mhurhangee/ep-ind-claims huggingface dataset:
A method for performing capillary nanoprinting, comprising the steps of: a) providing a device comprising at least one monolithic combination of a substrate and one or more contact elements, wherein at least parts of the contact elements have a porous structure, preferably also at least parts of the substrate have a porous structure, more preferably the whole monolithic combination has a porous structure; b) providing a surface to be printed; c) providing an ink in at least part of the porous structure of the monolithic combination; d) reducing the distance between the surface to be printed and the contact elements to form one or more capillary bridges of ink between the contact elements and the surface to be printed; e) subsequently increasing the distance between the contact elements and the surface to be printed, wherein the contact elements and surface can be kept at a certain constant distance from each other after approach and before increasing the distance for a selected time or increasing the distance can be done immediately after the approach of contact elements and surface has ended. a) providing a device comprising at least one monolithic combination of a substrate and one or more contact elements, wherein at least parts of the contact elements have a porous structure, preferably also at least parts of the substrate have a porous structure, more preferably the whole monolithic combination has a porous structure; b) providing a surface to be printed; c) providing an ink in at least part of the porous structure of the monolithic combination; d) reducing the distance between the surface to be printed and the contact elements to form one or more capillary bridges of ink between the contact elements and the surface to be printed; e) subsequently increasing the distance between the contact elements and the surface to be printed, wherein the contact elements and surface can be kept at a certain constant distance from each other after approach and before increasing the distance for a selected time or increasing the distance can be done immediately after the approach of contact elements and surface has ended.
A catalyst for a C8 aromatic isomerization process, comprising: a) 1 - 10%, by weight, of a zeolite, wherein the zeolite is an MTW zeolite; b) 10 - 99%, by weight, of a binder, wherein the binder is a gamma-alumina, the gamma-alumina being derived from a Boehmite alumina; c) 0.1 - 2% weight, of a noble metal, calculated on an elemental basis; and d) at least one alkali metal wherein a total alkali metal content of the catalyst is at least 200 ppm, by weight, calculated on an elemental basis; e) wherein the catalyst has a pore volume distribution and at least 70% of a pore volume of the catalyst is defined by pores having a diameter greater than 100 Å, wherein the pore volume is determined as outlined in the description. a) 1 - 10%, by weight, of a zeolite, wherein the zeolite is an MTW zeolite; b) 10 - 99%, by weight, of a binder, wherein the binder is a gamma-alumina, the gamma-alumina being derived from a Boehmite alumina; c) 0.1 - 2% weight, of a noble metal, calculated on an elemental basis; and d) at least one alkali metal wherein a total alkali metal content of the catalyst is at least 200 ppm, by weight, calculated on an elemental basis; e) wherein the catalyst has a pore volume distribution and at least 70% of a pore volume of the catalyst is defined by pores having a diameter greater than 100 Å, wherein the pore volume is determined as outlined in the description.
A communication method, comprising: receiving, by a first session management network element, a protocol data unit, PDU, session modification request, the PDU session modification request comprises first identification information of multicast data and identification information of a first PDU session, and the first session management network element is configured to manage a user plane network element corresponding to the first PDU session; and obtaining, by the first session management network element, quality of service, QoS, context information of the multicast data based on the first identification information of the multicast data; characterized in that the method further comprises: sending, by the first session management network element, QoS context information of unicast data and third information to an access network device based on the QoS context information of the multicast data, wherein the third information is used for the access network device determining the QoS context information of the multicast data, and the third information comprises identification information of a multicast group corresponding to the multicast data. receiving, by a first session management network element, a protocol data unit, PDU, session modification request, the PDU session modification request comprises first identification information of multicast data and identification information of a first PDU session, and the first session management network element is configured to manage a user plane network element corresponding to the first PDU session; and obtaining, by the first session management network element, quality of service, QoS, context information of the multicast data based on the first identification information of the multicast data; characterized in that the method further comprises: sending, by the first session management network element, QoS context information of unicast data and third information to an access network device based on the QoS context information of the multicast data, wherein the third information is used for the access network device determining the QoS context information of the multicast data, and the third information comprises identification information of a multicast group corresponding to the multicast data. sending, by the first session management network element, QoS context information of unicast data and third information to an access network device based on the QoS context information of the multicast data, wherein the third information is used for the access network device determining the QoS context information of the multicast data, and the third information comprises identification information of a multicast group corresponding to the multicast data.
