mhurhangee/ep-ind-claims huggingface dataset:
A casing assembly for a terminal comprising: a rear casing having a front surface and a rear surface opposite the front surface, the rear casing defining a mounting hole extending through the front surface and the rear surface; and a decorative member disposed in the mounting hole and coupled to the rear casing, the decorative member covering the mounting hole and extending out of the rear surface, wherein the mounting hole comprises a first hole and a second hole communicating with the first hole, wherein the first hole has a maximum width larger than a maximum width of the second hole, the first hole has a wall coupled to the rear surface, and the second hole has a wall coupled to the front surface, wherein the decorative member is operative to be installed in the mounting hole by passing through the front surface coupled to the wall of the second hole, and wherein the decorative member is also operative to be installed in the mounting hole by passing through the rear surface coupled to the wall of the first hole. a rear casing having a front surface and a rear surface opposite the front surface, the rear casing defining a mounting hole extending through the front surface and the rear surface; and a decorative member disposed in the mounting hole and coupled to the rear casing, the decorative member covering the mounting hole and extending out of the rear surface, wherein the mounting hole comprises a first hole and a second hole communicating with the first hole, wherein the first hole has a maximum width larger than a maximum width of the second hole, the first hole has a wall coupled to the rear surface, and the second hole has a wall coupled to the front surface, wherein the decorative member is operative to be installed in the mounting hole by passing through the front surface coupled to the wall of the second hole, and wherein the decorative member is also operative to be installed in the mounting hole by passing through the rear surface coupled to the wall of the first hole.
Personal care device, in particular hair removal device such as an electric shaver, comprising an elongated handle for manually moving the personal care device along a body surface, a working head attached to said handle for effecting a personal care treatment to said body surface, said working head being movably supported relative to said handle and/or including a working head element being movably supported relative to a working head basis to allow adaption of the working head and/or of the working head element to the body surface contour, wherein an adjustment device is provided for adjusting a movability characteristics of a suspension (18, 19) of said working head and/or of said working head element, characterized in that said adjustment device includes at least one actuator (35, 50, 51, 52, 53, 54, 80, 81, 82; 105, 106) configured to adjust at least one of the following characteristics: - moving resistance of the working head and/or of the working head element depending on moving speed of the working head and/or the working head element, each relative to the handle, - restoring force/torque urging the working head and/or the working head element towards a neutral position depending on moving speed of the working head and/or of the working head element, - the shape of a graph defining a restoring force/restoring torque over rotatory and/or linear displacement of the working head and/or the working head element from a linear graph to a curved graph and/or the ratio of linear portions to non-linear portions of said graph. - moving resistance of the working head and/or of the working head element depending on moving speed of the working head and/or the working head element, each relative to the handle, - restoring force/torque urging the working head and/or the working head element towards a neutral position depending on moving speed of the working head and/or of the working head element, - the shape of a graph defining a restoring force/restoring torque over rotatory and/or linear displacement of the working head and/or the working head element from a linear graph to a curved graph and/or the ratio of linear portions to non-linear portions of said graph.
