mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting or quantitating a target oligonucleotide in a bodily fluid or extract wherein the target oligonucleotide is 14 to 40 nucleosides in length and comprises at least one modified nucleoside comprising a modified sugar moiety giving increased binding affinity to a target nucleic acid, comprising: creating a test sample by contacting the bodily fluid or extract with a capture probe, wherein: the capture probe is complementary to a first portion of the target oligonucleotide; and the capture probe comprises a binding moiety, wherein the binding moiety is covalently bound to the capture probe; contacting the test sample with a solid support wherein the solid support comprises a binding partner of the binding moiety of the capture probe; contacting the test sample with a detector probe, wherein: the detector probe is complementary to a second portion of the target oligonucleotide, wherein the first portion and the second portion of the target oligonucleotide do not overlap; and the detector probe comprises an electrochemiluminescent moiety, wherein the electrochemiluminescent moiety is covalently bound to the detector probe; washing the test sample to remove unbound probe; detecting the presence or amount of the electrochemiluminescent moiety in the test sample; and thereby detecting or quantitating the target oligonucleotide in the bodily fluid or extract. creating a test sample by contacting the bodily fluid or extract with a capture probe, wherein: the capture probe is complementary to a first portion of the target oligonucleotide; and the capture probe comprises a binding moiety, wherein the binding moiety is covalently bound to the capture probe; the capture probe is complementary to a first portion of the target oligonucleotide; and the capture probe comprises a binding moiety, wherein the binding moiety is covalently bound to the capture probe; contacting the test sample with a solid support wherein the solid support comprises a binding partner of the binding moiety of the capture probe; contacting the test sample with a detector probe, wherein: the detector probe is complementary to a second portion of the target oligonucleotide, wherein the first portion and the second portion of the target oligonucleotide do not overlap; and the detector probe comprises an electrochemiluminescent moiety, wherein the electrochemiluminescent moiety is covalently bound to the detector probe; the detector probe is complementary to a second portion of the target oligonucleotide, wherein the first portion and the second portion of the target oligonucleotide do not overlap; and the detector probe comprises an electrochemiluminescent moiety, wherein the electrochemiluminescent moiety is covalently bound to the detector probe; washing the test sample to remove unbound probe; detecting the presence or amount of the electrochemiluminescent moiety in the test sample; and thereby detecting or quantitating the target oligonucleotide in the bodily fluid or extract.
A cutting unit (1, 1') for cutting material from a web, said cutting unit (1, 1') comprising: - a stationary blade mounted on a stationary support structure; - a rotary drum rotating, in use, about an axis and having a lateral surface facing the stationary blade and receiving the web; and - at least one rotary blade borne by the lateral surface of the rotary drum and cyclically passing, in use, by the stationary blade to define a cutting position, wherein the stationary blade and the rotary blade cooperate, in use, with opposite sides of the web so as to separate material from said web; actuator means configured to adjust the position of the stationary blade towards or away from the rotary drum as a function of the detected distance or interference between said stationary blade and said rotary blade at the cutting position, said stationary blade and said rotary blade have respective cutting edges (22, 15) cooperating in use with opposite sides of the web, and in that said actuator means comprise at least one actuator member (31, 31') configured to adjust the position of the cutting edge of the stationary blade towards or away from the rotary drum by deformation of the stationary blade itself and/or by deformation of a portion of the support structure directly contacting the stationary blade, and further comprising a control unit connected to said actuator member (31, 31') and configured to control activation of said actuator member (31, 31') so as to maintain a given air gap range between the cutting edge of the stationary blade and the cutting edge of the rotary blade at the cutting position, characterized in that said actuator member is a piezoelectric actuator member selectively deformed under a control voltage signal generated by said control unit and selectively transmitting its deformations to the stationary blade so as to produce corresponding displacements of the cutting edge of the stationary blade itself towards or away from the rotary drum, and wherein said piezoelectric actuator member selectively transforms impacts of the stationary and rotary blades (4, 8) on the web into corresponding detected-voltage values correlated to the distance or interference between the stationary and rotary blades (4, 8) themselves at the cutting position. - a stationary blade mounted on a stationary support structure; - a rotary drum rotating, in use, about an axis and having a lateral surface facing the stationary blade and receiving the web; and - at least one rotary blade borne by the lateral surface of the rotary drum and cyclically passing, in use, by the stationary blade to define a cutting position, wherein the stationary blade and the rotary blade cooperate, in use, with opposite sides of the web so as to separate material from said web;
A method of filtering data communications, the method comprising: receiving an outgoing data packet from a first network at a first interface; comparing the outgoing data packet to a first access control list associated with the first interface, wherein the first access control list includes a first entry referencing a reflexive access control list maintained by a service card; and if the outgoing data packet matches the first entry of the first access control list: passing the outgoing data packet to the service card, creating, by the service card, a reflex entry in the reflexive access control list, wherein the reflex entry corresponds to the outgoing data packet, and forwarding, from the service card, the outgoing data packet to a second network. receiving an outgoing data packet from a first network at a first interface; comparing the outgoing data packet to a first access control list associated with the first interface, wherein the first access control list includes a first entry referencing a reflexive access control list maintained by a service card; and if the outgoing data packet matches the first entry of the first access control list: passing the outgoing data packet to the service card, creating, by the service card, a reflex entry in the reflexive access control list, wherein the reflex entry corresponds to the outgoing data packet, and forwarding, from the service card, the outgoing data packet to a second network. passing the outgoing data packet to the service card, creating, by the service card, a reflex entry in the reflexive access control list, wherein the reflex entry corresponds to the outgoing data packet, and forwarding, from the service card, the outgoing data packet to a second network.
