mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a shaped article from non-thermoplastic elastomer material, composed of at least one layer, with steps as below: a) supplying an elastomer material to a processing unit b) processing the elastomer material in the processing unit, specifically thermally and physically homogenizing, and generating a material flow of the elastomer material c) conveying the elastomer material into an accumulator unit and generating an admission pressure of the elastomer material in the accumulator unit d) conveying the elastomer material to a shaping unit embodied as a cycled die, in which the elastomer material is delivered selectively in sequential form in the form of a chain of beads to generate at least one layer of the shaped article to be formed e) crosslinking the at least one layer of the shaped article or of the entire shaped article by a crosslinking unit, wherein the elastomer material is high-viscosity and crosslinkable during steps a) to d) and the elastomer material has a viscosity in the range from 100 to 1 000 000 Pa·s. a) supplying an elastomer material to a processing unit b) processing the elastomer material in the processing unit, specifically thermally and physically homogenizing, and generating a material flow of the elastomer material c) conveying the elastomer material into an accumulator unit and generating an admission pressure of the elastomer material in the accumulator unit d) conveying the elastomer material to a shaping unit embodied as a cycled die, in which the elastomer material is delivered selectively in sequential form in the form of a chain of beads to generate at least one layer of the shaped article to be formed e) crosslinking the at least one layer of the shaped article or of the entire shaped article by a crosslinking unit, wherein
An apparatus (1, 101) for syringe positioning, comprising: a first member having an upstanding, first surface; and, a second member having an upstanding, second surface facing said first surface of said first member, characterized in that said first and said second surfaces include first and second ramps, respectively, that angle upward and away from one another, wherein at least one of the first and second members is advanceable toward the other one of the first and second members, and wherein upon said advancement the first and second ramps are operable to engage, elevate and thereby locate a syringe in an axially aligned position on a predetermined axis extending between the first and second members. a first member having an upstanding, first surface; and, a second member having an upstanding, second surface facing said first surface of said first member, characterized in that said first and said second surfaces include first and second ramps, respectively, that angle upward and away from one another, wherein at least one of the first and second members is advanceable toward the other one of the first and second members, and wherein upon said advancement the first and second ramps are operable to engage, elevate and thereby locate a syringe in an axially aligned position on a predetermined axis extending between the first and second members.
A mould tool comprising a tool face and a temperature control surface opposite the tool face, characterised in that the mould tool comprises: a first layer defining the tool face and the temperature control surface; a second layer defining a through bore; and, a thermal control assembly comprising: a base portion attached to the second layer; and, a thermal transducer movably attached to the base portion and axially resiliently biased such that the transducer aligns with the temperature control surface upon assembly of the first layer to the mould tool. a first layer defining the tool face and the temperature control surface; a second layer defining a through bore; and, a thermal control assembly comprising: a base portion attached to the second layer; and, a thermal transducer movably attached to the base portion and axially resiliently biased such that the transducer aligns with the temperature control surface upon assembly of the first layer to the mould tool. a base portion attached to the second layer; and, a thermal transducer movably attached to the base portion and axially resiliently biased such that the transducer aligns with the temperature control surface upon assembly of the first layer to the mould tool.
A method of operating a User Equipment, UE, device, the method comprising: providing a prompt through a user interface for a user of the UE device to position the UE device physically positioned against an antenna of a radio access network, RAN, node; accepting user input indicating that the UE device is physically positioned against the antenna after providing the prompt; responsive to accepting the user input indicating that the UE device is physically against the antenna, obtaining installation data relating to the antenna of the RAN node, wherein the installation data comprises physical installation data including at least one of a height of the antenna, a direction of the antenna, and/or a tilt of the antenna; and transmitting the installation data from the UE device to a management system for a wireless communication network including the RAN node. providing a prompt through a user interface for a user of the UE device to position the UE device physically positioned against an antenna of a radio access network, RAN, node; accepting user input indicating that the UE device is physically positioned against the antenna after providing the prompt; responsive to accepting the user input indicating that the UE device is physically against the antenna, obtaining installation data relating to the antenna of the RAN node, wherein the installation data comprises physical installation data including at least one of a height of the antenna, a direction of the antenna, and/or a tilt of the antenna; and transmitting the installation data from the UE device to a management system for a wireless communication network including the RAN node.
