mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system for supplying anode gas and cathode gas to a fuel cell and for generating electric power in accordance with a load, the fuel cell system comprising: a cathode gas control unit configured to control a pressure of the cathode gas on the basis of a target current input to the cathode gas control unit, the target current being computed on the basis of the load; and an anode gas control unit (153,200) configured to cause a pressure of the anode gas to pulsate between an upper limit pressure and a lower limit pressure determined on the basis of the pressure of the cathode gas supplied to the fuel cell and a pulsation amplitude necessary for the discharge of impurity gases; the fuel cell system characterized by further comprising an anode gas partial pressure maintenance control unit configured to increase the pressure of the anode gas in accordance with a condition of an impurity within the fuel cell, wherein the cathode gas control unit sets a target pressure of the cathode gas on the basis of the upper limit pressure of the anode gas when a pressure difference between the pressure of the anode gas and the pressure of the cathode gas has increased by controlling the pressure of the anode gas by the anode gas partial pressure maintenance control unit so as to be increased. a cathode gas control unit configured to control a pressure of the cathode gas on the basis of a target current input to the cathode gas control unit, the target current being computed on the basis of the load; and an anode gas control unit (153,200) configured to cause a pressure of the anode gas to pulsate between an upper limit pressure and a lower limit pressure determined on the basis of the pressure of the cathode gas supplied to the fuel cell and a pulsation amplitude necessary for the discharge of impurity gases; the fuel cell system characterized by further comprising an anode gas partial pressure maintenance control unit configured to increase the pressure of the anode gas in accordance with a condition of an impurity within the fuel cell, wherein the cathode gas control unit sets a target pressure of the cathode gas on the basis of the upper limit pressure of the anode gas when a pressure difference between the pressure of the anode gas and the pressure of the cathode gas has increased by controlling the pressure of the anode gas by the anode gas partial pressure maintenance control unit so as to be increased.
Pneumatic vehicle tyre, in particular for use in winter driving conditions, comprising a tread, which is divided by angled grooves (10, 11) and circumferential grooves into rows of blocks (6, 8), the blocks (7, 9) of which are each provided with a number of sipes, which run at least substantially parallel to one another and to angled grooves (10, 11) and divide the blocks (7, 9) into block elements, wherein blocks (7, 9) arranged adjacent to one another in a circumferential region running around in the circumferential direction are connected to one another by means of narrow bridges at the inner ends of angled grooves (10, 11) ending in the manner of blind grooves, wherein the bridges are alternately offset from one another in the transverse direction, so that profile positive structures that are contiguous in a meandering manner are formed in this circumferential region, characterized in that the circumferential region has two rows of blocks (6, 8) running next to one another, the blocks (7, 9) of which partially overlap one another in the transverse direction, wherein the angled grooves ending in the manner of blind grooves between the blocks of the first row of blocks run at a substantially equal angle (α) of between 15° and 35° and in opposite directions in relation to and alternately with the angled grooves ending in the manner of blind grooves between the blocks of the second row of blocks and wherein the sipes in all of the blocks (7, 9) of the two rows of blocks (6, 8) run parallel to those angled grooves that run between the blocks of the first row of blocks.
A travel control method for a vehicle for presenting the vehicle traveling on a route to a preliminarily set destination with overtaking information as to whether or not to accept execution of an overtaking assist function for overtaking a preceding vehicle by changing lanes through autonomous travel control, the travel control method comprising: detecting a position of the vehicle on the route; and detecting whether or not there is a traveling direction change point on the route ahead of the position of the vehicle, the traveling direction change point being a point at which the vehicle is required to change its traveling direction, wherein when a distance from the vehicle to the traveling direction change point is shorter than the presentation prohibition distance, the presentation of the overtaking information is not performed, The travel control method being characterised by: providing a navigation function of presenting the route and guiding the driver to the destination and a route travelling assist function of controlling the vehicle to travel along the route by autonomous travel control; when the route travelling assist function is executed, setting a first presentation prohibition distance as the presentation prohibition distance; and when the navigation function is executed, setting a second presentation prohibition distance shorter than the first presentation prohibition distance as the presentation prohibition distance. detecting a position of the vehicle on the route; and detecting whether or not there is a traveling direction change point on the route ahead of the position of the vehicle, the traveling direction change point being a point at which the vehicle is required to change its traveling direction, wherein when a distance from the vehicle to the traveling direction change point is shorter than the presentation prohibition distance, the presentation of the overtaking information is not performed, The travel control method being characterised by: providing a navigation function of presenting the route and guiding the driver to the destination and a route travelling assist function of controlling the vehicle to travel along the route by autonomous travel control; when the route travelling assist function is executed, setting a first presentation prohibition distance as the presentation prohibition distance; and when the navigation function is executed, setting a second presentation prohibition distance shorter than the first presentation prohibition distance as the presentation prohibition distance. providing a navigation function of presenting the route and guiding the driver to the destination and a route travelling assist function of controlling the vehicle to travel along the route by autonomous travel control; when the route travelling assist function is executed, setting a first presentation prohibition distance as the presentation prohibition distance; and when the navigation function is executed, setting a second presentation prohibition distance shorter than the first presentation prohibition distance as the presentation prohibition distance.