Meter electronics for processing sensor signals in a vibratory flow meter comprising an interface for receiving a first sensor signal and a second sensor signal and a processing system in communication with the interface, with the meter electronics being characterized by: the processing system being configured to generate a ninety degree phase shift from the first sensor signal and compute a frequency from the first sensor signal and the ninety degree phase shift, with the frequency comprising a vibrational response frequency of the vibratory flow meter.
A wired pipe joining system for joining wired pipe segments having a first end, a second end, a first signal transmission device in the first end, a second signal transmission device in the second end, and a transmission medium in communication with the first and second signal transmission devices (604, 606), the system comprising: a lower clamp configured to hold a top pipe segment; a top rotation arm to guide a first end of a new pipe segment into a second end of a top pipe segment; a top coupler measurement device configured to connect to a second end of the new pipe segment and receive a signal from the second signal transmission device in the second end of the top pipe segment; and a controller that causes the top rotation arm to move the new pipe segment to cause the signal received by the top coupler measurement device to be maximized. a lower clamp configured to hold a top pipe segment; a top rotation arm to guide a first end of a new pipe segment into a second end of a top pipe segment; a top coupler measurement device configured to connect to a second end of the new pipe segment and receive a signal from the second signal transmission device in the second end of the top pipe segment; and a controller that causes the top rotation arm to move the new pipe segment to cause the signal received by the top coupler measurement device to be maximized.
Process for making a rope-shaped or ribbon-shaped portion of bags or boxes, comprising: - providing a rope-shaped or ribbon-shaped element having a perimeter, said rope-shaped or ribbon-shaped element comprising yarns (17,18); said rope-shaped or ribbon-shaped element being made of cotton or natural fibers; - combining at least one containment element with a predetermined portion of said rope-shaped or ribbon-shaped element, thereby forming a combination of said at least one containment element and said rope-shaped or ribbon-shaped element; - cutting said combination of at least one containment element and said rope-shaped or ribbon-shaped element, so that said cutting creates ends of said rope-shaped or ribbon-shaped element, each of the ends having at least one portion of containment element; - applying a glue or resin or starch to said rope-shaped or ribbon-shaped element at the predetermined portion of said rope-shaped or ribbon-shaped element; said applying a glue or resin or starch occurring before or after said cutting; - removing said containment element from said rope-shaped or ribbon-shaped element after at least the yarns at the perimeter of said rope-shaped or ribbon-shaped element have been made cohesive by the applied glue or resin or starch. - providing a rope-shaped or ribbon-shaped element having a perimeter, said rope-shaped or ribbon-shaped element comprising yarns (17,18); said rope-shaped or ribbon-shaped element being made of cotton or natural fibers; - combining at least one containment element with a predetermined portion of said rope-shaped or ribbon-shaped element, thereby forming a combination of said at least one containment element and said rope-shaped or ribbon-shaped element; - cutting said combination of at least one containment element and said rope-shaped or ribbon-shaped element, so that said cutting creates ends of said rope-shaped or ribbon-shaped element, each of the ends having at least one portion of containment element; - applying a glue or resin or starch to said rope-shaped or ribbon-shaped element at the predetermined portion of said rope-shaped or ribbon-shaped element; said applying a glue or resin or starch occurring before or after said cutting; - removing said containment element from said rope-shaped or ribbon-shaped element after at least the yarns at the perimeter of said rope-shaped or ribbon-shaped element have been made cohesive by the applied glue or resin or starch.
