mhurhangee/ep-ind-claims huggingface dataset:
A linear motion guide assembly comprising: - a tubular housing provided with a longitudinal internal cavity for accommodating a linear drive, a longitudinal slit between the longitudinal cavity and an outer face of the housing and a pair of longitudinal side grooves formed on the outer face of the housing on each side of the longitudinal slit; - a cover band for covering the longitudinal slit and side grooves, the cover band being provided with a pair of longitudinal resilient protruding portions each arranged so as to be releasably engaged and clamped in a respective one of the side grooves of the housing and each comprising a pair of parallel ribs spaced apart from one another, each rib having an external face facing away from the other rib and an internal face facing the other rib; - a slider sliding or rolling on a longitudinal track of the housing between two end positions, the slider extending through the longitudinal slit to be coupled to the linear drive, the slider having two longitudinal ends and being provided with guiding means (30, 32) for lifting a portion of the cover band between the longitudinal ends of the slider on a path out of engagement with the side grooves; characterised in that each of the longitudinal side grooves has opposed concave side wall portions, the external face of each rib being convex, facing and contacting a respective one of the opposed concave side wall portions when the pair of longitudinal resilient protruding portions is clamped in the side grooves. - a tubular housing provided with a longitudinal internal cavity for accommodating a linear drive, a longitudinal slit between the longitudinal cavity and an outer face of the housing and a pair of longitudinal side grooves formed on the outer face of the housing on each side of the longitudinal slit; - a cover band for covering the longitudinal slit and side grooves, the cover band being provided with a pair of longitudinal resilient protruding portions each arranged so as to be releasably engaged and clamped in a respective one of the side grooves of the housing and each comprising a pair of parallel ribs spaced apart from one another, each rib having an external face facing away from the other rib and an internal face facing the other rib; - a slider sliding or rolling on a longitudinal track of the housing between two end positions, the slider extending through the longitudinal slit to be coupled to the linear drive, the slider having two longitudinal ends and being provided with guiding means (30, 32) for lifting a portion of the cover band between the longitudinal ends of the slider on a path out of engagement with the side grooves;
Container adapter for a medical delivery device having a container seat for holding a container in a predefined position, a dosage chamber, a dosing mechanism to transfer a liquid from the container held in the container seat to the dosage chamber and a lock mechanism (530, 531, 532, 533) adapted to prevent operation of the dosing mechanism when no container is held in the container seat and to allow operation of the dosing mechanism when the container is held in the container seat, comprising an adapter container seat arranged to hold a container in a predefined position, a joint structure arranged to be detachably positioned in the container seat of the medical delivery device and to connect the adapter container seat to the dosing mechanism of the medical delivery device when the joint structure is positioned in the container seat of the medical delivery device, and an unlock member adapted to activate the lock mechanism (530, 531, 532, 533) of the medical delivery device such that operation of the dosing mechanism is allowed when the joint structure is positioned in the container seat of the medical delivery device. an adapter container seat arranged to hold a container in a predefined position, a joint structure arranged to be detachably positioned in the container seat of the medical delivery device and to connect the adapter container seat to the dosing mechanism of the medical delivery device when the joint structure is positioned in the container seat of the medical delivery device, and an unlock member adapted to activate the lock mechanism (530, 531, 532, 533) of the medical delivery device such that operation of the dosing mechanism is allowed when the joint structure is positioned in the container seat of the medical delivery device.
