mhurhangee/ep-ind-claims huggingface dataset:
Flexible laminate of photovoltaic cells, comprising at least: - a layer of interconnected photovoltaic cells, and - a front layer and a back layer for encapsulating the layer of photovoltaic cells, said front encapsulation layer and back encapsulation layer sandwiching the layer of photovoltaic cells, characterized in that the front encapsulation layer comprises at least one glass-fibre fabric and at least a first encapsulation resin comprising at least one polyolefin, and in that the back encapsulation layer comprises at least one glass-fibre fabric and a second encapsulation resin, characterized in that the glass-fibre fabrics (51, 71) of the front and back encapsulation layers (5, 7) are pre-impregnated with the first and the second encapsulation resin (53, 73), respectively, and have a fibre density of between 100 g/m2 and 300 g/m2. - a layer of interconnected photovoltaic cells, and - a front layer and a back layer for encapsulating the layer of photovoltaic cells, said front encapsulation layer and back encapsulation layer sandwiching the layer of photovoltaic cells, characterized in that the front encapsulation layer comprises at least one glass-fibre fabric and at least a first encapsulation resin comprising at least one polyolefin, and in that the back encapsulation layer comprises at least one glass-fibre fabric and a second encapsulation resin, characterized in that the glass-fibre fabrics (51, 71) of the front and back encapsulation layers (5, 7) are pre-impregnated with the first and the second encapsulation resin (53, 73), respectively, and have a fibre density of between 100 g/m2 and 300 g/m2.
Method for repeatable ignition of propellant charges in a weapon system, e.g. for firing shells from a barrel weapon, through electrical discharge in a combustion chamber duct containing a combustion chamber substance, wherein a filling gas in the combustion chamber duct is ionized by a high-voltage potential applied to a ionizing electrode, which is connected to a first high-voltage generator, thus increasing the electrical conduction capacity of said filling gas such that an electrical sparkover through electrical discharge via a second high-voltage generator between a rear electrode and a front electrode is generated and produces the effect, that subsequent ionization of the surface of the combustion chamber substance, causes hot gas in a plasma-like state to be expelled from the combustion chamber duct.
A temperature controlling system adapted to an aircraft galley having a compartment for housing chilled food and beverage carts, the temperature controlling system including: a liquid cooling unit located within the compartment, wherein the liquid cooling unit includes a liquid reservoir, a liquid pump, a heat exchanger, and a fan; a chiller unit located within the compartment and located above the liquid cooling unit, wherein the chiller unit includes a compressor, a heat exchanger, an expansion valve, an evaporator, and a liquid-cooled condenser which is connected to the liquid cooling unit; wherein the chiller unit chills a plurality of food and beverage carts within the compartment; wherein the chiller unit and the liquid cooling unit are located outside of the food and beverage carts housed within the compartment; and wherein the chiller unit and the liquid cooling unit have a combined footprint that is less than a footprint of a food and beverage cart within the compartment. a liquid cooling unit located within the compartment, wherein the liquid cooling unit includes a liquid reservoir, a liquid pump, a heat exchanger, and a fan; a chiller unit located within the compartment and located above the liquid cooling unit, wherein the chiller unit includes a compressor, a heat exchanger, an expansion valve, an evaporator, and a liquid-cooled condenser which is connected to the liquid cooling unit; wherein the chiller unit chills a plurality of food and beverage carts within the compartment; wherein the chiller unit and the liquid cooling unit are located outside of the food and beverage carts housed within the compartment; and wherein the chiller unit and the liquid cooling unit have a combined footprint that is less than a footprint of a food and beverage cart within the compartment.
