mhurhangee/ep-ind-claims huggingface dataset:
A shaving aid composition comprising: a glycol, an humectant, including polyhydric alcohols selected from the group consisting of glycerin, sorbitol and mixture thereof a soap base which is sodium and/or potassium cocoate, stearate, palmitate, myristate and mixtures thereof, and a surfactant being sodium laureth sulfate, characterized in that it further comprises: about 0.5 to 4%, preferably 1.5 to 3.5% by weight of a film former wherein the film former is a mixture comprising hydrogenated polycyclopentadiene, polyethylene, copernica cerifera wax and tocopherol said percentage being calculated with respect to the total weight of the shaving aid composition. a glycol, an humectant, including polyhydric alcohols selected from the group consisting of glycerin, sorbitol and mixture thereof a soap base which is sodium and/or potassium cocoate, stearate, palmitate, myristate and mixtures thereof, and a surfactant being sodium laureth sulfate, characterized in that it further comprises: about 0.5 to 4%, preferably 1.5 to 3.5% by weight of a film former wherein the film former is a mixture comprising hydrogenated polycyclopentadiene, polyethylene, copernica cerifera wax and tocopherol said percentage being calculated with respect to the total weight of the shaving aid composition. about 0.5 to 4%, preferably 1.5 to 3.5% by weight of a film former wherein the film former is a mixture comprising hydrogenated polycyclopentadiene, polyethylene, copernica cerifera wax and tocopherol said percentage being calculated with respect to the total weight of the shaving aid composition.
An ultra wide-angle imaging lens device consisting of, in order from an object side: a negative first lens having a meniscus shape with a convex surface directed to the object side; a negative second lens having a concave surface directed to an image side and having at least one aspheric surface; a positive third lens having a convex surface directed to the object side and having at least one aspheric surface; a stop; and a positive fourth lens having a convex surface directed to the image side and having at least one aspheric surface, wherein the following conditional expression is satisfied: − 3.2 < L / f 34 < 3.2 0.18 < d 2 / L < 0.30 d 4 / L < 0.10 where L denotes a distance on an optical axis from an object side surface of the first lens to an image formation surface, f 34 denotes a composite focal length of the third and fourth lenses, d 2 denotes an on-axis space between the first lens and the second lens, and d 4 denotes an on-axis space between the second lens and the third lens. a negative first lens having a meniscus shape with a convex surface directed to the object side; a negative second lens having a concave surface directed to an image side and having at least one aspheric surface; a positive third lens having a convex surface directed to the object side and having at least one aspheric surface; a stop; and a positive fourth lens having a convex surface directed to the image side and having at least one aspheric surface, wherein the following conditional expression is satisfied: − 3.2 < L / f 34 < 3.2 0.18 < d 2 / L < 0.30 d 4 / L < 0.10 where L denotes a distance on an optical axis from an object side surface of the first lens to an image formation surface, f 34 denotes a composite focal length of the third and fourth lenses, d 2 denotes an on-axis space between the first lens and the second lens, and d 4 denotes an on-axis space between the second lens and the third lens.
A stent graft with a hollow cylindrical body and a sleeve catheter, wherein the body has at least one self-expanding stent and a prosthetic material, wherein the body, in a compressed state, has a circumference that is smaller than a circumference of the body in an expanded state, wherein the sleeve catheter is designed as a flap-shaped compression element having two longitudinal edges (22, 24), characterized in that a first longitudinal edge is secured on the prosthetic material of the body, wherein an extent of the flap-shaped compression element perpendicular to the first longitudinal edge is smaller than the circumference of the body in the expanded state, wherein, for the purpose of compressing the body, the flap-shaped compression element can be placed around the body and a free, second longitudinal edge is releasably attachable to fixation points arranged on the body and/or on the flap-shaped compression element.
Security method for the verification of an Information Retrieval Request which requests a transmission of data from a Location Register Server to a Sending Entity in a Mobile Communication Network, comprising the following steps: - Receive an Information Retrieval Request from the Sending Entity by a Receiving Module of a Security Device, wherein the Sending Entity is a Home Location Register Server (HLR, fHLR), - Extract at least one Specification Code for specifying the Sending Entity and/or a Mobile Subscriber out of the Information Retrieval Request, - Compare the extracted at least one Specification Code to a Verification List, - Based on the result of the comparison with the Verification List, allow or prohibit the transmission of data requested in the Information Retrieval Request. - Receive an Information Retrieval Request from the Sending Entity by a Receiving Module of a Security Device, wherein the Sending Entity is a Home Location Register Server (HLR, fHLR), - Extract at least one Specification Code for specifying the Sending Entity and/or a Mobile Subscriber out of the Information Retrieval Request, - Compare the extracted at least one Specification Code to a Verification List, - Based on the result of the comparison with the Verification List, allow or prohibit the transmission of data requested in the Information Retrieval Request.
