mhurhangee/patent-ind-claim-en huggingface dataset:
A reinforcing mesh for abrasive wheels comprising: - a fabric or nonwoven fabric made of fibres; and - at least one recognition element made of conductive material adhered to the fibre fabric ; characterized in that the recognition element comprises at least one strip of conductive material elongated along a longitudinal axis (A), wherein the strip is provided with a width transversal with respect to the longitudinal axis (A), wherein the width is greater than a thickness of the strip and wherein the width is comprised between 0.3 mm and 20 mm. - a fabric or nonwoven fabric made of fibres; and - at least one recognition element made of conductive material adhered to the fibre fabric ;
A method for substantially eliminating true-azimuth three dimensional internal multiple reflections, the method being characterized in that it comprises: defining M upper windows that correspond physically to a space below a plurality of seismic data receivers and that include a geographical area of interest, and a pair of lower windows that are below the M upper windows; defining a first set of surface apertures and a second set of surface apertures in a different location from said first set of surface apertures; allocating seismic data to each of said windows using the first and second sets of surface apertures, so as to obtain segmented seismic data; determining a total internal 3D multiple model based on an iteratively generated internal 3D multiple model using the segmented seismic data; and subtracting said total internal 3D multiple model from said seismic data to substantially eliminate the influence of internal multiples in determining the geography of the geographical area of interest. defining M upper windows that correspond physically to a space below a plurality of seismic data receivers and that include a geographical area of interest, and a pair of lower windows that are below the M upper windows; defining a first set of surface apertures and a second set of surface apertures in a different location from said first set of surface apertures; allocating seismic data to each of said windows using the first and second sets of surface apertures, so as to obtain segmented seismic data; determining a total internal 3D multiple model based on an iteratively generated internal 3D multiple model using the segmented seismic data; and subtracting said total internal 3D multiple model from said seismic data to substantially eliminate the influence of internal multiples in determining the geography of the geographical area of interest.
A sensor array for testing leaks in a vacuum bag, characterized in that it comprises: a plurality of vacuum sampling tubes of varying lengths extending along side each other to form a cable such that the tubes have termination locations distributed along the length of the cable and a first end of each tube is disposed at a first end of the cable for connection to a vacuum monitoring system ; a sleeve configured to allow air flow through its surface; and a spine configured to support the cable for insertion of the spine and the cable into the sleeve , wherein: the sleeve surrounds the cable and the spine ; and the sleeve allows air flow from outside the sleeve to the termination locations of the sampling tubes inside the sleeve . a plurality of vacuum sampling tubes of varying lengths extending along side each other to form a cable such that the tubes have termination locations distributed along the length of the cable and a first end of each tube is disposed at a first end of the cable for connection to a vacuum monitoring system ; a sleeve configured to allow air flow through its surface; and a spine configured to support the cable for insertion of the spine and the cable into the sleeve , wherein: the sleeve surrounds the cable and the spine ; and the sleeve allows air flow from outside the sleeve to the termination locations of the sampling tubes inside the sleeve . the sleeve surrounds the cable and the spine ; and the sleeve allows air flow from outside the sleeve to the termination locations of the sampling tubes inside the sleeve .
A curing composition, comprising: a) a condensation product of: at least one carboxylic acid having 20-60 carbon atoms and at least two carboxyl groups and/or at least one ester derived from a carboxylic acid having 20-60 carbon atoms and at least two carboxyl groups; and at least one polyoxyalkyleneamine, wherein the polyoxyalkyleneamine includes: I) at least two oxyalkylene moieties; and II) at least two primary amino groups; and b) at least one amine having at least one amino group. a) a condensation product of: at least one carboxylic acid having 20-60 carbon atoms and at least two carboxyl groups and/or at least one ester derived from a carboxylic acid having 20-60 carbon atoms and at least two carboxyl groups; and at least one polyoxyalkyleneamine, wherein the polyoxyalkyleneamine includes: I) at least two oxyalkylene moieties; and II) at least two primary amino groups; and at least one carboxylic acid having 20-60 carbon atoms and at least two carboxyl groups and/or at least one ester derived from a carboxylic acid having 20-60 carbon atoms and at least two carboxyl groups; and at least one polyoxyalkyleneamine, wherein the polyoxyalkyleneamine includes: I) at least two oxyalkylene moieties; and II) at least two primary amino groups; and I) at least two oxyalkylene moieties; and II) at least two primary amino groups; and b) at least one amine having at least one amino group.
