mhurhangee/patent-ind-claim-en huggingface dataset:
A cover plate (150; 250) for a rotor assembly, comprising: an annular member having a radially inner portion and a radially outer portion with respect to a longitudinal axis (A), the radially inner portion including an aft face and an angled forward face , the angled forward face defining a forward face angle with respect to a cylindrical plane that is coaxial with the longitudinal axis (A), the forward face angle having a value that is greater than or equal to fifty degrees; a first tab and a second tab disposed proximate the radially inner portion of the annular member ; and a slot disposed between the first tab and the second tab , wherein the cover plate (150; 250) further includes a web face extending radially from proximate the radially inner portion to proximate the radially outer portion and wherein the aft face is offset in a forward axial direction from the web face by an offset distance , wherein the slot includes a slot face , characterised in that the slot face intersects the angled forward face along a forward intersection line . an annular member having a radially inner portion and a radially outer portion with respect to a longitudinal axis (A), the radially inner portion including an aft face and an angled forward face , the angled forward face defining a forward face angle with respect to a cylindrical plane that is coaxial with the longitudinal axis (A), the forward face angle having a value that is greater than or equal to fifty degrees; a first tab and a second tab disposed proximate the radially inner portion of the annular member ; and a slot disposed between the first tab and the second tab , wherein the cover plate (150; 250) further includes a web face extending radially from proximate the radially inner portion to proximate the radially outer portion and wherein the aft face is offset in a forward axial direction from the web face by an offset distance , wherein the slot includes a slot face , characterised in that the slot face intersects the angled forward face along a forward intersection line .
A glazing comprising a transparent substrate coated with a stack of thin layers comprising at least one functional metal layer and at least two antireflective coatings, each antireflective coating comprising at least one dielectric layer, so that each functional metal layer is positioned between two antireflective coatings, characterized in that the stack comprises at least one silver-based functional metal layer comprising: - at least 95.0%, preferably at least 96.5% and better still at least 98.0% by weight of silver, with respect to the weight of the functional layer, and - from 0.5 to 3.5%, preferably from 1.0 to 2.0%, by weight of zinc, with respect to the weight of zinc and silver in the functional layer. - at least 95.0%, preferably at least 96.5% and better still at least 98.0% by weight of silver, with respect to the weight of the functional layer, and - from 0.5 to 3.5%, preferably from 1.0 to 2.0%, by weight of zinc, with respect to the weight of zinc and silver in the functional layer.
Timepiece device comprising a flexible pivot mechanical component (1; 1'; 1"; 1'") of the type with separate crossed strips, said component comprising a fixing part and a movable part which are connected by first and second elastic strips crossing without contact at a crossing point (P), said timepiece device being characterised in that it comprises adjusting means (16-21; 30, 31; 32) for adjusting the position of the crossing point (P).
Method for coating pipes orientated vertically in terms of a longitudinal pipe direction and having a circular internal cross section, wherein a coating unit, which has at least two substantially horizontally extending discs which are connected in a mutually rotationally engaged manner by a mounting and arranged spaced apart in the longitudinal pipe direction, is guided upwards through the pipe from below, compressed air and a liquid coating medium being fed into a gap formed between the discs at a pressure of at least 1 bar in that the compressed air and the liquid coating medium pass through at least one feed hose (8.1, 8.2) as far as an upper disc , in terms of the vertical orientation of the pipe , and onwards into the gap through a through-opening formed on the upper disc , the compressed air and the liquid coating medium being atomised by the collision against a lower disc , opposite the upper disc , of the coating unit and striking an internal pipe wall in the region of the gap , the compressed air and the liquid coating medium being segregated by the collision against the internal pipe wall and the liquid coating medium adhering to the internal pipe wall .
An indicator assembly comprising: a first retainer secured to a catheter tube of an indwelling non-vascular catheter device , the first retainer being an indwelling retainer which is deployable within the body; a second retainer secured to the catheter tube , the second retainer deployable outside the human body; and an indicator to be located outside the body on the catheter tube between the first retainer and the second retainer , the indicator including a visual signal, wherein the first retainer and the second retainer are configured to maintain substantially the same position with respect to each other on the tube and the visual signal of the indicator is configured to signal a change in position with respect to either the first or the second retainer thereby indicating a change in the length of a stoma, wherein the indicator includes at least a first indicator element and a second indicator element , and wherein at least one of the indicator elements is configured to be movable and/or deformable with respect to the other of the indicator elements , and characterized in that the visual signal is at least one of an image, a graphic, a color, a pattern, a message, and a flag. a first retainer secured to a catheter tube of an indwelling non-vascular catheter device , the first retainer being an indwelling retainer which is deployable within the body; a second retainer secured to the catheter tube , the second retainer deployable outside the human body; and an indicator to be located outside the body on the catheter tube between the first retainer and the second retainer , the indicator including a visual signal, wherein the first retainer and the second retainer are configured to maintain substantially the same position with respect to each other on the tube and the visual signal of the indicator is configured to signal a change in position with respect to either the first or the second retainer thereby indicating a change in the length of a stoma, wherein the indicator includes at least a first indicator element and a second indicator element , and wherein at least one of the indicator elements is configured to be movable and/or deformable with respect to the other of the indicator elements , and characterized in that the visual signal is at least one of an image, a graphic, a color, a pattern, a message, and a flag.
