mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid transfer conduit comprising: an electrically conductive tube of fibre reinforced polymer composite material which has an electrically conductive outer surface and an electrically conductive inner surface, wherein the electrically conductive tube is formed from a fibre reinforced polymer composite with an electrically conductive additive added to the fibre reinforced polymer composite; and characterised in that on at least one axial end of said conduit, a non-electrically-conductive band formed on either the outer surface or the inner surface of the electrically conductive tube, wherein the non-electrically conductive band is formed from the same fibre reinforced polymer composite as the electrically conductive tube, but without the electrically conductive additive. an electrically conductive tube of fibre reinforced polymer composite material which has an electrically conductive outer surface and an electrically conductive inner surface, wherein the electrically conductive tube is formed from a fibre reinforced polymer composite with an electrically conductive additive added to the fibre reinforced polymer composite; and characterised in that on at least one axial end of said conduit, a non-electrically-conductive band formed on either the outer surface or the inner surface of the electrically conductive tube, wherein the non-electrically conductive band is formed from the same fibre reinforced polymer composite as the electrically conductive tube, but without the electrically conductive additive.
Lining holder for a brake lining support of a rail vehicle, having a pressure plate having a guiding duct extending in longitudinal direction of the lining holder , in which a brake lining can be form-fittingly fixed so as to be displaceable and perpendicular to the normal of the pressure plate , a locking bar mounted at the pressure plate for locking the brake lining in longitudinal direction of the lining holder , which in a locking position fixing the brake lining in a functional position projects into the guiding duct and which in a release position is removed from the guiding duct , wherein between a guiding web of the brake lining guided in the guiding duct and the locking bar is arranged a spring element biasing the brake lining in the guiding duct , characterised in that the locking bar has a mounting region at an angle to a pivoting or displacing plane of the locking bar , at which a mounting end of the spring element is tightly attached, wherein an end of the spring element protruding into the guiding duct rests in a biased manner on the guiding web of the brake lining . a pressure plate having a guiding duct extending in longitudinal direction of the lining holder , in which a brake lining can be form-fittingly fixed so as to be displaceable and perpendicular to the normal of the pressure plate , a locking bar mounted at the pressure plate for locking the brake lining in longitudinal direction of the lining holder , which in a locking position fixing the brake lining in a functional position projects into the guiding duct and which in a release position is removed from the guiding duct , wherein between a guiding web of the brake lining guided in the guiding duct and the locking bar is arranged a spring element biasing the brake lining in the guiding duct , characterised in that the locking bar has a mounting region at an angle to a pivoting or displacing plane of the locking bar , at which a mounting end of the spring element is tightly attached, wherein an end of the spring element protruding into the guiding duct rests in a biased manner on the guiding web of the brake lining .
An acoustic lens for a shock wave lithotripter having a maximum pressure, said shock wave lithotripter comprising: a first lens portion for directing a first part (W1) of an acoustic shock wave pulse toward a target (T); and a second lens portion for directing a second part (W2) of said acoustic shock wave pulse toward said target (T), said second lens portion being offset relative to said first lens portion such that transmission of said second part (W2) of said acoustic shock wave pulse through said second lens portion is delayed by a predetermined amount relative to transmission of said first part (W1) of said acoustic shock wave pulse through said first lens portion ; characterized in that said predetermined amount is between 0.1 and 10 microseconds such that said second part (W2) of said shock wave pulse is superimposed with said first part (W1) of said shock wave pulse to produce a modified waveform (WM); wherein said first lens portion comprises between 50% and 75% of a total transmissive or reflective area of said acoustic lens ; and wherein said maximum pressure is in the range from 5 to 200 MPa. a first lens portion for directing a first part (W1) of an acoustic shock wave pulse toward a target (T); and a second lens portion for directing a second part (W2) of said acoustic shock wave pulse toward said target (T), said second lens portion being offset relative to said first lens portion such that transmission of said second part (W2) of said acoustic shock wave pulse through said second lens portion is delayed by a predetermined amount relative to transmission of said first part (W1) of said acoustic shock wave pulse through said first lens portion ; characterized in that said predetermined amount is between 0.1 and 10 microseconds such that said second part (W2) of said shock wave pulse is superimposed with said first part (W1) of said shock wave pulse to produce a modified waveform (WM); wherein said first lens portion comprises between 50% and 75% of a total transmissive or reflective area of said acoustic lens ; and wherein said maximum pressure is in the range from 5 to 200 MPa.
