mhurhangee/patent-ind-claim-en huggingface dataset:
A fusion system for insertion within a patient's vertebrae, comprising: a first fastener comprising a first head with a first slot , a first shaft and a first neck coupling the first head to the first shaft , and wherein the first head comprises a body portion defining an interior surface and a top surface, and a first base extending below the body portion defining a concave interior surface, and wherein the first slot extends through the body portion from the top surface thereof and through a first portion of the first base to a bottom of the concave interior surface; a second fastener comprising a second head with a second slot , a second shaft and a second neck coupling the second head to the second shaft , and wherein the second head comprises a body portion defining an interior surface and a top surface, and a second base extending below the body portion defining a concave interior surface, and wherein the second slot extends through the body portion from the top surface thereof and through a first portion of the second base to a bottom of the concave interior surface; and an elongate member inserted into the first fastener at a first end and the second fastener at a second end, wherein the elongate member may be positioned at varying angulations with respect to the first and second fasteners . a first fastener comprising a first head with a first slot , a first shaft and a first neck coupling the first head to the first shaft , and wherein the first head comprises a body portion defining an interior surface and a top surface, and a first base extending below the body portion defining a concave interior surface, and wherein the first slot extends through the body portion from the top surface thereof and through a first portion of the first base to a bottom of the concave interior surface; a second fastener comprising a second head with a second slot , a second shaft and a second neck coupling the second head to the second shaft , and wherein the second head comprises a body portion defining an interior surface and a top surface, and a second base extending below the body portion defining a concave interior surface, and wherein the second slot extends through the body portion from the top surface thereof and through a first portion of the second base to a bottom of the concave interior surface; and an elongate member inserted into the first fastener at a first end and the second fastener at a second end, wherein the elongate member may be positioned at varying angulations with respect to the first and second fasteners .
A dental device for delivering fluid continuously while activated in an endodontic application comprising: a hollow needle and a handle ; wherein the hollow needle includes a distal end portion , an intermediate portion , and a connector portion ; the intermediate portion and the distal end portion together form a working portion ; the working portion terminates in a tip and is configured to act on a root canal; wherein the handle at one end is configured to be affixed to the connector portion of the hollow needle; wherein the handle at opposite end is capable of being attached to an endodontic handpiece or a sonic agitator for the activation, wherein the hollow needle includes a plurality of openings on the connector portion and at least one opening on the distal end to allow fluid to be delivered through the hollow needle, wherein a removable modular fluid delivery connector is coupled to the hollow needle, wherein the connector includes fluid delivery conduits for communicating the fluid to at least one opening of the plurality of openings of the hollow needle, wherein the removable modular fluid delivery connector is assembled to the device by at least partially enveloping the connector portion of the needle to allow fluid communication from the removable modular fluid delivery connector to the hollow needle. a hollow needle and a handle ; wherein the hollow needle includes a distal end portion , an intermediate portion , and a connector portion ; the intermediate portion and the distal end portion together form a working portion ; the working portion terminates in a tip and is configured to act on a root canal; wherein the handle at one end is configured to be affixed to the connector portion of the hollow needle; wherein the handle at opposite end is capable of being attached to an endodontic handpiece or a sonic agitator for the activation, wherein the hollow needle includes a plurality of openings on the connector portion and at least one opening on the distal end to allow fluid to be delivered through the hollow needle, wherein a removable modular fluid delivery connector is coupled to the hollow needle, wherein the connector includes fluid delivery conduits for communicating the fluid to at least one opening of the plurality of openings of the hollow needle, wherein the removable modular fluid delivery connector is assembled to the device by at least partially enveloping the connector portion of the needle to allow fluid communication from the removable modular fluid delivery connector to the hollow needle.
An acoustic treatment grid intended to be mounted inside or at the outlet of a duct of a bleed valve of a turbomachine of an aircraft intended to convey a gas flow (F), the grid comprising a perforated plate and circular holes traversing the perforated plate along a first direction (D A ), the holes having a diameter (D) and a geometrical center (C), the perforated plate comprising, with respect to the gas flow (F) intended to traverse the perforated plate , an upstream face intended to receive the gas flow (F) and a downstream face , opposite the upstream face , from which the gas flow (F) is intended to escape, the grid being characterized in that each hole is separated from an adjacent orifice by a space, the length (e) of which is equal to the product of the diameter (D) of said hole and a spacing coefficient of a value between 1.1 and 6 to minimize low-frequency noise, while ensuring the operability of the bleed valve , the length (e) separating two holes being measured between the geometrical centers (C) of the two holes , and the grid further comprising a layer of porous material disposed on said downstream face of the perforated plate without covering the holes , the plate and the layer of porous material forming channels.
