mhurhangee/ep-ind-claims huggingface dataset:
A cable comprising at least one elongate electrically conductive element, and at least one electrically insulating layer obtained from a polymer composition, characterized in that the polymer composition comprises at least one polypropylene-based thermoplastic polymer material and a dielectric fluid comprising at least one compound meeting following formula: where R 1 and R 2, the same or different, are non-substituted aryl groups and element A represents a single bond or an alkylene group, and in that the dielectric fluid comprises at least 50 % by weight of compound(s) meeting formula; relative to the total weight of the dielectric fluid. where R 1 and R 2, the same or different, are non-substituted aryl groups and element A represents a single bond or an alkylene group, and in that the dielectric fluid comprises at least 50 % by weight of compound(s) meeting formula; relative to the total weight of the dielectric fluid.
Method for operating a modular current converter with a multiplicity of submodules (20,30), wherein the modular current converter generates an AC voltage at at least one AC voltage-side terminal by switching operations of power semiconductors of the submodules (20,30), wherein at least one submodule is arranged between the AC voltage-side terminal and a positive terminal of an intermediate circuit, and at least one submodule is arranged between the AC voltage-side terminal and a negative terminal of the intermediate circuit, characterised in that the at least one submodule between the AC voltage-side terminal and the positive terminal of the intermediate circuit and the at least one submodule between the AC voltage-side terminal and the negative terminal of the intermediate circuit are operated in linear operation.
A client device for a wireless communication system, the client device being configured to perform beam/link monitoring according to a first link recovery procedure if the client device is in non-DRX mode operation with a network access node; perform beam/link monitoring according to a second link recovery procedure if the client device is in C-DRX mode operation with the network access node, the client device is characterized in that the first link recovery procedure includes a first reference signal set q0 to perform beam/link monitoring in the non-DRX mode operation, and the second link recovery procedure includes a second reference signal set q0_drx to perform beam/link monitoring in the C-DRX mode operation. perform beam/link monitoring according to a first link recovery procedure if the client device is in non-DRX mode operation with a network access node; perform beam/link monitoring according to a second link recovery procedure if the client device is in C-DRX mode operation with the network access node, the client device is characterized in that the first link recovery procedure includes a first reference signal set q0 to perform beam/link monitoring in the non-DRX mode operation, and the second link recovery procedure includes a second reference signal set q0_drx to perform beam/link monitoring in the C-DRX mode operation.
Metal shelving for displaying goods, comprising: - a post having dimensions variable in depth and height, with frontal engagement openings (14, 17) and lateral bores; - a height-adjustable screw foot to be mounted on the bottom part of the post; - a base having dimensions variable in depth and height, resting on the ground with at least one height-adjustable foot at its distal end, comprising on its proximal end a couple of hooks and a couple of wings with bores, and - a pin; wherein the assembling between post and base occurs through the insertion of a pair of said hooks into said engagement openings of post and with the insertion of said wings into engagement openings of post, wherein the solidity of the coupling is ensured by said pin transversally inserted in the aligned bores of post and bores of said wings, characterised in that said pair of hooks are downwardly opened and that said hooks are produced in a single piece with the open wings from plate sheets, and the two resulting pieces (A, B) with hooks and wings (12, 13), are fixed on the sides of a vertical and linear body, forming the leaning front of the proximal end of base, and pieces (A, B) themselves are provided with respective horizontal extensions (25, 125), inserted in the longitudinal cavities of base and fixed to it through welding (27, 127) and/or with other suitable means. - a post having dimensions variable in depth and height, with frontal engagement openings (14, 17) and lateral bores; - a height-adjustable screw foot to be mounted on the bottom part of the post; - a base having dimensions variable in depth and height, resting on the ground with at least one height-adjustable foot at its distal end, comprising on its proximal end a couple of hooks and a couple of wings with bores, and - a pin;
A method for forming a layer on an item, the method comprising: depositing on the item an ink containing a security element and a species for forming a metal matrix to form the layer, which comprises a metal matrix having embedded therein the security element, wherein the species for forming a metal matrix comprises a metal compound of a first metal, wherein the ink further comprises a liquid carrier, and wherein the metal compound is dissolved in the liquid carrier; wherein the metal compound is deposited on the item and then the liquid carrier is removed, and wherein decomposition of the metal compound is effected by raising the temperature of the ink after deposition on the item to produce the metal matrix comprising the first metal in elemental or alloyed form. depositing on the item an ink containing a security element and a species for forming a metal matrix to form the layer, which comprises a metal matrix having embedded therein the security element, wherein the species for forming a metal matrix comprises a metal compound of a first metal, wherein the ink further comprises a liquid carrier, and wherein the metal compound is dissolved in the liquid carrier; wherein the metal compound is deposited on the item and then the liquid carrier is removed, and wherein decomposition of the metal compound is effected by raising the temperature of the ink after deposition on the item to produce the metal matrix comprising the first metal in elemental or alloyed form.
