mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a device for drying at least one object containing a liquid, in particular a dental restoration object, and comprising the object, said device comprising a means for generating thermal energy acting upon the object and sufficient for increasing the temperature of the object to the boiling temperature of the liquid, an impingement area for impinging on the object with thermal energy, and a control device, wherein a temperature detection element of the device is configured to measure the temperature of the object, and upon reaching a trigger temperature that is slightly above the boiling temperature to emit a signal signalizing the end of the drying process to the control device, wherein the trigger temperature corresponds to a predetermined value above which the temperature of the object does not rise in the humid state.
Process for preparing an injection molded part, comprising the following steps: a. preparing a glass fiber reinforced semi-crystalline polyamide-6 composition having a relative solution viscosity of less than 2.4 b. heating such composition to obtain a viscous liquid; c. filling a mold cavity with the viscous liquid with a filling time of at least 0.8 s; d. leaving the viscous liquid in the mold under pressure until it cools to form a part; e. opening the mold; f. ejecting the part; characterized in that the polyamide-6 composition has a crystallization temperature under hyper DSC conditions of less than 168 °C. a. preparing a glass fiber reinforced semi-crystalline polyamide-6 composition having a relative solution viscosity of less than 2.4 b. heating such composition to obtain a viscous liquid; c. filling a mold cavity with the viscous liquid with a filling time of at least 0.8 s; d. leaving the viscous liquid in the mold under pressure until it cools to form a part; e. opening the mold; f. ejecting the part; characterized in that the polyamide-6 composition has a crystallization temperature under hyper DSC conditions of less than 168 °C.
A process for obtaining propolis nanoparticles, characterized by comprising the steps of: i) preparing a fraction A, which consists of propolis extract dissolved in an organic solvent at a mass-volume proportion ranging from 0.001 to 40%, to which one or more stabilizers and/or emulsifiers may be added at a concentration ranging from 0.01 to 20% (m/v), as well as, optionally, one or more substances of interest and/or of secondary effect; ii) preparing a fraction B, in aqueous phase, constituted by: (ii.1) water; or (ii.2) an aqueous solution or dispersion at a concentration ranging from 0.01 to 20% (m/v), to which one or more stabilizers and/or emulsifiers may be added at a concentration ranging from 0.01 to 20% (m/v); iii) dropping the fraction A onto the fraction B or the fraction B onto the fraction A; and iv) homogenizing the mixture and spontaneous forming nanoparticles with average size ranging from 1 to 1000 nm in a dispersion, such homogenization taking place by mechanical stirring; v) optionally, the following additional steps may be involved: (v-1) removing the organic solvent; and/or (v-2) drying the nanodispersion and obtaining a powdered product. i) preparing a fraction A, which consists of propolis extract dissolved in an organic solvent at a mass-volume proportion ranging from 0.001 to 40%, to which one or more stabilizers and/or emulsifiers may be added at a concentration ranging from 0.01 to 20% (m/v), as well as, optionally, one or more substances of interest and/or of secondary effect; ii) preparing a fraction B, in aqueous phase, constituted by: (ii.1) water; or (ii.2) an aqueous solution or dispersion at a concentration ranging from 0.01 to 20% (m/v), to which one or more stabilizers and/or emulsifiers may be added at a concentration ranging from 0.01 to 20% (m/v); iii) dropping the fraction A onto the fraction B or the fraction B onto the fraction A; and iv) homogenizing the mixture and spontaneous forming nanoparticles with average size ranging from 1 to 1000 nm in a dispersion, such homogenization taking place by mechanical stirring; v) optionally, the following additional steps may be involved: (v-1) removing the organic solvent; and/or (v-2) drying the nanodispersion and obtaining a powdered product.
A print head for applying a coating product to an object to be coated, the print head comprising a body wherein are fitted out: - a plurality of nozzles each comprising an ejection hole and an outlet channel opening into an ejection zone of the coating product through the ejection hole; - a feeder circuit for the coating product, connected to the nozzle; the print head further comprising a maintenance circuit for conveying a maintenance fluid, the maintenance circuit extending inside the body to the ejection zone of the nozzle, and comprising a first internal channel; opening into the ejection zone of at least one nozzle, characterized in that the maintenance circuit comprises a plurality of first internal channels (131; 138), each first internal channel (131; 138) opening into the ejection zone of only one nozzle associated with the first internal channel (131; 138), the number of first internal channels (131; 138) being equal to the number of nozzles. - a plurality of nozzles each comprising an ejection hole and an outlet channel opening into an ejection zone of the coating product through the ejection hole; - a feeder circuit for the coating product, connected to the nozzle; the print head further comprising a maintenance circuit for conveying a maintenance fluid, the maintenance circuit extending inside the body to the ejection zone of the nozzle, and comprising a first internal channel; opening into the ejection zone of at least one nozzle, characterized in that the maintenance circuit comprises a plurality of first internal channels (131; 138), each first internal channel (131; 138) opening into the ejection zone of only one nozzle associated with the first internal channel (131; 138), the number of first internal channels (131; 138) being equal to the number of nozzles.