A shaving blade cartridge comprising: - a housing extending along a longitudinal axis (X-X), having a top side , a bottom side opposite to the top side , and two longitudinal sides extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides , the housing comprising a blade receiving section , - a cutting blade mounted in the housing between the longitudinal sides , and having a cutting edge extending along the longitudinal axis (X-X), the cutting blade being movably mounted in the blade receiving section of the housing , - a retainer retaining the cutting blade in the housing , characterized in that the retainer is retained on the housing by a rivet . - a housing extending along a longitudinal axis (X-X), having a top side , a bottom side opposite to the top side , and two longitudinal sides extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides , the housing comprising a blade receiving section , - a cutting blade mounted in the housing between the longitudinal sides , and having a cutting edge extending along the longitudinal axis (X-X), the cutting blade being movably mounted in the blade receiving section of the housing , - a retainer retaining the cutting blade in the housing , characterized in that the retainer is retained on the housing by a rivet .
A sensor system comprising a packer assembly for use in a subterranean well, the packer assembly comprising: a seal element , wherein the seal element further comprises a swellable material ; a substance distributed in a volume of the swellable material ; and multiple sensors , wherein the swellable material conforms to a wellbore surface in response to swelling of the swellable material , and wherein the sensors detect a shape of the wellbore surface as represented by a shape of the substance by detecting variations in the distance between the sensors and the substance along the length of the swellable material . a seal element , wherein the seal element further comprises a swellable material ; a substance distributed in a volume of the swellable material ; and multiple sensors , wherein the swellable material conforms to a wellbore surface in response to swelling of the swellable material , and wherein the sensors detect a shape of the wellbore surface as represented by a shape of the substance by detecting variations in the distance between the sensors and the substance along the length of the swellable material .
Device for optical navigation, including an image sensor array having a plurality of image sensor units arranged in an array-like manner and having at least one respective light-sensitive surface and having at least one microlens array (3, 3', 3") associated with the image sensor array and arranged between an object to be imaged and the image sensor array, wherein at least one microlens is associated with each image sensor unit ; wherein the microlenses are aligned with respect to one another such that the optical axes of the microlenses extend in parallel, or the microlenses are aligned such that the optical axes of the microlenses are perpendicular to the at least one associated light-sensitive surface at the center of the image sensor array and the optical axes of the microlenses are increasingly slanted on the associated light-sensitive surface from the center toward a margin, and wherein the image sensor array is connected via an optically transparent substrate to the at least one microlens array (3, 3', 3") and at least one pinhole aperture array that is arranged between the image sensor array and the microlens array (3, 3', 3") is associated with the image sensor array , characterized in that i) the at least one microlens array (3, 3', 3") and the image sensor array are connected at least regionally to one another via spacers , with the spacers being light-permeable in the direction of the optical axes of the channels, but separate mutually adjacent optical channels from one another in a light-impermeable manner; or ii) the microlenses are arranged in at least two microlens arrays (3' 3"), wherein at least one respective microlens of a first microlens array is in alignment with at least one microlens of a second microlens array (3"), and wherein a spacer array having apertures transparent in the direction of the optical axis is introduced between the first microlens array and the second microlens array (3"), with mutually adjacent microlenses being largely optically isolated between one another transversely to the optical axis of the microlenses by optically opaque walls between the at least two microlens arrays (3', 3"). i) the at least one microlens array (3, 3', 3") and the image sensor array are connected at least regionally to one another via spacers , with the spacers being light-permeable in the direction of the optical axes of the channels, but separate mutually adjacent optical channels from one another in a light-impermeable manner; or ii) the microlenses are arranged in at least two microlens arrays (3' 3"), wherein at least one respective microlens of a first microlens array is in alignment with at least one microlens of a second microlens array (3"), and wherein a spacer array having apertures transparent in the direction of the optical axis is introduced between the first microlens array and the second microlens array (3"), with mutually adjacent microlenses being largely optically isolated between one another transversely to the optical axis of the microlenses by optically opaque walls between the at least two microlens arrays (3', 3").