A power pack assembly for a medicament delivery device, the power pack comprising: - a plunger rod extending along a longitudinal axis and having a proximal and an opposite distal end, - an actuator provided with a holding element and configured to interact with a corresponding holding element of the plunger rod, - a first force element arranged to exert a force on the plunger rod; - an actuator sleeve mechanism arranged to releasably lock said holding element in engagement with the corresponding holding element of said plunger rod such as to hold said first force element in a tensioned state, characterised in that said actuator sleeve mechanism comprises an actuator cap configured to hold said holding element in engagement with the corresponding holding element of said plunger rod, and in that an actuator sleeve is interconnected with said actuator cap, and wherein the actuator cap and the actuator sleeve are arranged longitudinally slidable in relation to each other, and wherein the actuator cap interacts with the holding element, and the actuator sleeve interacts with a medicament delivery member guard of the medicament delivery device such that in relation to the actuator, said actuator cap is moved a shorter distance in the distal direction than the actuator sleeve when the medicament delivery member guard is pressed against a dose delivery site such that said actuator sleeve is distally displaced in relation to the distal housing part. - a plunger rod extending along a longitudinal axis and having a proximal and an opposite distal end, - an actuator provided with a holding element and configured to interact with a corresponding holding element of the plunger rod, - a first force element arranged to exert a force on the plunger rod; - an actuator sleeve mechanism arranged to releasably lock said holding element in engagement with the corresponding holding element of said plunger rod such as to hold said first force element in a tensioned state, characterised in that
A method of identifying a treatment option for a patient, comprising: ex vivo exposing a plurality of biopsy samples from a tumor of the patient to at least one stress condition to produce respective pretreated tumor cells wherein the stress conditions are selected from the group consisting of a low-dose chemotherapy, exposure to low-dose irradiation, heat shock treatment hypoxaemia, hydroxyethyl, exposure to chronic inflammation condition, exposure to reactive oxygen species, exposure to a native or modified T - or NK cell, exposure to an antibody, and an environmental stress condition; contacting the pretreated tumor cells with a plurality of immune competent cells, and quantifying a response of the immune competent cells to the pretreated tumor cells; and selecting at least one stress condition as treatment option when the response meets or exceeds a predetermined threshold rate of lysis or apoptosis of the pretreated tumour cells. ex vivo exposing a plurality of biopsy samples from a tumor of the patient to at least one stress condition to produce respective pretreated tumor cells wherein the stress conditions are selected from the group consisting of a low-dose chemotherapy, exposure to low-dose irradiation, heat shock treatment hypoxaemia, hydroxyethyl, exposure to chronic inflammation condition, exposure to reactive oxygen species, exposure to a native or modified T - or NK cell, exposure to an antibody, and an environmental stress condition; contacting the pretreated tumor cells with a plurality of immune competent cells, and quantifying a response of the immune competent cells to the pretreated tumor cells; and selecting at least one stress condition as treatment option when the response meets or exceeds a predetermined threshold rate of lysis or apoptosis of the pretreated tumour cells.
An oxidation catalyst for treating an exhaust gas produced by a compression ignition engine comprising: a substrate; a catalytic material disposed on the substrate, wherein the catalytic material comprises platinum (Pt) disposed or supported on a support material; and a region comprising a capture material comprising particles of a Pt-alloying metal, which is palladium, having a dispersion of ≤ 10 % as determined by CO chemisorption disposed or supported on a particulate support material comprising a refractory oxide having a mean specific surface area ≤ 50 m 2 /g determined by nitrogen physisorption at minus 196°C using the volumetric method and using the BET adsorption isotherm equation, wherein the refractory oxide is selected from the group consisting of alumina, silica, titania, zirconia, ceria and a mixed or composite oxide thereof, wherein the mixed or composite oxide is selected from the group consisting of alumina, silica, titania, zirconia, ceria, silica-alumina, titania-alumina, zirconia-alumina, ceria-alumina, titania-silica, zirconia-silica, zirconia-titania, ceria-zirconia and alumina-magnesium oxide, wherein the region is arranged to contact the exhaust gas after the exhaust gas has contacted and/or passed through the catalytic material. a substrate; a catalytic material disposed on the substrate, wherein the catalytic material comprises platinum (Pt) disposed or supported on a support material; and a region comprising a capture material comprising particles of a Pt-alloying metal, which is palladium, having a dispersion of ≤ 10 % as determined by CO chemisorption disposed or supported on a particulate support material comprising a refractory oxide having a mean specific surface area ≤ 50 m 2 /g determined by nitrogen physisorption at minus 196°C using the volumetric method and using the BET adsorption isotherm equation, wherein the refractory oxide is selected from the group consisting of alumina, silica, titania, zirconia, ceria and a mixed or composite oxide thereof, wherein the mixed or composite oxide is selected from the group consisting of alumina, silica, titania, zirconia, ceria, silica-alumina, titania-alumina, zirconia-alumina, ceria-alumina, titania-silica, zirconia-silica, zirconia-titania, ceria-zirconia and alumina-magnesium oxide, wherein the region is arranged to contact the exhaust gas after the exhaust gas has contacted and/or passed through the catalytic material.
A photocurable coating composition for forming a low refractive index layer, comprising: a photopolymerizable compound, wherein the photopolymerizable compound is a monomer containing one or more (meth)acrylate or vinyl groups; inorganic fine particles; a polysilsesquioxane substituted with one or more reactive functional groups; a fluorine-based compound containing a photoreactive functional group, wherein the fluorine-based compound containing the photoreactive functional group has a weight-average molecular weight of 2000 to 200,000; and a photopolymerization initiator, wherein the polysilsesquioxane substituted with one or more reactive functional groups is contained in an amount of 0.5 to 25 parts by weight based on 100 parts by weight of the photopolymerizable compound, characterized in that the inorganic fine particles are hollow silica particles having a number average particle diameter of 10 nm to 100 nm.