A process for homopolymerizing ethylene or copolymerizing ethylene with one or more other monomers in the presence of free-radical polymerization initiators, wherein the polymerization is carried out at temperatures from 100°C to 350°C and pressures in the range from 180 MPa to 340 MPa in a continuously operated tubular reactor, wherein the reaction gas composition is brought to the polymerization pressure by a combination of a primary compressor and a secondary compressor and the compressed reaction gas composition is fed to the inlet of the tubular reactor or the reaction gas composition is split in a main stream, which is fed to the inlet of the tubular reactor, and one or more side streams, which are fed to the tubular reactor downstream of the inlet of the tubular reactor, and wherein the polymerization is conducted with a specific reactor surface area A sp of 2 m 2 /(t/h) to 5.5 m 2 /(t/h), the specific reactor surface area A sp being the ratio of the area of the inner surface of the tubular polymerization reactor to the feed rate of reaction gas composition to the tubular reactor, and wherein the tubular reactor has a specific ratio RD sp of from 0.0050 MPa -1 to 0.0069 MPa -1, RD sp being the ratio of the outer diameter d o to the inner diameter d i divided by the design pressure p des according to equation RD sp = d o d i ∗ p des, and the tubular reactor has an inner surface which has a surface roughness Ra of 2 μm or less, determined according to DIN EN ISO 4287:2010.
A guide system for slide devices having a first slide member and a second slide member (11, 12) coupled and guided with one another, where one slide member has a lateral opening and is susceptible to reciprocating linear movements with respect to the other slide member with the interposition of two linear sets of rolling elements (31, 31'), characterised by a guide rib integrally connected to a first slide member, extending along at least a part of the length of said first slide member; a linear track (26, 26') on each of two opposite sides of the guide rib, a lateral wall integrally connected to the second slide member, extending along a first side of the guide rib of said first slide member and provided with a linear track opposite the linear track on said first side of said guide rib, a finishing cheek fixed on a level with the lateral opening of said second slide member on the opposite part of said lateral wall, said finishing cheek extending along a second, opposite side of the guide rib and having a linear track opposite the linear track on said second side of said guide rib, and wherein a first linear set of rolling elements is arranged in the guide tracks (26, 30) between said lateral wall and said first side of the guide rib, and a second linear set of rolling elements is arranged in the guide tracks (26', 30') between said finishing cheek and said second side of the guide rib.
A magnetic levitation vehicle with at least one magnet arrangement (27 to 30), which comprises magnetic poles (27a... 27n) with associated winding arranged in a driving direction (x), and with a circuit arrangement connected to the winding for supplying the winding with direct current, characterised in that a plurality of magnetic poles with windings are arranged one behind the other in driving direction (x) and in that the circuit arrangement contains switches connected to the windings for selectively setting the magnet arrangement to a guidance function and/or a brake function, wherein when the guidance function is set, all magnetic poles (27a... 27n) are provided throughout with the same polarity in driving direction (x) and when the brake function is set, all magnetic poles (27a... 27n) are provided partially with opposing polarities in driving direction (x).
A method of a base station for transmitting and receiving data through a network slice comprising: receiving a non-access stratum, NAS, message including network slice request information from a user equipment, UE, configured with the network slice, said network slice request information being used for requesting the network slice; controlling the network slice request information to be transferred to a core network entity: receiving specific network slice information that is configured based on the network slice request information from the core network entity; characterized in that the method further comprises: during handover preparation, transmitting the specific network slice information, included in a handover request message, to a target base station; and receiving a handover command generated based on at least one of the specific network slice information and network slice information allowed by the target base station, from the target base station, and transmitting the handover command to the UE for handover, wherein when a protocol data unit, PDU, session associated with a network slice that the target base station does not support is included in the specific network slice information, receiving a handover response message including information for indicating the PDU session associated with the network slice not supported by the target base station from the target base station, wherein the user equipment being configured with one or more network slices, one network slice being associated with one PDU session. receiving a non-access stratum, NAS, message including network slice request information from a user equipment, UE, configured with the network slice, said network slice request information being used for requesting the network slice; controlling the network slice request information to be transferred to a core network entity: receiving specific network slice information that is configured based on the network slice request information from the core network entity; characterized in that the method further comprises: during handover preparation, transmitting the specific network slice information, included in a handover request message, to a target base station; and receiving a handover command generated based on at least one of the specific network slice information and network slice information allowed by the target base station, from the target base station, and transmitting the handover command to the UE for handover, wherein when a protocol data unit, PDU, session associated with a network slice that the target base station does not support is included in the specific network slice information, receiving a handover response message including information for indicating the PDU session associated with the network slice not supported by the target base station from the target base station, wherein the user equipment being configured with one or more network slices, one network slice being associated with one PDU session.
