mhurhangee/ep-ind-claims huggingface dataset:
A front projection screen, comprising: a first portion of material and a second portion of material, the first portion of material being joined to the second portion of material to form a seam therebetween; wherein the first and second portions of material have microperforations less than 300 microns in diameter; and wherein each of the first and second portions of material have a front side, and each of the first and second portions of material have an undercut edge profile with respect to the front side of the material. a first portion of material and a second portion of material, the first portion of material being joined to the second portion of material to form a seam therebetween; wherein the first and second portions of material have microperforations less than 300 microns in diameter; and wherein each of the first and second portions of material have a front side, and each of the first and second portions of material have an undercut edge profile with respect to the front side of the material.
A method for manufacturing a fluid permeable heater assembly, the heater assembly comprising a cap and a substantially flat electrically conductive heating element, the method comprising: providing the heating element; and over-molding the cap on edge areas of one side of the heating element, wherein the cap comprises a hollow body with a first and a second cap opening, wherein the first cap opening is opposite to the second cap opening, and wherein the heating element is mounted on the cap such that the heating element extends across the first cap opening. providing the heating element; and over-molding the cap on edge areas of one side of the heating element, wherein the cap comprises a hollow body with a first and a second cap opening, wherein the first cap opening is opposite to the second cap opening, and wherein the heating element is mounted on the cap such that the heating element extends across the first cap opening.
Device for positioning at least one individual layer (3a, 3b) of a value or security document, wherein the device (10a, 10b) comprises at least one transport device (11a, 11b) for transporting the at least one individual layer (3a, 3b) out of a starting spatial position (16a, 16b, 18a, 18b) into a final spatial position (17a, 17b, 19a, 19b), wherein the device (10a, 10b) comprises at least one position detecting device (20a, 20b) for detecting the actual starting spatial position and/or at least one actual transport spatial position of the at least one individual layer (3a, 3b) wherein the device (10a, 10b) comprises at least one evaluation and control device (22a, 22b), wherein by means of the evaluation and control device (22a, 22b) a deviation of the actual starting spatial position from a setpoint starting spatial position and/or a deviation of the at least one actual transport spatial position from a corresponding setpoint transport spatial position can be determined and the at least one transport device (11a, 11b) can be controlled in such a way that the deviation of the actual starting spatial position from the setpoint transport spatial position and/or the deviation of the actual transport spatial position from the setpoint transport spatial position is reduced, wherein, by means of the at least one transport device (11a, 11b), a change can be carried out in the position and alignment of the individual layer (3a, 3b), characterised in that the position of the individual layer can be changed in a correction-translation movement which can be carried out by the transport device, in order to reduce the deviation along three spatial directions oriented at right angles to one another.
A method comprising: directing an x-ray excitation beam onto at least a portion of an item of interest, the x-ray excitation beam causing the item of interest to fluorescently emit x-rays (112A,112B) at various energies; characterized by: measuring an intensity of a first energy that corresponds to an L-alpha energy emission line of gold, the first energy identified from x-rays fluorescently emitted from the item of interest; measuring an intensity of a second energy that corresponds to an L-beta energy emission line of gold, the second energy identified from x-rays fluorescently emitted from the item of interest; calculating a ratio of measured intensities between the intensity of the first energy and the intensity of the second energy; and in response to identifying that the calculated ratio is greater than a first predetermined value or less than a second predetermined value, producing an indication that the item of interest is gold-plated. measuring an intensity of a first energy that corresponds to an L-alpha energy emission line of gold, the first energy identified from x-rays fluorescently emitted from the item of interest; measuring an intensity of a second energy that corresponds to an L-beta energy emission line of gold, the second energy identified from x-rays fluorescently emitted from the item of interest; calculating a ratio of measured intensities between the intensity of the first energy and the intensity of the second energy; and in response to identifying that the calculated ratio is greater than a first predetermined value or less than a second predetermined value, producing an indication that the item of interest is gold-plated.
