mhurhangee/patent-ind-claim-en huggingface dataset:
A tubular tendon scaffold device comprising: a porous core comprising a plurality of fibres, each fibre arranged along a longitudinal axis of the tubular tendon scaffold device; and an outer portion formed from a film rolled into a cylindrical structure surrounding the porous core, the film having a plurality of elongated holes perforated through a thickness of the film so that the outer portion comprises a plurality of pores elongated along the longitudinal axis of the tubular tendon scaffold device, the outer portion having a plurality of ridges and grooves formed therein, the grooves being concave spaces between every two ridges; wherein the plurality of fibres define a helix channel in the porous core. a porous core comprising a plurality of fibres, each fibre arranged along a longitudinal axis of the tubular tendon scaffold device; and an outer portion formed from a film rolled into a cylindrical structure surrounding the porous core, the film having a plurality of elongated holes perforated through a thickness of the film so that the outer portion comprises a plurality of pores elongated along the longitudinal axis of the tubular tendon scaffold device, the outer portion having a plurality of ridges and grooves formed therein, the grooves being concave spaces between every two ridges; wherein the plurality of fibres define a helix channel in the porous core.
An air filter comprising a filter media disposed within a filter media frame and an air filter cleaning system , the system comprising: a filter shaker plate having a top surface and a bottom surface ; a first filter clamp configured to be positioned adjacent to a first side of the filter shaker plate; a second filter clamp configured to be positioned adjacent to a second side of the filter shaker plate, a motor mount extending from the top surface of the filter shaker plate ; and, a motor configured to be mounted on the motor mount, being characterised in that the system further comprises: a first flange extending from the motor mount towards the first side of the filter shaker plate ; and, a second flange extending from the motor mount towards the second side of the filter shaker plate , wherein the first and second flanges are arranged to be coupled to the first and second filter clamps so as to position the bottom surface of the shaker plate in close proximity to but spaced above the surface of the air filter media . a filter shaker plate having a top surface and a bottom surface ; a first filter clamp configured to be positioned adjacent to a first side of the filter shaker plate; a second filter clamp configured to be positioned adjacent to a second side of the filter shaker plate, a motor mount extending from the top surface of the filter shaker plate ; and, a motor configured to be mounted on the motor mount, being characterised in that the system further comprises: a first flange extending from the motor mount towards the first side of the filter shaker plate ; and, a second flange extending from the motor mount towards the second side of the filter shaker plate , wherein the first and second flanges are arranged to be coupled to the first and second filter clamps so as to position the bottom surface of the shaker plate in close proximity to but spaced above the surface of the air filter media . a first flange extending from the motor mount towards the first side of the filter shaker plate ; and, a second flange extending from the motor mount towards the second side of the filter shaker plate , wherein the first and second flanges are arranged to be coupled to the first and second filter clamps so as to position the bottom surface of the shaker plate in close proximity to but spaced above the surface of the air filter media .
Medical device for monitoring a physiological pulmonary condition of a user, comprising: - at least one mouthpiece , and - a transducer housing , the at least one mouthpiece and the transducer housing being separate elements, the at least one mouthpiece being physically attached to the transducer housing, and the at least one mouthpiece, when attached to the transducer housing, being capable of passing at least part of a flow of exhaled or inhaled air through the mouthpiece to the transducer housing, wherein a sensor of the transducer housing is capable of measuring one or more characteristics of the flow of exhaled or inhaled air passed to the transducer housing and of providing data of the flow of exhaled air passed to the transducer housing, wherein the mouthpiece is provided with a flow channel having a first orifice and a second orifice , the first orifice being intended for a user to blow exhaled air or to draw inhaled air into the mouthpiece, and the second orifice being intended for discharge from the mouthpiece or intake of the exhaled air or inhaled air, wherein the mouthpiece is also provided with an air passage having an inlet and an outlet, the inlet being fluidly connected with the flow channel, and the outlet being fluidly connected with the sensor of the transducer housing, said air passage being capable of passing at least part of the exhaled air or inhaled air from the flow channel to the sensor of the transducer housing, characterised in that the mouthpiece is attached to the transducer housing via a pivot joint , the pivot joint of the mouthpiece being releasable, thereby enabling the mouthpiece to be detached from the transducer housing, and wherein the air passage extends along and parallel with the pivot axis of the pivot joint. - at least one mouthpiece , and - a transducer housing , the at least one mouthpiece and the transducer housing being separate elements, the at least one mouthpiece being physically attached to the transducer housing, and the at least one mouthpiece, when attached to the transducer housing, being capable of passing at least part of a flow of exhaled or inhaled air through the mouthpiece to the transducer housing, wherein a sensor of the transducer housing is capable of measuring one or more characteristics of the flow of exhaled or inhaled air passed to the transducer housing and of providing data of the flow of exhaled air passed to the transducer housing, wherein the mouthpiece is also provided with an air passage having an inlet and an outlet, the inlet being fluidly connected with the flow channel, and the outlet being fluidly connected with the sensor of the transducer housing, said air passage being capable of passing at least part of the exhaled air or inhaled air from the flow channel to the sensor of the transducer housing, characterised in that the mouthpiece is attached to the transducer housing via a pivot joint , the pivot joint of the mouthpiece being releasable, thereby enabling the mouthpiece to be detached from the transducer housing, and wherein the air passage extends along and parallel with the pivot axis of the pivot joint.