A drill assembly for preparation of a surgical site, comprising: a drill shaft including one or more cutting surfaces ; a depth collar dimensioned to at least partially cover the one or more cutting surfaces , and the depth collar including a first set of teeth ; a ratcheting sleeve including a second set of teeth ; and wherein, when the first set of teeth and the second set of teeth are engaged together, the ratcheting sleeve limits movement of the depth collar ,. characterized in, that the drill shaft includes an intermediate portion between a shank portion and a drill body portion , the drill body portion comprising the one or more cutting surfaces ; the intermediate portion includes first threading ; J the depth collar includes second threading along a first passageway dimensioned to at least partially receive the intermediate portion ; the first threading of the intermediate portion is dimensioned to engage with the second threading such that relative rotation between the depth collar and the intermediate portion causes the depth collar to move along a longitudinal axis (A) of the drill shaft . a drill shaft including one or more cutting surfaces ; a depth collar dimensioned to at least partially cover the one or more cutting surfaces , and the depth collar including a first set of teeth ; a ratcheting sleeve including a second set of teeth ; and wherein, when the first set of teeth and the second set of teeth are engaged together, the ratcheting sleeve limits movement of the depth collar ,. characterized in, that the drill shaft includes an intermediate portion between a shank portion and a drill body portion , the drill body portion comprising the one or more cutting surfaces ; the intermediate portion includes first threading ; J the depth collar includes second threading along a first passageway dimensioned to at least partially receive the intermediate portion ; the first threading of the intermediate portion is dimensioned to engage with the second threading such that relative rotation between the depth collar and the intermediate portion causes the depth collar to move along a longitudinal axis (A) of the drill shaft .
A method of controlling an electrically-driven actuator , the method comprising: receiving an input voltage at a voltage boost converter of an electrical positioning driver in an actuation system ; applying an output voltage of the voltage boost converter to a variable voltage bus of the electrical positioning driver; converting a voltage on the variable voltage bus to an actuator power signal that controls a position of the electrically-driven actuator; characterised by receiving a load status at the voltage boost converter, the load status comprising load status information relating to the position of the electrically-driven actuator; and boosting the voltage on the variable voltage bus, by operation of the voltage boost converter based on the load status, to control performance of the electrically-driven actuator. receiving an input voltage at a voltage boost converter of an electrical positioning driver in an actuation system ; applying an output voltage of the voltage boost converter to a variable voltage bus of the electrical positioning driver; converting a voltage on the variable voltage bus to an actuator power signal that controls a position of the electrically-driven actuator; characterised by receiving a load status at the voltage boost converter, the load status comprising load status information relating to the position of the electrically-driven actuator; and boosting the voltage on the variable voltage bus, by operation of the voltage boost converter based on the load status, to control performance of the electrically-driven actuator.
A pharmaceutical composition for use in treating depression in a subject, wherein the depression is characterized by abnormal burst firing in neurons of a lateral habenula of the subject, the pharmaceutical composition comprising an agent capable of suppressing expression, or inhibiting activity of Kir4.1 in astrocytes of the lateral habenula of the subject such that the abnormal burst firing of the neurons in the lateral habenula of the subject is suppressed.
A manufacturing method of a laundry machine comprises steps of: installing (S107, S108) a tub , a drum and a suspension unit configured to suspend vibration of the drum to a cabinet base , the tub being seated in the cabinet base having a front supporter and a rear supporter , the suspension unit comprising a bearing housing and a bracket , and a shaft being connected to the drum ; assembling (S110) a cabinet left , a cabinet right and a cabinet rear to the cabinet base , in a state of the tub , the drum and the suspension unit being installed to the cabinet base , wherein the tub is installed to stand alone on the cabinet base by the front supporter and the rear supporter in the step of installing the tub , the drum , and the suspension unit to the cabinet , wherein the back side of the tub and the cabinet rear are fixed to each other. installing (S107, S108) a tub , a drum and a suspension unit configured to suspend vibration of the drum to a cabinet base , the tub being seated in the cabinet base having a front supporter and a rear supporter , the suspension unit comprising a bearing housing and a bracket , and a shaft being connected to the drum ; assembling (S110) a cabinet left , a cabinet right and a cabinet rear to the cabinet base , in a state of the tub , the drum and the suspension unit being installed to the cabinet base , wherein the tub is installed to stand alone on the cabinet base by the front supporter and the rear supporter in the step of installing the tub , the drum , and the suspension unit to the cabinet , wherein the back side of the tub and the cabinet rear are fixed to each other.
