mhurhangee/patent-ind-claim-en huggingface dataset:
A network element in a first cell in a wireless telecommunication network, the network element comprising: a processor configured to provide uplink and downlink grants in the first cell, wherein the first cell is a low-power cell within the coverage area of a second, high-power, cell, and wherein the first cell acts as a secondary serving cell and the second cell acts as a primary serving cell, wherein both the first cell and the second cell simultaneously connect to a user equipment, UE, wherein at least one uplink control signal is received by one of only the first cell or both the first cell and the second cell, wherein the network element comprises means for scheduling the uplink and downlink grants based on information received from the second cell via an X2 interface between the first and second cells, and wherein the information comprises subframes when the UE will communicate with the second cell, wherein the network element comprises means for receiving a buffer status report sent from the UE independently from a buffer status report sent from the UE to the second cell. a processor configured to provide uplink and downlink grants in the first cell, wherein the first cell is a low-power cell within the coverage area of a second, high-power, cell, and wherein the first cell acts as a secondary serving cell and the second cell acts as a primary serving cell, wherein both the first cell and the second cell simultaneously connect to a user equipment, UE, wherein at least one uplink control signal is received by one of only the first cell or both the first cell and the second cell, wherein the network element comprises means for scheduling the uplink and downlink grants based on information received from the second cell via an X2 interface between the first and second cells, and wherein the information comprises subframes when the UE will communicate with the second cell, wherein the network element comprises means for receiving a buffer status report sent from the UE independently from a buffer status report sent from the UE to the second cell.
A method of forming a blended polymeric material for an implantable medical device, said method, comprising: selecting a polymeric material available in a plurality of different hardnesses; determining a drug loading capacity of the polymeric material at each of the different hardnesses for a given drug; identifying a desired drug loading capacity for an implantable medical device; selecting the polymeric material having a first hardness and a first associated drug loading capacity; selecting the polymeric material having a second hardness different from the first hardness and a second associated drug loading capacity different from the first drug loading capacity; and blending the polymeric material having the first hardness with the polymeric material having the second hardness so as to obtain a blended polymeric material having a hardness intermediate the first and second hardness and having the desired predetermined drug loading capacity. selecting a polymeric material available in a plurality of different hardnesses; determining a drug loading capacity of the polymeric material at each of the different hardnesses for a given drug; identifying a desired drug loading capacity for an implantable medical device; selecting the polymeric material having a first hardness and a first associated drug loading capacity; selecting the polymeric material having a second hardness different from the first hardness and a second associated drug loading capacity different from the first drug loading capacity; and blending the polymeric material having the first hardness with the polymeric material having the second hardness so as to obtain a blended polymeric material having a hardness intermediate the first and second hardness and having the desired predetermined drug loading capacity.
An apparatus comprising: controller logic , wherein the controller logic is to cause a change in an operational frequency of one or more non-volatile memory devices in response to a command, and one or more non-volatile memory devices coupled to the controller logic , characterized in that the controller logic is to control access to one or more non-volatile memory devices , the controller logic is to receive an over-clocking lock command, wherein the over-clocking lock command sets a lock status bit in a memory of the controller logic , the lock status bit indicating whether over-clocking of the one or more non-volatile memory devices to an operating frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices in response to said command is allowed or to be prevented, and the controller logic is to cause, in response to the command and the lock status bit allowing over-clocking the operational frequency of the one or more non-volatile memory devices , a change in the operational frequency of the one or more non-volatile memory devices to an operational frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices , wherein over-clocking refers to increasing the operating frequency of the one or more non-volatile memory devices beyond a normal/default operating frequency, and the command and the over-clocking lock command are Smart Command Transport, SCT, commands transported via the Advanced Technology Attachment, ATA, protocol. controller logic , wherein the controller logic is to cause a change in an operational frequency of one or more non-volatile memory devices in response to a command, and one or more non-volatile memory devices coupled to the controller logic , characterized in that the controller logic is to control access to one or more non-volatile memory devices , the controller logic is to receive an over-clocking lock command, wherein the over-clocking lock command sets a lock status bit in a memory of the controller logic , the lock status bit indicating whether over-clocking of the one or more non-volatile memory devices to an operating frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices in response to said command is allowed or to be prevented, and the controller logic is to cause, in response to the command and the lock status bit allowing over-clocking the operational frequency of the one or more non-volatile memory devices , a change in the operational frequency of the one or more non-volatile memory devices to an operational frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices , wherein over-clocking refers to increasing the operating frequency of the one or more non-volatile memory devices beyond a normal/default operating frequency, and the command and the over-clocking lock command are Smart Command Transport, SCT, commands transported via the Advanced Technology Attachment, ATA, protocol.
