mhurhangee/ep-ind-claims huggingface dataset:
A battery pack, including: a pack body having a first main surface and a second main surface that are opposed to each other in a first axis direction, a first end surface and a second end surface that are opposed to each other in a second axis direction orthogonal to the first axis direction, and a first side surface and a second side surface that are opposed to each other in a third axis direction orthogonal to the first axis direction and to the second axis direction; wherein the first end surface is provided between the first main surface and the second main surface and includes a first terminal window exposing a positive terminal, a second terminal window exposing a negative terminal, a third terminal window exposing a temperature detection terminal, the temperature detection terminal placed in between the positive terminal and the negative terminal, and a fourth terminal window, wherein the second terminal window is placed in between the third terminal window and the fourth terminal window, and the second terminal window is placed closer to the fourth terminal window than to the third terminal window. a pack body having a first main surface and a second main surface that are opposed to each other in a first axis direction, a first end surface and a second end surface that are opposed to each other in a second axis direction orthogonal to the first axis direction, and a first side surface and a second side surface that are opposed to each other in a third axis direction orthogonal to the first axis direction and to the second axis direction; wherein the first end surface is provided between the first main surface and the second main surface and includes a first terminal window exposing a positive terminal, a second terminal window exposing a negative terminal, a third terminal window exposing a temperature detection terminal, the temperature detection terminal placed in between the positive terminal and the negative terminal, and a fourth terminal window, wherein the second terminal window is placed in between the third terminal window and the fourth terminal window, and the second terminal window is placed closer to the fourth terminal window than to the third terminal window.
Method for bending a glass pane, wherein: a. at least one glass pane is positioned in a bending station at a temperature of 550 °C to 680 °C, b. the glass pane is lifted by means of a lifting device with at least one support surface (3.1) through opened segments (2.1) (2.2) of a bending ring which is divided at least in two, c. the divided bending ring is closed and the lifting device is lowered, wherein the glass pane is supported by the bending ring, and the glass pane is pre-bent on the closed bending ring, and d. a bending mold is lowered and the glass pane is bent by sucking onto the bending mold and pressing the bending mold against the bending ring, wherein the bending ring has, in the closed state, the profile of the bent glass pane. a. at least one glass pane is positioned in a bending station at a temperature of 550 °C to 680 °C, b. the glass pane is lifted by means of a lifting device with at least one support surface (3.1) through opened segments (2.1) (2.2) of a bending ring which is divided at least in two, c. the divided bending ring is closed and the lifting device is lowered, wherein the glass pane is supported by the bending ring, and the glass pane is pre-bent on the closed bending ring, and d. a bending mold is lowered and the glass pane is bent by sucking onto the bending mold and pressing the bending mold against the bending ring, wherein the bending ring has, in the closed state, the profile of the bent glass pane.
A self-cleaning toilet, comprising a toilet bowl connected to a flushing device and having a toilet lid folding upwards, and a seat ring, wherein the toilet lid is formed as hollow body with an opening facing to the toilet bowl in the closing position and in the toilet lid is arranged a motor -driven adjusting mechanism (8, 9) for a cleaning nozzle body for cleaning the inner walls of the toilet bowl and displaceable into the toilet bowl and connected to a cleaning liquid reservoir by a flexible liquid line and a pump, and the cleaning procedure is controllable by control electronics and sensor system, characterized by an annular bottom which is provided to the folding toilet lid and which has a first ring channel with liquid nozzles integrated in it and orientated to the cleaning nozzle body stopping in an intermediate position and which is supportable in a sealing manner in distance at the outer edge of the seat ring by a second annular channel having spray and air nozzles integrated in it and orientated to the seat ring, wherein the liquid nozzles and the spray and air nozzles are connected to a cleaning liquid reservoir or an air source, respectively; and wherein the toilet lid is displaceable by a motor into a closed lockable cleaning position and an open lockable utilization position.
A method of uplink power control, the method comprising: determining at a cell site, an uplink target signal-to-interference-and-noise ratio, SINR, for a user equipment, UE, based on a downlink signal-to-interference ratio, SIR,, the downlink SIR being determined based on a channel quality indication, CQI, index received from the user equipment. determining at a cell site, an uplink target signal-to-interference-and-noise ratio, SINR, for a user equipment, UE, based on a downlink signal-to-interference ratio, SIR,, the downlink SIR being determined based on a channel quality indication, CQI, index received from the user equipment.