Slicing device having a slicer blade with a blade edge which cuts foodstuff slices from a foodstuff block, said slicer blade thereby rotating about its rotation axis at 200-2000 revolutions per minute, characterized in that the main body of said slicer blade is entirely made of a plastics material, wherein the main body in the region of the blade edge is provided with a metal and/or ceramics coating.
A battery pack comprising: a plurality of battery units arranged within a case, each battery unit including first and second electrode tabs; and an insulation plate mounted to the case, the insulation plate having a plurality of first ribs, and a plurality of first bus bars, each first bus bar arranged to cover a respective first rib of the insulation plate; wherein each first bus bar connects a first electrode tab of a first battery unit and a second electrode tab of a second battery unit, the first and second electrode tabs disposed on the first rib which is covered by the first bus bar, the battery pack characterized in that the insulation plate further comprises second ribs arranged perpendicular to the first ribs, wherein each of the first bus bars is fixed to a second rib, wherein each first bus bar has a main body portion arranged to cover the first rib and a cell-balancing portion arranged to cover a portion of the second rib. a plurality of battery units arranged within a case, each battery unit including first and second electrode tabs; and an insulation plate mounted to the case, the insulation plate having a plurality of first ribs, and a plurality of first bus bars, each first bus bar arranged to cover a respective first rib of the insulation plate; wherein each first bus bar connects a first electrode tab of a first battery unit and a second electrode tab of a second battery unit, the first and second electrode tabs disposed on the first rib which is covered by the first bus bar, the battery pack characterized in that the insulation plate further comprises second ribs arranged perpendicular to the first ribs, wherein each of the first bus bars is fixed to a second rib, wherein each first bus bar has a main body portion arranged to cover the first rib and a cell-balancing portion arranged to cover a portion of the second rib.
A fluid management system connectable to a probe and for use with a fluid reservoir to re-circulate a distending fluid in a body space or potential space, said system comprising: an inflow pump connectable to a fluid inflow lumen for providing an inflow of the distending fluid from the fluid reservoir to the body space or potential space; an outflow pump connectable to a fluid outflow lumen of the probe for removing fluid from the body space or potential space; at least two pressure sensors each capable of providing a pressure signal indicating fluid pressure in the body space or potential space; a controller configured to compare pressure signals from the at least two pressure sensors; and a filter system for filtering removed distending fluid before returning the removed distending fluid to the fluid reservoir; wherein the controller is configured for operation in a pressure control mode wherein the inflow pump and the outflow pump cooperate to deliver fluid to the body space or potential space and maintain the fluid pressure in the body space or potential space within a predetermined pressure range. an inflow pump connectable to a fluid inflow lumen for providing an inflow of the distending fluid from the fluid reservoir to the body space or potential space; an outflow pump connectable to a fluid outflow lumen of the probe for removing fluid from the body space or potential space; at least two pressure sensors each capable of providing a pressure signal indicating fluid pressure in the body space or potential space; a controller configured to compare pressure signals from the at least two pressure sensors; and a filter system for filtering removed distending fluid before returning the removed distending fluid to the fluid reservoir; wherein the controller is configured for operation in a pressure control mode wherein the inflow pump and the outflow pump cooperate to deliver fluid to the body space or potential space and maintain the fluid pressure in the body space or potential space within a predetermined pressure range.