Seismic shaker for exerting an excitation force on the ground, comprising: - a base plate for placement on the ground through which the excitation force is exerted on the ground, - a reaction mass , - a resilient construction through which the reaction mass is connected to the base plate, - an actuator parallel to the resilient construction and through which the reaction mass is connected to the base plate, - a controller unit which is connected to and is configured to control the actuator, - a sensor : configured to measure a parameter of the motion of the reaction mass relative to the base plate and connected to the controller unit, - a first comparison unit which is present between the controller unit and the sensor, and is configured to send a difference signal that is equal to the difference between the measured value of the parameter, and a value of the parameter set in the first comparison unit , - a control unit which is present between the first comparison unit and the controller unit, and that ; is configured to as a function of the difference signal compute a correction value , and - a second comparison unit which is present between the control unit and the controller unit, and is configured to send out a sum signal which is equal to the sum of the correction value and a desired value of the excitation force to be exerted set in the second comparison unit , wherein the sensor is a displacement sensor and the parameter is the displacement of the reaction mass. - a base plate for placement on the ground through which the excitation force is exerted on the ground, - a reaction mass , - a resilient construction through which the reaction mass is connected to the base plate, - an actuator parallel to the resilient construction and through which the reaction mass is connected to the base plate, - a controller unit which is connected to and is configured to control the actuator, - a sensor : configured to measure a parameter of the motion of the reaction mass relative to the base plate and connected to the controller unit, - a first comparison unit which is present between the controller unit and the sensor, and is configured to send a difference signal that is equal to the difference between the measured value of the parameter, and a value of the parameter set in the first comparison unit , - a control unit which is present between the first comparison unit and the controller unit, and that ; is configured to as a function of the difference signal compute a correction value , and - a second comparison unit which is present between the control unit and the controller unit, and is configured to send out a sum signal which is equal to the sum of the correction value and a desired value of the excitation force to be exerted set in the second comparison unit , wherein the sensor is a displacement sensor and the parameter is the displacement of the reaction mass.
Use of a laser processing apparatus for refining magnetic domains of a grain-oriented electromagnetic steel sheet by setting a laser beam to be focused on the grain-oriented electromagnetic steel sheet and scanned in a scanning direction, wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light having a degree of polarization defined as PW1/(PW1+PW2) of 0.9 or higher and lower than 1.0, wherein a power of a linearly polarized component is given by PW1 and a power of an orthogonal component is given by PW2, wherein an angle between a linear polarization direction and the scanning direction is equal to or higher than 0° and lower than 45°, and wherein the incident angle φ of the laser beam becomes 0° when the incident position of the laser beam is coincident with the center portion of the laser scanning width and the incident angle φ of the laser beam increases as the incident position of the laser beam approaches the end portion of the laser scanning width. wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light having a degree of polarization defined as PW1/(PW1+PW2) of 0.9 or higher and lower than 1.0, wherein a power of a linearly polarized component is given by PW1 and a power of an orthogonal component is given by PW2, wherein an angle between a linear polarization direction and the scanning direction is equal to or higher than 0° and lower than 45°, and wherein the incident angle φ of the laser beam becomes 0° when the incident position of the laser beam is coincident with the center portion of the laser scanning width and the incident angle φ of the laser beam increases as the incident position of the laser beam approaches the end portion of the laser scanning width.