A compressor comprising: a housing assembly having a suction port and a discharge port and a motor compartment ; an electric motor having a stator within the motor compartment and a rotor within the stator, the rotor being mounted for rotation about a rotor axis ; one or more impellers coupled to the rotor to be driven by the rotor about an impeller axis in at least a first condition so as to draw fluid in through the suction port and discharge said fluid out from the discharge port; an inlet guide vane (IGV) array between the suction port and the one or more impellers; and one or more bearing systems supporting the rotor and/or the one or more impellers, and further comprising: one or more drain passages (120, 234, 206; 120, 232, 202, 206) coupled to the bearings to pass fluid along a drain flowpath from the bearings to a location upstream of the impeller and downstream of the IGV array; characterised by an ejector having: a motive flow inlet ; a suction flow inlet ; and an outlet , the drain flowpath passing through the ejector from the suction flow inlet to the outlet; one or more bearing feed passages coupled to the bearings to pass fluid along a supply flowpath to the bearings; and an ejector having: a motive flow inlet ; a suction flow inlet ; and an outlet , the supply flowpath passing through the ejector from the suction flow inlet to the outlet. a housing assembly having a suction port and a discharge port and a motor compartment ; an electric motor having a stator within the motor compartment and a rotor within the stator, the rotor being mounted for rotation about a rotor axis ; one or more impellers coupled to the rotor to be driven by the rotor about an impeller axis in at least a first condition so as to draw fluid in through the suction port and discharge said fluid out from the discharge port; an inlet guide vane (IGV) array between the suction port and the one or more impellers; and one or more bearing systems supporting the rotor and/or the one or more impellers, one or more drain passages (120, 234, 206; 120, 232, 202, 206) coupled to the bearings to pass fluid along a drain flowpath from the bearings to a location upstream of the impeller and downstream of the IGV array; characterised by an ejector having: a motive flow inlet ; a suction flow inlet ; and an outlet , the drain flowpath passing through the ejector from the suction flow inlet to the outlet; a motive flow inlet ; a suction flow inlet ; and an outlet , the drain flowpath passing through the ejector from the suction flow inlet to the outlet; one or more bearing feed passages coupled to the bearings to pass fluid along a supply flowpath to the bearings; and an ejector having: a motive flow inlet ; a suction flow inlet ; and an outlet , the supply flowpath passing through the ejector from the suction flow inlet to the outlet. a motive flow inlet ; a suction flow inlet ; and an outlet , the supply flowpath passing through the ejector from the suction flow inlet to the outlet.
A method of providing monitoring of erosion and/or corrosion of a part of a stator or a rotor in a machine , wherein the part is arranged so as to be exposed to a working fluid to be processed by the machine , wherein the part comprises a material, the method comprising the step of: - positioning a corrosion probe and/or an erosion probe so as to be exposed to said working fluid, wherein the corrosion probe and/or the erosion probe comprises a measurement element that is arranged so as to be exposed to said working fluid and that comprises said material, characterized in that the corrosion probe and/or the erosion probe is formed within said material that forms the rotor or the stator. - positioning a corrosion probe and/or an erosion probe so as to be exposed to said working fluid, wherein the corrosion probe and/or the erosion probe comprises a measurement element that is arranged so as to be exposed to said working fluid and that comprises said material, characterized in that the corrosion probe and/or the erosion probe is formed within said material that forms the rotor or the stator.
Seal ring which, viewed in cross section, is substantially 7-shaped comprising an axial limb and a sealing limb with a sealing lip , wherein the sealing limb is connected to a first end side of the axial limb by means of a joint and a tension element for stabilizing the sealing limb in the radial direction (7, wherein the tension element is ring-shaped, wherein the tension element is connected to the sealing limb and wherein the tension element has a radially outer edge which forms a protrusion, with which the tension element extends out from the sealing limb up to the axial limb , characterized in that the tension element , viewed in cross section, is formed by a plate-spring-shaped spring , that the spring includes a first angle of 65° to 80° with the axis of symmetry of the seal ring in its production-related state, and that the spring includes a second angle of 30° to 60° with the axis of symmetry of the seal ring during its designated intended use.