A composition, comprising, based on the total weight of the polymer components in the composition, 1 to 40 wt.% of an aromatic polycarbonate; 30 to 98.8 wt.% of a polysiloxane-polycarbonate block copolymer comprising carbonate units of the formula wherein at least 60 percent of the total number of R 1 groups are C 1-60 aromatic organic radicals and the balance thereof are aliphatic, alicyclic, or aromatic radicals, and polysiloxane units of the formula wherein R is independently the same or different C 1-13 monovalent organic group, and E has an average value of 10 to 100; and 0.1 to 10 wt.% of a polysiloxane-polyimide block copolymer comprising more than 20 wt.% polysiloxane units, based on the total weight of the polysiloxane-polyimide copolymer; wherein a 3.2 mm thick molded sample comprising the composition has less than or equal to 8% haze and at least 80% luminous transmittance, measured in accordance with ASTM D1003-00, and a 3.2 mm thick molded sample comprising the composition retains more than 50% of its initial notched Izod impact strength of 320 to 1068 J/m (6 to 20 ft-lb/in) at 23°C after hydro-aging for 5 days at 100°C, measured in accordance with ASTM D256: 2004. 1 to 40 wt.% of an aromatic polycarbonate; 30 to 98.8 wt.% of a polysiloxane-polycarbonate block copolymer comprising carbonate units of the formula wherein at least 60 percent of the total number of R 1 groups are C 1-60 aromatic organic radicals and the balance thereof are aliphatic, alicyclic, or aromatic radicals, and polysiloxane units of the formula wherein R is independently the same or different C 1-13 monovalent organic group, and E has an average value of 10 to 100; and wherein at least 60 percent of the total number of R 1 groups are C 1-60 aromatic organic radicals and the balance thereof are aliphatic, alicyclic, or aromatic radicals, and polysiloxane units of the formula wherein R is independently the same or different C 1-13 monovalent organic group, and E has an average value of 10 to 100; and 0.1 to 10 wt.% of a polysiloxane-polyimide block copolymer comprising more than 20 wt.% polysiloxane units, based on the total weight of the polysiloxane-polyimide copolymer; wherein a 3.2 mm thick molded sample comprising the composition has less than or equal to 8% haze and at least 80% luminous transmittance, measured in accordance with ASTM D1003-00, and a 3.2 mm thick molded sample comprising the composition retains more than 50% of its initial notched Izod impact strength of 320 to 1068 J/m (6 to 20 ft-lb/in) at 23°C after hydro-aging for 5 days at 100°C, measured in accordance with ASTM D256: 2004.
A progressive method of recognizing partial discharges emitted inside or outside electrical equipment, wherein this recognition of partial discharges is shape recognition of these partial discharge patterns, and wherein after recording known partial discharge patterns in a data base with each pattern being associated with the type of fault that generated it, and after detecting at least one partial discharge activity, said method comprises the following steps: · acquiring a new partial discharge (Pd) pattern. · comparing said new partial discharge pattern with partial discharge patterns that are already recorded in the data base; · after diagnosing the source of said partial discharges, obtaining the matching fault in the equipment; and · recording the result thus obtained in the data base. characterized in that said method comprises acquiring color images obtained by measuring a series of these partial discharge patterns in phase and in amplitude and processing and transposing the color images into black and white images, and in that, after acquiring a new partial discharge (Pd) pattern, said method comprises sub-dividing the new partial discharge pattern into four equal portions, splitting it in two both horizontally and vertically and analyzing said four zones to classify the new pattern in one category, comparing said new partial discharge pattern with the previously recorded partial discharge patterns in the date base in relying on said category. · acquiring a new partial discharge (Pd) pattern. · comparing said new partial discharge pattern with partial discharge patterns that are already recorded in the data base; · after diagnosing the source of said partial discharges, obtaining the matching fault in the equipment; and · recording the result thus obtained in the data base.
A method to detect congestion in a network element, the method comprising: measuring a queue group occupancy of a queue group for a port in the network element, wherein the queue group stores a plurality of packets to be communicated through that port; recording the queue group occupancy if the queue group occupancy is greater than a first threshold, wherein the queue group occupancy recording is turned off if the queue group occupancy is below the first threshold and the recording stores a plurality of queue group occupancy values from the queue group occupancy recording; determining if the measurement indicates a potential congestion of the queue group by determining if the queue group occupancy is greater than a second threshold, wherein the second threshold is larger than the first threshold; and if the potential congestion exists on that queue group, gathering information regarding packets to be transmitted through that port. measuring a queue group occupancy of a queue group for a port in the network element, wherein the queue group stores a plurality of packets to be communicated through that port; recording the queue group occupancy if the queue group occupancy is greater than a first threshold, wherein the queue group occupancy recording is turned off if the queue group occupancy is below the first threshold and the recording stores a plurality of queue group occupancy values from the queue group occupancy recording; determining if the measurement indicates a potential congestion of the queue group by determining if the queue group occupancy is greater than a second threshold, wherein the second threshold is larger than the first threshold; and if the potential congestion exists on that queue group, gathering information regarding packets to be transmitted through that port.
A method comprising: amplifying an input signal to obtain an output signal suitable for DC coupling to a load in a DC-coupled mode and for AC coupling to the load in an AC-coupled mode; and performing DC level shifting as needed to obtain a first output common-mode voltage for the output signal in the DC-coupled mode and to obtain a second output common-mode voltage for the output signal in the AC-coupled mode, wherein the performing DC level shifting comprises generating an offset current to obtain a DC voltage difference between the input signal and the output signal, and drawing the offset current to a lower power supply to prevent the offset current from passing to the output signal. amplifying an input signal to obtain an output signal suitable for DC coupling to a load in a DC-coupled mode and for AC coupling to the load in an AC-coupled mode; and performing DC level shifting as needed to obtain a first output common-mode voltage for the output signal in the DC-coupled mode and to obtain a second output common-mode voltage for the output signal in the AC-coupled mode, wherein the performing DC level shifting comprises generating an offset current to obtain a DC voltage difference between the input signal and the output signal, and drawing the offset current to a lower power supply to prevent the offset current from passing to the output signal.
