mhurhangee/patent-ind-claim-en huggingface dataset:
An optical rail system, comprising: a plurality of parallel rails including: an upper set of rails (102a-b); and a lower sets of rails (102d-c); and a mount secured to the upper and lower sets of rails (102a-d), wherein the mount comprises a housing including an upper set of grooves (124a-b) and a lower set of grooves (124d-c) and a set of recesses (412a-b) extending from horizontally outward surfaces of the housing , wherein the upper set of grooves (124a-b) is configured to receive the upper set of rails (102a-b) from the set of recesses (412a-b) along an upward direction, respectively, wherein the lower set of grooves (124d-c) is configured to receive the lower set of rails (102d-c) along the upward direction, wherein the housing has a width at the recesses (412a-b) smaller than a distance between the upper set of rails (102a-b), and wherein the set of recesses (412a-b) are situated between the upper set of grooves (124a-b) and the lower set of grooves (124d-c), respectively. an upper set of rails (102a-b); and a lower sets of rails (102d-c); and a mount secured to the upper and lower sets of rails (102a-d), wherein the mount comprises a housing including an upper set of grooves (124a-b) and a lower set of grooves (124d-c) and a set of recesses (412a-b) extending from horizontally outward surfaces of the housing , wherein the upper set of grooves (124a-b) is configured to receive the upper set of rails (102a-b) from the set of recesses (412a-b) along an upward direction, respectively, wherein the lower set of grooves (124d-c) is configured to receive the lower set of rails (102d-c) along the upward direction, wherein the housing has a width at the recesses (412a-b) smaller than a distance between the upper set of rails (102a-b), and wherein the set of recesses (412a-b) are situated between the upper set of grooves (124a-b) and the lower set of grooves (124d-c), respectively.
Bowden cable arrangement for transmitting a movement of a first Bowden cable to a second Bowden cable , comprising a first Bowden cable , a second Bowden cable and a Bowden cable actuator , wherein the first Bowden cable can be activated by the Bowden cable actuator , characterised in that the second Bowden cable is connected to a drain valve , and wherein the Bowden cable arrangement has a transmission element having a pivotable transmission lever , which is connected via a first lever arm to the first Bowden cable and which is connected via a second lever arm to the second Bowden cable , wherein the transmission lever when the actuator is activated is pivoted by the first Bowden cable and the second Bowden cable is thus activated.
A method for making a surface enhanced Raman scattering element comprising a substrate having a main surface ; a molded layer formed on the main surface and including a fine structural part ; and a conductor layer formed on the fine structural part and constituting an optical function part for generating surface enhanced Raman scattering; the method comprising: a first step of forming a nanoimprint layer on a main surface of a wafer including a plurality of portions each corresponding to the substrate; a second step of transferring, by using a mold (R) including a film base (F) and having a pattern corresponding to the fine structural part, the pattern to the nanoimprint layer after the first step, and thereby forming the molded layer including the fine structural part for each portion corresponding to the substrate; a third step of forming the conductor layer on the fine structural part after the second step; and a fourth step of cutting the wafer into each portion corresponding to the substrate after the second step; characterised in that the mold (R) including the film base (F) is more flexible than the wafer, and after the second step the mold (R) is released from the wafer by tearing it away from an end part. a first step of forming a nanoimprint layer on a main surface of a wafer including a plurality of portions each corresponding to the substrate; a second step of transferring, by using a mold (R) including a film base (F) and having a pattern corresponding to the fine structural part, the pattern to the nanoimprint layer after the first step, and thereby forming the molded layer including the fine structural part for each portion corresponding to the substrate; a third step of forming the conductor layer on the fine structural part after the second step; and a fourth step of cutting the wafer into each portion corresponding to the substrate after the second step; characterised in that the mold (R) including the film base (F) is more flexible than the wafer, and after the second step the mold (R) is released from the wafer by tearing it away from an end part.