A plasticizing device, comprising: a feeder configured to supply a resin to a cylinder; a screw configured to move axially in the cylinder; a cylinder pressure sensor installed at a predetermined position in the cylinder and configured to detect a pressure at the predetermined position in the cylinder; a pressure-rise point estimating part configured to estimate a position of a pressure-rise point where a pressure in the cylinder starts to increase due to resin supplied into the cylinder during a metering process based on a value detected by the cylinder pressure sensor. a feeder configured to supply a resin to a cylinder; a screw configured to move axially in the cylinder; a cylinder pressure sensor installed at a predetermined position in the cylinder and configured to detect a pressure at the predetermined position in the cylinder; a pressure-rise point estimating part configured to estimate a position of a pressure-rise point where a pressure in the cylinder starts to increase due to resin supplied into the cylinder during a metering process based on a value detected by the cylinder pressure sensor.
Data live streaming system comprising at least one data live streaming broadcaster and at least two live streaming recipients, said at least two live streaming recipients forming at least a part of a peer-to-peer streaming network; wherein said at least two live streaming recipients each comprises means for generating peer-to-peer streaming to other live streaming recipients of said peer-to-peer streaming network and wherein said peer-to-peer streaming to other live streaming recipients comprises loss resilient code representations of data from said at least one live streaming broadcaster.
A beverage fluid dispensing head comprising a housing; and a fluid track, at least in part, arranged inside the housing, wherein the fluid track comprises: an inlet channel arranged for receiving a beverage fluid, such as coffee, from a beverage apparatus; a collection chamber, fluidly connected to the inlet channel, for receiving the beverage fluid therefrom; and at least one outlet channel (13, 15), wherein the at least one outlet channel (13, 15) is fluidly connected to the collection chamber for receiving the beverage fluid from the collection chamber, wherein a downstream part of the at least one outlet channel (13, 15) is formed as a tongue-shaped flow guide which is downwardly directed for, in use, guiding the received beverage fluid and submitting the received beverage fluid therefrom in the form of an integral fluid beam for dispensing, characterized in that the tongue-shaped flow guide has a first fluid guiding surface which forms an inward curvature, when viewed in a first horizontal cross-section, wherein the tongue-shaped flow guide has a first and a second upstanding edge (8, 10) which are merged downstream of the first fluid guiding surface. a housing; and a fluid track, at least in part, arranged inside the housing, wherein the fluid track comprises: an inlet channel arranged for receiving a beverage fluid, such as coffee, from a beverage apparatus; a collection chamber, fluidly connected to the inlet channel, for receiving the beverage fluid therefrom; and at least one outlet channel (13, 15), an inlet channel arranged for receiving a beverage fluid, such as coffee, from a beverage apparatus; a collection chamber, fluidly connected to the inlet channel, for receiving the beverage fluid therefrom; and at least one outlet channel (13, 15), wherein the at least one outlet channel (13, 15) is fluidly connected to the collection chamber for receiving the beverage fluid from the collection chamber, wherein a downstream part of the at least one outlet channel (13, 15) is formed as a tongue-shaped flow guide which is downwardly directed for, in use, guiding the received beverage fluid and submitting the received beverage fluid therefrom in the form of an integral fluid beam for dispensing, characterized in that the tongue-shaped flow guide has a first fluid guiding surface which forms an inward curvature, when viewed in a first horizontal cross-section, wherein the tongue-shaped flow guide has a first and a second upstanding edge (8, 10) which are merged downstream of the first fluid guiding surface.
A system for packing a flow of first and second mirrored, irregular tetrahedral packages (1a, 1b), each package has two sealed fins (2, 3, 2', 3'), two isosceles right triangle panels (5,6, 5', 6') and two elongated right triangle panels (7, 8, 7', 8'), where said two isosceles right triangle panels (5, 6, 5', 6') share a leg (11, 11'), and said two elongated right triangle panels (7, 8, 7', 8') share a hypotenuse (10, 10'), characterised in that said system comprises: a divider being configured to divide the tetrahedral packages (1a, 1b) into two flows based on the type of package, conveyor means for transporting the tetrahedral packages (1a, 1b) of the two flows to a packing station, a first package carrier connected to said conveyor means and being configured to carry either a first tetrahedral package or a second tetrahedral package on said conveyor means, a packing station comprising, a first robot picker having a first lifting device adapted to simultaneously transport the two different types of tetrahedral packages (1a, 1b), a second package carrier comprising six side supports being equidistantly distributed in a fan shaped manner seen from above and being adapted to receive three pairs of mirrored, irregular tetrahedral packages (1a, 1b) in such a way that they are grouped together by aligning their hypotenuses (10, 10') to form a cube when placed in the supports of the second package carrier. a divider being configured to divide the tetrahedral packages (1a, 1b) into two flows based on the type of package, conveyor means for transporting the tetrahedral packages (1a, 1b) of the two flows to a packing station, a first package carrier connected to said conveyor means and being configured to carry either a first tetrahedral package or a second tetrahedral package on said conveyor means, a packing station comprising, a first robot picker having a first lifting device adapted to simultaneously transport the two different types of tetrahedral packages (1a, 1b), a second package carrier comprising six side supports being equidistantly distributed in a fan shaped manner seen from above and being adapted to receive three pairs of mirrored, irregular tetrahedral packages (1a, 1b) in such a way that they are grouped together by aligning their hypotenuses (10, 10') to form a cube when placed in the supports of the second package carrier.
