mhurhangee/ep-ind-claims huggingface dataset:
A surgical cutting and fastening instrument comprising: an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; and a handle connected to the shaft, the handle comprising: an electric, DC motor connected to the drive train for powering the drive train; a DC power source consisting of one or more batteries; a power regulator having an input connected to the DC power source and an output connected to an input of the motor, wherein the power regulator comprises: a power converter; and a control circuit for controlling the power converter, wherein the control circuit is configured to monitor the output voltage at the input of the motor and control a voltage set point for the power converter so that the output voltage delivered from the DC power source to the motor is less than the output voltage at which the DC power source delivers its maximum power. an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; and a handle connected to the shaft, the handle comprising: an electric, DC motor connected to the drive train for powering the drive train; a DC power source consisting of one or more batteries; a power regulator having an input connected to the DC power source and an output connected to an input of the motor, wherein the power regulator comprises: a power converter; and a control circuit for controlling the power converter, wherein the control circuit is configured to monitor the output voltage at the input of the motor and control a voltage set point for the power converter so that the output voltage delivered from the DC power source to the motor is less than the output voltage at which the DC power source delivers its maximum power. an electric, DC motor connected to the drive train for powering the drive train; a DC power source consisting of one or more batteries; a power regulator having an input connected to the DC power source and an output connected to an input of the motor, wherein the power regulator comprises: a power converter; and a control circuit for controlling the power converter, wherein the control circuit is configured to monitor the output voltage at the input of the motor and control a voltage set point for the power converter so that the output voltage delivered from the DC power source to the motor is less than the output voltage at which the DC power source delivers its maximum power. a power converter; and a control circuit for controlling the power converter, wherein the control circuit is configured to monitor the output voltage at the input of the motor and control a voltage set point for the power converter so that the output voltage delivered from the DC power source to the motor is less than the output voltage at which the DC power source delivers its maximum power.
A contact bridge arrangement for an electrical switching element such as a contactor or a relay, with a contact bridge holder, and a contact bridge, which is held on the contact bridge holder in a movable manner along an actuating direction, and which is pressed against at least one stop of the contact bridge holder by at least one spring member, wherein the at least one spring member is formed monolithically with the contact bridge holder, and wherein the at least one spring member is formed as a leaf spring which extends substantially transverse to the actuating direction, characterized in that between an underside of the contact bridge and the at least one end of the at least one leaf spring there is arranged at least one spacer through which the leaf spring is spaced apart, at least in sections, from the underside of the contact bridge.
A machine for providing cushioning products of varying lengths from a supply of a web material having sequential transverse rows of inflated protrusions, the machine comprising: a pair of opposing counter-rotating feed members forming a feed nip therebetween for moving the web through the feed nip from the supply and along a path of travel; at least one sensor (94, 96) adapted to detect location information for the sequential rows of inflated protrusions as the web travels along the path of travel; a severing device moveable between (i) an engaged position to contact the web to perform one or more of separating the web transversely across the web or perforating the web transversely across the web and (ii) a disengaged position not engaging the web to separate or perforate the web; and a controller programmed (i) to receive the location information from the at least one sensor (94, 96) and (ii) to operatively control the severing device to move it to the engaged position when a selected row is in a determined position relative the severing device; characterized by a forming plow arranged upstream of the pair of feed members and along the path of travel, and configured to fold the web longitudinally to juxtapose a top panel of the web over a bottom panel of the web. a pair of opposing counter-rotating feed members forming a feed nip therebetween for moving the web through the feed nip from the supply and along a path of travel; at least one sensor (94, 96) adapted to detect location information for the sequential rows of inflated protrusions as the web travels along the path of travel; a severing device moveable between (i) an engaged position to contact the web to perform one or more of separating the web transversely across the web or perforating the web transversely across the web and (ii) a disengaged position not engaging the web to separate or perforate the web; and a controller programmed (i) to receive the location information from the at least one sensor (94, 96) and (ii) to operatively control the severing device to move it to the engaged position when a selected row is in a determined position relative the severing device; characterized by a forming plow arranged upstream of the pair of feed members and along the path of travel, and configured to fold the web longitudinally to juxtapose a top panel of the web over a bottom panel of the web.
