mhurhangee/ep-ind-claims huggingface dataset:
Product stream transfer device for a transfer of at least one product sub-stream (12a-d; f) and of at least one further product sub-stream (14a-d, f) into a main product stream (16a-d, f), or for a separation of a main product stream into at least one first product sub-stream and at least one further product sub-stream along a product stream transfer route (18a-b, e-f), comprising a first side route (20a-c, e), with a plurality of transport elements (22a-e) for a transport of products (24a-e) of the first product sub-stream (12a-f), comprising at least one further side route (26a-c, e) with a plurality of transport elements (22a-e) for a transport of products (24a-e) of the further product sub-stream (14a-f), comprising a main route (28a-f) that is adjacent to the product stream transfer route (18a-b, e-f) for a transport of the products (24a-f) of the main product stream (16a-f), and comprising at least one product stream controlling means (40a; b; e) that is configured to insert products (24a; b) of at least one of the product sub-streams (12a; b, 14a; b) into the main product stream (16a; 6) in transfer movements (42a; b) transversely to a transport direction (44a; b) of the main product stream (16a; b) along the product stream transfer route (18a; b), or to distribute at least a partial quantity of the products of the main product stream onto the product sub-streams in transfer movements transversely to the transport direction of the main product stream along the product stream transfer route, characterised in that the transport elements (22a; c; e) of at least one side route (20a; c; e, 26a; c; e) comprise drivers (46a; c; e) which are supported along the product stream transfer route (18a-c, e) in such a way that they are movable in a direction of the transfer movement (42a; e) transversely to the transport direction of the main product stream, wherein at least partial quantities of the transport elements (22a-e) are drivable independently from one another at least along one of the side routes (20a-c, e, 26a-c, e) of the product stream transfer route (18a-c, e).
Apparatus comprising an extraocular device comprising: an eyeglasses frame, configured to be placed in front of an eye of a subject; a power source coupled to the eyeglasses frame and configured to emit a beam of light that is outside of 380-750 nm; a light-guiding element coupled to the eyeglasses frame; and at least one optical coupling-in element and at least one optical coupling-out element that are optically coupled to the light-guiding element, the coupling-in element being positioned such that the beam of light is directed into the light-guiding element via the coupling-in element, characterized in that the coupling-in and coupling-out elements (62,64) are positioned such that the beam diverges from a focal point that is located in an optical path between the coupling-in and coupling-out elements (62,64), and at a distance that is within 3 mm of the coupling-out element. an eyeglasses frame, configured to be placed in front of an eye of a subject; a power source coupled to the eyeglasses frame and configured to emit a beam of light that is outside of 380-750 nm; a light-guiding element coupled to the eyeglasses frame; and at least one optical coupling-in element and at least one optical coupling-out element that are optically coupled to the light-guiding element, the coupling-in element being positioned such that the beam of light is directed into the light-guiding element via the coupling-in element, characterized in that the coupling-in and coupling-out elements (62,64) are positioned such that the beam diverges from a focal point that is located in an optical path between the coupling-in and coupling-out elements (62,64), and at a distance that is within 3 mm of the coupling-out element.
A composition for use in a device for generating an inhalable medium, the composition comprising - 20-40% by weight of air-cured and/or fire-cured tobacco - 0-35% by weight of flue-cured and/or sun-cured tobacco that has not been subjected to any further treatment which comprises a Maillard reaction, and - 25-80% by weight of flue-cured and/or sun-cured tobacco that has been further treated to enhance the flavour properties of tobacco, wherein the treatment comprises a Maillard reaction. - 20-40% by weight of air-cured and/or fire-cured tobacco - 0-35% by weight of flue-cured and/or sun-cured tobacco that has not been subjected to any further treatment which comprises a Maillard reaction, and - 25-80% by weight of flue-cured and/or sun-cured tobacco that has been further treated to enhance the flavour properties of tobacco, wherein the treatment comprises a Maillard reaction.