A communal mobile communication device for handling calls based on user identification, the communal mobile communication device comprising: an outgoing call handler module to (i) determine a personal profile identification that identifies a user of the communal mobile communication device from other users, (ii) determine a phone number of a personal mobile communication device of a call recipient selected to receive a call from the communal mobile communication device , and (iii) initiate the call to the personal mobile communication device over a network using the phone number and the personal profile identification to identify the user at the personal mobile communication device , wherein to initiate the call comprises to generate an outgoing phone number comprising (i) the phone number of the personal mobile communication device , (ii) the phone number of the communal mobile communication device , and (iii) the personal profile identification, and wherein the network comprises a mobile switching center modified to handle calls having longer origination and/or destination numbers to support the use of the personal profile identification. an outgoing call handler module to (i) determine a personal profile identification that identifies a user of the communal mobile communication device from other users, (ii) determine a phone number of a personal mobile communication device of a call recipient selected to receive a call from the communal mobile communication device , and (iii) initiate the call to the personal mobile communication device over a network using the phone number and the personal profile identification to identify the user at the personal mobile communication device , wherein to initiate the call comprises to generate an outgoing phone number comprising (i) the phone number of the personal mobile communication device , (ii) the phone number of the communal mobile communication device , and (iii) the personal profile identification, and wherein the network comprises a mobile switching center modified to handle calls having longer origination and/or destination numbers to support the use of the personal profile identification.
A parallel metering pressure regulation system for supplying metered fuel flow to a turbine engine, the system comprising: a supply arrangement configured for providing a total output flow of fuel at an output pressure; a parallel metering arrangement including a plurality of metering circuits arranged in parallel; and wherein the supply arrangement includes a flow meter interposed between the supply arrangement and the parallel metering arrangement to measure the total output flow of fuel provided from the supply arrangement to the parallel metering arrangement; and a minimum pressurizing valve and a primary pressure regulator , wherein the combination of a minimum pressurizing valve and a primary pressure regulator ensure that a discharge pressure of a pump of the supply arrangement is sufficient to support the parallel metering arrangement. a supply arrangement configured for providing a total output flow of fuel at an output pressure; a parallel metering arrangement including a plurality of metering circuits arranged in parallel; and wherein the supply arrangement includes a flow meter interposed between the supply arrangement and the parallel metering arrangement to measure the total output flow of fuel provided from the supply arrangement to the parallel metering arrangement; and a minimum pressurizing valve and a primary pressure regulator , wherein the combination of a minimum pressurizing valve and a primary pressure regulator ensure that a discharge pressure of a pump of the supply arrangement is sufficient to support the parallel metering arrangement. a flow meter interposed between the supply arrangement and the parallel metering arrangement to measure the total output flow of fuel provided from the supply arrangement to the parallel metering arrangement; and a minimum pressurizing valve and a primary pressure regulator , wherein the combination of a minimum pressurizing valve and a primary pressure regulator ensure that a discharge pressure of a pump of the supply arrangement is sufficient to support the parallel metering arrangement.
A refrigerated display case door , comprising: a hinge rail comprising a channel portion and a hinge receiving portion ; a panel assembly comprising two panes of glass bounding a sealed space between the panes, the panel assembly having a first edge disposed within the channel portion of the hinge rail; and a handle secured to a surface of the panel assembly proximate a handle-side edge of the panel assembly; wherein the sealed space is closed by a peripheral seal disposed between the panes along a periphery of the panes, the peripheral seal comprising a first material extending along a first portion of the periphery and a second material extending along a second, different portion of the periphery, wherein the first portion of the periphery includes the first edge of the panel assembly, wherein the hinge rail is arranged to cover the peripheral seal applied along the first edge, and wherein the second portion of the periphery includes the handle-side edge of the panel assembly; and wherein the second material has a higher transmittance of visible light than that of the first material. a hinge rail comprising a channel portion and a hinge receiving portion ; a panel assembly comprising two panes of glass bounding a sealed space between the panes, the panel assembly having a first edge disposed within the channel portion of the hinge rail; and a handle secured to a surface of the panel assembly proximate a handle-side edge of the panel assembly; wherein the sealed space is closed by a peripheral seal disposed between the panes along a periphery of the panes, the peripheral seal comprising a first material extending along a first portion of the periphery and a second material extending along a second, different portion of the periphery, wherein the first portion of the periphery includes the first edge of the panel assembly, wherein the hinge rail is arranged to cover the peripheral seal applied along the first edge, and wherein the second portion of the periphery includes the handle-side edge of the panel assembly; and wherein the second material has a higher transmittance of visible light than that of the first material.