A method of controlling operation of a wireless communication network comprising a plurality of base stations, each operable to support a region of radio coverage to allow communication links to be established with user equipment (UE 1, UE 2) within said network, said method comprising: collecting operational information relating to user equipment operating in said network from said plurality of base stations, said operational information comprising one or more of: an indication of target signal to noise and interference ratio used by a base station serving said user equipment; an indication of user equipment channel gain; a sum of channel gain ratios; or an indication of interference caused to said user equipment by other user equipment in said network; determining, based on said collected operational information, an indication of said network capacity utilisation; calculating whether an operational parameter of one or more of said plurality of base stations may be adjusted to offer improved uplink service to said user equipment whilst maintaining said determined indication of said network capacity utilisation, and, if so, instructing said adjustment of said operational parameter of one or more of said plurality of base stations; wherein said operational parameter of said one or more of said plurality of base stations comprises an indication of target signal to noise and interference ratio used by said base station serving said user equipment. collecting operational information relating to user equipment operating in said network from said plurality of base stations, said operational information comprising one or more of: an indication of target signal to noise and interference ratio used by a base station serving said user equipment; an indication of user equipment channel gain; a sum of channel gain ratios; or an indication of interference caused to said user equipment by other user equipment in said network; determining, based on said collected operational information, an indication of said network capacity utilisation; calculating whether an operational parameter of one or more of said plurality of base stations may be adjusted to offer improved uplink service to said user equipment whilst maintaining said determined indication of said network capacity utilisation, and, if so, instructing said adjustment of said operational parameter of one or more of said plurality of base stations; wherein said operational parameter of said one or more of said plurality of base stations comprises an indication of target signal to noise and interference ratio used by said base station serving said user equipment.
A digitally controlled oscillator comprising a filtering digital to analogue converter, DAC, component and a voltage controlled oscillator, VCO, component comprising at least one control terminal arranged to receive a control voltage output by the DAC component; wherein the DAC component comprises a voltage generation component arranged to generate the control voltage and at least one configurable capacitive load component (460, 560) to which the control voltage is applied such that a filtering bandwidth of the DAC component is configurable by way of the at least one configurable capacitive load component (460, 560), wherein the at least one configurable capacitive load component (460, 560) comprises: a decouplable capacitance comprising a first terminal coupled to a reference voltage node, a coupling switch coupled in series with the decouplable capacitance between an output node of the voltage generation component and a second terminal of the decouplable capacitance, and a discharge switch coupled in parallel with the decouplable capacitance; wherein the coupling switch is controllable via a first control signal to selectively couple the output node of the voltage generation component to the second terminal of the decouplable capacitance and the at least one control terminal of the VCO component, and the discharge switch is controllable via a second control signal to selectively create a discharge path between the first and second terminals of the decouplable capacitance; wherein the digitally controlled oscillator is arranged to generate a chirp signal, wherein during a chirp phase of the chirp signal, the at least one configurable capacitive load component (460, 560) is configured to reduce the filtering bandwidth of the DAC component; and wherein during a reset phase of the chirp signal, the at least one configurable capacitive load component is configured to increase the filtering bandwidth of the DAC component. a decouplable capacitance comprising a first terminal coupled to a reference voltage node, a coupling switch coupled in series with the decouplable capacitance between an output node of the voltage generation component and a second terminal of the decouplable capacitance, and a discharge switch coupled in parallel with the decouplable capacitance; wherein the coupling switch is controllable via a first control signal to selectively couple the output node of the voltage generation component to the second terminal of the decouplable capacitance and the at least one control terminal of the VCO component, and the discharge switch is controllable via a second control signal to selectively create a discharge path between the first and second terminals of the decouplable capacitance; wherein the digitally controlled oscillator is arranged to generate a chirp signal, wherein during a chirp phase of the chirp signal, the at least one configurable capacitive load component (460, 560) is configured to reduce the filtering bandwidth of the DAC component; and wherein during a reset phase of the chirp signal, the at least one configurable capacitive load component is configured to increase the filtering bandwidth of the DAC component.