A test strip for detecting or measuring transferrin in a sample comprising: a. a sample loading region; b. a filtration region downstream of the sample loading region, wherein the filtration region comprises an immobilized compound comprising hydrazide reactive groups that binds to oxidized sialo transferrin (sTF), wherein the oxidized sTF comprises an aldehyde group in a terminal sialic acid residue thereof; c. a binding region downstream of the filtration region comprising an anti-transferrin antibody; and d. a capture region downstream of the binding region, wherein the capture region comprises an immobilized anti-transferrin antibody that binds an anti-transferrin antibody-transferrin complex. a. a sample loading region; b. a filtration region downstream of the sample loading region, wherein the filtration region comprises an immobilized compound comprising hydrazide reactive groups that binds to oxidized sialo transferrin (sTF), wherein the oxidized sTF comprises an aldehyde group in a terminal sialic acid residue thereof; c. a binding region downstream of the filtration region comprising an anti-transferrin antibody; and d. a capture region downstream of the binding region, wherein the capture region comprises an immobilized anti-transferrin antibody that binds an anti-transferrin antibody-transferrin complex.
A system comprising: a first and a second half-shell, mounted on a common vertical central axis and a locking mechanism for a moulding die, in particular for a rotary blowing machine, consisting of at least one movable lock, a bearing, operated by a cam, and a spring, characterized in that, the locking mechanism also includes a carrier , fixed externally and longitudinally to the first half shell and a positioned in parallel across the carrier , a plate , having security opening sideways and fixed to the second half shell , whereby to the carrier are mounted on top of one another a plurality of "Γ" shaped movable locks , having gripping profiles, formed at their front end, whereby the locks are mounted at their rear ends axially and movably to the carrier and at their central parts are attached to a control arm , which control arm is positioned in parallel to the carrier and is capable of reciprocating in vertical direction of the moulding die, whereby at the lower end of the control arm is mounted a bearing , controlled by a cam , where the control arm is movably installed in a fixing element , fixed to the first half shell , while a supporting spring is secured at one end to the control arm and at the other end to the carrier . a first and a second half-shell, mounted on a common vertical central axis and a locking mechanism for a moulding die, in particular for a rotary blowing machine, consisting of at least one movable lock, a bearing, operated by a cam, and a spring, characterized in that, the locking mechanism also includes a carrier , fixed externally and longitudinally to the first half shell and a positioned in parallel across the carrier , a plate , having security opening sideways and fixed to the second half shell , whereby to the carrier are mounted on top of one another a plurality of "Γ" shaped movable locks , having gripping profiles, formed at their front end, whereby the locks are mounted at their rear ends axially and movably to the carrier and at their central parts are attached to a control arm , which control arm is positioned in parallel to the carrier and is capable of reciprocating in vertical direction of the moulding die, whereby at the lower end of the control arm is mounted a bearing , controlled by a cam , where the control arm is movably installed in a fixing element , fixed to the first half shell , while a supporting spring is secured at one end to the control arm and at the other end to the carrier .
A method for transmitting a Paging Indicator Channel, PICH, frame, characterized in that the method comprises: Setting, by a base station, a transmission power of a first type of PICH frame to be greater than a transmission power of a second type of PICH frame, wherein at least one Paging Indicator, PI, which equals to 1 is comprised in each PICH frame of the first type of PICH frame, and all PIs in each PICH frame of the second type of PICH frame equal to 0 (S102); when the first type of PICH frame is received at the base station, using, by the base station, the set transmission power of the first type of PICH frame to transmit the first type of PICH frame; and when the second type of PICH frame is received at the base station, using, by the base station, the set transmission power of the second type of PICH frame to transmit the second type of PICH frame (S104). Setting, by a base station, a transmission power of a first type of PICH frame to be greater than a transmission power of a second type of PICH frame, wherein at least one Paging Indicator, PI, which equals to 1 is comprised in each PICH frame of the first type of PICH frame, and all PIs in each PICH frame of the second type of PICH frame equal to 0 (S102); when the first type of PICH frame is received at the base station, using, by the base station, the set transmission power of the first type of PICH frame to transmit the first type of PICH frame; and when the second type of PICH frame is received at the base station, using, by the base station, the set transmission power of the second type of PICH frame to transmit the second type of PICH frame (S104).
