mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: performing a set of operations with a computer system with one or more processors and memory, wherein the computer system is communicatively coupled with a fixture for positioning a patient during radiological measurements wherein said set of operations comprises the following steps: receiving a biofeedback signal from the patient; while receiving the biofeedback signal from the patient: determining, while the patient is positioned at a first position by the fixture, whether the biofeedback signal from the patient is indicative of the patient breathing at rest; and in accordance with a determination that the biofeedback signal from the patient is not indicative of the patient breathing at rest, articulating the patient using the fixture from the first position to a second position; and in accordance with a determination that the biofeedback signal from the patient, at the second position, is indicative of the patient breathing at rest, obtaining radiological measurements of the patient with the patient positioned at the second position. receiving a biofeedback signal from the patient; while receiving the biofeedback signal from the patient: determining, while the patient is positioned at a first position by the fixture, whether the biofeedback signal from the patient is indicative of the patient breathing at rest; and in accordance with a determination that the biofeedback signal from the patient is not indicative of the patient breathing at rest, articulating the patient using the fixture from the first position to a second position; and in accordance with a determination that the biofeedback signal from the patient, at the second position, is indicative of the patient breathing at rest, obtaining radiological measurements of the patient with the patient positioned at the second position. determining, while the patient is positioned at a first position by the fixture, whether the biofeedback signal from the patient is indicative of the patient breathing at rest; and in accordance with a determination that the biofeedback signal from the patient is not indicative of the patient breathing at rest, articulating the patient using the fixture from the first position to a second position; and in accordance with a determination that the biofeedback signal from the patient, at the second position, is indicative of the patient breathing at rest, obtaining radiological measurements of the patient with the patient positioned at the second position.
A method comprising: receiving flat unidirectional tape that is continuous and fiber-reinforced ; drawing the tape through a fixed die that heats and plastically deforms the tape into a gap filler having a non-flat cross section ; operating a Continuous Compression Molding machine, by: receiving laminates that are continuous and fiber reinforced ; arranging the laminates and the gap filler at a preformer downstream of the fixed die ; iteratively engaging and disengaging a dynamic die, by: compressing the laminates and the gap filler into a continuous composite part ; and withdrawing, resulting in the continuous composite part advancing downstream ; and pulling the continuous composite part downstream, thereby drawing the tape through the fixed die to form the gap filler during 2. Continuous Compression Molding 2. operation, while also drawing the laminates and the gap filler through the preformer and dynamic die ; and coordinating action of a drive mechanism performing the pulling, and the dynamic die during Continuous Compression Molding operation, based on a feedback control loop utilizing input from one or more tension sensors that measure tension at the tape. receiving flat unidirectional tape that is continuous and fiber-reinforced ; drawing the tape through a fixed die that heats and plastically deforms the tape into a gap filler having a non-flat cross section ; operating a Continuous Compression Molding machine, by: receiving laminates that are continuous and fiber reinforced ; arranging the laminates and the gap filler at a preformer downstream of the fixed die ; iteratively engaging and disengaging a dynamic die, by: compressing the laminates and the gap filler into a continuous composite part ; and withdrawing, resulting in the continuous composite part advancing downstream ; and pulling the continuous composite part downstream, thereby drawing the tape through the fixed die to form the gap filler during 2. Continuous Compression Molding 2. operation, while also drawing the receiving laminates that are continuous and fiber reinforced ; arranging the laminates and the gap filler at a preformer downstream of the fixed die ; iteratively engaging and disengaging a dynamic die, by: compressing the laminates and the gap filler into a continuous composite part ; and withdrawing, resulting in the continuous composite part advancing downstream ; and compressing the laminates and the gap filler into a continuous composite part ; and withdrawing, resulting in the continuous composite part advancing downstream ; and pulling the continuous composite part downstream, thereby drawing the tape through the fixed die to form the gap filler during 2. Continuous Compression Molding 2. operation, while also drawing the laminates and the gap filler through the preformer and dynamic die ; and coordinating action of a drive mechanism performing the pulling, and the dynamic die during Continuous Compression Molding operation, based on a feedback control loop utilizing input from one or more tension sensors that measure tension at the tape.