A control information providing method for a communications system, the method comprising: providing, by a radio network controller, hereinafter referred to as RNC, to a base station, hereinafter referred to as Node B, that supports high speed downlink packet access, hereinafter referred to as HSDPA, via an interface between the RNC and the Node B, a power offset value, hereinafter referred to as PO, wherein the PO value is for a high speed shared control channel, hereinafter referred to as HS-SCCH, related to a high speed downlink shared channel, hereinafter referred to as HS-DSCH, that is shared by plural user equipments, wherein the HS-SCCH is a control channel for the HS-DSCH, and wherein the HS-SCCH is divided into a plurality of 2ms sub-frames and each of the sub-frames transmits control information for a corresponding user equipment, wherein a transmission power of each of the sub-frames of the HS-SCCH is determined by the PO value relative to a transmission power of a pilot field of a downlink dedicated physical channel, hereinafter referred to as DL DPCH, configured for said corresponding user equipment of the user equipments. providing, by a radio network controller, hereinafter referred to as RNC, to a base station, hereinafter referred to as Node B, that supports high speed downlink packet access, hereinafter referred to as HSDPA, via an interface between the RNC and the Node B, a power offset value, hereinafter referred to as PO, wherein the PO value is for a high speed shared control channel, hereinafter referred to as HS-SCCH, related to a high speed downlink shared channel, hereinafter referred to as HS-DSCH, that is shared by plural user equipments, wherein the HS-SCCH is a control channel for the HS-DSCH, and wherein the HS-SCCH is divided into a plurality of 2ms sub-frames and each of the sub-frames transmits control information for a corresponding user equipment, wherein a transmission power of each of the sub-frames of the HS-SCCH is determined by the PO value relative to a transmission power of a pilot field of a downlink dedicated physical channel, hereinafter referred to as DL DPCH, configured for said corresponding user equipment of the user equipments.
Adhesive tape for flying splices of flat web materials, in particular flat web materials with nonpolar surfaces, said adhesive tape at least comprising an upper self-adhesive compound layer, an inner adhesive tape area adapted as a flat predetermined breaking point, and a lower self-adhesive compound on the underside of the inner adhesive tape area, wherein a natural rubber adhesive compound is used as the self-adhesive compound for at least the upper self-adhesive compound layer characterized in that the natural rubber compound comprises the following components: a) 40 to 60 wt% of natural rubber b) 10 to 50 wt% of one or a plurality of solid resins c) 8 to 20 wt% of a plasticizer, and d) optionally up to 10 wt% of additional components and the ratio of natural rubbers - component (a) - to the total solid resins - component (b) - and plasticizers - component (c) - is at least 0.75 and at most 1.60 relative to the respective proportional weights in the self-adhesive compound. a) 40 to 60 wt% of natural rubber b) 10 to 50 wt% of one or a plurality of solid resins c) 8 to 20 wt% of a plasticizer, and d) optionally up to 10 wt% of additional components and the ratio of natural rubbers - component (a) - to the total solid resins - component (b) - and plasticizers - component (c) - is at least 0.75 and at most 1.60 relative to the respective proportional weights in the self-adhesive compound.
A juicer having a smoothie making function, comprising: a lid having a feed tube for putting food into the juicer; a feed screw for feeding the input food downwards while cutting, crushing and squeezing the food, with a rotating shaft being vertically provided in the feed screw; a housing assembled to a lower end of the lid, with a juice outlet and a residue outlet being formed on an outer surface of the housing in such a way that the juice outlet and the residue outlet are spaced apart from each other, the feed screw being rotatably placed in the housing and a housing discharge hole being formed In a bottom of the housing such that the housing discharge hole communicates with the residue outlet; a net drum surrounding the feed screw and having an entirely or partially meshed sidewall, with a net drum discharge hole being formed in the net drum and communicating with the residue outlet; a motor unit provided with a seat on an upper end thereof for seating the housing thereon, with a drive shaft provided in a center of the seat and connected to the rotating shaft, thereby rotating the feed screw; and a juice control unit for opening or closing the juice outlet, wherein the net drum discharge hole is formed in a lower surface of the net drum or on a lower portion of a sidewall of the net drum, further comprising: a residue control unit for opening or closing the net drum discharge hole or the residue outlet. a lid having a feed tube for putting food into the juicer; a feed screw for feeding the input food downwards while cutting, crushing and squeezing the food, with a rotating shaft being vertically provided in the feed screw; a housing assembled to a lower end of the lid, with a juice outlet and a residue outlet being formed on an outer surface of the housing in such a way that the juice outlet and the residue outlet are spaced apart from each other, the feed screw being rotatably placed in the housing and a housing discharge hole being formed In a bottom of the housing such that the housing discharge hole communicates with the residue outlet; a net drum surrounding the feed screw and having an entirely or partially meshed sidewall, with a net drum discharge hole being formed in the net drum and communicating with the residue outlet; a motor unit provided with a seat on an upper end thereof for seating the housing thereon, with a drive shaft provided in a center of the seat and connected to the rotating shaft, thereby rotating the feed screw; and a juice control unit for opening or closing the juice outlet, wherein the net drum discharge hole is formed in a lower surface of the net drum or on a lower portion of a sidewall of the net drum, further comprising: a residue control unit for opening or closing the net drum discharge hole or the residue outlet. a residue control unit for opening or closing the net drum discharge hole or the residue outlet.