Valve group housable in extractable manner in a housing compartment of a pump body of a pump of a vehicle cooling circuit, wherein the valve group has a closed configuration in which the transit of the cooling liquid is prevented, and comprises: - a valve body, formed of an element elongated along a rotation axis (Y-Y), fitted with a through duct, with at least one entrance mouth through which the cooling liquid accesses and at least one exit mouth (14") through which the cooling liquid exits, comprising a plate on the bottom, side walls, projecting axially from the plate, and a tubular head, which surmounts and joins the side walls on the side opposite the plate, wherein between said side walls is defined the duct; and - an obturator, housed in said duct, rotating around said rotation axis (Y-Y), wherein the obturator comprises an active portion rotating in an offset manner in relation to said rotation axis (Y-Y) and suitable for obstructing, in a closed position, the passage of liquid through the duct, wherein the valve group is characterized by the fact that said active portion, during the rotation of the obturator, is moved radially, so as to be brought closer to the access mouth or to the exit mouth (14") to be obstructed, by a cam body, comprised by the valve body, suitable to engage the active portion so as to obtain said radial movement. - a valve body, formed of an element elongated along a rotation axis (Y-Y), fitted with a through duct, with at least one entrance mouth through which the cooling liquid accesses and at least one exit mouth (14") through which the cooling liquid exits, comprising a plate on the bottom, side walls, projecting axially from the plate, and a tubular head, which surmounts and joins the side walls on the side opposite the plate, wherein between said side walls is defined the duct; and - an obturator, housed in said duct, rotating around said rotation axis (Y-Y), wherein the obturator comprises an active portion rotating in an offset manner in relation to said rotation axis (Y-Y) and suitable for obstructing, in a closed position, the passage of liquid through the duct,
A connecting rod for an internal combustion engine, comprising: a connecting hole through which a power transmitting pin is slidably fitted, the connecting hole being formed by coating an inner peripheral surface of a base material hole formed in a connecting rod base material with a coating material which is softer than the connecting rod base material, wherein the base material hole includes: a cylindrical inner surface portion with a constant inner diameter, formed in an axially central region; and wherein the coating layer formed from the coating material includes: a first coating portion deposited on the cylindrical inner surface portion and having an inner face with an approximately constant inner diameter characterised in that the base material hole further includes a tapered inner surface portion that is continuous with an axially outer side of the cylindrical inner portion and is radially enlarged in an axially outward direction and in that the coating layer further includes a second coating portion deposited on the tapered inner surface portion to adjoin the first coating portion and gradually increasing in material thickness in the axially outward direction. a connecting hole through which a power transmitting pin is slidably fitted, the connecting hole being formed by coating an inner peripheral surface of a base material hole formed in a connecting rod base material with a coating material which is softer than the connecting rod base material, wherein the base material hole includes: a cylindrical inner surface portion with a constant inner diameter, formed in an axially central region; and a cylindrical inner surface portion with a constant inner diameter, formed in an axially central region; and wherein the coating layer formed from the coating material includes: a first coating portion deposited on the cylindrical inner surface portion and having an inner face with an approximately constant inner diameter characterised in that the base material hole further includes a tapered inner surface portion that is continuous with an axially outer side of the cylindrical inner portion and is radially enlarged in an axially outward direction and in that the coating layer further includes a second coating portion deposited on the tapered inner surface portion to adjoin the first coating portion and gradually increasing in material thickness in the axially outward direction. a first coating portion deposited on the cylindrical inner surface portion and having an inner face with an approximately constant inner diameter characterised in that the base material hole further includes a tapered inner surface portion that is continuous with an axially outer side of the cylindrical inner portion and is radially enlarged in an axially outward direction and in that the coating layer further includes a second coating portion deposited on the tapered inner surface portion to adjoin the first coating portion and gradually increasing in material thickness in the axially outward direction.
