mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a complete textile material web , in which a first and a second partial textile material web are connected to one another to form the complete material web by interconnecting end regions of the two partial material webs that extend transversely to the material longitudinal direction (A) of the partial material webs , the end regions of the partial material webs being formed to be complementary to one another in the material thickness direction (d), and the overlapping end regions being interconnected by needling, hydroentanglement and/or air entanglement, characterized in that each of the two partial material webs are fed to a cutting device by means of a feed device designed as a conveyor belt, the end regions of the partial material webs are clamped by means of a fixing device, the end regions of the partial material webs are cut in a mutually complementary manner by at least one rotating blade of the cutting device and/or by water jet cutting, laser cutting and/or plasma cutting, and the mutually complementary end regions are arranged so as to overlap with one another, for which purpose the two partial material webs are moved in the direction (B, B') toward one another. the end regions of the partial material webs being formed to be complementary to one another in the material thickness direction (d), and the overlapping end regions being interconnected by needling, hydroentanglement and/or air entanglement, characterized in that each of the two partial material webs are fed to a cutting device by means of a feed device designed as a conveyor belt, the end regions of the partial material webs are clamped by means of a fixing device, the end regions of the partial material webs are cut in a mutually complementary manner by at least one rotating blade of the cutting device and/or by water jet cutting, laser cutting and/or plasma cutting, and the mutually complementary end regions are arranged so as to overlap with one another, for which purpose the two partial material webs are moved in the direction (B, B') toward one another.
An apparatus of a User Equipment, UE, operable to communicate with an Evolved Node-B, eNB, on a wireless network, comprising: one or more processors to: determine a presence of a Phase Tracking Reference Signal, PT-RS, and a density of the PT-RS wherein at least one of the presence of the PT-RS and the density of the PT-RS is determined at least in part on a Far-UE indicator; process the PT-RS; and process a transmission in a Multi-User Superposition Transmission, MUST, operation in accordance with the PT-RS, and an interface for receiving the PT-RS and the transmission in the MUST operation from a receiving circuitry. one or more processors to: determine a presence of a Phase Tracking Reference Signal, PT-RS, and a density of the PT-RS wherein at least one of the presence of the PT-RS and the density of the PT-RS is determined at least in part on a Far-UE indicator; process the PT-RS; and process a transmission in a Multi-User Superposition Transmission, MUST, operation in accordance with the PT-RS, and determine a presence of a Phase Tracking Reference Signal, PT-RS, and a density of the PT-RS wherein at least one of the presence of the PT-RS and the density of the PT-RS is determined at least in part on a Far-UE indicator; process the PT-RS; and process a transmission in a Multi-User Superposition Transmission, MUST, operation in accordance with the PT-RS, and an interface for receiving the PT-RS and the transmission in the MUST operation from a receiving circuitry.
An electric power supply device comprising: a switch interposed between an electric power system and a predetermined load to which electric power needs to be supplied in an uninterrupted manner in a power failure; a power storage system having a secondary battery , a first charging and discharging unit interposed between the secondary battery and the electric power system, and a second charging and discharging unit interposed between the secondary battery and the predetermined load; and a control unit configured to control the switch, the first charging and discharging unit, and the second charging and discharging unit, wherein the control unit is configured to, when system abnormality occurs, cause the switch to open to disconnect between the electric power system and the predetermined load, and cause the second charging and discharging unit to supply electric power to the predetermined load; characterized in that the control unit is configured to, when system abnormality occurs, cause the first charging and discharging unit to cause reverse power flow from the secondary battery for a prescribed time,. a switch interposed between an electric power system and a predetermined load to which electric power needs to be supplied in an uninterrupted manner in a power failure; a power storage system having a secondary battery , a first charging and discharging unit interposed between the secondary battery and the electric power system, and a second charging and discharging unit interposed between the secondary battery and the predetermined load; and a control unit configured to control the switch, the first charging and discharging unit, and the second charging and discharging unit, wherein the control unit is configured to, when system abnormality occurs, cause the switch to open to disconnect between the electric power system and the predetermined load, and cause the second charging and discharging unit to supply electric power to the predetermined load; characterized in that the control unit is configured to, when system abnormality occurs, cause the first charging and discharging unit to cause reverse power flow from the secondary battery for a prescribed time,.
