkyl group having 1 to 2 carbon atoms.