mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an orthogonal frequency division multiplex, OFDM, data unit for transmission via a communication channel, the OFDM data unit conforming to a first communication protocol, the method comprising: generating a first training field to be included in a preamble of the OFDM data unit, wherein the first training field: i) conforms to a second communication protocol, and ii) has an integer number of OFDM symbols L N having a periodicity L P; generating a second training field to be included in the preamble after the first training field, wherein the second training field: i) conforms to the first communication protocol, ii) has an integer number of OFDM symbols H N having a periodicity H P that corresponds to a selected transmission mode of the first communication protocol, and iii) is based on a frequency sequence having non-zero values at an interval K, where K is an integer; modulating the first training field using a first tone spacing L TS between adjacent OFDM tones; modulating the second training field using a second tone spacing H TS, where the first tone spacing L TS is a multiple M of the second tone spacing H TS; wherein generating the second training field comprises generating the second training field such that the periodicity H P is: H P = 4. M. L P / K; generating the preamble to include at least the first training field and the second training field; and generating the OFDM data unit to include at least the preamble. generating a first training field to be included in a preamble of the OFDM data unit, wherein the first training field: i) conforms to a second communication protocol, and ii) has an integer number of OFDM symbols L N having a periodicity L P; generating a second training field to be included in the preamble after the first training field, wherein the second training field: i) conforms to the first communication protocol, ii) has an integer number of OFDM symbols H N having a periodicity H P that corresponds to a selected transmission mode of the first communication protocol, and iii) is based on a frequency sequence having non-zero values at an interval K, where K is an integer; modulating the first training field using a first tone spacing L TS between adjacent OFDM tones; modulating the second training field using a second tone spacing H TS, where the first tone spacing L TS is a multiple M of the second tone spacing H TS; wherein generating the second training field comprises generating the second training field such that the periodicity H P is: H P = 4. M. L P / K; generating the preamble to include at least the first training field and the second training field; and generating the OFDM data unit to include at least the preamble.
Die plate for an injection moulding tool for the manufacture of components from a flowable material, comprising a mould cavity enclosed in a shaping surface, an injection opening which opens into the mould cavity and a tool insert receptacle, in which a tool insert is inserted up to the limitation of the mould cavity at least section-wise, ▪ whereby the tool insert at least limits the mould cavity section-wise, which is formed in the mould plate, ▪ whereby the tool insert has a base body having a shaping foreside of the mould cavity and a backside opposite the shaping foreside, and ▪ whereby the base body on its shaping foreside has a layer heater, characterised in that ▪ the layer heater comprises a heat conduction path produced by thick layer technology, ▪ whereby the layer heater has a heat conduction path produced by thick layer technology and in the direction of the foreside a coating of the first electrical insulation layer. ▪ whereby the tool insert at least limits the mould cavity section-wise, which is formed in the mould plate, ▪ whereby the tool insert has a base body having a shaping foreside of the mould cavity and a backside opposite the shaping foreside, and ▪ whereby the base body on its shaping foreside has a layer heater, ▪ the layer heater comprises a heat conduction path produced by thick layer technology, ▪ whereby the layer heater has a heat conduction path produced by thick layer technology and in the direction of the foreside a coating of the first electrical insulation layer.
A core network node (7, 10, 710) comprising: a receiver configured to receive, from a Network Data Analytic Function, NWDAF, node (7, 10, 720), a Nnwdaf_AnalyticsInfo_Response message including analytics results for a communication pattern of a user equipment, UE wherein the analytics results include UE ID for identifying the UE; and a controller configured to select a value for a back-off timer for mobility management for the UE based on the communication pattern of the UE. a receiver configured to receive, from a Network Data Analytic Function, NWDAF, node (7, 10, 720), a Nnwdaf_AnalyticsInfo_Response message including analytics results for a communication pattern of a user equipment, UE wherein the analytics results include UE ID for identifying the UE; and a controller configured to select a value for a back-off timer for mobility management for the UE based on the communication pattern of the UE.
A panel for a home appliance which defines an appearance of the home appliance, the panel characterized by: an injection-molded part which is formed through an injection-molding by using a plastic material so as to define a shape of the panel; a urethane coated layer which is formed on a surface of the injection-molded part and is formed by using a solvent-type urethane paint so as to define an exterior of the panel for a home appliance; and a printed layer which is formed on a surface of the urethane coated layer, and is formed by being printed by using a UV printing ink which includes a monomer, an oligomer, a photoinitiator, and a pigment and is cured through a cationic curing method. an injection-molded part which is formed through an injection-molding by using a plastic material so as to define a shape of the panel; a urethane coated layer which is formed on a surface of the injection-molded part and is formed by using a solvent-type urethane paint so as to define an exterior of the panel for a home appliance; and a printed layer which is formed on a surface of the urethane coated layer, and is formed by being printed by using a UV printing ink which includes a monomer, an oligomer, a photoinitiator, and a pigment and is cured through a cationic curing method.