A wireless power transmitter comprising: a substrate ; a first blocking unit disposed over the substrate and formed of a metallic material; a second blocking unit over the first blocking unit ; and a wireless transmission unit mounted on at least one of the first blocking unit and the second blocking unit , wherein the wireless transmission unit comprises: a first wireless transmission unit including a first transmission coil ; and a second wireless transmission unit including a second transmission coil , a control unit to control such that AC power is output to a transmission coil of one of the wireless transmission units according to a power transmission scheme; characterized in that the first blocking unit has a concave portion in a central area and the first transmission coil is disposed within the concaved portion of the first blocking unit , the second blocking unit is spaced apart from the first transmission coil ; and the first blocking unit is coupled to an edge region of the second blocking unit to support the second blocking unit a substrate ; a first blocking unit disposed over the substrate and formed of a metallic material; a second blocking unit over the first blocking unit ; and a wireless transmission unit mounted on at least one of the first blocking unit and the second blocking unit , wherein the wireless transmission unit comprises: a first wireless transmission unit including a first transmission coil ; and a second wireless transmission unit including a second transmission coil , a control unit to control such that AC power is output to a transmission coil of one of the wireless transmission units according to a power transmission scheme; characterized in that the first blocking unit has a concave portion in a central area and the first transmission coil is disposed within the concaved portion of the first blocking unit , the second blocking unit is spaced apart from the first transmission coil ; and the first blocking unit is coupled to an edge region of the second blocking unit to support the second blocking unit a first wireless transmission unit including a first transmission coil ; and a second wireless transmission unit including a second transmission coil , a control unit to control such that AC power is output to a transmission coil of one of the wireless transmission units according to a power transmission scheme; characterized in that the first blocking unit has a concave portion in a central area and the first transmission coil is disposed within the concaved portion of the first blocking unit , the second blocking unit is spaced apart from the first transmission coil ; and the first blocking unit is coupled to an edge region of the second blocking unit to support the second blocking unit
Method for generating a password for access control to installation control systems of wind energy installations by a coding unit which is separate from the installation control system , wherein a user name and authorizations are predefined for a user and a password suitable for input via a keyboard is generated on the basis of user name and authorizations, characterized in that the authorizations and an additional electronic signature, generated with the aid of the user name based on the authorizations, are coded in the password as checking information such that it is possible to determine, based on the checking information, whether the password belongs to the predefined user names, by comparing the checking information with a signature computed from the authorizations able to be decoded from the password and a queried user name, wherein the authorizations comprise a user level and/or a wind energy installation access class .
Handheld device for optoacoustic imaging of an object comprising - an irradiation unit for irradiating the object with electromagnetic radiation, in particular light, - a detector unit for detecting acoustic, in particular ultrasonic, waves which are generated in the object upon irradiation with electromagnetic radiation, and - a cavity in which a coupling medium is accommodated, wherein - the cavity has a curved first surface and - the detector unit comprises a two-dimensional array of a plurality of individual detector elements which are arranged on concentric rings along the curved first surface which is sealed by a cover element such that a closed cavity is formed. - an irradiation unit for irradiating the object with electromagnetic radiation, in particular light, - a detector unit for detecting acoustic, in particular ultrasonic, waves which are generated in the object upon irradiation with electromagnetic radiation, and - a cavity in which a coupling medium is accommodated, wherein - the cavity has a curved first surface and - the detector unit comprises a two-dimensional array of a plurality of individual detector elements which are arranged on concentric rings along the curved first surface which is sealed by a cover element such that a closed cavity is formed.
A racemic salt of baclofen hydrogen maleate (Bahma), characterized in that it has a melting/decomposition point of 164±1 °C.
A horizontal articulated robot comprising: a base; a first arm coupled to the base and configured to turn around a first axis (O1) ; a second arm coupled to the first arm and configured to turn around a second axis (O2) parallel to the first axis; (O1) a third arm coupled to the second arm and configured to turn around a third axis (O3) parallel to the first axis and move along the third axis; (O3) a supporting section provided in the second arm and configured to support the third arm; characterized by a force detecting section provided between the second arm and the supporting section and configured to detect force applied to the third arm. a base; a first arm coupled to the base and configured to turn around a first axis (O1) ; a second arm coupled to the first arm and configured to turn around a second axis (O2) parallel to the first axis; (O1) a third arm coupled to the second arm and configured to turn around a third axis (O3) parallel to the first axis and move along the third axis; (O3) a supporting section provided in the second arm and configured to support the third arm; characterized by a force detecting section provided between the second arm and the supporting section and configured to detect force applied to the third arm.
