mhurhangee/ep-ind-claims huggingface dataset:
Storage compartment of a galley for storing rollable containers (20, 21) in a vehicle, comprising a stowage and removal system (30, 30A) with at least one transfer plate (31, 31A) and at least one container positionable on the transfer plate (31, 31A) with a rear container wall, characterised by: - a rail system (32, 32A) in the bottom area of the receiving space, - a transfer plate (31, 31A) movable on the rail system in the floor region of the receiving space and occupying a storage position and a removal position for the container, - the storage position of the container with its rear container wall being provided in the region of the rear wall of the receiving space and the removal position being provided in the region of an insertion opening for inserting and removing a container equipped with transport rollers into the receiving space, arranged opposite the rear wall, - the rail system has guide rails (40, 40A, 40B) which are arranged on the floor of the receiving space in the direction of movement of the transfer plate and run from the insertion opening into the region of the rear wall, as well as - moving bodies (42, 42A) engaging in the guide rails (40, 40A, 40B) are arranged on the transfer plate. - a rail system (32, 32A) in the bottom area of the receiving space, - a transfer plate (31, 31A) movable on the rail system in the floor region of the receiving space and occupying a storage position and a removal position for the container, - the storage position of the container with its rear container wall being provided in the region of the rear wall of the receiving space and the removal position being provided in the region of an insertion opening for inserting and removing a container equipped with transport rollers into the receiving space, arranged opposite the rear wall, - the rail system has guide rails (40, 40A, 40B) which are arranged on the floor of the receiving space in the direction of movement of the transfer plate and run from the insertion opening into the region of the rear wall, as well as - moving bodies (42, 42A) engaging in the guide rails (40, 40A, 40B) are arranged on the transfer plate.
A recording medium storage cassette, comprising: a housing, which is constituted by a cassette base and a plurality of wall portions (25a to 25d) provided upright at peripheral end portions of the cassette base, for storing a recording medium of a sheet form; and a recording medium stacking plate, which is pivotably provided to the housing and has one end raised and lowered in accordance with a stacking amount of the recording medium, the recording medium storage cassette being detachably mountable to an image forming apparatus main body, the recording medium storage cassette being characterized in that, among the plurality of wall portions (25a to 25d), a wall portion provided upright in a feeding direction in which a recording medium is fed out of the housing comprises a first notch portion formed therein, the first notch portion being widened upwardly from above a lower end toward an upper end of the wall portion and penetrates the wall portion in the feeding direction. a housing, which is constituted by a cassette base and a plurality of wall portions (25a to 25d) provided upright at peripheral end portions of the cassette base, for storing a recording medium of a sheet form; and a recording medium stacking plate, which is pivotably provided to the housing and has one end raised and lowered in accordance with a stacking amount of the recording medium, the recording medium storage cassette being detachably mountable to an image forming apparatus main body, the recording medium storage cassette being characterized in that, among the plurality of wall portions (25a to 25d), a wall portion provided upright in a feeding direction in which a recording medium is fed out of the housing comprises a first notch portion formed therein, the first notch portion being widened upwardly from above a lower end toward an upper end of the wall portion and penetrates the wall portion in the feeding direction.
An intramedullary rod (100, 300, 500, 602, 604, 606) having a longitudinal axis, the intramedullary rod comprising: a head member (124, 324, 524) having a first end (138, 538), a second end, and a body extending between the first end of the head member and the second end of the head member, the head member (124, 324, 524) formed of a first material and defining a circumferential flange (150, 550) and a circumferential shoulder, the circumferential flange (150, 550) extending radially outwardly from the head member (124, 324, 524) and lying on a plane extending through the longitudinal axis of said intramedullary rod, the circumferential shoulder disposed between the first end of the head member and the circumferential flange (150, 550), and wherein the circumferential shoulder is radially inward of the circumferential flange (150, 550); a shaft member (126, 326, 526) extending the head member (124, 324, 524), the shaft member having a first end (190, 390), a second end (192, 392), and a body extending between the first end of the shaft member and the second end of the shaft member; and a head extension (130, 330, 530) partially disposed over the head member (124, 324, 524) and having a first end (138, 538), a second end, a wall, the head extension formed of a second material that is different than the first material, the second end of the head extension contacting the circumferential shoulder of the head member (124, 324, 524). a head member (124, 324, 524) having a first end (138, 538), a second end, and a body extending between the first end of the head member and the second end of the head member, the head member (124, 324, 524) formed of a first material and defining a circumferential flange (150, 550) and a circumferential shoulder, the circumferential flange (150, 550) extending radially outwardly from the head member (124, 324, 524) and lying on a plane extending through the longitudinal axis of said intramedullary rod, the circumferential shoulder disposed between the first end of the head member and the circumferential flange (150, 550), and wherein the circumferential shoulder is radially inward of the circumferential flange (150, 550); a shaft member (126, 326, 526) extending the head member (124, 324, 524), the shaft member having a first end (190, 390), a second end (192, 392), and a body extending between the first end of the shaft member and the second end of the shaft member; and a head extension (130, 330, 530) partially disposed over the head member (124, 324, 524) and having a first end (138, 538), a second end, a wall, the head extension formed of a second material that is different than the first material, the second end of the head extension contacting the circumferential shoulder of the head member (124, 324, 524).