Hydroxymethyl-group-containing glycosaminoglycan in which one or more amino groups are substituted with hydroxymethyl, for use in the treatment or prevention of viral infectious or malignant skin or mucosal diseases, wherein the viral infectious diseases are caused by herpes viruses or papillomaviruses, and wherein the malignant diseases are basal cell carcinoma of the epidermis and its precursors, and wherein glycosaminoglycans are linear polysaccharides composed of repeating modified disaccharides, wherein the disaccharide units of the chains are themselves linked 1→4 glycosidically.
An integrated valve assembly having a radially compressed delivery configuration and a radially expanded deployed configuration, the integrated valve assembly comprising: an anchor stent having an anchor frame; and a valve component including a valve frame and a prosthetic valve coupled to the valve frame; and a tether component having a first end coupled to the anchor stent and a second end coupled to the valve component, wherein in the delivery configuration the tether component extends in a first direction from the anchor stent to the valve component, and in the deployed configuration the tether component extends in a second direction from the anchor stent to the valve component, wherein the second direction is generally opposite the first direction, characterized in that the anchor stent is configured to be deployed within the annulus of an aortic valve and wherein in the radially expanded deployed configuration, a proximal portion of the valve frame is deployed within the anchor stent, wherein the valve component, when deployed, is configured to engage an inner wall of the anchor frame and the sinotubular junction of a patient. an anchor stent having an anchor frame; and a valve component including a valve frame and a prosthetic valve coupled to the valve frame; and a tether component having a first end coupled to the anchor stent and a second end coupled to the valve component, wherein in the delivery configuration the tether component extends in a first direction from the anchor stent to the valve component, and in the deployed configuration the tether component extends in a second direction from the anchor stent to the valve component, wherein the second direction is generally opposite the first direction, characterized in that the anchor stent is configured to be deployed within the annulus of an aortic valve and wherein in the radially expanded deployed configuration, a proximal portion of the valve frame is deployed within the anchor stent, wherein the valve component, when deployed, is configured to engage an inner wall of the anchor frame and the sinotubular junction of a patient.
An optical detector device for generating at least one electrical output signal in response to a received beam of light, comprising - an optical band-pass filter (3a, 3b), adapted to receive the beam of light and to provide a filtered beam of light, which filter has a transmission wavelength which increases in a direction of a first axis and is constant in a direction of a second axis and - an array of detector elements arranged 2-dimensionally in an area, which area is defined by the first axis and the second axis, to receive the filtered beam of light for generating the at least one output signal wherein the filter (3a, 3b) covers said area, characterized in that a plurality of detector elements in the first and the second axis direction respectively are electrically connected in a parallel circuit (9a, 9b) to generate the electrical output signal, and each detector element comprises configurable circuit breaking means to individually disconnect the detector element from the circuit so as to control the sensitivity of the device per wavelength by controlling the number of detector elements in the second axis direction. - an optical band-pass filter (3a, 3b), adapted to receive the beam of light and to provide a filtered beam of light, which filter has a transmission wavelength which increases in a direction of a first axis and is constant in a direction of a second axis and - an array of detector elements arranged 2-dimensionally in an area, which area is defined by the first axis and the second axis, to receive the filtered beam of light for generating the at least one output signal
Glenoid implant for reverse total shoulder prosthesis, of the type comprising a part of generally hemispherical shape, a support which is to be implanted in the glenoid of the scapula of the patient and which has on its front face means for securing said hemispherical part thereto, characterised in that said support comprises a shield which extends its lower edge and is to cover the pillar of the scapula in the region of the anchoring zone of the long triceps tendon.
