mhurhangee/ep-ind-claims huggingface dataset:
A blade set of a hair cutting appliance, said blade set being arranged to be moved through hair in an assumed moving direction to cut hair, said blade set being configured to pivot or swivel with respect to a housing of the hair cutting appliance, said blade set comprising: - a stationary blade comprising at least one toothed cutting edge (32, 34), and a lateral end, wherein the stationary blade further comprises a first surface that is arranged, when in use for shaving purposes, as a skin-contacting surface, - a movable blade comprising a toothed cutting edge (32, 34), wherein the movable blade is arranged to be reciprocally moved with respect to the stationary blade in a cutting direction that is basically perpendicular to the assumed moving direction; characterized in that that the blade set further comprises a lateral protecting element associated with the lateral end, thereby defining a lateral end cap of the stationary blade, wherein the lateral protecting element laterally shields a lateral edge of the lateral end, such that, when in use, skin contact of the at least one lateral edge is prevented, and wherein the lateral protecting element and the lateral end cooperate so as to prevent hairs from being trapped there between, wherein the stationary blade and the movable blade are at least partially made from steel, and the lateral protecting element is made from plastic material. - a stationary blade comprising at least one toothed cutting edge (32, 34), and a lateral end, wherein the stationary blade further comprises a first surface that is arranged, when in use for shaving purposes, as a skin-contacting surface, - a movable blade comprising a toothed cutting edge (32, 34), wherein the movable blade is arranged to be reciprocally moved with respect to the stationary blade in a cutting direction that is basically perpendicular to the assumed moving direction; characterized in that
A method in a wireless device of transmitting uplink reference signals from said wireless device in a wireless communication network to enable network-centric measurements, wherein said method comprises the steps of: obtaining power control information defining a time-dependent power control setting for said uplink reference signals, wherein said step of obtaining power control information comprises a step of obtaining at least two different uplink reference signal configurations, each of which is respectively associated with its own set of power control parameters, wherein a precedence rule is used to decide which uplink reference signal to transmit in case uplink reference signal transmissions from different uplink reference signal configurations for the same wireless device are triggered to be transmitted in the same subframe; determining transmit power values for said uplink reference signals according to said time-dependent power control setting, to provide uplink reference signals of different transmit power values at different time instants, thereby providing uplink reference signals providing different coverage; and transmitting said uplink reference signals with the determined transmit power values according to said time-dependent power control setting. obtaining power control information defining a time-dependent power control setting for said uplink reference signals, wherein said step of obtaining power control information comprises a step of obtaining at least two different uplink reference signal configurations, each of which is respectively associated with its own set of power control parameters, wherein a precedence rule is used to decide which uplink reference signal to transmit in case uplink reference signal transmissions from different uplink reference signal configurations for the same wireless device are triggered to be transmitted in the same subframe; determining transmit power values for said uplink reference signals according to said time-dependent power control setting, to provide uplink reference signals of different transmit power values at different time instants, thereby providing uplink reference signals providing different coverage; and transmitting said uplink reference signals with the determined transmit power values according to said time-dependent power control setting.
A computer apparatus comprising software that when executed by the computer apparatus directs the apparatus to simulate operation of an industrial system; the software comprising: simulation configuration software, that when executed by the computer apparatus directs the apparatus to create a simulation of an industrial control system (310, 230), and a simulation executable file, wherein the simulation configuration software comprises an industrial module modeler software configured to model at least one physical industrial control module for the simulation; simulation execution software that when executed by the computer apparatus directs the apparatus to receive the simulation executable file from the simulation creation software, and execute the simulation executable file to run a simulation, wherein the timing between the simulation and the at least one industrial control module is synchronized by optimizing the two variables execution time and update rate per control module; communication software that when executed by the computer apparatus directs the apparatus to communicate with the simulation execution software to establish communication links between the simulation and the at least one industrial control module, which enhance the synchronization of the timing between the simulation and the at least one physical industrial control module; and a non-transitory computer readable storage medium having the user simulation configuration software, the simulation execution software, and the communication software stored thereon. simulation configuration software, that when executed by the computer apparatus directs the apparatus to create a simulation of an industrial control system (310, 230), and a simulation executable file, wherein the simulation configuration software comprises an industrial module modeler software configured to model at least one physical industrial control module for the simulation; simulation execution software that when executed by the computer apparatus directs the apparatus to receive the simulation executable file from the simulation creation software, and execute the simulation executable file to run a simulation, wherein the timing between the simulation and the at least one industrial control module is synchronized by optimizing the two variables execution time and update rate per control module; communication software that when executed by the computer apparatus directs the apparatus to communicate with the simulation execution software to establish communication links between the simulation and the at least one industrial control module, which enhance the synchronization of the timing between the simulation and the at least one physical industrial control module; and a non-transitory computer readable storage medium having the user simulation configuration software, the simulation execution software, and the communication software stored thereon.