Rail vehicle, in particular traction unit, - having a railcar body structure, which has a door opening - having a covering separating the surroundings of the rail vehicle from the interior of the railcar body structure and which is connected to the railcar body structure and, - having a driver climbing aid, which has a step (5.1) that can be moved between a rest position and a use position, wherein the step (5.1) has a support (5.11) pivotal about an axis of rotation and a step profile (5.12), wherein the support (5.11) of the step (5.1) forms a section of the covering, characterised in that in the rest position, the axis of rotation is arranged between the step profile (5.12) and the door opening. - having a railcar body structure, which has a door opening - having a covering separating the surroundings of the rail vehicle from the interior of the railcar body structure and which is connected to the railcar body structure and, - having a driver climbing aid, which has a step (5.1) that can be moved between a rest position and a use position,
A method for requesting uplink, UL, resource allocation in a mobile station, MS, of a wireless communication system, the method comprising: acquiring UL beam pair information indicating a best MS transmit beam and a best Base Station, BS, receive beam for UL transmission; determining a best BS transmit beam for Downlink, DL, reception; selecting (824, 826), by a controller of the MS, a bandwidth request code and a bandwidth request channel for requesting uplink resource allocation, wherein the bandwidth request code and the bandwidth request channel is mapped to at least one of the best BS receive beam and the best BS transmit beam; transmitting (406, 828), by the MS, the bandwidth request code to the BS over the bandwidth request channel; receiving (410, 830) a resource allocation message indicating an uplink resource for transmission of a bandwidth request message from the BS in response to transmitting the bandwidth request code; and transmitting (412, 832) the bandwidth request message based on the resource allocation message. acquiring UL beam pair information indicating a best MS transmit beam and a best Base Station, BS, receive beam for UL transmission; determining a best BS transmit beam for Downlink, DL, reception; selecting (824, 826), by a controller of the MS, a bandwidth request code and a bandwidth request channel for requesting uplink resource allocation, wherein the bandwidth request code and the bandwidth request channel is mapped to at least one of the best BS receive beam and the best BS transmit beam; transmitting (406, 828), by the MS, the bandwidth request code to the BS over the bandwidth request channel; receiving (410, 830) a resource allocation message indicating an uplink resource for transmission of a bandwidth request message from the BS in response to transmitting the bandwidth request code; and transmitting (412, 832) the bandwidth request message based on the resource allocation message.
A method for configuring Positioning Reference Signal, PRS, resources, comprising: receiving, by User Equipment, UE, configuration information for a PRS resource set from a network device, wherein the configuration information comprises a respective PRS muting configuration for each PRS resource in the PRS resource set, and different PRS muting configurations are configured for different PRS resources in the PRS resource set, wherein the PRS muting configuration for each PRS resource in the PRS resource set comprises: a second parameter configured to determine muting configuration on PRS repetitions within one PRS period, and wherein the muting configuration on PRS repetitions within one PRS period is used to indicate a slot, among a number of slots for repetitions of the PRS resource within one PRS period, in which the PRS transmission of the PRS resource shall be muted; characterized in that the muting configuration on PRS repetitions within one PRS period is a bit string with a length equaling to the number of slots for repetitions of the PRS resource within one PRS period, and each bit in the bit string corresponds to one slot in the slots for repetitions of the PRS resource within one PRS period. receiving, by User Equipment, UE, configuration information for a PRS resource set from a network device, wherein the configuration information comprises a respective PRS muting configuration for each PRS resource in the PRS resource set, and different PRS muting configurations are configured for different PRS resources in the PRS resource set, wherein the PRS muting configuration for each PRS resource in the PRS resource set comprises: a second parameter configured to determine muting configuration on PRS repetitions within one PRS period, and wherein the muting configuration on PRS repetitions within one PRS period is used to indicate a slot, among a number of slots for repetitions of the PRS resource within one PRS period, in which the PRS transmission of the PRS resource shall be muted; characterized in that the muting configuration on PRS repetitions within one PRS period is a bit string with a length equaling to the number of slots for repetitions of the PRS resource within one PRS period, and each bit in the bit string corresponds to one slot in the slots for repetitions of the PRS resource within one PRS period.