A glass product, comprising: a glazing having at least one glass sheet (26, 28, 32, 38, 42; 50, 54, 70, 86, 88, 106, 110); an opening extending through at least part of the glazing ; and a stress generating member which extends through the opening and contacting an edge of the opening, wherein the stress generating member generates compressive stress in the glazing around the opening in the inward radial direction of the opening. a glazing having at least one glass sheet (26, 28, 32, 38, 42; 50, 54, 70, 86, 88, 106, 110); an opening extending through at least part of the glazing ; and a stress generating member which extends through the opening and contacting an edge of the opening, wherein the stress generating member generates compressive stress in the glazing around the opening in the inward radial direction of the opening.
An aircraft landing gear shock absorber assembly comprising: an outer casing having a bore which extends through the outer casing, the bore having a first opening and a second opening ; a rod slidably coupled within the bore such that a first end of the rod projects out of the first opening of the bore, the first end of the rod being arranged to be coupled to a wheel assembly; and a closure for the second opening of the bore, wherein: the bore comprises a reduced width portion having a reduced width relative to the second opening of the bore; the rod includes a radially enlarged portion that is wider than the reduced width portion of the bore, the radially enlarged portion comprising a piston located at the second end of the rod; the shock absorber assembly further comprising a seal assembly provided between the casing and the rod adjacent the first opening, wherein the shock absorber is a fluid containing shock absorber and characterized in that at least one seal of the seal assembly is arranged to provide a fluid tight seal between the outer casing and the rod . an outer casing having a bore which extends through the outer casing, the bore having a first opening and a second opening ; a rod slidably coupled within the bore such that a first end of the rod projects out of the first opening of the bore, the first end of the rod being arranged to be coupled to a wheel assembly; and a closure for the second opening of the bore, wherein: the bore comprises a reduced width portion having a reduced width relative to the second opening of the bore; the rod includes a radially enlarged portion that is wider than the reduced width portion of the bore, the radially enlarged portion comprising a piston located at the second end of the rod; the shock absorber assembly further comprising a seal assembly provided between the casing and the rod adjacent the first opening, wherein the shock absorber is a fluid containing shock absorber and characterized in that at least one seal of the seal assembly is arranged to provide a fluid tight seal between the outer casing and the rod . the rod includes a radially enlarged portion that is wider than the reduced width portion of the bore, the radially enlarged portion comprising a piston located at the second end of the rod; the shock absorber assembly further comprising a seal assembly provided between the casing and the rod adjacent the first opening, wherein the shock absorber is a fluid containing shock absorber and characterized in that at least one seal of the seal assembly is arranged to provide a fluid tight seal between the outer casing and the rod .
A method of connecting a first threaded tubular to a second threaded tubular , comprising: engaging the threads of the tubulars; rotating the first tubular relative to the second tubular to makeup a threaded connection; during makeup of the threaded connection: measuring time; measuring torque applied to the connection; and measuring turns of the first tubular; using a controller for: evaluating at least one of the measured turns , measured torque, and measured time for a discontinuity, wherein the discontinuity is a result of equipment malfunction; and accepting or rejecting the connection based on the evaluation. engaging the threads of the tubulars; rotating the first tubular relative to the second tubular to makeup a threaded connection; during makeup of the threaded connection: measuring time; measuring torque applied to the connection; and measuring turns of the first tubular; measuring time; measuring torque applied to the connection; and measuring turns of the first tubular; using a controller for: evaluating at least one of the measured turns , measured torque, and measured time for a discontinuity, wherein the discontinuity is a result of equipment malfunction; and accepting or rejecting the connection based on the evaluation. evaluating at least one of the measured turns , measured torque, and measured time for a discontinuity, wherein the discontinuity is a result of equipment malfunction; and accepting or rejecting the connection based on the evaluation.
A method for reinforcing a metallic reinforcement intended to be mounted on a leading edge or a trailing edge of a composite turbomachine blade, such as a fan blade of a turbojet engine or a turboprop engine of an aircraft, and produced by assembling two metal sheets , characterized in that the reinforcement has an airfoil shape and has, at the front, a solid portion extended by two lips intended to be applied and adhered to the frontside and the backside of a fan blade made of composite material, respectively, with each metal sheet comprising a connecting surface , with the method involving steps consisting in: - providing at least one cavity in each one of the connecting surfaces of the two metal sheets of the part reinforcement , - at least partially inserting reinforcing means having an elongate shape into said cavity , with the reinforcing means comprising at least one bundle of reinforcing fibers surrounded by a reinforcing sleeve for holding and protecting the fibers , - assembling the two metal sheets , for example by diffusion bonding, at the connecting surfaces thereof. - providing at least one cavity in each one of the connecting surfaces of the two metal sheets of the part reinforcement , - at least partially inserting reinforcing means having an elongate shape into said cavity , with the reinforcing means comprising at least one bundle of reinforcing fibers surrounded by a reinforcing sleeve for holding and protecting the fibers , - assembling the two metal sheets , for example by diffusion bonding, at the connecting surfaces thereof.