A drug delivery composition, comprising: a polymer matrix comprising: two or more layers, wherein each layer comprises chitosan and pectin which are crosslinked; an agent comprising: one or more of a therapeutic agent, a prophylactic agent, a diagnostic agent, or a nutraceutical agent, at least a portion of the agent entrapped within the layers of the polymer matrix, between the layers of the polymer matrix, or entrapped within and between the layers of the polymer matrix; and a protease inhibitor, an absorption enhancer, or a combination thereof, in an amount effective to preserve bioactivity of the agent under conditions present in the gastrointestinal tract; and an enteric coating or capsule encapsulating the polymer matrix. two or more layers, wherein each layer comprises chitosan and pectin which are crosslinked; an agent comprising: one or more of a therapeutic agent, a prophylactic agent, a diagnostic agent, or a nutraceutical agent, at least a portion of the agent entrapped within the layers of the polymer matrix, between the layers of the polymer matrix, or entrapped within and between the layers of the polymer matrix; and a protease inhibitor, an absorption enhancer, or a combination thereof, in an amount effective to preserve bioactivity of the agent under conditions present in the gastrointestinal tract; and an enteric coating or capsule encapsulating the polymer matrix.
Connecting arrangement for connecting a wiper blade to a wiper arm for a windscreen wiping system of a vehicle, having a connection element, which comprises an upper part designed to secure the connection element to the wiper arm, on which upper part a lower part designed to hold a base body of the wiper blade is mounted so as to be pivotable about an axis of rotation, and having a slider engaging around the wiper arm in an end region, which can be displaced along the wiper arm from an assembly position into an operating position securing the connection element, characterised in that the connecting arrangement comprises at least one securing element, which, upon a pivot movement of the lower part about the axis of rotation by a first amount, suppresses a displacement of the slider into the assembly position, but allows the displacement in the event of a pivot movement of the lower part about the axis of rotation by a second amount, which is greater than the first amount.
A method for running an unmodified sensor-dependent application on a local off-the-shelf device (100; 200; 300; 400) without using sensor data from the local off-the shelf device, without modifying hardware of the local off-the-shelf device, and without modifying an operating system on the local off-the-shelf device, the method comprising: acquiring the unmodified sensor-dependent application from a consumer-oriented application repository; detecting an exposed sensor (112; 212, 222; 312; 412) available on a remote device (110; 210, 220; 310; 410); establishing a communication link with the remote device; receiving sensor data from the exposed sensor; and using the sensor data in the unmodified sensor-dependent application running on the local off-the-shelf device, characterized by controlling the remote device to selectively power down a circuit or process associated with a sensor on the remote device. acquiring the unmodified sensor-dependent application from a consumer-oriented application repository; detecting an exposed sensor (112; 212, 222; 312; 412) available on a remote device (110; 210, 220; 310; 410); establishing a communication link with the remote device; receiving sensor data from the exposed sensor; and using the sensor data in the unmodified sensor-dependent application running on the local off-the-shelf device, characterized by controlling the remote device to selectively power down a circuit or process associated with a sensor on the remote device.