An afterburner which supplies fuel to a gas mixture of combustion gas discharged from a core flow path of an aircraft engine and air discharged from a fan flow path of the aircraft engine for burning to increase thrust of the aircraft engine, the afterburner comprising: a rear duct provided at an outlet of an engine case of the aircraft engine; a cylindrical liner which is provided within the rear duct and allows the gas mixture to flow; a fuel injector which injects the fuel in the form of liquid in the liner; an igniter which is provided downstream of the fuel injector and ignites the gas mixture containing the fuel in the liner; a flame holder which is situated directly downstream of the fuel injector and is configured to hold flame, the flame holder including: an annulus flame holding member comprising an upstream end and a downstream end, wherein said annulus flame holding member is provided on the inner circumferential surface of the liner with plural supports interposed there between, wherein the upstream end is in contact with the liner, said annulus flame holding member propagates flames in the circumferential direction; and a plurality of radial flame holding members which are situated in a radial fashion inside the annulus flame holding member and propagate flame in the radial direction; and a guide ring which is provided inside the annulus flame holding member, wherein an annular guide flow path is formed between the outer circumferential surface of the guide ring and the inner circumferential surface of the annulus flame holding member and is configured to guide the gas mixture containing the fuel downstream. a rear duct provided at an outlet of an engine case of the aircraft engine; a cylindrical liner which is provided within the rear duct and allows the gas mixture to flow; a fuel injector which injects the fuel in the form of liquid in the liner; an igniter which is provided downstream of the fuel injector and ignites the gas mixture containing the fuel in the liner; a flame holder which is situated directly downstream of the fuel injector and is configured to hold flame, the flame holder including: an annulus flame holding member comprising an upstream end and a downstream end, wherein said annulus flame holding member is provided on the inner circumferential surface of the liner with plural supports interposed there between, wherein the upstream end is in contact with the liner, said annulus flame holding member propagates flames in the circumferential direction; and a plurality of radial flame holding members which are situated in a radial fashion inside the annulus flame holding member and propagate flame in the radial direction; and a guide ring which is provided inside the annulus flame holding member, wherein an annular guide flow path is formed between the outer circumferential surface of the guide ring and the inner circumferential surface of the annulus flame holding member and is configured to guide the gas mixture containing the fuel downstream.
A system for closing a shipping container having a bottom wall and upright side walls (48, 46) extending from a periphery of the bottom wall to define an enclosed volume with an upwardly-opening top end, the system comprising: a first station; a second station spaced from the first station; and a sled capable of moving a container between the first station and the second station, and a flap-folding assembly, < movable with the sled and > characterized in that the flap-folding assembly is <... > configured to inwardly fold flaps of the container while the sled moves the container between the first station and the second station, and that the first station includes a flap-forming assembly configured to form flaps from the side walls (46, 48) of a container. a first station; a second station spaced from the first station; and a sled capable of moving a container between the first station and the second station, and a flap-folding assembly, < movable with the sled and > characterized in that the flap-folding assembly is <... > configured to inwardly fold flaps of the container while the sled moves the container between the first station and the second station, and that the first station includes a flap-forming assembly configured to form flaps from the side walls (46, 48) of a container.
Vehicle combination for the reception of ballast of a ballast bed consisting of a ballast receiving vehicle having an excavation chain and a storage vehicle connected thereto, wherein a) the excavation chain is arranged on a, with respect to a working direction, rear frame end behind the rearmost chassis (7, 8) of the ballast receiving vehicle, b) in a working position, a lower end of the excavation chain which is formed to receive ballast, is at a distance to the rear than the rear frame end of a vehicle frame of the ballast receiving vehicle, c) the ballast receiving vehicle is equipped with a screening plant, a conveyor belt (17, 19) for the introduction of cleaned ballast, and a conveyor belt for the removal of tailings on the connected storage vehicle, and d) a discharge end of the conveyor belt for discharging the cleaned ballast onto an open planar is arranged to project forward over the rear frame end of the ballast receiving vehicle, characterized in that e) the two vehicles (5, 6) are each equipped with two rail bodies and two crawler bogies, and f) the discharge end is arranged between the lower end of the excavation chain and the rear frame end. a) the excavation chain is arranged on a, with respect to a working direction, rear frame end behind the rearmost chassis (7, 8) of the ballast receiving vehicle, b) in a working position, a lower end of the excavation chain which is formed to receive ballast, is at a distance to the rear than the rear frame end of a vehicle frame of the ballast receiving vehicle, c) the ballast receiving vehicle is equipped with a screening plant, a conveyor belt (17, 19) for the introduction of cleaned ballast, and a conveyor belt for the removal of tailings on the connected storage vehicle, and d) a discharge end of the conveyor belt for discharging the cleaned ballast onto an open planar is arranged to project forward over the rear frame end of the ballast receiving vehicle, e) the two vehicles (5, 6) are each equipped with two rail bodies and two crawler bogies, and f) the discharge end is arranged between the lower end of the excavation chain and the rear frame end.