A light detection device comprising: oil including droplets dispersed therein; a flow path section in which, in use, a plurality of lines of flow of a plurality of said droplets dispersed in said oil along a linear flow is retained on an array plane; a laser beam irradiation section for introducing a laser beam in a direction in which the plurality of lines of flow in the flow path section are arrayed to irradiate the plurality of lines of flow; and a light detection section for detecting emitted light generated from the plurality of lines of flow by the irradiation of the laser beam, from a vertical direction with respect to the array plane, wherein the oil has a refractive index no and the droplets have a refractive index nd, wherein the difference between no and nd is such that -0.02 ≤ nd - no ≤ 0.05. oil including droplets dispersed therein; a flow path section in which, in use, a plurality of lines of flow of a plurality of said droplets dispersed in said oil along a linear flow is retained on an array plane; a laser beam irradiation section for introducing a laser beam in a direction in which the plurality of lines of flow in the flow path section are arrayed to irradiate the plurality of lines of flow; and a light detection section for detecting emitted light generated from the plurality of lines of flow by the irradiation of the laser beam, from a vertical direction with respect to the array plane, wherein the oil has a refractive index no and the droplets have a refractive index nd, wherein the difference between no and nd is such that -0.02 ≤ nd - no ≤ 0.05.
An automated transaction machine comprising: a housing forming an upper unit of the machine; a customer interface including a fascia disposed about a front of the housing, the fascia having an opening through which currency may pass in to or out of the housing; and an articulated note acceptor-presenter operative to move within the upper unit and extend at least partially through the opening in the customer interface , the presenter having a pocket configured to receive one or more notes, the presenter pocket having a front wall , a rear wall and a bottom wall , the note acceptor-presenter connected to a presenter carriage disposed within the housing, the carriage connected to the presenter pocket to translate the position of the presenter fore and aft relative to the customer interface to carry the presenter pocket toward and away from the opening in the customer interface and at least partially through the opening in the customer interface , wherein the rear wall of the pocket is attached to an arm operative to move in a first track to move the rear wall toward the front wall to clamp a stack (S) of notes therebetween, the rear wall and arm mounted for translation in a separate carriage configured to move in a second track for retracting with the carriage, wherein the presenter pocket moves on a third track to an interior side of the fascia to a fully retracted position. a housing forming an upper unit of the machine; a customer interface including a fascia disposed about a front of the housing, the fascia having an opening through which currency may pass in to or out of the housing; and an articulated note acceptor-presenter operative to move within the upper unit and extend at least partially through the opening in the customer interface , the presenter having a pocket configured to receive one or more notes, the presenter pocket having a front wall , a rear wall and a bottom wall , the note acceptor-presenter connected to a presenter carriage disposed within the housing, the carriage connected to the presenter pocket to translate the position of the presenter fore and aft relative to the customer interface to carry the presenter pocket toward and away from the opening in the customer interface and at least partially through the opening in the customer interface , wherein the rear wall of the pocket is attached to an arm operative to move in a first track to move the rear wall toward the front wall to clamp a stack (S) of notes therebetween, the rear wall and arm mounted for translation in a separate carriage configured to move in a second track for retracting with the carriage, wherein the presenter pocket moves on a third track to an interior side of the fascia to a fully retracted position.
A system comprising a cabinet and a cooktop assembly , the system comprising: a generator that produces a high-frequency alternating current; an adjustable cooking surface comprising a heating coil electrically connected to the generator to conduct the high-frequency alternating current produced by the generator and induce an induced current in a cooking vessel supported by the adjustable cooking surface while the adjustable cooking surface is in a cooking orientation; and an adjustable coupling that pivotally couples the adjustable cooking surface to the generator and supports the adjustable cooking surface at a plurality of different angular orientations relative to the generator , characterized in that the cabinet comprises the surface of a countertop provided atop the cabinet , and in that the generator is located downwardly of the surface of the countertop , and in that the generator comprises a generator housing configured to be coupled to a surface of the cabinet with a major planar surface of the generator housing oriented in a substantially vertical orientation within an interior of the cabinet . a generator that produces a high-frequency alternating current; an adjustable cooking surface comprising a heating coil electrically connected to the generator to conduct the high-frequency alternating current produced by the generator and induce an induced current in a cooking vessel supported by the adjustable cooking surface while the adjustable cooking surface is in a cooking orientation; and an adjustable coupling that pivotally couples the adjustable cooking surface to the generator and supports the adjustable cooking surface at a plurality of different angular orientations relative to the generator , characterized in that the cabinet comprises the surface of a countertop provided atop the cabinet , and in that the generator is located downwardly of the surface of the countertop , and in that the generator comprises a generator housing configured to be coupled to a surface of the cabinet with a major planar surface of the generator housing oriented in a substantially vertical orientation within an interior of the cabinet .
