mhurhangee/ep-ind-claims huggingface dataset:
Method for the management of icons in a navigation database comprising: storing data for a plurality of icons in one single data array representing a first single image containing the plurality of icons; storing data for another plurality of icons in another single data array representing a second single image containing the other plurality of icons; loading only one of the single data arrays in a graphic memory of a navigation system according to a navigation mode of the navigation system; and retrieving at least one icon from the single data array loaded in the graphic memory for display on a display device; wherein: the first single image is calculated from individual images representing the plurality of icons individually; and the second single image is calculated from individual images representing the other plurality of icons individually; and wherein each of the data arrays is a table comprising information on the width, height, and coordinates of the icons in the corresponding image and comprising the icons at particular positions of the corresponding image. storing data for a plurality of icons in one single data array representing a first single image containing the plurality of icons; storing data for another plurality of icons in another single data array representing a second single image containing the other plurality of icons; loading only one of the single data arrays in a graphic memory of a navigation system according to a navigation mode of the navigation system; and retrieving at least one icon from the single data array loaded in the graphic memory for display on a display device; wherein: the first single image is calculated from individual images representing the plurality of icons individually; and the second single image is calculated from individual images representing the other plurality of icons individually; and the first single image is calculated from individual images representing the plurality of icons individually; and the second single image is calculated from individual images representing the other plurality of icons individually; and wherein each of the data arrays is a table comprising information on the width, height, and coordinates of the icons in the corresponding image and comprising the icons at particular positions of the corresponding image.
A patient transfer apparatus for assisting in the movement of an immobile patient on a supporting surface, the apparatus comprising: an elongate open-ended tube formed from at least one sheet material such that when it is arranged flattened on the supporting surface it forms first and second tube portions having internal surfaces engaging each other and able to slide over one another, wherein the elongate open-ended tube is formed from flexible sheet material which is collapsible onto the supporting surface; and a plurality of flap portions (34, 36, 38, 40) of the sheet material extending from at least one open end (30, 32) of the open-ended tube, characterised in that a first partial circumference at a first end of the elongate open-ended tube extends into a first upper flap portion of the flexible sheet material and a second partial circumference at the first end of the elongate open-ended tube extends into a first lower flap portion of the flexible sheet material, wherein the first lower flap portion of the flexible sheet material extends beyond the first upper flap portion of the flexible sheet material and a third partial circumference at a second end of the elongate open-ended tube extends into a second upper flap portion of the flexible sheet material and a fourth partial circumference at the second end of the elongate open-ended tube extends into a second lower flap portion of the flexible sheet material, wherein the second upper flap portion of the flexible sheet material extends beyond the second lower flap portion of the flexible sheet material, whereby when collapsed onto the supporting surface the first upper flap portion of the flexible sheet material and second upper flap portion of the flexible sheet material are substantially coplanar and patient-bearing and the first lower flap portion of the flexible sheet material and second lower flap portion of the flexible sheet material are substantially coplanar and supporting surface bearing such that internal surfaces of the flexible sheet material are slidably engaged in an offset arrangement. an elongate open-ended tube formed from at least one sheet material such that when it is arranged flattened on the supporting surface it forms first and second tube portions having internal surfaces engaging each other and able to slide over one another, wherein the elongate open-ended tube is formed from flexible sheet material which is collapsible onto the supporting surface; and a plurality of flap portions (34, 36, 38, 40) of the sheet material extending from at least one open end (30, 32) of the open-ended tube,
Method for producing a fibre-reinforced component of a rotor blade of a wind turbine, wherein at least one fibre-containing semi-finished product is placed onto a contact surface of a production mould for the component to be produced, the fibre-containing semi-finished product is soaked with resin or has already been soaked with resin at least in some areas, heat for curing is supplied to the area of the fibre-containing semi-finished product that is soaked with resin, by means of at least one first heating means arranged on a side of the contact surface facing away from the resin-soaked fibre-containing semi-finished product, characterised in that heat for curing is supplied to the area of the fibre-containing semi-finished product that is soaked with resin from at least two opposite sides, at least one further heating means (4, 6, 7) is arranged along the contact surface and in that the contact surface is arranged between the first heating means and the at least one further heating means (4, 6, 7), and the at least one further heating means is designed as a heating cover which is placed onto the side, facing away from the first heating means, of the fibre-containing semi-finished product infused with the resin system, and the contact surface and the at least one heating cover together substantially completely enclose the resin-soaked area of the fibre-containing semi-finished product.