Device for generating an electromagnetic field for inductive energy transmission to a mobile terminal, the device comprising a plurality of electrical connection elements for forming a coil structure and at least one switch element, at least two electrical connection elements being electrically connectable by the at least one switch element, wherein in a first switching state of the at least one switch element the electrical connection elements form a coil structure with first coil properties, wherein in a further switching state of the at least one switch element the electrical connection elements form a further coil structure with further coil properties, characterised in that at least three electrical connection elements are electrically connectable by means of the at least one switch element, wherein in the first switching state a first electrical connection element is electrically connected to a second electrical connection element, wherein in the at least one further switching state the first electrical connection element is connected to a further electrical connection element.
A method for processing a biological specimen that comprises the following essential steps: a') treating said biological specimen with fixative vapors, thus providing fixation of said biological specimen; a) removing water contained in said fixed biological specimen by evaporation, thus providing a fixed and dehydrated biological specimen and b) including said fixed and dehydrated biological specimen into an embedding medium, characterized in that said fixative vapors of step a') are generated by means for generating a flow of fixative vapors starting from fixative vapor precursors, said flow of fixative vapors diffusing to the said biological specimen. a') treating said biological specimen with fixative vapors, thus providing fixation of said biological specimen; a) removing water contained in said fixed biological specimen by evaporation, thus providing a fixed and dehydrated biological specimen and b) including said fixed and dehydrated biological specimen into an embedding medium,
A terminal device having a plurality of screens (TD1, TD2, TD3), wherein said screens are adjacent touch screens or correspond to a single touch screen being divided into a plurality of screens, comprising: a slide operation detection means detecting a slide operation that can be performed (Step S8) on each of the plurality of screens (TD1, TD2, TD3); a judgment means for judging whether or not one or more screens other than an operation screen on which the slide operation is performed are present in a sliding direction from the operation screen when the slide operation is detected by the slide operation detection means (Step 12); and a display control means performing (step S14) different display control on the plurality of screens (TD1, TD2, TD3) based on a judgment result from the judgment means, wherein a plurality of pages is assigned and displayed in page sequence on said plurality of screens (TD1, TD2, TD3), wherein display control is defined by instructing the plurality of screens to perform forward page turning of display information by a number of pages calculated by adding 1 to the number of determined screens present in the sliding direction from the operation screen when the judgment means judges that another screen is present and if the slide operation is in a forward direction, and to perform backward page turning of display information by a number of pages calculated by adding 1 to the number of determined screens present in the sliding direction from the operation screen when the judgment means judges that another screen is present and if the slide operation is in a backward direction. a slide operation detection means detecting a slide operation that can be performed (Step S8) on each of the plurality of screens (TD1, TD2, TD3); a judgment means for judging whether or not one or more screens other than an operation screen on which the slide operation is performed are present in a sliding direction from the operation screen when the slide operation is detected by the slide operation detection means (Step 12); and a display control means performing (step S14) different display control on the plurality of screens (TD1, TD2, TD3) based on a judgment result from the judgment means, wherein a plurality of pages is assigned and displayed in page sequence on said plurality of screens (TD1, TD2, TD3), wherein display control is defined by instructing the plurality of screens to perform forward page turning of display information by a number of pages calculated by adding 1 to the number of determined screens present in the sliding direction from the operation screen when the judgment means judges that another screen is present and if the slide operation is in a forward direction, and to perform backward page turning of display information by a number of pages calculated by adding 1 to the number of determined screens present in the sliding direction from the operation screen when the judgment means judges that another screen is present and if the slide operation is in a backward direction.