A method of conroling exhaust gas recirculation in a a turbocharged engine system including an engine, an induction subsystem in upstream communication with the engine, a high pressure EGR path between the exhaust and induction subsystems upstream of a turbocharger turbine and downstream of a turbocharger compressor, and a low pressure EGR path between the exhaust and induction subsystems downstream of the turbocharger turbine and upstream of the turbocharger compressor, the method comprising: determining a target total BGR fraction for compliance with exhaust emissions criteria; determining a target high pressure EGR/low pressure EGR ratio to increase exhaust temperature within the constraints of the determined target total EGR fraction for compliance with exhaust emissions; and changing amounts of EGR gas flowing through at least one of a low pressure EGR passage or a high pressure EGR passage to increase the temperature of an exhaust subsystem. determining a target total BGR fraction for compliance with exhaust emissions criteria; determining a target high pressure EGR/low pressure EGR ratio to increase exhaust temperature within the constraints of the determined target total EGR fraction for compliance with exhaust emissions; and changing amounts of EGR gas flowing through at least one of a low pressure EGR passage or a high pressure EGR passage to increase the temperature of an exhaust subsystem.
A harness for supporting body armor having a back protective element with a forward facing side facing the back of the user and a rearward facing side facing away from the user, the harness comprising: a hip belt having a rear portion; a frame coupled to the rear portion of the hip belt; the hip belt including a sleeve into which a lower end of the frame extends; characterized in that inside of sleeve is positioned a fastener securing the frame within the sleeve, the frame is configured to extend adjacent the rearward facing side of the back protective element; and a coupler is secured to the frame and is attachable to the body armor on the rearward side of the back protective element. a hip belt having a rear portion; a frame coupled to the rear portion of the hip belt; the hip belt including a sleeve into which a lower end of the frame extends; characterized in that inside of sleeve is positioned a fastener securing the frame within the sleeve, the frame is configured to extend adjacent the rearward facing side of the back protective element; and a coupler is secured to the frame and is attachable to the body armor on the rearward side of the back protective element.
A cannula system comprising: a cannula comprising an elongated tubular body having a cannulation axially therethrough; an obturator sized to fit within the cannulation and having first external threads which engage the cannula when the obturator is disposed within the cannulation, characterized in that: the elongated tubular body is formed of a flexible material; and wherein the cannula has a smooth interior surface in a relaxed configuration and wherein the material of the cannula is sufficiently flexible such that temporary threads are formed within the cannulation by the obturator first external threads when the obturator is disposed within the cannulation. a cannula comprising an elongated tubular body having a cannulation axially therethrough; an obturator sized to fit within the cannulation and having first external threads which engage the cannula when the obturator is disposed within the cannulation, characterized in that: the elongated tubular body is formed of a flexible material; and wherein the cannula has a smooth interior surface in a relaxed configuration and wherein the material of the cannula is sufficiently flexible such that temporary threads are formed within the cannulation by the obturator first external threads when the obturator is disposed within the cannulation. the elongated tubular body is formed of a flexible material; and wherein the cannula has a smooth interior surface in a relaxed configuration and wherein the material of the cannula is sufficiently flexible such that temporary threads are formed within the cannulation by the obturator first external threads when the obturator is disposed within the cannulation.