Electrical and/or electronic component having at least one external electrical connection contact which is designed as a connection lug which is attached on one side and has the purpose of making electrical contact with a contact-making partner and the connection lug has a connecting side with a planar connecting area for making electrical contacts, in that the exposed end of the connection lug has a bending limb (15.2) which is bent out of the plane (A) towards the connecting side through a compensation angle (α), wherein the bending limb (15.2) has the connecting area and the connection lug is designed in a resilient manner in such a way, characterized in that , with bearing contact, with force applied from the connecting side , of a planar contact-making partner on the free end of the bending limb (15.2), positional orientation of the connecting area can be adjusted counter to the compensation angle (α) until gap-free bearing of the connecting area on the planar contact-making partner is achieved.
A method for controlling a slice flow of a slurry having two or more component slurries through a headbox for a paper making machine, the method comprising: inputting a wire speed of the paper making machine or a ratio of a jet velocity to the wire speed of the paper making machine; determining a jet velocity setpoint based on the wire speed of the paper making machine or the ratio of the jet velocity to the wire speed of the paper making machine; determining a header pressure setpoint for two or more headers to generate the jet velocity determined by the jet velocity setpoint, each header providing one of the two or more component slurries to the headbox ; and controlling the slice flow by: generating a first speed command to a first slurry pump to generate a header pressure determined by the header pressure setpoint in a first header ; and generating a second speed command to a second slurry pump to generate the header pressure determined by the header pressure setpoint in a second header . inputting a wire speed of the paper making machine or a ratio of a jet velocity to the wire speed of the paper making machine; determining a jet velocity setpoint based on the wire speed of the paper making machine or the ratio of the jet velocity to the wire speed of the paper making machine; determining a header pressure setpoint for two or more headers to generate the jet velocity determined by the jet velocity setpoint, each header providing one of the two or more component slurries to the headbox ; and controlling the slice flow by: generating a first speed command to a first slurry pump to generate a header pressure determined by the header pressure setpoint in a first header ; and generating a second speed command to a second slurry pump to generate the header pressure determined by the header pressure setpoint in a second header . generating a first speed command to a first slurry pump to generate a header pressure determined by the header pressure setpoint in a first header ; and generating a second speed command to a second slurry pump to generate the header pressure determined by the header pressure setpoint in a second header .
A film having an average MD/TD 1% secant modulus greater than or equal to 3300 psi and a heat seal initiation temperature at 5 N, or a hot tack seal initiation temperature at 1 N, of less than or equal to 95°C, comprising a polyethylene blend, the polyethylene blend comprising two polyethylene compositions, each polyethylene composition having a density, wherein the density of each of the polyethylene compositions differs from the other in an amount between 0.050 g/cm 3 and 0.060 g/cm 3 , and the polyethylene blend has a density between 0.918 g/cm 3 and 0.922 g/cm 3 .