Chafing dish of the type comprising a closing cover (107, 107'), a tray (10, 10') and a heat source (101, 102, 103), said tray (10, 10') for a chafing dish being of the type comprising a base (11, 11') for coupling to a heat source (101, 102, 103), side containment walls (12, 12') and an upper opening (13, 13') for directly receiving dishes or a further dish tray, characterised in that said tray (10, 10') comprises at least two independent areas (16, 16', 17) for containing water which can be selectively filled so as to selectively allow for a high humidity warming, should both said at least two areas (16, 16', 17) be filled with water, a controlled humidity warming, should at least one of said at least two areas (16, 16', 17) be not provided with water, and a dry warming, should both said at least two areas (16, 16', 17) be not provided with water, said tray (10, 10') being on one side coupled to said heat source (101, 102, 103) and on the other side faced to said closing cover (107, 107') for directly receiving dishes or a further dish tray, characterised in that said tray (10, 10') comprises four independent perimeter areas and a central area, and in that the chafing dish comprises an opening also accessible with the cover (107, 107') closed for introducing water into said tray (10, 10').
A method for controlling movement of an unmanned aerial vehicle, UAV (102, 212, 214, 306, 308, 700, 800, 1300), having one or more propulsion units, the method comprising: receiving, at one or more processors, one or more altitude restrictions for the UAV (102, 212, 214, 306, 308, 700, 800, 1300); receiving, at the one or more processors, map information for an area; modifying, with aid of the one or more processors, the one or more altitude restrictions based on the map information so as to produce one or more modified altitude restrictions; and outputting, from the one or more processors, control signals to the one or more propulsion units to cause the UAV (102, 212, 214, 306, 308, 700, 800, 1300) to comply with the one or more modified altitude restrictions while moving over the area, characterized in that: the modifying step is performed during operation of the UAV (102, 212, 214, 306, 308, 700, 800, 1300). receiving, at one or more processors, one or more altitude restrictions for the UAV (102, 212, 214, 306, 308, 700, 800, 1300); receiving, at the one or more processors, map information for an area; modifying, with aid of the one or more processors, the one or more altitude restrictions based on the map information so as to produce one or more modified altitude restrictions; and outputting, from the one or more processors, control signals to the one or more propulsion units to cause the UAV (102, 212, 214, 306, 308, 700, 800, 1300) to comply with the one or more modified altitude restrictions while moving over the area, characterized in that: the modifying step is performed during operation of the UAV (102, 212, 214, 306, 308, 700, 800, 1300).
A surface acoustic wave sensor (1, 1B, 1B, 1C, 1D, 101, 101A, 101B, 101C, 101D, 201) comprising: a piezo element (10, 110, 210) that propagates a surface acoustic wave; and an electrode (11, 61A, 61B, 71A, 71B, 71C) that carries out conversion of an electrical signal and a surface acoustic wave; a detection region on which the piezo element overlaps a reaction-region thin film, the reaction-region thin film supporting an antibody; and a porous base member (13, 13B, 73, 113, 113B, 173, 213, 241, 241-1, 241-2, 241-3, 251, 251-1, 251-2, 251-3, 251-4,251-5) which is disposed at a propagation path of the surface acoustic wave and which allows liquid to infiltrate into an inside thereof and a surface thereof and holds the liquid thereinside, wherein the reaction-region thin film (12, 112, 212) has a specified area having a surface area defined by a portion on which the porous base member comes into contact with the reaction-region thin film and the liquid transported to the inside of the porous base member makes the specified area wet. a piezo element (10, 110, 210) that propagates a surface acoustic wave; and an electrode (11, 61A, 61B, 71A, 71B, 71C) that carries out conversion of an electrical signal and a surface acoustic wave; a detection region on which the piezo element overlaps a reaction-region thin film, the reaction-region thin film supporting an antibody; and a porous base member (13, 13B, 73, 113, 113B, 173, 213, 241, 241-1, 241-2, 241-3, 251, 251-1, 251-2, 251-3, 251-4,251-5) which is disposed at a propagation path of the surface acoustic wave and which allows liquid to infiltrate into an inside thereof and a surface thereof and holds the liquid thereinside, wherein the reaction-region thin film (12, 112, 212) has a specified area having a surface area defined by a portion on which the porous base member comes into contact with the reaction-region thin film and the liquid transported to the inside of the porous base member makes the specified area wet.