An organic concentrate composition comprising: a. Compound A which is 2-{[5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3- d ]pyrimidin-4-yl]oxy}-3-(2-{[2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid, or a pharmaceutically acceptable salt thereof, b. a negatively charged or polar phospholipid stabiliser, and c. a stabiliser against jellification, wherein the stabiliser against jellification is a polymer selected from PEG300 and PEG400, or an electrolyte which is sodium chloride. a. Compound A which is 2-{[5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3- d ]pyrimidin-4-yl]oxy}-3-(2-{[2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid, or a pharmaceutically acceptable salt thereof, b. a negatively charged or polar phospholipid stabiliser, and c. a stabiliser against jellification, wherein the stabiliser against jellification is a polymer selected from PEG300 and PEG400, or an electrolyte which is sodium chloride.
A pulverulent preparation consisting of, based on the total weight of the preparation, (a) 62 to 76% by weight esters of sterols and/or stanols (b) 12 to 15% by weight milk powder and/or proteins and (c) 10 to 20% by weight carbohydrates selected from the group which is composed of glucose, sucrose, fructose, trehalose, maltose, maltodextrin, cyclodextrin, invert sugar, palatinose and lactose, (d) optionally further auxiliaries, with the proviso that the amounts of the substances (a) to (d) add up to 100% by weight, and that no emulsifiers are present other than those of group (b) . (a) 62 to 76% by weight esters of sterols and/or stanols (b) 12 to 15% by weight milk powder and/or proteins and (c) 10 to 20% by weight carbohydrates selected from the group which is composed of glucose, sucrose, fructose, trehalose, maltose, maltodextrin, cyclodextrin, invert sugar, palatinose and lactose, (d) optionally further auxiliaries,
A computer-implemented method performed by at least one processor, wherein the method is for managing a lighting system of a plurality of devices through an application of rules that constrain a sum of units metrics that are consumable within the lighting system, the method comprising: accessing , by the at least one processor , usage data indicating, for each of the plurality of devices in an Internet-of-Things environment that includes the lighting system , a units metric describing a current operation of a respective device of the plurality of devices; accessing , by the at least one processor, a model that includes a rule that constrains usage of the lighting system by governing the sum of units metrics that are concurrently in use by the lighting system , wherein the rule constrains the sum of the units metrics of the plurality of devices in the lighting system according to a maximum units parameter for the lighting system ; applying , by the at least one processor, the rule to the usage data; and dynamically performing , by the at least one processor, at least one action based on a result of applying the rule to the usage data, wherein the result indicates that the sum of the units metrics for the plurality of devices exceeds the maximum units parameter, wherein the at least one action includes transmitting a signal to alter operation of one or more of the plurality of devices to reduce the units metric of the plurality of devices. accessing , by the at least one processor , usage data indicating, for each of the plurality of devices in an Internet-of-Things environment that includes the lighting system , a units metric describing a current operation of a respective device of the plurality of devices; accessing , by the at least one processor, a model that includes a rule that constrains usage of the lighting system by governing the sum of units metrics that are concurrently in use by the lighting system , wherein the rule constrains the sum of the units metrics of the plurality of devices in the lighting system according to a maximum units parameter for the lighting system ; applying , by the at least one processor, the rule to the usage data; and dynamically performing , by the at least one processor, at least one action based on a result of applying the rule to the usage data, wherein the result indicates that the sum of the units metrics for the plurality of devices exceeds the maximum units parameter, wherein the at least one action includes transmitting a signal to alter operation of one or more of the plurality of devices to reduce the units metric of the plurality of devices.
