mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a node for random access in a wireless network, the method comprising: - receiving information from an access node for determining a set of sub-carrier shifts, wherein the received information comprises a value indicating a shift resolution, and wherein the shift resolution indicates a spacing between two sub-carrier shifts in the set of sub-carrier shifts; - determining the set of sub-carrier shifts, wherein each sub-carrier shift indicates a shift with respect to a starting sub-carrier index of a number of sub-carriers in a resource block, RB, of RBs allocated for transmitting a random access preamble, wherein the random access preamble occupies a number of sub-carriers that is less than a number of sub-carriers allocated for the random access, and wherein the number of sub-carriers occupied by the random access preamble is a prime number; - selecting a sub-carrier shift from the set of sub-carrier shifts; and - transmitting the random access preamble to the access node, wherein the random access preamble is transmitted according to the selected sub-carrier shift, by mapping the random access preamble to the sub-carriers allocated for the random access. - receiving information from an access node for determining a set of sub-carrier shifts, wherein the received information comprises a value indicating a shift resolution, and wherein the shift resolution indicates a spacing between two sub-carrier shifts in the set of sub-carrier shifts; - determining the set of sub-carrier shifts, wherein each sub-carrier shift indicates a shift with respect to a starting sub-carrier index of a number of sub-carriers in a resource block, RB, of RBs allocated for transmitting a random access preamble, wherein the random access preamble occupies a number of sub-carriers that is less than a number of sub-carriers allocated for the random access, and wherein the number of sub-carriers occupied by the random access preamble is a prime number; - selecting a sub-carrier shift from the set of sub-carrier shifts; and - transmitting the random access preamble to the access node, wherein the random access preamble is transmitted according to the selected sub-carrier shift, by mapping the random access preamble to the sub-carriers allocated for the random access.
A process for the recovery of lithium from lithium bearing mica rich minerals, the process comprising passing an ore containing one or more lithium bearing mica rich minerals to at least one pre-treatment step, passing the pre-treated ore to an leach step in which concentrated sulfuric acid is added under atmospheric conditions, thereby producing a leach slurry that is in turn passed to a solid liquid separation step, the separation step producing a leach residue and a pregnant leach solution, subjecting the pregnant leach solution to a series of process steps in which one or more impurity metals are removed, including the precipitation of alunite in a low pH impurity removal step, and recovering lithium as a lithium containing salt product.
Use of particles of calcium carbonate having a BET specific surface area higher than or equal to 10 m 2 /g in the production of construction materials comprising at least one inorganic binder selected from cement, hydraulic lime, and gypsum, wherein the calcium carbonate particles are coated with at least one coating agent selected from carboxylic acids, carboxylic acid salts, polyacrylic acids, polyacrylic acid salts, and mixtures thereof; wherein the calcium carbonate is precipitated calcium carbonate, and wherein the precipitated calcium carbonate particles are clusters of primary particles and exhibit a structure selected from hollow spheres, nano-fibers, nano-sheaves, nano-rosaries, nanoplatelets and nano-accordions.
Modular conveyor system, comprising a plurality of rail-guided carriages, each of which has a slide for being guided through a rail box of the conveyor system, and comprising a horizontal support for carrying a load, in particular a vehicle body, the support being rotatably mounted about a horizontal support shaft and having a first toothed element connected to the support shaft for conjoint rotation in order to transmit a rotational movement to said support shaft, which toothed element either engages with second toothed elements that are fixedly mounted along a travel path of the slide, or alternatively engages with a third toothed element which is actuated by an entrained tilt motor that is mounted on the slide adjacent to the support shaft, the first toothed element being, for this purpose, both positioned outside the slide in such a way that it engages with the second toothed elements along the travel path of the slide and positioned adjacent to a mounting position of the tilt motor on the slide in such a way that it can interact with the third toothed element, characterized in that the rail box has at least one turning device, preferably forming a closed circuit including at least two turning devices, the at least one turning device having a movable rail box portion which can be moved about a rotary shaft between two end points on a curved first carousel rail on a circular arc portion.