An optoelectronic module comprising: - a basic unit which emits white light, which is generated by means of luminescence conversion from UV radiation emitted by a semiconductor chip in the range of 320 nm to 400 nm, and - at least one further component which mixes red and/or blue parts to increase or reduce the color temperature, wherein the basic unit and the further individual components are included by a multi-chip housing and the difference between the coefficients of thermal expansion of the individual constituents of the multi-chip housing is not greater than +/-15%, so that all the housing materials used have thermal expansion coefficients which are adapted to one another in the temperature range which occurs in production and use, wherein the multi-chip housing is formed from a base body having a recess and a cover, each formed from glass or quartz glass or ceramic or glass ceramic, and is formed from a lead frame made of copper cladding wire, and wherein the base body is fastened to the lead frame in a gastight manner, the semiconductor chip is fastened in the recess on the lead frame and the recess is closed in a gastight manner by means of the cover. - a basic unit which emits white light, which is generated by means of luminescence conversion from UV radiation emitted by a semiconductor chip in the range of 320 nm to 400 nm, and - at least one further component which mixes red and/or blue parts to increase or reduce the color temperature, wherein the basic unit and the further individual components are included by a multi-chip housing and the difference between the coefficients of thermal expansion of the individual constituents of the multi-chip housing is not greater than +/-15%, so that all the housing materials used have thermal expansion coefficients which are adapted to one another in the temperature range which occurs in production and use,
A method for work cell and factory level automation, comprising: making one or more distance measurements of one or more objects within a work cell using at least one laser scanner sensor on an automated guided vehicle; filtering the distance measurements of the objects that are not target features on a cradle fixture or workstand within the work cell; removing systematic or bias errors of the laser scanner sensor from the filtered distance measurements; applying a mathematical filter or estimator to the filtered distance measurements using random errors of the laser scanner sensor to generate estimated distance measurements; constructing a map of the target features on the cradle fixture or workstand within the work cell using the estimated distance measurements; and using the constructed map for path planning and navigation control of the AGV relative to the cradle fixture or workstand within the work cell, wherein the filtering step comprises defining a convex zone around at least one of the target features to exclude the objects that are not the target features, and wherein a distance margin between a perimeter of the target features and a perimeter of the defined convex zone is sufficiently small, such that no other static or dynamic objects occupy an annulus space formed between the perimeter of the target features and the perimeter of the defined convex zone. making one or more distance measurements of one or more objects within a work cell using at least one laser scanner sensor on an automated guided vehicle; filtering the distance measurements of the objects that are not target features on a cradle fixture or workstand within the work cell; removing systematic or bias errors of the laser scanner sensor from the filtered distance measurements; applying a mathematical filter or estimator to the filtered distance measurements using random errors of the laser scanner sensor to generate estimated distance measurements; constructing a map of the target features on the cradle fixture or workstand within the work cell using the estimated distance measurements; and using the constructed map for path planning and navigation control of the AGV relative to the cradle fixture or workstand within the work cell, wherein the filtering step comprises defining a convex zone around at least one of the target features to exclude the objects that are not the target features, and wherein a distance margin between a perimeter of the target features and a perimeter of the defined convex zone is sufficiently small, such that no other static or dynamic objects occupy an annulus space formed between the perimeter of the target features and the perimeter of the defined convex zone.
Plug connector part for connection to a mating plug connector part, having a housing part, having an inlet part which is to be connected to the housing part and which has a plug portion (510, 511) on which there can be arranged at least one contact element (512, 513) for plug connection with the mating plug connector part, and having a locking frame which has at least one first latching element, wherein, in a first mounting position, the locking frame is latched with the inlet part via the at least one first latching element in order to fit the inlet part together with the locking frame onto the housing part, wherein the inlet part, in a position in which it is fitted onto the housing part, is connected to the housing part in a form-fitting manner via at least one second latching element, wherein the locking frame can be moved from the first mounting position relative to the inlet part to a second mounting position, characterized in that, in the position in which the inlet part is fitted onto the housing part, the locking frame moved into the second mounting position acts on the at least one second latching element in such a way that the form-fitting connection between the inlet part and the housing part in the second mounting position of the locking frame is secured against release.