Percussion drilling device with a percussion piston which is supported within a housing and is driven in a cyclic back-and-forth motion, wherein, in a first switching position, the percussion piston impinges on a front percussion surface in order to drive the percussion drilling device in a first direction of motion and, in a second switching position, said percussion piston impinges on a rear percussion surface in order to drive the percussion drilling device in a second direction of motion, wherein, in order to switch between the directions of motion, a guide tube fastened to the housing and a control sleeve axially slidable on the guide tube are provided and the percussion piston is axially slidable on the control sleeve , characterised in that the control sleeve has two sections which are connected to each other by means of a movable connection .
A wall structure, comprising the following elements in the following order: a first dampening element (A) comprising at least one layer (20,20a-c) configured to form an acoustic inner surface and to dampen sound; followed by a first stopping element (B) comprising at least one layer configured to stop sound; a second dampening element (C) comprising at least one layer configured to dampen sound; an air gap, and a second stopping element (D) comprising at least one layer configured to stop sound; wherein the layers of the first (A) and second (C) dampening elements comprise porous and/or open cell material, wherein the second dampening element (C) comprises a fourth layer comprising porous or open cell material; wherein the air gap is configured to form together with the fourth layer a dampened air gap in order to dampen sound. a first dampening element (A) comprising at least one layer (20,20a-c) configured to form an acoustic inner surface and to dampen sound; followed by a first stopping element (B) comprising at least one layer configured to stop sound; a second dampening element (C) comprising at least one layer configured to dampen sound; an air gap, and a second stopping element (D) comprising at least one layer configured to stop sound; wherein the layers of the first (A) and second (C) dampening elements comprise porous and/or open cell material, wherein the second dampening element (C) comprises a fourth layer comprising porous or open cell material;
A circular saw mounting device which rotatably supports a saw blade in a grinding machine, which the mounting device comprises a base plate adapted for mounting in a grinding machine; and a centering element comprising at least two engagement elements configured to be operated in a radial direction between a mounting position (M) and a locking position (L); characterised in that the mounting device further comprises an actuator comprising a pin being configured to be operated in an axial direction (A) and arranged to engage with pivot articulated couplings to each of the engagement elements to thereby transfer a radial displacement to the at least two engagement elements and to thereby operate the at least two engagement elements between the mounting position (M) and the locking position (L), wherein the mounting device on a first surface (30-1) thereof has a mounting bracket which is arranged for mounting and locking the mounting device in a grinding machine, and wherein the centering element is rotatably arranged in relation to the base plate with bearings .
Saddle for seating a rider on an animal, in particular on a horse (H), wherein the saddle comprises a frame for mounting a girth (G) and/or stirrups, wherein the frame comprises a front member that defines a pommel side of the saddle, a rear member that defines a cantle side of the saddle and a central member interconnecting the front member and the rear member, wherein the central member is arranged to extend in a longitudinal direction (L) above the spine (S) of the animal, wherein the saddle further comprises a first cushion member and a second cushion member arranged for resting directly on the back of the animal on opposite sides of the central member in a lateral direction (T) perpendicular to the longitudinal direction, wherein the saddle is provided with a connecting element crossing the central member and interconnecting the first cushion member and the second cushion member, wherein the connecting element is freely movable with respect to the central member, wherein the saddle further comprises a seat for placement on top of the first cushion member and the second cushion member, wherein the first cushion member and the second cushion member, when resting on the back of the animal, are arranged for supporting the seat in a position above and/or clear off the central member.
A belt separator system comprising: a first electrode and a second electrode arranged on opposite sides of a longitudinal centerline and configured to provide an electric field between the first and second electrodes; a first roller disposed at a first end of the system; a second roller disposed at a second end of the system; a continuous belt disposed between the first and second electrodes and supported by the first roller and the second roller; a separation zone defined by and between the continuous belt and edge walls of the separation zone; and characterized by a plurality of gas nozzles positioned at periodic locations along one or more of the edge walls to deliver gas to the separation zone and a means to control conditions of the gas entering the separation zone. a first electrode and a second electrode arranged on opposite sides of a longitudinal centerline and configured to provide an electric field between the first and second electrodes; a first roller disposed at a first end of the system; a second roller disposed at a second end of the system; a continuous belt disposed between the first and second electrodes and supported by the first roller and the second roller; a separation zone defined by and between the continuous belt and edge walls of the separation zone; and characterized by a plurality of gas nozzles positioned at periodic locations along one or more of the edge walls to deliver gas to the separation zone and a means to control conditions of the gas entering the separation zone.