An apparatus , comprising: a housing , a proximal end portion of the housing defining an opening configured to receive a portion of a medicament cartridge therein, a distal end portion of the housing including a base surface configured to contact a surface of a target tissue; and a microneedle having a distal end portion including a beveled surface and a proximal end portion , and defining a lumen , wherein the microneedle is coupled to the distal end portion of the housing , the proximal end portion of the microneedle configured to be in fluid communication with the medicament cartridge when the portion of the medicament cartridge is disposed within the opening, the base surface circumscribing the proximal end portion of the microneedle ; characterized in that the apparatus comprises: a pressure sensor and a pressure feedback control system operably coupled to the housing and configured to provide an indication of a pressure applied at the housing during an injection procedure; and wherein the beveled surface defines a first segment arranged at a first angle relative to a centerline (CL) of the lumen defined by the microneedle and a second segment arranged at a second angle relative to the centerline (CL) of the lumen . a housing , a proximal end portion of the housing defining an opening configured to receive a portion of a medicament cartridge therein, a distal end portion of the housing including a base surface configured to contact a surface of a target tissue; and a microneedle having a distal end portion including a beveled surface and a proximal end portion , and defining a lumen , wherein the microneedle is coupled to the distal end portion of the housing , the proximal end portion of the microneedle configured to be in fluid communication with the medicament cartridge when the portion of the medicament cartridge is disposed within the opening, the base surface circumscribing the proximal end portion of the microneedle ; characterized in that the apparatus comprises: a pressure sensor and a pressure feedback control system operably coupled to the housing and configured to provide an indication of a pressure applied at the housing during an injection procedure; and wherein the beveled surface defines a first segment arranged at a first angle relative to a centerline (CL) of the lumen defined by the microneedle and a second segment arranged at a second angle relative to the centerline (CL) of the lumen . a pressure sensor and a pressure feedback control system operably coupled to the housing and configured to provide an indication of a pressure applied at the housing during an injection procedure; and wherein the beveled surface defines a first segment arranged at a first angle relative to a centerline (CL) of the lumen defined by the microneedle and a second segment arranged at a second angle relative to the centerline (CL) of the lumen .
A glenoid implant for a shoulder prosthesis comprising: an anchor member (312; 404) comprising a longitudinal portion configured to be secured to a bone and a proximal head (340; 412) comprising an external threaded surface (344; 416); a baseplate (336; 418) comprising a proximal end and a distal end (360; 428), wherein the distal end comprises a first aperture (348; 436) sized to accept the proximal head (340; 412) of the anchor member (312; 404), the first aperture comprising an internal threaded surface (352; 440) and a space (356; 444) disposed proximal of the internal threaded surface; characterized in that when the external threaded surface (344; 416) of the proximal head (340; 412) is disposed in the space (356; 444) proximal of the internal threaded surface (352; 440) of the first aperture (348; 436) the anchor member (312; 404) is restrained against axial translation with respect to the baseplate (336; 418) but is rotatable with respect to the baseplate. an anchor member (312; 404) comprising a longitudinal portion configured to be secured to a bone and a proximal head (340; 412) comprising an external threaded surface (344; 416); a baseplate (336; 418) comprising a proximal end and a distal end (360; 428), wherein the distal end comprises a first aperture (348; 436) sized to accept the proximal head (340; 412) of the anchor member (312; 404), the first aperture comprising an internal threaded surface (352; 440) and a space (356; 444) disposed proximal of the internal threaded surface; characterized in that when the external threaded surface (344; 416) of the proximal head (340; 412) is disposed in the space (356; 444) proximal of the internal threaded surface (352; 440) of the first aperture (348; 436) the anchor member (312; 404) is restrained against axial translation with respect to the baseplate (336; 418) but is rotatable with respect to the baseplate.
A fifth wheel hitch assembly, comprising: a fifth wheel hitch plate having a body portion and a pair of extensions extending outwardly from the body portion, wherein the extensions cooperate to form a throat therebetween; a locking arrangement moveable between an unlocked position where a kingpin may be moved into and out of the throat , and a locked position where the kingpin is prevented from being removed from within the throat ; characterized by a sensor arrangement that includes at least one sensor (44, 46 48) located within at least one component of the locking arrangement , wherein the at least one sensor includes an accelerometer configured to sense vibrational movement of the at least one component of the locking arrangement . a fifth wheel hitch plate having a body portion and a pair of extensions extending outwardly from the body portion, wherein the extensions cooperate to form a throat therebetween; a locking arrangement moveable between an unlocked position where a kingpin may be moved into and out of the throat , and a locked position where the kingpin is prevented from being removed from within the throat ; characterized by a sensor arrangement that includes at least one sensor (44, 46 48) located within at least one component of the locking arrangement , wherein the at least one sensor includes an accelerometer configured to sense vibrational movement of the at least one component of the locking arrangement .