Aluminium salt for use in the treatment and prevention of dementias associated with β-amyloid deposition, preferably Alzheimer's Disease, wherein the aluminium salt is aluminium oxyhydroxide, and wherein aluminium oxyhydroxide is administered subcutaneously in an amount of at least 1.2 mg (given as Al 2 O 3 equivalent).
A bivalent virus like particle comprising: a fusion protein comprising an N-terminal portion of a gag protein found in murine leukemia virus fused upstream of a full length pp65 protein found in human cytomegalovirus (HCMV); wherein the N-terminal portion of the gag protein does not comprise a C-terminal polymerase sequence found in MLV, and wherein the N-terminal portion of the gag protein comprises the amino acid sequence of SEQ ID NO: 1; and a polypeptide comprising a full length gB protein found in HCMV a fusion protein comprising an N-terminal portion of a gag protein found in murine leukemia virus fused upstream of a full length pp65 protein found in human cytomegalovirus (HCMV); wherein the N-terminal portion of the gag protein does not comprise a C-terminal polymerase sequence found in MLV, and wherein the N-terminal portion of the gag protein comprises the amino acid sequence of SEQ ID NO: 1; and a polypeptide comprising a full length gB protein found in HCMV
A method of manufacturing a display device, the method comprising: forming on a first substrate at least one display element and a metal layer that surrounds the display element, the metal layer including a first portion having a first width and a second portion connected to the first portion having a second width that is less than the first width; forming on a second substrate a sealing member that surrounds the display element, the sealing member including a first sealing portion having a first forming width and a second sealing portion having a second forming width that is greater than the first forming width; arranging the first substrate and the second substrate such that the sealing member that is formed on the second substrate faces the first substrate, the first sealing portion overlaps with the first portion of the metal layer, and the second sealing portion overlaps with the second portion of the metal layer; and forming a display module by melting and curing the sealing member to seal the first and second substrates (20, 30). forming on a first substrate at least one display element and a metal layer that surrounds the display element, the metal layer including a first portion having a first width and a second portion connected to the first portion having a second width that is less than the first width; forming on a second substrate a sealing member that surrounds the display element, the sealing member including a first sealing portion having a first forming width and a second sealing portion having a second forming width that is greater than the first forming width; arranging the first substrate and the second substrate such that the sealing member that is formed on the second substrate faces the first substrate, the first sealing portion overlaps with the first portion of the metal layer, and the second sealing portion overlaps with the second portion of the metal layer; and forming a display module by melting and curing the sealing member to seal the first and second substrates (20, 30).
A spinal prosthesis comprising: a first spinal attachment member attachable to a first posterior portion of a spinal structure; a second spinal attachment member attachable to a second posterior portion of the spinal structure, said first and second posterior portions (14, 18) being adjacent superiorly-inferiorly to one another; a connector element attached to said first spinal attachment member, an interface portion on said second spinal attachment member, that passes through an elongate aperture formed in said connector element so as to permit rotational and translational movement of said second spinal attachment member with respect to said connector element; characterized in that said connector element and said elongate aperture comprise a single central articulating element positioned at a central portion of said first and second spinal attachment members (12, 16), said interface portion is rotatingly assembled on said second spinal attachment member, and said interface portion passes through said elongate aperture so as to permit rotational movement of said second spinal attachment member with respect to said connector element about at least two different rotational axes (42, 46). a first spinal attachment member attachable to a first posterior portion of a spinal structure; a second spinal attachment member attachable to a second posterior portion of the spinal structure, said first and second posterior portions (14, 18) being adjacent superiorly-inferiorly to one another; a connector element attached to said first spinal attachment member, an interface portion on said second spinal attachment member, that passes through an elongate aperture formed in said connector element so as to permit rotational and translational movement of said second spinal attachment member with respect to said connector element; characterized in that said connector element and said elongate aperture comprise a single central articulating element positioned at a central portion of said first and second spinal attachment members (12, 16), said interface portion is rotatingly assembled on said second spinal attachment member, and said interface portion passes through said elongate aperture so as to permit rotational movement of said second spinal attachment member with respect to said connector element about at least two different rotational axes (42, 46).