A device for detecting water leaks in pipelines, the device having neutral buoyancy and comprising: a spherical casing obtained from two sealed semi-casings (1-1'); at least one hydrophone as a receiver of acoustic signals within a pipeline, the hydrophone being located within the spherical casing and is connected to a signal processor within the casing, which signal processor comprises a memory card for storage of audio information corresponding to the acoustic signals received by the hydrophone, the signal processor having a clock module configured to record in the memory card a sailing time elapsed for each acoustic signal received by the hydrophone; characterized in that the spherical casing includes a plurality of external and spaced peripheral grooves, and a plurality of gaskets received in the peripheral grooves, and wherein the gaskets have an adhesive texture that facilitate rolling in the event of a possible jam. a spherical casing obtained from two sealed semi-casings (1-1'); at least one hydrophone as a receiver of acoustic signals within a pipeline, the hydrophone being located within the spherical casing and is connected to a signal processor within the casing, which signal processor comprises a memory card for storage of audio information corresponding to the acoustic signals received by the hydrophone, the signal processor having a clock module configured to record in the memory card a sailing time elapsed for each acoustic signal received by the hydrophone; characterized in that the spherical casing includes a plurality of external and spaced peripheral grooves, and a plurality of gaskets received in the peripheral grooves, and wherein the gaskets have an adhesive texture that facilitate rolling in the event of a possible jam.
A crank transmission comprising a crankshaft for connecting to at least one foot crank or hand crank, and at least one transmission wheel driven by means of the crankshaft, - wherein a coupling unit is provided between the crankshaft and the transmission wheel, - wherein the coupling unit, under load, at least temporarily has an angular offset between a crank-side receiving region and an output region connected to the transmission wheel for receiving and outputting the torque introduced into the crankshaft, - wherein the coupling unit comprises a torsion element which is arranged in a cavity of the crankshaft, characterized in that the torsion element is connected in a rotationally fixed manner to the transmission wheel at a connection point in the output region by means of a connecting element, - the connecting element extends from the cavity of the crankshaft through a passage in the wall of the crankshaft, and - the torsion element is connected in a rotationally fixed manner to the crankshaft at a connection point in the receiving region. - wherein a coupling unit is provided between the crankshaft and the transmission wheel, - wherein the coupling unit, under load, at least temporarily has an angular offset between a crank-side receiving region and an output region connected to the transmission wheel for receiving and outputting the torque introduced into the crankshaft, - wherein the coupling unit comprises a torsion element which is arranged in a cavity of the crankshaft, characterized in that the torsion element is connected in a rotationally fixed manner to the transmission wheel at a connection point in the output region by means of a connecting element, - the connecting element extends from the cavity of the crankshaft through a passage in the wall of the crankshaft, and - the torsion element is connected in a rotationally fixed manner to the crankshaft at a connection point in the receiving region.
A method of processing video data, the method comprising determining the value of an element included in a sample entry of a file that contains samples that contain coded pictures of the video data, wherein: where the element has a first value, determining that all sequence parameter sets (SPSs) that are activated when a stream to which the sample entry applies is decoded have syntax elements that indicate that temporal sub-layer up-switching to any higher temporal sub-layer can be performed at any sample associated with the SPSs; and, where the element has a second value, determining that it is not guaranteed that temporal sub-layer up-switching to any higher temporal sub-layer can be performed at any of the samples associated with the SPSs, wherein the temporal sub-layer up-switching comprises an action of starting to forward Network Abstraction Layer units of a certain temporal sub-layer that have not been forwarded up until that point. where the element has a first value, determining that all sequence parameter sets (SPSs) that are activated when a stream to which the sample entry applies is decoded have syntax elements that indicate that temporal sub-layer up-switching to any higher temporal sub-layer can be performed at any sample associated with the SPSs; and, where the element has a second value, determining that it is not guaranteed that temporal sub-layer up-switching to any higher temporal sub-layer can be performed at any of the samples associated with the SPSs, wherein the temporal sub-layer up-switching comprises an action of starting to forward Network Abstraction Layer units of a certain temporal sub-layer that have not been forwarded up until that point.
Method for braking a motor vehicle which has a service brake, a non-driven axle, an axle which is driven by a drive unit by means of a drivetrain, and a hydraulic torque converter which is arranged in the drivetrain, wherein a braking intervention is carried out with the service brake in an axle-related and/or wheel-related fashion, and the wheels provided on the driven axle are supplied with a braking force independently of the wheels provided on the non-driven axle, characterized in that as soon as a drive motor acts in a driving fashion on the driven axle via the drivetrain in the case of a stationary state or in the case of slow travel of the motor vehicle, the braking intervention is performed as a function of a braking request in such a way that the braking forces between the underlying surface and the wheel are reduced at the wheels of the non-driven axle, and the braking forces at the driven axle are increased, in such a way that the vehicle is prevented from sliding over the non-driven axle, and the wheels of the driven axle are prevented from spinning, and a holding force for the vehicle which is applied by the service brake before the braking intervention is maintained.