An optoelectronic safety sensor for safeguarding a machine , the sensor comprising a light receiver for optical detection of object data and a control and evaluation unit configured to use the object data to decide whether a safety-critical object is detected in a vicinity of the machine and, in this case, to trigger a safety-oriented reaction, characterized in that the control and evaluation unit is further configured, in a preliminary assessment preceding the actual hazard assessment as to whether a safety-critical object is detected, to determine in a situation-related manner an operating point with regard to detection safety and availability and thus a balance between the two errors of an overlooked hazard and a situation incorrectly assessed as a hazard, by adjusting, depending on previously and/or simultaneously detected objects, a triggering threshold and thus the sensitivity of a criterion whether or not a safety-oriented reaction has to take place.
A seating unit that includes a foldable bed, the seating unit comprising: a base with an internal cavity and a rear wall ; a foldable bed that includes separate and distinct head, intermediate and seat sections , wherein the intermediate section and the seat section are pivotally attached to each other, wherein in a folded position, the intermediate and seat sections are generally horizontally disposed and positioned in vertically stacked relationship, and the head section is generally vertically disposed and positioned adjacent the rear wall of the base with a support surface facing rearwardly, and wherein in an unfolded position, the head, intermediate and seat sections are generally horizontally disposed and in serial alignment with each other, with the support surface of the head section facing upwardly; and a bed folding mechanism that is attached to the base and the head, intermediate and seat sections that controls the movement of the bed between the folded and unfolded positions. a base with an internal cavity and a rear wall ; a foldable bed that includes separate and distinct head, intermediate and seat sections , wherein the intermediate section and the seat section are pivotally attached to each other, wherein in a folded position, the intermediate and seat sections are generally horizontally disposed and positioned in vertically stacked relationship, and the head section is generally vertically disposed and positioned adjacent the rear wall of the base with a support surface facing rearwardly, and wherein in an unfolded position, the head, intermediate and seat sections are generally horizontally disposed and in serial alignment with each other, with the support surface of the head section facing upwardly; and a bed folding mechanism that is attached to the base and the head, intermediate and seat sections that controls the movement of the bed between the folded and unfolded positions.
A method of upgrading a nightvision system , the method comprising optically coupling a display unit to an output side of an intensifier module of the nightvision system , the display unit configured to display graphical content in a field of view together with nightvision images from an output of the intensifier module of the nightvision system , and replacing a flex tail in the nightvision system with a new flex tail including at least one of GPS components, Wi-Fi components, encrypted Wi-Fi components, an Inertia Measurement Unit, a compass unit, or an infrared device. optically coupling a display unit to an output side of an intensifier module of the nightvision system , the display unit configured to display graphical content in a field of view together with nightvision images from an output of the intensifier module of the nightvision system , and replacing a flex tail in the nightvision system with a new flex tail including at least one of GPS components, Wi-Fi components, encrypted Wi-Fi components, an Inertia Measurement Unit, a compass unit, or an infrared device.
An apparatus comprising means for: obtaining adjacent channel leakage ratio information from a first user equipment, UE, regarding first and second adjacent frequency bands , wherein the apparatus is configured to communicate in frequency-division duplexing, FDD, mode with a plurality of UE comprising the first UE and a second UE , the first frequency band configured for uplink communication between the apparatus and the first UE and the second frequency band configured for downlink communication between the apparatus and the second UE ; obtaining channel condition information regarding the second UE indicating channel condition associated with the first frequency band and channel condition associated with the second frequency band ; and adapting guard band between the first and second adjacent frequency bands based on the adjacent channel leakage ratio information and the channel condition information. obtaining adjacent channel leakage ratio information from a first user equipment, UE, regarding first and second adjacent frequency bands , wherein the apparatus is configured to communicate in frequency-division duplexing, FDD, mode with a plurality of UE comprising the first UE and a second UE , the first frequency band configured for uplink communication between the apparatus and the first UE and the second frequency band configured for downlink communication between the apparatus and the second UE ; obtaining channel condition information regarding the second UE indicating channel condition associated with the first frequency band and channel condition associated with the second frequency band ; and adapting guard band between the first and second adjacent frequency bands based on the adjacent channel leakage ratio information and the channel condition information.
A nucleic acid molecule encoding a functional restorer polypeptide for wheat G-type cytoplasmic male sterility, wherein said nucleic acid molecule encodes a polypeptide having at least 85% sequence identity to SEQ ID NO.20 or SEQ ID NO. 17, and wherein said sequence identity is determined by aligning the sequences over the entire length according to the Needleman and Wunsch global alignment algorithm using default settings.