A memory device, comprising: a command address interface a plurality of bank group clusters (131a, 131b); each of the bank group clusters (131a, 131b) comprising a plurality of respective bank groups (141, 142, 143,144); each of the bank groups comprising a plurality of respective memory banks (151a, 151b, 151c, 152a, 152b, 152c, 153a, 153b, 153c,); wherein successive accesses to different memory banks (151a, 151b, 151c, 152a, 152b, 152c,) that are members of the same bank group have a first command to command delay interval for a first type of command received via the command address interface; successive accesses to memory banks (151a, 153a) that are members of different bank groups (141, 142) and of the same bank group cluster have a second command to command delay interval for the first type of command received via the command address interface; and characterized by successive accesses to memory banks (151c, 153c) that are members of different bank group clusters (131a, 131b) have a third command to command delay interval for the first type of command received via the command address interface, wherein the first command to command delay interval, the second command to command delay interval, and the third command to command delay interval are all not equal. a command address interface a plurality of bank group clusters (131a, 131b); each of the bank group clusters (131a, 131b) comprising a plurality of respective bank groups (141, 142, 143,144); each of the bank groups comprising a plurality of respective memory banks (151a, 151b, 151c, 152a, 152b, 152c, 153a, 153b, 153c,); wherein successive accesses to different memory banks (151a, 151b, 151c, 152a, 152b, 152c,) that are members of the same bank group have a first command to command delay interval for a first type of command received via the command address interface; successive accesses to memory banks (151a, 153a) that are members of different bank groups (141, 142) and of the same bank group cluster have a second command to command delay interval for the first type of command received via the command address interface; and characterized by successive accesses to memory banks (151c, 153c) that are members of different bank group clusters (131a, 131b) have a third command to command delay interval for the first type of command received via the command address interface, wherein the first command to command delay interval, the second command to command delay interval, and the third command to command delay interval are all not equal.
A combustion device allowing for an easy wick installation comprising: a container having a space forming a fuel tank; a wick holder mounted in the container, wherein the wick holder, along an outer peripheral edge thereof, has a resilient structure and defines an elastic portion, and wherein the elastic portion is resiliently deformable and abuts against an inner peripheral edge of the container, thereby fitting in the container, and a wick insertably mounted on the wick holder, wherein the wick has a first end inserted into the fuel tank and a second end protruding on a side of the wick holder opposite to the fuel tank, characterised in that the elastic portion is in a form including a plurality of helical coils, and wherein the plurality of helical coils are connected to one another in series and arranged one after another annularly. a container having a space forming a fuel tank; a wick holder mounted in the container, wherein the wick holder, along an outer peripheral edge thereof, has a resilient structure and defines an elastic portion, and wherein the elastic portion is resiliently deformable and abuts against an inner peripheral edge of the container, thereby fitting in the container, and a wick insertably mounted on the wick holder, wherein the wick has a first end inserted into the fuel tank and a second end protruding on a side of the wick holder opposite to the fuel tank, characterised in that the elastic portion is in a form including a plurality of helical coils, and wherein the plurality of helical coils are connected to one another in series and arranged one after another annularly.
Reinforcement element made of a foamable material for reinforcement in cavities of structural components, characterized in that at the external side of the foamable material the arrangement has, at least to some extent, a fibre material in which the fibres are unidirectional or take the form of woven fabric or knitted fabric or of multiaxial laid scrim, and to which a curing adhesive composition has been provided.
A method for detecting sepsis in canine subjects comprising the steps of: obtaining a concentration of c-reactive protein in an isolated blood serum sample; obtaining a concentration of C-type-natriuretic peptide in an isolated blood serum sample; obtaining the enzymatic level of thymidine kinase in an isolated blood serum sample; and computing said index value using said enzymatic level of thymidine kinase, said concentration of C-type natriuretic peptide and said concentration of c-reactive protein; and determining the canine subject is a carrier of sepsis if said index value is above a value of one. obtaining a concentration of c-reactive protein in an isolated blood serum sample; obtaining a concentration of C-type-natriuretic peptide in an isolated blood serum sample; obtaining the enzymatic level of thymidine kinase in an isolated blood serum sample; and computing said index value using said enzymatic level of thymidine kinase, said concentration of C-type natriuretic peptide and said concentration of c-reactive protein; and determining the canine subject is a carrier of sepsis if said index value is above a value of one.