A method for producing a carbon nanotube aggregate, comprising: mixing a support with an aqueous solution of a graphitization metal catalyst precursor to form a paste; drying the paste to remove water, followed by calcination to obtain a supported catalyst; and bringing the supported catalyst into contact with a carbon-containing compound under heating to react with each other, wherein the water removal rate from the paste is adjusted to 5 to 30% by weight to control the bulk density of the carbon nanotubes, the water removal rate being defined by Expression 1: Water removal rate = the weight of the support + the weight of the metal catalyst precursor − the weight of the paste after drying / the weight of the support + the weight of the metal catalyst precursor × 100 where the weight of the metal catalyst precursor is determined by subtracting the weight of the water solvent from the weight of the aqueous solution of the metal catalyst precursor, wherein the support includes at least 30% by weight of AlO and does not include Al 2 O 3, wherein the metal catalyst precursor is in hydrate form. mixing a support with an aqueous solution of a graphitization metal catalyst precursor to form a paste; drying the paste to remove water, followed by calcination to obtain a supported catalyst; and bringing the supported catalyst into contact with a carbon-containing compound under heating to react with each other, wherein the water removal rate from the paste is adjusted to 5 to 30% by weight to control the bulk density of the carbon nanotubes, the water removal rate being defined by Expression 1: Water removal rate = the weight of the support + the weight of the metal catalyst precursor − the weight of the paste after drying / the weight of the support + the weight of the metal catalyst precursor × 100 where the weight of the metal catalyst precursor is determined by subtracting the weight of the water solvent from the weight of the aqueous solution of the metal catalyst precursor, wherein the support includes at least 30% by weight of AlO and does not include Al 2 O 3, wherein the metal catalyst precursor is in hydrate form.
Device for controlling the distribution of washing water to several consumers in a vehicle, whereby the device has a washing water inlet and a plurality of washing water drains (5 - 10) coupled with the washing water inlet and leading to the various customers characterised in that the device is integrated in a housing with an electrical unit arranged therein, which is fixed inside to the wall of a tank installed in the vehicle for the storage of the washing water.
A syringe closure, configured for closing off a syringe having - a basic body and - a terminal extension that extends from the basic body, - the terminal extension having a free end and a base disposed at the basic body, wherein - at least one recess is provided on the terminal extension at a distance from the free end, wherein - the syringe closure can be attached to the extension for closing off the syringe via its free end in such a way that the syringe closure overlaps the at least one recess of the extension, wherein - the syringe closure comprises a locking device having - at least one locking element, characterized in that - the syringe closure comprises, on an open side facing the syringe, at least one recess, which is configured to accommodate the at least one locking element, wherein - the at least one recess comprises a radially inwardly located deformable wall area, wherein - the at least one locking element assumes a release position in a first functional position after the attachment of the syringe closure on the extension, and - after a relative movement between the syringe closure and the locking device ensures a positive engagement with the at least one recess on the extension in a second functional position, the locking position, and thus lockingly holds the syringe closure on the extension, as - the at least one locking element interacts with the wall area in the locking position, and - pushes the wall area into the at least one recess. - a basic body and - a terminal extension that extends from the basic body, - the terminal extension having a free end and a base disposed at the basic body, wherein - at least one recess is provided on the terminal extension at a distance from the free end, wherein - the syringe closure can be attached to the extension for closing off the syringe via its free end in such a way that the syringe closure overlaps the at least one recess of the extension, wherein - the syringe closure comprises a locking device having - at least one locking element, - the syringe closure comprises, on an open side facing the syringe, at least one recess, which is configured to accommodate the at least one locking element, wherein - the at least one recess comprises a radially inwardly located deformable wall area, wherein - the at least one locking element assumes a release position in a first functional position after the attachment of the syringe closure on the extension, and - after a relative movement between the syringe closure and the locking device ensures a positive engagement with the at least one recess on the extension in a second functional position, the locking position, and thus lockingly holds the syringe closure on the extension, as - the at least one locking element interacts with the wall area in the locking position, and - pushes the wall area into the at least one recess.
A fastening apparatus having a base part and a light grid housing, for fastening and/or adjusting the light grid housing having a partly round housing cross-section in a housing section at an assembly body, wherein the base part has an open receiver for the light grid housing, with the receiver forming a circular section in cross-section and the circular section having an angle (α) of more than 180 degrees, characterized in that the receiver of the base part is slightly smaller than the partly round housing cross-section of the housing section, with the light grid housing being arranged in the receiver and being held by the receiver with force transmission by rotation.