A lighting module comprising: an LED having a light output area ; and a refractive lens over the LED for providing beam shaping of the light output of the LED, wherein the lens comprises an inner surface and an outer surface , wherein the outer surface is a smooth beam shaping surface which provides a beam shaping function essentially only via refraction, and the inner surface has a stepped profile, wherein the steps of the stepped profile each comprise a riser portion and an output portion , wherein the riser portions are parallel with a ray direction originating from a central point of the light output area of the LED and the output portions are normal to said ray direction. an LED having a light output area ; and a refractive lens over the LED for providing beam shaping of the light output of the LED, wherein the lens comprises an inner surface and an outer surface , wherein the outer surface is a smooth beam shaping surface which provides a beam shaping function essentially only via refraction, and the inner surface has a stepped profile, wherein the steps of the stepped profile each comprise a riser portion and an output portion , wherein the riser portions are parallel with a ray direction originating from a central point of the light output area of the LED and the output portions are normal to said ray direction.
Method for fabricating an applique for horology, including an upper surface intended to be seen by a user, and a lower surface for resting on a dial or a structure of a timepiece, and at least one foot protruding from said lower surface , including a succession of steps according to which first a rough piece is made in the form of a straight workpiece with a substantially flat lower surface from which projects a protuberance for forming each said foot , on the opposite side from a top that said rough piece includes, then a blank is made with at least the machining of each said foot , then said blank is mounted on at least one tool having at least one support surface complementary to the lower surface of said blank , said tool further including at least one recess for housing each said foot , said tool further including gripping means and/or an adhesive for securing each said blank , then the upper portion of said blank is machined again with at least a final diamond machining operation to form said upper surface , characterised in that , once said rough piece is made, said rough piece is deformed to form said blank so as to form an upper curve resulting from the deformation of said top , and in that , on said tool , said upper curve is re-machined with at least one final diamond- machining operation to form said upper surface .
A method of manufacturing a replacement body for repair or modification of a component (W), comprising: identifying a target section of the component (W), the target section being less than a whole of the component (W); removing the target section from the component (W), thereby creating a void in the component; additively manufacturing a crucible for casting of the replacement body ; solidifying a metal material within the crucible to form a directionally solidified microstructure within the replacement body ; removing the crucible to reveal the directionally solidified replacement body ; and bonding the replacement body into the void within the component (W). identifying a target section of the component (W), the target section being less than a whole of the component (W); removing the target section from the component (W), thereby creating a void in the component; additively manufacturing a crucible for casting of the replacement body ; solidifying a metal material within the crucible to form a directionally solidified microstructure within the replacement body ; removing the crucible to reveal the directionally solidified replacement body ; and bonding the replacement body into the void within the component (W).
Mould for vulcanizing a tyre , the said tyre comprising a sidewall and an attachment bead extending the said sidewall and designed to be attached to a rim of a wheel of a motor vehicle, the said mould comprising a lateral part designed to mould the sidewall of the tyre and a lower part 13 designed to mould the attachment bead , the said lateral part 12 and the said lower part 13 at least partially delimiting a tyre receiving space (E) designed to receive the tyre that is to be vulcanized in the mould , characterized in that the said mould comprises a slot extending the tyre receiving space (E), and making, viewed in cross section, an angle (α) less than or equal to 30°, in terms of absolute value, with a radial direction (Z) of the mould , and in that the said slot is at least partially moulded by the lower part 13 of the mould . and in that
A system for compression of a gas separated from a multiphase fluid in a well stream , the multiphase fluid comprising at least liquid and gas, wherein the system comprises: - a first module comprising at least one first separator , the first module being configured to receive the multiphase fluid and separate it into a first gas fraction and a fluid fraction comprising liquid and residual gas; - an ejector having a first inlet , a second inlet and an outlet , wherein the outlet is coupled to the at least one first separator ; - a second separator coupled to the first module for receiving said fluid fraction and separate it into a liquid fraction and a second gas fraction, the second separator being coupled to the first inlet of the ejector for supplying the second gas fraction to the ejector ; - a pump having an inlet and an outlet , the inlet being coupled to a liquid reservoir for supplying liquid to the pump , the outlet being coupled to the second inlet of the ejector for supplying a pressurized liquid to the ejector , wherein the second gas fraction is entrained with the