mhurhangee/ep-ind-claims huggingface dataset:
A boat comprising: a hull including a port and starboard sides, a transom, a hull bottom, and a centerline running down the middle of the boat, halfway between the port and starboard sides; a propeller positioned forward of the transom and beneath the hull bottom, wherein the propeller is configured to accelerate a stream of water as a reverse race when the propeller is rotated in a direction to move the boat in reverse; a main rudder positioned aft of the propeller, the main rudder having a rotation axis about which the main rudder rotates; and a pair of flanking rudders (320, 330), one of the flanking rudders (320, 330) being positioned on the port side of the centerline, and the other flanking rudder (320, 330) being positioned on the starboard side of the centerline, each flanking rudder (320, 330) having (i) a neutral position, and (ii) a rotation axis (320a, 330a) about which that flanking rudder (320, 330) rotates, wherein the rotation axis (320a, 330a) of each of the flanking rudders (320, 330) is positioned forward of the propeller and is positioned such that each flanking rudder (320, 330) is configured to intersect the reverse race when rotated from its neutral position, characterized in that the hull is a planing hull. a hull including a port and starboard sides, a transom, a hull bottom, and a centerline running down the middle of the boat, halfway between the port and starboard sides; a propeller positioned forward of the transom and beneath the hull bottom, wherein the propeller is configured to accelerate a stream of water as a reverse race when the propeller is rotated in a direction to move the boat in reverse; a main rudder positioned aft of the propeller, the main rudder having a rotation axis about which the main rudder rotates; and a pair of flanking rudders (320, 330), one of the flanking rudders (320, 330) being positioned on the port side of the centerline, and the other flanking rudder (320, 330) being positioned on the starboard side of the centerline, each flanking rudder (320, 330) having (i) a neutral position, and (ii) a rotation axis (320a, 330a) about which that flanking rudder (320, 330) rotates, wherein the rotation axis (320a, 330a) of each of the flanking rudders (320, 330) is positioned forward of the propeller and is positioned such that each flanking rudder (320, 330) is configured to intersect the reverse race when rotated from its neutral position, characterized in that the hull is a planing hull.
A method comprising: generating, by a station, a connection establishment request comprising at least one information element indicating capability of using biometric data in an authentication procedure in a wireless access network, wherein the at least one information element indicates a network resource storing the biometric data of a user of the station, the biometric data stored beforehand in the network resource and being for comparison with reference biometric data of the user in the authentication procedure; transmitting, by the station, the connection establishment request to a network node of the wireless access network; and performing, by the station as a response to indicating that the station does not have the capability of using biometric data in the authentication procedure, a non-biometric-data-based authentication procedure. generating, by a station, a connection establishment request comprising at least one information element indicating capability of using biometric data in an authentication procedure in a wireless access network, wherein the at least one information element indicates a network resource storing the biometric data of a user of the station, the biometric data stored beforehand in the network resource and being for comparison with reference biometric data of the user in the authentication procedure; transmitting, by the station, the connection establishment request to a network node of the wireless access network; and performing, by the station as a response to indicating that the station does not have the capability of using biometric data in the authentication procedure, a non-biometric-data-based authentication procedure.
An image forming apparatus comprising: a precoat liquid a pretreatment section that applies the precoat liquid to a printing surface of a continuous recording medium to be transported; a printing section that sprays ink onto the continuous recording medium to which the precoat liquid is applied; and a transport section that transports the continuous recording medium along a predetermined path, wherein the transport section includes at least one pass roller that is disposed between the pretreatment section and the printing section, the pass roller transporting the continuous recording medium to which the precoat liquid is applied toward the printing section and coming into contact with the printing surface of the continuous recording medium, a surface of the pass roller is subjected to water-repellent finishing for the precoat liquid, characterized in that a difference between surface free energy on the surface of the pass roller and surface free energy of the precoat liquid is 10 to 35 mN/m, wherein a surface roughness Ra of the pass roller is 0.1 to 1.6. a precoat liquid a pretreatment section that applies the precoat liquid to a printing surface of a continuous recording medium to be transported; a printing section that sprays ink onto the continuous recording medium to which the precoat liquid is applied; and a transport section that transports the continuous recording medium along a predetermined path, wherein the transport section includes at least one pass roller that is disposed between the pretreatment section and the printing section, the pass roller transporting the continuous recording medium to which the precoat liquid is applied toward the printing section and coming into contact with the printing surface of the continuous recording medium, a surface of the pass roller is subjected to water-repellent finishing for the precoat liquid, characterized in that a difference between surface free energy on the surface of the pass roller and surface free energy of the precoat liquid is 10 to 35 mN/m, wherein a surface roughness Ra of the pass roller is 0.1 to 1.6.