Device for contacting and/or electrostimulation of biological tissue, by means of at least one electrode, wherein the device has at least a first unit (12; 46), on which the at least one electrode is provided and which is configured for implantation in a human or animal body, a second unit (14; 41; 47), which provides a voltage supply for supplying the first unit (12; 46) with electrical energy, and at least a first and a second conductive track (48, 49) for connecting the voltage supply to the first unit (12; 46), the conductive tracks (48, 49) respectively being electrically connected to the first unit (12; 46) and second unit (14; 41; 47) and being at different voltage potentials, wherein the first unit comprises a stimulation unit for the retina, which unit comprises a multiplicity of pixel elements that convert incident light into electrical signals that are emitted via stimulation electrodes, characterized in that at least a first additional conductive track functionally not involved in the supply of the first unit (12; 46) with electrical energy is provided, which first additional conductive track is arranged spatially between the first and second conductive tracks (48, 49).
A delivery system for delivery of ophthalmic solutions to the eye, comprising: a first, eye surface preparation sponge device comprising a handle and a head of absorbent, fast wicking sponge material secured to the handle, wherein the head is configured to expand from a first configuration having a first shape and dimensions when dry and a second configuration having a second shape and dimensions when wetted, at least the second configuration being generally rounded with no sharp edges and comprising an epithelial tissue preparation surface for rubbing across the surface of the epithelium of an eye to prepare the surface for penetration by ophthalmic solutions; and a second, loading sponge device of absorbent, fast wicking sponge material comprising a circular, disc-shaped sponge of predetermined diameter which has increased flexibility when wetted and loaded with an ophthalmic solution, and is configured to cover at least the corneal portion of the eye and to adopt the curvature of the underlying eye surface when wetted with the ophthalmic solution and centrally placed over the eye for loading of ophthalmic solution into the eye after preparation of the epithelium with the first sponge device. a first, eye surface preparation sponge device comprising a handle and a head of absorbent, fast wicking sponge material secured to the handle, wherein the head is configured to expand from a first configuration having a first shape and dimensions when dry and a second configuration having a second shape and dimensions when wetted, at least the second configuration being generally rounded with no sharp edges and comprising an epithelial tissue preparation surface for rubbing across the surface of the epithelium of an eye to prepare the surface for penetration by ophthalmic solutions; and a second, loading sponge device of absorbent, fast wicking sponge material comprising a circular, disc-shaped sponge of predetermined diameter which has increased flexibility when wetted and loaded with an ophthalmic solution, and is configured to cover at least the corneal portion of the eye and to adopt the curvature of the underlying eye surface when wetted with the ophthalmic solution and centrally placed over the eye for loading of ophthalmic solution into the eye after preparation of the epithelium with the first sponge device.
A method of selecting a cultured cell colony or a cultured single cell having functional copies of a transcription factor, comprising: providing a plurality of cultured cell colonies or of cultured single cells in a common culture space wherein the plurality is heterogeneous in respect of presence of functional copies of the transcription factor; adding a ligand for the transcription factor to the cell colonies or to the single cells, while the cell colonies or the single cells are in the common culture space, wherein the addition of the ligand elicits a change in activity of the transcription factor occurring on migration of the transcription factor from the cytoplasm to the nucleus in at least one of the cell colonies or the single cells, the change in the activity being indicative of possession of functional copies of the transcription factor by the or each cell colony or single cell in which the change in the activity is elicited; assessing individual ones of the cell colonies or of the single cells, in the common culture space, for a detectable change in location of the transcription factor; selecting at least one but not all of the cell colonies or of the single cells, wherein said selection takes account of said assessment to determine expected possession of functional copies of the transcription factor, wherein the or each selected cell colony or single cell is expected to have functional copies of the transcription factor on the basis of said assessment; and providing an indication of the spatial position of at least one of the cell colonies or of the single cells that are selected. providing a plurality of cultured cell colonies or of cultured single cells in a common culture space wherein the plurality is heterogeneous in respect of presence of functional copies of the transcription factor; adding a ligand for the transcription factor to the cell colonies or to the single cells, while the cell colonies or the single cells are in the common culture space, wherein the addition of the ligand elicits a change in activity of the transcription factor occurring on migration of the transcription factor from the cytoplasm to the nucleus in at least one of the cell colonies or the single cells, the change in the activity being indicative of possession of functional copies of the transcription factor by the or each cell colony or single cell in which the change in the activity is elicited; assessing individual ones of the cell colonies or of the single cells, in the common culture space, for a detectable change in location of the transcription factor; selecting at least one but not all of the cell colonies or of the single cells, wherein said selection takes account of said assessment to determine expected possession of functional copies of the transcription factor, wherein the or each selected cell colony or single cell is expected to have functional copies of the transcription factor on the basis of said assessment; and providing an indication of the spatial position of at least one of the cell colonies or of the single cells that are selected.