An ablation device, comprising: a feedline including an inner conductor having a distal end, an outer conductoi coaxially disposed around the inner conductor, and a dielectric material disposed between the inner conductor and the outer conductor; a first balun structure disposed around a portion of the outer conductor and comprising: a first dielectric layer coaxially disposed around the portion of the outer conductor; and a first conductive balun sleeve coaxially disposed around the first dielectric layer and having a distal end, characterized in that the first dielectric layer extends distally beyond the distal end of the first conductive balun sleeve. a feedline including an inner conductor having a distal end, an outer conductoi coaxially disposed around the inner conductor, and a dielectric material disposed between the inner conductor and the outer conductor; a first balun structure disposed around a portion of the outer conductor and comprising: a first dielectric layer coaxially disposed around the portion of the outer conductor; and a first conductive balun sleeve coaxially disposed around the first dielectric layer and having a distal end, a first dielectric layer coaxially disposed around the portion of the outer conductor; and a first conductive balun sleeve coaxially disposed around the first dielectric layer and having a distal end, characterized in that the first dielectric layer extends distally beyond the distal end of the first conductive balun sleeve.
A pressure sensor comprising: a membrane formed on a top surface of a handle portion of the pressure sensor; a base portion opposite the handle portion, the base portion being thicker than the handle portion; characterized by further comprising: a plurality of bond pads formed on a top surface of the base portion; a device identifier on a top surface of the pressure sensor; and a blocking structure on the top surface of the pressure sensor between the plurality of bond pads and the device identifier, wherein the blocking structure blocks encapsulation material applied to the bond pads from reaching the device identifier. a membrane formed on a top surface of a handle portion of the pressure sensor; a base portion opposite the handle portion, the base portion being thicker than the handle portion; characterized by further comprising: a plurality of bond pads formed on a top surface of the base portion; a device identifier on a top surface of the pressure sensor; and a blocking structure on the top surface of the pressure sensor between the plurality of bond pads and the device identifier, a plurality of bond pads formed on a top surface of the base portion; a device identifier on a top surface of the pressure sensor; and a blocking structure on the top surface of the pressure sensor between the plurality of bond pads and the device identifier, wherein the blocking structure blocks encapsulation material applied to the bond pads from reaching the device identifier.
A method for manufacturing a separator for a lithium secondary battery, the method comprising: irradiating an ion beam onto a film for a separator substrate to obtain a tracked film and applying an etching solution to the tracked film to form pores in the film, characterized in that the etching solution is applied to the film for 1 to 30 minutes, the etching solution is any one selected from the group consisting of sodium hydroxide (NaOH), potassium hydroxide, calcium hydroxide (Ca 2), sodium hypochlorite (NaClO), and hydrogen peroxide (H 2 O 2), or mixtures thereof, and the etching solution has concentration from 1 to 10 M. irradiating an ion beam onto a film for a separator substrate to obtain a tracked film and applying an etching solution to the tracked film to form pores in the film, characterized in that the etching solution is applied to the film for 1 to 30 minutes, the etching solution is any one selected from the group consisting of sodium hydroxide (NaOH), potassium hydroxide, calcium hydroxide (Ca 2), sodium hypochlorite (NaClO), and hydrogen peroxide (H 2 O 2), or mixtures thereof, and the etching solution has concentration from 1 to 10 M.
A sexual stimulation device comprising: a drive module; a coupling element coupled to the drive module along a rotational axis of the drive module, the coupling element further comprising: a mounting point that is off-set from the rotational axis of the drive module; and, a cavity having an opening wider than the mounting point, the cavity being off-set from the rotational axis of the drive module; a stimulating element comprising: a first end coupled to the mounting point of the coupling element in a manner such that the first end of the stimulating element moves within the cavity of the coupling element and along a first path when the drive module is operated; and, a second end opposite the first end; a fulcrum disposed at a first point along an extension of the stimulating element such that the stimulating element pivots about the first point and the second end of the stimulating element translates according to a second path; and a compliant member coupled to the second end of the stimulating element. a drive module; a coupling element coupled to the drive module along a rotational axis of the drive module, the coupling element further comprising: a mounting point that is off-set from the rotational axis of the drive module; and, a cavity having an opening wider than the mounting point, the cavity being off-set from the rotational axis of the drive module; a mounting point that is off-set from the rotational axis of the drive module; and, a cavity having an opening wider than the mounting point, the cavity being off-set from the rotational axis of the drive module; a stimulating element comprising: a first end coupled to the mounting point of the coupling element in a manner such that the first end of the stimulating element moves within the cavity of the coupling element and along a first path when the drive module is operated; and, a second end opposite the first end; a first end coupled to the mounting point of the coupling element in a manner such that the first end of the stimulating element moves within the cavity of the coupling element and along a first path when the drive module is operated; and, a second end opposite the first end; a fulcrum disposed at a first point along an extension of the stimulating element such that the stimulating element pivots about the first point and the second end of the stimulating element translates according to a second path; and a compliant member coupled to the second end of the stimulating element.