pressurized liquid in the ejector and supplied to the at least one first separator via the outlet of the ejector wherein a compressed gas line is coupled to the at least one first separator for extracting compressed gas, wherein the gas in the at least one first separator is compressed by the pressurized liquid from the pump , characterized in that the outlet of the pump is also coupled directly to the at least one first separator by means of pressurized liquid line bypassing the ejector . - a first module comprising at least one first separator , the first module being configured to receive the multiphase fluid and separate it into a first gas fraction and a fluid fraction comprising liquid and residual gas; - an ejector having a first inlet , a second inlet and an outlet , wherein the outlet is coupled to the at least one first separator ; - a second separator coupled to the first module for receiving said fluid fraction and separate it into a liquid fraction and a second gas fraction, the second separator being coupled to the first inlet of the ejector for supplying the second gas fraction to the ejector ; - a pump having an inlet and an outlet , the inlet being coupled to a liquid reservoir for supplying liquid to the pump , the outlet being coupled to the second inlet of the ejector for supplying a pressurized liquid to the ejector , wherein the second gas fraction is entrained with the pressurized liquid in the ejector and supplied to the at least one first separator via the outlet of the ejector wherein a compressed gas line is coupled to the at least one first separator for extracting compressed gas, wherein the gas in the at least one first separator is compressed by the pressurized liquid from the pump , characterized in that the outlet of the pump is also coupled directly to the at least one first separator by means of pressurized liquid line bypassing the ejector .
A grain-oriented electrical steel sheet comprising: a base steel sheet ; an intermediate layer arranged in contact with the base steel sheet; and an insulation coating arranged in contact with the intermediate layer to be an outermost surface, characterised in that : the intermediate layer has a local oxidized area having a different morphology to that of the intermediate layer when viewing a cross section whose cutting direction is parallel to a thickness direction, and a thickness of the intermediate layer in an area where the local oxidized area is included is 50 nm or more, and a thickness of the intermediate layer in an area where the local oxidized area is not included is less than 50 nm, wherein, when viewing the cross section, and when a total length of an observed visual field in a direction orthogonal to the thickness direction is referred as Lz in units of μm, a total length of the local oxidized area in the direction orthogonal to the thickness direction is referred as Lx in units of μm, and a line fraction X of the local oxidized area is defined by a following Formula 1, the line fraction X is 0.1% or more and 21% or less, X = Lx ÷ Lz × 100 and wherein the thickness and the length are determined in accordance with the description. a base steel sheet ; an intermediate layer arranged in contact with the base steel sheet; and an insulation coating arranged in contact with the intermediate layer to be an outermost surface, characterised in that : the intermediate layer has a local oxidized area having a different morphology to that of the intermediate layer when viewing a cross section whose cutting direction is parallel to a thickness direction, and a thickness of the intermediate layer in an area where the local oxidized area is included is 50 nm or more, and a thickness of the intermediate layer in an area where the local oxidized area is not included is less than 50 nm, wherein, when viewing the cross section, and when a total length of an observed visual field in a direction orthogonal to the thickness direction is referred as Lz in units of μm, a total length of the local oxidized area in the direction orthogonal to the thickness direction is referred as Lx in units of μm, and a line fraction X of the local oxidized area is defined by a following Formula 1, the line fraction X is 0.1% or more and 21% or less, X = Lx ÷ Lz × 100 and wherein the thickness and the length are determined in accordance with the description.
A method for generating color correction metadata reflecting color correction operations to be performed on image data representing a sequence of images, said method comprising the steps of: - generating a first segment of metadata that describes how many of said color correction operations should be performed on said image data ; generating a second segment of metadata that specifies said color correction operations to be performed on said image data; - generating a third segment of metadata that specifies temporal information indicating when and how long to perform each of said color correction operations on said image data; and - generating a fourth segment of metadata for indicating a region of an image of said sequence of images in which to perform a specific color correction operation among said color correction operations. - generating a first segment of metadata that describes how many of said color correction operations should be performed on said image data ; generating a second segment of metadata that specifies said color correction operations to be performed on said image data; - generating a third segment of metadata that specifies temporal information indicating when and how long to perform each of said color correction operations on said image data; and - generating a fourth segment of metadata for indicating a region of an image of said sequence of images in which to perform a specific color correction operation among said color correction operations.