A procedure for preparing a polyphenylene oxide film with crystalline nanoporous phases, including the following steps: • preparation of an amorphous PPO film, • formation of co-crystalline phases with a percentage of crystallinity higher than 10% by absorption of host molecules, • formation of crystalline nanoporous phases by total removal of said host molecules, characterized in that said absorption of host molecules is conducted up to a host molecule content equal to or greater than 20% w/w, said formation of co-crystalline phases occurs with a crystallization rate equal to or greater than 0.5 percentage points per minute, and said total removal of said host molecules occurs before the content of said host molecules has dropped below 20% w/w, the percentage of crystallinity being measured as disclosed in the description. • preparation of an amorphous PPO film, • formation of co-crystalline phases with a percentage of crystallinity higher than 10% by absorption of host molecules, • formation of crystalline nanoporous phases by total removal of said host molecules, said absorption of host molecules is conducted up to a host molecule content equal to or greater than 20% w/w, said formation of co-crystalline phases occurs with a crystallization rate equal to or greater than 0.5 percentage points per minute, and said total removal of said host molecules occurs before the content of said host molecules has dropped below 20% w/w, the percentage of crystallinity being measured as disclosed in the description.
A communication device for synchronized transmission of messages, comprising: a transmission device including a time stamp unit and a memory unit, wherein the memory unit is adapted to store only the current transmission time determined by the time stamp unit; characterized by - at least two application devices (11, 12, 13, 14), each one adapted to provide at least one telegram, wherein said at least two telegrams are to be sent in synchronized manner; - a coordination device adapted to forward, in predetermined manner, the telegrams provided by the application devices (11, 12, 13, 14) to the transmission device, and to prompt the transmission device to transmit the telegrams to be sent; wherein the time stamp unit is adapted to determine a current transmission time for each transmitted telegram which was provided by one of the at least two application devices (11, 12, 13, 14); and wherein the coordination device is further adapted to read out the current transmission time from the memory unit and to associate it with the corresponding telegram, and to prompt the transmission device to transmit a further telegram to be sent only when the current transmission time has been read out from the memory unit by the coordination device. a transmission device including a time stamp unit and a memory unit, wherein the memory unit is adapted to store only the current transmission time determined by the time stamp unit; - at least two application devices (11, 12, 13, 14), each one adapted to provide at least one telegram, wherein said at least two telegrams are to be sent in synchronized manner; - a coordination device adapted to forward, in predetermined manner, the telegrams provided by the application devices (11, 12, 13, 14) to the transmission device, and to prompt the transmission device to transmit the telegrams to be sent;
Vehicle headlight having at least one dipped-beam light module and at least one appearance light module, which are designed, arranged and oriented such - that less than 30%, in particular less than 20% or less than 10% or less than 5% or less than 3%, of the luminous intensity emitted by the vehicle headlight with respect to the vertical alignment above the cut-off and with respect to the horizontal alignment in the direction of travel is generated by the dipped-beam light module in a dipped-beam light mode, in particular for realizing a dipped-beam light distribution, - that more than 70%, in particular more than 80% or more than 90% or more than 95% or more than 97%, of the luminous intensity emitted by the vehicle headlight with respect to the vertical alignment above the cut-off and with respect to the horizontal alignment in the direction of travel is generated by the appearance light module in the dipped-beam light mode, - that more than 90%, in particular more than 99%, of the luminous intensity emitted by the vehicle headlight with respect to the horizontal alignment in the direction of travel is generated by the appearance light module in a daytime running light mode, in particular for generating a daytime running light distribution, and - wherein the appearance light module in the dipped-beam light mode is dimmed compared to the daytime running light mode, but only to such an extent that the maxima in the legal stipulations relating to the overall light distribution are not exceeded. - that less than 30%, in particular less than 20% or less than 10% or less than 5% or less than 3%, of the luminous intensity emitted by the vehicle headlight with respect to the vertical alignment above the cut-off and with respect to the horizontal alignment in the direction of travel is generated by the dipped-beam light module in a dipped-beam light mode, in particular for realizing a dipped-beam light distribution, - that more than 70%, in particular more than 80% or more than 90% or more than 95% or more than 97%, of the luminous intensity emitted by the vehicle headlight with respect to the vertical alignment above the cut-off and with respect to the horizontal alignment in the direction of travel is generated by the appearance light module in the dipped-beam light mode, - that more than 90%, in particular more than 99%, of the luminous intensity emitted by the vehicle headlight with respect to the horizontal alignment in the direction of travel is generated by the appearance light module in a daytime running light mode, in particular for generating a daytime running light distribution, and - wherein the appearance light module in the dipped-beam light mode is dimmed compared to the daytime running light mode, but only to such an extent that the maxima in the legal stipulations relating to the overall light distribution are not exceeded.