A system suitable for the predictive maintenance of valves comprising a body, a support and a spindle for actuating a valve, it further comprises: - at least one torque sensor for measuring the actuation torque to actuate the valve exerted on the spindle; - at least one position sensor for measuring the angular position of said valve; - a sensor board responsible for acquiring and processing the signals from the sensors; and characterized in that the system comprises a temperature sensor connected to the sensor board for correcting the variations that the measurements of the position and torque sensors can experience due to the extreme temperature values thereof. - at least one torque sensor for measuring the actuation torque to actuate the valve exerted on the spindle; - at least one position sensor for measuring the angular position of said valve; - a sensor board responsible for acquiring and processing the signals from the sensors; and
Locking device for locking an essential functional component of a motor vehicle, in particular for locking a steering shaft, with a first housing part in which a locking bolt is accommodated movably between a locking position for locking the functionally essential component and a release position for releasing the functionally essential component, and a second housing part in which means (11, 12) for moving the locking bolt between the locking position and the release position are accommodated, wherein a security unit (6, 7) is provided on the first housing part, which in an engagement position prevents movement of the locking bolt when the first housing part is changed in its arrangement relative to the second housing part, and in a retracted position releases a movement of the locking bolt when the first housing part is arranged on the second housing part, characterized in that, a reinforcing element is provided on the first housing part and/or on the second housing part in order to protect the security unit (6, 7) against manipulation, wherein the reinforcing element is designed as a bolt or a wire element.
A machine tool for machining a workpiece with a tool, wherein the workpiece and the tool are moved relative to one another according to a pre-defined machining sequence and a machining force caused by the machining engagement between the tool and the workpiece is introduced into a second carriage of a carriage arrangement of the machine tool in a vertical direction of introducing force and is absorbed by a base area of the carriage arrangement, the second carriage being guided moveably on a first carriage of the carriage arrangement according to a second path of movement lying in a second plane, the first carriage being guided moveably on the base area according to a first path of movement lying in a first plane, the first plane being inclined with respect to the second plane, and the first path of movement running in its direction of incline, and the movement relative to one another taking place by movements of the two carriages, and a flow of force corresponding to the machining force in the second carriage running through the first carriage to the base area and substantially parallel to the vertical direction of introducing force in the base area, characterised in that the second plane is formed as a horizontally running plane that is orthogonal to the direction of introducing force.
A monoclonal antibody that binds to the Lin12/Notch Repeat -A domain and the heterodimerization domain -C domain of the Notch2 negative regulatory region and inhibits Notch2 activity, wherein the antibody binds to human and mouse Notch2 NRR with a Kd of ≤ 10 nM and wherein the antibody comprises an HVR-H1 comprising an amino acid sequence selected from SEQ ID NOs:1-2; an HVR-H2 comprising the amino acid sequence of SEQ ID NO:4; an HVR-H3 comprising the amino acid sequence of SEQ ID NO:5; an HVR-L1 comprising an amino acid sequence selected from SEQ ID NOs:6-9; an HVR-L2 comprising an amino acid sequence selected from SEQ ID NOs: 11-13; and an HVR-L3 comprising an amino acid sequence selected from SEQ ID NOs:15-18.
A martensitic stainless steel consisting of, in mass %, C: 0.005 % to 0.05 %, Si: equal to or less than 1.0 %, Mn: equal to or less than 2.0 %, Cr: 16 to 18 %, Ni: 2.5 to 6.5 %, Mo: 1.5 to 3.5 %, W: equal to or less than 3.5 %, Cu: equal to or less than 3.5 %, V: 0.01 to 0.08 %, Sol.Al: 0.005 to 0.10 %, N: equal to or less than 0.05 %, Ta: 0.01 to 0.06 %, and optionally Nb: equal to or less than 0.1 %, and the balance Fe with inevitable impurities.