A pectus bar assembly (200, 900, 1000, 1100,..) comprising: a pectus bar (202, 902, 1002, 1102,.. ) comprising: a first portion comprising a first periphery; and a second portion opposite the first portion ; and a stabilizer (204, 904, 1004, 1104..) comprising: a stabilizer body comprising a recess engageable with the second portion of the pectus bar (202, ..) and a cam bore intersecting the recess ; and a locking cam rotatable within the cam bore within the stabilizer body to secure the stabilizer (204, 904, 1004,..) to the first portion of the pectus bar (202, 902, 1002, ..). a pectus bar (202, 902, 1002, 1102,.. ) comprising: a first portion comprising a first periphery; and a second portion opposite the first portion ; and a first portion comprising a first periphery; and a second portion opposite the first portion ; and a stabilizer (204, 904, 1004, 1104..) comprising: a stabilizer body comprising a recess engageable with the second portion of the pectus bar (202, ..) and a cam bore intersecting the recess ; and a locking cam rotatable within the cam bore within the stabilizer body to secure the stabilizer (204, 904, 1004,..) to the first portion of the pectus bar (202, 902, 1002, ..). a stabilizer body comprising a recess engageable with the second portion of the pectus bar (202, ..) and a cam bore intersecting the recess ; and a locking cam rotatable within the cam bore within the stabilizer body to secure the stabilizer (204, 904, 1004,..) to the first portion of the pectus bar (202, 902, 1002, ..).
A spring wall for securement between associated end members for forming an associated gas spring assembly , said spring wall formed from an unreinforced elastomeric material and comprising: a first wall portion extending axially along a longitudinal axis (AX) and circumferentially thereabout, said first wall portion having a first flexural modulus and a first nominal stiffness value; and, a second wall portion extending along said longitudinal axis (AX) and circumferentially thereabout, said second wall portion disposed in longitudinal relation to said first wall portion , said second side wall portion having a second flexural modulus that is at least 25 percent greater than said first flexural modulus and a second nominal stiffness value that is different from said first nominal stiffness value of said first wall portion with said difference between said first and second nominal stiffness values being at least partially related to said difference in said first and second flexural moduli such that a non-constant stiffness profile is established along a longitudinal length of said spring wall . a first wall portion extending axially along a longitudinal axis (AX) and circumferentially thereabout, said first wall portion having a first flexural modulus and a first nominal stiffness value; and, a second wall portion extending along said longitudinal axis (AX) and circumferentially thereabout, said second wall portion disposed in longitudinal relation to said first wall portion , said second side wall portion having a second flexural modulus that is at least 25 percent greater than said first flexural modulus and a second nominal stiffness value that is different from said first nominal stiffness value of said first wall portion with said difference between said first and second nominal stiffness values being at least partially related to said difference in said first and second flexural moduli such that a non-constant stiffness profile is established along a longitudinal length of said spring wall .