A rechargeable nickel zinc cell comprising: a negative zinc electrode having zinc powder particles, wherein said zinc powder particles are less than 100 microns in size and coated with tin and/or lead; and a nickel positive electrode comprising cobalt metal and/or a cobalt compound, wherein the cobalt metal, when present, comprises particles of cobalt metal, wherein the cobalt compound, when present, comprises particles of cobalt oxide, cobalt hydroxide, and/or cobalt oxyhydroxide, and wherein the positive electrode further comprises nickel hydroxide particles, wherein the tin, when present, comprises less than 1% by weight of the negative zinc electrode active material, and wherein the lead, when present, comprises less than 0.05% by weight of the negative zinc electrode active material. a negative zinc electrode having zinc powder particles, wherein said zinc powder particles are less than 100 microns in size and coated with tin and/or lead; and a nickel positive electrode comprising cobalt metal and/or a cobalt compound, wherein the cobalt metal, when present, comprises particles of cobalt metal, wherein the cobalt compound, when present, comprises particles of cobalt oxide, cobalt hydroxide, and/or cobalt oxyhydroxide, and wherein the positive electrode further comprises nickel hydroxide particles, wherein the tin, when present, comprises less than 1% by weight of the negative zinc electrode active material, and wherein the lead, when present, comprises less than 0.05% by weight of the negative zinc electrode active material.
A method, performed by a control unit in a distributed access control system, the method comprising: detecting, by the control unit, a request from an application to access an application dataset, wherein the application dataset corresponds to a distributed dataset; determining, by the control unit, whether an identifier for the application dataset is listed in a distributed system dataset of the distributed physical access control system; creating, by the control unit, an entry for the identifier for the application dataset in the distributed system dataset, in response to determining that the identifier for the application dataset is not listed in the distributed system dataset; creating the application dataset in a storage layer of the control unit, in response to creating the entry for the identifier for the application dataset in the distributed system dataset, wherein the storage layer includes configuration data, credentials data, access rules data and the distributed system dataset, and wherein the access rules data determine whether to grant access to the user based on an identity of a user; adding information from the application to the created application dataset, in response to creating the application dataset; and sending, by the control unit and to other control units in the distributed control system, a request to join a dataset group that includes control units associated with the application dataset, in response to determining that the identifier for the application dataset exists in the distributed system dataset. detecting, by the control unit, a request from an application to access an application dataset, wherein the application dataset corresponds to a distributed dataset; determining, by the control unit, whether an identifier for the application dataset is listed in a distributed system dataset of the distributed physical access control system; creating, by the control unit, an entry for the identifier for the application dataset in the distributed system dataset, in response to determining that the identifier for the application dataset is not listed in the distributed system dataset; creating the application dataset in a storage layer of the control unit, in response to creating the entry for the identifier for the application dataset in the distributed system dataset, wherein the storage layer includes configuration data, credentials data, access rules data and the distributed system dataset, and wherein the access rules data determine whether to grant access to the user based on an identity of a user; adding information from the application to the created application dataset, in response to creating the application dataset; and sending, by the control unit and to other control units in the distributed control system, a request to join a dataset group that includes control units associated with the application dataset, in response to determining that the identifier for the application dataset exists in the distributed system dataset.
A conjugate, comprising an isolated p97 polypeptide that consists of (a) an amino acid sequence selected from the group consisting of SEQ ID NO:1 and 5-6, (b) an amino acid sequence having at least 97% identity along its length to a sequence of (a), or (c) an amino acid sequence that differs from a sequence of (a) by the addition or deletion of 1, 2, 3, 4, or 5 N-terminal and/or C-terminal residues, where the p97 polypeptide is covalently or operatively linked to an agent, to form a p97-agent conjugate, and wherein the p97 polypeptide is able to bind to the p97 receptor.
Brake disc for a disc brake of a vehicle, in particular of a motor vehicle, comprising an axis of rotation (z), a pot preferably composed of an aluminium alloy or a plastic, wherein the pot has radially arranged depressions, and a friction disc preferably composed of a cast iron alloy, wherein, on the inner circumference of the friction disc, there are arranged studs for connecting the friction disc to the pot, wherein the studs each have a central axis, characterized in that the studs or the central axes thereof run so as to be inclined at an angle (α, β) with respect to the normal to the axis of rotation (z).