Arrangement for transporting and retaining articles, having - a carrying portion, - a covering, which is fastened on the carrying portion such that it can be pivoted between a transporting position and a working position of the arrangement, and - retaining means for retaining the article on the covering, characterized by - a retaining pad, which is fastened on the carrying portion and, in the transporting position, is arranged within a pocket formed from the carrying portion and covering and, in the working position, is arranged beneath the carrying portion, wherein - the retaining pad has at least one connecting region, by means of which the retaining pad is fastened on the carrying portion, wherein each connecting region is spaced apart from mutually opposite sides of the outer contour of the retaining pad by such a distance as to form peripheral retaining-pad regions which are fastened in a bag-like manner on the carrying portion. - a carrying portion, - a covering, which is fastened on the carrying portion such that it can be pivoted between a transporting position and a working position of the arrangement, and - retaining means for retaining the article on the covering, - a retaining pad, which is fastened on the carrying portion and, in the transporting position, is arranged within a pocket formed from the carrying portion and covering and, in the working position, is arranged beneath the carrying portion, wherein - the retaining pad has at least one connecting region, by means of which the retaining pad is fastened on the carrying portion, wherein each connecting region is spaced apart from mutually opposite sides of the outer contour of the retaining pad by such a distance as to form peripheral retaining-pad regions which are fastened in a bag-like manner on the carrying portion.
A distance-measuring sensor for the detection of an object in a monitoring area, the sensor comprising a light transmitter for transmitting a light beam, a light receiver for generating reception signals from the remitted light beam remitted by the object, reception optics arranged in front of the light receiver for focusing the remitted light beam on the light receiver and an evaluation unit configured to determine a distance of the object from light time of flight between transmission of the light beam and reception of the remitted light beam, wherein the reception optics comprise a Fresnel lens or a belt lens, characterized in that the evaluation unit is configured to correct the distance from a relation between measured distance and a time of flight deviation introduced by the Fresnel lens or the belt lens.
A perianal fistula treatment system comprising a driver and an implant coil (11, 26, 32, 37, 43, 49, 200, 206), the implant coil having: a tapered portion which is configured for insertion into bulk tissue surrounding a fistula and which is configured for progressive tissue compression, the implant coil having a leading end and a trailing end, the implant coil decreasing in lateral extent between the leading and trailing ends; and a driver interface portion (38, 201, 213) which is configured for engagement with the driver for rotation of the coil to draw tissue inwardly, characterized in that, the implant coil having an anti-rewind feature, said driver comprises a driver coil and the implant coil is interfaced to the driver coil, and in that the implant coil comprises an interface comprising a flare or a step that abuts against the driver coil, said flare or step providing a push point of the implant coil for transfer of force to drive the implant into a tissue body. a tapered portion which is configured for insertion into bulk tissue surrounding a fistula and which is configured for progressive tissue compression, the implant coil having a leading end and a trailing end, the implant coil decreasing in lateral extent between the leading and trailing ends; and a driver interface portion (38, 201, 213) which is configured for engagement with the driver for rotation of the coil to draw tissue inwardly, characterized in that, the implant coil having an anti-rewind feature, said driver comprises a driver coil and the implant coil is interfaced to the driver coil, and in that the implant coil comprises an interface comprising a flare or a step that abuts against the driver coil, said flare or step providing a push point of the implant coil for transfer of force to drive the implant into a tissue body.
A catheter assembly comprising: a catheter having a leading end and a trailing end and comprising a main lumen extending between the leading end and the trailing end; an expandable device positioned at the leading end of the catheter, the expandable device having a proximal end and a distal end, a collapsed configuration for endoluminal delivery of the expandable device to a treatment site, and an expanded configuration having a diameter larger than the diameter of the collapsed configuration; a steering line extending through the main lumen of the catheter and disposed within at least a portion of the expandable device to allow selective bending of the expandable device; wherein the expandable device comprises a stent graft; characterized by a primary sleeve wrapped circumferentially around the expandable device, wherein the primary sleeve comprises a sheet of material having a first major surface and a second major surface and plurality of openings extending from the first major surface to the second major surface; and a primary coupling member cooperating with the plurality of openings for releasably coupling portions of the sheet to one another to constrain the expandable device in the collapsed configuration; a secondary sleeve and secondary coupling member, wherein the secondary sleeve limits the expansion of the expandable device to an intermediate configuration having a diameter larger than the diameter of the collapsed configuration and smaller than the diameter of the expanded configuration. a catheter having a leading end and a trailing end and comprising a main lumen extending between the leading end and the trailing end; an expandable device positioned at the leading end of the catheter, the expandable device having a proximal end and a distal end, a collapsed configuration for endoluminal delivery of the expandable device to a treatment site, and an expanded configuration having a diameter larger than the diameter of the collapsed configuration; a steering line extending through the main lumen of the catheter and disposed within at least a portion of the expandable device to allow selective bending of the expandable device; wherein the expandable device comprises a stent graft; characterized by a primary sleeve wrapped circumferentially around the expandable device, wherein the primary sleeve comprises a sheet of material having a first major surface and a second major surface and plurality of openings extending from the first major surface to the second major surface; and a primary coupling member cooperating with the plurality of openings for releasably coupling portions of the sheet to one another to constrain the expandable device in the collapsed configuration; a secondary sleeve and secondary coupling member, wherein the secondary sleeve limits the expansion of the expandable device to an intermediate configuration having a diameter larger than the diameter of the collapsed configuration and smaller than the diameter of the expanded configuration.