A hydraulic control valve assembly (10, 10a, 10b, 10c, 10d, 10e) comprising plural control valves each having a variable metering orifice through which hydraulic fluid flows between an inlet port providing for connection to a load sense margin pressure source (102, 103), in particular a variable displacement pump (102, 103), and a respective work port (A, B) providing for connection to a respective actuator; a compensator that controls flow of fluid from the variable metering orifice to the work port of each control valve in response to a differential in pressures acting on opposite first and second sides of the compensator, wherein the first side receives a pressure at the downstream side of the variable metering orifice; a load sense passage connected to the control valves to provide a load sense pressure corresponding to the greatest pressure amongst the work ports; and a differential pressure controller having a first inlet connected to the inlet port and a second inlet connected to the load sense passage, the differential pressure controller having a first operational mode in which load sense pressure at the second inlet is supplied to an outlet of the differential pressure controller and a second operational mode in which flow from the first inlet is metered to the outlet of the differential pressure controller to provide a differential control output pressure at the outlet of the differential pressure controller, and wherein the outlet of the differential pressure controller is connected to (a) a control port to which can be connected the control port of the load sense margin pressure source, in particular the variable displacement pump, that produces an output pressure of the source that is a predefined amount greater than the pressure supplied to the control port of the source, and/or (b) the second side of the compensator of at least one of the plural control valves, characterised in that the compensator receives flow of fluid from the variable metering orifice and directs it to the work port of each control valve.
Imaging apparatus, comprising: a housing, a carrier glass, whereby the carrier glass is fixed to the housing, an imaging sensor, the imaging sensor is directly attached to the carrier glass wherein the carrier glass is radially attached to the housing by a mechanical adhesive characterized by an expansion gap in the housing realized as an annular gap adjacent to the mechanical adhesive in axial direction for providing expansion space for the mechanical adhesive. a housing, a carrier glass, whereby the carrier glass is fixed to the housing, an imaging sensor, the imaging sensor is directly attached to the carrier glass wherein the carrier glass is radially attached to the housing by a mechanical adhesive characterized by an expansion gap in the housing realized as an annular gap adjacent to the mechanical adhesive in axial direction for providing expansion space for the mechanical adhesive.
Method for transmitting, to a supervision device, data collected by at least one sensor comprising the following steps on acquisition of a new datum by the at least one sensor: - calculation of an indicator of deviation between the value of the new datum and a value predicted for this datum by a prediction model representative of data previously acquired, and - transmission of the new datum to a supervision device when the deviation indicator is above a threshold, the method being characterized by the additional step of - reception of a prediction model updated on the basis of the new datum, a subsequent calculation of a deviation indicator being based on the updated prediction model. - calculation of an indicator of deviation between the value of the new datum and a value predicted for this datum by a prediction model representative of data previously acquired, and - transmission of the new datum to a supervision device when the deviation indicator is above a threshold, the method being characterized by the additional step of - reception of a prediction model updated on the basis of the new datum, a subsequent calculation of a deviation indicator being based on the updated prediction model.
A lithographic printing member comprising: (a) a first layer presenting a hydrophilic or oleophobic lithographic affinity; (b) a second layer comprising a polymeric matrix and, dispersed therein, nonconductive carbon black particles at a loading level sufficient to provide at least partial layer ablatability and water compatibility following ablation; and (c) a third layer presenting an oleophilic lithographic affinity, the second layer being disposed between the first and third layers. (a) a first layer presenting a hydrophilic or oleophobic lithographic affinity; (b) a second layer comprising a polymeric matrix and, dispersed therein, nonconductive carbon black particles at a loading level sufficient to provide at least partial layer ablatability and water compatibility following ablation; and (c) a third layer presenting an oleophilic lithographic affinity, the second layer being disposed between the first and third layers.