Component comprising - a first exterior region, at least one intermediate region and one second exterior region, where the exterior regions (11, 12) have higher density and/or higher modulus of elasticity than the at least one intermediate region, and where the first exterior region and/or the second exterior region has/have an aperture, weakened region or marking, and/or there is an aperture, weakened region or marking provided in a covering in a lateral region, - a polymer composition which is arranged between the first exterior region and the second exterior region and in essence within the at least one intermediate region and/or in the region of the aperture, weakened area or marking and which has been introduced, in particular injected, into the at least one intermediate region, and has preferably been crosslinked, so that a mechanical connection means can be fixed or has been fixed in the polymer composition projecting through the first exterior region and/or the second exterior region and/or the covering in the lateral region. - a first exterior region, at least one intermediate region and one second exterior region, where the exterior regions (11, 12) have higher density and/or higher modulus of elasticity than the at least one intermediate region, and where the first exterior region and/or the second exterior region has/have an aperture, weakened region or marking, and/or there is an aperture, weakened region or marking provided in a covering in a lateral region, - a polymer composition which is arranged between the first exterior region and the second exterior region and in essence within the at least one intermediate region and/or in the region of the aperture, weakened area or marking and which has been introduced, in particular injected, into the at least one intermediate region, and has preferably been crosslinked, so that a mechanical connection means can be fixed or has been fixed in the polymer composition projecting through the first exterior region and/or the second exterior region and/or the covering in the lateral region.
A tank arrangement for a vehicle, particularly a truck, comprising at least a first fuel tank and a second fuel tank which are connected by a balancing pipe, a suction pipe for feeding fuel to an engine and a return pipe for feeding fuel from the engine to at least one of the fuel tanks (10, 50), wherein the balancing pipe is provided with a first leg to supply fuel to the first tank and a second leg to suck fuel from the second tank, wherein a check valve is arranged upstream of the return pipe in the balancing pipe between the at least two tanks (10, 50) allowing a flow direction from the second tank to the first tank and blocking a flow in the reverse direction, characterized in that the return pipe and the balancing pipe are merged at an ejector device supporting fuel transport from the second tank to the first tank, wherein the return pipe is attached to a high pressure side and the balancing pipe is attached to a suction side of the ejector device, wherein the return fuel from the engine to the ejector device is arranged to suck fuel from the second tank to the first tank, wherein the check valve is arranged in a balancing pipe leg inside the second tank.
An Alternating current voltage stabilizer adapted for mono-phase systems characterized by having a magnetic body plate or magnetic ferrite and comprising three coils (2, 3, 4) installed on the magnetic body plate or magnetic ferrite, said coils being a magnetic acceleration coil consisting of a number of turns and being connected in parallel with the user's input, an in-phase working coil that is connected in series with the user input line, and a neutral work coil that is connected in series with the input line of the user and displaced 180 degrees with respect to the in-phase working coil, both having the same number of turns.
A method for unlocking with a touch graphic, comprising: • outputting a randomly changed graphic receiving interface (step 11); • receiving a touch graphic input by a user by touching through the graphic receiving interface (step 12); • outputting a random path crossing the touch graphic on the graphic receiving interface (step 1B1); • outputting prompt information, wherein the prompt information is used to prompt the user to perform a touch operation along the random path (step 1B2); • after receiving a touch signal generated when the user performs the touch operation along the random path, determining whether the touch graphic input by the user matches a stored touch graphic and performing an unlocking operation if the touch graphic input by the user matches the stored touch graphic (step 13). • outputting a randomly changed graphic receiving interface (step 11); • receiving a touch graphic input by a user by touching through the graphic receiving interface (step 12); • outputting a random path crossing the touch graphic on the graphic receiving interface (step 1B1); • outputting prompt information, wherein the prompt information is used to prompt the user to perform a touch operation along the random path (step 1B2); • after receiving a touch signal generated when the user performs the touch operation along the random path, determining whether the touch graphic input by the user matches a stored touch graphic and performing an unlocking operation if the touch graphic input by the user matches the stored touch graphic (step 13).