An apparatus for delivering reductants into an exhaust gas system of an internal combustion engine comprising: a reductant tank (120,400); a compressed air source; an air driven hydraulic pump (200,300) arrangement comprising a reductant inlet port fluidly coupled to said reductant tank through a check valve, the apparatus being characterised in that, the air driven hydraulic pump (200,300) further comprises an air inlet/outlet port for allowing compressed air to pass into and out of the air driven hydraulic pump (200,300), a first valve for controlling supply of compressed air to the air driven hydraulic pump (200,300), a second valve for controlling release of compressed air from the air driven hydraulic pump (200,300), and a reductant outlet port for allowing reductant inside said air driven hydraulic pump to flow out; an injector for controlling reductant flow rate to said exhaust gas system; a hydraulic buffer having an inlet port fluidly coupled to said reductant outlet port of said air driven hydraulic pump through a check valve, and having an outlet port fluidly coupled to said injector; a controller configured to control reductant pressure by controlling air flow fed from said compressed air source to said air driven hydraulic pump through said first valve, and air flow released through said second valve, and configured to control a reductant dosing amount to said exhaust gas system by adjusting an opening time of said injector. a reductant tank (120,400); a compressed air source; an air driven hydraulic pump (200,300) arrangement comprising a reductant inlet port fluidly coupled to said reductant tank through a check valve, the apparatus being characterised in that, the air driven hydraulic pump (200,300) further comprises an air inlet/outlet port for allowing compressed air to pass into and out of the air driven hydraulic pump (200,300), a first valve for controlling supply of compressed air to the air driven hydraulic pump (200,300), a second valve for controlling release of compressed air from the air driven hydraulic pump (200,300), and a reductant outlet port for allowing reductant inside said air driven hydraulic pump to flow out; an injector for controlling reductant flow rate to said exhaust gas system; a hydraulic buffer having an inlet port fluidly coupled to said reductant outlet port of said air driven hydraulic pump through a check valve, and having an outlet port fluidly coupled to said injector; a controller configured to control reductant pressure by controlling air flow fed from said compressed air source to said air driven hydraulic pump through said first valve, and air flow released through said second valve, and configured to control a reductant dosing amount to said exhaust gas system by adjusting an opening time of said injector.
A method for producing a locking device of a longitudinal adjustment device of a vehicle seat comprising the following process steps: - producing a locking device comprising several round locking pins that can be latched in independently of one another and unlatched together, at least one guide part and a notched strip, wherein the guide part is allocated to a seat rail and has guide bores for the locking pins, the notched strip is allocated to a floor rail, and the locking pins have an upper actuating end and a lower engagement region cooperating with the notched strip, and - greasing the locking pins during the production step or subsequent thereto, characterized in that each individual locking pin is rotationally driven by a rotating device during and/or subsequent to the greasing step. - producing a locking device comprising several round locking pins that can be latched in independently of one another and unlatched together, at least one guide part and a notched strip, wherein the guide part is allocated to a seat rail and has guide bores for the locking pins, the notched strip is allocated to a floor rail, and the locking pins have an upper actuating end and a lower engagement region cooperating with the notched strip, and - greasing the locking pins during the production step or subsequent thereto,
A shoulder strap for a leather article, in particular of the bag, satchel, or briefcase type, having a determined length and delimited between a first end and a second end opposite the first end, a first section of ribbon extending from the first end, a second section of ribbon extending from the second end, and a first loop having a first closed frame to which are attached, on one side the first section of ribbon, opposite the first end, and on an opposite side the second section of ribbon, opposite the second end, the first section of ribbon being provided with a hooking tab at the first end and the first loop further including a second open frame defining a hook rod configured to engage the hook tab in a configuration called tight configuration of the shoulder strap wherein the latter has a usable length less than its determined length, with the first section of ribbon which is at least partially folded back on itself.