An actuator, comprising: a base; and a flexible member having a sidewall and a contact surface, an area between said sidewall and said contact surface defining a transition area, said flexible member being connected to said base at a first end of said sidewall, said flexible member and said base defining a fluid chamber therebetween, characterized in that a reaction feature is placed on said transition area, wherein said reaction feature is in the form of a protrusion of material of said sidewall that is shaped as a wedge having a material distribution across said transition area higher in an area adjacent to a second end of said sidewall than in an area adjacent to said contact surface, wherein said reaction feature follows a perimeter of a top edge of said flexible member and is configured to govern movement of said sidewall to impede said sidewall from pivoting about the transition area; and said flexible member has a recess formed between said reaction feature and said contact surface. a base; and a flexible member having a sidewall and a contact surface, an area between said sidewall and said contact surface defining a transition area, said flexible member being connected to said base at a first end of said sidewall, said flexible member and said base defining a fluid chamber therebetween, characterized in that a reaction feature is placed on said transition area, wherein said reaction feature is in the form of a protrusion of material of said sidewall that is shaped as a wedge having a material distribution across said transition area higher in an area adjacent to a second end of said sidewall than in an area adjacent to said contact surface, wherein said reaction feature follows a perimeter of a top edge of said flexible member and is configured to govern movement of said sidewall to impede said sidewall from pivoting about the transition area; and said flexible member has a recess formed between said reaction feature and said contact surface.
An electronic device comprising: a housing including at least one speaker compartment; processing circuitry within said housing; wireless transceiver circuitry within said housing and coupled to said processing circuitry; near field communications "NFC" transceiver circuitry within said housing and coupled to said processing circuitry; a speaker in said at least one speaker compartment and coupled to said processing circuitry; and an NFC antenna (15a-15b) positioned within said at least one speaker compartment and coupled to said NFC transceiver circuitry, said NFC antenna comprising a plurality of wire loops directly wrapped around said speaker. a housing including at least one speaker compartment; processing circuitry within said housing; wireless transceiver circuitry within said housing and coupled to said processing circuitry; near field communications "NFC" transceiver circuitry within said housing and coupled to said processing circuitry; a speaker in said at least one speaker compartment and coupled to said processing circuitry; and an NFC antenna (15a-15b) positioned within said at least one speaker compartment and coupled to said NFC transceiver circuitry, said NFC antenna comprising a plurality of wire loops directly wrapped around said speaker.
A method for conditioning a fibre-reinforced plastic component in preparation for coating with a metallic coating in a bath, comprising the following steps: - provision of the fibre-reinforced plastic component comprising a surface to be coated; - provision of a pourable epoxy- and/or polyurethane-based material as a bonding agent; - attachment of a thin film made from the pourable bonding agent material to the surface to be coated; - curing of the bonding agent material, characterised in that the fibre-reinforced plastic component has an elevated temperature of at least 30°C and no more than 80°C when the pourable bonding agent material is applied. - provision of the fibre-reinforced plastic component comprising a surface to be coated; - provision of a pourable epoxy- and/or polyurethane-based material as a bonding agent; - attachment of a thin film made from the pourable bonding agent material to the surface to be coated; - curing of the bonding agent material,
A method of enabling short message delivery re-attempt for a user equipment, the method comprising: as a result of receiving, from a short message service center, SMSC, node, a request for routing information for the UE, determining that the UE is at least one of not registered in a network and not registered for an SMS service in the network; as a result of the determination that the UE is at least one of not registered in the network and not registered for the SMS service in the network via an SMS function, SMSF, setting an indication for indicating that a Mobile Terminating, MT-SMS is pending and indicating to the SMSC node that the UE is absent; as a result of receiving a registration for SMS service for the UE for which the MT-SMS is pending sending an alert to the SMSC node to retry delivery of the MT-SMS to the UE based on the indication. as a result of receiving, from a short message service center, SMSC, node, a request for routing information for the UE, determining that the UE is at least one of not registered in a network and not registered for an SMS service in the network; as a result of the determination that the UE is at least one of not registered in the network and not registered for the SMS service in the network via an SMS function, SMSF, setting an indication for indicating that a Mobile Terminating, MT-SMS is pending and indicating to the SMSC node that the UE is absent;