Seating furniture (1, 24), in particular an armchair or sofa, with at least one backrest, at least one head part (4, 25), at least one head part height adjustment (11, 30) and at least one head part pivoting unit (12, 27), wherein the head part (4, 25) is held adjustably relative to the at least one backrest at least from a lower position into an upper position via the head part height adjustment (11, 30), wherein the head part (4, 25) is held pivotably relative to the head part height adjustment (11, 30) on the head part height adjustment (11, 30) via the head part pivoting unit (12, 27) and wherein the at least one head part pivoting unit (12, 27) is provided, when the head part (4, 25) is adjusted from the lower position into the upper position and/or back, at least in sections in positive engagement with at least one head part guide and displaceable along the head part guide in such a way that an adjustment of the head part pivoting unit (12, 27) relative to the head part guide is forcibly converted into a pivoting of the head part (4, 25) relative to the head part height adjustment (11, 30) and/or the backrest, characterized in that an opening of a headrest duct is provided behind the backrest for at least partial passage of the head part (4, 25), that a tier board (8, 29) for closing the opening in the upper position of the head part (4, 25) is connected to the head part (4, 25), and that at least one strut (6, 26) of the head part (4, 25) is guided through a recess in the tier board (8, 29) in such a way that the at least one strut (6, 26) can be adjusted forwards and/or backwards in the recess when the head part (4, 25) is pivoted.
A method comprising: obtaining two dimensional image data of a golf ball in flight, the two dimensional image data originating from a camera; modeling a two dimensional trace of the golf ball in flight using the two dimensional image data; obtaining radar speed data of the golf ball in flight, the radar speed data originating from a radar device associated with the camera; modeling a radial speed of the golf ball in flight using the radar speed data, wherein modeling the radial speed of the golf ball comprises fitting a polynomial function to a first portion of the radar speed data associated with an initial portion of the flight of the golf ball and fitting an exponential function to a second portion of the radar speed data associated with a later portion of the flight of the golf ball, wherein the first portion is associated with a rapid increase in the radial speed before the radial speed begins to drop off; combining the modelled radial speed of the golf ball in flight with the modelled two dimensional trace of the golf ball in flight to form a three dimensional trace of the golf ball in flight; and outputting for display the three dimensional trace of the golf ball in flight in three dimensional space. obtaining two dimensional image data of a golf ball in flight, the two dimensional image data originating from a camera; modeling a two dimensional trace of the golf ball in flight using the two dimensional image data; obtaining radar speed data of the golf ball in flight, the radar speed data originating from a radar device associated with the camera; modeling a radial speed of the golf ball in flight using the radar speed data, wherein modeling the radial speed of the golf ball comprises fitting a polynomial function to a first portion of the radar speed data associated with an initial portion of the flight of the golf ball and fitting an exponential function to a second portion of the radar speed data associated with a later portion of the flight of the golf ball, wherein the first portion is associated with a rapid increase in the radial speed before the radial speed begins to drop off; combining the modelled radial speed of the golf ball in flight with the modelled two dimensional trace of the golf ball in flight to form a three dimensional trace of the golf ball in flight; and outputting for display the three dimensional trace of the golf ball in flight in three dimensional space.
A traffic monitor, comprising: a non-imaging radiation detector; a mask comprising an arrangement of mask features; a focusing element configured to focus radiation emanating from objects moving in a traffic pattern and affected by the mask onto the non-imaging radiation detector, wherein the non-imaging radiation detector is configured to sense the radiation and to generate a time varying output signal based on sensed radiation; and signal processing circuitry configured to analyze the time varying output signal and to provide traffic information about the traffic pattern based on analysis of the time varying output signal. a non-imaging radiation detector; a mask comprising an arrangement of mask features; a focusing element configured to focus radiation emanating from objects moving in a traffic pattern and affected by the mask onto the non-imaging radiation detector, wherein the non-imaging radiation detector is configured to sense the radiation and to generate a time varying output signal based on sensed radiation; and signal processing circuitry configured to analyze the time varying output signal and to provide traffic information about the traffic pattern based on analysis of the time varying output signal.
Arrangement of packaging boxes comprising a plurality of packaging boxes (1, 2, 3) open at the top and stacked one on top of the other having a peripheral edge on their open side and each being filled with a plurality of cylindrical bodies, in particular open plastic tube bodies, which project with an open end beyond the peripheral edge of the packaging box (1, 2, 3) and form a support surface for a packaging box (1, 2, 3) arranged thereabove, wherein an intermediate layer is arranged between the support surface and the packaging box (2, 3) arranged thereabove, wherein the intermediate layer comprises a sheet-like element which has a plurality of depressions with a circular edge and wherein the depressions of the intermediate layer engage the open ends of the cylindrical bodies, characterized in that the circular edge of the depressions has a diameter substantially corresponding to the inner diameter of the cylindrical bodies.