A method of estimating a fractional concentration of clinically-relevant DNA in a biological sample of a subject, the biological sample including the clinically-relevant DNA and other DNA that are cell-free, the method comprising: analyzing a plurality of cell-free DNA fragments from the biological sample to obtain sequence reads, wherein the sequence reads include ending sequences corresponding to ends of the plurality of cell-free DNA fragments; for each of the plurality of cell-free DNA fragments, determining a sequence motif for each of one or more ending sequences of the cell-free DNA fragment; determining relative frequencies of a set of one or more sequence motifs corresponding to the ending sequences of the plurality of cell-free DNA fragments, wherein a relative frequency of a sequence motif provides a proportion of the plurality of cell-free DNA fragments that have an ending sequence corresponding to the sequence motif; determining an aggregate value of the relative frequencies of the set of one or more sequence motifs; and determining a classification of the fractional concentration of clinically-relevant DNA in the biological sample by comparing the aggregate value to one or more calibration values determined from one or more calibration samples whose fractional concentration of clinically-relevant DNA are known. analyzing a plurality of cell-free DNA fragments from the biological sample to obtain sequence reads, wherein the sequence reads include ending sequences corresponding to ends of the plurality of cell-free DNA fragments; for each of the plurality of cell-free DNA fragments, determining a sequence motif for each of one or more ending sequences of the cell-free DNA fragment; determining relative frequencies of a set of one or more sequence motifs corresponding to the ending sequences of the plurality of cell-free DNA fragments, wherein a relative frequency of a sequence motif provides a proportion of the plurality of cell-free DNA fragments that have an ending sequence corresponding to the sequence motif; determining an aggregate value of the relative frequencies of the set of one or more sequence motifs; and determining a classification of the fractional concentration of clinically-relevant DNA in the biological sample by comparing the aggregate value to one or more calibration values determined from one or more calibration samples whose fractional concentration of clinically-relevant DNA are known.
A lens barrel, comprising: a support frame; a shaft; a movable frame configured to be slidably guided by the shaft and moves in an axial direction; and an actuator configured to move the movable frame relative to the support frame in the axial direction; characterized in that the lens barrel further comprises support portions (55, 61) configured to movably support the shaft with respect to the support frame in the axial direction at an amplitude smaller than a maximum amplitude at which the movable frame is relatively moved in the axial direction, the support portions (55, 61) being provided separately from the actuator. a support frame; a shaft; a movable frame configured to be slidably guided by the shaft and moves in an axial direction; and an actuator configured to move the movable frame relative to the support frame in the axial direction; characterized in that the lens barrel further comprises support portions (55, 61) configured to movably support the shaft with respect to the support frame in the axial direction at an amplitude smaller than a maximum amplitude at which the movable frame is relatively moved in the axial direction, the support portions (55, 61) being provided separately from the actuator.
Device for carrying out a process for hydrogen chloride synthesis from chlorine and hydrogen or from chlorine and hydrocarbons, having integrated heat recovery, characterised in that the flue and the combustion chamber are the same apparatus, in which method a H 2 Cl 2 diffusion burner is concentrically placed into the flue, the combustion chamber and a heat exchanger being arranged in the steam drum of a fire-tube boiler which operates according to the waste-heat boiler principle, and in that a reversal chamber having a wielded-on steam header is located above the flame, which steam header is provided with a steam outlet, and in that the flame direction of the flue can be operated from the bottom upwards.
A mobile station of an orthogonal frequency division multiplexing access OFDMA system having a variable number of subchannels according to communication environments, the mobile station comprising: a modulator for modulating transmit data according to a number of allocated subchannels and outputting the transmit data; a variable gain amplifier for amplifying the transmit data outputted by the modulator and transmitting the amplified transmit data to a base station through an antenna; a gain controller for controlling a gain of the transmit data inputted to the variable gain amplifier from the modulator according to a subchannel gain value corresponding to the number of subchannels, the subchannel gain value being predetermined according to the number of subchannels so as to maintain the output value inputted to the variable gain amplifier from the modulator to be constant; and a power controller (280, 290, 300) for generating a power control gain for controlling power of the transmit data except the subchannel gain value with reference to a signal received from the base station through the antenna, and outputting the power control gain to the variable gain amplifier. a modulator for modulating transmit data according to a number of allocated subchannels and outputting the transmit data; a variable gain amplifier for amplifying the transmit data outputted by the modulator and transmitting the amplified transmit data to a base station through an antenna; a gain controller for controlling a gain of the transmit data inputted to the variable gain amplifier from the modulator according to a subchannel gain value corresponding to the number of subchannels, the subchannel gain value being predetermined according to the number of subchannels so as to maintain the output value inputted to the variable gain amplifier from the modulator to be constant; and a power controller (280, 290, 300) for generating a power control gain for controlling power of the transmit data except the subchannel gain value with reference to a signal received from the base station through the antenna, and outputting the power control gain to the variable gain amplifier.