A kit comprising reagents for detecting the identity of the following nucleotides: Serpin A10 (protein Z inhibitor) Arg67Stop, Serpin C1 (antithrombin) Ala384Ser (Cambridge II), factor XII C46T, factor XIII Val34Leu, Factor II (prothrombin) G20210A, factor V Leiden Arg506Gln, factor V Cambridge Arg306Thr, factor V Hong Kong Arg306Gly, ABO blood group rs8176719, ABO blood group rs7853989, ABO blood group rs8176743, and ABO blood group rs8176750, wherein the kit comprises the primer pairs specific for the amplification of the regions comprising at least Serpin A10 (protein Z inhibitor) Arg67Stop, Serpin C1 (antithrombin) Ala384Ser (Cambridge II), factor XII C46T, factor XIII Val34Leu, Factor II (prothrombin) G20210A, factor V Leiden Arg506Gln, factor V Cambridge Arg306Thr, factor V Hong Kong Arg306Gly, ABO blood group rs8176719, ABO blood group rs7853989, ABO blood group rs8176743, and ABO blood group rs8176750.
A projector housing, comprising a housing body and a support, wherein the support is arranged on the housing body in an openable or closable manner, the housing body is provided with a first heat dissipation hole which is arranged at an inner side of the support, and when closed on the housing body, the support shields the first heat dissipation hole; wherein the first heat dissipation hole is arranged on a bottom wall of the housing body, and the support comprises a support cover plate for shielding the first heat dissipation hole; and wherein a second heat dissipation hole is arranged on a side wall of the housing body; characterized by that, the support further comprises: a side frame; the side frame is connected to the support cover plate, the side frame is provided with a second dustproof net, and when the support is at a closed position, the second dustproof net shields one side of the second heat dissipation hole.
Sanitary article arrangement comprising a sanitary body having a receiving space, in particular for receiving human excreta, the receiving space being provided by a wall, which wall has an inner surface facing the receiving space and an outer surface facing away from the receiving space, and a cooling element, the cooling element being arranged outside the receiving space in such a way that at least a surface area of the inner surface can be cooled by the cooling element so that a layer of ice can be provided on the inner surface, characterized in that the sanitary article arrangement further comprises at least one water outlet, which water outlet is directed towards said surface area, such that said surface area is wettable by wetting water flowing out of the water outlet. a sanitary body having a receiving space, in particular for receiving human excreta, the receiving space being provided by a wall, which wall has an inner surface facing the receiving space and an outer surface facing away from the receiving space, and a cooling element, the cooling element being arranged outside the receiving space in such a way that at least a surface area of the inner surface can be cooled by the cooling element so that a layer of ice can be provided on the inner surface, characterized in that the sanitary article arrangement further comprises at least one water outlet, which water outlet is directed towards said surface area, such that said surface area is wettable by wetting water flowing out of the water outlet.
An MBMS technology-based emergency communication method, comprising: receiving information for establishing an air interface bearer, wherein the information is sent by a terrestrial radio access network, E-UTRAN/UTRAN, the air interface bearer is an air interface bearer established by the E-UTRAN/UTRAN for a multimedia broadcast/multicast, MBMS, communication channel, the information indicates that the air interface bearer has a highest scheduling priority and is not stopped and instructs a user side device to monitor the air interface bearer in real time, and the MBMS communication channel is an MBMS communication channel initiated by a broadcast/multicast service center, BM-SC; establishing the air interface bearer with the E-UTRAN/UTRAN, and monitoring the air interface bearer in real time; and receiving emergency information that is sent by the E-UTRAN/UTRAN from the air interface bearer, wherein the emergency information is emergency information sent by a multimedia broadcast/multicast gateway, MBMS-GW, to the E-UTRAN/UTRAN through the MBMS communication channel, wherein a reserved temporary mobile group identity, TMGI, is added in the information for establishing the MBMS communication channel to indicate that the MBMS communication channel has the highest scheduling priority and is not stopped and instruct the user side device to monitor the MBMS communication channel in real time. receiving information for establishing an air interface bearer, wherein the information is sent by a terrestrial radio access network, E-UTRAN/UTRAN, the air interface bearer is an air interface bearer established by the E-UTRAN/UTRAN for a multimedia broadcast/multicast, MBMS, communication channel, the information indicates that the air interface bearer has a highest scheduling priority and is not stopped and instructs a user side device to monitor the air interface bearer in real time, and the MBMS communication channel is an MBMS communication channel initiated by a broadcast/multicast service center, BM-SC; establishing the air interface bearer with the E-UTRAN/UTRAN, and monitoring the air interface bearer in real time; and receiving emergency information that is sent by the E-UTRAN/UTRAN from the air interface bearer, wherein the emergency information is emergency information sent by a multimedia broadcast/multicast gateway, MBMS-GW, to the E-UTRAN/UTRAN through the MBMS communication channel, wherein a reserved temporary mobile group identity, TMGI, is added in the information for establishing the MBMS communication channel to indicate that the MBMS communication channel has the highest scheduling priority and is not stopped and instruct the user side device to monitor the MBMS communication channel in real time.