A method for handling an overload situation in a mobile cellular network based on one of the standards 2G, 3G or 4G/LTE and which is separated into an access network, a transport network and a core network, wherein at least one blocking relevant criterion of the mobile cellular network is monitored by measuring at least one criterion related parameter and comparing the at least one measured parameter to a certain parameter threshold, and wherein at least one countermeasure for overcoming a blocking event is triggered if the at least one measured parameter falls below or exceeds the respective parameter threshold, wherein the at least one blocking relevant criterion is related to a possible blocking event at the access network and the possible blocking event is related to an overload situation, characterised in that at least one blocking relevant criterion is related to a possible blocking event in a BTS or NodeB or eNodeB of the access network wherein the at least one countermeasure is triggered if measured parameters for a combination of blocking relevant criteria exceed at least one respective parameter threshold and/or a combination of respective parameter thresholds and wherein the multiple criteria and/or thresholds are combined by at least one AND and/or OR condition, wherein the at least one countermeasure is applied depending on the combination of criteria triggering the execution of a countermeasure and wherein the at least one countermeasure performs a temporary reduction of the access classes, and/or initiates a wait timer preventing terminals from sending additional resource and/or service requests.
A method comprising: encoding enhancement layer video for a picture organized in plural color channels, including selectively varying quantization spatially and between the plural color channels of the enhancement layer video for the picture, wherein the selectively varying quantization includes determining whether to use spatial quantization variation within the enhancement layer video for the picture and determining whether to use quantization variation between the plural color channels of the enhancement layer video for the picture; and outputting the encoded enhancement layer video for the picture in a bitstream, including signaling information that indicates an on/off decision for the spatial quantization variation within the enhancement layer video for the picture, signalling information that indicates an on/off decision for the quantization variation between the plural color channels of the enhancement layer video for the picture, and signaling quantization parameter information that indicates plural quantization parameter values in a given quantization parameter table; wherein channel-specific quantization parameters are included in the given quantization parameter table for the picture if it is signalled that quantization parameters vary spatially; and wherein a bit is set for each of the color channels indicating that the quantization parameters for said color channel are equal to a frame quantization parameter for the channel if it is determined that spatial quantization variation for the picture is used and that quantization variation between the color channels is used. encoding enhancement layer video for a picture organized in plural color channels, including selectively varying quantization spatially and between the plural color channels of the enhancement layer video for the picture, wherein the selectively varying quantization includes determining whether to use spatial quantization variation within the enhancement layer video for the picture and determining whether to use quantization variation between the plural color channels of the enhancement layer video for the picture; and outputting the encoded enhancement layer video for the picture in a bitstream, including signaling information that indicates an on/off decision for the spatial quantization variation within the enhancement layer video for the picture, signalling information that indicates an on/off decision for the quantization variation between the plural color channels of the enhancement layer video for the picture, and signaling quantization parameter information that indicates plural quantization parameter values in a given quantization parameter table; wherein channel-specific quantization parameters are included in the given quantization parameter table for the picture if it is signalled that quantization parameters vary spatially; and wherein a bit is set for each of the color channels indicating that the quantization parameters for said color channel are equal to a frame quantization parameter for the channel if it is determined that spatial quantization variation for the picture is used and that quantization variation between the color channels is used.