A computing device, comprising: a processor to: translate analytic values of a data structure into raw pixel data such that each analytic value of the data structure is represented as a pixel in a video frame structure of pixels, wherein the analytic values are non-image values, and wherein the data structure is a non-image data structure; in response to a determination that a difference between the raw pixel data of a video frame and raw pixel data of a previous video frame associated with previous analytic values exceeds a specified threshold, encode the raw pixel data into an I-frame; in response to a determination that the difference does not exceed the specified threshold, encode the raw pixel data into a P-frame; provide first data associated with at least one I-frame in response to a request to view data changes exceeding the specified threshold; and provide second data associated with at least one P-frame in response to a request to view data changes not exceeding the specified threshold. translate analytic values of a data structure into raw pixel data such that each analytic value of the data structure is represented as a pixel in a video frame structure of pixels, wherein the analytic values are non-image values, and wherein the data structure is a non-image data structure; in response to a determination that a difference between the raw pixel data of a video frame and raw pixel data of a previous video frame associated with previous analytic values exceeds a specified threshold, encode the raw pixel data into an I-frame; in response to a determination that the difference does not exceed the specified threshold, encode the raw pixel data into a P-frame; provide first data associated with at least one I-frame in response to a request to view data changes exceeding the specified threshold; and provide second data associated with at least one P-frame in response to a request to view data changes not exceeding the specified threshold.
Tumble dryer (201, 301, 801) comprising a drum (202, 302, 802) that is rotatably positioned for containing laundry, and an air inlet system for via an air inlet supplying air to the drum, and a control system (205, 305) for controlling at least a drive (206, 306) of the drum and a blower (241, 341, 841), wherein a first stationary wall (271, 371) is placed near a first end surface of the drum and a second stationary wall (272, 372, 972) is placed near a second end surface of the drum, wherein the first wall (271, 371) is provided with a first air supply opening (211, 311) and the second wall (272, 372, 972) with a first air discharge opening (222, 322, 922), wherein the first air supply opening (211, 311) is placed substantially at a lower side of the first wall (271, 371), wherein the first air discharge opening (222, 322, 922) is placed substantially at an upper side of the second wall (272, 372, 972), and wherein the blower (241, 341, 841) is placed upstream from the first air supply opening (211, 311) for blowing air through the first air supply opening (211, 311) into the drum (202, 302, 802), characterized in that the second wall (272, 372, 972) is provided with a second air supply opening (221, 321, 9211, 9212), wherein the second air supply opening (221, 321, 9211, 9212) is placed substantially at a lower side of the second wall (272, 372, 972).
A water dispersible nanogel produced by a process comprising: (i) combining a monomer mixture comprising at least one monovinyl monomer, at least one divinyl monomer, a difunctional chain transfer agent, and an initiator; and (ii) polymerizing said mixture to form a water dispersible nanogel. (i) combining a monomer mixture comprising at least one monovinyl monomer, at least one divinyl monomer, a difunctional chain transfer agent, and an initiator; and (ii) polymerizing said mixture to form a water dispersible nanogel.
A weather resistant film composite comprising: a base sheet; and a cured hard coat layer disposed on the base sheet and formed from a composition comprising: a multifunctional acrylate; an aliphatic urethane acrylate resin having isocyanate functional groups; an aliphatic urethane acrylate resin having hydroxyl functional groups; an ultraviolet stabilizer; and a photoinitiator. a base sheet; and a cured hard coat layer disposed on the base sheet and formed from a composition comprising: a multifunctional acrylate; an aliphatic urethane acrylate resin having isocyanate functional groups; an aliphatic urethane acrylate resin having hydroxyl functional groups; an ultraviolet stabilizer; and a photoinitiator.
A method for predicting whether a subject is at risk of developing hypertriglyceridemia, the method comprising: a) transforming a stool sample obtained from the subject to detect the level of Escherichia coli (E. coli) in the sample; and b) determining that a higher level of E. coli in the sample compared to a control sample predicts that the subject is at risk of developing hypertriglyceridemia. a) transforming a stool sample obtained from the subject to detect the level of Escherichia coli (E. coli) in the sample; and b) determining that a higher level of E. coli in the sample compared to a control sample predicts that the subject is at risk of developing hypertriglyceridemia.