An antimicrobial composition comprising: a) 0.1 to 100 ppm by weight of a silver compound; b) a salt of a sulphonic acid ; and, c) 1 to 85% by weight of a salt of fatty acid; wherein, the salt of a sulphonic acid is selected from sodium toluene sulphonates, sodium cumene sulphonates, sodium xylene sulphonates, naphthalene sulphonates or mixtures thereof. a) 0.1 to 100 ppm by weight of a silver compound; b) a salt of a sulphonic acid ; and, c) 1 to 85% by weight of a salt of fatty acid; wherein, the salt of a sulphonic acid is selected from sodium toluene sulphonates, sodium cumene sulphonates, sodium xylene sulphonates, naphthalene sulphonates or mixtures thereof.
Method for operating a motor vehicle , in which a locking state (S1, S3) of a locking system of the motor vehicle is changed as soon as it is detected that a mobile terminal device that has an NFC chip and a preset code in a memory unit is located within a transmitting and receiving area of an NFC control device integrated in the motor vehicle , and as soon as the mobile terminal device is located within a transmitting and receiving area of an additional NFC control device integrated in a vehicle interior of the motor vehicle , an ignition of the motor vehicle is activated, characterised in that as soon as the mobile terminal device is located within the transmitting and receiving area of the additional NFC control device , an electric drive motor of the motor vehicle is activated without a driver of the motor vehicle needing to press a start button.
Foundation element in the ground, which is formed in a hole in the ground of a hardenable mass, wherein, prior to hardening, at least one heat exchanger element is inserted, wherein a transition region towards the surrounding ground is formed, wherein the foundation element is formed in the transition region towards the surrounding ground of crushed ground material of the surrounding ground mixed with a hardening suspension, whereby a soil mortar is formed, characterized in that the transition region consists of at least 30 % of crushed surrounding ground material, in that the transition region amounts to at least 10 % of the wall thickness of the foundation element, and in that the proportion of crushed ground material increases towards the outside. wherein the foundation element is formed in the transition region towards the surrounding ground of crushed ground material of the surrounding ground mixed with a hardening suspension, whereby a soil mortar is formed, characterized in that the transition region consists of at least 30 % of crushed surrounding ground material, in that the transition region amounts to at least 10 % of the wall thickness of the foundation element, and in that the proportion of crushed ground material increases towards the outside.
Transversely opening vehicle protective curtain arrangement for optionally closing a door opening comprising a vehicle door , comprising a flexible curtain body that, with the vehicle protective curtain arrangement in the installed state, is moved in the transverse direction and spans in a vertical plane parallel to a door opening plane, the arrangement comprising: a handle strip displaceable in the transverse direction and holding a movable front end of the curtain body , an upper guide rail on which the upper end of the handle strip is guided for displacement in the transverse direction, and a lower guide rail on which the lower end of the handle strip is guided for displacement in the transverse direction, wherein the lower end of the handle strip has a disengageable handle strip guide (57; 57') associated thereto, wherein the handle strip guide (57; 57') is configured such that a separating disengaging movement occurs approximately perpendicular to the door opening plane such that the lower end of the handle strip can be removed from the lower guide rail transversely to the longitudinal direction of the guide rails. a handle strip displaceable in the transverse direction and holding a movable front end of the curtain body , an upper guide rail on which the upper end of the handle strip is guided for displacement in the transverse direction, and a lower guide rail on which the lower end of the handle strip is guided for displacement in the transverse direction, wherein the lower end of the handle strip has a disengageable handle strip guide (57; 57') associated thereto, wherein the handle strip guide (57; 57') is configured such that a separating disengaging movement occurs approximately perpendicular to the door opening plane such that the lower end of the handle strip can be removed from the lower guide rail transversely to the longitudinal direction of the guide rails.
Envelope comprising a front face receiving a closing fold and a rear face, the envelope being in a first format (C4), characterized in that it comprises at least one transverse fold line (L C5 , L DL ) configured to enable the envelope to be folded on itself on its rear face so as to form at least one second format (C5, DL); and in that it comprises at least one gluing strip (C) on the rear face for gluing the folded envelope in said second format (C5, DL).