A polypeptide capable of binding to anti-HEV antibodies, chosen from: - a polypeptide comprising at least sequence 394-660 of a 660-amino acid p-ORF2 protein of the hepatitis E virus, and in which the three amino acids at positions 627, 630 and 638 are different from cysteine; wherein said 660-amino acid p-ORF2 protein having at least 89% identity with SEQ ID No. 11 and said sequence 394-660 having at least 90% identity with SEQ ID No. 26; and - a polypeptide comprising a sequence analog to SEQ ID No. 26 having at least 90% identity with SEQ ID No. 26 and derived from a p-ORF2 protein of the hepatitis E virus of a length different from 660 amino acids and having at least 89% identity with SEQ ID No. 11, and in which the three amino acids corresponding to the three cysteines at positions 627, 630 and 638 of SEQ ID No. 11 are different from cysteine. - a polypeptide comprising at least sequence 394-660 of a 660-amino acid p-ORF2 protein of the hepatitis E virus, and in which the three amino acids at positions 627, 630 and 638 are different from cysteine; wherein said 660-amino acid p-ORF2 protein having at least 89% identity with SEQ ID No. 11 and said sequence 394-660 having at least 90% identity with SEQ ID No. 26; and - a polypeptide comprising a sequence analog to SEQ ID No. 26 having at least 90% identity with SEQ ID No. 26 and derived from a p-ORF2 protein of the hepatitis E virus of a length different from 660 amino acids and having at least 89% identity with SEQ ID No. 11, and in which the three amino acids corresponding to the three cysteines at positions 627, 630 and 638 of SEQ ID No. 11 are different from cysteine.
A machine tool for the computer-controlled machining of workpieces, comprising a machine stand (1; 20) and at least two clamping devices (2, 3; 21-23) that are held on one another in an adjustable and movable manner, wherein at least one workpiece receptacle is formed by one of the clamping devices (2, 3; 21-23) and at least one tool receptacle is formed by the other clamping device (2, 3; 21-23), wherein the clamping devices (2, 3; 21-23) are respectively held in the machine stand (1; 20) in an adjustable and movable manner by means of a rotary mechanism (4, 5; 24-26) and at least one linear guide (10; 33) is formed between at least one of the clamping devices (2, 3; 21-23) and the machine stand (1; 20), and wherein each rotary mechanism has at least two rotational axes (6-9; 27-32) that are connected to one another in series and cross one another, characterized in that the first actuating elements, which are rotatably mounted in the machine stand by means of the first rotational axes, are realized in the form of elbowed shafts or elbowed stub shafts.
A method for creating a communication channel between, on the one hand, a local application (104 1 -104 n ) hosted on a so-called local server, in a computer network , so-called local network, and on the other hand, an application as a service, so-called SaaS application, hosted on an application server remote from said local network , via a private network , so-called IDAAS network, comprising an identity as a service server, so-called IDAAS server, used to regulate access to said SaaS application, said local network communicating with said IDAAS network via the Internet network , said method being characterized by the following steps: - generating , in said IDAAS network, an SSL access point and associating said access point to a port for communicating with said SaaS application, in said IDAAS network ; and - generating , by a proxy , so-called local IDAAS proxy, located in said local network , an SSL connection associated with: ▪ said SSL access point in said IDAAS network , and ▪ a port for communicating with said local application (104 1 -104 n ) in said local network . - generating , in said IDAAS network, an SSL access point and associating said access point to a port for communicating with said SaaS application, in said IDAAS network ; and - generating , by a proxy , so-called local IDAAS proxy, located in said local network , an SSL connection associated with: ▪ said SSL access point in said IDAAS network , and ▪ a port for communicating with said local application (104 1 -104 n ) in said local network . ▪ said SSL access point in said IDAAS network , and ▪ a port for communicating with said local application (104 1 -104 n ) in said local network .
A closing ring closure device for a closing ring , having a closing lever and a one-piece or two-piece traction bracket , each of which are pivotably mounted by means of pivot bearings on a pivot bearing base on the closing ring side, wherein the traction bracket and the closing lever are pivotably connected to one another by means of a further pivot bearing , characterized in that the two components closing lever and traction bracket are provided with constructive means which are designed in a mutually coordinated functional mode between the two components as a snap-fit device for fixing the closing ring closure device in a wide open closing lever position.