An oligonucleotide for use in the inhibition of a TLR9 dependent and a TLR7/8 dependent immune response in an individual, wherein the oligonucleotide is less than about 200 bases or base pairs and the oligonucleotide comprises an immunoregulatory nucleic acid sequence, wherein the immunoregulatory nucleic acid sequence comprises (a) at least one TGC trinucleotide sequence at the 5' end of the oligonucleotide and (b) a nucleotide sequence of formula: X 1 GGGGX 2 X 3 wherein X 1, X 2, and X 3 are nucleotides, provided that if X 1 = C or A, then X 2 X 3 is not AA.
An ultrasound diagnostic apparatus comprising: a transducer array; a transmission circuit configured to transmit an ultrasonic beam from the transducer array toward a subject, a reception circuit configured to process a reception signal outputted from the transducer array having received ultrasonic echoes from the subject to generate reception radio-frequency data that has undergone phasing addition, a quadrature detection section configured to perform quadrature detection on the reception radio-frequency data generated by the reception circuit to generate complex data, a frequency analyzer (20, 9) configured to perform a first frequency analysis using the complex data of a set number of sample points starting from a first start point and a second frequency analysis using at least one group of the complex data of the set number of sample points starting from a second start point that is different from the first start point, and to acquire a spectral signal corresponding to each pixel of a Doppler waveform image based on results of the first frequency analysis and the second frequency analysis, and a Doppler waveform image generator configured to generate the Doppler waveform image using the spectral signal, characterized in that the frequency analyzer (20, 9) extracts a maximum power value of respective frequency components in the results of the first frequency analysis and the second frequency analysis to thereby acquire the spectral signal corresponding to each pixel. a transducer array; a transmission circuit configured to transmit an ultrasonic beam from the transducer array toward a subject, a reception circuit configured to process a reception signal outputted from the transducer array having received ultrasonic echoes from the subject to generate reception radio-frequency data that has undergone phasing addition, a quadrature detection section configured to perform quadrature detection on the reception radio-frequency data generated by the reception circuit to generate complex data, a frequency analyzer (20, 9) configured to perform a first frequency analysis using the complex data of a set number of sample points starting from a first start point and a second frequency analysis using at least one group of the complex data of the set number of sample points starting from a second start point that is different from the first start point, and to acquire a spectral signal corresponding to each pixel of a Doppler waveform image based on results of the first frequency analysis and the second frequency analysis, and a Doppler waveform image generator configured to generate the Doppler waveform image using the spectral signal, characterized in that the frequency analyzer (20, 9) extracts a maximum power value of respective frequency components in the results of the first frequency analysis and the second frequency analysis to thereby acquire the spectral signal corresponding to each pixel.
A fuel-cell power generation system comprising: a fuel cell that generates electricity by electrochemical reaction using fuel and an oxidizer; and a resin block module (50 or 140) that is configured to be provided with a plurality of devices and that includes a plurality of flow paths through which fuel, air, or water flows, inner walls defining the flow paths being made of resin, wherein the resin block module is formed such that the plurality of flow paths is integrally molded with the resin. a fuel cell that generates electricity by electrochemical reaction using fuel and an oxidizer; and a resin block module (50 or 140) that is configured to be provided with a plurality of devices and that includes a plurality of flow paths through which fuel, air, or water flows, inner walls defining the flow paths being made of resin, wherein the resin block module is formed such that the plurality of flow paths is integrally molded with the resin.
Apparatus for spacing containers to a predetermined pitch comprising at least one lug conveyor (12, 13, 83, 84) defining one side of an elongated container run (14, 15) and comprising a plurality of serially conveyed lugs, characterized in that each lug has a curved leading surface and a trailing surface each for partially defining a container receiving pocket, and a ramp between the curved leading surface and the trailing surface, the ramp tapering away or rearwardly from an inwardmost end of the curved leading surface toward the trailing surface and in that adjacent ones of said lugs together define a container receiving pocket including the curved leading surface of a trailing lug and the trailing surface of the preceding lug, the ramp being inclined toward the trailing surface for engaging and directing a container into said pocket.