A method of electrically controlling state transition of a liquid crystal material in a liquid crystal device comprising the liquid crystal material and a polymeric structure consisting of polymerised liquid crystal material having been polymerized with a selected liquid crystal state, the method comprising: applying an electric field to the liquid crystal material to force the liquid crystal material into a high-energy state; reducing the strength of the electric field to cause a lower-energy state region (H a) of the liquid crystal material to nucleate on at least a part of the polymeric structure so as to form a defect which separates the lower-energy state region (H a) from a region of the liquid crystal material having the high energy state; and the method further comprises controlling the position and/or shape of the defect by modifying the strength of the applied electric field. applying an electric field to the liquid crystal material to force the liquid crystal material into a high-energy state; reducing the strength of the electric field to cause a lower-energy state region (H a) of the liquid crystal material to nucleate on at least a part of the polymeric structure so as to form a defect which separates the lower-energy state region (H a) from a region of the liquid crystal material having the high energy state; and the method further comprises controlling the position and/or shape of the defect by modifying the strength of the applied electric field.
A cellular glass corrosion under insulation system for an outer surface (18; 180) of a pipe (12; 120) comprising: the pipe (12, 120); a first insulation layer (14; 140) surrounding the outer surface (18; 180) of the pipe (12; 120), wherein the first insulation layer has an outer surface and an inner surface (20; 200), wherein the first insulation layer comprises cellular glass; characterised in that it also comprises a first annular space between the outer surface (18; 180) of the pipe (12; 120) and the inner surface (20; 200) of the first insulation layer (14; 140); and a first foam (22; 220) filling the first annular space (16; 160) configured to limit water intrusion into the annular space (16; 160) and attenuate sound. the pipe (12, 120); a first insulation layer (14; 140) surrounding the outer surface (18; 180) of the pipe (12; 120), wherein the first insulation layer has an outer surface and an inner surface (20; 200), wherein the first insulation layer comprises cellular glass; characterised in that it also comprises a first annular space between the outer surface (18; 180) of the pipe (12; 120) and the inner surface (20; 200) of the first insulation layer (14; 140); and a first foam (22; 220) filling the first annular space (16; 160) configured to limit water intrusion into the annular space (16; 160) and attenuate sound.
A compound of the formula: wherein each R is independently selected from: (i) -OH (ii) or (iii) with the proviso that all R cannot simultaneously be -OH. (i) -OH (ii) or (iii)
Packaging comprising an outer cardboard structure having side walls (2.1), a base (2.2), in which an insert made of plastic film is provided, which insert has a base (3.1), a side wall (3.2) and a sealing edge (3.4) on which a lid is provided in an integrally bonded manner, wherein a gas cushion is provided between the cardboard structure and the insert, at least over portions, characterized in that the cardboard structure is produced from a planar cardboard by virtue of the side walls being folded upwards, wherein the side walls are connected to one another and the insert is, below its sealing edge (3.4), connected in an integrally bonded manner to the upper edge region (3.5) of the side wall of the cardboard structure, wherein the integral bonding is provided only locally and not in an encircling manner over the entire circumference.
A compound represented by the formula: wherein R 1 is C 1-6 alkyl optionally substituted by 1 to 3 substituents selected from a hydroxy group, a formyl group, a C 1-6 alkyl-aminocarbonyl group, and a hydroxy-C 1-6 alkoxy group,, R 2 and R 3 are C 1-6 alkyl groups, n is 0, Z is a single bond or -O-, and A is a methylene group, or a salt thereof. wherein R 1 is C 1-6 alkyl optionally substituted by 1 to 3 substituents selected from a hydroxy group, a formyl group, a C 1-6 alkyl-aminocarbonyl group, and a hydroxy-C 1-6 alkoxy group,, a hydroxy group, a formyl group, a C 1-6 alkyl-aminocarbonyl group, and a hydroxy-C 1-6 alkoxy group,, R 2 and R 3 are C 1-6 alkyl groups, n is 0, Z is a single bond or -O-, and A is a methylene group, or a salt thereof.
Method for the computer-based control of a technical system for achieving a predetermined technical behaviour of the technical system, wherein an operating dataset with states of the technical system and the actions defined for the states, which exist as variables of the technical system in control parameters, is provided to control the system, wherein a system model is provided to describe the mode of operation of the technical system, wherein on the basis of the operating dataset and on the basis of the system model with an optimisation method, a control dataset with at least one value which is optimal for achieving an optimal behaviour of the technical system is determined for at least one control parameter for at least one state of the system by means of a reward function, wherein on the basis of the control dataset with the at least one optimal value with the aid of a selection method, a fixed number of more relevant parameters of the technical system are selected, which enable a more advantageous control of the technical system than the fixed number of other parameters of the technical system, wherein a control method for the technical system is determined with the selected, more relevant parameters and either with the aid of a model-based or with the aid of a model-free reinforcing learning method, wherein the technical system is controlled with the aid of the control method. wherein an operating dataset with states of the technical system and the actions defined for the states, which exist as variables of the technical system in control parameters, is provided to control the system, wherein a system model is provided to describe the mode of operation of the technical system, wherein on the basis of the operating dataset and on the basis of the system model with an optimisation method, a control dataset with at least one value which is optimal for achieving an optimal behaviour of the technical system is determined for at least one control parameter for at least one state of the system by means of a reward function, wherein on the basis of the control dataset with the at least one optimal value with the aid of a selection method, a fixed number of more relevant parameters of the technical system are selected, which enable a more advantageous control of the technical system than the fixed number of other parameters of the technical system, wherein a control method for the technical system is determined with the selected, more relevant parameters and either with the aid of a model-based or with the aid of a model-free reinforcing learning method, wherein the technical system is controlled with the aid of the control method.