A radio over Internet Protocol 'RoIP' gateway for communicatively coupling one or more radio networks and one or more digital networks together, the RoIP gateway comprising: a transceiver configured to accept incoming signals from a radio network; a processing unit coupled with the transceiver and configured to process the incoming signals, the processing unit comprising: a signal converter configured to convert the incoming signals from the radio network into digital signals, a signal detector configured to process the digital signals to filter away radio network inactivity, a buffer unit configured to store the processed digital signals, a chirp detector configured to determine whether the stored digital signals in the buffer unit include chirp noise, and a chirp filter coupled with the buffer unit and configured to filter the chirp noise from the stored digital signals to produce filtered digital signals; and the RoIP gateway further comprising: a communication interface configured to pass the filtered digital signals that are free of the chirp noise to a digital network. a transceiver configured to accept incoming signals from a radio network; a processing unit coupled with the transceiver and configured to process the incoming signals, the processing unit comprising: a signal converter configured to convert the incoming signals from the radio network into digital signals, a signal detector configured to process the digital signals to filter away radio network inactivity, a buffer unit configured to store the processed digital signals, a chirp detector configured to determine whether the stored digital signals in the buffer unit include chirp noise, and a chirp filter coupled with the buffer unit and configured to filter the chirp noise from the stored digital signals to produce filtered digital signals; a signal converter configured to convert the incoming signals from the radio network into digital signals, a signal detector configured to process the digital signals to filter away radio network inactivity, a buffer unit configured to store the processed digital signals, a chirp detector configured to determine whether the stored digital signals in the buffer unit include chirp noise, and a chirp filter coupled with the buffer unit and configured to filter the chirp noise from the stored digital signals to produce filtered digital signals; and the RoIP gateway further comprising: a communication interface configured to pass the filtered digital signals that are free of the chirp noise to a digital network.
A process for preparing a nitrated compound, comprising the step of reacting a compound comprising at least one substituted or unsubstituted aromatic or heteroaromatic ring, wherein said heteroaromatic ring comprises at least one heteroatom selected from the group consisting of oxygen, sulfur, phosphor, selenium and nitrogen, with a compound of formula wherein Y is selected from the group consisting of hydrogen and nitro.
Screwdriver bit locking mechanism, comprising: (a) a shaft; (b) a bit chuck in one end of the shaft; (c) a slot in the shaft, the slot extending substantially parallel to a longitudinal axis of the shaft and intersecting a rearward portion of the chuck; (d) a lever (16F; 16G); (e) a tab on a forward end of the lever (16F, 16G), the tab having a rearward face having a downward and rearward taper; characterized by (f) a magnet in the shaft normally biasing the tab into the chuck; wherein a protrusion (72, 76) on the lever (16F, 16G) is pivotally coupling the lever (16F, 16G) to the shaft within the slot and maintaining the lever within the slot substantially parallel to the shaft. (a) a shaft; (b) a bit chuck in one end of the shaft; (c) a slot in the shaft, the slot extending substantially parallel to a longitudinal axis of the shaft and intersecting a rearward portion of the chuck; (d) a lever (16F; 16G); (e) a tab on a forward end of the lever (16F, 16G), the tab having a rearward face having a downward and rearward taper; characterized by (f) a magnet in the shaft normally biasing the tab into the chuck; wherein a protrusion (72, 76) on the lever (16F, 16G) is pivotally coupling the lever (16F, 16G) to the shaft within the slot and maintaining the lever within the slot substantially parallel to the shaft.
A method for transferring micro-LED, comprising: forming a micro-LED on a laser-transparent original substrate then bringing the micro-LED into contact with a pad preset on a receiving substrate; and then irradiating the original substrate with laser from the original substrate side to lift-off the micro-LED from the original substrate, wherein the step of bringing the micro-LED into contact with a pad preset on a receiving substrate comprises: bringing the micro-LED into contact with a pad preset on a receiving substrate via liquid thin film, characterized in that, the liquid thin film includes flux. forming a micro-LED on a laser-transparent original substrate then bringing the micro-LED into contact with a pad preset on a receiving substrate; and then irradiating the original substrate with laser from the original substrate side to lift-off the micro-LED from the original substrate, wherein the step of bringing the micro-LED into contact with a pad preset on a receiving substrate comprises: bringing the micro-LED into contact with a pad preset on a receiving substrate via liquid thin film, characterized in that, the liquid thin film includes flux.