A method, performed in a base station in a telecommunications network , for beam index filtering, the method comprising: receiving a beam index for a User Equipment, UE ; storing the received beam index into a queue of length N for storing received beam indexes, N being greater than one; selecting a beam index from the queue according to a filtering algorithm; and using the selected beam index for transmissions to the UE. receiving a beam index for a User Equipment, UE ; storing the received beam index into a queue of length N for storing received beam indexes, N being greater than one; selecting a beam index from the queue according to a filtering algorithm; and using the selected beam index for transmissions to the UE.
A method for wireless communication, comprising: determining a cell identifier and a neutral host network, NHN, identifier, NHN-ID, for a first base station that is operating in a first NHN in a shared radio frequency spectrum band; and transmitting the cell identifier and the NHN-ID to a second base station that is operating in the first NHN or a second NHN in the shared radio frequency spectrum band. determining a cell identifier and a neutral host network, NHN, identifier, NHN-ID, for a first base station that is operating in a first NHN in a shared radio frequency spectrum band; and transmitting the cell identifier and the NHN-ID to a second base station that is operating in the first NHN or a second NHN in the shared radio frequency spectrum band.
A laparoscopic forceps comprising a handpiece including a distal end portion; a tubular member protruding from the distal end portion of the handpiece , the tubular member having a distal end ; a pair of jaws , each jaw having two legs that are disposed within the tubular member and partially protruding from the distal end of the tubular member and a blade track which is a gap extending between the two legs , and the pair of jaws and the tubular member are movable relative to each other in a direction parallel to a longitudinal axis of the tubular member , a biasing member ; wherein the pair of jaws are moveable towards each other to create a gripping force; wherein each of the two legs has an arcuate section , and the pair of jaws are closable by advancing the tubular member over the arcuate section of the two legs ; an operable mechanism for creating relative motion between the pair of jaws and the tubular member along a direction parallel to the axis of the tubular member ; wherein at the distal end portion of the tubular member there is a profile shape that is non-circular; wherein the tubular member , during actuation of the biasing member , overruns the pair of jaws so that the pair of jaws are moved towards each other; and wherein the profile shape is part of the tubular member and the profile shape of the tubular section geometrically constrains the pair of jaws , the legs of the jaws , or both so that the jaws are moved towards each other as the tubular member is moved along the longitudinal axis of the tubular member .
A method for providing a neutron detector tube , the method comprising: applying a conductive layer to at least a portion of an inner surface of a non-conductive cathode tube associated with the neutron detector tube ; applying a neutron sensitive cathode coating to at least a portion of the conductive layer ; sealing a first end portion of the neutron detector tube with a cathode cap ; and sealing a second end portion of the neutron detection tube with an anode cap , characterized in that the cathode tube is made from glass, in that the conductive layer stops short of extending to the second end portion , and in that sealing the second end portion of the neutron detector comprises sealing a second portion interface between the anode cap and a non-conductive portion of the cathode tube with a glass-to-glass seal or a glass-to-ceramic seal . applying a conductive layer to at least a portion of an inner surface of a non-conductive cathode tube associated with the neutron detector tube ; applying a neutron sensitive cathode coating to at least a portion of the conductive layer ; sealing a first end portion of the neutron detector tube with a cathode cap ; and sealing a second end portion of the neutron detection tube with an anode cap , characterized in that the cathode tube is made from glass, in that the conductive layer stops short of extending to the second end portion , and in that sealing the second end portion of the neutron detector comprises sealing a second portion interface between the anode cap and a non-conductive portion of the cathode tube with a glass-to-glass seal or a glass-to-ceramic seal .
A guiding device (100, 100', 100") for guiding a fiber texture on an impregnation mandrel (16, 16', 16") of a winding machine , the device comprising a first radial spacer for placing facing a first cheekplate of the impregnation mandrel (16, 16', 16"), a second radial spacer for placing facing a second cheekplate of the impregnation mandrel (16, 16', 16"), and a cross-member suitable for supporting the first and second spacers , the cross-member including adjustment means for adjusting the positions of the first and second spacers and suitable for positioning the first and second spacers apart respectively from the first and second cheekplate of the impregnation mandrel (16, 16', 16") so as to hold a first portion of fiber texture that extends along the first cheekplate pressed against the first cheekplate , and a second portion of fiber texture that extends along the second cheekplate pressed against the second cheekplate , without blocking rotation of the impregnation mandrel (16, 16', 16") between two consecutive turns of the fiber texture.