Door, in particular front door, having a circumferential frame as a carrier profile and at least one door leaf with a circumferential leaf profile, wherein the at least one door leaf has a door panel and wherein the door leaf has on its outer side an outer cover layer which is detachably fastened to the leaf profile and covers the leaf, wherein a first retaining profile, which is firmly connected to the outer cover layer, serves to connect the leaf profile and the outer cover layer, and wherein the first retaining profile has at least one web, the end of which is provided with at least one widening or circumferential taper in each case, which can be latched to the leaf profile via at least one clamping element associated with the outer cover layer, the door leaf having on its inner side an inner cover layer which is detachably fastened to the leaf profile and covers the leaf, a second retaining profile, which is firmly connected to the inner cover layer, serves to connect the leaf profile and the inner cover layer, and wherein the second retaining profile has at least one web, the end of each of which is provided with at least one widening or circumferential taper, which can be latched to the leaf profile via at least one clamping element associated with the inner cover layer, characterized in that the leaf profile has a retaining element with a retaining groove at its end facing away from the frame and that the at least one clamping element associated with the inner cover layer is arranged in the retaining groove.
A power receiving unit for a process cartridge, wherein the process cartridge is detachably mounted in an image formation apparatus configured with a power output unit that is swingable, an outer circumference of the power output unit contains a recessed portion, and the power receiving unit is engaged with the power output unit to receive a driving force, the power receiving unit comprising: a wheel hub, wherein the wheel hub is disposed on an end of a rotating component in the process cartridge to transmit the driving force to the rotating component; a power receiving part mounted inside the wheel hub, wherein the power receiving part includes a fixing protrusion, the fixing protrusion being inserted into the recessed portion; and a bias part, wherein the bias part provides a bias force toward the fixing protrusion for the power output unit, characterized in that the power receiving part includes a notch that is disposed oppositely to the fixing protrusion; the notch provides a swinging space for the power output unit, and cooperation of the notch and the fixing protrusion provides a tilting displacement space for the installation and insertion process and the disassembly and removal process of the power output unit and the power receiving unit. a wheel hub, wherein the wheel hub is disposed on an end of a rotating component in the process cartridge to transmit the driving force to the rotating component; a power receiving part mounted inside the wheel hub, wherein the power receiving part includes a fixing protrusion, the fixing protrusion being inserted into the recessed portion; and a bias part, wherein the bias part provides a bias force toward the fixing protrusion for the power output unit, characterized in that the power receiving part includes a notch that is disposed oppositely to the fixing protrusion; the notch provides a swinging space for the power output unit, and cooperation of the notch and the fixing protrusion provides a tilting displacement space for the installation and insertion process and the disassembly and removal process of the power output unit and the power receiving unit.
An apparatus for conforming a functionalized flexible planar film onto an optical lens, said apparatus comprising: - a module comprising a mechanical piston and a plate mounted above said mechanical piston; - said piston being capable of presenting a vertical translational movement along the axis (y), within said module; - a mechanical anti-return device for said piston capable of blocking the plate at a determined height on the inside of the module; - a lens-holder positioned on the top face of the plate, comprising means capable of holding an optical lens; - a film carrier capable of holding a flat flexible film, said film carrier comprising a holding device making it possible to position and locking said film carrier on the module at its upper end, the locking involving the hermetic closure of said module; - a stamp situated vertical to the module; - electrical, pneumatic or mechanical translation means connecting said stamp to a support shaft, said means being capable of effecting controlled vertical and / or horizontal movements of the stamp; - actuation of the stamp, the piston, the translation means, according to a predetermined sequence and governed by an automatic device makes it possible to establish the contact between the stamp, the flexible planar film and the optical lens until obtaining a conformal contact between said optical lens and said film characterized in that it comprises in addition a removable unit for heating the film by convection and / or by radiation, said unit being controlled by an automatic device capable of controlling the temperature and the distance applied between the film and the heating unit. - a module comprising a mechanical piston and a plate mounted above said mechanical piston; - said piston being capable of presenting a vertical translational movement along the axis (y), within said module; - a mechanical anti-return device for said piston capable of blocking the plate at a determined height on the inside of the module; - a lens-holder positioned on the top face of the plate, comprising means capable of holding an optical lens; - a film carrier capable of holding a flat flexible film, said film carrier comprising a holding device making it possible to position and locking said film carrier on the module at its upper end, the locking involving the hermetic closure of said module; - a stamp situated vertical to the module; - electrical, pneumatic or mechanical translation means connecting said stamp to a support shaft, said means being capable of effecting controlled vertical and / or horizontal movements of the stamp; - actuation of the stamp, the piston, the translation means, according to a predetermined sequence and governed by an automatic device makes it possible to establish the contact between the stamp, the flexible planar film and the optical lens until obtaining a conformal contact between said optical lens and said film