Cooling circuit arrangement, comprising - a number of juxtaposed racks (30; 302, 304, 306) separating a cold aisle (34; 303, 303') from a hot aisle (36; 305, 305'), - a double bottom consisting of double bottom elements (32; 320, 322, 324, 326, 328; 402, 406) mounted on a base bottom on which double bottom the racks (30; 302, 304, 306) are mounted; - electric or electronic components to be cooled, which components are accommodated in the racks (30; 302, 304, 306); and - a cooling system comprising fans which is accommodated in the double bottom, characterized in that at least a part of the electric or electronic components is equipped with a fan, and that the cooling system, the components thereof being exclusively accommodated in the double bottom, does not include its own fans, but at least one heat exchanger which is accommodated in one or multiple double bottom elements (32; 320, 322, 324, 326, 328; 402, 406) below at least one rack (30; 302, 304, 306) or in one or multiple double bottom elements (32; 320, 322, 324, 326, 328; 402, 406) of the hot aisle (305, 305'). - a number of juxtaposed racks (30; 302, 304, 306) separating a cold aisle (34; 303, 303') from a hot aisle (36; 305, 305'), - a double bottom consisting of double bottom elements (32; 320, 322, 324, 326, 328; 402, 406) mounted on a base bottom on which double bottom the racks (30; 302, 304, 306) are mounted; - electric or electronic components to be cooled, which components are accommodated in the racks (30; 302, 304, 306); and - a cooling system comprising fans which is accommodated in the double bottom,
A transport device for a welding wire, including at least one roller pair comprised of a drive roller and a pressure roller, wherein the drive roller is coupleable with a drive motor, and a device for tensioning the welding wire, wherein the pressure roller is mounted in a pivotable pressure lever and the tensioning means comprises a tension bracket capable of being connected with the pressure lever for fixation and pressure application, wherein the tensioning means comprises a means for adjusting the application pressure exerted by the pressure roller on the welding wire, said means being comprised of a tie rod, a spring element and an adjustment disc, and the tension bracket and the pressure lever comprise a fixing means, characterized in that the fixing means is formed by at least one bore provided on the tension bracket or on the pressure lever, and a corresponding fixing pin provided on the pressure lever or on the tension bracket, respectively, and engageable in the bore.
A coating composition comprising: (i) a poly(meth)acrylate dispersion, wherein said poly(meth)acrylate has a minimum film formation temperature (MFFT), as determined by ASTM D2354-10e1, of 5 °C or less; (ii) solid, spherical filler particles having a D 98, as determined according to ISO 13320 by using a Mastersizer 2000, with a Hydro G dispersion unit, of less than 25 μm; (iii) lamellar filler particles, preferably inorganic lamellar filler particles; and (iv) water, wherein said composition comprises a higher weight % of said solid, spherical filler particles than said lamellar filler particles, and preferably wherein the weight ratio of said solid, spherical filler particles to said lamellar filler particles is at least 1.2:1. (i) a poly(meth)acrylate dispersion, wherein said poly(meth)acrylate has a minimum film formation temperature (MFFT), as determined by ASTM D2354-10e1, of 5 °C or less; (ii) solid, spherical filler particles having a D 98, as determined according to ISO 13320 by using a Mastersizer 2000, with a Hydro G dispersion unit, of less than 25 μm; (iii) lamellar filler particles, preferably inorganic lamellar filler particles; and (iv) water,
An apparatus to form a fluid pathway between first and second luminal structures comprising: a hollow central member having distal and proximal ends, a distal anchor coupled to the distal end of said central member and adapted to be inserted through a wall of said first luminal structure and a wall of said second luminal structure and adapted to be positioned in or about the second luminal structure, and a proximal anchor coupled to the proximal end of said central member and adapted to be positioned in or about the first luminal structure, wherein the distal and proximal anchors (4110 and 4112) are capable of moving toward each other and approximating the two luminal structures, characterized in that the distal and proximal anchors (4110 and 4112) are each capable of fully curling and forming a substantially round ring like shape to present an anchor interface with tissue that reduces trauma to the tissue. a hollow central member having distal and proximal ends, a distal anchor coupled to the distal end of said central member and adapted to be inserted through a wall of said first luminal structure and a wall of said second luminal structure and adapted to be positioned in or about the second luminal structure, and a proximal anchor coupled to the proximal end of said central member and adapted to be positioned in or about the first luminal structure, wherein the distal and proximal anchors (4110 and 4112) are capable of moving toward each other and approximating the two luminal structures, characterized in that the distal and proximal anchors (4110 and 4112) are each capable of fully curling and forming a substantially round ring like shape to present an anchor interface with tissue that reduces trauma to the tissue.