A heat dissipation apparatus , comprising: a base ; a heat dissipater having two folded plates coupled one to the other by soldering or diffusion bonding, and vertical bars extending from edges of one of the two folded plates to the other of the two folded plates , the vertical bars and the two folded plates collectively forming a single three-dimensional inner vapor chamber divided into a horizontal vapor chamber area and at least one vertical vapor chamber area coupled together, and the heat dissipater comprising at least one horizontal portion disposed in the base and at least one vertical portion extending therefrom, wherein the horizontal vapor chamber area is within the horizontal portion , and the at least one vertical vapor chamber area is within the vertical portion ; and a plurality of fin arrays , at least one fin array coupled with the at least one horizontal portion of the heat dissipater and at least one fin array coupled with the at least one vertical portion of the heat dissipater . a base ; a heat dissipater having two folded plates coupled one to the other by soldering or diffusion bonding, and vertical bars extending from edges of one of the two folded plates to the other of the two folded plates , the vertical bars and the two folded plates collectively forming a single three-dimensional inner vapor chamber divided into a horizontal vapor chamber area and at least one vertical vapor chamber area coupled together, and the heat dissipater comprising at least one horizontal portion disposed in the base and at least one vertical portion extending therefrom, wherein the horizontal vapor chamber area is within the horizontal portion , and the at least one vertical vapor chamber area is within the vertical portion ; and a plurality of fin arrays , at least one fin array coupled with the at least one horizontal portion of the heat dissipater and at least one fin array coupled with the at least one vertical portion of the heat dissipater .
A blank holder and a disc-shaped blank , the blank holder having a receiving area for the disc-shaped blank, the receiving area being curved and the blank having a part-circular guide shell , characterized in that the receiving area forms a part-circular or arc-shaped form-fitting profile , and in that the part-circular guide shell can be turned into the form-fitting profile.
A pharmaceutical composition comprising glutathione disulfide or pharmaceutically acceptable organic or inorganic salt thereof and glutathione disulfide S-oxide of the following structure: or pharmaceutically acceptable organic or inorganic salt thereof, for use as a medicament.
An information transfer method, comprising: sending (S201), by a user side node, a multicast protocol message or routing protocol message carrying a user side flag to a forwarding side node, wherein the user side flag is used to declare that it is a user side node that sends the multicast protocol message or the routing protocol message, so as to enable the forwarding side node to distinguish between user side nodes and forwarding side nodes in a Bit Index Explicit Replication, abbreviated as BIER, forwarding table.
A wavelength conversion element, comprising: at least one host material; one or more phosphors within the host material; and one or more dielectric interference particles within the host material, characterized in that the one or more dielectric interference particles are formed from alternating thin film layers of at least one high index material and at least one low index material, and in that a high index material is a material with a lower speed of light when light passes through the material and a low index material is a material with a higher speed of light when light passes through the material. at least one host material; one or more phosphors within the host material; and one or more dielectric interference particles within the host material, characterized in that the one or more dielectric interference particles are formed from alternating thin film layers of at least one high index material and at least one low index material, and in that a high index material is a material with a lower speed of light when light passes through the material and a low index material is a material with a higher speed of light when light passes through the material.
Heating system including a domestic hot water line in heat exchange connection to a supply line and a return line and where the domestic hot water line feeds water taps with heated water, whereas a heat pump is connected to said domestic hot water line transferring thermal energy from a fluid in a first fluid connection to a fluid in a second fluid connection of the heat pump , where said heat pump is defined by being able of transfer thermal energy from a first fluid to a second fluid, the second fluid being hotter than the first where the temperature of the first connection outlet is lower than the temperature of the second connection outlet, where the second fluid connection inlet is connected to a return line of said domestic hot water line downstream of at least the first of the water taps , and the second fluid connection outlet is connected to a supply part of said domestic hot water line being upstream of the first of the water taps , together forming a flow circuit where thermal energy in the heat pump is transferred to the water from the return part and then directed to the supply part, and where the first connection of heat pump includes an inlet connected to a supply line of the supply by a heating inlet communication , and an outlet connected to a return line of the supply by a heating outlet communication .
Piston of an internal combustion engine, consisting of an upper part and a lower part which are joined together, wherein a cooling channel is provided which comprises at least one inlet opening and/or at least one outlet opening for a coolant, wherein both a dam-shaped elevation in the region of the inlet opening and/or the outlet opening is formed by a finished forged contour of a lower cooling channel region and an inlet contour of the inlet opening and/or the outlet opening is formed on an inner side of the piston by pre-forging, wherein a V-shaped element, which projects into the cooling channel , is forged onto an upper cooling channel region in the region of the inlet opening as a further dam-shaped elevation , and wherein the dam-shaped elevation produced transversely to the cooling channel in the form of the V-shaped element comprises at least one recess at a transition between the dam-shaped elevation in the form of the V-shaped element and a wall of the cooling channel .