Paint bucket having an open upper face edged with a rim, with the bucket incorporating a bottom, one front side, one rear side, two lateral sides (5, 5'), and one handle having two parts that are essentially parallel in relation to the lateral sides (9, 9'), interconnected by means of an intermediate part essentially perpendicular to the lateral sides, with the free extremities of the essentially-vertical parts (9, 9') of the handle being mounted pivoting on each of the lateral sides (5, 5') of the bucket, characterized by the fact that the handle is designed to pivot both forwards and rearwards, as far as a stable position when tipped forwards and a rearwards-tipped position in which its intermediate part is each time in contact with the floor, pressing and set against it.
A spreader device comprising: a container to contain spread substance; a first spreader portion having a first rotor to spread the spread substance contained in the container; a second spreader portion having a second rotor to spread the spread substance contained in the container; a first driver source to drive the first rotor; a first shaft to transmit a driving force outputted from the first driver source; a second shaft to transmit a driving force outputted from a second driver source different from the first driver source; and a selection transmission portion to selectively transmit the driving force from the first shaft and the driving force from the second shaft to the first rotor or the second rotor; characterized in that the selection transmission portion is constituted of a clutch and configured to be switched between a first state to be connected to the first shaft and a second state to be connected to the second shaft, and the selection transmission portion is configured to transmit the driving force from the first shaft to the second rotor when switched to the first state, and to transmit the driving force from the second shaft to the second rotor when switched to the second state. a container to contain spread substance; a first spreader portion having a first rotor to spread the spread substance contained in the container; a second spreader portion having a second rotor to spread the spread substance contained in the container; a first driver source to drive the first rotor; a first shaft to transmit a driving force outputted from the first driver source; a second shaft to transmit a driving force outputted from a second driver source different from the first driver source; and a selection transmission portion to selectively transmit the driving force from the first shaft and the driving force from the second shaft to the first rotor or the second rotor; characterized in that the selection transmission portion is constituted of a clutch and configured to be switched between a first state to be connected to the first shaft and a second state to be connected to the second shaft, and the selection transmission portion is configured to transmit the driving force from the first shaft to the second rotor when switched to the first state, and to transmit the driving force from the second shaft to the second rotor when switched to the second state.
A cutting insert having an insert longitudinal mid-axis and an insert transverse middle plane, the cutting insert comprising: an insert upper surface, and an insert lower surface, the insert lower surface defining a first plane perpendicular to the insert transverse middle plane and the insert upper surface defining a second plane parallel to the first plane, the second plane being vertically spaced apart from the first plane by an insert height; a peripheral surface extending between the insert upper and lower surfaces (126, 128), and having two opposing longitudinal surfaces; two cutting edges; and two through-going transverse insert key recesses, each extending along a transverse insert recess axis and opening out to the longitudinal surfaces and to the insert lower surface, the insert key recesses located symmetrically about the insert transverse middle plane, each insert key recess having an insert recess top surface and two insert recess side surfaces, wherein each insert key recess has a uniform recess profile in cross sections taken along the transverse insert recess axis, and wherein in each insert key recess, the insert recess side surfaces are symmetrical relative to an imaginary plane which is parallel to the insert transverse middle plane and contains the transverse insert recess axis. an insert upper surface, and an insert lower surface, the insert lower surface defining a first plane perpendicular to the insert transverse middle plane and the insert upper surface defining a second plane parallel to the first plane, the second plane being vertically spaced apart from the first plane by an insert height; a peripheral surface extending between the insert upper and lower surfaces (126, 128), and having two opposing longitudinal surfaces; two cutting edges; and two through-going transverse insert key recesses, each extending along a transverse insert recess axis and opening out to the longitudinal surfaces and to the insert lower surface, the insert key recesses located symmetrically about the insert transverse middle plane, each insert key recess having an insert recess top surface and two insert recess side surfaces, wherein each insert key recess has a uniform recess profile in cross sections taken along the transverse insert recess axis, and wherein in each insert key recess, the insert recess side surfaces are symmetrical relative to an imaginary plane which is parallel to the insert transverse middle plane and contains the transverse insert recess axis.