A shoulder unit (1416, 2416, 3416) for a prosthetic arm apparatus comprising: a harness mount (1026, 2026) adapted to connect the shoulder unit to a prosthetic support apparatus; a shoulder housing (1418, 2418) pivotally coupled to the harness mount (1026, 2026), an abduction drive (1428, 3428) for driving the shoulder housing (1418, 2418) in pivotal motion about a first axis (1430, 2430, 3430); and a flexion drive; characterised in that the shoulder housing (1418, 2418) has a first portion and a second portion, the first portion being rotatably coupled to the second portion (1420; the abduction drive (142,3428) is disposed within the shoulder housing (1418, 2418); and the flexion drive is disposed within the shoulder housing (1418, 2418) for driving the first portion in rotational motion about a second axis. a harness mount (1026, 2026) adapted to connect the shoulder unit to a prosthetic support apparatus; a shoulder housing (1418, 2418) pivotally coupled to the harness mount (1026, 2026), an abduction drive (1428, 3428) for driving the shoulder housing (1418, 2418) in pivotal motion about a first axis (1430, 2430, 3430); and a flexion drive;
A diagnostic kit for diagnosing diseases or disorders related with abnormal aggregation or misfolding of proteins, wherein said diseases or disorders related with abnormal aggregation or misfolding of proteins is Alzheimer's disease, comprising: (a) a detection unit 1 measuring the concentration of proteins in plasma before administering a protein monomerizing composition, wherein the said protein monomerizing composition comprises EPPS represented by [Chemical Formula 1] as an active ingredient: (b) a detection unit 2 measuring the concentration of proteins in plasma 20-450 hours after administering of the protein monomerizing composition; and (c) a calculation unit calculating the difference of the concentration measured by the detection unit 1 and the concentration measured by the detection unit 2 using [Equation 1]: Concentration of proteins in plasma after administering protein monomerizing composition − Concentration of proteins in plasma before administering protein monomerizing composition. (a) a detection unit 1 measuring the concentration of proteins in plasma before administering a protein monomerizing composition, wherein the said protein monomerizing composition comprises EPPS represented by [Chemical Formula 1] as an active ingredient: (b) a detection unit 2 measuring the concentration of proteins in plasma 20-450 hours after administering of the protein monomerizing composition; and (c) a calculation unit calculating the difference of the concentration measured by the detection unit 1 and the concentration measured by the detection unit 2 using [Equation 1]: Concentration of proteins in plasma after administering protein monomerizing composition − Concentration of proteins in plasma before administering protein monomerizing composition.
An antenna unit for mounting on a mounting surface, which antenna unit comprises an element comprising a first side adapted to abut against the mounting surface when the antenna unit is mounted, and a second side arranged parallel to and opposite the first side, wherein the antenna unit furthermore comprises an antenna mount comprising an attachment member provided with a threaded or non-threaded hole and arranged adjacent to the first side, as well as a bolt member provided with a thread and applied in the threaded or non-threaded hole, wherein a head of the bolt member is arranged in a fixing member connected with the second side and which head has a shorter distance to the second side than the first side, and wherein the attachment member comprises a locking member arranged in the threaded or non-threaded hole so that the bolt member cannot be loosened from the attachment member, wherein a first end position for both the attachment member and the bolt member is a position where the attachment member is displaceable in two dimensions in relation to the first side so that the attachment member can be threaded through a hole intended therefor in the mounting surface, wherein a second end position is a position where the bolt member is tightened up and the attachment member presses/clamps the mounting surface between the attachment member and the first side, and wherein the head of the bolt member is adapted to have a constant distance to the second side during a displacement of said attachment member from said first end position to said second end position, characterized in that the antenna mount furthermore comprises an elongate wedge member that is fixedly arranged in the first side and has a wedge-shaped cross-section in a plane parallel to the longitudinal direction of the antenna unit as well as is elongate in a plane perpendicular in relation to the longitudinal direction of the antenna unit, where the width of the wedge-shaped cross-section increases with the distance from the first side.