A dual clutch, comprising: a first clutch and a second clutch which are can be selectively closed in order to transmit torque from a drive shaft either to a first output shaft or to a second output shaft, wherein, by means of the first clutch, the drive shaft can be connected to the first output shaft and, by means of the second clutch, the drive shaft can be connected to the second output shaft in a torque-transmitting manner, and a switching unit for supplying cooling oil to the first clutch and the second clutch, characterised in that the switching unit comprises a slider and fluid ducts (8, 9, 10, 11, 12) which are operatively coupled thereto, which are brought into operative relationship with one another in such a way that the switching unit supplies cooling oil to a selected clutch of the first clutch and the second clutch depending on which of the first clutch and the second clutch is connected in a torque-transmitting manner to the first output shaft or the second output shaft. a first clutch and a second clutch which are can be selectively closed in order to transmit torque from a drive shaft either to a first output shaft or to a second output shaft, wherein, by means of the first clutch, the drive shaft can be connected to the first output shaft and, by means of the second clutch, the drive shaft can be connected to the second output shaft in a torque-transmitting manner, and a switching unit for supplying cooling oil to the first clutch and the second clutch, characterised in that the switching unit comprises a slider and fluid ducts (8, 9, 10, 11, 12) which are operatively coupled thereto, which are brought into operative relationship with one another in such a way that the switching unit supplies cooling oil to a selected clutch of the first clutch and the second clutch depending on which of the first clutch and the second clutch is connected in a torque-transmitting manner to the first output shaft or the second output shaft.
An indoor unit for an air conditioning device in which a fan and an electric component box are provided inside a body case installed in a ceiling, and a control board to control electric parts including the fan is contained in the electric component box, wherein an opening for maintenance is provided in a lower surface of the electric component box, and the control board is arranged at a slant with respect to a vertical direction so that a mounting surface in the control board is arranged obliquely downward; whereby a terminal block is contained detachably inside the electric component box, characterized in that the terminal block is arranged so as to overlap a planar region of the control board within a range of a height of the control board.
An entangling system comprising: a bed plate whereon a first preform fiber layer accumulates; characterised by an air entangling module configured to direct a jet of air toward the first preform fiber layer; and a fiber packaging apparatus configured to transport the first preform fiber layer and a second preform fiber layer; wherein the air entangling module comprises: an upper air entangling member positioned above the bed plate; and a lower air entangling member positioned below the bed plate; and wherein the bed plate comprises: an annulus comprising holes permitting passage of air through the bed plate. a bed plate whereon a first preform fiber layer accumulates; characterised by an air entangling module configured to direct a jet of air toward the first preform fiber layer; and a fiber packaging apparatus configured to transport the first preform fiber layer and a second preform fiber layer; wherein the air entangling module comprises: an upper air entangling member positioned above the bed plate; and a lower air entangling member positioned below the bed plate; and wherein the bed plate comprises: an annulus comprising holes permitting passage of air through the bed plate. an upper air entangling member positioned above the bed plate; and a lower air entangling member positioned below the bed plate; and wherein the bed plate comprises: an annulus comprising holes permitting passage of air through the bed plate. an annulus comprising holes permitting passage of air through the bed plate.
A system that facilitates connecting a wireless device to a network, comprising: a verified master device configured to have a trusted wireless connection with a network entity on the network; a wireless device configured to establish a near field communication link with the verified master device on the network; an installation component incorporated in the wireless device and/or the verified master device that is configured to invoke transfer of provisioning data, via the near field communication link, to secure a wireless connection for the wireless device to the network, characterized in that the wireless device is configured to establish a wireless connection with the network entity utilizing the provisioning data, wherein the wireless connection is secure based at least in part upon the exchanging of provisioning data between the verified master device and the wireless device via the near field communication link. a verified master device configured to have a trusted wireless connection with a network entity on the network; a wireless device configured to establish a near field communication link with the verified master device on the network; an installation component incorporated in the wireless device and/or the verified master device that is configured to invoke transfer of provisioning data, via the near field communication link, to secure a wireless connection for the wireless device to the network, characterized in that the wireless device is configured to establish a wireless connection with the network entity utilizing the provisioning data, wherein the wireless connection is secure based at least in part upon the exchanging of provisioning data between the verified master device and the wireless device via the near field communication link.