A self-limiting electrospray composition capable of forming a layer of self-limiting thickness comprising a non-charge-dissipative component and a charge-dissipative component, wherein the non-charge-dissipative component is: (i) non-volatile under electrospray deposition conditions; and (ii) electrically insulating or is at least sufficiently resistant to conducting an electrical charge such that a layer comprising the non-charge-dissipative component has a self-limiting thickness at which the layer hinders further electrospray deposition of the non-charge-dissipative component onto the layer; wherein the charge-dissipative component is: (i) non-volatile under electrospray deposition conditions; and (ii) not electrically insulating or is at least sufficiently dissipative or conductive such that a layer consisting of only the charge-dissipative component in the absence of the non-charge-dissipative component does not exhibit a self-limiting thickness at which the layer repels further electrospray deposition of the charge-dissipative component onto the layer. wherein the non-charge-dissipative component is: (i) non-volatile under electrospray deposition conditions; and (ii) electrically insulating or is at least sufficiently resistant to conducting an electrical charge such that a layer comprising the non-charge-dissipative component has a self-limiting thickness at which the layer hinders further electrospray deposition of the non-charge-dissipative component onto the layer; (i) non-volatile under electrospray deposition conditions; and (ii) electrically insulating or is at least sufficiently resistant to conducting an electrical charge such that a layer comprising the non-charge-dissipative component has a self-limiting thickness at which the layer hinders further electrospray deposition of the non-charge-dissipative component onto the layer; wherein the charge-dissipative component is: (i) non-volatile under electrospray deposition conditions; and (ii) not electrically insulating or is at least sufficiently dissipative or conductive such that a layer consisting of only the charge-dissipative component in the absence of the non-charge-dissipative component does not exhibit a self-limiting thickness at which the layer repels further electrospray deposition of the charge-dissipative component onto the layer. (i) non-volatile under electrospray deposition conditions; and (ii) not electrically insulating or is at least sufficiently dissipative or conductive such that a layer consisting of only the charge-dissipative component in the absence of the non-charge-dissipative component does not exhibit a self-limiting thickness at which the layer repels further electrospray deposition of the charge-dissipative component onto the layer.
Heating device for heating liquids and/or for evaporating liquids for an electric cooking appliance, comprising: - a container for the liquid, - the container has a height which is greater than its width, - on an outer face of a lateral container wall, heating elements are arranged in a manner distributed over a surface area, - at least three separate and/or separately operable heating circuits, wherein each heating circuit has at least one heating element, - a plurality of temperature sensors (21, 25) on the outer face of the container wall, - the plurality of temperature sensors (21, 25) is provided in a form of at least two types, wherein at least one temperature sensor of a first type is a discrete component which is mounted on the outer face of the container wall, and wherein at least one temperature sensor of a second type is fitted in a form of a surface-area coating to the outer face of said container wall, characterized in that - in the direction of the height of the container, each heating circuit is at a distance from the other heating circuits, - each heating circuit covers a vertical region of the outer face of the container wall. - a container for the liquid, - the container has a height which is greater than its width, - on an outer face of a lateral container wall, heating elements are arranged in a manner distributed over a surface area, - at least three separate and/or separately operable heating circuits, wherein each heating circuit has at least one heating element, - a plurality of temperature sensors (21, 25) on the outer face of the container wall, - the plurality of temperature sensors (21, 25) is provided in a form of at least two types, wherein at least one temperature sensor of a first type is a discrete component which is mounted on the outer face of the container wall, and wherein at least one temperature sensor of a second type is fitted in a form of a surface-area coating to the outer face of said container wall, - in the direction of the height of the container, each heating circuit is at a distance from the other heating circuits, - each heating circuit covers a vertical region of the outer face of the container wall.