A method of managing peak-to-average power ratio, PAPR, for multi-carrier modulation in a multi-carrier communication system, comprising: transmitting, from an access terminal to an access point, scheduling information regarding the access terminal to be scheduled for data transmission, wherein the scheduling information includes a required transmit power; and receiving, from the access point, an assignment message indicating specific carriers assigned to the access terminal based at least on the required transmit power in the scheduling information, wherein the number of specific assigned carriers is less than or equal to a maximum number of carriers that may be allocated to the access terminal based on the required transmit power in the scheduling information in order to manage the peak-to-average power ratio. transmitting, from an access terminal to an access point, scheduling information regarding the access terminal to be scheduled for data transmission, wherein the scheduling information includes a required transmit power; and receiving, from the access point, an assignment message indicating specific carriers assigned to the access terminal based at least on the required transmit power in the scheduling information, wherein the number of specific assigned carriers is less than or equal to a maximum number of carriers that may be allocated to the access terminal based on the required transmit power in the scheduling information in order to manage the peak-to-average power ratio.
A method of providing a flat duplex stainless steel strip for an armouring layer of a flexible pipe, said method comprising • providing at least two duplex stainless steel pieces each having an end-face and a thickness which is at least 10 times less than its width, • welding said end-faces of said two pieces of duplex stainless steel together to form a welded interface section using resistance welding, the method being characterized by: • allowing the welded interface section to cool down from an initial temperature during the welding where it is at least partly in liquid phase to a temperature y 1 of at least about 1100°C without application of additional heat, • whereafter a controlled cooling of said welded interface section is provided by applying heat in the form of current to reduce the cooling rate of the interface section at least for the cooling from about the temperature y 1 until the temperature of the interface section is a temperature y 2 of about 600°C or less. • providing at least two duplex stainless steel pieces each having an end-face and a thickness which is at least 10 times less than its width, • welding said end-faces of said two pieces of duplex stainless steel together to form a welded interface section using resistance welding, the method being characterized by: • allowing the welded interface section to cool down from an initial temperature during the welding where it is at least partly in liquid phase to a temperature y 1 of at least about 1100°C without application of additional heat, • whereafter a controlled cooling of said welded interface section is provided by applying heat in the form of current to reduce the cooling rate of the interface section at least for the cooling from about the temperature y 1 until the temperature of the interface section is a temperature y 2 of about 600°C or less.
An in-ground drill bit having an inner surface and an outer surface, comprising: a first section for attaching to a drill; and a second section including a first end secured to the first section, an opposing second end forming a cutting face on a cutting portion, the second section further comprising a cutting matrix and a plurality of fluid slots enclosed in the cutting matrix, wherein the enclosed fluid slots radially extend from the inner surface to the outer surface; a plurality of fluid notches within the cutting portion, the plurality of fluid notches extending radially from the inner surface to the outer surface and extending axially from the cutting face into the cutting portion; wherein the plurality of enclosed fluid slots are configured to be progressively exposed to become fluid notches as the second section erodes during drilling, characterized by means of a plurality of inner flutes extending radially from the inner surface into the cutting portion toward the outer surface, each flute extending axially along the inner surface from a respective enclosed fluid slot toward the first section and extending axially along the inner surface from the respective enclosed fluid slot to the cutting face, and wherein the plurality of notches are arranged in a row, wherein the plurality of enclosed fluid slots comprises a row of one or more enclosed fluid slots, and wherein each enclosed fluid slot of the row of one or more enclosed fluid slots is circumferentially offset from each of the plurality of fluid notches. a first section for attaching to a drill; and a second section including a first end secured to the first section, an opposing second end forming a cutting face on a cutting portion, the second section further comprising a cutting matrix and a plurality of fluid slots enclosed in the cutting matrix, wherein the enclosed fluid slots radially extend from the inner surface to the outer surface; a plurality of fluid notches within the cutting portion, the plurality of fluid notches extending radially from the inner surface to the outer surface and extending axially from the cutting face into the cutting portion; wherein the plurality of enclosed fluid slots are configured to be progressively exposed to become fluid notches as the second section erodes during drilling, characterized by means of a plurality of inner flutes extending radially from the inner surface into the cutting portion toward the outer surface, each flute extending axially along the inner surface from a respective enclosed fluid slot toward the first section and extending axially along the inner surface from the respective enclosed fluid slot to the cutting face, and wherein the plurality of notches are arranged in a row, wherein the plurality of enclosed fluid slots comprises a row of one or more enclosed fluid slots, and wherein each enclosed fluid slot of the row of one or more enclosed fluid slots is circumferentially offset from each of the plurality of fluid notches.