A mattress, comprising a spring core which consists of a plurality of adjoining spring strands of pocketed springs and which is respectively covered on both sides by a cover layer, characterized in that at least one folding area is formed, which extends from one edge of the spring core and/or at least one cover layer to the other edge, wherein a distance is provided between at least two spring strands, which preferably extend transversely to the longitudinal extension of the mattresses, for forming the folding area, which distance corresponds in its width to at least the height of the springs designed as coil springs.
An evacuated blood collection tube, comprising a liquid formulation that comprises a mixture of protease inhibitors, trisodium citrate, citric acid, and dextrose; wherein the mixture of protease inhibitors consists of benzamidine, soybean trypsin inhibitor, leupeptin, 4-(2-Aminoethyl) benzenesulfonyl fluoride hydrochloride (AEBSF), polybrene, and EDTA.
A method for detecting a dirty region comprising a modification of three dimensional graphics and graphics primitives within a frame encompassing three dimensional graphics (792, 794) and three dimensional graphics primitives, the method comprising: intercepting, via an agent executing on a local computing machine, a function call issued by an application generating three dimensional graphics commands; identifying, by the agent, in the intercepted function call, a drawing region within the frame containing three dimensional graphics (792, 794) generated by the application; determining at least a portion of the three dimensional graphics commands, associated with the drawing region within the frame, changed since a previously intercepted function call; extracting the changed portion of the three dimensional graphics commands; determining an absence of the identified drawing region from a back buffer; and excluding, responsive to determining the absence of the identified drawing region from the back buffer, the identified drawing region so that the changed portion only applies directly to the back buffer instead of indirectly. intercepting, via an agent executing on a local computing machine, a function call issued by an application generating three dimensional graphics commands; identifying, by the agent, in the intercepted function call, a drawing region within the frame containing three dimensional graphics (792, 794) generated by the application; determining at least a portion of the three dimensional graphics commands, associated with the drawing region within the frame, changed since a previously intercepted function call; extracting the changed portion of the three dimensional graphics commands; determining an absence of the identified drawing region from a back buffer; and excluding, responsive to determining the absence of the identified drawing region from the back buffer, the identified drawing region so that the changed portion only applies directly to the back buffer instead of indirectly.
A direct bonding method between at least a first layer comprising silicon oxide having a thickness equal to or higher than about 10 nm and a second layer of material having hydrophilicity, comprising at least the steps of: - making the first layer on a first substrate such that the absorbance value of this first layer, at a vibration frequency of silanol bonds present in the first layer equal to about 3660 cm -1, is equal to or higher than about 1.5×10 -5 nm -1, the silanol bonds being formed in at least part of the thickness of the first layer from a surface of the first layer to a depth which is equal to or higher than about 10 nm; - direct bonding between the first layer and the second layer. - making the first layer on a first substrate such that the absorbance value of this first layer, at a vibration frequency of silanol bonds present in the first layer equal to about 3660 cm -1, is equal to or higher than about 1.5×10 -5 nm -1, the silanol bonds being formed in at least part of the thickness of the first layer from a surface of the first layer to a depth which is equal to or higher than about 10 nm; - direct bonding between the first layer and the second layer.
A parking brake for a motor vehicle, said brake comprising: - a lever device for manual operation by an operator; - a braking device, actuated by said lever device and operable to act on braking means operatively connected to the wheels of the motor vehicle; and - a hydraulic actuator being operatively connected, through a cam in common with said lever device, to said braking device and being pressurized when the engine of the said vehicle is running; and wherein the braking means is activated either automatically by the hydraulic circuit of the motor vehicle when the engine of the motor vehicle is off or alternatively, by a manual command effected by the operator through said lever device whatever the running state of the engine of the motor vehicle; and characterized in that the cam in common between said lever device and said hydraulic actuator is provided with two shaped cavities (78, 79) designed to receive respective engagement means (83, 74) for engagement and disengagement of said braking means. - a lever device for manual operation by an operator; - a braking device, actuated by said lever device and operable to act on braking means operatively connected to the wheels of the motor vehicle; and - a hydraulic actuator being operatively connected, through a cam in common with said lever device, to said braking device and being pressurized when the engine of the said vehicle is running; and
A fusion protein comprising a first domain and a second domain, wherein the first domain is a polypeptide that binds to an OX40 ligand and the second domain is a polypeptide that binds to a TRAIL receptor and directs inhibitory signals through cognate receptors on T cells or other cells bearing a TRAIL receptor, a) wherein the first domain is at least a portion of the extracellular domain of OX40 and the second domain is at least a portion of the extracellular domain of TRAIL; or b) wherein the first domain is OX40 and the second domain is FasL. a) wherein the first domain is at least a portion of the extracellular domain of OX40 and the second domain is at least a portion of the extracellular domain of TRAIL; or b) wherein the first domain is OX40 and the second domain is FasL.