An information processing apparatus comprising: a captured image acquiring section configured to acquire data on a moving image obtained by an imaging apparatus capturing a device including a light-emitting marker with an exposure time shorter than a period of one frame; a synchronous processing section configured to request the device to cause the light-emitting marker to emit light in a predetermined flashing pattern, with each flash being within a minimum unit being a time obtained by dividing the period of the one frame by a predetermined number and configured to identify the exposure time on a time axis of the device, based on whether or not an image of the light-emitting marker appears in a predetermined number of frames of the moving image obtained by capturing the device; a control information transmitting section configured to request the device to cause the light-emitting marker to emit light at a light emission time point corresponding to the identified exposure time; a position and posture acquiring section configured to acquire position and posture information regarding the device, based on the image in a frame of the moving image of the light-emitting marker emitting light at the light emission time point for a fixed period of time equal to or shorter than the exposure time; and an output data generating section configured to generate and output data based on the position and posture information. a captured image acquiring section configured to acquire data on a moving image obtained by an imaging apparatus capturing a device including a light-emitting marker with an exposure time shorter than a period of one frame; a synchronous processing section configured to request the device to cause the light-emitting marker to emit light in a predetermined flashing pattern, with each flash being within a minimum unit being a time obtained by dividing the period of the one frame by a predetermined number and configured to identify the exposure time on a time axis of the device, based on whether or not an image of the light-emitting marker appears in a predetermined number of frames of the moving image obtained by capturing the device; a control information transmitting section configured to request the device to cause the light-emitting marker to emit light at a light emission time point corresponding to the identified exposure time; a position and posture acquiring section configured to acquire position and posture information regarding the device, based on the image in a frame of the moving image of the light-emitting marker emitting light at the light emission time point for a fixed period of time equal to or shorter than the exposure time; and an output data generating section configured to generate and output data based on the position and posture information.
A method of regulating Ni concentration, the method comprising: adding P with a content of up to 1000 ppm in the state of a Sn-P alloy to a molten Sn-Cu-Ni alloy, whereby the Sn-Cu-Ni alloy is a Sn-0.7Cu-(0.04-0.07)Ni solder alloy; holding the mixture of P and Sn-Cu-Ni at 250 to 400°C resulting in a dross floating on the surface of a liquid phase; and removing resulting dross floating on the surface of the liquid phase, wherein the dross contains at least one of a P-Ni compound and a P-Sn-Ni compound wherein the concentration of Ni in the solder alloy after the dross removal step is reduced compared to the initial Ni concentration. adding P with a content of up to 1000 ppm in the state of a Sn-P alloy to a molten Sn-Cu-Ni alloy, whereby the Sn-Cu-Ni alloy is a Sn-0.7Cu-(0.04-0.07)Ni solder alloy; holding the mixture of P and Sn-Cu-Ni at 250 to 400°C resulting in a dross floating on the surface of a liquid phase; and removing resulting dross floating on the surface of the liquid phase, wherein the dross contains at least one of a P-Ni compound and a P-Sn-Ni compound wherein the concentration of Ni in the solder alloy after the dross removal step is reduced compared to the initial Ni concentration.
An adaptive optical device including a deformable plate intended to deform an incident wavefront by refraction and/or reflection, characterized in that it further comprises at least: - legs fixedly attached to said deformable plate, - a frame fixed with respect to said deformable plate, - a plurality of peripheral actuators, each leg comprising a movable portion connected to at least one respective of the peripheral actuators so the latter could locally deform said leg so that the latter transmits a deformation force to said deformable plate, each leg further comprising a respective fixed portion which is fixedly attached to said frame so as to be immobilized with respect to the latter. - legs fixedly attached to said deformable plate, - a frame fixed with respect to said deformable plate, - a plurality of peripheral actuators,