A portable peripheral control device , for simulating endoscopy procedures, comprising: - a mounting element ; - a control lever , constrained to the mounting element and reproducing a handgrip of a flexible endoscope for medical use, the control lever having a plurality of actuating means (8a, 8b 8c, 8d, 9, "a", 8e, 8f) replicating corresponding actuating means presented by the handgrip of the flexible endoscope for medical use, - a movement device configured for simulating a movement of a tubular element of a flexible endoscope; the peripheral control device being configured for converting at least one actuation of the control lever into an electrical signal "s1" signifying the actuation, the peripheral control device being configured for converting at least one activation of the actuating means (8a, 8b 8c, 8d, 9, 'a', 8e, 8f) into an electrical signal "s2" signifying the activation, the peripheral control device being configured for converting a movement of the movement device into an electrical signal "s3" signifying the movement, the peripheral control device comprising at least one output for the electrical signals "s1", "s2" "s3", characterized in that the movement device comprises a supporting body and a main element connected to the supporting body ; the movement device having a gripping surface by which to simulate the movement of a tubular element of the flexible endoscope; the gripping surface being part of the main element or being movable relative to the main element . - a mounting element ; - a control lever , constrained to the mounting element and reproducing a handgrip of a flexible endoscope for medical use, the control lever having a plurality of actuating means (8a, 8b 8c, 8d, 9, "a", 8e, 8f) replicating corresponding actuating means presented by the handgrip of the flexible endoscope for medical use, - a movement device configured for simulating a movement of a tubular element of a flexible endoscope; the peripheral control device being configured for converting at least one actuation of the control lever into an electrical signal "s1" signifying the actuation, the peripheral control device being configured for converting at least one activation of the actuating means (8a, 8b 8c, 8d, 9, 'a', 8e, 8f) into an electrical signal "s2" signifying the activation, the peripheral control device being configured for converting a movement of the movement device into an electrical signal "s3" signifying the movement, the peripheral control device comprising at least one output for the electrical signals "s1", "s2" "s3", characterized in that the movement device comprises a supporting body and a main element connected to the supporting body ; the movement device having a gripping surface by which to simulate the movement of a tubular element of the flexible endoscope; the gripping surface being part of the main element or being movable relative to the main element .
Imaging process for imaging an object to be imaged (O), comprising the following steps: - generating, by a lighting device , a series of lighting patterns; - for each lighting pattern, performing a stimulation phase in which translations of the lighting pattern are performed at the input of an optical multimode fiber with a square cross-section using at least one translation device of an optical system arranged between the lighting device and the input of the optical multimode fiber with a square cross-section , the translations being performed in a plane parallel to the input plane of the optical multimode fiber with a square cross-section ; - for each stimulation phase, performing an acquisition phase in which the signal generated by the lighting pattern on the object to be imaged (O) positioned at the output of the optical multimode fiber with a square cross-section is measured by a signal measuring device (5; 9); and - reconstructing the object to be imaged (O) by a computing device based on the signal measured for each of the acquisition phases. - generating, by a lighting device , a series of lighting patterns; - for each lighting pattern, performing a stimulation phase in which translations of the lighting pattern are performed at the input of an optical multimode fiber with a square cross-section using at least one translation device of an optical system arranged between the lighting device and the input of the optical multimode fiber with a square cross-section , the translations being performed in a plane parallel to the input plane of the optical multimode fiber with a square cross-section ; - for each stimulation phase, performing an acquisition phase in which the signal generated by the lighting pattern on the object to be imaged (O) positioned at the output of the optical multimode fiber with a square cross-section is measured by a signal measuring device (5; 9); and - reconstructing the object to be imaged (O) by a computing device based on the signal measured for each of the acquisition phases.
A system for optical measurement of a liquid (L) level in a container (C), comprising a support , a guide axis extending from the support and comprising an optical target comprising distinct binary codes each corresponding to a grade of liquid level in the container, and a movable float capable of sliding along the guide axis according to the liquid (L)level, the system including at least at one photographing assembly mounted on the float and comprising a target lighting member and a photographing device , characterised in that the photographing device is capable of acquiring two-dimensional images of the target, said images acquired by the photographing device involving a set of several binary codes corresponding to these respective level grades.
A method for wireless communications by a user equipment, UE , comprising: receiving a configuration indicating a set of sounding reference signal, SRS trigger groups, each SRS trigger group including a different one or more component carriers, CCs from a plurality of CCs that are configured for SRS transmission; receiving a trigger comprising an indication of an SRS trigger group to transmit a sounding reference signal, SRS on each CC of the indicated SRS trigger group to one or more corresponding base stations, BSs ; and transmitting SRSs to the one or more BSs in response to the trigger. receiving a configuration indicating a set of sounding reference signal, SRS trigger groups, each SRS trigger group including a different one or more component carriers, CCs from a plurality of CCs that are configured for SRS transmission; receiving a trigger comprising an indication of an SRS trigger group to transmit a sounding reference signal, SRS on each CC of the indicated SRS trigger group to one or more corresponding base stations, BSs ; and transmitting SRSs to the one or more BSs in response to the trigger.