A fixing element adapted for a tire pressure monitoring device, the fixing element comprising: a base composed of a first plate and two second plates, wherein the two second plates are connected to two corresponding lateral sides of the first plate respectively such that the base has an elongated shape, the base has a top side and a bottom side corresponding to the top side, the bottom side of the base is tightly attachable to a rim of a wheel by bending each of the two second plates of the base by a predetermined angle, and each of the two second plates of the base has a body portion penetrated by an aperture through which an annular member can pass; a locking portion having an end connected to a long side of the base and an opposite end extending upward from the top side of the base, characterized in that the locking portion has a through hole, and a fixing member is able to pass through the through hole in order to be fixed to the tire pressure monitoring device; and in that at least two stop blocks provided on the two second plates of the base respectively and raised upward from a reference plane defined by the top side of the base. a base composed of a first plate and two second plates, wherein the two second plates are connected to two corresponding lateral sides of the first plate respectively such that the base has an elongated shape, the base has a top side and a bottom side corresponding to the top side, the bottom side of the base is tightly attachable to a rim of a wheel by bending each of the two second plates of the base by a predetermined angle, and each of the two second plates of the base has a body portion penetrated by an aperture through which an annular member can pass; a locking portion having an end connected to a long side of the base and an opposite end extending upward from the top side of the base, characterized in that the locking portion has a through hole, and a fixing member is able to pass through the through hole in order to be fixed to the tire pressure monitoring device; and in that at least two stop blocks provided on the two second plates of the base respectively and raised upward from a reference plane defined by the top side of the base.
A sensor device comprising: an emitter device arranged to emit electromagnetic radiation and having an emission region associated therewith; a detector device arranged to receive electromagnetic radiation and having a detection region associated therewith; an optical system; wherein the emission region is spaced at a predetermined distance (d) from the detection region; characterised in that the optical system defines a plurality of principal rays, a number of the plurality of principal rays intersecting the detection region; the number of the plurality of principal rays also intersect the emission region; and the optical system is shared by the emitter device and the detector device. an emitter device arranged to emit electromagnetic radiation and having an emission region associated therewith; a detector device arranged to receive electromagnetic radiation and having a detection region associated therewith; an optical system; wherein the emission region is spaced at a predetermined distance (d) from the detection region; characterised in that the optical system defines a plurality of principal rays, a number of the plurality of principal rays intersecting the detection region; the number of the plurality of principal rays also intersect the emission region; and the optical system is shared by the emitter device and the detector device.
A catalytic converter, comprising a first substrate at an upstream side and a second substrate at a downstream side mounted in sequence from the upstream side of exhaust gas flow, each of the first substrate and the second substrate is a cell structured substrate, an exhaust gas flows in the first substrate and the second substrate, characterized in that: a cell density in the whole cross-section of the first substrate is uniform, and the second substrate includes a center area with a first cell density and a surrounding area with a second cell density that is lower than the first cell density. a cell density in the whole cross-section of the first substrate is uniform, and the second substrate includes a center area with a first cell density and a surrounding area with a second cell density that is lower than the first cell density.