A method for producing an L-amino acid by fermentation comprising culturing a microorganism having an L-amino acid-producing ability in a liquid medium to accumulate the L-amino acid in the medium with precipitation of the L-amino acid, wherein the medium contains a polymer selected from the group consisting of a water-soluble cellulose derivative, a water-soluble polyvinyl compound, a polar organic solvent-soluble polyvinyl compound, an alginic acid salt and a polyacrylic acid salt.
Support for a work of art comprising a base element for fixing the support to an interior wall of a shipping container , a clamping element for clamping the work of art , wherein the base element and the clamping element are fixed to each other, wherein the base element has a cross-section in the shape of a L and comprises of a base wall part and an upright wall part , and wherein the clamping element has a cross-section in the shape of a L and comprises of a base wall part and an upright wall part , characterized in that the base wall part of the base element and the base wall part of the clamping element are fixed to each other by one or more wire rope isolators , in that the upright wall part of the base element and the upright wall part of the clamping element are fixed to each other by one or more wire rope isolators , and in that the clamping element is provided with a clamp which may be fixed to the upright wall part of the clamping element at varying distances from the base wall part of the clamping element . wherein the base element and the clamping element are fixed to each other, wherein the base element has a cross-section in the shape of a L and comprises of a base wall part and an upright wall part , and wherein the clamping element has a cross-section in the shape of a L and comprises of a base wall part and an upright wall part , characterized in that the base wall part of the base element and the base wall part of the clamping element are fixed to each other by one or more wire rope isolators , in that the upright wall part of the base element and the upright wall part of the clamping element are fixed to each other by one or more wire rope isolators , and in that the clamping element is provided with a clamp which may be fixed to the upright wall part of the clamping element at varying distances from the base wall part of the clamping element .
A multifunctional optical device based on a two-dimensional photonic crystal and on a magneto-optical resonator, comprising a two-dimensional photonic crystal in which an arrangement of waveguides and one resonant cavity are inserted, wherein the arrangement of waveguides consists of four waveguides; characterized in that the four waveguides of the arrangement are connected to the resonant cavity and orientated towards the center of the resonant cavity so that the waveguides of three pairs of adjacent waveguides are separated by an angle equal to 60 degrees.
A method comprising: identifying, at a first node in a clos network, a preconfigured level of the first node in the clos network ; receiving, at the first node from a second node in the clos network, a neighbor advertisement that comprises at least a preconfigured level of the second node in the clos network ; the method being characterized by determining, at the first node, that a difference between the preconfigured level of the first node and the preconfigured level of the second node is equal to one ; recording, at the first node based on determining that the difference is equal to one, an adjacency relationship between the first node and the second node ; transmitting a first type of routing-protocol packet from the first node to the second node based at least in part on the adjacency relationship ; and refraining from transmitting a second type of routing-protocol packet from the first node to the second node based at least in part on the adjacency relationship . identifying, at a first node in a clos network, a preconfigured level of the first node in the clos network ; receiving, at the first node from a second node in the clos network, a neighbor advertisement that comprises at least a preconfigured level of the second node in the clos network ; the method being characterized by determining, at the first node, that a difference between the preconfigured level of the first node and the preconfigured level of the second node is equal to one ; recording, at the first node based on determining that the difference is equal to one, an adjacency relationship between the first node and the second node ; transmitting a first type of routing-protocol packet from the first node to the second node based at least in part on the adjacency relationship ; and refraining from transmitting a second type of routing-protocol packet from the first node to the second node based at least in part on the adjacency relationship .