A soft tissue graft anchor for insertion into a tunnel formed in bone comprising: a plurality of prongs, each prong including a distal end and a proximal end, wherein the prongs are coupled at their distal ends to form an inner cavity having an opening, at least one of the prongs including a fin, the fin located at the proximal end of the prong and extending perpendicular to a longitudinal axis of the prong to engage a surface of the bone to limit the depth to which the anchor can be inserted into the tunnel. a plurality of prongs, each prong including a distal end and a proximal end, wherein the prongs are coupled at their distal ends to form an inner cavity having an opening, at least one of the prongs including a fin, the fin located at the proximal end of the prong and extending perpendicular to a longitudinal axis of the prong to engage a surface of the bone to limit the depth to which the anchor can be inserted into the tunnel.
Rib skiving device with an oscillating linear drive comprising a piston rod which is movably guided in the rib skiving device along a fixed direction relative to the rib skiving device, and exerting a drive force on the piston rod with a line of action fixed relative to the rib skiving device, the direction of which is periodically reversed, and with a combination of a blade and a blade support comprising a proximal end and a distal end, the proximal end of the support being connected to the piston rod and the distal end thereof being detachably connected to the blade, characterized in that the center of gravity of the combination of blade support and blade is in alignment with the line of action fixed relative to the rib skiving device.
A reception method using an MMT, MPEG Media Transport, scheme, an MPEG2-TS scheme, an RTP scheme or an MPEG-DASH scheme, comprising: receiving by broadcast one or more frames for content transfer using IP, Internet Protocol, packets, the one or more frames storing reference clock information; extracting (S107, S117; S125, S134; S146, S147) the reference clock information from the received one or more frames; generating (S108, S118; S126, S135; S148) a clock for reproducing the content by using the extracted reference clock information; and determining, based on control information contained in each of the one or more frames, whether or not the generated clock is necessary for processing in an upper layer, with respect to a layer from which the reference clock information was extracted, wherein each of the one or more frames contains a plurality of second transfer units, each of the plurality of second transfer units contains one or more first transfer units, each of the one or more first transfer units contains at least one of the IP packets, and wherein the reference clock information is stored in said control information. receiving by broadcast one or more frames for content transfer using IP, Internet Protocol, packets, the one or more frames storing reference clock information; extracting (S107, S117; S125, S134; S146, S147) the reference clock information from the received one or more frames; generating (S108, S118; S126, S135; S148) a clock for reproducing the content by using the extracted reference clock information; and determining, based on control information contained in each of the one or more frames, whether or not the generated clock is necessary for processing in an upper layer, with respect to a layer from which the reference clock information was extracted, wherein each of the one or more frames contains a plurality of second transfer units, each of the plurality of second transfer units contains one or more first transfer units, each of the one or more first transfer units contains at least one of the IP packets, and wherein the reference clock information is stored in said control information.
An air conditioning ventilation device (4, 7) comprising: a first air path having first air-blowing means disposed therein and configured to supply outdoor air to an indoor space; a second air path having second air-blowing means disposed therein and configured to discharge to outdoors indoor air from the indoor space; and heat exchange means for performing heat exchange between air passing through the first air path and air passing through the second air path, characterized in that the air conditioning ventilation device (4, 7) further comprises: a bypass air path connecting with the second air path and configured to bypass the heat exchange means; air path switching means for opening and closing the bypass air path to switch an air path through which air passes; and control means (40, 70) for controlling the first air-blowing means and the second air-blowing means and controlling the air path switching means, and the control means (40, 70), during outdoor air cooling that takes outdoor air into the indoor space, is configured to control the air path switching means to open the bypass air path, and is configured to cause stoppage of the first air-blowing means. a first air path having first air-blowing means disposed therein and configured to supply outdoor air to an indoor space; a second air path having second air-blowing means disposed therein and configured to discharge to outdoors indoor air from the indoor space; and heat exchange means for performing heat exchange between air passing through the first air path and air passing through the second air path, characterized in that the air conditioning ventilation device (4, 7) further comprises: a bypass air path connecting with the second air path and configured to bypass the heat exchange means; air path switching means for opening and closing the bypass air path to switch an air path through which air passes; and control means (40, 70) for controlling the first air-blowing means and the second air-blowing means and controlling the air path switching means, and a bypass air path connecting with the second air path and configured to bypass the heat exchange means; air path switching means for opening and closing the bypass air path to switch an air path through which air passes; and control means (40, 70) for controlling the first air-blowing means and the second air-blowing means and controlling the air path switching means, and the control means (40, 70), during outdoor air cooling that takes outdoor air into the indoor space, is configured to control the air path switching means to open the bypass air path, and is configured to cause stoppage of the first air-blowing means.