A liquid cartridge comprising: a front wall; a rear wall opposite the front wall; a liquid chamber positioned between the front wall and the rear wall; a liquid outlet through the front wall and configured to supply the liquid from an interior of the chamber to an exterior of the liquid chamber; an actuator being movable between a first position, and a second position; a detector positioned in the chamber, the detector being movable from a restricted position and a released position in which the detector is detective from the exterior of the liquid cartridge; and characterized by a restriction member configured to move between a release position in which the detector is movable to the released position, and a restrict position in which the restriction member contacts the detector to position the detector in the restricted position; wherein the restriction member is movable from the restrict position to the release position in response to movement of the actuator from the first to the second position; and the restriction member is movable from the release position to the restrict position in response to movement of the actuator from the second to the first position. a front wall; a rear wall opposite the front wall; a liquid chamber positioned between the front wall and the rear wall; a liquid outlet through the front wall and configured to supply the liquid from an interior of the chamber to an exterior of the liquid chamber; an actuator being movable between a first position, and a second position; a detector positioned in the chamber, the detector being movable from a restricted position and a released position in which the detector is detective from the exterior of the liquid cartridge; and characterized by a restriction member configured to move between a release position in which the detector is movable to the released position, and a restrict position in which the restriction member contacts the detector to position the detector in the restricted position; wherein the restriction member is movable from the restrict position to the release position in response to movement of the actuator from the first to the second position; and the restriction member is movable from the release position to the restrict position in response to movement of the actuator from the second to the first position.
An above-ground termite station for detecting and controlling termites above ground in an operating configuration of the termite station, said termite station being mountable on an above-ground mounting surface and comprising: a container defining an interior space and being at least in part configured for abutting against and being mountable on said above-ground mounting surface, the container being configurable between a closed configuration and an open configuration in which the interior space of the container is accessible while the container is mounted on said mounting surface; and a cartridge sized and configured for insertion in and removal from the interior space of the container, said cartridge comprising an aggregation member, a bait matrix separate from the aggregation member, and a holder including a cup portion, said holder being configured to hold the aggregation member and bait matrix in assembly with the holder when the cartridge is outside the container and to facilitate positioning of the cartridge relative to the interior space of the container as a single unit. a container defining an interior space and being at least in part configured for abutting against and being mountable on said above-ground mounting surface, the container being configurable between a closed configuration and an open configuration in which the interior space of the container is accessible while the container is mounted on said mounting surface; and a cartridge sized and configured for insertion in and removal from the interior space of the container, said cartridge comprising an aggregation member, a bait matrix separate from the aggregation member, and a holder including a cup portion, said holder being configured to hold the aggregation member and bait matrix in assembly with the holder when the cartridge is outside the container and to facilitate positioning of the cartridge relative to the interior space of the container as a single unit.
A method for aborting blocked bus access between a master controller and connected peripherals (2, 3) communicating via a bus protocol, the method comprising the following steps: - an interrupt event message is sent to the master controller for starting an interrupt service routine, whereas the interrupt event message is also sent to a connected peripheral (2, 3), which blocks the bus, - the master controller jumps into the interrupt service routine and - the peripheral (2, 3) aborts its bus access and unblocks the bus by sending an abort interrupt message to the master controller, and - the master controller accesses the unblocked bus for serving the interrupt service routine, and - after leaving the interrupt service routine the master controller jumps back to a main routine. - an interrupt event message is sent to the master controller for starting an interrupt service routine, whereas the interrupt event message is also sent to a connected peripheral (2, 3), which blocks the bus, - the master controller jumps into the interrupt service routine and - the peripheral (2, 3) aborts its bus access and unblocks the bus by sending an abort interrupt message to the master controller, and - the master controller accesses the unblocked bus for serving the interrupt service routine, and - after leaving the interrupt service routine the master controller jumps back to a main routine.
-1-(2,2-Difluorobenzo[d][I,3]dioxol-5-yl)-N-(1-(2,3-dihydroxypropyl)-6-fluoro-2-(1-hydroxy-2-methylpropan-2-yl)-1 H-indol-5-yl)cyclopropanecarboxamide characterized as crystalline Form A, wherein the Form A is characterized by one or more peaks at 19.3 to 19.7 degrees, 21.5 to 21.9 degrees, and 16.9 to 17.3 degrees in an X-ray powder diffraction obtained using Cu K alpha radiation.
Hypromellose acetate succinate for use as a hot-melt extrusion carrier having a volume-average particle size (D 50) as measured by dry laser diffraction of from 70 to 300 μm and a loose bulk density of from 0.25 to 0.40 g/cm 3.