Method for permanently waterproofing footwear , comprising: providing a waterproof, breathable bootie , the waterproof, breathable bootie being at least partly elastic and having a waterproof, breathable laminate construction, the waterproof, breathable laminate construction comprising a functional layer and at least one textile layer , inserting the waterproof, breathable bootie through a collar of the footwear into an inner space of the footwear , after the inner space of the footwear has been closed, and permanently fixing the waterproof, breathable bootie in position in the inner space of the footwear by attaching the waterproof, breathable bootie to the footwear in a donning region of the footwear , and attaching the waterproof, breathable bootie to the footwear in at least one of a toe region of the footwear and a heel region of the footwear , wherein the step of permanently fixing the waterproof, breathable bootie in position in the inner space comprises expanding an expandable last , having the waterproof, breathable bootie arranged thereon, within the inner space . providing a waterproof, breathable bootie , the waterproof, breathable bootie being at least partly elastic and having a waterproof, breathable laminate construction, the waterproof, breathable laminate construction comprising a functional layer and at least one textile layer , inserting the waterproof, breathable bootie through a collar of the footwear into an inner space of the footwear , after the inner space of the footwear has been closed, and permanently fixing the waterproof, breathable bootie in position in the inner space of the footwear by attaching the waterproof, breathable bootie to the footwear in a donning region of the footwear , and attaching the waterproof, breathable bootie to the footwear in at least one of a toe region of the footwear and a heel region of the footwear , attaching the waterproof, breathable bootie to the footwear in a donning region of the footwear , and attaching the waterproof, breathable bootie to the footwear in at least one of a toe region of the footwear and a heel region of the footwear , wherein the step of permanently fixing the waterproof, breathable bootie in position in the inner space comprises expanding an expandable last , having the waterproof, breathable bootie arranged thereon, within the inner space .
A computer-controlled system that determines attributes of an area of human skin and applies a reflectance modifying agent at the pixel level, wherein the computer-controlled system is an application system that comprises: a computing environment ; a scanner ; and a means of application ; and wherein the computer-controlled system is configured to: scan the skin to provide reflective data and/or surface profile data about the skin, identify from the scanned data attributes of the area of skin which may be enhanced or camouflaged, and apply the reflectance modifying agent in response to the reflective properties and/or local surface profile data of the skin, and wherein the computing environment comprises an application algorithm , characterized in that the application algorithm puts the data into spatial frequency bands and uses pattern recognition to analyze them to determine the landscape of the area of skin and the dimensions that require application of the reflectance modifying agents . a computing environment ; a scanner ; and a means of application ; and wherein the computer-controlled system is configured to: scan the skin to provide reflective data and/or surface profile data about the skin, identify from the scanned data attributes of the area of skin which may be enhanced or camouflaged, and apply the reflectance modifying agent in response to the reflective properties and/or local surface profile data of the skin, and wherein the computing environment comprises an application algorithm , characterized in that the application algorithm puts the data into spatial frequency bands and uses pattern recognition to analyze them to determine the landscape of the area of skin and the dimensions that require application of the reflectance modifying agents . scan the skin to provide reflective data and/or surface profile data about the skin, identify from the scanned data attributes of the area of skin which may be enhanced or camouflaged, and apply the reflectance modifying agent in response to the reflective properties and/or local surface profile data of the skin, and wherein the computing environment comprises an application algorithm , characterized in that the application algorithm puts the data into spatial frequency bands and uses pattern recognition to analyze them to determine the landscape of the area of skin and the dimensions that require application of the reflectance modifying agents .
A communication system comprising: a communication network comprising a conference server ; one or more active participant devices coupled to the communication network during a conference session; and one or more missing participant devices coupled to the communication network during the conference session, wherein the one or more missing participant devices do not participate in at least a portion of the conference session, wherein, during the conference session, the conference server is adapted to generate or is adapted to cause to be generated a query bucket for at least one missing participant, and wherein, during the conference session, the conference server is adapted to receive a query for a missing participant from one or more active participant devices, to add the query to the query bucket for the missing participant and to push one or more of the query and a link to the query to at least one of the one or more missing participant devices. a communication network comprising a conference server ; one or more active participant devices coupled to the communication network during a conference session; and one or more missing participant devices coupled to the communication network during the conference session, wherein the one or more missing participant devices do not participate in at least a portion of the conference session, wherein, during the conference session, the conference server is adapted to generate or is adapted to cause to be generated a query bucket for at least one missing participant, and wherein, during the conference session, the conference server is adapted to receive a query for a missing participant from one or more active participant devices, to add the query to the query bucket for the missing participant and to push one or more of the query and a link to the query to at least one of the one or more missing participant devices.