A vehicle comprising a sliding side door, said sliding side door comprising an inner liner and an outer skin, the liner comprising an upper portion and a lower portion, characterized in that the lower portion includes: - two openings (8a, 8b), - a strip separating said openings (8a, 8b), and - a reinforcement strut integral with said strip, comprising a set of support zones (14a, 14b) fixed to the outer skin, the inner liner and the reinforcement strut being formed in a single-piece manner, the vehicle further comprising a seat including a seat bottom and a backrest, the strip being situated substantially opposite the seat bottom of said seat. - two openings (8a, 8b), - a strip separating said openings (8a, 8b), and - a reinforcement strut integral with said strip, comprising a set of support zones (14a, 14b) fixed to the outer skin,
A traffic shaping circuit communicatively coupled between a client and a transmission resource that is operable to regulate packet transfers into a network on behalf of the client, the traffic shaping circuit comprising: transfer-enable logic configured to: selectively enable or disable packet transfers into the network by the transmission resource based on a budget value; and in response to transferring a packet into the network by the transmission resource, modify the budget value based on a packet-transfer cost; traffic-monitoring logic configured to: monitor a rate of packet transfers into the network performed by the transmission resource; and generate a cost-adjustment signal based on the rate of packet transfers into the network by the transmission resource; and a cost-adjustment controller configured to: modify the packet-transfer cost in response to the cost-adjustment signal for a subsequent-packet transfer into the network (110 by the transmission resource; wherein the budget value is capped at a budget limit that is configurable per packet-transfer cost level, wherein the capped budget value is configuring a level of burst tolerance that is permitted for the client. transfer-enable logic configured to: selectively enable or disable packet transfers into the network by the transmission resource based on a budget value; and in response to transferring a packet into the network by the transmission resource, modify the budget value based on a packet-transfer cost; selectively enable or disable packet transfers into the network by the transmission resource based on a budget value; and in response to transferring a packet into the network by the transmission resource, modify the budget value based on a packet-transfer cost; traffic-monitoring logic configured to: monitor a rate of packet transfers into the network performed by the transmission resource; and generate a cost-adjustment signal based on the rate of packet transfers into the network by the transmission resource; and monitor a rate of packet transfers into the network performed by the transmission resource; and generate a cost-adjustment signal based on the rate of packet transfers into the network by the transmission resource; and a cost-adjustment controller configured to: modify the packet-transfer cost in response to the cost-adjustment signal for a subsequent-packet transfer into the network (110 by the transmission resource; wherein the budget value is capped at a budget limit that is configurable per packet-transfer cost level, wherein the capped budget value is configuring a level of burst tolerance that is permitted for the client. modify the packet-transfer cost in response to the cost-adjustment signal for a subsequent-packet transfer into the network (110 by the transmission resource; wherein the budget value is capped at a budget limit that is configurable per packet-transfer cost level, wherein the capped budget value is configuring a level of burst tolerance that is permitted for the client.
A method for hub-based network access, the method, being carried out at a multimedia server acting as a network hub and comprising: receiving network packets via a network connection; determining identity of at least one of a plurality of clients as a target of at least one of the network packets to produce an identified client; determining whether a network access application is active for the identified client; when the network access application is not active for the identified client, opening a network access application for the identified client; when the network access application is active for the identified client, processing data of the at least one of the network packets to produce client data; multiplexing the client data for transmission to the plurality of clients to produce multiplexed client data; and transmitting the multiplexed client data to the plurality of clients. receiving network packets via a network connection; determining identity of at least one of a plurality of clients as a target of at least one of the network packets to produce an identified client; determining whether a network access application is active for the identified client; when the network access application is not active for the identified client, opening a network access application for the identified client; when the network access application is active for the identified client, processing data of the at least one of the network packets to produce client data; multiplexing the client data for transmission to the plurality of clients to produce multiplexed client data; and transmitting the multiplexed client data to the plurality of clients.
A lobed injector finger for a burner or a mixer of a gas turbine comprising a leading edge, a lobed trailing edge, a first and a second corrugated surfaces (40a, 40b) defining an airfoil cross section and converging in the trailing edge, and a plurality of nozzles located at the trailing edge for injection of oil or fuel or carrier air in the burner or mixer, the lobed injector finger comprising a plurality of vortex generators projecting from a suction side of lobes defined by the first and second corrugated surfaces (40a, 40b) and positioned from the nozzles to reduce flow separation and/or influence the location of a separation bubble; wherein the vortex generators are inclined with respect to a direction substantially perpendicular to a straight line connecting the axes of two adjacent nozzles; characterized in that the vortex generators diverge towards the trailing edge so as to locate a separation region adjacent to a transversal tip of the lobe and accelerate boundary layer flow in a region adjacent to the nozzle.