A method of retrofitting a printing apparatus with a receptacle for a storage container, the printing apparatus comprising: a feeder for feeding print media; a photoreceptor positioned relative to said feeder to receive said print media from said feeder; and a cartridge maintaining marking material and being positioned relative to said photoreceptor to supply said marking material to said photoreceptor, said photoreceptor transferring said marking material to said print media, the method comprising providing the printing apparatus with the receptacle, connecting the receptacle to said cartridge, the receptacle being adapted to receive the storage container in said receptacle, said storage container containing only said marking material, whereby said marking material can be supplied from said storage container to refill said cartridge through said receptacle, and said storage container being a physically separate component from said cartridge. a feeder for feeding print media; a photoreceptor positioned relative to said feeder to receive said print media from said feeder; and a cartridge maintaining marking material and being positioned relative to said photoreceptor to supply said marking material to said photoreceptor, said photoreceptor transferring said marking material to said print media, the method comprising providing the printing apparatus with the receptacle, connecting the receptacle to said cartridge, the receptacle being adapted to receive the storage container in said receptacle, said storage container containing only said marking material, whereby said marking material can be supplied from said storage container to refill said cartridge through said receptacle, and said storage container being a physically separate component from said cartridge.
A message broadcast method performed by a base station, wherein the method comprises: determining a plurality of pieces of system subgroup information of system information of a cell, wherein each piece of system subgroup information comprises system information content that is applied to a user equipment group corresponding to the each piece of system subgroup information, wherein the cell refers to a cell controlled by the base station, user equipments in different areas in the cell correspond to different user equipment groups, and the each piece of system subgroup information respectively corresponds to an area of the cell; transmitting configuration information related to system subgroup information that corresponds to a user equipment group; and broadcasting, to the user equipment group by using a beam that corresponds to an area in which the user equipment group is located, system subgroup information that corresponds to the user equipment group. determining a plurality of pieces of system subgroup information of system information of a cell, wherein each piece of system subgroup information comprises system information content that is applied to a user equipment group corresponding to the each piece of system subgroup information, wherein the cell refers to a cell controlled by the base station, user equipments in different areas in the cell correspond to different user equipment groups, and the each piece of system subgroup information respectively corresponds to an area of the cell; transmitting configuration information related to system subgroup information that corresponds to a user equipment group; and broadcasting, to the user equipment group by using a beam that corresponds to an area in which the user equipment group is located, system subgroup information that corresponds to the user equipment group.
A coffee machine comprising a body, a brewing chamber that is disposed in the body and wherein the coffee is mixed with water and brewed, and a pouring port disposed at the base of the brewing chamber; characterized by a valve that is disposed in the brewing chamber, that is seated onto the pouring port and that has a lower part having a channel aligned with the pouring port and an upper part positioned above the lower part and connected to the lower part so as to move in the vertical direction, the valve enabling the foam on the coffee to be transferred through the channel by creating a gap between the upper part and the lower part when first the upper part is moved upwards by means of an actuator, the valve further enabling the pouring port to be opened and the remaining coffee to be transferred as the lower part also moves upwards when the upper part is further moved upwards.
Hot plate (11, 111) having a hot-plate body (13, 113), wherein: - the hot-plate body (13, 113) has an upper side (15, 115) and a lower side (25, 125), - hot-plate body is composed of metal, - on the lower side (25, 125) of the hot-plate body, at least one heating element (29, 129) is disposed, - the upper side (15, 115) of the hot-plate body is configured so as to be flat, for setting up a cooking vessel to be heated, - the upper side of the hot-plate body in an external region has an encircling planar region (17, 117) which lies in a plane, or which forms a plane, respectively, - the upper side, radially within the planar region, has at least one internal region (19, 119) which is concavely depressed, characterized in that the encircling planar region (17, 117) has a width between 1% and 20% of the radius of the hot-plate body (13, 113). - the hot-plate body (13, 113) has an upper side (15, 115) and a lower side (25, 125), - hot-plate body is composed of metal, - on the lower side (25, 125) of the hot-plate body, at least one heating element (29, 129) is disposed, - the upper side (15, 115) of the hot-plate body is configured so as to be flat, for setting up a cooking vessel to be heated, - the upper side of the hot-plate body in an external region has an encircling planar region (17, 117) which lies in a plane, or which forms a plane, respectively, - the upper side, radially within the planar region, has at least one internal region (19, 119) which is concavely depressed,
Liner for leg or arm stumps, consisting of a sleeve which encloses the stump, starting from the distal end thereof, and which is made of an elastic, electrically insulating material, characterized in that the sleeve has at least in parts a surrounding layer made of a conductive material, which layer is applied to the outside of the sleeve or is a matrix of conductive material enclosed by the elastic material.