A method, comprising: receiving at a first communication device from a first network information for assisting device-to-device transmissions between a group of communication devices including said first communication device, wherein said information for assisting device-to-device transmissions comprises resource allocation information and/or scheduling information for performing device-to-device transmission; thereafter detecting at said first communication device loss of possibility to continue receiving assistance for said device-to-device transmissions from said first network; and deciding at said first communication device whether to continue with said device-to-device transmissions with assistance from a second network or without assistance from the second network, wherein said deciding is based on one or more of access need, capability and condition of the first communication device and the second network. receiving at a first communication device from a first network information for assisting device-to-device transmissions between a group of communication devices including said first communication device, wherein said information for assisting device-to-device transmissions comprises resource allocation information and/or scheduling information for performing device-to-device transmission; thereafter detecting at said first communication device loss of possibility to continue receiving assistance for said device-to-device transmissions from said first network; and deciding at said first communication device whether to continue with said device-to-device transmissions with assistance from a second network or without assistance from the second network, wherein said deciding is based on one or more of access need, capability and condition of the first communication device and the second network.
A process for manufacturing a honeycomb structure, comprising the steps of: providing a plurality of first hollow tubes; wrapping each of said first hollow tubes with a pre-impregnated fibre-reinforced plastic (FRP prepreg) (5,15,22); molding the FRP prepreg (5, 15, 22) wrapped around each tube into a six-corner surface longitudinally along each tube with a hexagonal shape in cross-section; assembling said plurality of molded six-corner surface first hollow tubes into a honeycomb structure of a predetermined shape such that the first hollow tubes are adjacently attached parallel to each other; applying heat and pressure to said assembled plurality of molded six-corner surface first hollow tubes to stiffen into the predetermined shape with a honeycomb structure when viewed in cross-section; filling the plurality of first hollow tubes with a heat evaporation compound; sealing both ends of each of said plurality of first hollow tubes;. restraining all surfaces of the honeycomb structure with an external frame; and heating the external frame and the honeycomb structure to the stiffening temperature. providing a plurality of first hollow tubes; wrapping each of said first hollow tubes with a pre-impregnated fibre-reinforced plastic (FRP prepreg) (5,15,22); molding the FRP prepreg (5, 15, 22) wrapped around each tube into a six-corner surface longitudinally along each tube with a hexagonal shape in cross-section; assembling said plurality of molded six-corner surface first hollow tubes into a honeycomb structure of a predetermined shape such that the first hollow tubes are adjacently attached parallel to each other; applying heat and pressure to said assembled plurality of molded six-corner surface first hollow tubes to stiffen into the predetermined shape with a honeycomb structure when viewed in cross-section; filling the plurality of first hollow tubes with a heat evaporation compound; sealing both ends of each of said plurality of first hollow tubes;. restraining all surfaces of the honeycomb structure with an external frame; and heating the external frame and the honeycomb structure to the stiffening temperature.
A method for accessing a mobile communication system by a Machine-Type Communication MTC device, comprising: after an access network element NE acquires a queue limiting factor, acquiring, by an MTC device of a common access level, a queue limiting factor corresponding to the common access level by monitoring a broadcast channel; computing, by the MTC device, a local buffer queue length; determining, according to the computed local buffer queue length and the acquired queue limiting factor, whether extended access barring EAB can be performed; when EAB cannot be performed, continuing to acquire the queue limiting factor corresponding to the common access level by monitoring the broadcast channel; when EAB can be performed, executing the EAB, and determining, according to a result of executing the EAB, whether to initiate mobile communication system random access. after an access network element NE acquires a queue limiting factor, acquiring, by an MTC device of a common access level, a queue limiting factor corresponding to the common access level by monitoring a broadcast channel; computing, by the MTC device, a local buffer queue length; determining, according to the computed local buffer queue length and the acquired queue limiting factor, whether extended access barring EAB can be performed; when EAB cannot be performed, continuing to acquire the queue limiting factor corresponding to the common access level by monitoring the broadcast channel; when EAB can be performed, executing the EAB, and determining, according to a result of executing the EAB, whether to initiate mobile communication system random access.