A compound of formula: F T -[B-A] n -B-F T wherein (i) A comprises (ii) B is a segment including a urethane formed from 4,4'-methylene bis(cyclohexyl isocyanate); (iii) F T is a polyfluoroorgano group; and (iv) x is an integer from 8 to 12, y is an integer from 6-9, and n is an integer from 1 to 10, optionally wherein n is 1 or 2; a compound of formula: F T -[B-A] n -B-F T wherein (i) A comprises a segment having the formula: wherein said segment has a MW of 7,000 to 9,000 Da, comprises from 75% to 85% (w/w) polyethylene oxide, and comprises 15% to 25% (w/w) polypropylene oxide; (ii) B is a segment including a urethane formed from 4,4'-methylene bis(cyclohexyl isocyanate); (iii) F T is a polyfluoroorgano group; and (iv) n is an integer from 1 to 10, optionally wherein n is 1 or 2; or a compound of formula (XXII): wherein (i) A comprises a segment having the formula: wherein said segment has a MW of 7,000 to 9,000 Da, comprises from 75% to 85% (w/w) polyethylene oxide, and comprises 15% to 25% (w/w) polypropylene oxide; (ii) B is a segment including an isocyanurate trimer or biuret trimer formed from isophorone diisocyanate (IPDI) trimer; (iii) F T is a polyfluoroorgano group; and (iv) n is an integer from 0 to 10. (i) A comprises (ii) B is a segment including a urethane formed from 4,4'-methylene bis(cyclohexyl isocyanate); (iii) F T is a polyfluoroorgano group; and (iv) x is an integer from 8 to 12, y is an integer from 6-9, and n is an integer from 1 to 10, optionally wherein n is 1 or 2; (i) A comprises a segment having the formula: wherein said segment has a MW of 7,000 to 9,000 Da, comprises from 75% to 85% (w/w) polyethylene oxide, and comprises 15% to 25% (w/w) polypropylene oxide; (ii) B is a segment including a urethane formed from 4,4'-methylene bis(cyclohexyl isocyanate); (iii) F T is a polyfluoroorgano group; and (iv) n is an integer from 1 to 10, optionally wherein n is 1 or 2; or (i) A comprises a segment having the formula: wherein said segment has a MW of 7,000 to 9,000 Da, comprises from 75% to 85% (w/w) polyethylene oxide, and comprises 15% to 25% (w/w) polypropylene oxide; (ii) B is a segment including an isocyanurate trimer or biuret trimer formed from isophorone diisocyanate (IPDI) trimer; (iii) F T is a polyfluoroorgano group; and (iv) n is an integer from 0 to 10.
A moisture vapor permeable flexible multilayer composite, the moisture vapor transmission rate (MVTR) of which is at least 35 g/m 2 /24 hr, comprising a moisture vapor permeable sheet and a metal layer of thickness between 15 nanometers and 200 nanometers adjacent a first outer surface of the moisture vapor permeable sheet and an outer coating layer of inorganic material of thickness between 25 nanometers and 500 nanometers deposited on the metal layer, wherein the metal layer comprises a metal such that percentage of retained optical density of the metal layer after steam exposure is greater than 25%.
A method of applying an additive to an abrasive coated blade tip, comprising wicking said additive into the abrasive coated blade tip, characterised in that said additive is selected from the group consisting of metal stearate and stearates or palmitates of zinc, aluminum, barium, calcium and strontium, such that the additive prevents adhesion of an organic component of an abradable seal onto the abrasive coated blade tip during operation of the blade.
A method for detecting an at least partial clogging of at least one hollow partition of a multi-chamber furnace referred to as a "ring" furnace, characterized in that it comprises at least the steps consisting of: - defining a variable R x representative of the flow rate of the gases in a hollow partition of rank x among the partitions of a chamber of the furnace, - defining a confidence interval for the population of variables R of at least several partitions of rank 1 to n of said chamber while excluding R x, based on a mean m and a standard deviation σ for said variables R, - checking at successive moments, and preferably continuously, whether the variable R x is outside said confidence interval by a lower value, and if so, - issuing an alarm signal indicating an at least partial clogging of at least one hollow partition of the row of partitions to which belongs said partition of rank x relative to the other partitions, and/or ordering at least one modification to the operating settings of the furnace, and in that the variable R x representative of the flow rate of the gases for the rank x partition is defined as a combination of three measurements made in the preheating zone of the furnace, and which are the flow rate Q x and temperature T x of the gases and the negative static pressure P x for said rank x partition. - defining a variable R x representative of the flow rate of the gases in a hollow partition of rank x among the partitions of a chamber of the furnace, - defining a confidence interval for the population of variables R of at least several partitions of rank 1 to n of said chamber while excluding R x, based on a mean m and a standard deviation σ for said variables R, - checking at successive moments, and preferably continuously, whether the variable R x is outside said confidence interval by a lower value, and if so, - issuing an alarm signal indicating an at least partial clogging of at least one hollow partition of the row of partitions to which belongs said partition of rank x relative to the other partitions, and/or ordering at least one modification to the operating settings of the furnace,