A method in a transmitter circuit of generating a signal comprising a first sequence of an integer number N sym of OFDM symbols, which are to be transmitted within a frequency sub band of a second sequence of N sym OFDM symbols, wherein - the first sequence of OFDM symbols and the second sequence of OFDM symbols are to be transmitted with the same timing; - a first cyclic prefix of the second sequence of OFDM symbols has a first duration; - a second cyclic prefix of the second sequence of OFDM symbols has a second duration; and - the second duration is shorter than the first duration, such that in order to generate both the first and the second cyclic prefix with an integer number of equidistant samples, a first sampling rate is required; wherein the method comprises: generating the signal comprising the first sequence of OFDM symbols at a second sampling rate, lower than the first sampling rate; adjusting a sampling phase during cyclic prefixes of the first sequence of OFDM symbols. - the first sequence of OFDM symbols and the second sequence of OFDM symbols are to be transmitted with the same timing; - a first cyclic prefix of the second sequence of OFDM symbols has a first duration; - a second cyclic prefix of the second sequence of OFDM symbols has a second duration; and - the second duration is shorter than the first duration, such that in order to generate both the first and the second cyclic prefix with an integer number of equidistant samples, a first sampling rate is required; wherein the method comprises: generating the signal comprising the first sequence of OFDM symbols at a second sampling rate, lower than the first sampling rate; adjusting a sampling phase during cyclic prefixes of the first sequence of OFDM symbols. generating the signal comprising the first sequence of OFDM symbols at a second sampling rate, lower than the first sampling rate; adjusting a sampling phase during cyclic prefixes of the first sequence of OFDM symbols.
A method of determining the cure status of a mineral fibrous product on a conveyor of a manufacturing line, the method comprising: capturing an optical reflectance measurement from a sectioned face of a sectioned mineral fibrous product on-line, without removing the mineral fibrous product from the manufacturing line; analyzing the optical reflectance measurement from at least one region of interest of the sectioned face ; and assessing the degree of cure of the mineral fibrous product based on the optical reflectance measurement at the region of interest. capturing an optical reflectance measurement from a sectioned face of a sectioned mineral fibrous product on-line, without removing the mineral fibrous product from the manufacturing line; analyzing the optical reflectance measurement from at least one region of interest of the sectioned face ; and assessing the degree of cure of the mineral fibrous product based on the optical reflectance measurement at the region of interest.
Motor vehicle lock comprising a lock latch and catch as locking elements, and comprising a lock mechanism which can be brought into different functional states, and comprising at least one actuating lever , the actuation of which, depending on the functional state of the lock mechanism , causes disengagement of the catch , wherein, in order to set at least some of the functional states, the lock mechanism has a switchable coupling arrangement with a coupling element which can be brought at any rate into a coupling position and into a decoupling position, wherein an in particular motorized drive , in particular a central locking drive, is provided, by means of which the coupling element is adjustable in the coupling direction and in the decoupling direction, characterized in that a transmission rocker having a rocker axis , a drive-side rocker arm and a coupling-element-side rocker arm is connected into the dynamic chain between the adjustment drive and the coupling element , and in that the coupling element is spring-prestressed onto the coupling-element-side rocker arm .
A humidity control system comprising: a humectant package made of a porous material which is permeable to vapor, but impervious to liquid, dust and other particulates, the humectant package being filled with a humectant material, the humectant material comprising: viscous miscible glycerol; and water; and a coating on an inner surface of the humectant package and between the humectant package and the humectant material, the coating comprising polyethylene, oriented polystyrene, polyurethane, a polyether block amide, and/or a polymeric mixture including a hydrophilic monomer. a humectant package made of a porous material which is permeable to vapor, but impervious to liquid, dust and other particulates, the humectant package being filled with a humectant material, the humectant material comprising: viscous miscible glycerol; and water; and viscous miscible glycerol; and water; and a coating on an inner surface of the humectant package and between the humectant package and the humectant material, the coating comprising polyethylene, oriented polystyrene, polyurethane, a polyether block amide, and/or a polymeric mixture including a hydrophilic monomer.
Method of encapsulating at least one lipophilic compound, said method comprising the steps: a) selection of protein A, wherein said protein's isoelectric point pl(A) is from 6 to 8; b) selection of protein B, wherein said protein's isoelectric point pl(B) is at least 9; c) provision of a composition comprising (i) water, (ii) selected protein A and (iii) selected protein B and optionally at least one further polymer being preferably a swellable polysaccharide; d) addition of at least one lipophilic compound to the composition obtained in step c); e) emulsification of the composition obtained in step d); and f) inducement of coacervation; and wherein protein A is a globulin and wherein protein B is an albumin. a) selection of protein A, wherein said protein's isoelectric point pl(A) is from 6 to 8; b) selection of protein B, wherein said protein's isoelectric point pl(B) is at least 9; c) provision of a composition comprising (i) water, (ii) selected protein A and (iii) selected protein B and optionally at least one further polymer being preferably a swellable polysaccharide; d) addition of at least one lipophilic compound to the composition obtained in step c); e) emulsification of the composition obtained in step d); and f) inducement of coacervation; and