Dynamic focusing system (DFS) for an optical device for the observation of an object (OBJ), the dynamic focusing system comprising: - an objective housing (OBH) comprising a circumferential housing part (CIH) and a light-transmitting window (LTW), - a chamber (ICH) filled with an immersion medium having a refractive index substantially equal to the refractive index of the object (OBJ) to be observed, - a movable immersed objective (MIO) configured to move relative to the objective housing (OBH) along at least one direction so as to vary the focusing depth and being at least partially immersed in the immersion medium, wherein the immersion medium is confined in the chamber (ICH) by a deformable sealing member (DSM) attached to the movable immersed objective (MIO) and to the objective housing (OBH), wherein the deformable sealing member (DSM) is configured to ensure that the volume of the chamber (ICH) remains substantially constant upon displacement of the movable immersed objective (MIO) relative to the objective housing (OBH). - an objective housing (OBH) comprising a circumferential housing part (CIH) and a light-transmitting window (LTW), - a chamber (ICH) filled with an immersion medium having a refractive index substantially equal to the refractive index of the object (OBJ) to be observed, - a movable immersed objective (MIO) configured to move relative to the objective housing (OBH) along at least one direction so as to vary the focusing depth and being at least partially immersed in the immersion medium,
A distributed security system, comprising: an access control system that controls access to an access point of a first entity based on first identity credentials presented by user devices of users; a first local identity issuance service of the first entity that loads the first identity credentials onto the user devices, wherein the first identity credentials include first locally-created credentials (32-3A) and globally unique identity tokens from a token issuance service and enable a user to obtain access to the access control system of the first entity; a second access control system that controls access to an access point of a second entity based on second identity credentials presented by user devices of users; and a second local identity issuance service of the second entity that loads the second identity credentials onto the user devices, wherein the second identity credentials include second locally-created credentials (32-3B) and the globally unique identity tokens and enable the user to obtain access to the access control system of the second entity; and the token issuance service that provides the globally unique identity tokens to the first and second local identity issuance services for the user, wherein the second local identity issuance service extracts the globally unique identity token from the first identity credentials and then creates a new association between the extracted globally unique identity token and a locally created credential (32-3B) for the second entity. an access control system that controls access to an access point of a first entity based on first identity credentials presented by user devices of users; a first local identity issuance service of the first entity that loads the first identity credentials onto the user devices, wherein the first identity credentials include first locally-created credentials (32-3A) and globally unique identity tokens from a token issuance service and enable a user to obtain access to the access control system of the first entity; a second access control system that controls access to an access point of a second entity based on second identity credentials presented by user devices of users; and a second local identity issuance service of the second entity that loads the second identity credentials onto the user devices, wherein the second identity credentials include second locally-created credentials (32-3B) and the globally unique identity tokens and enable the user to obtain access to the access control system of the second entity; and the token issuance service that provides the globally unique identity tokens to the first and second local identity issuance services for the user, wherein the second local identity issuance service extracts the globally unique identity token from the first identity credentials and then creates a new association between the extracted globally unique identity token and a locally created credential (32-3B) for the second entity.
Device for filling defects in a surface of a wooden article , that comprises a movable nozzle for applying a filling material into the defects in the surface of the wooden article, which device further comprises a reservoir connected to the nozzle for applying the filling material , characterised in that the device is provided with a flat end part with an end face that extends around the nozzle , in that the end part is movably mounted in such a way that the orientation of the end part can be changed, in that the device is arranged to push the end face against the surface of the wooden article to be treated at a first pressure and to allow it to move over the article in contact with this surface while applying the filler, and in that the reservoir is arranged to expel the filling material at a second pressure, wherein the second pressure which is smaller than the first pressure.
Apparatus for controlling a federated system of interacting sensors and operational equipment , the sensors and operational equipment being under the control of a federation of control systems, each control system being configurable to control the operational equipment in response to trigger events detected by the sensors, according to a respective set of configurable management control policies, the apparatus being programmed to operate, in response to one or more identified special events among said trigger events, to replace the respective set of configurable management control policies in each control system of the federation with the same predetermined policy prioritising control of the behaviour of the federated system according to a predetermined set of control parameters.