A method for automatically and seamlessly switching from a first local area network to a second LAN: using a networking device to request a transmission data application operating on the first LAN in accordance with a first service set identity (SSID); retrieving a second SSID that is associated with a requested transmission data application for operation on the second LAN; automatically switching with the second SSID to automatically disassociate the networking device from the first LAN and associate the networking device with the second LAN, and to begin processing the requested transmission data application on the second LAN, comparing the first SSID to the second SSID; dynamically switching the first SSID with the second SSID based on the requested transmission data application, wherein at least one of the LANs further comprises a wireless local area network (WLAN), providing a high priority quality of service (QoS) for each SSID designated for a transmission data application related to streaming video and transmitting voice data, and providing a higher level of high priority QoS for each SSID designated for a transmission data application related to transmitting voice data than for a transmission data application related to streaming video. using a networking device to request a transmission data application operating on the first LAN in accordance with a first service set identity (SSID); retrieving a second SSID that is associated with a requested transmission data application for operation on the second LAN; automatically switching with the second SSID to automatically disassociate the networking device from the first LAN and associate the networking device with the second LAN, and to begin processing the requested transmission data application on the second LAN, comparing the first SSID to the second SSID; dynamically switching the first SSID with the second SSID based on the requested transmission data application, wherein at least one of the LANs further comprises a wireless local area network (WLAN), providing a high priority quality of service (QoS) for each SSID designated for a transmission data application related to streaming video and transmitting voice data, and providing a higher level of high priority QoS for each SSID designated for a transmission data application related to transmitting voice data than for a transmission data application related to streaming video.
A method of blink detection in a laser eye surgical system, comprising: providing a topography measurement structure having at least one geometric marker; placing the topography measurement structure into a position proximal to an eye of a patient such that light traveling from the at least one geometric marker is capable of reflecting off a refractive structure of the eye of the patient; detecting the light reflected from the eye of the patient for a predetermined time period while the topography measurement structure is at the proximal position; converting the light reflected from the surface of the eye in the predetermined time period into image data; and analyzing the image data to determine whether light corresponding to the geometric marker is detected in the reflected light, wherein if the geometric marker is determined not to be present, the patient is identified as having blinked during the predetermined time; characterised in that the step of analyzing the image data comprises performing at least one of a Hough transform of the image data, fitting the image data and measuring a goodness of fit, and image correlation with geometric marker template. providing a topography measurement structure having at least one geometric marker; placing the topography measurement structure into a position proximal to an eye of a patient such that light traveling from the at least one geometric marker is capable of reflecting off a refractive structure of the eye of the patient; detecting the light reflected from the eye of the patient for a predetermined time period while the topography measurement structure is at the proximal position; converting the light reflected from the surface of the eye in the predetermined time period into image data; and analyzing the image data to determine whether light corresponding to the geometric marker is detected in the reflected light, wherein if the geometric marker is determined not to be present, the patient is identified as having blinked during the predetermined time; characterised in that the step of analyzing the image data comprises performing at least one of a Hough transform of the image data, fitting the image data and measuring a goodness of fit, and image correlation with geometric marker template.
A valve assembly for admitting air into and/or releasing air from spring-loaded brake cylinders (44, 45) in a trailer vehicle with a pneumatic brake system, comprising a first connection for a line connected to a storage container of the trailer vehicle, a second connection for a line which leads to the spring-loaded brake cylinders (44, 45), and a first pneumatic control inlet, wherein the first connection can be connected to the second connection depending on the pressure at the first control inlet and regardless of the pressure in the service brake cylinders (31, 32), wherein the first control inlet is connected to a line connected to a control connection of the trailer vehicle.
Thermoplastic composition comprising: • at least one starch; • at least one starch plasticiser; • at least one polyethylene having a density of between 0.910 and 0.935; • at least one functional polyolefin; characterised in that the functional polyolefin is a copolymer of propylene and at least a second alpha olefin, and comprising at least one functional compound carrying at least a polar function, said copolymer comprising, relative to its total weight, 45 to 95% of units derived from propylene. • at least one starch; • at least one starch plasticiser; • at least one polyethylene having a density of between 0.910 and 0.935; • at least one functional polyolefin;
Method for initializing a Wiegand-sensor-based rotary angle measurement system, comprising the following method steps: - Mounting the rotary angle measurement system at the place of use, - applying, after the mounting, an initialization alternating current to a sensor coil which radially surrounds a Wiegand wire, the method being characterized in that the initialization alternating current has a current direction that alternates over time and a current amplitude that decreases over time. - Mounting the rotary angle measurement system at the place of use, - applying, after the mounting, an initialization alternating current to a sensor coil which radially surrounds a Wiegand wire, the method being characterized in that the initialization alternating current has a current direction that alternates over time and a current amplitude that decreases over time.
A composition comprising: a releasable bioactive agent, a retention vehicle polymer, and a cross-linker for cross-linking the retention vehicle polymer in situ in a subject, and a delivery vehicle, wherein the retention vehicle polymer is a polymer that can be crosslinked to form a polymer network that retains the releasable bioactive agent, wherein the delivery vehicle is a biodegradable polymeric microparticle and wherein the crosslinker is present in the delivery vehicle that enables controlled or extended release of the crosslinker and provides an extended dose of the crosslinker for continuously cross-linking of the retention vehicle polymer.