Goods transfer device for an automatic storage system for feeding goods into the automatic storage system, - comprising at least one transfer channel having a feed side for feeding goods and a dispensing side for transferring the goods to the storage system, wherein the transfer channel has a transport surface on which the goods can be transported from the feed side to the dispensing side, wherein a goods feeding device having at least one stacking channel , in which goods can be stacked, is arranged above the transfer channel , wherein the transport surface of the transfer channel forms a bottom of the stacking channel , and wherein there is arranged in the transfer channel a transport device which transports a goods item located on the transport surface towards the dispensing side , characterized in that the transfer channel has at least one transfer channel side wall displaceable to adjust the width of the transfer channel , and that a first section of the transfer channel , in which the transport device is arranged, is inclined under a first angle with respect to a horizontal surface or arranged horizontally towards the dispensing side , whereas a second section is inclined under a second angle with respect to a horizontal surface towards the dispensing side , wherein the inclination angle of the second section is larger than the inclination angle of the first section. - comprising at least one transfer channel having a feed side for feeding goods and a dispensing side for transferring the goods to the storage system,
A brake release mechanism for a spring brake actuator , in particular a parking or emergency spring brake actuator for use in a commercial vehicle, said release mechanism comprising: - a brake release bolt having a threaded portion and an operating section for operating the release bolt when inserted into a spring brake actuator , - a running nut engaging the threaded portion , said running nut being adapted to axially travel along the threaded portion in order to move a spring brake actuator piston against a force of an actuator power spring , - an indicator device comprising: an indicator pin having a longitudinal axis and being at least partially accommodated in a receiving space of the release bolt , and a pin actuator for moving the indicator pin relative to the receiving space along its longitudinal axis , and wherein the pin actuator comprises an indicator cap being configured to abut against the running nut for moving the pin actuator along its longitudinal axis , characterized in that the indicator cap and the indicator pin are non-releasably connected to one another in their assembled state by a permanent bond and/or by a permanent deformation portion arranged at the indicator pin , for providing a durable connection between the indicator cap and the indicator pin . - a brake release bolt having a threaded portion and an operating section for operating the release bolt when inserted into a spring brake actuator , - a running nut engaging the threaded portion , said running nut being adapted to axially travel along the threaded portion in order to move a spring brake actuator piston against a force of an actuator power spring , - an indicator device comprising: an indicator pin having a longitudinal axis and being at least partially accommodated in a receiving space of the release bolt , and a pin actuator for moving the indicator pin relative to the receiving space along its longitudinal axis , and wherein the pin actuator comprises an indicator cap being configured to abut against the running nut for moving the pin actuator along its longitudinal axis , characterized in that the indicator cap and the indicator pin are non-releasably connected to one another in their assembled state by a permanent bond and/or by a permanent deformation portion arranged at the indicator pin , for providing a durable connection between the indicator cap and the indicator pin . an indicator pin having a longitudinal axis and being at least partially accommodated in a receiving space of the release bolt , and a pin actuator for moving the indicator pin relative to the receiving space along its longitudinal axis , and wherein the pin actuator comprises an indicator cap being configured to abut against the running nut for moving the pin actuator along its longitudinal axis , characterized in that the indicator cap and the indicator pin are non-releasably connected to one another in their assembled state by a permanent bond and/or by a permanent deformation portion arranged at the indicator pin , for providing a durable connection between the indicator cap and the indicator pin .
An electromagnetic actuator for a mechanical feedback unit of an operating device, particularly provided for a vehicle component, for a tactile feedback of an operation of the operating device, comprising - a stator , - a translator which can be moved in translation along a movement axis and which can be moved back and forth between a rest position and at least one end position, wherein the distance of the translator to the stator , which is defined by an air gap directed orthogonally to the movement axis , is substantially maintained upon movement of the translator along the movement axis , and - a guidance arrangement for guiding the translator in translation while moving, - wherein the guidance arrangement comprises at least one leaf spring which extends transversely to the movement axis and to the alignment of the air gap distance of stator and translator and has a central attachment portion and a fixing portion on either side of the attachment portion , and - wherein either the translator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the stator , or the stator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the translator . - a stator , - a translator which can be moved in translation along a movement axis and which can be moved back and forth between a rest position and at least one end position, wherein the distance of the translator to the stator , which is defined by an air gap directed orthogonally to the movement axis , is substantially maintained upon movement of the translator along the movement axis , and - a guidance arrangement for guiding the translator in translation while moving, - wherein the guidance arrangement comprises at least one leaf spring which extends transversely to the movement axis and to the alignment of the air gap distance of stator and translator and has a central attachment portion and a fixing portion on either side of the attachment portion , and - wherein either the translator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the stator , or the stator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the translator .