A pump body for governing hydraulic actuators of disk brakes for bicycles or motorcycles, comprising: a cylinder with a chamber for compression of the fluid (5, 35), communicating with the hydraulic actuator; and a piston assembly (2, 43), mobile with respect to the cylinder and provided with a stem and a primary gasket (4, 44) providing a seal between said piston and said cylinder; wherein a movement of downstroke of the piston (2, 43) determines a reduction of the volume of the compression chamber (5, 35) and the displacement towards the actuator of a corresponding volume of working fluid, corresponding and wherein, in said movement of downstroke, the piston is mobile between a first position upstream, a second, intermediate, position downstream, and at least one third position downstream, said pump body being characterized in that said gasket (4,44) is arranged to slide on a surface having portions of different diameters in correspondence of said positions (P1; P2; P3) of the piston, and by the fact that given the same extent of the movement of the piston the reduction in volume of the compression chamber is greater upstream of the position with respect to the volume displaced downstream of said position. a cylinder with a chamber for compression of the fluid (5, 35), communicating with the hydraulic actuator; and a piston assembly (2, 43), mobile with respect to the cylinder and provided with a stem and a primary gasket (4, 44) providing a seal between said piston and said cylinder; wherein a movement of downstroke of the piston (2, 43) determines a reduction of the volume of the compression chamber (5, 35) and the displacement towards the actuator of a corresponding volume of working fluid, corresponding and wherein, in said movement of downstroke, the piston is mobile between a first position upstream, a second, intermediate, position downstream, and at least one third position downstream,
A base station in a 2G, 2.5G, 3G or 802.16 network or a radio access network, RAN, comprising at least one base station radio processing unit and at least one wire interface unit, wherein the base station radio processing unit is adapted to process access of an user station; the base station is further adapted to send data from the user station to the wire interface unit or send data from the wire interface unit to the user station; the wire interface unit is adapted to interconnect with a DSL Modem via a wire line; the wire interface unit is further adapted to send data from the base station radio processing unit to the DSL Modem after processing the data for wire interface transmission, or send data from the DSL Modem to the base station radio processing unit after processing the data for wire interface receiving.
A method for electromagnetic detection, inspection and characterization of a metallic interference mass that lies concealed under a ground surface and in particular for detecting unexploded ordnance, using an electromagnetic excitation by means of conductor loops or excitation coils, through which pulsed currents flow to excite the metallic interference mass, using 3D receivers as sensors for recording response signals to be evaluated afterwards, and using a carriage composed of electrically nonconductive material as a support moved over the ground surface, characterized in that the method further comprises: disposing the carriage over the ground surface, the carriage supporting the excitation coils situated in at least partially overlapping fashion in the x-y plane of a Cartesian coordinate system and where one component of each of the 3D receivers is situated in the x-y plane of the excitation coils, the carriage also supporting the 3D receivers distributed uniformly at least across their area and/or even partially beyond an area covered by the excitation coils, while moving the carriage in a single pass over an area to be evaluated, triggering the excitation coils serially, recording a decay behaviour of pulse responses of all of the 3D receivers in all three spatial axes (x, y, z) of said Cartesian coordinate system and using the recordings and the geo-coordinates of the respective position of all of the 3D receivers to detect, evaluate and characterize the metallic interference mass that lies in the area to be evaluated. disposing the carriage over the ground surface, the carriage supporting the excitation coils situated in at least partially overlapping fashion in the x-y plane of a Cartesian coordinate system and where one component of each of the 3D receivers is situated in the x-y plane of the excitation coils, the carriage also supporting the 3D receivers distributed uniformly at least across their area and/or even partially beyond an area covered by the excitation coils, while moving the carriage in a single pass over an area to be evaluated, triggering the excitation coils serially, recording a decay behaviour of pulse responses of all of the 3D receivers in all three spatial axes (x, y, z) of said Cartesian coordinate system and using the recordings and the geo-coordinates of the respective position of all of the 3D receivers to detect, evaluate and characterize the metallic interference mass that lies in the area to be evaluated.