A composite material comprising a binder and at least one first and at least one second filler, wherein the first filler has a density > 2 kg/l and a Mohs hardness > 4 and the second filler has a bulk density < 2.5 kg/l wherein the particles of the second filler are selected from a group comprising hollow polymer spheres, hollow polymer granules, hollow glass spheres, synthetic porous glass or ceramic spheres, zeolite, aluminium trihydroxide, expanded perlite and pumice, characterised in that the concentration of the first filler in the composite material decreases continuously from a first surface of the composite material towards an opposite second surface of the composite material. the first filler has a density > 2 kg/l and a Mohs hardness > 4 and the second filler has a bulk density < 2.5 kg/l wherein the particles of the second filler are selected from a group comprising hollow polymer spheres, hollow polymer granules, hollow glass spheres, synthetic porous glass or ceramic spheres, zeolite, aluminium trihydroxide, expanded perlite and pumice, characterised in that the concentration of the first filler in the composite material decreases continuously from a first surface of the composite material towards an opposite second surface of the composite material.
An optical transmitter (1; 2; 3; 4) comprising: an electrical signal generator (10; 50) configured to generate an electrical drive signal (I-arm, Q-arm; XI-arm, XQ-arm, YI-arm, YQ-arm) based upon input data; an optical modulator (20; 60) configured to modulate an input light by the electrical drive signal, the optical modulator (20; 60) having a first waveguide pair (21; 612, 621), a second waveguide pair (22; 613, 622), and a phase shifter (23; 63X, 63Y) configured to provide a phase difference between light waves travelling through the first waveguide pair (21; 612, 621) and the second waveguide pair (22; 613, 622); and a controller (40A-40D); characterized in that the controller is configured to set the phase difference between the first waveguide pair (21; 612, 621) and the second waveguide pair (22; 613, 622) provided by the phase shifter (23; 63X, 63Y) to 0+n*π radians, where n is an integer, when a modulation scheme of the optical modulator (20; 60) is changed from a first scheme using four or more phase values to a second scheme using two phase values. an electrical signal generator (10; 50) configured to generate an electrical drive signal (I-arm, Q-arm; XI-arm, XQ-arm, YI-arm, YQ-arm) based upon input data; an optical modulator (20; 60) configured to modulate an input light by the electrical drive signal, the optical modulator (20; 60) having a first waveguide pair (21; 612, 621), a second waveguide pair (22; 613, 622), and a phase shifter (23; 63X, 63Y) configured to provide a phase difference between light waves travelling through the first waveguide pair (21; 612, 621) and the second waveguide pair (22; 613, 622); and a controller (40A-40D); characterized in that the controller is configured to set the phase difference between the first waveguide pair (21; 612, 621) and the second waveguide pair (22; 613, 622) provided by the phase shifter (23; 63X, 63Y) to 0+n*π radians, where n is an integer, when a modulation scheme of the optical modulator (20; 60) is changed from a first scheme using four or more phase values to a second scheme using two phase values.
A method of performing time drift compensation in a RAKE receiver employing CDMA/UMTS/W-CDMA, the method comprising the steps of: receiving a signal, which comprises chips, at the receiver; producing a control pulse after having received a certain number of chips of the received signal, wherein said control pulse is representative of the slot recurrence and has a frequency being controlled with respect to the time drift; controlling a variable delay applied to the received signal in accordance with said control pulse; characterized in that said variable delay applied to the received signal is controlled by sending, to demodulation units (202, 203) in the receiver, a delayed signal in which chips have been omitted or duplicated on the basis of said control pulse; supplying, to said demodulation units in the receiver, a compensation signal synchronized to the control pulse that indicates whether chips have been omitted or duplicated in the delayed signal; and demodulating the delayed signal such that the demodulation units consider the omission or duplication of chips in the delayed signal. receiving a signal, which comprises chips, at the receiver; producing a control pulse after having received a certain number of chips of the received signal, wherein said control pulse is representative of the slot recurrence and has a frequency being controlled with respect to the time drift; controlling a variable delay applied to the received signal in accordance with said control pulse; characterized in that said variable delay applied to the received signal is controlled by sending, to demodulation units (202, 203) in the receiver, a delayed signal in which chips have been omitted or duplicated on the basis of said control pulse; supplying, to said demodulation units in the receiver, a compensation signal synchronized to the control pulse that indicates whether chips have been omitted or duplicated in the delayed signal; and demodulating the delayed signal such that the demodulation units consider the omission or duplication of chips in the delayed signal.