A device (20, 50) for controlling the phase of an incident optical wavefront having a wavelength in a given spectral band of use, comprising a substrate that is at least partially transparent in said spectral band and a set of blades (22 i, 23 i, 24 i) arranged substantially at right angles to the surface of the substrate, characterized in that: - said set of blades comprises an alternation of juxtaposed blades, respectively made of metal material (22 i), of a first dielectric material (23 i) and of at least one second dielectric material (24 i) different from the first dielectric material, so as to form juxtaposed metal-multidielectric-metal (MmultiDM) structures (S i), of sub-wavelength widths (w i), each structure forming a cavity exhibiting one or more propagation modes, - the respective thicknesses of the blades made of a first dielectric material and of second dielectric material(s) are adjusted in each of said MmultiDM structures to induce a local shift (ΔΦ i) of the phase of the wavefront, the local phase shift being dependent on the effective index of the mode or modes able to be propagated in said cavity. - said set of blades comprises an alternation of juxtaposed blades, respectively made of metal material (22 i), of a first dielectric material (23 i) and of at least one second dielectric material (24 i) different from the first dielectric material, so as to form juxtaposed metal-multidielectric-metal (MmultiDM) structures (S i), of sub-wavelength widths (w i), each structure forming a cavity exhibiting one or more propagation modes, - the respective thicknesses of the blades made of a first dielectric material and of second dielectric material(s) are adjusted in each of said MmultiDM structures to induce a local shift (ΔΦ i) of the phase of the wavefront, the local phase shift being dependent on the effective index of the mode or modes able to be propagated in said cavity.
Drain (1; 20; 30; 40; 50; 60; 70; 90; 100), comprising: - a collecting tray (21; 51; 62; 71; 91) for collecting water to be discharged, which collecting tray has a bottom surface (2; 31; 101) and standing walls (3; 32; 102) along the bottom surface (2; 31; 101); - horizontal flanges (5; 23; 33; 64; 72; 93; 106) arranged directed toward each other on the upper edge of the standing walls (3; 32; 102); - a clamping frame (8; 27; 35; 66; 95; 110) arranged above the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for fixedly clamping between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) a flexible layer (7; 28; 34; 68; 98; 109) surrounding the drain, such as a vinyl layer, wherein the clamping frame (8; 27; 35; 66; 95; 106) surrounds the inflow opening of the drain (1; 20; 30; 60; 70; 90; 100); - tensioning means (6, 10, 11; 24, 25, 26; 35; 42; 67; 96, 97; 108, 111) arranged between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for tensioning the clamping frame (8; 27; 35; 66; 95; 106) against the flanges (5; 23; 33; 64; 72; 93; 106), wherein the clamping frame (8; 27; 35; 66; 95; 106) comprises a peripheral profile with a substantially L-shaped cross-section, and wherein the horizontal part of the L-shaped profile lies above the horizontal flanges (5; 23; 33; 64; 72; 93; 106) characterized in that the vertical part of the profile protrudes into the opening enclosed by the horizontal flanges (5; 23; 33; 64; 72; 93; 106). - a collecting tray (21; 51; 62; 71; 91) for collecting water to be discharged, which collecting tray has a bottom surface (2; 31; 101) and standing walls (3; 32; 102) along the bottom surface (2; 31; 101); - horizontal flanges (5; 23; 33; 64; 72; 93; 106) arranged directed toward each other on the upper edge of the standing walls (3; 32; 102); - a clamping frame (8; 27; 35; 66; 95; 110) arranged above the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for fixedly clamping between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) a flexible layer (7; 28; 34; 68; 98; 109) surrounding the drain, such as a vinyl layer, wherein the clamping frame (8; 27; 35; 66; 95; 106) surrounds the inflow opening of the drain (1; 20; 30; 60; 70; 90; 100); - tensioning means (6, 10, 11; 24, 25, 26; 35; 42; 67; 96, 97; 108, 111) arranged between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for tensioning the clamping frame (8; 27; 35; 66; 95; 106) against the flanges (5; 23; 33; 64; 72; 93; 106),