Mounting system for mounting a bonnet on a motor vehicle body comprising, on the one hand, at least one bonnet support fixed to the body and comprising positioning elements that can be activated to collaborate with the bonnet so as to hold the bonnet in a closed position in which the bonnet closes an engine compartment of the motor vehicle, the positioning elements being configured so as to be activated and deactivated by a sliding of the bonnet with respect to the bonnet support in opposing first and second directions respectively, notably in a substantially horizontal direction and, on the other hand, a locking mechanism varying between a locking configuration preventing deactivation of the positioning elements and an unlocking configuration allowing the activation of the positioning elements, which mounting system is characterized in that the sliding of the bonnet in the first direction is brought about by the passage of the locking mechanism from the unlocking configuration to the locking configuration.
Copolymer of ethylene and of a 1,3-diene of formula which comprises ethylene units and units of the 1,3-diene, the ethylene units representing between 50 mol% and 95 mol% of the ethylene units and of the units of the 1,3-diene, and the units of the 1,3-diene of 1,2 and 3,4 configuration representing more than 50 mol% of the units of the 1,3-diene, CH 2 =CR-CH=CH 2 the symbol R representing a hydrocarbon chain having from 3 to 20 carbon atoms.
Vehicle seat (10, 100) having a backrest part (14, 140) which may be adjusted in inclination and folded over with respect to a seat part (12, 120) of the vehicle seat (10, 100) and a seat part (12, 120) which is height-adjustable with respect to the seat rails (16A, 16B) of a pair of seat rails and which is connected to the backrest part (14, 140), wherein the vehicle seat (10, 100) has a front actuation lever (20, 20') which is arranged in the front region of the vehicle seat (10, 100) and releases or locks a locking and unlocking mechanism in order to release a seat length adjustment system of the vehicle seat (10, 100) and the vehicle seat also has a rear actuation lever (22, 22') which is arranged on the backrest (14, 140) in the rear region of the vehicle seat (10, 100), wherein an actuation of the rear actuation lever (22, 22') has an effect on the front actuation lever (20, 20'), wherein a smooth operability of the actuation levers (20, 20'; 22, 22') is effected by means of a Bowden cable mechanism arranged between the actuation levers (20, 20'; 22, 22'), wherein a Bowden cable (24A, 240A) which is arranged between the rear actuation lever (22, 22') arranged on the backrest (14, 140) and the front actuation lever (20, 20') of the Bowden cable mechanism (24, 240) has over the path thereof a first Bowden cable excess length (240-K1) which is used when adjusting the inclination of the backrest part (14, 140) and/or when folding said backrest part to compensate for the changing distance between the rear and front point of articulation of the Bowden cable (24A, 240A) on the rear actuation lever (22, 22') and on the front actuation lever (20, 20'), said distance changing owing to the adjustment movements of the backrest part (12, 120), characterized in that the Bowden cable (24A, 240A) of the Bowden cable mechanism (24, 240) has over the further path thereof a second Bowden cable excess length (240-K2) which is used when adjusting the height of the seat part (12, 120) to compensate for the changing distance between the rear and the front point of articulation of the Bowden cable (24A, 240A) on the rear actuation lever (22, 22') and on the front actuation lever (20, 20').
A shatter resistant, cold-formed glass article comprising: a first major surface; a second major surface; a thickness measured between the first major surface and the second major surface of 0.05 mm to 2 mm; a layer of high modulus adhesive located on the second major surface, wherein the high modulus adhesive has a modulus of elasticity of at least 500 MPa and less than 5 GPa; and a surface treatment located on the first major surface; wherein the first major surface includes a curved section and the second major surface includes a curved section; and wherein the curved section of the first major surface includes a first radius of curvature greater than 30 mm and less than 1.5 m. a first major surface; a second major surface; a thickness measured between the first major surface and the second major surface of 0.05 mm to 2 mm; a layer of high modulus adhesive located on the second major surface, wherein the high modulus adhesive has a modulus of elasticity of at least 500 MPa and less than 5 GPa; and a surface treatment located on the first major surface; wherein the first major surface includes a curved section and the second major surface includes a curved section; and wherein the curved section of the first major surface includes a first radius of curvature greater than 30 mm and less than 1.5 m.